JP5977380B2 - Toilet paper holder - Google Patents

Description

  The present invention relates to a toilet paper holder used to hold a toilet paper roll, and more particularly to a toilet paper holder that can be used with one hand.

  In general, a toilet paper roll obtained by winding a long toilet paper into a roll is mounted on a toilet paper holder and used. The most common toilet paper holder is formed with a shaft rod that is inserted into the center hole of the toilet paper roll to hold the toilet paper roll, and a cover that is provided so as to cover the outer periphery of the toilet paper roll from above. ing.

  And when using toilet paper, pull the end of the toilet paper and rotate the toilet paper roll around the shaft rod while feeding the toilet paper with both hands, then press the cover with one hand and the toilet paper roll does not rotate In this state, the toilet paper is cut by pulling the toilet paper with the other hand, and the toilet paper separated from the toilet paper roll is folded with both hands and used for several layers. Basic.

  Thus, in order to draw out and use toilet paper from a toilet paper roll, it is necessary to operate with both hands, and it is difficult to use toilet paper by operation of only one hand. Therefore, there is a problem that it is unusable for a person who cannot use one hand due to some kind of disorder such as hemiplegia.

  In view of this, various toilet paper holders that have been devised so that toilet paper can be pulled out from the toilet paper roll and operated with one hand have been proposed. For example, those described in Patent Document 1 and Patent Document 2 are mentioned, both of which have a complicated mechanical structure, are inconvenient to use in a bulky and narrow toilet, and cost. It was too high to be practical.

  On the other hand, as shown in FIG. 9A, the toilet paper holder proposed in Patent Document 3 is formed in an inverted letter shape by vertically placing a core rod 62 on a floor board 61. Of the upper surface of the floor board 61, the upper surface on the wall side from the core rod 62 is formed as a smooth surface 63, and the upper surface on the opposite side is formed as a friction surface 64 with a strong frictional force by applying wart-like rubber or the like. . Then, the toilet paper roll 1 is inserted into the core rod 62 at the center hole of the inner periphery thereof, and one side surface of the toilet paper roll 1 is placed on the floor board 61, whereby the toilet paper roll 1 is attached to the toilet paper holder. It can be set.

  In this case, when the tip of the toilet paper 1a wound around the toilet paper roll 1 is grasped with one hand and pulled obliquely upward as shown in FIG. 9B, the toilet paper roll 1 is lifted on the side opposite to the wall. Thus, the lower side surface of the toilet paper roll 1 is lifted from the friction surface 64 in contact with the smooth surface 63. For this reason, by pulling the toilet paper 1a diagonally upward as it is, the toilet paper roll 1 is rotated around the core rod 62 while sliding the side of the toilet paper 1a on the smooth surface 63, and the toilet paper 1a is removed from the toilet paper roll 1. You can pay out. Next, when the toilet paper 1a is unrolled in this manner and pulled obliquely downward as shown in FIG. 9C, the toilet paper roll 1 is tilted so that the wall side is lifted, The side surface comes into contact with the friction surface 64 so that the frictional resistance is increased, and the toilet paper roll 1 is difficult to rotate around the core rod 62. For this reason, the toilet paper 1a is cut in the vicinity of being detached from the toilet paper roll 1 by pulling the toilet paper 1a obliquely downward.

Japanese Patent No. 5060661 Japanese Patent No. 4673433 JP 2014-14471 A

  As described above, the toilet paper holder of FIG. 9 enables the toilet paper 1a to be used by one-handed operation by allowing the toilet paper 1a to be pulled out from the toilet paper roll 1 and cut with one hand. In addition, the structure is simple and can be formed in a small size, and can be manufactured at low cost.

  However, in the case of FIG. 9, when the toilet paper 1a is pulled out from the toilet paper roll 1, the toilet paper 1a is pulled upward or downward, and when the toilet paper 1a is cut, the toilet paper 1a is pulled downward or diagonally. It is necessary to operate while changing, and in order to pull out the toilet paper 1a smoothly or to cut the toilet paper 1a reliably, the pulling angle to the upper side or the pulling angle to the lower side is adjusted. There is a problem that it is necessary and needs some skill to use, and it is not easy to use for children and the elderly.

  In addition, as described above, while one end of the toilet paper 1a is grasped with one hand, it can be pulled out and cut from the toilet paper roll 1, but the toilet paper 1a cannot be folded with one hand, so the toilet paper 1a is folded. The toilet paper 1a cannot be used in a state where the toilet paper 1a is folded and stacked several times.

  The present invention has been made in view of the above points. The toilet paper can be easily pulled out from the toilet paper roll and cut by one-handed operation without the need for special learning. It is an object of the present invention to provide a toilet paper holder that can be used in a state where it is stacked.

  The toilet paper holder according to the present invention is formed by including a shaft rod 2 for rotatably inserting and holding the toilet paper roll 1, and the shaft rod 2 is cantilevered with one end portion as a free end. The toilet paper roll 1 is placed so that the free end is inclined and the hand holding the tip of the toilet paper 1a is held while the toilet paper roll 1 is inserted and held on the shaft 2. When the toilet paper 1a pulled out from the toilet roll 1 is cut, the toilet paper roll 1 is placed around the shaft rod 2 so as to form a space that can be circulated along the outer peripheral portion of the toilet roll 1 It is characterized by having braking means 3 that brakes the rotation at.

  By inserting the inner circumference of the toilet paper roll 1 into the shaft rod 2 whose one end is formed as a free end, the toilet paper roll 1 can be easily set in the toilet paper holder by one-handed operation, and free The toilet paper roll 1 does not easily fall off from the shaft rod 2 that is inclined so that the end is on the top. Then, in the state where the tip of the toilet paper 1a is grasped with one hand, the hand is turned around the outer peripheral portion of the toilet paper roll 1 in the same direction as the toilet paper 1a is wound around the toilet paper roll 1. The toilet paper 1a is pulled out from the toilet paper roll 1 while rotating the toilet paper roll 1 around the shaft 2 and at the same time, the toilet paper 1a is wound around the hand. By pulling the toilet paper 1a in a state where the rotation of the paper roll 1 is braked, the toilet paper 1a can be cut and separated from the toilet paper roll 1, and the toilet paper is stacked in several layers by being wrapped around the hand. Use 1a It is those that can be.

And this invention forms the surface of the upper part of the outer periphery of the shaft rod 2 as the shaft friction surface 4 whose frictional resistance with the inner peripheral surface of the toilet paper roll 1 is higher than the other surface of the outer periphery of the shaft rod 2, and this shaft The braking means 3 is formed by the friction surface 4.

  When the toilet paper 1a is strongly pulled down with the hand wrapping the toilet paper 1a around the toilet paper roll 1 by grasping the tip of the toilet paper 1a with one hand and making it circulate along the outer periphery of the toilet paper roll 1 as described above. The upper part of the inner periphery of the toilet paper roll 1 comes into strong contact with the shaft friction surface 4 of the upper outer periphery of the shaft 2, so that a frictional force is generated between the shaft friction surface 4 and the inner peripheral surface of the toilet paper roll 1. This frictional force acts as a braking force against the motion of the toilet paper roll 1 rotating around the shaft 2 and the rotation is braked by pulling the toilet paper 1a downward strongly. The toilet paper 1a can be cut from the toilet paper roll 1 that is being used. Further, since the outer periphery of the shaft rod 2 does not need to have a large frictional resistance except for the upper portion, the hand holding the tip of the toilet paper 1a is wrapped around the outer periphery of the toilet paper roll 1 in order to wrap the toilet paper 1a around the hand. The toilet paper roll 1 rotates smoothly around the shaft rod 2 when it is circulated along the shaft, and the shaft friction surface 4 does not affect the operation of winding the toilet paper 1a around the hand. .

  Moreover, this invention provides the tub 5 in the edge part on the opposite side to the free end of the axial rod 2, and the toilet paper roll 1 in order from the outer peripheral part to the inner peripheral part in the surface which contact | connects the side surface of the toilet paper roll 1 of the heel 5 A saddle friction surface 6 that increases the frictional resistance with the side surface is formed, and the braking means 3 is formed by the saddle friction surface 6.

  When the toilet paper 1a is strongly pulled down with the hand wrapping the toilet paper 1a around the toilet paper roll 1 by grasping the tip of the toilet paper 1a with one hand and making it circulate along the outer periphery of the toilet paper roll 1 as described above. The toilet paper roll 1 is pressed against the surface of the heel 5 by this inclination of the inclined shaft rod 2, and the side surface of the toilet paper roll 1 comes into strong contact with the heel friction surface 6, so that the heel friction surface 6 and the toilet A large frictional force is generated between the paper roll 1 and the side surface of the paper roll 1, and this frictional force acts as a braking force against the movement of the toilet paper roll 1 around the shaft rod 2. Toilet paper from toilet paper roll 1 whose rotation is braked by this operation of pulling down strongly It is capable of cleaving a. In addition, while the diameter of the toilet paper roll 1 is large and the toilet paper roll 1 is large, the mass of the toilet paper roll 1 is large, so that the moment of inertia is large, and the braking force necessary for separating the toilet paper 1a from the toilet paper roll 1 is obtained. However, when the diameter of the toilet paper roll 1 is reduced, the mass of the toilet paper roll 1 is also reduced, so that the moment of inertia is reduced, which is necessary for separating the toilet paper 1a from the toilet paper roll 1. Although a large frictional force is required to obtain the braking force, the saddle friction surface 6 is formed so that the frictional resistance increases in order from the outer peripheral part to the inner peripheral part, and therefore, the use of the toilet paper 1a is advanced. Even if the diameter of the toilet paper roll 1 is reduced, It is those which can be obtained high frictional forces, in which up to end user from the first use of the toilet paper roll 1, the braking force required from the toilet paper roll 1 in order to detach the toilet paper 1a acts.

  Further, according to the present invention, the shaft rod 2 is provided with a stopper 7 that is movable between a state in which the rotation of the toilet paper roll 1 is pressed against the toilet paper roll 1 and a state in which the rotation is separated from the toilet paper roll 1. Thus, the braking means 3 is formed.

  As described above, by grasping the tip of the toilet paper 1a with one hand and making it circulate along the outer periphery of the toilet paper roll 1, the stopper 7 is operated with this one hand while the toilet paper 1a is wound around the hand, By braking the rotation of the toilet paper roll 1, the toilet paper 1 a can be cut from the toilet paper roll 1 whose rotation has been braked. As described above, the toilet paper 1 a is pulled strongly to cut the toilet paper 1 a. Therefore, even a child or an elderly person can easily cut the toilet paper 1a.

  In addition, the present invention is characterized in that the shaft rod 2 is supported so that the tilt angle can be adjusted, and a vertical adjustment tool 8 is provided for holding the shaft rod 2 at the adjusted tilt angle.

  By adjusting the inclination angle of the shaft rod 2 with the vertical adjustment tool 8, the toilet paper roll 1 is arranged at a position where the toilet paper roll 1a can be pulled out from the toilet paper roll 1 and easily cut according to the sitting height of the user. Is something that can be done.

  Further, the present invention is characterized in that a horizontal adjustment tool 9 is provided which supports the shaft rod 2 so that the direction of the horizontal direction can be adjusted and holds the shaft rod 2 at a position where the direction of the horizontal direction is adjusted. .

  By adjusting the horizontal direction of the shaft 2 with the horizontal adjustment tool 9, the toilet paper 1a can be pulled out from the toilet paper roll 1 and easily cut according to the right hand or the left hand. The toilet paper roll 1 can be arranged.

  Further, in the present invention, the shaft friction surface 4 is formed by making the surface of the shaft rod 2 rough.

  In the present invention, the shaft friction surface 4 can be easily formed by surface processing of the shaft rod 2.

  In the present invention, the shaft friction surface 4 is formed by applying a resin-based coating material 10 to the surface of the shaft 2.

  In the present invention, the axial friction surface 4 can be easily formed to have a frictional resistance by selecting the type of the resin-based coating material 10.

  Further, in the present invention, when the above-mentioned resin-based coating material 10 is applied to the upper surface of the outer periphery of the shaft rod 2 having a circular cross section to form the shaft friction surface 4, the resin-based coating material 10 is applied toward the upper end. It is characterized in that the film is formed thick.

  As described above, when the thickness of the coating film of the resin coating material 10 is increased toward the upper end, the outer peripheral surface of the shaft friction surface 4 formed of the resin coating material 10 has a radius of curvature of each of the left and right surfaces sandwiching the upper end. The radius of curvature of the outer peripheral surface of the shaft friction surface 4 is such that the radius of the inner periphery of the toilet paper roll 1 is larger than the radius of the shaft rod 2. Is close to the radius of the inner periphery of the toilet paper roll 1, and the contact area of the inner periphery of the toilet paper roll 1 with respect to the outer periphery of the shaft friction surface 4 is increased, and the inner periphery of the shaft friction surface 4 and the toilet paper roll 1 is increased. High frictional force between the surfaces can be obtained.

  Moreover, in this invention, the recessed part 11 which becomes deep toward the center part is formed in the surface of said ridge 5 which faces the side surface of the toilet paper roll 1, and the said heel friction surface 6 is formed in the surface of this dent part 11. It is characterized by that.

  The concave portion 11 is formed so that the frictional resistance increases as the central portion becomes deeper. However, as the diameter of the toilet paper roll 1 decreases, the toilet paper roll 1 deeply enters the concave portion 11 and the side surface of the concave portion 11 increases. The outer peripheral portion comes into contact with the surface having a large frictional resistance, and as the use of the toilet paper 1a progresses and the diameter of the toilet paper roll 1 decreases, the frictional force with the heel friction surface 6 can be increased. Even when the diameter of the toilet paper roll 1 is reduced and the mass thereof is reduced, a braking force necessary for separating the toilet paper 1a from the toilet paper roll 1 can be obtained.

  In the present invention, the dent 11 is formed in a curved surface so as to be deeper toward the center.

  Since the recess 11 has a curved surface, the toilet paper roll 1 is such that the outer peripheral portion of the side always contacts the heel friction surface 6 on the surface of the dent 11 even when the diameter changes. Thus, the frictional force can work stably and a stable braking force can be obtained.

  In the present invention, the concave portion 11 is characterized in that it is formed in a step shape so as to be deeper toward the center portion.

  When the recessed portion 11 has a stepped shape, the toilet paper roll 1 fits into a deep step of the recessed portion 11 when the diameter decreases, and the side surface of the outer peripheral portion of the toilet paper roll 1 faces the deep stepped friction surface 6. The frictional force with the saddle friction surface 6 works stably, and a stable braking force can be obtained.

  In the present invention, the stopper 7 is rotatably provided on the end surface on the free end side of the shaft rod 2, and the insertion piece 12 formed by bending at the distal end portion of the stopper 7 includes the outer periphery of the shaft rod 2 and the toilet paper. By being inserted between the inner periphery of the roll 1, the inner periphery of the toilet paper roll 1 is press-contacted by the insertion piece 12.

  By operating the stopper 7 and inserting the insertion piece 12 between the shaft rod 2 and the toilet paper roll 1, the toilet paper roll 1 can be braked so as not to rotate, and the toilet paper roll 1 does not rotate. The paper 1a can be easily cut.

  In the present invention, the stopper 7 is rotatably provided on the end surface on the free end side of the shaft rod 2 so that the pressing piece 13 at the end of the stopper 7 is in pressure contact with the side surface of the toilet paper roll 1. It is characterized by being.

  By operating the stopper 7 and pressing the side surface of the toilet paper roll 1 with the presser piece 13, the toilet paper roll 1 can be braked so as not to rotate, and the toilet paper 1 a can be used without the toilet paper roll 1 rotating. It can be easily cut.

  Further, in the present invention, the stopper 7 is provided on the shaft rod 2 so as to protrude from the outer peripheral surface thereof, and the stopper 7 protrudes from the shaft rod 2 so as to be pressed against the inner periphery of the toilet paper roll 1. It is characterized by.

  By operating the stopper 7 so as to protrude from the shaft rod 2 and press against the inner periphery of the toilet paper roll 1, the toilet paper roll 1 can be braked so as not to rotate, and the toilet paper roll 1 does not rotate. The toilet paper 1a can be easily cut.

  According to the present invention, since the shaft rod 2 of the toilet paper holder is disposed in a cantilever state with one end portion being a free end and inclined so that the free end is on the upper side, the toilet paper roll 1 is attached to the shaft rod 2. The toilet paper roll 1 can be easily set in the toilet paper holder by one-hand operation by inserting the inner periphery of the toilet paper, and the toilet paper roll 1 does not easily fall off from the shaft 2 It is. Then, in the state where the tip of the toilet paper 1a is grasped with one hand, the hand is turned around the outer peripheral portion of the toilet paper roll 1 in the same direction as the toilet paper 1a is wound around the toilet paper roll 1. The toilet paper 1a can be pulled out from the toilet paper roll 1 while rotating the toilet paper roll 1 around the shaft 2 and at the same time, the toilet paper 1a is wound around the hand, and then the braking means 3 By pulling the toilet paper 1a with the rotation of the toilet paper roll 1 being braked, the toilet paper 1a can be cut and separated from the toilet paper roll 1. Therefore, one hand holding the tip of the toilet paper 1a can be simply pulled around the toilet paper roll 1 and pulled, and the toilet paper 1a can be pulled out of the toilet paper roll 1 without any special skill. While being able to cut | disconnect, it can use for the toilet paper 1a in the state piled up several times by winding around a hand.

An example of embodiment of this invention is shown, (a) is a perspective view, (b) is sectional drawing. It is a schematic perspective view which shows operation which draws out toilet paper from a toilet paper roll. An example of embodiment of this invention is shown, (a) (b) (c) is sectional drawing of a shaft rod, respectively. BRIEF DESCRIPTION OF THE DRAWINGS It shows an example of embodiment of this invention, (a) is a front view, (b) is a side view, (c) is sectional drawing, (d) is expanded sectional drawing. BRIEF DESCRIPTION OF THE DRAWINGS An example of embodiment of this invention is shown, (a) is a side view, (b) is sectional drawing, (c) is expanded sectional drawing. An example of embodiment of this invention is shown, (a) (b) is sectional drawing, respectively. An example of embodiment of this invention is shown, (a) (b) is sectional drawing, respectively. It is sectional drawing which shows an example of embodiment of this invention. It shows a conventional example, (a) is a perspective view, (b) (c) is an enlarged front view.

  Embodiments of the present invention will be described below.

  FIG. 1 shows an example of an embodiment of the present invention. Reference numeral 2 denotes a shaft rod formed in a cylindrical shape, and one end of the shaft rod 2 is fixed vertically at the center of one surface of the flange 5 formed in a disk shape. The toilet paper holder according to the present invention has a basic structure formed by the shaft rod 2 and the flange 5, and the shaft rod 2 is held by the flange 5 in a cantilever state with one end portion as a free end. Is. The material of the shaft rod 2 and the cage 5 is arbitrary, such as wood, metal, and resin.

  Needless to say, the diameter of the shaft rod 2 is smaller than the inner diameter of the toilet paper roll 1, but the diameter of the basket 5 is the same as or smaller than the outer diameter of the new toilet paper roll 1, and the toilet paper roll 1 It is formed larger than the inner diameter. There are various types of toilet paper rolls 1 that are compliant with JIS standards, those that are not JIS standards, those that are provided with a paper cylinder on the inner periphery, and those that are not provided with such cylinders. However, it is preferable that the shaft rod 2 has a diameter of about 90 to 60% of the inner diameter of the toilet paper roll 1 and the outer diameter of the basket 5 is about 100 to 60% of the outer diameter of the toilet paper roll 1. .

  In the embodiment of FIG. 1, a toilet paper holder is formed by attaching the shaft 2 and the flange 5 to the base body 17 via the vertical adjustment tool 8 and the horizontal adjustment tool 9. The base body 17 is formed in an L-shaped cross section with a fixed piece 18 attached to the wall or door of the toilet and a receiving piece 19 provided horizontally at the lower end of the fixed piece 18. A mounting hole 20 for passing a fixing tool such as a nail is formed.

  The horizontal adjustment tool 9 is disposed on the upper surface of the receiving piece 19, and is attached to a horizontal rotation shaft 21 standing and fixed on the upper surface of the receiving piece 19 so as to be horizontally rotatable. Lateral adjustment holes 22 are formed at predetermined intervals at a plurality of locations along a circular locus centering on the horizontal rotation shaft 21 on the rear side of the fixing piece 18 side of the horizontal adjustment tool 9 formed in a disc shape. It is formed so as to penetrate vertically. A fixing hole 23 is recessed in one place on the upper surface of the receiving piece 19. The fixing pin 24 is inserted into the selected one of the lateral rotation adjusting holes 22 from above, and the lower end of the fixing pin 24 is fixed to the fixing hole. 23, the horizontal adjustment tool 9 can be fixed so as not to rotate.

  In addition, a pair of vertical rotation receiving plates 25 are erected in parallel with each other at the center of rotation of the upper surface of the disc-shaped horizontal adjustment tool 9, and the vertical rotation rod 26 is interposed between the vertical rotation receiving plates 25. At the same time, one end of the vertical rotation rod 26 is attached to a vertical rotation shaft 27 provided between the vertical rotation receiving plates 25 so as to be rotatable in the vertical direction. In front of each rotation receiving plate 25, vertical rotation adjustment holes 28 are formed at predetermined intervals along a circular locus centered on the vertical rotation shaft 27. A fixing hole 29 is drilled at a place, and a fixing pin 30 inserted into the vertical rotation adjusting hole 28 of one rotation receiving plate 25 is passed through the fixing hole 29 of the vertical rotation rod 26 and the other rotation. By inserting into the vertical rotation adjustment hole 28 of the movement receiving plate 25, the vertical rotation rod 26 can be fixed so as not to rotate. The vertical adjustment tool 8 is formed by the vertical rotation receiving plate 25 and the vertical rotation rod 26, and the tip of the vertical rotation rod 26 protruding from between the vertical rotation receiving plates 25 is provided on the rear surface of the rod 5. The central portion is fixed, and the flange 5 and the shaft rod 2 are supported by the longitudinal rotation rod 26.

  In the embodiment of FIG. 1, the braking means 3 is provided on the shaft rod 2. That is, the shaft friction surface 4 having a higher frictional resistance than the other surfaces is formed on the upper outer peripheral surface of the shaft rod 2, and the braking means 3 is formed by the shaft friction surface 4. . The range in which the shaft friction surface 4 is formed in the upper part of the outer periphery of the shaft rod 2 is not particularly limited, but a range of about 25 to 75% of the outer periphery with the upper end of the outer periphery of the shaft rod 2 being the center is preferable A range of about 40 to 60% is particularly preferable.

  The shaft friction surface 4 can be formed by making the friction resistance higher than the surface of the base of the shaft rod 2, for example, by roughening the surface of the shaft rod 2 to make it rough. In addition, the shaft friction surface 4 having a higher frictional resistance than the surface of the shaft rod 2 can also be formed by applying the resin coating material 10 to the surface of the shaft rod 2. As the resin-based coating material 10 suitable for forming the shaft friction surface 4 having a high frictional resistance, a urethane resin coating agent, a silicon resin coating agent, a rubber latex coating agent, or the like can be used. When the shaft friction surface 4 is formed by roughening the surface of the shaft rod 2, it is difficult to obtain a high frictional resistance, but the resin coating material 10 has a higher frictional resistance than such a rough surface. A shaft friction surface 4 can be formed. Further, by selecting the type of the resin-based coating material 10, the shaft friction surface 4 having the required frictional resistance can be formed.

  The toilet paper holder of the present invention formed as described above is configured such that the shaft rod 2 is inclined so that the free end is on the top, and a space free of obstacles is secured around the shaft rod 2, It is used by installing it in the toilet. Although the inclination angle of the shaft rod 2 can be set arbitrarily, the inclination angle with respect to the horizontal is generally in the range of 15 to 75 °, and in particular, the inclination angle is in the range of 30 to 60 °. desirable. In the present invention, since it is necessary to allow the hand to circulate around the toilet paper roll 1 with the toilet paper roll 1 set on the shaft rod 2, It is necessary to form a space free of obstacles in the range of a radius of 15 cm or more around the shaft rod 2, and the toilet paper holder so that such a space is formed around the shaft rod 2. It is desirable to arrange.

  Here, since the shaft rod 2 of the toilet paper holder of the present invention has a free end at one end, the central hole formed in the central portion of the toilet paper roll 1 is inserted into the shaft rod 2 from the free end side. Thus, the toilet paper roll 1 can be easily set on the toilet paper holder by one-handed operation. Moreover, since the shaft rod 2 is inclined so that the free end is on the upper side, the toilet paper roll 1 is not easily pulled off from the shaft rod 2.

  Next, a method of pulling out and using the toilet paper 1a from the toilet paper roll 1 after a toilet or the like will be described. The tip of the toilet paper 1a wound around the toilet paper roll 1 is in a state of hanging down from the toilet paper roll 1 except that the toilet paper roll 1 is not used. Grab this tip of la with one hand. If the right hand can be used, the toilet paper roll 1 is set on the shaft 1 so that the toilet paper 1a hangs down from the right side when the side of the toilet paper roll 1 is viewed in front. On the other hand, if one hand that can be used is the left hand, the toilet paper roll 1 is reset on the shaft 1 so that the toilet paper 1a hangs down from the left hand side when the side surface of the toilet paper roll 1 is viewed in front.

  Then, as shown in FIG. 2a, hold one end of the toilet paper 1a in the same direction as the direction in which the toilet paper 1a is wound around the toilet paper roll 1, and b → c → d → e in FIG. Thus, the toilet paper roll 1 is circulated along the outer periphery. Then, the toilet paper roll 1 rotates around the shaft rod 2 and the toilet paper 1a is pulled out from the toilet paper roll 1, and the drawn toilet paper 1a is wound around the hand. Since the toilet paper 1a is wrapped around the hand once when the outer circumference of the toilet paper roll 1 is made to wrap around, the toilet paper 1a is wound around the hand 2 to 4 times when the outer periphery of the toilet paper roll 1 is turned around two to four times. Thus, the toilet paper 1a is overlapped on the palm side in two to four layers.

  Next, the hand around which the toilet paper 1a is wound in this way is quickly and strongly pulled down vertically. The toilet paper roll 1 is rotatable on the outer periphery of the shaft rod 2, but the upper portion of the outer peripheral surface of the shaft rod 2 is a shaft friction surface 4 having a high frictional resistance with the inner peripheral surface of the toilet paper roll 1. By pulling the hand down strongly and quickly, the upper part of the inner peripheral surface of the toilet paper roll 1 is strongly pressed against the shaft friction surface 4, and the inner peripheral surface of the toilet paper roll 1 and the shaft friction surface 4 are In the meantime, the frictional force acts strongly, and the inner peripheral surface of the toilet paper roll 1 becomes difficult to slide with respect to the shaft friction surface 4, so that a braking force against the movement of the toilet paper roll 1 rotating around the shaft rod 2 acts. Thus, in the state where the toilet paper roll 1 rotates around the shaft rod 2 is braked, a force pulling downward is applied to the toilet paper 1a, so that the toilet paper 1a is removed from the toilet paper roll 1 whose rotation is braked. The toilet paper 1a can be separated from the toilet paper roll 1 by being cut. If the toilet paper 1a has a perforation, it is easily cut by this perforation.

  Here, when the hand is circulated along the outer periphery of the toilet paper roll 1 in order to wrap the toilet paper 1a around the hand as described above, the hand is not pulled down strongly. Since the movement is lateral or upward, the inner peripheral surface of the toilet paper roll 1 is not strongly pressed against the shaft friction surface 4, and the toilet paper roll 1 rotates around the shaft rod 2. The braking force does not act, and the toilet paper roll 1 rotates smoothly around the shaft 2.

  When the toilet paper 1a is cut and separated from the toilet paper roll 1 as described above, the toilet paper 1a wound around the hand is stacked several times on the palm side. The paper 1a can be used as it is, such as after stool. Here, in addition to using the toilet paper 1a wrapped around the hand, the toilet paper 1a wrapped around the hand is placed on the knee or the like, and the hand is pulled out from the toilet paper 1a. The toilet paper 1a is stacked in the total number of sheets stacked on the palm and back of the hand. Therefore, if the toilet paper 1a is used with the hand pulled out from the toilet paper 1a, the toilet paper 1a can be used in a state in which many toilet papers 1a are stacked. Reaching the hand is reduced and the post-stool treatment can be performed hygienically.

  As described above, the toilet paper 1a is pulled out from the toilet paper roll 1 by a simple operation of turning one hand holding the tip of the toilet paper 1a around the toilet paper roll 1 and then pulling it downward. In addition, it can be cut into several layers by wrapping it around the hand, and the toilet paper 1a stacked thick can be used. Therefore, by using the toilet paper holder of the present invention, it is not necessary to be particularly skilled, and even a child or an elderly person can easily pull out the toilet paper 1a from the toilet paper roll 1 and cut it with only one hand operation. In addition, the toilet paper 1a can be used hygienically in a state where the toilet paper 1a is stacked several times.

  Here, the shaft 2 can be adjusted in the vertical inclination angle by the vertical adjustment tool 8 and in the horizontal direction by the horizontal adjustment tool 9. That is, when the fixing pin 30 is pulled out, the vertical rotation rod 26 of the vertical adjustment tool 8 can be rotated up and down around the vertical rotation shaft 27 as indicated by the arrow a in FIG. The tilt angle of the shaft rod 2 can be adjusted by rotation, and the tilt angle can be adjusted to an easy-to-use tilt angle according to the seating height of the user. Then, at the position of the adjusted inclination angle, the fixing pin 30 is inserted into the vertical rotation adjustment hole 28 of one rotation receiving plate 25 and is passed through the fixing hole 29 of the vertical rotation rod 26 and further the other rotation receiving plate. By inserting into the 25 vertical rotation adjustment holes 28, the vertical rotation rod 26 can be fixed so as not to rotate, and the shaft rod 2 can be fixed at the adjusted inclination angle.

  Further, when the fixing pin 24 is pulled out, the horizontal adjustment tool 9 can be rotated in the horizontal direction about the horizontal rotation shaft 21 as shown by the arrow b in FIG. 2 can be adjusted so that the user can easily use the orientation according to whether the user uses the right hand or the left hand. Then, the fixing pin 24 is inserted into the horizontal rotation adjusting hole 22 at the position where the orientation of the shaft 2 is adjusted, and the lower end of the fixing pin 24 is inserted into the fixing hole 23 so that the horizontal adjusting tool 9 does not rotate. The shaft rod 2 can be fixed in the adjusted direction.

  In the embodiment of FIG. 1, the vertical adjustment tool 8 and the horizontal adjustment tool 9 are used together so that the shaft 2 can be adjusted in both the inclination angle and the horizontal direction. Only one of the horizontal adjustment tools 9 may be provided so that the shaft rod 2 can be adjusted only in one of the inclination angle and the horizontal direction. Further, means for adjusting the inclination angle of the shaft rod 2 and means for adjusting the lateral direction of the shaft rod 2 are not limited to those shown in FIG. It is also possible to perform both adjustments of the orientations at the same time by one means. For example, by using a ball joint mechanism, the shaft rod 2 can be rotated in all directions up, down, left and right, and by using a flexible tube, the shaft rod 2 can be oriented in all directions up, down, left and right. Thus, both the inclination angle and the lateral direction of the shaft 2 can be adjusted simultaneously by one means.

  Further, in the embodiment shown in FIG. 1, the rear surface of the collar 5 is supported by the longitudinal pivot collar 26, but the mode of supporting the collar 5 is not limited to this. For example, by providing a screw hole in the center of the back surface of the flange 5, it is possible to support the flange 5 in various modes using this screw hole.

FIG. 3 shows an example of an embodiment in which the shaft friction surface 4 of the shaft rod 2 is formed by application of a resin-based coating material 10. When applying the resin-based coating material 10, the axial friction surface 4 is formed by applying the resin-based coating material 10 such that the thickness of the coating film of the resin-based coating material 10 increases toward the upper end. When the thickness of the coating film of the resin coating material 10 applied to the upper part of the shaft rod 2 formed in a circular cross section is increased toward the upper end, the outer peripheral surface of the shaft friction surface 4 formed of the resin coating material 10 is The radius (curvature radius) r ₁ is larger than the radius r _{2 of the} shaft 2 on each of the left and right surfaces across the axis.

  Here, the radius of the inner periphery of the toilet paper roll 1 is larger than the radius of the shaft rod 2, but when the radius of the inner periphery of the toilet paper roll 1 and the radius of the shaft rod 2 are greatly different, the toilet paper roll 1 The inner peripheral surface of the shaft and the outer peripheral surface of the shaft rod 2 are close to line contact and have a small contact area. On the other hand, if the radius of the outer peripheral surface of the shaft friction surface 4 formed of the resin-based coating material 10 is large as described above, it approaches the radius of the inner periphery of the toilet paper roll 1. The contact area between the inner peripheral surface of the roll 1 and the outer peripheral surface of the shaft friction surface 4 is increased. In addition, when the toilet paper 1a is pulled downward as shown by the arrow in FIG. 3 (b) in order to separate the toilet paper 1a from the toilet paper roll 1, the toilet paper roll 1 is inclined in the direction of being drawn with respect to the shaft rod 2. As shown in FIG. 3 (b), the inner peripheral surface of the toilet paper roll 1 comes into contact with one surface sandwiching the upper end of the shaft friction surface 4 (in FIG. 3 (b), the chain line indicates the inner side of the toilet paper roll 1). The inner peripheral surface of the toilet paper roll 1 comes into contact with the outer peripheral surface of the shaft friction surface 4 over a wide area. Therefore, since the frictional force between the toilet paper roll 1 and the shaft friction surface 4 can be obtained high, the force that brakes the rotation of the toilet paper roll 1 acts strongly, and the toilet paper 1a is more reliably cut. It will be. The thickness of the coating film of the resin coating material 10 is such that the radius (curvature radius) of each of the left and right surfaces sandwiching the upper end of the shaft friction surface 4 formed of the resin coating material 10 is the radius of the inner peripheral surface of the toilet paper roll 1. It is desirable to adjust so that it becomes substantially equal to.

  FIG. 3 (c) shows that when the resin-based coating material 10 is applied to the shaft rod 2 to form the shaft friction surface 4, the upper end of the outer periphery of the shaft rod 2 has a linear shape such as a string or a thin rod along the axial direction. The wire 32 is placed, and the resin coating material 10 is applied to the upper part of the outer peripheral surface of the shaft 2 in this state. In this case, the wire 32 serves as a spacer, and the operation of applying the resin-based coating material 10 so that the film thickness increases toward the upper part of the shaft rod 2 is facilitated. It is possible to know the vertical direction of the shaft rod 2 at the position of the wire rod 32 embedded therein, so that the vertical direction is not mistaken when the shaft rod 2 is attached.

  In each of the above-described embodiments, the shaft friction surface 4 is formed by making the surface of the shaft rod 2 rough, or by applying the resin coating material 10 to the surface of the shaft rod 2, but is not limited thereto. For example, the shaft friction surface 4 may be formed by attaching a sheet material having a higher frictional resistance than the ground surface of the shaft rod 2 to the surface of the shaft rod 2.

  In the above embodiment, the braking means 3 for braking the toilet paper roll 1 from rotating around the shaft rod 2 is formed by the shaft friction surface 4 provided on the outer periphery of the shaft rod 2. The braking means 3 can also be provided in the rod 5. FIG. 4 shows an example of this, and the frictional resistance with the side surface of the toilet paper roll 1 in order from the outer peripheral portion to the inner peripheral portion provided with the shaft rod 2 on the surface on the side where the shaft rod 2 of the ridge 5 is provided. The saddle friction surface 6 is formed so that the braking means 3 is formed.

  The scissors friction surface 6 can be formed by making the frictional resistance higher than that of the ground surface of the scissors 5 by roughening the surface of the scissors 5, for example. By changing the roughness so as to increase in order from the outer peripheral side to the inner peripheral side, it is possible to form the saddle friction surface 6 in which the frictional resistance increases in order from the outer peripheral part to the inner peripheral part. Further, the friction surface 6 can also be formed by applying the resin-based coating material used for forming the shaft friction surface 4 to the surface of the shaft rod 2, and in this case, a plurality of types having different frictional resistances can be formed. When the resin coating material having a high frictional resistance is applied in order from the outer peripheral side to the inner peripheral side, the frictional resistance increases in order from the outer peripheral part to the inner peripheral part. Can be formed. Further, a sheet material having a higher frictional resistance than the ground surface of the reed 5 can be attached to the surface of the reed 5 to form the reed friction surface 6. In this case, the frictional resistance increases in order from the outer peripheral part to the inner peripheral part by sticking sheet materials having high frictional resistance in order from the outer peripheral side to the inner peripheral side. The so-called friction surface 6 can be formed.

  In the embodiment shown in FIG. 4, a recess 11 that is deeper toward the center is formed on the surface of the flange 5, and the flange friction surface 6 is formed on the surface of the recess 11. The shaft rod 2 is attached to the deepest part at the center of the recess 11, and the recess 11 is formed in the inner area of the flange 5, leaving the outer peripheral end. Therefore, the scissors friction surface 6 is not formed on the surface of the outer peripheral end portion of the scissors 5, but the scissors friction surface 6 is formed only on the surface of the recess portion 11, and the scissors friction surface 6 extends from the outer periphery to the inner periphery. Concentric circles are formed so that the frictional resistance increases in the order of 6a, 6b and 6c shown in FIG. 4 (b). In the embodiment of FIG. 4, the recess 11 is formed in a curved surface that is concavely curved, and the recess 11 is continuously deepened from the outer peripheral side to the inner peripheral side.

  Since the outer diameter of the basket 5 is the same as or smaller than the outer diameter of the unused toilet paper roll 1, at the stage where the toilet paper roll 1 starts to be used, as shown by K in FIG. The side surface of 1 is in contact with the surface of the flange 5 outside the recessed portion 11. Since the heel friction surface 6 is not formed outside the dent 11, the frictional resistance between the toilet paper roll 1 and the surface of the heel 5 is small. Since it is large, the moment of inertia works greatly. Therefore, the frictional force for obtaining the braking force necessary for separating the toilet paper 1a from the toilet paper roll 1 may be small. In addition, when the shaft friction surface 4 of the shaft rod 2 is used in combination, only the braking force by the shaft friction surface 4 of the shaft rod 2 is sufficient. Rather, when the diameter of the toilet paper roll 1 is large, the hand holding the tip of the toilet paper 1a circulates along the outer periphery of the toilet paper roll 1, and when the toilet paper roll 1a is wound around the hand, the shaft 2 In order to smoothly rotate the toilet paper roll 1 around the door, it is better that the braking force does not act on the toilet paper roll 1 from the heel 5, and for this reason, the frictional resistance of the surface of the heel 5 outside the recess 11 is Smaller is desirable.

  Then, when the use of the toilet paper roll 1 is advanced and the diameter of the toilet paper roll 1 is reduced, the toilet paper roll 1 slides toward the heel 5 according to the inclination of the shaft rod 2, and the side surface portion of the toilet paper roll 1 b is a recessed portion 11. Get inside. Then, the outer peripheral edge of the side surface of the toilet paper roll 1 comes into contact with the heel friction surface 6 on the surface of the recessed portion 11 as indicated by L in FIG. When the toilet paper 1a is separated from the toilet paper roll 1, the hand holding the tip of the toilet paper 1a is circulated along the outer periphery of the toilet paper roll 1, and the toilet paper roll 1a is wound around the hand in a vertical state. The toilet paper roll 1 is pushed toward the side of the heel 5 by the inclination of the inclined shaft 2, so that the outer peripheral edge of the side surface of the toilet paper roll 1 is the heel friction surface. 6, and a large frictional force is generated between the heel friction surface 6 and the side surface of the toilet paper roll 1. For this reason, this frictional force acts as a braking force on the motion of the toilet paper roll 1 rotating around the shaft rod 2, and the toilet paper roll whose rotation is braked by pulling the toilet paper 1a downward strongly. The toilet paper 1a can be cut from 1.

  When the use of the toilet paper roll 1 is further advanced and the diameter of the toilet paper roll 1 is further reduced, the surface 6b having a higher frictional force among the heel friction surfaces 6 as indicated by M and N in FIG. , 6c comes into contact with the outer peripheral edge of the side surface of the toilet paper roll 1. When the diameter of the toilet paper roll 1 is reduced, the mass is also reduced and the moment of inertia is reduced. However, the outer peripheral edge of the side surface of the toilet paper roll 1 is in contact with the inner surface of the heel friction surface 6 where the frictional force is high. Therefore, the same frictional force can be applied to the toilet paper roll 1 by receiving a high frictional force and supplementing that the moment of inertia is reduced by increasing the frictional force. Therefore, even when the use of the toilet paper roll 1 is advanced and the diameter of the toilet paper roll 1 is reduced, the operation of pulling the toilet paper 1a vertically downward can cut the toilet paper 1a without any trouble.

  FIG. 5 shows another embodiment. The dent 11 is formed in a step shape so as to be deeper toward the center. Each step-like step is formed concentrically around the shaft 2, and the heel friction surface 6 formed in the recess 11 is rubbed in the order of each step 6 a, 6 b, 6 c from the outside to the inside. It is formed so as to increase the resistance. Even in this embodiment, since the outer diameter of the basket 5 is the same as or smaller than the outer diameter of the unused toilet paper roll 1, in the stage where the use of the toilet paper roll 1 is started, FIG. As shown by K, the side surface of the toilet paper roll 1 is in contact with the surface of the ridge 5 outside the recessed portion 11.

  Then, when the use of the toilet paper roll 1 is advanced and the diameter of the toilet paper roll 1 is reduced, the toilet paper roll 1 slides to the side of the heel 5 according to the inclination of the shaft rod 2, and the side surface portion of the toilet paper roll 1 is within the recessed portion 11. Get in. Then, the outer peripheral part of the side surface of the toilet paper roll 1 comes into contact with the step 6a of the heel friction surface 6 on the surface of the recess 11 as indicated by L in FIG. When the toilet paper 1a is separated from the toilet paper roll 1, the hand holding the tip of the toilet paper 1a is circulated along the outer periphery of the toilet paper roll 1, and the toilet paper roll 1a is wound around the hand in a vertical state. Although the toilet paper roll 1 is pushed strongly downward, the toilet paper roll 1 is pressed against the side of the heel 5 by the inclination of the inclined shaft rod 2, so that the outer peripheral portion of the side surface of the toilet paper roll 1 is the heel friction surface 6. A large frictional force is generated between the heel friction surface 6 and the side surface of the toilet paper roll 1. For this reason, this frictional force acts as a braking force on the motion of the toilet paper roll 1 rotating around the shaft rod 2, and the toilet paper roll whose rotation is braked by pulling the toilet paper 1a downward strongly. The toilet paper 1a can be cut from 1. In particular, since the recessed portion 11 is stepped, the outer peripheral portion of the side surface of the toilet paper roll 1 comes into surface contact with the heel friction surface 6 which is a stepped surface. Since the frictional force works stably between the outer peripheral portion of the paper and the heel friction surface 6 and the stable braking force acts, the operation of cutting the toilet paper 1a can be performed stably.

  When the use of the toilet paper roll 1 is further advanced and the diameter of the toilet paper roll 1 is further reduced, the step 6b in which the frictional force is increased in the heel friction surface 6 as indicated by M and N in FIG. , 6c is in contact with the outer peripheral portion of the side surface of the toilet paper roll 1. When the diameter of the toilet paper roll 1 is reduced, the mass is also reduced and the moment of inertia is reduced. However, the outer peripheral portion of the side surface of the toilet paper roll 1 has a step 6b on the inner peripheral side having a high frictional force among the friction surfaces 6. Since it is in contact with 6c, it receives a high frictional force and compensates for a decrease in the moment of inertia with an increase in the frictional force, so that a similar braking force can be applied to the toilet paper roll 1. Therefore, even when the use of the toilet paper roll 1 is advanced and the diameter of the toilet paper roll 1 is reduced, the operation of pulling the toilet paper 1a vertically downward can cut the toilet paper 1a without any trouble.

  As the braking means 3 for braking the rotation of the toilet paper roll 1 around the shaft rod 2, either the shaft friction surface 4 of the shaft rod 2 or the rod friction surface 6 of the rod 5 is formed. However, both the shaft friction surface 4 of the shaft rod 2 and the rod friction surface 6 of the rod 5 may be used in combination as the braking means 3. Thus, by using the shaft friction surface 4 of the shaft 2 and the rod friction surface 6 of the rod 5 together, a high braking force can be applied to the toilet paper roll 1, and the toilet paper 1a can be cut more easily. It will be.

  FIG. 6 shows an example of an embodiment in which a stopper 7 is used as the braking means 3 for braking the toilet paper roll 1 rotating around the shaft rod 2. The stopper 7 is formed in a seesaw shape by providing a shaft portion 34 at the center portion on the back side, and an insertion piece 12 that is tapered toward the tip is provided at one end portion so as to protrude toward the back side. The back surface of the stopper 7 is formed in a triangular shape with the shaft portion 34 as an apex, and the insertion piece 12 side is formed as a brake holding surface 35 and the opposite side is formed as a brake release surface 36 across the shaft portion 34. The stopper 7 is disposed at the tip of the shaft rod 2 and is attached to the tip surface of the shaft rod 2 by a shaft pin 34 a that passes through the shaft portion 34. Accordingly, the stopper 7 swings and rotates between a state in which the brake release surface 36 is in contact with the front end surface of the shaft rod 2 and a state in which the brake holding surface 35 is in contact with the front end surface of the shaft rod 2. Further, magnets 37a and 38a are embedded in the brake holding surface 35 and the brake release surface 36, respectively, and magnets 37b and 38b are also embedded in portions facing the magnets 37a and 38a on the tip surface of the shaft 2 respectively. It is. Therefore, when the stopper 7 is rotated to bring the braking release surface 36 into contact with the tip end surface of the shaft rod 2 as shown in FIG. 6A, the magnets 38a and 38b are magnetized and the stopper 7 is thus attached. When the stopper 7 is rotated and the braking holding surface 35 is brought into contact with the tip end surface of the shaft rod 2 as shown in FIG. 6B, the magnets 37a and 37b are moved. It is possible to hold the stopper 7 in a state of being magnetized and thus rotated.

  Here, in the state of FIG. 6A in which the stopper 7 is rotated so that the braking release surface 36 contacts the tip end surface of the shaft rod 2, the end portion of the stopper 7 opposite to the insertion piece 12 is the shaft rod. 2, and the insertion piece 12 protrudes from the outer periphery of the shaft rod 2, but the outer diameter of the shaft rod 2 is subtracted from the inner diameter of the toilet paper roll 1 inserted into the shaft rod 2. The dimension of the stopper 7 is formed so as not to protrude beyond the dimension. Accordingly, the inner periphery of the toilet paper roll 1 is inserted into the shaft rod 2 in a state where the stopper 7 is rotated and the braking release surface 36 is in contact with the tip end surface of the shaft rod 2 as shown in FIG. By doing so, the toilet paper roll 1 can be set on the shaft rod 2. In FIG. 6A, reference numeral 39 denotes a cardboard shaft provided on the inner periphery of the toilet paper roll 1.

  Then, in the same manner as described above, when the tip of the toilet paper 1a is grasped with one hand and this hand is circulated along the outer periphery of the toilet paper roll 1 in the same direction as the toilet paper 1a is wound around the toilet paper roll 1 The toilet paper roll 1 rotates around the shaft 2 to draw the toilet paper 1a from the toilet paper roll 1, and the drawn toilet paper 1a is wound around the hand. Next, with this hand wrapped around the toilet paper 1a, for example, when the end of the stopper 7 on the side of the insertion piece 12 is pushed with the thumb of this hand, the stopper 7 swings around the shaft portion 34 and brake holding surface 35 comes into contact with the front end surface of the shaft 2. 6B, the insertion piece 12 of the stopper 7 is inserted between the outer periphery of the shaft 2 and the inner periphery of the toilet paper roll 1, and the insertion piece 12 bites into the inner periphery of the toilet paper roll 1. Thus, the toilet paper roll 1 can be applied with a braking force so that the toilet paper roll 1 cannot rotate around the shaft 2. Since the toilet paper roll 1 can be fixed so as not to rotate in this way, by pulling the toilet paper 1a in this state, the toilet paper 1a can be broken and separated from the toilet paper roll 1 for use. .

  FIG. 7 shows another example of the embodiment in which the stopper 7 is used as the braking means 3. In this embodiment, a presser piece 13 is formed instead of the insertion piece 12 in the stopper 7 of FIG. Other configurations are almost the same as those in FIG. The presser piece 13 is formed by extending the brake holding surface 35. Here, in a state where the stopper 7 is rotated so that the brake release surface 36 contacts the tip end surface of the shaft rod 2, the end portion of the stopper 7 opposite to the pressing piece 13 protrudes from the outer peripheral surface of the shaft rod 2. The presser piece 13 protrudes from the outer periphery of the shaft rod 2 but protrudes beyond the dimension obtained by subtracting the outer diameter of the shaft rod 2 from the inner diameter of the toilet paper roll 1 inserted into the shaft rod 2. The dimension of the stopper 7 is formed so that it does not occur. Accordingly, the stopper 7 is rotated so that the inner periphery of the toilet paper roll 1 is inserted into the shaft rod 2 with the brake release surface 36 in contact with the tip end surface of the shaft rod 2 as shown in FIG. By doing so, the toilet paper roll 1 can be set on the shaft rod 2.

  Then, in the same manner as described above, one hand holding the tip of the toilet paper 1a is made to wrap around the outer periphery of the toilet paper roll 1, and the toilet paper 1a is wound around the hand, and then the toilet paper 1a is wound. For example, when the end of the stopper 7 on the side of the presser piece 13 is pushed with the thumb of this hand, the stopper 7 swings around the shaft portion 34 and the braking holding surface 35 comes into contact with the tip end surface of the shaft rod 2. It becomes a state. Then, as shown in FIG. 7 (b), the pressing piece 13 of the stopper 7 is pressed against the side surface of the toilet paper roll 1, and the braking force is applied so that the toilet paper roll 1 cannot rotate around the shaft rod 2. Can act. By pulling the toilet paper 1a in a state where the toilet paper roll 1 is fixed so as not to rotate in this way, the toilet paper 1a can be broken and separated from the toilet paper roll 1 for use. In the case of the embodiment shown in FIG. 7, it is desirable that the axial length of the shaft 2 is slightly shorter than the roll width of the toilet paper roll 1.

  FIG. 8 shows still another example of the embodiment in which the stopper 7 is used as the braking means 3, and the stopper 7 is provided on the outer peripheral portion of the shaft 2. The shaft rod 2 is formed in a hollow shape, and a slit-shaped entrance / exit 41 that is long in the axial direction is provided on the lower surface of the outer periphery of the shaft rod 2. The stopper 7 is formed in a long and narrow plate shape, and is disposed at the doorway 41. A rail 42 is provided on the upper surface of the stopper 7, and a pair of sliders 43, 43 are slidably attached to the rail 42. A pair of rails 44 are attached to the ceiling surface in the shaft 2, and sliders 45 are attached to each rail 44. In addition, a pair of links 47 and 47 pivotally attached in an X shape with a shaft 46 are arranged in the shaft 2, and the upper end of each link 47 is a slider 45 of each rail 44 on the ceiling surface in the shaft 2. The lower end of each link 47 is pivotally connected to a pair of sliders 43 on the rail 42 of the stopper 7. Accordingly, the stopper 7 is attached to the shaft rod 2 so as to be able to enter and exit from the entrance / exit 41 while being suspended from the ceiling surface of the shaft rod 2 by the link 47. It is urged in the direction of pulling up by a spring 48 attached therebetween. Further, a power unit 49 and a solenoid 50 are provided in the shaft 2, and a switch 51 with a timer that is electrically connected to the power unit 49 and the solenoid 50 is provided on the distal end surface of the shaft 2. One end of a cam 53 rotatably attached to the shaft rod 2 by a shaft 52 is pivotally connected to the shaft 46 of the link 47, and an actuator provided on the solenoid 50 at the other end of the cam 53. The tip of 54 is pivotally connected by a shaft 55.

  In a normal state, the stopper 7 is disposed in the doorway 41 of the shaft rod 2 and is held in a state where it does not protrude greatly from the outer periphery of the shaft rod 2. In this state, the toilet paper roll 1 can be set on the shaft rod 2 by inserting the inner periphery of the toilet paper roll 1 onto the shaft rod 2. Then, in the same manner as described above, one hand holding the tip of the toilet paper 1a is made to wrap around the outer periphery of the toilet paper roll 1, and the toilet paper 1a is wound around the hand, and then the toilet paper 1a is wound. For example, when the switch 51 at the tip of the shaft rod 2 is pushed with the thumb of this hand, the solenoid 50 is activated and the actuator 54 protrudes from the solenoid 50, and the cam 53 moves the shaft 52 by this movement of the actuator 54 (see the arrow). Rotate down to the center (see arrow). When the cam 53 rotates in this way, a force that pushes down the shaft 46 of the link 47 acts against the spring 48, and the slider 45 pivotally attached to each upper end of the link 47 slides along the rail 44. At the same time, the slider 43 pivotally attached to each lower end of the link 47 slides along the rail 42, so that the pair of links 47 rotate so as to extend downward, whereby the stopper 7 moves from the doorway 41 to the shaft 2 Projecting outward (see arrow). The stopper 7 that protrudes in this way bites into the inner periphery of the toilet paper roll 1 and presses it so that a braking force can be applied so that the toilet paper roll 1 cannot rotate around the shaft 2. In the state where the toilet paper roll 1 is fixed so as not to rotate, the toilet paper 1a is pulled to break the toilet paper 1a and separate it from the toilet paper roll 1 for use. Since the switch 51 has a built-in timer, the operation of the solenoid 50 stops when a predetermined time elapses, and the stopper 7 is pulled up to the original position by the elastic force of the spring 48.

  In the embodiment in which the shaft friction surface 4 is provided on the shaft rod 2 as the braking means 3 and the embodiment in which the shaft friction surface 6 is provided on the rod 5, the rotation of the toilet paper roll 1 is braked by frictional force. In order to cut the toilet paper 1a, it is necessary to quickly and strongly pull the toilet paper 1a vertically downward, which may be difficult for a person who cannot move the body freely. On the other hand, in the embodiment using the stopper 7, the toilet paper roll 1 is pressed by the stopper 7 and cannot be rotated. Therefore, the toilet paper roll 1 can be broken even if the toilet paper 1 a is pulled slowly. The direction of pulling 1a is not restricted vertically downward, and even a person who cannot move the body freely can use it without any trouble. In addition, the stopper 7 is used alone as the braking means 3, and the braking means 3 formed by providing the shaft friction surface 4 on the shaft rod 2 and the braking means 3 formed by providing the collar friction surface 6 on the rod 5 are used in combination. May be.

DESCRIPTION OF SYMBOLS 1 Toilet paper roll 2 Shaft bar 3 Braking means 4 Shaft friction surface 5 鍔 6 鍔 Friction surface 7 Stopper 8 Vertical adjustment tool 9 Horizontal adjustment tool 10 Resin-based coating material 11 Recessed part 12 Insertion piece 13 Pressing piece

Claims (15)

A toilet paper holder having a shaft rod for rotatably inserting and holding a toilet paper roll, the shaft rod being cantilevered with one end portion as a free end and tilted so that the free end is at the top A space is formed so that the hand holding the tip of the toilet paper can be circulated along the outer periphery of the toilet paper roll while the toilet paper roll is inserted and held on the shaft rod. And has braking means for braking rotation of the toilet paper roll around the shaft rod when cutting the toilet paper drawn from the toilet roll, and the upper surface of the outer periphery of the shaft rod Is formed as a shaft friction surface whose friction resistance with the inner peripheral surface of the toilet paper roll is higher than the other surface of the outer periphery of the shaft rod. Toilet paper holders, characterized in that as the braking means is formed by Kosumen. A toilet paper holder having a shaft rod for rotatably inserting and holding a toilet paper roll, the shaft rod being cantilevered with one end portion as a free end and tilted so that the free end is at the top A space is formed so that the hand holding the tip of the toilet paper can be circulated along the outer periphery of the toilet paper roll while the toilet paper roll is inserted and held on the shaft rod. When the toilet paper drawn from the toilet roll is cut, it has a braking means for braking the rotation of the toilet paper roll around the shaft rod, and is opposite to the free end of the shaft rod. Toilet paper is provided in order from the outer peripheral part to the inner peripheral part on the surface in contact with the side surface of the toilet paper roll. Forming a flange friction surface frictional resistance between the side surface of Lumpur increases, toilet paper holders, characterized in that as the braking means is formed by the flange friction surface. A shaft is provided at the end opposite to the free end of the shaft rod, and the frictional resistance between the side surface of the toilet paper roll and the side surface of the toilet paper roll increases in order from the outer peripheral portion to the inner peripheral portion. 2. The toilet paper holder according to claim 1, further comprising a braking surface formed with a friction surface and formed with the friction surface. The shaft rod is provided with a stopper that is movable between a state in which the rotation of the toilet paper roll is pressed against the toilet paper roll and separated from the toilet paper roll, and the braking means formed by the stopper is provided. The toilet paper holder according to any one of claims 1 to 3, wherein the toilet paper holder is provided.   The toilet paper holder according to any one of claims 1 to 4, further comprising a vertical adjustment tool that supports the shaft bar so that the tilt angle can be adjusted and holds the shaft bar at the adjusted tilt angle. Pintle lateral faces of claims 1 to 5, characterized in that it comprises a horizontal adjustment device for holding the shaft rod in a position to adjust the lateral direction as well as adjustable support according to any one Toilet paper holder. The toilet paper holder according to claim 1 or 3 , wherein the shaft friction surface is formed by making the surface of the shaft rod rough. The toilet paper holder according to claim 1 or 3 , wherein the shaft friction surface is formed by applying a resin-based coating material to the surface of the shaft rod.   When forming the shaft friction surface by applying the above resin-based coating material to the upper surface of the outer periphery of the shaft rod formed in a circular cross section, the thickness of the coating film of the resin-based coating material was increased toward the upper end. The toilet paper holder according to claim 8, characterized in that 4. The ridge friction surface is formed on a surface of the ridge facing the side surface of the toilet paper roll, and the ridge friction surface is formed on the surface of the dent. Toilet paper holder.   The toilet paper holder according to claim 10, wherein the recess is formed in a curved surface so as to be deeper toward the center.   The toilet paper holder according to claim 10, wherein the recess is formed in a stepped shape so as to be deeper toward the center. The stopper is rotatably provided on the end surface on the free end side of the shaft rod, and an insertion piece formed by bending at the tip of the stopper is inserted between the outer periphery of the shaft rod and the inner periphery of the toilet paper roll. The toilet paper holder according to claim 4 , wherein the inner periphery of the toilet paper roll is pressed with the insertion piece. The stopper is rotatably provided on the end face of the free end of the shaft rod, according to claim 4 in which the pressing piece of the tip portion of the stopper is equal to or is obtained by the pressure-contact to the side of toilet paper roll Toilet paper holder as described in 5. The stopper according to claim 4 , wherein the stopper is provided on the shaft bar so as to protrude freely from the outer peripheral surface, and the stopper protrudes from the shaft bar so as to be pressed against the inner periphery of the toilet paper roll. Toilet paper holder.

Images