JP5399005B2 - Auxiliary sheet for deaeration bag - Google Patents

Description

    The present invention relates to a deaeration bag that can store stored articles in a vacuum state, and is necessary not only for the field of manufacturing the bag and related accessories but also for its transportation, storage, assembly, and installation. From the field of providing and selling equipment and appliances, the field of providing materials, machinery, and parts necessary for materials, such as wood, stone, various fibers, plastic, various metal materials, etc. General fields such as the field of electronic components and control-related equipment that integrates them, the field of various measuring instruments, the field of power equipment that moves the equipment and instruments, the field of electricity and energy that are energy sources, and the field of oil Fields generally referred to as industrial machinery, and further, testing and researching those facilities and equipment, fields related to display, sales, import / export, Assumed at the present time, other than the fields related to the collection and transportation of waste debris generated by the operation of the results of use, the equipment for making it, and the equipment, and the recycling field where these waste debris can be reused efficiently There is no technical field that is not related to new fields that cannot be done.

(Points of interest)
Compression bags of various sizes that enable efficient storage by compressing futons and clothes, etc., and vacuum preservation bags that can be stored for a longer time than before without losing the freshness, nutrition, taste, etc. of food Degassing bag bodies are used in many fields, and all of these compressed bags made of resin film are either a dedicated vacuum pack machine or a household vacuum cleaner after storing the contents in the bag body. After inserting the nozzle from the opening of the bag body and degassing by forcibly sucking and exhausting the air in the bag body, pull out the suction nozzle and close the sealing seal integrated near the opening of the bag body Or it is sealed with a clip or the like separate from the bag.

    However, when these compressed bags are evacuated after storing their contents, if suction is started while the suction nozzle of a vacuum cleaner or the like is not inserted all the way in the vicinity of the opening of the bag body, negative pressure near the tip of the nozzle will be lost. Due to the pressure, the front and back resin films of the bag body are in close contact with each other and closed, and the air behind the back cannot be exhausted. When trying to open the bag body opening for taking out an object, the inner surface of the front and back resin films of the bag body was in close contact with each other, and sometimes it was difficult to open the bag body.

(Conventional technology)
In consideration of such a situation, for example, as represented by the one proposed in Patent Document 1 below, a convex portion is provided on the inner side of at least one of the front sheet and the back sheet of the compression bag and air is provided. so as to form a flow channel, in the suction and that the front sheet and the back sheet was made to prevent from being in close contact, as seen in the Patent Document 2, a relatively to the pipe tip of the cleaner A bag-shaped pipe cover made of thick and soft cloth is fitted, and even when the pipe tip is in close contact with the futon cloth (storage article), it can pass through the bottom of the pipe cover to suck air, or the article of the bag opening closed, to those related to the closure, for example, as in Patent Document 3, by connecting to each other at one end of the pair of arms rotatably, fitted or contact thereof arm between It is a clip to be clamped, the clip body is made of a hard material, and an elastic member is provided at the fitting or contact portion of at least one of the arms, and the opening portion of the plastic film bag can be completely sealed Some things have been made.

However, an existing resin film bag in which the inner surface of the front and back film is smoothly molded is obtained by integrating at least one of the front and back films of the former compression bag with an air flow groove comprising a plurality of convex portions. In the case where the bag-shaped pipe cover is attached to the pipe tip of the second vacuum cleaner, the pipe tip is inserted to the deep part of the bag and removed from the bag. In order to solve this problem, take measures such as taking measures to prevent the pipe cover from dropping or setting the pipe cover longer than the depth of the bag. In that case, there is a risk that the operability of attaching and detaching to the vacuum cleaner pipe may be deteriorated, and the latter clip body is entirely made of synthetic resin including the fastener portion. Especially, the fastener part has the disadvantage that it is easily damaged by repeated use, and it is difficult to improve the durability and economy, such as being unable to replace parts as a result of integral formation .
JP 2001-139102 A JP 2002-80084 A Japanese Patent Laid-Open No. 9-4611

(Awareness of problems)
As mentioned above, the various types of compression bags that have been proposed so far are sealed in the vicinity of the opening during suction using a vacuum packing machine or a vacuum cleaner pipe unless the structure of the bag itself is changed. Therefore, there is a disadvantage that the phenomenon that the air remaining in the deep part cannot be exhausted cannot be prevented, and the completely sealed bag mouth is tightly closed, making it difficult to open the bag. In order to solve these problems, it is necessary to replace with new compressed bags with countermeasures, which is very uneconomical, and it is natural to recycle or dispose of conventional compressed bags. In addition, the conventional clip that can store a bag that does not have a sealing chuck at the opening in a sealed state is a commercially available product that has a pair of arms each made of a synthetic resin molded product. It occupies most and remains a problem in the durability of the fastener part integrally molded to these arms, and even if there is no problem in the arm or hinge part etc., if the fastener part is damaged, repair will be done I thought that it was necessary to improve from the viewpoint of protecting the natural environment economically without finishing the whole disposal without being effective.

(Object of invention)
Therefore, the present invention can be easily combined with ready-made sealed bags and compressed bags to solve problems such as incomplete deaeration and difficult to open, and can be mounted on a bag without a sealing chuck. Judging whether it is possible to develop a new deaeration / compression bag that makes it possible to provide a clip with improved durability, we started its development and research quickly, and took a long trial and error, and many trials and experiments. As a result of repeating the above, the present invention has finally succeeded in realizing an auxiliary sheet for a deaeration bag body having a novel structure. It will be described in detail.

(Structure of the invention)
As will be clearly understood from the embodiments representing the present invention shown in the drawings, the auxiliary sheet for a deaeration bag body of the present invention basically comprises the following configuration.
That is, a non-breathable demountable structure in which the corresponding one of the outer peripheral edges of the four outer peripheral edges of the front and back resin films having a planar rectangular shape is an opening, and the other three outer peripheral edges are hermetically sealed and continuous. has a way reticulated sheet can be made with additionally provided like arrangement spread inside Kibukurotai, a net-like sheet, was additionally provided like arrangement is inserted inside evacuable bag body of interest sometimes the position of the outer peripheral contour edge and thus facing the opening of the evacuable bag body, connecting the proximal end of the short cylindrical socket Wa to a suction nozzle connected to a suction pump, after having integrated the group The end wrinkle opening is open to the degassing bag body towards the wrinkle , and the tip wrinkle opening is restricted to stop near the inside of the opening seal of the degassing bag body , and A dehumidifying agent and an antifungal agent are provided at appropriate positions in the mesh sheet body that does not hinder the connection and integration of the short cylindrical socket. Encapsulating agents such as deodorant, an evacuable bag-body help sheet configuration which was made to form a network storage pocket portion for the packing body and spirit.

When the auxiliary sheet for a deaeration bag body having this basic configuration is shown as a more specific one, an opening is made between the corresponding outer peripheral edges of the four outer peripheral edges of the front and back resin films each having a planar rectangular shape. And the other three outer peripheral edges are hermetically sealed and continuously spread inside the non-breathable deaeration bag body, and can be provided as an additional arrangement, and these are multilayered with two or more layers. And having a mesh-like sheet body in which only a part of each layer is connected so that the displacement of the abutting surfaces can be freely moved, the mesh-like sheet body, the target deaeration At the appropriate position of the outer peripheral edge that faces the opening of the deaeration bag body when it is inserted into the bag body and arranged in an attached manner, the base of the short cylindrical socket for connecting the suction nozzle of the suction pump is provided. The ends are connected and integrated, and the base end opening is open toward the side. In addition, the tip opening is restricted so as to stop near the inside of the opening seal of the deaeration bag body, and the connection and integration of the short cylindrical socket are not hindered. A debris bag auxiliary sheet having a structure in which a net-like storage pocket portion for a wrapping body is formed in an appropriate place of a net-like sheet body, such as encapsulated drugs such as a dehumidifying agent, antifungal agent, and deodorant. It becomes.

    As described above, according to the auxiliary sheet for a deaeration bag body of the present invention, it is a novel configuration for eliminating the above-described adverse effects of various conventional compression bags, and inside the front and back resin films of the deaeration bag body When the auxiliary sheet is inserted and arranged between the side surfaces, the inner side surfaces of the front and back resin films are not in close contact with each other even when the inner side surfaces of the front and back resin films are in a negative pressure state. It is sucked and exhausted without delay along the mesh gap formed by the mesh sheet body, which can reliably prevent deaeration failure due to sealing like the conventional type, and when opening the deaeration bag body In addition to significantly reducing the adhesion force due to negative pressure, it can be easily opened, and by simply attaching the auxiliary sheet to the existing degassing bag body, such an effect can be obtained. Possession of goods Xiu is economical even led to the use, and that there is an effect that it is possible to realize the use of less resin bag burden to the environment.

    In addition, even in the case where the reticulated sheet body is branched and stretched in a vein shape so as to extend from the proximal end of the short cylindrical socket portion to the vicinity of the contour of the planar outer peripheral contour shape of the reticulated sheet body, It is possible to eliminate the need for deaeration and improve the ease of opening as described above, and the suction air resistance toward the socket opening at the base end of the socket is greatly increased compared to the mesh-like mesh sheet. And higher exhaust efficiency can be realized.

    In addition, the net-like sheet body is formed by integrating a net-like storage pocket portion for encapsulating agents such as a dehumidifying agent, antifungal agent, and deodorant, and a wrapping body at an appropriate place within the planar shape. Enables the storage and placement of the package to be restricted to desired locations, prevents the package from being mixed with other packages, and protects the package from scratches and damage Thus, leakage of drugs into the deaeration bag can be more reliably prevented.

    And, when the net-like sheet body is formed in a multi-layered form and only one part of each layer is joined and integrated so that the joint surfaces can move freely, when the contents are stored in the deaeration bag body In addition, the friction, rubbing, and interference between the two can be greatly reduced, storage and removal can be facilitated, and the mesh gaps in each layer overlap to improve the continuity of the deaeration path, making it more efficient Can be realized.

    Further, the reticulated sheet body has a deaeration bag body on one side, an adhesive layer or an adsorption layer that can be adhered to the inner wall surface of the front and back resin films, and a release paper is attached to the adhesive layer or the adsorption layer. The adhesive layer or adsorbing layer exposed by peeling the release paper from the mesh sheet can be attached and fixed to the degassing bag and the inner wall of the front and back resin film at appropriate locations. It is possible to prevent the auxiliary sheet housed in the bag from being inadvertently moved due to the storage or suctioning work of the contents. It is possible to obtain an effect that it can be re-applied and reused.

    When the reticulated sheet is set to a size and shape that can enclose the contents in the deaeration bag, a reticulated gap is formed between the entire contents and the front and back resin films of the deaeration bag. The deaeration efficiency can be further improved, and those that can be cut into dimensions and shapes that can enclose the same can be flexibly accommodated in various shapes and dimensions. Furthermore, the size and shape of the container that can wrap the container can be adjusted without cutting, and it is also convenient to wrap the container larger than the net-like sheet itself. Thus, it can be used economically for a wider range of stored articles.

    Moreover, according to the deaeration bag body having the auxiliary sheet for the deaeration bag body of the present invention, the auxiliary sheet for the deaeration bag body that forms the basis of the present invention is combined with the deaeration bag body in advance. It is no longer necessary to worry about the size of the auxiliary sheet, and as long as the deaeration bag body according to the size of the container is selected, the deaeration bag body and auxiliary sheet with the most ideal dimension balance are automatically selected. Thus, an advantage that the maximum effect of the present invention can be easily enjoyed is obtained.

    In addition, if the mesh sheet is made by partially adhering the appropriate place in the vicinity of the inside of the opening seal of the degassing bag body, the mesh sheet body is degassed along with the suction and degassing operations. It can be surely prevented from being deviated from the normal arrangement because it is sucked out of the bag body or moved in the deaeration bag body. Qi effect is obtained, and the convenience can be further enhanced.

    Furthermore, it is a non-breathable deaeration bag body in which at least one of the front and back resin films has two or more layers, and an opening is formed between appropriate positions of the outer peripheral edges, the two-layer film of the deaeration bag body A net-like sheet body sandwiched between and laminated and integrated, and the base end of the short cylindrical socket is connected to the net-like sheet body at a suitable position facing the deaeration bag body and the opening. The leading edge opening is an inner peripheral wall surface on which either one of the mesh sheet body outer peripheral contour edge or the front and back resin films is mounted so that the opening is located in the immediate vicinity of the inside of the opening seal of the deaeration bag body. In the case of being fixed to either one or both of them, the shape of the reticulated sheet body appears as reticulated irregularities on the inner surface of the resin film. In addition to being able to perform smoothly, the auxiliary sheet Possible to prevent the direct contact with the contents thereof, in which more extraction of contained object is to enable easier, yet an effect that mesh sheet reinforces the resin film degassing bag.

    And the suction pump used for the deaeration bag body of this invention consists of either one of the elastic air tank-like pump main body in which the valve mechanism is incorporated, or the connection pipe main body connectable to the vacuum cleaner pipe tip, A base end of a metal suction pipe having a nozzle tip surface wall is connected to any one of these suction parts, and a central suction hole is formed in the center of the nozzle tip surface, and a plurality of crossing the central suction hole A plurality of peripheral wall intake holes are drilled on the outer peripheral surface wall that is engraved with the tip surface crossing groove and stays within the range where the nozzle tip is fitted to the mesh sheet body and the short cylindrical socket with the nozzle tip. The outer circumferential surface crossing grooves that connect the holes around the nozzle circumference and the outer circumferential ends of the respective front end surface crossing grooves and the corresponding peripheral wall intake holes arranged in the nozzle axial direction are engraved. , The net-like sheet body, short cylinder type Even when the nozzle tip is connected to the nozzle in a fitting manner, the central suction hole and the peripheral wall suction hole at the tip of the nozzle are connected to each other by the tip surface crossing groove and the outer surface crossing groove, and smooth with low air resistance. In addition, efficient suction and deaeration are realized.

    Further, the sealing clip used for the deaeration bag body of the present invention is an isosceles triangular cross-sectional shape set to the same length at one end of the deaeration bag body, a rod-shaped base body having a length exceeding the full width of the opening. The base end of the pressure-contact bar body is pivotally attached to be openable and closable, and a close mat part is attached along the wall surface to which the pressure-contact bar body of the bar-shaped base body is joined. The C-shaped wire frame that can be fitted to and removed from the free end of the pressure contact rod body and can be temporarily fixed in a closed state is rotatably mounted, and the entire clip is compared with a conventional product that is integrally molded with synthetic resin. As a result, the durability is remarkably enhanced, and even when the wire frame is damaged due to long-term use, it can be replaced and repaired, and a long life that is economical and friendly to the natural environment can be achieved.

    Further, when the C-shaped wire frame is fitted to the free end of the pressure contact rod body in the closed position, a short cylindrical shape having an appropriately long length is provided in an appropriate midway range that is fitted to the back surface of the pressure contact rod body. A buckle piece that is formed by extending and forming a flange portion for riding on the back surface of the pressure contact rod body in a tangential direction from a part of the wall surface is provided with a wire frame that is concentrically and freely mounted. Fixation and operability can be greatly improved, and the durability can be further improved.

In implementing the present invention having the above-described configuration, the best or desirable mode will be described.
The reticulated sheet body has a function of enabling a large number of thin gaps to be formed between the front and back resin film inner side surfaces of the deaerated bag body, and can be formed into and out of the deaerated bag body. A material that has sufficient durability to withstand repeated contact with the material and sufficient flexibility not to damage the contents, and does not alter or degrade the resin material and contents on the inner and outer surfaces of the deaeration bag body. In order to improve the deaeration property, it should be set to a thickness that does not allow the front and back resin films of the deaeration bag body to adhere to each other and a thinness that can sufficiently extract air. More specifically, it is desirable that the diameter is set to about 0.1 to 0.5 mm, and it is made of polypropylene, polyethylene or other synthetic resin, natural fiber, stainless steel or aluminum. Can be those prepared from copper alloy other metal foil or metal wire made such as various materials, it is possible to replace the sponge sheet.

Further, as shown in the examples described later, the mesh sheet body may be branched and stretched in a vein shape so as to reach the vicinity of the contour of the planar outer peripheral shape of the mesh sheet body. Combined and integrated with a part of each layer so that the mesh-like storage pocket for packaging is integrated or formed, or two or more layers are formed so that the joint surfaces can be displaced. It has a pressure-sensitive adhesive layer or adsorption layer that can be adhered to the inner wall surface of the front and back resin film with a deaeration bag body on one side. It can be formed by attaching release paper to the layer.
And, it should be set to a size and shape that can enclose the contents in the deaeration bag, or can be cut into a size and shape that can enclose the contents, or
Further , it can be set to any one of dimensions and shapes capable of enveloping the same.

    The mesh-like storage pocket portion can be enclosed in a degassing bag so that a packing body can be attached to a predetermined portion of the mesh-like sheet body, and the chemical or physical properties of each packing body are degassed in the degassing bag body, 3 functions: a net bag made of the same mesh material as that of the net-like sheet body, and a rectangular net piece that forms a pocket part. It can be made of materials that meet the purpose of various drugs such as breathability and moisture permeability, such as non-woven fabric, sponge, natural fiber, etc. Can do.

    The adhesive layer or adsorbing layer provided on the reticulated sheet body functions to be able to freely adhere and fix to the desired part of the inner wall surface of the degassing bag body and the front and back resin films, and the auxiliary sheet alone is attached with release paper It should be possible to ensure handling, such as transportation, display, sales, storage, and portability, especially in the case of items that are attached to a deaeration bag for food, and that food safety must be ensured. It should be able to adhere to the side of the inside of the degassing bag with sufficient strength after peeling off the release paper, and should be composed of components that do not alter or deteriorate the inner wall surface of the degassing bag. The layer can be composed of a plurality of suction cups or smooth adhesive surfaces that can be adhered and fixed to the degassing bag body and the front and back resin films without using an adhesive. It can be combined.

    The short cylindrical socket is designed so that the suction nozzle of the suction pump can be placed in a fixed position on the outer peripheral edge of the mesh sheet housed in the degassing bag. The degassing bag body opening when the reversible suction nozzle has sufficient strength to withstand repeated desorption operations and is inserted into the degassing bag with an outer peripheral edge of the mesh sheet. The short cylindrical socket base end is connected and integrated at a suitable position facing the base, and the base end is open in the direction of the degassing bag body. It must be set so as to be positioned in the vicinity of the inside of the opening seal of the deaeration bag body, and the mesh sheet body of either the outer peripheral contour edge of the mesh sheet body or the front and back resin film Either one of the inner walls It is desirable to made by fixing towards, metal, synthetic resin, etc., may be made of various materials.

    The front end of the short cylindrical socket allows the suction pump metal suction pipe to be temporarily fixed and connected in a sealed state so that the net-like sheet body communicates only with the hook. The suction pipe, the nozzle tip should be perforated into a cylindrical shape with a size that can conceal the range of formation of the central suction hole, tip crossover groove, peripheral wall suction hole and outer peripheral face crossing groove, which will be described later. As shown in the embodiment, a sealing component such as an O-ring can be attached to the inner peripheral wall near the opening end.

    The deaeration bag body allows the stored item to be deaerated and stored in a sealed state for a long period of time, and should be capable of storing the auxiliary sheet for use or can be integrated into the stored state. It should be made of a resin film with strength according to its size, made of transparent resin that allows easy confirmation of the contents, and those for futon and clothing that are resistant to strong suction, compression, folding, etc. In addition, it is desirable to ensure that the foodstuffs are frozen and heat resistant enough to withstand the storage of frozen foods and foods. Conventional futons and compression bags for clothing Or food storage bags can be used as they are, made of polypropylene, polyethylene or other synthetic resin, and if necessary, made of multiple films such as multiple resin films, metal foils, vapor-deposited films, etc. Embossing and pre It can be assumed that or subjected to, such as theft.

    Further, the deaeration bag body can be formed by partially adhering the corresponding sheet of the auxiliary sheet mesh sheet body in the immediate vicinity of the inside of the opening seal of the deaeration bag body, at least A deaeration bag body in which any one of two or more layers is formed with an opening between the outer peripheral edge sides of the front and back resin films, and the other outer peripheral edge is sealed and continuous. It has a net-like sheet body that is sandwiched and laminated and integrated between at least one of the two front and back resin films, and faces the opening of the deaeration bag body with the net-like sheet body. A short cylindrical socket for connecting the suction nozzle of the suction pump is located at the appropriate position on the outer peripheral edge. The base end of the socket is open, and the base end is open in the direction of the deaeration bag. The net opening is positioned so that it is located in the immediate vicinity of the inside of the opening seal of the deaeration bag body Or sheet outer peripheral profile edge, or the front and rear resin film one of the net-like sheet either one or the inner wall surface of the mounted, or can be provided with fixed to both.

    Furthermore, it is desirable that the deaeration bag body is formed with an opening seal in the vicinity of the opening, and the opening seal includes a plurality of degassing bag bodies and two or three openings. In addition to being provided with a strip, even if one strip is not provided, it is possible to ensure a sealed state in the deaeration bag body by using a sealing clip.

The suction pump can be used to forcibly suction and deaerate the air in the deaeration bag by using a vacuum cleaner or operated by the user himself, and the suction nozzle is attached to a short cylindrical socket. An air tank made of an elastic material that functions to enable air to be sucked and exhausted along the mesh sheet of the auxiliary sheet that is connected and accommodated in the deaerated bag, and has airtightness. a is, the addition of squeeze-shaped operating force, and an exhaust operation, itself elastic restoring force and to thus pump or body comprising incorporating a valve mechanism for enabling suction operation, or, the pipe tip household cleaner It must consist of any one of connectable connecting pipe bodies, and they are made of soft synthetic resin, natural rubber, fiber with an airtight layer, hard synthetic resin, metal, Or a combination of them It is possible to make a combination of various materials and parts such as a nozzle, and as shown in an embodiment to be described later, a nozzle tip surface wall is integrated with either the pump body or the connection pipe body. Connected to the base end of the formed metal suction pipe of a predetermined length, a central suction hole is formed in the center of the nozzle tip surface, and a plurality of diametrical directions cross the central suction hole. A plurality of peripheral wall intake holes are formed in the outer peripheral surface wall that remains within a length range that fits into the mesh sheet body of the nozzle tip and the short cylindrical socket. The outer circumferential surface crossing grooves that connect the peripheral wall intake holes around the nozzle circumference and the outer peripheral ends of the respective front end surface crossing grooves and the corresponding peripheral wall intake holes aligned in the nozzle axial direction are engraved. It is desirable to do it.

    Metal suction pipes are made of various metals such as brass, stainless steel, aluminum, titanium, pure metal and alloys such as iron, copper, tin, silver, precious metals, etc. It can be made of a combination of these, and can be made by partially incorporating parts made of synthetic resin or natural rubber.

The sealing clip can be used to temporarily fix any part of the deaeration bag body in the middle of the deaeration bag body in a sealed state from the vicinity of the opening of the deaeration bag body. A similar isosceles triangular cross-section shape at the base end of a relatively hard rod-shaped base such as polypropylene, polyethylene or other hard synthetic resin, metal, wood, or hard composite material such as various fiber reinforced resins A pressure contact rod is attached to the left and right wall surfaces in the vicinity of the other end of the rod-shaped base body opposite to one end where the base end of the pressure contact rod body is axially attached. A C-shaped wire frame that can be fitted to and removed from the free end of the body and can be temporarily fixed in a closed state must be rotatably mounted. The wire frame is made of stainless steel, aluminum, Steel made of titanium, plated with rust, etc. It should be made of a hard pure metal or alloy, and the wall surface to which the apex edge of the pressure contact rod body of the rod-like base body is joined should be provided with an intimate mat portion made of an elastic sheet, The C-shaped wire frame is a short cylindrical shape in a mid-point appropriate position that is fitted to the back surface corresponding to the bottom of the isosceles triangular cross section of the free end of the pressure contact rod body in the closed position, A buckle piece formed by extending and forming a back surface of the pressure contact rod body and a climbing collar part in a tangential direction from a part can be mounted concentrically and rotatably, The buckle piece may be any one of a variety of synthetic resin, metal, wood, composite material, etc. used for a rod-like base body, a pressure contact rod body, or a wire frame.
In the following, the structure of the present invention will be described in detail together with an embodiment representative of the present invention shown in the drawings.

    The front view of the deaeration bag body which has the auxiliary sheet | seat for deaeration bag bodies of FIG. 1, The front view of the deaeration bag body in FIG. 2 during the deaeration operation, The front view of the auxiliary sheet for deaeration bag bodies of FIG. 4 is a front view of a deaeration bag body having a leaf-shaped auxiliary sheet, a front view of the suction pump of FIG. 5, a perspective view of the vicinity of the tip of the metal suction pipe of FIG. 6, and a short cylindrical socket of FIG. FIG. 8 is a sectional view of a metal suction pipe, FIG. 8 is a front view of a suction pump for connecting a vacuum cleaner, FIG. 9 is a front view of a sealing clip provided with a buckle piece, and FIG. 10 is a perspective view of a sealing clip provided with a buckle piece. 11 is a perspective view of the opened sealing clip, FIG. 12 is a front view of the sealing clip provided with a wire frame, and FIG. 13 is a perspective view of the sealing clip in an exploded state. Opening 31 is formed between appropriate edges, and the other outer edges are sealed and continuous. The deaeration bag body 3 has a mesh sheet body 10 that can be inserted and placed in an attached manner, and faces the opening 31 of the deaeration bag body 3 when arranged in the deaeration bag body 3. For the deaeration bag body of the present invention, the short cylindrical socket 2 is connected and integrated at an appropriate position on the outer peripheral edge 11 of the mesh sheet body 10 so that the base end 20 is opened in the deaeration bag body 3. A typical example in the deaeration bag body which has an auxiliary sheet is shown.

    As can be clearly understood from these drawings, the deaeration bag body 3 of the present invention is used for food preservation made of polypropylene or polyethylene, and is between the outer peripheral edges of the front and back resin films 30 and 30 which are flat rectangular shapes. The opening 31 is formed, and the other three outer peripheral edges are hermetically sealed and continuously non-breathable. The inner wall surface in the immediate vicinity of the opening 31 is open over the entire area of the opening 31. A part seal 32 is formed.

    As shown in FIG. 1 to FIG. 3, the auxiliary sheet 1 is made of a soft mesh sheet having a rhomboid vertical and horizontal connection with a diameter of 0.2 mm and a side of 2 mm made of polypropylene or polyethylene. It has a net-like sheet body 10 cut into a rectangular shape that can be inserted and disposed between the inner and outer walls of the front and back resin films 30, and is an outer peripheral contour edge 11 of the net-like sheet body 10. The suction nozzle 5 of the suction pump 4 described later (shown in FIG. 5 to FIG. 8) is placed at an appropriate position near the corner that faces the opening 31 of the deaeration bag body 3 when inserted into the body 3. A short cylindrical socket 2 made of polypropylene, polyethylene, or molded product for connection, the base end 20 of which is integrally formed with the reticulated sheet body 10 or connected and integrated by welding. The base end 20 is The opening 21 is formed in a cylindrical shape that opens in the direction of the degassing bag 3, and the base end 20 has a flange opening 21, as shown in FIG. 7, the insertion depth of the suction nozzle 5 nozzle tip surface 50. It is assumed that the diameter is reduced so as to be restricted, and the opposite end 22 of the opposite side of the opening 22 is close to the inside of the opening seal 32 of the deaeration bag body 3 as shown in FIG. As shown in FIG. 7, an annular groove is formed on the inner peripheral wall in the vicinity of the opening 23, as shown in FIG. The O-ring 24 is mounted in the annular groove.

As shown in FIG. 1 to FIG. 3, the auxiliary sheet 1 and the short cylindrical socket 2 on one side of the mesh sheet body 10 have a wrapping in the vicinity of the proximity where the base end 20 does not hinder the air flow toward the flange opening 21. A rectangular mesh-like storage pocket 12 made of the same material as that of the mesh-like sheet body 10 is used for a body (not shown), and the three sides except one side near the opening part 31 of the deaeration bag body 3 are integrated by welding. The auxiliary sheet 1 formed in this way has a front and back resin so that the short cylindrical socket 2 is positioned in the immediate vicinity of the inside of the opening 31 seal 32 of the deaeration bag body 3. It is assumed that the film 30 is inserted and combined in a state where it is unfolded between the films 30 and 30.
Further, as shown in FIG. 4, the auxiliary sheet 1 has a mesh sheet body 10 extending from the proximal end 20 of the short cylindrical socket portion 2 to the vicinity of the contour 11 of the planar outer peripheral contour shape of the mesh sheet body 10. It can be branched and stretched like veins.

    As shown in FIGS. 5 to 7, the suction pump 4 is in the form of an air tank made of soft natural rubber or soft synthetic resin having airtightness, and is provided at an appropriate position on the rear end when a compression-like operation force is applied. It has a pump body 40 that is evacuated through a valve mechanism 41, protrudes at an appropriate position by its own elastic return force, and can be evacuated and suctioned through an open short cylindrical suction part 42. The base end of the brass suction pipe 5 set to an appropriate length is connected in an airtight manner.

    The metal suction pipe 5 has a central suction hole 51 concentrically drilled at the center of the nozzle front end face 50, and a front end face crossing groove 52 extending in the diametrical direction so as to cross the central intake hole 51 in a cross shape. 6 and 7, the outer periphery stays within a length range in which the tip of the nozzle 5 is fitted into the mesh sheet 10 with the tip of the nozzle 5 and the tip of the short cylindrical socket 2 is fitted into the mouth opening 23. Pipe wall 53 has a total of four groove ends, each of which has an outer diameter of each front end surface crossing groove 52, on a straight line extending parallel to the axis of the pipe 5, on each of the pipes at small intervals in the coaxial center direction. .. Are formed so as to be adjacent to the periphery of the nozzle 5, and the tips of the peripheral wall intake holes 54, 54,. The outer diameter of the surface crossing groove 52 is opposite to each other, and the nozzle correspondingly Each wall suction holes arranged in the center direction 54, those formed by engraved peripheral surface intersecting grooves 55 to connect the ...... together.

    As shown in FIG. 8, the pump body 40 of the suction pump 4 is made of a hard plastic cylindrical body and has a shape and size that can be removably connected to a suction pipe of a household vacuum cleaner. It is possible to set the distal end of the metal suction pipe 5 to the proximal end of the suction pipe 42.

    The sealing clip 6 is made of stainless steel or aluminum and has a V-shape as shown in FIGS. 9 to 11, which is set to a length exceeding the full outer width of the deaeration bag body 3 and the opening 31 shown in FIG. A rod-shaped base body 60 having a cross-sectional shape is formed, and one end of the rod-shaped base body 60 is made of a metal such as stainless steel or aluminum, made of a hard synthetic resin or made of wood, isosceles triangular cross-sectional triangular prism shape The base end of the pressure contact rod 62 is axially attached so as to be opened and closed by attaching a metal shaft 67 in a penetrating manner, and the apex edge 63 of the pressure contact rod 62 of the rod-shaped base body 60 is joined to the wall surface. Along with this, an intimate mat portion 61 made of soft natural rubber, soft urethane resin, or soft silicon resin is integrated into an attached shape using an adhesive or the like, and the pressure contact rod of the rod-shaped base body 60 is One where the base end of the body 62 is attached by the shaft 67 It is assumed that a C-shaped wire frame 64 is rotatably mounted between the left and right wall surfaces near the other end that is opposite to the other end, and the C-shaped wire frame 64 has a loose contact rod 62 in a closed position. When fitted and operated at the end, it is fitted on the back surface corresponding to the bottom of the isosceles triangular cross section, opposite to the apex edge 63 joined to the mating mat portion 61 of the same pressure contact rod 62 It is a short cylindrical shape set to a midpoint appropriate position range that is not less than the width dimension of the pressure contact rod body 62 and not more than the width dimension of the rod-shaped base body 60, and from a part of the outer peripheral wall surface in a tangential direction, A buckle piece 65 formed by extending and integrally forming a back surface of the pressure contact rod body 62 and a riding-up collar portion 66 is concentrically and rotatably mounted.

    As shown in FIG. 12 and FIG. 13, the sealing clip 6 has a rod-like base body 60 made of a columnar body having a vertically inverted concave cross section, and one end of the rod-like base body 60 has a V shape. One end of the press-contact rod body 62 having a cross-sectional shape is pivotally attached via a detachable shaft 67, while the free end of the press-contact rod body 62 opposite to the flange is the end of the press contact rod body 62. Between the left and right wall surfaces of the end of the rod-like base body 60 corresponding to the alligator, a buckle piece (not shown) is not provided, and it can be fitted to and detached from the free end of the press-contact rod body 62 and can be temporarily fixed in a closed state. The C-shaped wire frame 64 set to the dimensions can be rotatably mounted.

(Operation of Example 1)
As shown in FIG. 2, the deaeration bag body 3 in which the auxiliary sheet 1 of the present invention having the above-described configuration is combined to be inserted and disposed as shown in FIG. 10 wrapping body net-like storage pockets 12 are arranged so that the short cylindrical socket 2 and the base end 20 do not hinder the inflow of air into the mouth opening 21, and close to the opening part 31 of the deaeration bag body 3. It is set and does not hinder the deaeration work by the suction pump 4, and encapsulated drugs such as a dehumidifying agent, an antifungal agent, and a deodorant, and a package (not shown) can be easily used. It can be attached or removed.

    The deaeration bag body 3 stores a container (not shown) through the opening 31 and then, as shown in FIGS. 2 to 7, the tip of the suction pump 4 and the metal suction pipe 5 is formed with a short cylindrical socket. When the two distal ends 22 are inserted into the flange opening 23, as shown in FIG. 7, the nozzle distal end surface 50 of the metal suction pipe 5 comes into contact with the proximal end 20 of the short cylindrical socket 2 at the periphery of the flange opening 21. The insertion depth position is regulated to enable a precise connection operation with a sense of moderation, and the distal end 22 of the short cylindrical socket 2 is provided on the inner wall in the vicinity of the opening 23, and the distal end 22 is connected to the distal end 22. The gap between the opening 23 and the suction pump 4 connected as shown in FIG. 7 and the outer peripheral wall surface of the metal suction pipe 5 is hermetically sealed, so that the base end 20 of the short cylindrical socket 2 can pass more air through the opening 21 Can be sucked and exhausted.

    As shown in FIG. 2, when the suction pump 4 pump body 40 is operated in a squeezed shape, the squeeze-like input is canceled and the automatic return to the shape shown in FIG. 2 is automatically repeated. When the deaeration operation is performed in the direction of the white arrow in FIG. 2, the suction pump 4 made of metal is sucked in which the tip 22 of the short cylindrical socket 2 is connected in the opening 23 as shown in FIGS. 5 to 7. The pipe 5 can be sucked and exhausted with low resistance through the front end crossing groove 52, the outer peripheral crossing groove 55, the central intake hole 51, the peripheral wall intake holes 54, 54,.

Then, as shown in FIG. 2, along the auxiliary sheet 1 net-like sheet body 10, the deep part of the deaeration bag body 3 can suck the air of the fish smoothly and without stagnation. After performing sufficient deaeration, as shown in FIG. 1, the suction pump 4 and the metal suction pipe 5 are removed, and the contents (not shown) are attached to the auxiliary sheet 1 and the opening part 31 of the deaeration bag body 3. The degassing bag 3 that similarly accommodates the auxiliary sheet 1 having the leaf-like mesh-like sheet body 10 shown in FIG. 4 can be quickly sealed by binding the seal 32 together. The suction and exhaust along the leaf-like mesh sheet body 10 can be used, and the air resistance is much lower than that of the mesh-like mesh sheet body 10.
Further, as shown in FIG. 8, when a suction pump 4 in which a metal suction pipe 5 is connected to a connection pipe body 40 is used, it can be connected to a pipe of a household vacuum cleaner and automatically sucked and deaerated. become.

    Furthermore, in the sealing clip 6 as shown in FIGS. 9 to 11, a triangular prism-shaped pressure contact rod 62 is fitted into the groove portion of the V-shaped cross-section of the rod-shaped base body 60 via a close mat portion 61. It is possible to sandwich the vicinity of the opening portion 31 of the deaeration bag body 3 in a wider area, and the collar portion 66 of the buckle piece 65 can be climbed onto the pressure contact rod body 62 extremely smoothly. Thus, the temporary fixing and releasing operation of the wire frame 64 can be simplified.

    In addition, the sealing clip 6 shown in FIG. 12 and FIG. 13 can disassemble the rod-shaped base body 60 and the pressure contact rod body 62 into individual ones by utilizing the structure in which the shaft 67 can be removed. Even when one of them is deformed or damaged, it is possible to easily replace the parts.

(Effect of Example 1)
In addition to the features described in the section of the effect of the present invention, the deaeration bag body 3 equipped with the auxiliary sheet 1 of Example 1 having the above-described configuration has a mesh-like sheet body 10 as shown in FIG. The reticulated storage pocket portion 12 is properly disposed, and the suction and exhaust flow through the short cylindrical socket 2 and the proximal end 20 through the opening 21 is smooth, and the deaeration by the suction pump 4 is achieved. In addition to being able to work efficiently, the mesh storage pocket 12 disposed near the opening 31 includes encapsulated drugs such as a dehumidifying agent, an antifungal agent, and a deodorant, and a package (not shown). The mesh-like storage pocket portion 12 can be used to store a packaged body (not shown) and a transparent deaeration bag body 3. It is possible to see through from the outside, and the type and deterioration state of the package is easy It can be confirmed.

    In addition, as shown in FIG. 7, the O-ring 24 attached to the inner wall of the short cylindrical socket 2 on the inner wall near the opening 23 seals the gap between the suction pump 4 and the metal suction pipe 5 outer peripheral wall surface. As a result, the high rate of suction and exhaust of the base end 20 through the opening 21 can be significantly increased.

    Further, as shown in FIGS. 9 to 11, a joining structure is obtained in which a triangular prism-shaped pressure contact rod body 62 is fitted to a groove portion of a rod-shaped base body 60 having a V-shaped cross section via a close mat portion 61. The sealing clip 6 can secure a wider sandwiching area, and can more securely seal the vicinity of the opening 31 of the deaeration bag body 3. Further, the sealing clip 6 shown in FIGS. 12 and 13 is used. Like the clip 6, the shaft 67 can be removed and the rod-shaped base body 60 and the pressure contact rod body 62 can be disassembled so that maintenance such as replacement of parts is easy, and economical and natural environment-friendly long-term use is realized. The effect of being able to be made is achieved.

(Conclusion)
As described above, the auxiliary sheet for the deaeration bag body of the present invention can achieve the intended purpose uniformly by its novel structure, and is easy to manufacture, compared with the conventional compression bag. Significantly facilitates deaeration and opening operations, and can be easily used for conventional compression bags and deaeration bags, making it inexpensive and much more economical. In addition, it can be used repeatedly and can be used in consideration of the natural environment. Previously, it was difficult to improve the deaeration workability and the openability of the resin bag industry and resin bag products. Not only in the distribution and sales industries, but also in the general households that suffer from the trouble of degassing work, the recycling industry that handles resin waste, the waste treatment industry, etc., and are widely used and spread widely It is expected to become.

The drawings show some typical embodiments embodying the technical concept of the auxiliary sheet for the deaeration bag body of the present invention, the deaeration bag body having the same, the suction pump used therefor, and the sealing clip. is there.
It is a front view which shows the deaeration bag body which accommodated the auxiliary sheet. It is a front view which shows the deaeration bag body during deaeration operation. It is a front view which shows the auxiliary sheet for deaeration bag bodies. It is a front view which shows the deaeration bag body which accommodated the leaf-like auxiliary sheet. It is a front view which shows a suction pump. It is a perspective view which shows metal suction pipe front-end | tip vicinity. It is sectional drawing which shows the metal suction pipe connected to the short cylinder type socket. It is a front view which shows the suction pump for vacuum cleaner connection. It is a front view which shows the airtight clip which provided the buckle piece. It is a perspective view which shows the airtight clip which provided the buckle piece. It is a perspective view which shows the open | released sealing clip. It is a front view which shows the airtight clip which provided the wire frame. It is a perspective view which shows the sealing clip in a disassembled state.

1 Auxiliary sheet
10 Reticulated sheet body
11 Same outer contour edge
12 Net-like storage pocket for same package 2 Short cylindrical socket
20 Same base
21 Same base opening
22 Same tip
23 Same tip opening
24 Same O-ring 3 Degassing bag
30 Same front and back resin film
31 Same opening
32 Same opening seal 4 Suction pump
40 Same pump body (or connecting pipe body)
41 Valve mechanism
42 Same suction part 5 Metal suction pipe (suction nozzle)
50 Same nozzle tip surface
51 Central intake hole
52 Same as above
53 Same outer peripheral wall
54 Same-wall suction hole
55 Same outer crossover groove 6 Sealing clip
60 Same rod-shaped base body
61 Same mat for close contact
62 Same pressure contact rod
63 Same apex edge
64 Same wire frame
65 Same buckle piece
66
67 Same axis

Claims (7)

A non-breathable deaeration bag in which the corresponding one of the outer peripheral edges of the four outer peripheral edges of the front and back resin films having a planar rectangular shape is an opening, and the other three outer peripheral edges are hermetically sealed and continuous. has a net-like sheet body spread within the body and to be made with additionally provided like arrangement, a net-like sheet, the when the additionally provided like arrangement is inserted inside evacuable bag body of interest The base end of the short cylindrical socket for connecting the suction nozzle of the suction pump is connected and integrated at the appropriate position of the outer peripheral edge that faces the opening of the deaeration bag body , and the base end is I opening becomes the evacuable bag body Gawani friendly open shape, with an opening the tip I is to made to restrict to stop the opening seal inside recent Atari of the evacuable bag body, said short There are dehumidifiers, antifungal agents, and deodorizers in appropriate locations for the mesh sheet that does not hinder the connection and integration of cylindrical sockets. Encapsulating agents such as, evacuable bag-body auxiliary sheet which is characterized in that it is assumed that by forming a net-like storage pocket portion for packing material. A non-breathable deaeration bag in which one side of the outer peripheral edge corresponding to the four outer peripheral edges of the front and back resin films having a planar rectangular shape is an opening, and the other three outer peripheral edges are hermetically sealed and continuous. It can be spread inside the body to form an additional arrangement, and only a part of each layer is connected so that they can form a multi-layered structure of two or more layers so that the displacement of the contact surfaces can be made freely. The mesh sheet body, which faces the opening of the degassing bag body when inserted into the target degassing bag body and arranged in an attached manner. The base end of the short cylindrical socket for connecting the suction nozzle of the suction pump is connected to and integrated with the base edge of the outer peripheral contour edge. The tip opening is restricted so that it stops around the inside of the opening seal of the degassing bag body. In addition, the net-like sheet body that does not hinder the connection and integration of the short-cylinder socket is suitable for encapsulated drugs such as a dehumidifying agent, antifungal agent, deodorant, etc. An auxiliary sheet for a deaeration bag, characterized in that it is formed by forming a net-like storage pocket. Net-like sheets body were from the proximal end of the socket portion, branching veins shaped to extend to the vicinity of the contour of the planar outer peripheral contour shape of the net-like sheet, and those formed by stretching, according to claim 1 or 2 any one The auxiliary sheet for a deaeration bag body according to Item. The reticulated sheet body has a pressure-sensitive adhesive layer or adsorbing layer that can be adhered to the inner wall surface of the front and back resin films of the degassing bag body, and a release paper is attached to the pressure-sensitive adhesive layer or the adsorbing layer. The auxiliary sheet for a deaeration bag body according to any one of claims 1 to 3 . The net-like sheet body is set to a size and a shape capable of enclosing an object to be contained in the deaeration bag body, and is arranged to be attached to the inside of the deaeration bag body. The auxiliary sheet for a deaeration bag body as described. The net-like sheet body is formed into a size and shape that can be encased in the deaeration bag body, and can be cut into a shape, and is appropriately cut so as to be disposed in the deaeration bag body. The auxiliary sheet for a degassing bag according to any one of claims 1 to 4 . The reticulated sheet body is formed in a size and shape that can wrap the contents contained in the deaeration bag body so as to be expandable and contractable, and is arranged in an attached manner inside the deaeration bag body. The auxiliary sheet for a deaeration bag body according to any one of 4 .

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