JP2019018922A - Collecting and sealing device, and desk collecting equipment with collecting and sealing device - Google Patents

Abstract

To provide a simplified, fast and efficient collecting and sealing device, and to enhance convenience.SOLUTION: A collecting and sealing device of the present invention and desk collecting equipment based on the collecting and sealing device are characterized in that the collecting and sealing device, with a design and an arrangement of a transport part, a supply part and pressing means, brings a first package unit stored in the transport part and a second package unit stored in the supply part closer to each other by pressing of the pressing means, and can easily package a material to be collected on the stacking surface of the second package unit as a single collection package sheet, thereby the procedure of collection and sealing can be simplified and a convenience can be promoted in applications such as life, medical care, home care, care of pets, etc.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a collection sealing device that can quickly collect and seal solids / liquids / semi-solids.

  In daily life, people manually handle most of the concentration, collection and sealed storage of items manually.

  For example, the cleaning of items on a general tabletop or table, cleaning of filth, etc. are all manually performed manually. For example, in the excrement cleaning process, for example, pet excrement cleaning, the owner must also clean the pet toilet or cat sand, etc., which is placed in a fixed position. Since the semi-solid is mixed, the toilet needs to be replaced and cleaned. If the excrement is not cleaned in a timely manner, the living environment will be filled with a strange odor, which may affect hygiene and living quality. In addition, for example, cleaning of articles and waste on the surface equipment of the workbench has to collect and remove the waste manually, which is time consuming and not convenient. In addition, for example, table surfaces for infants and other table surfaces used by children touch the dirty table surface or eat objects on the dirty table surface, so that pathogenic bacteria on the table surface can be transferred from the mouth to the body. In order to avoid entering, usually the table surface for infants and other table surfaces for children are wiped with a sterilized wet tissue and then brought into contact with the infant, but this only takes time and effort. It is not always possible to wipe cleanly.

  Several electric products (electric trash cans, electric vacuum cleaners, etc.) have been created to increase efficiency, speed, or convenience, but they have the convenience of automation, but they can be electrified. As a result, the internal design is often inadequate and the number of electronic components inside the product is often large and complicated. In addition, there are too many parts that require regular maintenance, resulting in cost and selling prices. There is also a safety concern because it is expensive and requires a power connection or battery installation.

  It is an object of the present invention to provide a simplified and fast collection and sealing device that enhances convenience.

  In order to achieve the above and other objects, the collecting and sealing device of the present invention includes a loading area, a transport section, a supply section, and a pressing means. The loading area is an area for placing at least one object to be collected. The transport unit is installed on one side of the loading area and is used for storing the first package unit, and the first package unit has an adhesive surface. The supply unit is installed on another side of the stacking area and is used for storing the second package unit. The second package unit can be pulled out and horizontally mounted on the stacking area. The upper surface of the two package units forms a loading surface for placing the at least one object to be collected in the loading area. The pressing means is used to receive the first package unit and the second package unit after being pulled out, and the adhesive surface of the first package unit faces the upper surface of the second package unit, and When the first package unit and the second package unit are further pulled out, a pressing force for bonding the adhesive surface of the first package unit and the upper surface of the second package unit to each other is provided. After passing the at least one object to be collected placed through the pressing means, it can be packaged as one collection package sheet.

  In an embodiment of the present invention, the apparatus may further include a cutting portion installed after the pressing means, and the cutting portion is operated to cut the collection package sheet, and the collection package sheet and the first package unit, It can be used to separate the second package unit.

  In one embodiment of the present invention, the transport unit may include a first roller used to store the first package unit, and the supply unit includes a second roller used to store the second package unit. One package unit is wound around the first roller and stored in the transport unit, and the second package unit is wound around the second roller and stored in the supply unit.

  In an embodiment of the present invention, the supply unit may include a positioning roller, and the second package unit after being pulled out is supported by the positioning roller and turned, and is horizontally mounted on the stacking area. The

  In one embodiment of the invention, the pressing means may be provided by two pressing units, each pressing unit being a roller or a support member.

  In one embodiment of the present invention, the two pressing units may be a combination of one supporting member and one elastic roller, and the elastic roller is covered with an elastic covering material, and the elastic roller is supported by the elastic roller. The moving direction after the first package unit is output from the transport section is changed, the support member adjacent to the elastic roller is used for support, and a press gap is provided between the elastic roller and the support member. The first package unit and the second package unit after being formed and pulled out are received, and the pressing force is applied by the press gap.

  In one embodiment of the present invention, the two pressing units may be a combination of one support member and one roller, and the moving direction after the first package unit is output from the transport unit by the support of the roller. And the support member adjacent to the roller is used for support, a press gap is formed between the roller and the support member, and the first package unit and the second package are pulled out. The unit is received and the pressing force is applied by the press gap. The support member is a bottom plate, the bottom plate is extended laterally from below the transport section and is horizontally mounted on the loading area, and the bottom plate located below the loading area simultaneously supports the second package unit. provide. Further, a clamping member may be installed at one end edge of the bottom plate, and the clamping member provides a clamping force to the collection package sheet that has been pressed, and the first package unit when the bottom plate is pulled and moved. And the second package unit can be moved synchronously.

  In one embodiment of the present invention, the transport unit includes a first roller used for storing the first package unit, and the first package unit is wound around the first roller and stored in the transport unit, One of the two pressing units is a combination of the first roller and the expansion / contraction control member, the other one of the two pressing units is a support member, and the expansion / contraction control member elastically elastically supports both ends of the axial center of the first roller. The first package unit and the second package unit after the first roller is normally brought close to the stacking surface, a press gap is formed between the first roller and the support member, and the second package unit is pulled out. The package unit is received and the pressing force is applied by the press gap.

  In an embodiment of the present invention, the first package unit is a rollable sheet material and includes a release film layer on a relative surface of the adhesive surface of the first package unit.

  In one embodiment of the present invention, the second package unit may include a composite sheet formed by superimposing a water absorption layer and a leakage prevention layer, and the water absorption layer is positioned on the top of the second package unit. , The loading surface.

  In one embodiment of the present invention, one side surface of the first package unit is entirely adhesive and forms the adhesive surface.

  In one embodiment of the present invention, further comprising a bottom plate, the bottom plate can be pulled and moved in a direction parallel to the loading area, and the bottom plate is pulled over the loading area and below the second package unit, A clamping part is installed on the edge of the bottom plate on the side close to the transporting part, and the first package unit and the second package unit are bonded to each other after passing through the pressing means. The clamping unit is used to clamp the collecting package sheet and the bottom plate together, whereby when the bottom plate is pulled away from the transport unit, the first package unit and the second package unit are simultaneously Can be pulled and moved.

  In order to achieve the above and other objects, the collection and sealing device further provided by the present invention includes a transport part, a supply part, and a pressing part. The transport unit is used to store a first package unit, and the first package unit has a package surface. The supply unit is used for storing the second package unit, and after the second package unit is pulled out from the supply unit, a part of the upper surface of the second package unit is used for collecting the objects to be loaded. It becomes a loading surface. The pressing portion is used to receive the first package unit and the second package unit, and the pressing portion closes the package surface of the first package unit and the upper surface of the second package unit. Pressure is applied, and the pressing portion simultaneously provides pressing force to the at least one collected object placed on the loading surface, and the placed at least one collected object is passed through the pressing portion. Then package as one collection package sheet. Further, the collection sealing device includes a cutting part installed after the pressing part, and the collection package sheet is cut by operating the cutting part to collect the collection package sheet, the first package unit, and the second package. Separate units.

  In one embodiment of the present invention, a drive motor and a controller are further included. The drive motor is arranged to drive at least one of the pressing part and the cutting part correspondingly based on a control signal and to pull out the first package unit and the second package unit. The control unit is connected to the drive motor, operates the drive motor based on a command, and pulls out the first package unit and the second package unit. Among them, the command includes an external operation command, a detection result command, or a scheduled command.

  In order to achieve the above and other objects, a desktop collection facility further provided by the present invention includes the aforementioned collection sealing device and a rack body, which rack body is used to mount the collection sealing device, and the rack The body includes an opening that defines the loading area, and the loading surface of the second package unit exposed in the opening and the periphery of the opening form a table top surface, and within the range of the loading area on the table top surface. Collect and seal collected materials to the area. Among them, the desktop collection facility refers to other facilities, devices, or facilities installed on an arbitrary property, so that the function of collection and sealing can be applied to a suitable place. For example, application of pet excrement collection, application of clean up on infant table, application of excrement collection on medical care bed, application of related waste collection on medical operating table, related excrement of home care equipment Applications of collection and excrement collection of toilets for infant learning are envisaged.

  Based on this, the embodiment of the present invention exemplifies technical features such as components and operation methods of the collection and sealing device, and simplifies the collection and sealing procedures in applications such as life, medical care, home care, pet care, etc. And show that it will bring more benefits to smart life by making it faster and more efficient.

It is the schematic of the collection sealing device of Example 1 of this invention. It is the schematic which shows the 1st aspect of the transport part in the collection sealing device of this invention. It is the schematic which shows the 2nd aspect of the transport part in the collection sealing device of this invention. It is the schematic which shows the 3rd aspect of the transport part in the collection sealing device of this invention. It is the schematic which shows the 1st aspect of the press means in the collection sealing device of this invention. It is the schematic which shows the 2nd aspect of the press means in the collection sealing device of this invention. It is the schematic which shows the 3rd aspect of the press means in the collection sealing device of this invention. It is the schematic which shows the 4th aspect of the press means in the collection sealing device of this invention. It is the schematic which shows the 5th aspect of the press means in the collection sealing device of this invention. It is the schematic which shows the 6th aspect of the press means in the collection sealing device of this invention. It is the schematic of the collection sealing device of Example 2 of this invention. It is the schematic which shows the 4th aspect of the transport part in the collection sealing device of this invention. It is a three-dimensional view of the collection sealing device of Example 3 of the present invention. It is a three-dimensional view showing the arrangement relationship of the rollers of the embodiment of the present invention. It is a three-dimensional view which shows another aspect of the cutting part in the collection sealing device of this invention. It is a three-dimensional view which shows another aspect of the cutting part in the collection sealing device of this invention. It is a three-dimensional view of the collection sealing device of Example 4 of the present invention. It is a three-dimensional view of the collection sealing device of Example 5 of this invention. It is a three-dimensional view of the collection sealing device of Example 6 of this invention. It is a top three-dimensional figure of the collection sealing device of Example 6 of the present invention. It is a block diagram of the collection sealing device of the present invention.

  In order that the objects, features, and advantages of the present invention may be fully understood, the present invention will be described in detail below by combining specific embodiments with the accompanying drawings. In addition, the terms “comprising”, “including”, “comprising” or any other similar term in the text refer to including non-exclusive inclusions. For example, a member or structure including a plurality of requirements is not limited to only those requirements described herein, but may include other requirements that are not explicitly stated but are typically specific to the unit, member, site or structure.

  FIG. 1 shows a schematic view of a collecting and sealing apparatus according to Embodiment 1 of the present invention. The collecting and sealing device includes a transport unit 100, a supply unit 200, a pressing means FP, and a loading area A. The loading area A is an area where solids, liquids, semi-solids or other substances to be collected and packaged are loaded, and the loading area A can be defined by the arrangement of the transport unit 100 and the supply unit 200. For example, in the embodiment shown in FIG. 1, the stacking area A is defined as between the transport unit 100 and the supply unit 200. However, the present invention is not limited to this, and in other embodiments, the stacking area A is a different location. You may define

  In the embodiment shown in FIG. 1, the transport unit 100 is installed on one side of the stacking area A, and the supply unit 200 is installed on the other side of the stacking area A. The transport unit 100 can store the first package unit 110, and the supply unit 200 can store the second package unit 210. The second package unit 210 stored in the supply unit 200 can be pulled out in the direction of the transport unit 100, and the pulled out second package unit 210 can be horizontally mounted on the stacking area A. Among these, within the range of the stacking area A, the second package unit 210 positioned within this range is used as a stack, and the upper surface of the second package unit 210 positioned within this range forms a stacking surface.

  That is, the loading surface of the loading body is used as one surface for loading solid, liquid, semi-solid or other material in the loading area A, and the loading body forming the loading surface is pulled out to the loading area A. The second package unit 210 is extended. One surface of the first package unit 110 is used as one surface facing the upper surface of the second package unit 210, which surface can be referred to as a package surface and provides the package surface for subsequent package processes. In addition, a solid, liquid, semi-solid or other substance to be collected can be packaged between the first package unit 110 and the second package unit 210. The package surface of the first package unit 110 and the upper surface of the second package unit 210 can be packaged together by adhesion, thermal bonding, or other methods, and an object to be loaded is attached to the first package unit 110 and the first package unit 110. It can be limited between the second package units 210. As used herein, the package may be such that the entire surface of the package unit is sealed, or only four sides of the package unit are sealed, or only a part of the edges of the package unit is sealed. In one embodiment, the package surface of the first package unit 110 may also be an adhesive surface. The adhesive surface used as the package surface of the first package unit 110 is to apply an adhesive to the entire surface, apply an adhesive only to the edge, or otherwise apply adhesiveness to the surface of the first package unit 110. The first package unit 110 and the second package unit 210 can be closely brought together and the load can be limited between the first package unit 110 and the second package unit 210. Like that. Among them, the thermal bonding can be achieved by pressing means having a heating function.

  Within the transport unit 100 and the supply unit 200, the package units can be stored inside by a continuous deposition method in which the package units are stacked one upon another. Next, the supply unit 200 will be described as an example. FIG. 2 shows a schematic view of the first embodiment of the supply unit 200 in the collecting and sealing apparatus of the present invention. The supply unit 200 includes a housing 201, and the second package unit 210 is stored in the housing 201 by a continuous deposition method in which the second package units 210 are horizontally stacked. Similarly, the supply unit 200 will be described as an example. As shown in the schematic diagram of the second mode of the supply unit 200 in FIG. 3, the supply unit 200 includes a housing 201 and a support unit 202. The package unit 210 is stored in the housing 201 by a continuous stacking method in which the package units 210 are stacked vertically and the second package unit 210 is supported by the support unit 202 toward the outlet of the housing 201 as the remaining amount decreases. The second package unit 210 can be pulled out more advantageously. Of course, the support unit 202 may be omitted. Furthermore, by installing a roller, the package unit is wound on the roller and stored in the transport unit 100 or the supply unit 200, as shown in the schematic diagram of the third mode of the supply unit 200 in FIG. The supply unit 200 will be described as an example. The supply unit 200 includes a second roller 203, and the second package unit 210 is wound on the second roller 203 and stored in the supply unit 200.

  The pressing means FP receives the first package unit 110 and the second package unit 210 and then further pulls out the first package unit 110 and the second package unit 210 (including manual or electric pull-out). The first package unit 110 and the second package unit 210 are passed through the pressing means FP, and the pressing means FP closes the adhesive surface of the first package unit 110 and the upper surface of the second package unit 210 to each other. A matching pressing force can be provided. As for the bonding mode, the adhesive surface of the first package unit 110 faces the upper surface of the second package unit 210. Since the solid, liquid, semi-solid or other substance to be collected is loaded on the upper surface of the second package unit 210, and the adhesive surface of the first package unit 110 has adhesiveness, the pressing means FP The first package unit 110 and the second package unit 210 are tightly closed and bonded together by the pressing force applied by the first, and the solid, liquid, semi-solid or other substance to be collected is collected as one collection package sheet. In other words, the first package unit 110 and the second package unit 210 may be covered. In the process of applying a pressing force, the pressing means FP is in the area after the solid, liquid, semi-solid or other substance to be collected coated between the first package unit 110 and the second package unit 210 is pressed. Can also be distributed on average.

  The pressing means FP can be provided by a separately installed member independent of the transport unit 100 and the supply unit 200. In addition, the pressing means FP can be operated jointly and provide the pressing means FP by a combination of a part of the members in the transport unit 100 and a separately installed member. In this aspect, some members in the transport section 100 belong to members originally provided for transport, and additionally provide a function used to achieve the pressing means FP. Still further, the pressing means FP can be provided separately by a member originally having other uses in the collecting and sealing device, and in this aspect, the member providing the pressing means FP is the collecting means FP. In addition to having the original function in the sealing device, the function of the pressing means FP is additionally achieved at the same time.

  That is, regardless of whether a separately installed member or a shared member is used, in the embodiment, the pressing means FP generates the pressing force on the package unit that passes as two members of the pressing unit. Therefore, the pressing unit FP causes the first package unit 110 and the second package unit 210 to be received between the two pressing units, and the first package unit 110 and the second package unit 210 are further moved. The two pressing units provide the pressing force when passing between the two pressing units. In addition, the two pressing units may be combined, integrally formed, or other integrated system into a single assembly, and the pressing means FP may be provided by the single assembly. In addition, in the thermal bonding mode, the pressing unit of the pressing unit FP may include a heating element, and the pressing unit can be provided with a heat source providing function. For example, an electric heating piece or the like can be disposed on the surface or inside of the pressing unit. Based on this, a combination formed by assembling members used in the pressing means FP can also be called a pressing portion.

  The pressing unit can be a member such as a roller or a supporting member, and the combination of two pressing units can be a combination of two rollers, a combination of two supporting members, or a combination of one roller and one supporting member. . For example, when the pressing means FP is provided as a single assembly configured as a set, the single assembly includes (1) two rollers, (2) two support members, or (3 ) A combination of one roller and one support member may be included. Of these, the roller may be a member having a function of turning and assisting the transportation of the package unit. A press gap is formed between the two pressing units, and the first package unit 110 and the second package unit 210 after being pulled out can be received, and the pressing force can be formed by the press gap. In addition, as an example, the pressing unit or the pressing portion can apply a pressing force across the first package unit and the second package unit. For example, the length of the roller serving as the pressing unit FP is the first length. The width of one package unit or the second package unit is approximately the same, and the adhesive surface of the first package unit is adhered to the upper surface of the second package unit as much as possible.

  About arrangement | positioning of this roller, first, this roller can provide a pressing force in the direction which needs to be pressed in combination with this support member. Further, the roller may be an elastic roller covered with an elastic covering material, and is pressed against the elastic roller by a fixed shaft position and an elastic covering material (eg, silicon, rubber, sponge, etc.). Can provide the pressing force in the required direction, and achieve better control of the pressing force. In addition, the arrangement of the roller is provided with an elastic coating by separately providing an expansion / contraction control member used for providing a force for pulling and moving the axial center of the roller, and providing the roller with a force for pressing in the pressing direction. An effect similar to the pressing control of the material can also be achieved.

  Furthermore, the arrangement of the rollers adopts the elastic roller, and can also combine the expansion / contraction control member to provide more control elements for the pressing force, so that different pressing forces can be obtained under different use environments. Can be set. For example, the first setting method turns off the stretchability of the stretch control member and uses only the pressure control effect of the elastic covering material. The second setting method is to turn on the stretchability of the stretch control member and combine the pressure control effect using an elastic covering material. Further, for example, when the material of the first package unit is rich in elasticity, the second setting method can save the second package unit with respect to an object to be loaded having a relatively large volume.

  As for the support member, in addition to a support member having no general elastic function, the following several modes can be included as in the arrangement of the roller described above. (1) An end portion made of an elastic material is provided on a pressing end of the support member that contacts the package unit (or the support member is made of an elastic material). (2) A telescopic control member used for providing a force for pulling and moving to both ends of the support member is separately pivoted. (3) At the same time as using the support member provided with an end portion made of an elastic material, an expansion / contraction control member used for providing a force to be pulled and moved to both ends of the support member is separately pivoted. Among them, the expansion / contraction control member can be a member that can provide elasticity such as a spring or an elastic piece.

  Next, reference is made to the schematic diagram showing the first embodiment of the pressing means in the collecting and sealing device of the present invention in FIG. In the first aspect of the pressing means, the two pressing units are members that are installed separately from the transport unit 100 and the supply unit 200. The pressing means FP can provide a pressing force as an elastic roller FP11 and a supporting member FP21 of the pressing unit, respectively, and the first package unit 110 is output from the transport unit 100 by the support of the elastic roller FP11. The moving direction changes, and the support member FP21 disposed below the elastic roller FP11 provides support, and the pressing force is generated. The elastic roller FP11 is a cylindrical roller, and its periphery is covered with a covering material made of elasticity. In addition, when the pressing unit does not include an elastic material, the setting of the predetermined pressing force can be controlled by controlling the distance to the support member FP21. For example, the smaller the distance setting, the greater the pressing force.

  Next, reference is made to the schematic diagram showing the second embodiment of the pressing means in the collecting and sealing device of the present invention in FIG. In the second aspect of the pressing means, the two pressing units are members that are installed separately from the transport unit 100 and the supply unit 200. The pressing means FP can provide pressing force as an elastic roller FP11 and a second elastic roller FP12 of the pressing unit, respectively, and the first package unit 110 is output from the transport unit 100 by the support of the elastic roller FP11. The second moving roller FP12 disposed below the elastic roller FP11 provides support by changing the subsequent moving direction. Similarly, when the pressing unit does not include an elastic material, the setting of the predetermined pressing force can be controlled by controlling the distance between the two rollers.

  Next, reference is made to the schematic diagram showing the third embodiment of the pressing means in the collecting and sealing device of the present invention in FIG. In the second aspect of the pressing means, the two pressing units are members that are installed separately from the transport unit 100 and the supply unit 200. The pressing means FP can provide pressing force as an elastic roller FP11 and a second elastic roller FP12 of the pressing unit, respectively, and the first package unit 110 is output from the transport unit 100 by the support of the elastic roller FP11. The moving direction of the second package unit 210 after being output from the supply unit 200 is changed by the support of the elastic roller FP12, and the moving direction of the second package unit 210 is changed, and the elastic roller FP11 and the second elastic roller FP12 are tightly connected. A pressing force is provided to the passing package unit by the adjacent arrangement. Similarly, when the pressing unit does not include an elastic material, the setting of the predetermined pressing force can be controlled by controlling the distance between the two rollers.

  Next, reference is made to the schematic diagram showing the fourth embodiment of the pressing means in the collecting and sealing device of the present invention in FIG. In the fourth aspect of the pressing means, the two pressing units are members that are installed separately from the transport unit 100 and the supply unit 200. The pressing means FP jointly provides the pressing force by a combination of the elastic roller FP11 and the expansion / contraction control member FP31 as one pressing unit, and a support member FP21 as another pressing unit. The movement direction of the first package unit 110 after being output from the transport unit 100 is changed by the support of the elastic roller FP11, and the elastic roller FP11 is further pressed by the expansion / contraction control members FP31 installed at both ends of the shaft. (Down) The pressing force is controlled and combined with the lower support member FP21. Among them, the elastic roller FP11 can be regarded as a part of the transport unit 100 under some circumstances, and the elastic roller FP11 has a unique function, and additionally has a function of the pressing means FP. It can also be achieved at the same time. Furthermore, the one pressing unit in this aspect is a combination of the first roller 103 and the expansion / contraction control member FP31, the elastic roller FP11 is not required, and the other pressing unit may be the support member FP21. it can. The first roller 103 is a member originally provided for transportation and storage, and is additionally used to achieve the function of the pressing means FP.

  Next, reference is made to the schematic diagram showing the fifth embodiment of the pressing means in the collecting and sealing device of the present invention in FIG. In the fifth aspect of the pressing means, each of the two pressing units has a unique function, and at the same time, a member that additionally achieves the function of the pressing means FP is provided. The pressing means FP is provided with a pressing force by an elastic roller FP11 (which belongs to the transport unit 100 as in the first roller 103) and a bottom plate FP41 as a pressing unit. The first package unit 110 is wound on the first roller 103, and the moving direction after being output from the first roller 103 is changed by the support of the elastic roller FP11. The bottom plate FP41 stacks the second package unit 210 supplied from the second roller 203, and simultaneously provides a supporting force to provide the pressing force in combination with the elastic roller FP11. As shown in FIG. 9, the left end edge of the bottom plate FP41 was pressed by a clamping member 400 (which can be a clamping and fixing device such as a clip as shown in the figure). ) When the first package unit 110 and the second package unit 210 are sandwiched and the bottom plate FP41 is further moved to the left side (when pulled and moved in parallel on the plane of the surface of the loading area A), The first package unit 110 and the second package unit 210 can be moved to package a solid, liquid, semi-solid or other material that is to be collected within the collection package sheet. Among them, both ends of the shaft of the second roller 203 are attached to the expansion / contraction control member 231 of the supply unit 200, and when the second package unit 210 is gradually consumed, the second roller 203 can maintain the set horizontal position. Like that. The bottom plate FP41 can be applied to other embodiments and embodiments of the present invention.

  Next, reference is made to the schematic diagram showing the sixth embodiment of the pressing means in the collecting and sealing device of the present invention in FIG. The sixth aspect of the pressing means is different from the fifth aspect in that the supply unit 200 includes the second roller 203 and the positioning roller 204, and the second package unit 210 after being moved is moved to the positioning roller 204. This is a point where the direction is changed by the support of, and is horizontally mounted on the loading area A. When the positioning roller 204 is installed, the second package unit 210 in the stacking area A is kept horizontal and flat, and when the second package unit 210 is used, the radius wound around the second roller 203 is reduced. The second package unit 210 on the stacking area A is not inclined.

  Next, referring to the schematic view of the collecting and sealing apparatus according to the second embodiment of the present invention shown in FIG. The collection and sealing device according to the second embodiment of the present invention includes a transport unit 100, a stacking unit 206, a stacking area A located on the stacking unit 206, and a pressing unit FP. The difference between the second embodiment and the first embodiment lies in the portion where the second package unit 210 is stored and is located on one side of the stacking area A and at a position facing the transport unit 100. It is a point arrange | positioned under the area A, and all the other members can apply the various changes of Example 1 of this invention, and can also contain the baseplate FP41 mentioned previously.

  In the collecting and sealing apparatus according to the second embodiment of the present invention, the stacking unit 206 is used for storing the second package unit 210 that is overlapped. After the second package unit 210 is horizontally mounted on the loading area A, the upper surface of the second package unit 210 becomes a loading surface, and the loading surface is similarly collected, packaged, solid, liquid, semi-solid or others Can be used to load material. In addition, the stacking unit 206 can support the second package unit 210 by the upper part of the housing of the stacking unit 206 as shown in FIG. The bottom plate FP41 shown in FIG. 10 may also be included. The bottom plate extends from the bottom of the transport unit 100 to the side, is horizontally mounted on the stacking area A and is positioned above the stacking unit 206, and at the same time, the second plate FP41. Support for the package unit 210 can be provided and the use of clamping members can be combined.

  Reference is now made to the schematic diagram showing the fourth embodiment of the transport section in the collecting and sealing device of the present invention in FIG. Based on the above-described collecting and sealing device of the second embodiment of the present invention, the fourth aspect of the transport unit 100 is reciprocally moved to the transport unit 100 above the housing of the stacking unit 206 and at the same time the first roller 103 of the transport unit 100 The upper portion of the housing of the stacking portion 206 simultaneously becomes two pressing units of the pressing means FP, and as described above, the members originally having other inherent uses simultaneously provide the pressing function. A guide device is installed on the side edge of the stacking unit 206, and the guide device includes two guide units FP51 installed on two side edges of the stacking unit 206, respectively. Of these, only one guide portion FP51 is visible because it is the viewing angle of the side view.

  The first roller 103 can be moved from one side of the stacking area A by using a combination of structures between the first roller 103 and the guide part FP51 due to the arrangement relationship attached on the two guide parts FP51. (E.g., can be achieved in a manner such as a movable pivot on a mechanical structure or the use of a ball) and can move to one side of the other, while the first roller 103 Can be reciprocated to both sides of the loading area A. At the same time, when the first roller 103 is operated to reciprocate in the stacking area A, a downward force applied by the user forms a pressure with the upper housing of the stacking portion as the support member. The pressing force for pressing and bonding the first package unit 110 and the second package unit 210 can be formed. In addition, the above-mentioned expansion / contraction control member can be further installed at both ends of the axial center of the first roller 103 to increase the pressing force.

  Among them, the first roller 103 can adhere the adhesive surface of the first package unit 110 and the upper surface of the second package unit 210 to each other by one stroke from left to right, and then the first package. The unit 110 can be cut, and the first package unit 110 that is already bonded to the second package unit 210 can be detached from the original first package unit 110. Further, the reciprocating stroke of the first roller 103 a plurality of times can ensure the degree of adhesion between the first package unit 110 and the second package unit 210. Finally, the second package unit 210 is cut and the second package unit 210 is already cut. A part of the second package unit 210 bonded to the one package unit 110 can be detached from the original second package unit 210 to form an independent collection package sheet. In addition, the second package unit 210 can be smoothly pulled to the stacking area A through the stacking roller 207 belonging to a part of the housing of the stacking unit 206.

  In this embodiment, a release film layer is provided on the surface opposite to the adhesive surface of the first package unit 110. Specifically, the adhesive surface of the first package unit 110 faces the upper surface of the second package unit 210, and after the first roller 103 strokes from left to right, Bonded to the top surface. Since the release film layer is provided on the surface opposite to the adhesive surface of the first package unit 110, the part of the first package unit 110 already bonded to the second package unit 210 is released from the mold. The surface of the film layer faces upward, and the first roller 103 reciprocates on the release film layer to provide a pressing effect on the first package unit 110 and the second package unit 210 that are already bonded. can do.

  Next, referring to the schematic view of the collecting and sealing device of the third embodiment of the present invention shown in FIG. Embodiment 3 of the present invention is a waste collection sealed container for pets. In this embodiment, the convenience of collecting and sealing the object, liquid or other substance by the collecting and sealing device enables the user to quickly complete the sealing process of pet feces, urine fluid or other substance, as in the conventional method. In addition, it is not necessary to clean the feces, urine fluid or other substances of the pet by using a hand or a cleaning tool or by a cleaning method, and the feces, urine fluid or other substances of the pet are collected on the collection package sheet through the collection sealing device. It is completely sealed, and it is difficult to generate a strange odor or leak. In addition, a good cleaning effect can be achieved quickly and conveniently in use, and at the same time, a hygienic, clean and comfortable living environment can be provided to pets and owners. In addition, it should be understood that such a collection and sealing device can also be applied to the application field of clearing human excrement, and is also applicable to a care bed in medical care, a toilet chair / toilet chair in home care, etc. Can do.

  Subsequently, FIG. 13 and FIG. 14 are referred to at the same time. FIG. 14 is a three-dimensional view showing the arrangement relationship of the rollers of Example 3 of the present invention. The supply unit 200 supplies the second package unit 210, which becomes a loading body on which pet feces, urine fluid or other substances are loaded, and the second package unit 210 is moved to load the loading area A. The stacking surface is formed in the stacking area A, the transport unit 100 supplies the first package unit 110, and the first package unit 110 and the second package unit after the pressing means FP is moved. 210, the adhesive surface of the first package unit 110 faces the upper surface of the second package unit 210. In use, after the pet's excrement or waste is left unattended and the pet leaves the collecting and sealing device, the first package unit 110 and the second package unit 210 are pulled and moved (regardless of manual or electric). The pressing means FP provides a pressing force that bonds the adhesive surface of the first package unit 110 and the upper surface of the second package unit 210 together, forming a single collection package sheet. Further, through the operation of the cutting unit 300, the single collection package sheet is cut and separated from the original first package unit 110 and the second package unit 210, and the user discards the cut collection package sheet. The cleaning procedure is completed. At this time, the clean second package unit 210 is disposed again as a bottom in the pet waste collection sealed container.

  Preferably, the adhesive surface of the first package unit 110 is the entire surface (that is, the entire side surface of the first package unit 110), and the length of the single collection package sheet to be moved or cut by the user is arbitrarily set. Be able to decide. Thus, according to the present embodiment, the length of the single collection package sheet is changed depending on the position of the pet excrement or waste on the second package unit 210 or the amount of pet excrement or waste. In other words, waste of the first package unit 110 and the second package unit 210 can be avoided.

  The cutting unit 300 can be applied to each embodiment of the present invention, and can be used for cutting the collection package sheet by being fixed in the collection sealing device. The cutting unit 300 shown in FIG. 13 is fixed to the side of the transport unit 100, and can be cut by moving the knife member on the path where the guide is arranged by a combination of the knife member, the guide, and the applying force operation unit. , Arranged as a kind of cutting mechanism. In addition, the waste collection container for pets according to the third embodiment of the present invention includes a seat, the seat includes a bottom structure and a side wall structure, the side wall structure defines a loading area, and a transport unit includes the transport section. It is installed on the side wall structure.

  Next, reference is made to the schematic diagram showing another embodiment of the cutting part of the collecting and sealing device of the present invention in FIG. FIG. 15 shows an embodiment in which the cutting portion is a knife 300 ′, and the first package unit 110 and the second package unit 210 can be cut through an operation of lowering the knife 300 ′. Next, referring to FIG. 16, a schematic diagram showing still another aspect of the cutting portion of the collecting and sealing apparatus of the present invention will be referred to. FIG. 16 shows an embodiment in which the cutting portion is a saw-tooth cutter 300 ", and the first package is used by the saw-tooth cutter 300" through the operation and force of the user pulling the first package unit 110 and the second package unit 210. The unit 110 and the second package unit 210 can be cut.

  Next, referring to the schematic view of the collecting and sealing device of Embodiment 4 of the present invention shown in FIG. Embodiment 4 of the present invention is a waste collection and sealing container for pets, which is provided with a seat 410 in addition to the above-described collection and sealing device. As shown in FIG. 17, the waste collection sealed container for pets includes a supply unit 200, a transport unit 100, and a pressing unit FP installed in a seat 410, and further includes a cutting unit 300 after the pressing unit FP. . The seat 410 includes a bottom structure and a side wall structure. The side wall structure defines a loading area A, and the transport unit 100 and the supply unit 200 are installed on the side wall structure. In the embodiment in which the supply unit 200 shown in FIG. 11 is located below the loading area A, only the transport unit 100 is installed on the side wall structure.

  Next, referring to the schematic view of the collecting and sealing device of the fifth embodiment of the present invention shown in FIG. The fifth embodiment of the present invention is a pet bed, which is provided with a seat 410 and a housing 420 in addition to the collection sealing device described above. As shown in FIG. 18, the pet bed includes a supply unit 200, a transport unit 100, and a pressing unit FP installed in a seat 410, and further includes a cutting unit 300 after the pressing unit FP. The pet bed may be provided with a housing 420 above the seat body 410, and the housing 420 and the seat body 410 may be removable. Therefore, the housing 420 is detachably installed on the side wall structure of the seat body 410, and the housing 410 is extended upward from the bottom structure of the seat body 410, and the pet communicated with the loading area A is active. An internal space that can be defined can be defined. In addition, a storage tank may be further provided on the upper portion of the housing 420 so that pet-related items or other items can be conveniently placed. The removable housing 420 allows the user to determine the direction in which the user pulls the first package unit 110 and the second package unit 210, and FIG. 18 shows the movement to the left. If the housing 420 is attached again after changing the direction of the seat body 410 by 180 degrees, the moving direction of the first package unit 110 and the second package unit 210 can be changed so as to move to the right. It has the convenience.

  Reference is now made to the schematic diagram of the collection and sealing device of Embodiment 6 of the present invention in FIG. The collection and sealing device of the present invention can be used as a desktop collection facility as a quick cleaning facility for dirt and waste on the table surface. For example, the arrangement of the collecting and sealing device of the present invention, such as the table surface of an infant or child walker or other table equipment used by children, can achieve a convenient, quick and clean cleaning effect. As shown in FIG. 19, with such an arrangement, the transport unit 100 and the supply unit 200 can be concealed below the table top surface, and only the loading area A where the second package unit 210 is bridged is on the table top surface. The pressing means FP that is exposed and presses the collection package downward on one side of the table upper surface is formed, and the collection package sheet can be collected directly below the table upper surface. Furthermore, a quick cutting effect can be achieved by arranging the cutting portions.

  Reference is now made to the upper schematic view of the collection and sealing device of Embodiment 6 of the present invention in FIG. The arrangement method of the collection sealing device shown in FIG. 20 can be directly installed on an existing table through the arrangement of the rack body 500 of one desktop collection facility, or the rack body 500 can be directly assembled as a table facility. . The rack body 500 can cover and fix the collecting and sealing device. In FIG. 20, only the loading area A and the second package unit 210 arranged in the loading area A are exposed. The rack body 500 includes a concave tank (inside) in which the collecting and sealing device is installed, and a loading area A is defined in the opening 501 on the upper surface of the concave tank, and is exposed in the opening 501 and around the upper surface of the concave tank. Further, the loading surface of the second package unit 210 forms the table top surface. The second package unit 210 of the collection and sealing device extends from one side of the rack body 500 and extends over the upper surface of the concave tank (forms a loading surface of the loading area A). The collecting package sheet is formed under the action of the pressing portion by being immersed in the other side and the first package unit 110. As a result, it is possible to collect the object to be collected and perform subsequent sealing on the area within the range of the loading area A located on the upper surface of the table.

  In addition, the rack body 500 can be fixed on the rack body 500 by attaching the collecting and sealing device, and a fixing portion used for fixing on another table can be installed at the bottom of the rack body 500. The stacking area at the top of the collecting and sealing device can be used as a table surface (for example, holding the another table by installing a clip). Based on this, work table, infant table (or baby, children, children's table for each age group), general table, operating table, etc. are all suitable for use in combination with the collection sealing device of the present invention, By using the equipment used on the table surface, convenience and quick cleaning function can be provided.

  In addition, all the embodiments of the present invention described above can be further applied to, for example, toilets for infant / infant training, medical toilets for patients / old people, toilet / toilet chairs, nursing bed mattresses with toilets, etc. By using the excrement collection sealed package, the excrement can be sealed quickly and conveniently, and an odorless and hygienic cleaning effect can be achieved. Further, the embodiment of the present invention also has a function of sealing a specimen in nursing / care applications, and each excrement is individually sealed to form a single package sheet. This is advantageous for tracking and can avoid problems such as inconvenience of cleaning of a conventional toilet bowl, cross-infection due to repeated use, or sample contamination.

  In each example and embodiment of the present invention, the first package unit 110 can be a sheet material that does not have spreadability, but a sheet material that has spreadability is more preferable. A release film layer is provided on the surface opposite to the adhesive surface of the first package unit 110 to reduce the resistance when the first package unit 110 is pulled and moved, thereby improving the smooth operation of the apparatus. It is preferable.

  The second package unit 210 may be a sheet material that does not have spreadability or a sheet material that has spreadability, but preferably includes a composite sheet body formed by superposing a water absorption layer and a leakage prevention layer. When the object, liquid or other substance to be collected is placed on the second package unit 210 when the water-absorbing layer is disposed on the top of the second package unit 210 and used as the loading surface, the composite sheet body Provides an absorption or adhesion effect and allows solids, liquids, semi-solids or other substances to be collected to be fixed on the second package unit 210, which are subsequently covered by the first package unit 110, and the pressing means Pass through the FP. For example, PE film (polyethylene), PVC film (polyvinyl chloride), LLDPE film (linear low-density polyethylene) or the like is applied to at least one or both of the first package unit 110 and the second package unit 210. A film layer rich in ductility can be used, and the water absorption layer and the leakage prevention layer of the second package unit 210 can use a layered structure similar to a diaper.

  The collection and sealing device of each embodiment of the present invention adopts an electric motor drive system, and drives a transport part, a supply part, and further a cutting part, and omits procedures such as manual movement and cutting. it can. The modular electronic design allows the sealing of objects, liquids or other materials to be collected in the collecting and sealing device with a simple control (or even remote control). The power control drive of the transport unit, the supply unit, and the cutting unit is merely a combination of power control and driving equipment, direct use of rollers, etc., which are common in the technical field, and thus description thereof is omitted here.

  Reference is made to the block diagram of the inventive collection and sealing device of FIG. The collecting and sealing device includes a transport unit 100, a supply unit 200, and a pressing unit FP. The transport unit 100 is used for storing the first package unit having a package surface. The supply unit 200 is used for storing the second package unit, and after the second package unit is pulled out from the supply unit 200, a part of the upper surface of the second package unit is used for collecting a load. It becomes. The pressing portion FP provides a pressing means, the pressing portion FP receives the first package unit and the second package unit, and the pressing portion FP includes the package surface of the first package unit and the second package unit. A pressing force is provided to close the top surfaces together.

  The example of FIG. 21 shows an embodiment of power control, and the drive motor 610 drives the pressing portion FP in response to the control signal S1 to pull out the first package unit and the second package unit. The controller 620 is connected to the drive motor 610. The control unit 620 operates the driving motor 610 based on the command S2, drives the pressing unit FP via the driving motor 610 (eg, drives at least one pressing unit), and the first package unit. And the second package unit is pulled out. Among them, the command S2 detects an external operation command (eg, manually turned on by the user), a detection result command (eg: separately installed detection unit and detecting whether there is an object to be collected in the loading area, ”, The detection result command can activate the drive motor 610), or a fixed time command (eg, set a fixed time and activate the drive motor 610), thereby providing further convenience can do. FIG. 21 illustrates only an embodiment in which power control is performed on the pressing portion FP, and power control can be applied to the other components. The example illustrated in FIG. 21 does not limit the power control mode.

  In summary, the technical features such as the components and operation methods of the collection and sealing device shown in the embodiments of the present invention can simplify the collection and sealing procedure and make it faster and more efficient. Further, the collection and sealing device can determine the range in which the user wants to collect and seal and can determine the length to pull out the first package unit and the second package unit, thus saving the package unit (the loading area range is not necessarily limited at a time). The effect can also be achieved (no need to replace the entire package unit) and can bring more benefits to smart life.

  Although the present invention has been disclosed above with the best embodiment, it will be understood by those skilled in the art that this embodiment is merely used to illustrate the present invention and limits the scope of the invention. Should not be done. It should be noted that all changes and substitutions having the same effect as this embodiment are included in the scope of the present invention. For this reason, the protection scope of the present invention conforms to the definition of the scope of claims.

DESCRIPTION OF SYMBOLS 100 Transport part 103 1st roller 104 Positioning roller 110 1st package unit 200 Supply part 201 Housing 202 Support unit 203 2nd roller 204 Positioning roller 206 Stacking part 207 Stacking roller 210 Second package unit 231 Expansion control member 300 of supply part 300 Cutting Part 400 clamping member 500 rack body 501 opening 610 drive motor 620 control part FP pressing means (pressing part)
FP11 Elastic roller FP12 Second elastic roller FP21 Support member FP31 Expansion / contraction control member FP41 Bottom plate FP51 Guide part A Loading area S1 Control signal S2 Command

Claims (17)

A collecting and sealing device, comprising a loading area, a transport section, a supply section, and a pressing means;
The loading area is an area used to place at least one collection object;
The transport section is installed on one side of the loading area and is used to store a first package unit, the first package unit having an adhesive surface;
The supply unit is installed on the other side of the stacking area and is used to store the second package unit. The second package unit can be pulled out and horizontally mounted on the stacking area. The upper surface of the second package unit forms a loading surface used for placing the at least one collection object in the loading area;
The pressing means receives the first package unit and the second package unit after being pulled out, the adhesive surface of the first package unit faces the upper surface of the second package unit, and the first package When the unit and the second package unit are further pulled and moved, a pressing force for bonding the adhesive surface of the first package unit and the upper surface of the second package unit to each other is provided, and the pressing means simultaneously One collection package after providing the pressing force to the at least one collection object placed on a surface and passing the at least one collection object placed in the loading area through the pressing means; Package as a sheet,
A collecting and sealing device, characterized in that   The collection package further comprising a cutting portion installed after the pressing means, and the first package unit and the second package unit formed after the cutting portion is operated and passed through the pressing means. The collection sealing device according to claim 1, wherein the collection package sheet is separated from the first package unit and the second package unit by cutting a sheet.   The transport unit includes a first roller used to store the first package unit, the supply unit includes a second roller used to store the second package unit, and the first package unit winds around the first roller. The collecting and sealing device according to claim 2, wherein the collecting and sealing device is rotated and stored in the transport unit, and the second package unit is wound around the second roller and stored in the supply unit.   The said supply part contains a positioning roller, The said 2nd package unit after being pulled out is supported by this positioning roller, direction is changed, and it is horizontally mounted in this stacking area, It is characterized by the above-mentioned. A collection sealing device according to claim 1.   3. The collecting and sealing device according to claim 2, wherein the pressing means is provided by two pressing units, and each pressing unit can be a roller or a supporting member.   The two pressing units are a combination of one supporting member and one elastic roller, and the elastic roller is covered with a covering material made of an elastic material, and is supported by the elastic roller from the transport portion of the first package unit. The direction of movement after the output is changed, the support member adjacent to the elastic roller is used for support, a press gap is formed between the elastic roller and the support member, and the support member is pulled out. 6. The collecting and sealing device according to claim 5, wherein the first package unit and the second package unit are received and the pressing force is applied by the press gap application.   The two pressing units are a combination of one supporting member and one roller, and the moving direction after the first package unit is output from the transport unit by the support of the roller changes, and the rollers are adjacent to each other. The support member is used for support, a press gap is formed between the roller and the support member, and the first package unit and the second package unit after being pulled out are received by the press gap. The pressing force is applied, the support member is a bottom plate, the bottom plate is extended in the lateral direction from below the transport portion and is horizontally mounted on the loading area, and the bottom plate located below the loading area is simultaneously 6. A collection and sealing device according to claim 5, characterized in that it provides support to the second package unit.   A clamping member is installed at one end edge of the bottom plate, the clamping member provides a clamping force to the collection package sheet that has been pressed, and the first package unit and the second package when the bottom plate is pulled and moved. 8. A collecting and sealing device according to claim 7, characterized in that the units are moved synchronously.   The transport unit includes a first roller used for storing the first package unit, the first package unit is wound around the first roller and stored in the transport unit, and one of the two pressing units. One is a combination of the first roller and the expansion / contraction control member, the other one of the two pressing units is a support member, and the expansion / contraction control member elastically presses both axial ends of the first roller, and the first A roller is normally brought close to the loading surface, a press gap is formed between the first roller and the support member, and the first package unit and the second package unit after being pulled out are received and the press 6. The collecting and sealing device according to claim 5, wherein the pressing force is applied by a gap.   10. The sheet material according to claim 1, wherein the first package unit is a rollable sheet material, and a release film layer is provided on a relative surface of the adhesive surface of the first package unit. A collecting and sealing device according to claim 1.   The second package unit includes a composite sheet body formed by superposing a water absorption layer and a leakage prevention layer, and the water absorption layer is located at the top of the second package unit and serves as the stacking surface. The collection sealing device according to claim 10.   The collecting and sealing device according to claim 10, wherein one side surface of the first package unit is entirely adhesive and forms the adhesive surface.   Further, a bottom plate is included, the bottom plate can be pulled and moved in a direction parallel to the loading area, the bottom plate is pulled to the lower side of the second package unit beyond the loading area, and the side of the bottom plate close to the transport portion A clamping part is installed at the edge of the first package, and the clamping part is used to clamp the collecting package sheet and the bottom plate together, whereby when the bottom plate is pulled away from the transporting part, the first package 12. The collecting and sealing device according to claim 11, wherein the unit and the second package unit can be pulled simultaneously. A collecting and sealing device, including a transport section, a supply section, and a pressing section;
The transport unit is used to store a first package unit, the first package unit comprising a package surface;
The supply unit is used for storing the second package unit, and after the second package unit is pulled out of the supply unit, the upper surface of a part of the second package unit is used for placing at least one object to be collected. Used as a loading surface,
The pressing portion receives the first package unit and the second package unit, and provides a pressing force for closing the package surface of the first package unit and the upper surface of the second package unit together; The pressing unit simultaneously provides a pressing force to the at least one object to be collected placed on the loading surface, and the at least one object to be collected passes through the pressing part, and then collects one Sealed as a package sheet,
A collecting and sealing device, characterized in that   And a cutting part installed after the pressing part, and operating the cutting part to cut the collection package sheet to separate the collection package sheet from the first package unit and the second package unit. The collecting and sealing device according to claim 14, characterized in that: In addition, including a drive motor and a control unit,
The drive motor drives at least one of the pressing portion and the cutting portion correspondingly based on a control signal, and pulls out the first package unit and the second package unit,
The control unit is connected to the drive motor, operates the drive motor based on a command, and pulls out the first package unit and the second package unit, of which the command is an external operation command, a detection result command, or Including scheduled commands,
The collecting and sealing device according to claim 15, wherein: A tabletop collection facility comprising a collection and sealing device according to any of claims 1 to 16 and a rack body, the rack body being used for mounting the collection and sealing device and defining the loading area An opening is provided, and the loading surface of the second package unit exposed in the opening and the periphery of the opening form a table top surface. Desktop collection facility characterized by collecting and sealing.