JP4179964B2 - Jutan mat washing machine - Google Patents

Description

  The present invention relates to a deutan mat washing machine.

Conventionally known washing machines for cleaning a jutan mat include a pair of upper and lower striking rod rotating bodies that rotate with the jutan mat in the traveling direction of the jutan mat, and a pair of upper and lower rotating brushes that rotate with the jutan mat interposed therebetween. Are arranged in parallel (for example, see Patent Document 1).
Further, this washing machine is provided with a roller for pulling in the jutan mat and other rollers for washing.

Therefore, the conventional washing machine has a drawback that the number of parts such as a pulley for rotating the roller and a bearing for the rotating shaft is increased, the configuration is complicated, and the washing machine is enlarged.
In addition, the rotating brush entrains the thread-like foreign matter (the frayed portion) that protrudes from the end of the jutan mat, the mat is pulled in by the rotating brush, and even if the mat gets stuck in the washing machine, the operation cannot be stopped immediately. There are many troubles of getting caught up and getting damaged.
JP 2003-190897 A

  The problem to be solved is that the washing machine cannot be made compact. The number of parts is large and the structure is complicated. In addition, safety measures when malfunctioning is insufficient.

The jutetan mat washing machine according to the present invention includes an upper and lower cleaning rotary body that abuts on the upper and lower faces of the jutan mat with the flocked side as a lower face, and the lower cleaning rotary body of the upper and lower cleaning rotary bodies rotates around an axis. a shaft member which, possess a brush provided on a pair being attached to the shaft member in contact with the Jewelery Tan mat 180 ° apart, and the striking bar is provided a pair apart parallel and 180 ° to the shaft member, the The striking rod of the lower cleaning rotator is disposed at a rear side position in the rotation direction by an angle of 30 ° to 55 ° with respect to the brush , and the upper cleaning rotator of the upper and lower cleaning rotators is arranged around the axis. And a pair of striking rods provided parallel to the shaft member and spaced apart by 180 °,
Further, the striking rod of the lower cleaning rotator and the striking rod of the upper cleaning rotator are alternately in contact with the deuteron mat with a rotational phase difference of 90 ° .

Alternatively, an upper and lower cleaning rotating body that abuts on the upper and lower surfaces of the jutan mat with the flocked side as a lower surface, and the lower cleaning rotating body of the upper and lower cleaning rotating bodies includes a shaft member that rotates about an axis, and the shaft member has a brush provided on a pair by contact with 180 ° apart attached to the Jewelery Tan mat, a strip-shaped yarn write prevention member provided pair apart parallel and 180 ° to the shaft member, to, the lower yarn write prevention member of the cleaning rotating body, that the unnecessary yarn 25 ° to 45 ° angle only disposed in the rotation direction rear side position above Jewelery Tan mat than the brush is caught to the base end side of the brush The upper cleaning rotator of the upper and lower cleaning rotators includes: a shaft member that rotates about a shaft center; and a brush that is attached to the shaft member and abuts against the deuteron mat and is provided at a pair 180 degrees apart. , Parallel to the shaft member and 18 A pair of strip-like thread winding prevention members provided apart from each other, and the thread winding prevention member of the upper cleaning rotating body is disposed at a position on the rear side in the rotational direction by an angle of 25 ° to 45 ° with respect to the brush. The unnecessary yarn of the jutan is prevented from being wound on the base end side of the brush, and further, a yarn winding preventing member of the lower cleaning rotating body, and a yarn winding preventing member of the upper cleaning rotating body, The deuteron mat is alternately approached with a rotational phase difference of 90 ° .

Further, the upper and lower draw rollers draw the Jewelery Tan mats, the upper and lower cleaning rotating body, and the wiping water absorbing roller in contact with the lower surface of the Jewelery Tan mat downwardly inclined toward the outlet portion from the inlet portion of the Jewelery Tan mat It was installed side by side.

An open / close door disposed upstream of the upper and lower pull-in rollers; a water tank that absorbs the cleaning water to the wiping water absorbing roller; a water supply pipe with a valve that supplies the cleaning water to the water tank; A squeezing roller that presses the water absorbing roller for removing excess cleaning water, and a roller rotation driving motor, and is connected to the opening / closing door and opens the opening / closing door to open the valve from the closed state. A first connecting member that is connected to the opening and closing door, a second connecting member that presses the squeezing roller against the wiping water absorbing roller when the opening and closing door is opened, and an operation that drives the motor when the opening and closing door is opened. Limit switch.
In addition, a dust pan member is disposed below the lower cleaning rotating body, and when the deuteron mat is detached from the normal route and abuts against the dust pan member to change the position of the dust pan member, the change in position is detected. And an emergency limit switch for emergency stop of the motor.

Since the rotating brush and the striking rod are arranged on the same shaft member, the washing machine of the present invention can be made compact, and parts such as the rotating shaft and bearings can be omitted. , The configuration is simplified.
In addition, since the striking rod is disposed behind the brush by a predetermined angle in the rotational direction, dust, dust and other foreign matters are swept away from the deutern mat with the brush, and thereafter the work of striking with the striking rod is continuously performed. Therefore, foreign matters can be efficiently removed.
In addition, an emergency stop can be performed in the event of a malfunction, and the deuteron mat is not clogged in the washing machine and the mat is not damaged, which is safe.

  FIG. 1 is a cross-sectional front view showing an embodiment of a deutan mat cleaning machine according to the present invention, and FIG. 2 is a cross-sectional left side view of the deutan mat cleaning machine. In this cleaning machine, the upper part is a cleaning work part A for cleaning the deuterium mat M, and the lower part is a base part B on which the cleaning work part A is placed and fixed.

  In addition, for example, the debutan mat M to be cleaned by this cleaning machine has one surface side (upper surface in use) as a flocking surface, and the flocking side is directed to the lower surface, and the upper part of the front side of the cleaning operation unit A is A deuterium mat M is put in from the inlet portion 9, cleaning is performed inside, and it comes out from the outlet portion 10 at the rear lower part.

  In the cleaning section A, the cleaning machine contacts the upper and lower drawing rollers 3 and 4 for pulling in the jutan mat M with the flocked side as the lower surface and the upper and lower surfaces of the jutan mat M from the inlet section 9 side to the outlet section 10 side. The upper and lower cleaning rotary bodies 5 and 6 are in contact with each other, and the wiping water absorbing roller 7 is in contact with the lower surface of the deuteron mat M. Further, a pressing roller 8 parallel to the water absorbing roller 7 sandwiching the deuteron mat M by the water absorbing roller 7 is provided. I have.

Further, the upper and lower drawing rollers 3 and 4, the upper and lower cleaning rotary bodies 5 and 6, and the wiping water absorbing roller 7 are downward from the inlet portion 9 (upstream side) to the outlet portion 10 (downstream side). It is arranged side by side in an inclined shape. Further, these rollers are arranged so that the jutan mat M advances linearly downward in an oblique direction, and the jutan mat M can be smoothly advanced.
That is, the upper and lower drawing rollers 3 and 4, the upper and lower cleaning rotating bodies 5 and 6, and the wiping water absorbing roller 7 are arranged in parallel along a gradient line of 30 ° to 60 ° with respect to the horizontal.

The upper and lower drawing rollers 3 and 4 are configured to draw the jute mat M introduced from the inlet portion 9 from above and below and send it out to the downstream side. The mat M is driven to rotate in a direction to send it to the downstream side. In FIG. 2, only the lower drawing roller 4 is driven to rotate by the motor 16.
Further, the axis of the lower drawing roller 4 is fixed, the axis of the upper drawing roller 3 is free (movable in the direction of the lower drawing roller 4), and the upper drawing roller 3 is made of a resilient member (compression spring or the like). At 24, the elastic force is applied toward the lower drawing roller 4. Thereby, it can send to the downstream side reliably, without sliding the jute mat M.

Referring to the upper and lower cleaning rotating body 5,6, the lower cleaning rotary member 6 of the upper and lower cleaning rotary body 5 and 6, a shaft member 22 which rotates the axis L around the brush 1 which is attached to the shaft member 22 And a striking rod 2 disposed on the same shaft member 22 as the shaft member 22 to which the brush 1 is attached so as to be parallel to the shaft member 22. That is, the rotational axes of the brush 1 and the striking rod 2 coincide. FIG. 3A is a schematic configuration diagram of the upper and lower cleaning rotary bodies 5 and 6. In FIGS. 2 and 3A, the brush 1 and the striking rod 2 are attached to the shaft member 22 of the lower cleaning rotary body 6. The upper cleaning rotary body 5 is provided with a striking rod 2 (omitting the brush 1).

Here, in FIG. 3 (a), the axis of the lower cleaning rotary member 6 with L _1, the shaft member and 22a, the brush and 1a, a striking rod and 2a, Also, the axis of the upper cleaning rotary body 5 heart It was a L _2, the shaft member and 22b, has a striking rod and 2b. Further, the shaft centers L ₂ and L ₁ of the upper and lower cleaning rotary bodies 5 and 6 are parallel to each other.

In the above cleaning rotary body 5, the shaft member 22b is rotated in the axial L ₂ around the motor 16 (see FIG. 2), the striking rods 2b provided in pairs in parallel to and the axis member 22b to the shaft member 22b 180 ° apart It has been.
Further, the lower cleaning rotary member 6, the shaft member 22a is rotated in the axis L ₁ around the motor 16, the brush 1a is provided in a pair 180 ° apart on the shaft member 22a, the striking rod 2a includes a brush 1a predetermined A pair is provided parallel to the shaft member 22a and separated from the shaft member 22a by 180 ° with a rotational phase difference delayed by an angle θ.

The striking rod 2 is attached so as to be parallel to the shaft member 22 between mounting plates (not shown) provided at both ends of the shaft member 22 .
Further, the brush 1 is attached to a part (one or a plurality of places) of the outer peripheral surface of the shaft member 22 so as to be radial from the shaft center L as shown in FIG. 3A, as shown in FIG. The shaft member 22 is continuously attached in the axial direction. Further, the length of the striking rod 2 and the length of the mounting portion in the axial direction of the brush 1 are larger than the widthwise dimension of the jutan mat M.

Furthermore, as shown in FIG. 3 (a), the striking rod 2, than the brush 1 is disposed in the rotation direction Kogo hand side position by the predetermined angle theta, the predetermined angle theta is set to 30 ° to 55 ° ing. Particularly preferably, it may be 40 ° to 50 °. That is, the striking rod 2 comes into contact immediately after the brush 1 comes into contact with the jutsutan mat M, and this operation is continued.
If the predetermined angle θ is less than the lower limit value, the brush 1 and the striking rod 2 are too close to each other, so that the striking rod 2 is insufficiently brought into contact with the deuteron mat M, and the striking action is reduced. When the predetermined angle θ exceeds the upper limit value, the timing of contact with the hitting rod 2 on the opposite side across the deuteron mat M becomes worse, and the sweeping action by the brush 1 is reduced.

As described above, the jute mat cleaning machine of the present invention is the same as the brush 1 attached to the shaft member 22 rotating around the axis L and contacting the jute mat M, and the shaft member 22 to which the brush 1 is attached. a striking rod 2 abutting the mounted by Jewelery Tan mat M to the shaft member 22 to be parallel to the shaft member 22 has a striking rod 2, a predetermined angle θ by the rotation direction rear side side of the brush 1 Arranged in position. Therefore, the work of sweeping out the deuteron mat M (the lower surface side) with the brush 1 and striking the foreign matter (dust) with the striking rod 2 is continuously performed, and dust can be efficiently removed. In addition, even on the upper surface side, foreign matter can be reliably hit and removed.

  Further, the upper and lower cleaning rotary bodies 5 and 6 are arranged with different rotational phases so that the hitting bar 2a of the lower cleaning rotary body 6 and the hitting bar 2b of the upper cleaning rotary body 5 collide with the deuteron mat M alternately. ing. That is, in FIG. 3A, the striking rods 2b, 2a of the upper and lower cleaning rotators 5, 6 abut against the deuteron mat M with a rotation phase difference of 90 °.

  Further, as shown in FIG. 3A, the rotation trajectory of the outer peripheral end point 23 of the brush 1 (indicated by the alternate long and short dash line) is arranged to be outward from the rotation trajectory of the outermost peripheral end point 25 of the striking rod 2. ing. The radius of the rotation locus of the outer peripheral end point 23 of the brush 1 is set to be 5 mm to 10 mm smaller than the radius of the rotation locus of the outermost peripheral end point 25 of the striking rod 2. Thereby, sweeping out by the brush 1 is performed more effectively.

Next, FIG. 3B is a schematic configuration diagram showing another embodiment of the upper and lower cleaning rotary bodies 5 and 6, and the washing machine having the upper and lower cleaning rotary bodies 5 and 6 is arranged around the axis L. contacting the brush 1 in rotation is attached to the shaft member 22 to Jewelery Tan mat M, the predetermined angle theta 'than the brush 1 same shaft member 22 and the shaft member 22 which the brush 1 is mounted rotating direction Kogo hand side A band-plate-shaped thread winding prevention member 44 disposed in a projecting manner at the position.

The yarn winding prevention member 44 is a guard piece member that prevents unnecessary yarn of the jutan mat M --- yarn that frays from the mat M--from being caught on the base end 45 side of the brush 1.
The yarn winding prevention member 44 is a member that protrudes radially outward from the shaft member 22 and is continuous in the longitudinal direction of the shaft member 22. That is, it can be said that are disposed in the rotation direction Kogo hand side position of the brush 1 along the longitudinal direction of the brush 1. The predetermined angle θ ′ is set to 25 ° to 45 °, and is 35 ° in FIG.

Further, the yarn winding prevention member 44 is set to have a smaller radial dimension than the brush 1, and the tip of the yarn winding prevention member 44 has a radius corresponding to the intermediate portion of the brush 1. Thereby, even if an unnecessary thread tries to wind around the base end part 45 of the brush 1, the front-end | tip part of the thread | yarn winding prevention member 44 contact | abuts an unnecessary thread, and an unnecessary thread | yarn can be excluded to the circumferential direction outward. That is, the unnecessary thread can be ejected outward by the rotating thread winding preventing member 44 before the unnecessary thread bites into the brush 1.
Unnecessary thread that protrudes from the edge of the jutan mat M is wound around the root where the hair of the brush 1 is dense and is sandwiched between the hairs of the brush 1, and the mat M main body is drawn in by the winding. The prevention member 44 prevents it.

Further, the yarn winding prevention member 44 in FIG. 3B is a band plate formed by bending a plate material at an acute angle so that the tip (bending point) has a small round shape, but is not limited thereto. It may be formed of a single plate having a large thickness.
Further, in FIG. 3B, a pair of brushes 1 are disposed 180 degrees apart on one shaft member 22, and a pair of yarn winding prevention members 44 are also disposed 180 degrees apart correspondingly. Yes.

And, one circumference in the shape of a rhombus around the shaft center L passing through the tip end portions of the yarn winding preventing members 44 and 44 and the outer peripheral end point of the shaft member 22 is one point in the upper cleaning rotating body 5 in FIG. The line length indicated by a chain line is set to be 12 to 18 cm, and an unnecessary thread of about 10 cm is prevented from being wound once.
Further, in FIG. 3B, the brush 1 is constituted by hair having particularly high rigidity, and the brush 1 is swept out while being struck against the deuteron mat M. If the rigidity of the brush 1 is increased, it becomes difficult for the unnecessary thread to come out when the brush 1 bites into the brush 1, but the rotating thread winding prevention member 44 can cause the unnecessary thread to pop out before it bites into the brush 1 deeply. Yes, it can prevent troubles involving the tang mat M.

  Further, the tip of the yarn winding prevention member 44 may not be brought into contact with the detentan mat M, but the radial length of the yarn winding prevention member 44 may be increased and brought into contact with the detangan mat M. In this case, the yarn winding prevention member 44 has the action of the batting rod 2 shown in FIG.

In FIG. 3 (b), the same reference numerals shown in FIG. 3 (a) are the same except that the batting rod 2 of FIG. 3 (a) is omitted and the yarn winding prevention member 44 is provided. Description is omitted.
That is, the upper and lower cleaning rotary bodies 5 and 6 may be provided with the shaft member 22, the brush 1, and the yarn winding prevention member 44, and the upper and lower cleaning rotary bodies 5 and 6 have a rotational phase difference of 90 °. 6 brush 1b, 1a is brought into contact Jewelery Tan mat M.

  Next, the wiping water absorbing roller 7 and the pressing roller 8 will be described with reference to FIG. 2. The wiping water absorbing roller 7 is, for example, a sponge roller. Then, a water absorbing roller 7 which is driven to rotate by a motor 16 and is moistened with a cleaning liquid stored in a water tank (tank) 12 which will be described later is brought into contact with the flocked surface of the deuterium mat M which has passed through the upper and lower cleaning rotary bodies 5 and 6. , Foreign matter such as dust adhering to the flocked surface is removed.

  The axis of the water absorption roller 7 is fixed, the axis of the pressure roller 8 is free (movable in the direction of the water absorption roller 7), and the pressure roller 8 is absorbed by a resilient member (compression spring or the like) 27. The bullet is biased toward the roller 7. Thereby, it can be surely sent out without sliding the jutan mat M, and the water absorption roller 7 can be firmly pressed against the flocked surface of the jutan mat M.

  Further, as shown in FIGS. 2 and 4, the deuteron mat cleaning machine of the present invention supplies cleaning water to the open / close door 11 and the wiping water absorbing roller 7 disposed at the upstream side of the upper and lower drawing rollers 3 and 4. A water tank 12 for absorbing water, a water supply pipe 14 with a valve 13 for supplying cleaning water to the water tank 12, a squeezing roller 15 for pressing the wiping water absorption roller 7 to remove excess cleaning water, a roller rotation driving motor 16, Is provided.

  The open / close door 11 is provided so as to cover the entrance portion 9 at the upper front side of the cleaning work portion A, and the open / close door 11 is opened and closed with the back portion of the open / close door 11 as a swing center, and encloses the rollers and the like. It is provided so as to be continuous with No. 26, and in the closed state, it does not enter rainwater. Thereby, in the dry-type washing machine of the present invention, it is possible to prevent water droplets from adhering to the rollers, brushes, and the like, and the moisture from adhering to the deuteron mat M to wet the dried mat M.

  The water tank 12 is provided below the water absorbing roller 7 and the squeezing roller 15, and is arranged so that the lower part of the water absorbing roller 7 is submerged in the cleaning water supplied to and stored in the water tank 12. In addition, the water tank 12 is provided with a drain pipe 28 to discharge the washing water to the outside when the washing machine is not in use, to prevent freezing of the washing water in the washing machine in winter and to always work with clean washing water. it can. The washing water may be water (tap water).

  Further, the water supply pipe 14 is connected to a water stop valve 13 in the middle thereof to send cleaning water from a cleaning water supply source (not shown) to the water tank 12, and as shown in FIG. Is disposed in the left end space 29 of the. The valve 13 can be opened and closed by the operation of the valve lever 30.

  The squeezing roller (dehydrating roller) 15 is disposed in the vicinity of the water absorbing roller 7 so as to be parallel to the water absorbing roller 7, and the axis of the squeezing roller 15 is free (movable in the direction of the water absorbing roller 7). Then, the squeezing roller 15 presses the outer peripheral surface of the water absorbing roller 7 and squeezes excess cleaning water of the water absorbing roller 7.

Further, as shown in FIG. 4, the cleaning machine of the present invention includes a first connecting member 17 that is connected to the opening / closing door 11 and opens the valve 13 from the closed state when the opening / closing door 11 is opened. The first connecting member 17 has a first lever member 32 whose one end is pivotally attached inside the opening / closing door 11, and the other end of the first lever member 32 is pivotally attached to the end of the valve lever 30. Yes.
When the open / close door 11 is closed, the valve 13 is closed, and the supply of the cleaning water is stopped and the cleaning water is not supplied to the water tank 12 unnecessarily. When the opening / closing door 11 is opened, the valve 13 is opened via the first connecting member 17 (lever member), and the cleaning liquid is supplied to the water tank 12.

  Further, the washing machine includes a second connecting member 18 that is connected to the opening / closing door 11 and presses the squeezing roller 15 against the water absorbing roller 7 for wiping when the opening / closing door 11 is opened. The second connecting member 18 is connected via a substantially L-shaped second lever member 33 whose one end is pivotally attached to the inside of the opening / closing door 11, and the other end of the second lever member 33 via a resilient connecting member 31. The squeezing roller 15 is connected to or fixed to a third lever member 34 that has a third lever member 34 that can swing about an end portion.

  When the door 11 is closed, the squeezing roller 15 is separated from the water absorption roller 7. When the door 11 is opened, the second lever member 33 and the third lever member 34 are lifted, The three lever member 34 presses the squeezing roller 15 toward the water absorbing roller 7 side. It should be noted that the pressing connection force of the squeezing roller 15 to the water absorbing roller 7 is made substantially constant by the elastic connecting member 31, and it is possible to prevent excessive squeezing.

  Further, the cleaning machine of the present invention includes an operation limit switch 19 that drives the motor 16 when the door 11 is opened. The limit switch 19 for operation is provided in the casing 26 so as to be in contact with the open / close door 11 by being in an open state, although the open / close door 11 is in a non-contact state with the open / close door 11. The motor 16 is started in the electric control unit (not shown) by the operation limit switch 19 in the open state of the door 11.

The motor 16 is provided inside the casing 26, and one motor 16 is rotated by the rotational power transmission means 35, the lower drawing roller 4, the upper and lower cleaning rotary bodies 5 and 6, and the wiping water absorbing roller 7. Are rotated in a direction in which the jute mat M is transported to the downstream side.
FIG. 5 is a cross-sectional side view for explaining the rotational power transmission means 35. The rotational power transmission means 35 is provided in the right end space 43 of the cleaning section A of FIG. Pulleys, a plurality of belts, a plurality of chains, a plurality of sprockets, and the like.

Referring to FIG. 5, when the motor 16 is driven to rotate in the direction of arrow a, the large pulley 6a fixed coaxially with the lower cleaning rotating body 6 is rotated in the direction of arrow b by the first belt 36, and the large pulley 6a By rotating the small pulley 6b fixed coaxially (arrow c), the upper pulley 5a fixed coaxially to the upper cleaning rotary body 5 by the second belt 37 is rotated in the direction of arrow d.
Further, the second belt 37 is hung on the auxiliary large pulley 40a, and the auxiliary large pulley 40a rotates in the direction of arrow e.
The small pulley 6b for the lower cleaning rotator 6 and the upper pulley 5a for the upper cleaning rotator 5 have the same diameter, and both rotate at the same speed in the direction of feeding the deuteron mat M in the downstream direction. .

  Then, the auxiliary small pulley 40b fixed coaxially to the auxiliary large pulley 40a rotates, and the large pulley 4a fixed coaxially to the lower pull-in roller 4 by the third belt 38 rotates in the direction of arrow f. The small pulley 4b fixed coaxially to the pulley 4a is rotated. Further, the pulley 7a fixed coaxially to the water-absorbing roller 7 by the fourth belt 39 suspended from the small pulley 4b is rotated in the direction of arrow g.

  As is apparent from FIG. 5, the upper and lower cleaning rotators 5 and 6 are decelerated with respect to the rotational speed of the motor 16, the lower drawing roller 4 is further decelerated, and the upper and lower cleaning rotators 5 and 6 are It rotates at a higher speed than the lower drawing roller 4. That is, the upper and lower cleaning rotators 5 and 6 perform cleaning by contacting the deuteron mat M while rotating at a peripheral speed faster than the feed speed of the deuteron mat M.

  Further, as shown in FIG. 2, the cleaning machine of the present invention is provided with a dust tray member 20 at a position below the lower cleaning rotating body 6. FIG. 6 is a cross-sectional front view of the dust tray member 20, and the dust tray member 20 can be inserted into and removed from the pair of left and right rail members 41, 41, and can be swung by the horizontal axis 42. Has been. The rail members 41 and 41 are fixed to the side portion of the casing 26 (FIG. 2).

Further, this washing machine is provided with an emergency limit switch 21 for urgently stopping the motor 16.
FIG. 7 is a cross-sectional side view of the dust tray member in a normal operation state in which the jutan mat M passes the regular route. FIGS. 8 and 9 show that the jutan mat M is detached from the regular route, and the emergency limit switch 21 is It is a figure which shows the state which act | operates.

When the jutan mat M leaves the regular route and the jutan mat M contacts the dust tray member 20, the position of the dust tray member 20 changes, and the emergency limit switch 21 detects the position change and Electrically shut off at the outside electric control unit and emergency stop.
Further, the dust tray member 20 is swingably held by the rail members 41 and 41 at the intermediate portion thereof.
Therefore, even if the jute mat M is brought into contact with the dust tray member 20 from the lower position as shown in FIG. 8 or from the upper position as shown in FIG. The motor 16 can be stopped quickly and the tangent mat M can be prevented from being caught or clogged.

As described above, according to the present invention, the brush 1 attached to the shaft member 22 rotating around the shaft center L and contacting the deuteron mat M, and the same shaft member as the shaft member 22 to which the brush 1 is attached. 22 has a striking rod 2 disposed in parallel to the shaft member 22 and abutting against the deuteron mat M, and therefore, a foreign matter such as dust or dust is obtained by the sweeping effect by the brush 1 and the striking effect by the striking rod 2. Can be reliably removed.
In addition, the rotating brush 1 and the striking rod 2 are disposed on the same shaft member 22, so that parts such as a rotating shaft and a bearing can be omitted, and the configuration is simplified. Therefore, the whole washing machine can be made compact. In particular, the dimension in the depth direction is reduced.

Moreover, the striking rod 2, since it is arranged only to rotate side Kogo hand side position angle θ also 30 ° to 55 ° than the brush 1, sweeping the foreign matters in the brush from Jewelery Tan mat, hit at a striking rod 2 Thus, foreign substances such as dust and dust can be efficiently removed. Further, the striking rod 2 comes into contact immediately after the brush 1 comes into contact with the deuterium mat M, and this operation is continued and foreign matter can be efficiently removed.

Further, the brush 1 attached to the shaft member 22 rotating around the shaft center L and in contact with the debutan mat M, and the same shaft member 22 as the shaft member 22 to which the brush 1 is attached are attached to the brush 1 by a predetermined angle θ. 'it is disposed to the rotation direction Kogo hand side position only to have a strip-shaped bobbin write prevention member 44 unnecessary yarn guns Tan mat M is prevented from being caught toward the proximal end portion 45 side of the brush 1, the brush Due to the sweeping effect of 1, dust and other foreign matters such as dust can be reliably removed.
Further, since unnecessary yarn that protrudes (frays) from the jutan mat M is not caught in the base end portion 45 of the brush 1, troubles of the entire mat M can be avoided. Accordingly, it is possible to prevent the washing machine from being damaged as well as the deuterium mat M.

Further, the upper and lower drawing rollers 3 and 4 for drawing the jutan mat M with the flocked side as the lower surface, the upper and lower cleaning rotary bodies 5 and 6 that abut on the upper and lower surfaces of the jutan mat M, and the wiping water absorption that abuts on the lower surface of the jutan mat M It includes a roller 7, the lower cleaning rotary member 6 of the upper and lower cleaning rotary body 5 and 6, a shaft member 22 which rotates the axis L around, a brush 1 which is attached to the shaft member 22, the brush 1 Since the striking rod 2 is disposed on the same shaft member 22 as the shaft member 22 to which is attached to the shaft member 22 so as to be parallel to the shaft member 22, it is possible to clean the deuteron mat M while traveling stably. And effects sweep by the brush 1, the effect hammered by striking rod 2, it is the this to reliably remove foreign matter.

Further, the upper and lower drawing rollers 3 and 4, the upper and lower cleaning rotating bodies 5 and 6, and the wiping water absorbing roller 7 are arranged in parallel so as to be inclined downward from the inlet portion 9 to the outlet portion 10 of the deuteron mat M. Therefore, since a part of adjacent rollers can be arranged in the height direction, the entire washing machine can be made compact. In particular, the dimension in the depth direction is reduced.
Further, by moving the jutan mat M obliquely downward, the jutan mat M can be naturally advanced in the direction of the exit portion 10 by its own weight, in addition to the pull-out feeding force by the pull-in rollers 3 and 4. The leading edge portion of the debutan mat M after passing through the drawing rollers 3 and 4 can proceed smoothly.

  Further, an open / close door 11 disposed upstream of the upper and lower drawing rollers 3, 4, a water tank 12 for causing the wiping water absorption roller 7 to absorb the cleaning water, and a water supply pipe with a valve 13 for supplying the water water to the water tank 12. 14, a squeezing roller 15 that presses the wiping water absorbing roller 7 to remove excess cleaning water, and a roller rotation driving motor 16. Further, the valve 13 is connected to the opening / closing door 11 and opens the opening / closing door 11. A first connecting member 17 that is opened from a closed state, a second connecting member 18 that is connected to the opening / closing door 11 and presses the squeezing roller 15 against the water absorption roller 7 when the opening / closing door 11 is opened, and the opening / closing door 11 Since the operation limit switch 19 that drives the motor 16 when it is opened is provided, it can be brought into an operating state only when the washing machine is used.

That is, when not in use, the washing water is stopped, no load is applied to the water absorption roller 7, and the motor 16 is not operated. In particular, the washing water can be prevented from freezing in the washing machine in winter, and the washing machine does not break down due to freezing.
Further, the squeezing roller 15 sets the wiping water absorbing roller 7 to an appropriate low water content, so that excessive moisture does not adhere to the deuterium mat M.

  In addition, a dust tray member 20 is disposed below the lower cleaning rotating body 6, and when the deuteron mat M leaves the regular route and comes into contact with the dust tray member 20 and changes its position, the change in position is detected. Since the emergency limit switch 21 for emergency stop of the motor 16 is provided, the operation can be stopped in an emergency when a malfunction occurs, and the deuteron mat M is not clogged in the washing machine, and the mat M is not damaged. .

It is a cross-sectional front view which shows one Embodiment of the deutan mat washing machine of this invention. It is a cross-sectional left side view of a jutan mat washing machine. It is a schematic explanatory drawing of an up-and-down cleaning rotary body. It is a cross-sectional left view which shows the principal part of a jutan mat washing machine. It is a cross-sectional right view explaining a rotational power transmission means. It is a cross-sectional front view of a dust tray member. It is a cross-sectional side view of the dust tray member in a normal operation state. It is a cross-sectional side view of a dust pan member showing a state where an emergency limit switch is activated. It is a cross-sectional side view of a dust pan member showing a state where an emergency limit switch is activated.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Brush 2 Impact rod 3 Upper drawing roller 4 Lower drawing roller 5 Upper cleaning rotary body 6 Lower cleaning rotary body 7 Water-absorbing roller for wiping 9 Inlet part
10 Exit
11 Opening door
12 aquarium
13 Valve
14 Water supply pipe
15 Diaphragm roller
16 motor
17 First connecting member
18 Second connecting member
19 Limit switch for operation
20 Dust pan
21 Emergency limit switch
22 Shaft member
44 Thread winding prevention member
45 proximal end portion L axis M Juutanma' door
θ angle θ ′ angle

Claims (5)

The upper and lower cleaning rotary bodies (5) and (6) that come into contact with the upper and lower surfaces of the jutan mat (M) with the flocked side as the lower surface,
The lower cleaning rotator (6) of the upper and lower cleaning rotators (5) and (6 ) is attached to the shaft member (22a) rotating around the shaft center ( L ₁ ) and the shaft member (22a). a brush (1a) (1a) provided in a pair to 180 ° apart contact in the Jewelery Tan mat (M), the shaft member (22a) parallel to and 180 ° apart pair provided is striking rod (2a) (2a ) And
The striking rod (2a) of the lower cleaning rotating body (6) is disposed at a position on the rear side in the rotational direction by an angle (θ) of 30 ° to 55 ° with respect to the brush (1a),
The upper cleaning rotator (5) of the upper and lower cleaning rotators (5) and (6) includes a shaft member (22b) that rotates about the shaft center (L ₂ ), and 180 and parallel to the shaft member (22b). A striking rod (2b) (2b) provided at a pair apart from each other ;
Further, the striking rod (2a) of the lower cleaning rotator (6) and the striking rod (2b) of the upper cleaning rotator (5) have a rotational phase difference of 90 °, and the deuteron mat (M). Jutan mat washing machine, which is in contact with each other alternately . The upper and lower cleaning rotary bodies (5) and (6) that come into contact with the upper and lower surfaces of the jutan mat (M) with the flocked side as the lower surface,
The lower cleaning rotator (6) of the upper and lower cleaning rotators (5) and (6 ) is attached to the shaft member (22a) rotating around the shaft center (L ₁ ) and the shaft member (22a). A pair of brushes (1a) and (1a) that come into contact with the jutan mat (M) and are separated from each other by 180 °, and a band plate-like thread winding prevention member that is provided in a pair and is separated from the shaft member (22a) by 180 °. 44) and 44), and the yarn winding preventing member (44) of the lower cleaning rotating body (6) is rotated in the direction of rotation by an angle (θ ′) of 25 ° to 45 ° with respect to the brush (1a). An unnecessary thread of the debutan mat (M) disposed at the rear side position is prevented from being wound on the base end (45) side of the brush (1a),
Of the upper and lower cleaning rotary bodies (5) and (6), the upper cleaning rotary body (5) is attached to the shaft member (22b) rotating around the shaft center (L ₂ ) and the shaft member (22b). A pair of brushes (1b) and (1b) that are in contact with the above-mentioned jutan mat (M) and are separated from each other by 180 °, and a belt-like thread wrapping prevention member that is provided in a pair and parallel to the shaft member (22b) by 180 °. 44) and 44), and the yarn winding prevention member (44) of the upper cleaning rotator (5) is rotated in an angle (θ ′) of 25 ° to 45 ° with respect to the brush (1b). An unnecessary thread of the jutan mat (M) disposed at the rear side position is prevented from being wound on the base end (45) side of the brush (1b),
Further, the yarn winding preventing member (44) of the lower cleaning rotating body (6) and the yarn winding preventing member (44) of the upper cleaning rotating body (5) have a rotational phase difference of 90 °, and A deutan mat washing machine characterized by alternately approaching the mat (M) . Up-and-down pulling rollers (3) and (4) for pulling in the deuteron mat (M), the upper and lower cleaning rotating bodies (5) and (6), and a wiping water absorbing roller (7) in contact with the lower surface of the deuteron mat (M) Is a jutetan mat washing machine according to claim 1 or 2, wherein the jutetan mat (M) is arranged side by side so as to be inclined downward from the inlet portion (9) to the outlet portion (10) . An open / close door (11) disposed upstream of the upper and lower drawing rollers (3), (4), a water tank (12) for allowing the wiping water absorption roller (7) to absorb cleaning water, and the water tank (12 ), A water supply pipe (14) with a valve (13) for supplying the cleaning water, a squeezing roller (15) for pressing the wiping water absorbing roller (7) to remove excess cleaning water, and a roller rotation drive A motor (16), and a first connecting member (17) connected to the open / close door (11) and opening the open / close door (11) from the closed state to the valve (13). A second connecting member (18) connected to the open / close door (11) to press the squeezing roller (15) against the wiping water absorbing roller (7) when the open / close door (11) is opened; An actuating limit switch (19) for driving the motor (16) when opened (11). Jewelery Tan mat cleaning machine. A dust tray member (20) is disposed below the lower cleaning rotating body (6), and the deuteron mat (M) is detached from the normal route and comes into contact with the dust tray member (20) so that the dust tray member The deutern mat washing machine according to claim 1, 2, 3, or 4 , further comprising an emergency limit switch (21) for detecting the change of position when the position of (20) changes and urgently stopping the motor (16) .

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