JP7371879B2 - Collection sealing device, tabletop collection equipment with collection sealing device - Google Patents

Description

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

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

For example, general tasks such as cleaning objects on tables and tables, cleaning filth, etc. are all done manually. For example, when cleaning pet excrement, such as cleaning pet excrement, the owner must personally clean the pet litter box or cat litter placed in a fixed position, and the excrement is usually liquid. Due to the presence of semi-solids in the water, toilets will also need to be replaced and flushed. If excrement is not cleaned in a timely manner, the living environment may be filled with unpleasant odors, which may affect hygiene and quality of living. In addition, for example, when cleaning articles and waste on the table equipment of a workbench, the waste must be collected and removed manually, which is time-consuming and inconvenient. Furthermore, for example, table surfaces for infants and other table surfaces used by children can be exposed to pathogens from the mouth and into the body by touching the dirty table surface or eating objects on the dirty table surface. In order to avoid children from entering the table, infant table surfaces and other children's table surfaces are usually wiped with sterile wet wipes before they are brought into contact with infants, but this only takes time and effort. It is not always possible to wipe it clean.

Some electric products (electric garbage cans, electric vacuum cleaners, etc.) have been created to improve efficiency, speed, or convenience, but although they have the convenience of automation, Because of this, products often have a large number of electronic components and are complex due to poor internal structure design, and in addition, there are too many parts that require regular maintenance, increasing costs and selling prices. Safety concerns also exist because they are expensive and require a power connection or battery installation.

It is an object of the present invention to provide a simplified, fast and efficient collection and sealing device to increase convenience.

To achieve the above and other objects, the collection 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 section is installed on one side of the loading area and is used to store a first packaging unit, the first packaging unit having an adhesive surface. The supply section is installed on another side of the loading area and is used for storing a second packaging unit, and the second packaging unit can be pulled out and placed horizontally in the loading area, and the second packaging unit can be pulled out and placed horizontally in the loading area. A top surface of the two-package unit 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 packaging unit and the second packaging unit are further pulled out, a pressing force is provided that causes the adhesive surface of the first packaging unit and the top surface of the second packaging unit to adhere to each other, and After passing the at least one collected item placed on the pressing means, it can be packaged as one collection package sheet.

An embodiment of the present invention may further include a cutting section installed after the pressing means, the cutting section being operated to cut the collecting packaging sheet and the first packaging unit. It can be used to separate the second packaging unit.

In one embodiment of the present invention, the transport section may include a first roller used for storing the first packaging unit, and the feeding section may include a second roller used for storing the second packaging unit, and the supply section may include a second roller used for storing the second packaging unit. One package unit is wound around the first roller and stored in the transport section, and the second package unit is wound around the second roller and stored in the supply section.

In one embodiment of the present invention, the supply unit may include a positioning roller, and the second packaging unit after being pulled out is supported by the positioning roller and redirected, and is suspended horizontally in the loading area. Ru.

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 support member and one elastic roller, and the elastic roller is covered with a covering made of elastic material, and the elastic roller supports the elastic roller. After the first package unit is output from the transport section, the moving direction changes, and the support member adjacent to the elastic roller is used for support, and a press gap is created between the elastic roller and the support member. The first package unit and the second package unit after being formed and drawn are received, and the pressing force is applied by the press gap.

In one embodiment of the invention, the two pressing units may be a combination of one support member and one roller, and the direction of movement of the first packaging unit after it is output from the transport section with the support of the roller. is changed, 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 after being pulled out. The unit is received and the pressing force is applied by the press nip. The support member is a bottom plate, and the bottom plate extends laterally from below the transport section and is suspended horizontally in the loading area, and the bottom plate located below the loading area simultaneously supports the second packaging unit. provide. Furthermore, a clamping member may be installed at one end edge of the bottom plate, the clamping member providing a clamping force to the collected package sheet through pressing, and when the bottom plate is pulled and moved, the first packaging unit and the second packaging unit can be moved synchronously.

In one embodiment of the present invention, the transport part includes a first roller used for storing the first packaging unit, and the first packaging unit is wound around the first roller and stored in the transport part, and the first packaging unit is wound around the first roller and stored in the transport part. One of the two pressing units is a combination of the first roller and an expansion/contraction control member, the other of the two pressing units is a support member, and the expansion/contraction control member elastically supports both ends of the axis of the first roller. The first roller is normally pressed close to the loading surface, and 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 A package unit is received and the pressing force is applied by the press nip.

In one embodiment of the invention, the first packaging unit is a rollable sheet material and includes a release film layer on the opposite adhesive side of the first packaging unit.

In one embodiment of the present invention, the second packaging unit may include a composite sheet formed by overlapping a water-absorbing layer and a leak-proof layer, and the water-absorbing layer is located on the top of the second packaging unit. , becomes the loading surface.

In one embodiment of the present invention, one side of the first packaging unit is fully adhesive, forming the adhesive surface.

An embodiment of the invention further includes a bottom plate, the bottom plate being pullable and movable in a direction parallel to the loading area, wherein the bottom plate is pulled beyond the loading area and below the second packaging unit; A clamping part is installed at the edge of the bottom plate closer to the transport part, and the first packaging unit and the second packaging unit are pasted together to form one collected packaging sheet after passing through the pressing means. , the clamping part is used to clamp the collecting packaging sheet and the bottom plate together, so that when the bottom plate is pulled away from the transport part, the first packaging unit and the second packaging unit are simultaneously held together. It can be pulled and moved.

In order to achieve the above objects and other objects, the present invention further provides a collecting and sealing device including a transport part, a supply part and a pressing part. The transport section is used to store a first packaging unit, the first packaging unit having a packaging surface. The supply part is used to store a second packaging unit, and after the second packaging unit is pulled out from the supply part, the upper surface of a part of the second packaging unit is used to collect the load. This becomes the loading surface. The pressing portion is used to receive the first packaging unit and the second packaging unit, and the pressing portion is configured to press the packaging surface of the first packaging unit and the top surface of the second packaging unit toward each other. applying pressure, the pressing part simultaneously providing a pressing force to the at least one collected object placed on the loading surface, and causing the placed at least one collected object to pass through the pressing part; After that, it is packaged as one collection package sheet. Further, the collecting sealing device includes a cutting part installed after the pressing part, and the cutting part is operated to cut the collecting package sheet, the collecting package sheet, the first packaging unit, and the second package. Separate the units.

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

In order to achieve the above objects and other objects, the present invention further provides a tabletop collection equipment, which includes the collection sealing device and a rack body as described above, the rack body is used to install the collection sealing device, and the rack body is used to install the collection sealing device. The body includes an opening defining the loading area, the loading surface of the second packaging unit exposed within the opening and the perimeter of the opening forming a tabletop surface, and the loading area within the loading area on the tabletop surface. Collect and seal the collection items for the area. Among them, the desk-top collection equipment refers to equipment installed on other equipment, equipment or any object, so that the collection and sealing functions can be applied at a suitable location. For example, the application of pet excrement collection, the application of cleaning up the infant table, the application of medical excrement collection on the nursing care bed, the application of medical related waste collection on the operating table, the related waste collection of home care equipment. Possible applications include collection of excreta from toilets for infants and young children.

Based on this, the embodiments of the present invention illustrate the technical features such as the components and operation method of the collection sealing device, simplifying the collection and sealing procedure in daily life, medical care, home care, pet care, etc. We show that it can bring more benefits to smart life by making it faster and more efficient.

1 is a schematic diagram of a collection sealing device according to Example 1 of the present invention; FIG. 1 is a schematic diagram showing a first embodiment of a transport section in a collection and sealing device of the invention; FIG. FIG. 3 is a schematic diagram showing a second embodiment of the transport section in the collection and sealing device of the invention; FIG. 3 is a schematic view of a third embodiment of the transport section in the collection and sealing device of the invention; 1 is a schematic diagram showing a first embodiment of the pressing means in the collection sealing device of the invention; FIG. FIG. 3 is a schematic diagram showing a second embodiment of the pressing means in the collection sealing device of the invention; FIG. 3 is a schematic diagram showing a third embodiment of the pressing means in the collection sealing device of the invention; FIG. 6 is a schematic diagram showing a fourth embodiment of the pressing means in the collection sealing device of the invention; FIG. 6 is a schematic diagram showing a fifth embodiment of the pressing means in the collection sealing device of the invention; FIG. 6 is a schematic view showing a sixth embodiment of the pressing means in the collection sealing device of the invention; FIG. 3 is a schematic diagram of a collection sealing device according to a second embodiment of the present invention. FIG. 6 is a schematic view of a fourth embodiment of the transport section in the collection and sealing device of the invention; FIG. 3 is a three-dimensional view of a collecting and sealing device according to a third embodiment of the present invention. FIG. 3 is a three-dimensional diagram showing the arrangement of rollers in an embodiment of the present invention. FIG. 6 is a three-dimensional view of another embodiment of the cutting section in the collection sealing device of the present invention. FIG. 6 is a three-dimensional view of yet another embodiment of the cutting section in the collection sealing device of the present invention. FIG. 4 is a three-dimensional view of a collecting and sealing device according to a fourth embodiment of the present invention. FIG. 5 is a three-dimensional view of the collecting and sealing device according to the fifth embodiment of the present invention; FIG. 6 is a three-dimensional view of a collecting and sealing device according to a sixth embodiment of the present invention. FIG. 6 is a top perspective view of a collection sealing device according to a sixth embodiment of the present invention; 1 is a block diagram of a collection sealing device of the present invention; FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS In order to fully understand the objects, features, and effects of the present invention, the present invention will be described in detail below in conjunction with specific embodiments and the accompanying drawings. Additionally, the terms "comprising," "containing," "comprising" or any other similar terms herein refer to non-exclusive inclusive inclusions. For example, a member or structure that includes multiple requirements is not limited to only those requirements described in the text, but may include other requirements that are not explicitly stated but are typically specific to the unit, member, region, or structure.

FIG. 1 shows a schematic diagram of a collection sealing device according to a first embodiment of the present invention. The collecting and sealing device includes a transport section 100, a supply section 200, a pressing means FP, and a loading area A. The loading area A is an area for loading solid, liquid, semi-solid or other materials to be collected and packaged, and can be defined by the arrangement of the transport section 100 and the supply section 200. For example, in the embodiment shown in FIG. 1, the loading area A is defined as between the transport section 100 and the supply section 200, but the loading area A is defined at a different location in other embodiments. may be defined.

In the embodiment shown in FIG. 1, the transport section 100 is installed on one side of the loading area A, and the supply section 200 is installed on the opposite side of the loading area A. The transport section 100 can store a first packaging unit 110, and the supply section 200 can store a second packaging unit 210. The second package unit 210 stored in the supply section 200 can be pulled out in the direction of the transport section 100, and the second package unit 210 that has been pulled out can be placed horizontally in the loading area A. Among them, within the range of the loading area A, the second package unit 210 located within this range is a loading body, and the upper surface of the second package unit 210 located within this range forms a loading surface.

That is, the loading surface of the loading object is used as a surface for loading solid, liquid, semi-solid or other substances within the loading area A, and the loading surface forming the loading surface is pulled out to the loading area A. This is the second package unit 210 that has been stretched. One surface of the first packaging unit 110 is used as one surface facing the top surface of the second packaging unit 210, which can be referred to as a packaging surface, and provides the packaging surface for subsequent packaging processes. Then, solid, liquid, semi-solid or other substances to be collected can be packaged between the first packaging unit 110 and the second packaging unit 210. The packaging surface of the first packaging unit 110 and the top surface of the second packaging unit 210 may be packaged together by adhesive, thermal adhesive, or other methods, so that the loaded items can be packaged together with the first packaging unit 110 and the top surface of the second packaging unit 210. The second package unit 210 may be limited to the second package unit 210. The package referred to herein may be one in which the entire surface of the package unit is sealed, only the four peripheries of the package unit are sealed, or only a part of the edges of the package unit are sealed. In one embodiment, the packaging surface of the first packaging unit 110 may also be an adhesive surface. The adhesive surface of the first package unit 110, which is the package surface, may be coated with adhesive on the entire surface, only on the edges, or otherwise coated with adhesive on the surface of the first package unit 110. The first packaging unit 110 and the second packaging unit 210 can be closely brought together and the loaded items can be restricted between the first packaging unit 110 and the second packaging unit 210. Do it like this. Among them, thermal adhesion can also be achieved by a pressing means equipped with a heating function.

In the transport section 100 and the supply section 200, the package units can be stored in a continuous stacked manner. Next, the supply section 200 will be explained as an example. FIG. 2 shows a schematic diagram of a first embodiment of a feed section 200 in a collection and closure device of the invention. The supply unit 200 includes a housing 201, and the second package units 210 are housed in the housing 201 in a horizontally stacked sequential manner. Similarly, to explain the supply section 200 as an example, as shown in the schematic diagram of the second embodiment of the supply section 200 in FIG. The package units 210 are vertically stacked and stored in the housing 201 in a continuous stacking manner, and the second package unit 210 is supported by the support unit 202 and moves toward the exit of the housing 201 as the remaining amount decreases. , the second package unit 210 can be pulled out more advantageously. Naturally, the support unit 202 may be omitted. Still further, the provision of rollers allows packaging units to be rolled onto rollers and stored within the transport section 100 or the supply section 200, as shown in the schematic diagram of the third embodiment of the supply section 200 in FIG. Taking the supply unit 200 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 .

After receiving the first package unit 110 and the second package unit 210, the pressing means FP further draws out the first package unit 110 and the second package unit 210 (including manual or electric pull-out). The first packaging unit 110 and the second packaging unit 210 are passed through the pressing means FP, and the pressing means FP closes the adhesive surface of the first packaging unit 110 and the upper surface of the second packaging unit 210 to each other. A matching pressing force can be provided. Regarding the adhesive mode, the adhesive surface of the first package unit 110 faces the upper surface of the second package unit 210. Since the upper surface of the second packaging unit 210 is loaded with solid, liquid, semi-solid or other substances to be collected, and the adhesive surface of the first packaging unit 110 is sticky, the pressing means FP The first packaging unit 110 and the second packaging unit 210 are tightly closed and bonded together by the pressing force applied by the user, and the solid, liquid, semi-solid or other substance to be collected is then tightly closed and bonded to the collecting packaging sheet. In other words, it can be coated between the first package unit 110 and the second package unit 210. In the process of applying the pressing force, the pressing means FP can remove the solid, liquid, semi-solid or other substance to be collected coated between the first packaging unit 110 and the second packaging unit 210 into the area after being pressed. It is also possible to have an average distribution.

The pressing means FP is independent from the transport section 100 and the supply section 200, and can be provided as a separately installed member. In addition, the pressing means FP can also be provided by a combination of some members within the transport unit 100 and separately installed members, working together to provide the pressing means FP. In this embodiment, some members in the transport unit 100 belong to members originally intended for transport, and additionally provide a function used to achieve the pressing means FP. Furthermore, the pressing means FP can be provided separately by a member originally provided with other purposes in the collection sealing device, and in this embodiment, the member providing the pressing means FP is In addition to having the original function within the sealing device, it also additionally achieves the function of the pressing means FP.

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 against the package unit passing as two members of the pressing unit. Therefore, the pressing means FP allows the first packaging unit 110 and the second packaging unit 210 to be received between the two pressing units, and the first packaging unit 110 and the second packaging unit 210 are further moved. When passing between the two pressing units, the two pressing units provide the pressing force. In addition, the two pressing units may be assembled, integrally molded, or otherwise integrated 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 means 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 placed on or inside the pressing unit. Based on this, a combination of members used in the pressing means FP can also be called a pressing section.

The pressing unit can be a member such as a roller or a support member, and the combination of two pressing units can be a combination of two rollers, a combination of two support members, or a combination of one roller and one support member. . For example, if the pressing means FP is provided in a single assembly configured as a set, the single assembly may include (1) two rollers, (2) two support members, or (3) internally. ) may include a combination of one roller and one support member. The roller may have a rotating function and may be a member that assists in transporting the package unit. A press gap is formed between the two pressing units to receive the first package unit 110 and the second package unit 210 after being pulled out, and to form the pressing force through the press gap. In addition, as an example, the pressing unit or the pressing section can apply a pressing force across the first package unit and the second package unit, and for example, the length of the roller serving as the pressing means FP can be applied to the first package unit and the second package unit. The width of the first package unit or the second package unit is approximately the same, and the adhesive surface of the first package unit is adhered to the top surface of the second package unit as much as possible.

Regarding the arrangement of the roller, first, the roller, in combination with the support member, can provide a pressing force in the direction in which pressing is required. Furthermore, the roller may be an elastic roller covered with an elastic covering material, and the fixed shaft position and the elastic covering material (e.g., silicone, rubber, sponge, etc.) press against the elastic roller. 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 such that a telescopic control member is separately installed at both ends of the axis of the roller to provide a force for pulling and moving the roller, and the roller is provided with a force for pressing in the pressing direction. An effect similar to material pressure control can also be achieved.

In addition, the roller arrangement adopts the elastic roller and combines the telescopic control member, which can also provide more control elements for the pressing force, allowing different pressing forces to be applied under different usage environments. Can be set. For example, the first setting method turns off the elasticity of the elastic control member and uses only the pressure control effect of the elastic covering material. The second setting method turns on the elasticity of the elastic control member and combines the pressure control effect using the elastic covering material. Further, for example, when the material of the first package unit is highly elastic, the second setting method allows the second package unit to be used more sparingly for a loaded object having a relatively large volume.

In addition to the general support member without an elastic function, the support member may include the following several aspects, such as the arrangement of the rollers described above. (1) The supporting member has an end made of an elastic material on the pressing end that contacts the package unit (or the supporting member is made of an elastic material). (2) A telescopic control member is separately provided at both ends of the support member to provide a force for pulling and moving the support member. (3) While using the support member having ends made of an elastic material, a telescopic control member is separately provided at both ends of the support member to provide a force for pulling and moving the support member. The expansion/contraction control member may be a member capable of providing elasticity, such as a spring or an elastic piece.

Reference is now made to FIG. 5, a schematic diagram illustrating a first embodiment of the pressing means in the collection sealing device of the invention. In the first embodiment of the pressing means, the two pressing units are members that are independent from the transport section 100 and the supply section 200 and are separately installed. The pressing means FP can provide a pressing force as an elastic roller FP11 and a support member FP21 of the pressing unit, respectively, and the first package unit 110 is supported by the elastic roller FP11 after being outputted from the transport section 100. The direction of movement changes and the support member FP21 arranged below the elastic roller FP11 provides support and generates the pressing force. The elastic roller FP11 is a cylindrical roller, and its periphery is covered with a covering material made of an elastic material. 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 between the pressing unit and the supporting member FP21. For example, the narrower the distance setting, the greater the pressing force.

Reference is now made to the schematic diagram of FIG. 6 showing a second embodiment of the pressing means in the collection sealing device of the invention. In the second embodiment of the pressing means, the two pressing units are members that are independent from the transport section 100 and the supply section 200 and are installed separately. 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 outputted from the transport section 100 by the support of the elastic roller FP11. The direction of subsequent movement changes and the second elastic roller FP12 located below the elastic roller FP11 provides support. Similarly, when the pressing unit does not include elastic material, the predetermined pressing force setting can be controlled by controlling the distance between the two rollers.

Reference is now made to the schematic diagram of FIG. 7 showing a third embodiment of the pressing means in the collection sealing device of the invention. In the second embodiment of the pressing means, the two pressing units are members that are independent from the transport section 100 and the supply section 200 and are installed separately. 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 outputted from the transport section 100 by the support of the elastic roller FP11. The direction of movement after the second package unit 210 is outputted from the supply section 200 changes due to the support of the elastic roller FP12, and the movement direction of the second package unit 210 changes after being output from the supply section 200, and the elastic roller FP11 and the second elastic roller FP12 are tightly connected. The adjacent arrangement provides a pressing force against passing packaging units. Similarly, when the pressing unit does not include elastic material, the predetermined pressing force setting can be controlled by controlling the distance between the two rollers.

Reference is now made to the schematic diagram of FIG. 8 showing a fourth embodiment of the pressing means in the collection sealing device of the invention. In the fourth embodiment of the pressing means, the two pressing units are members that are independent from the transport section 100 and the supply section 200 and are installed separately. 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 the support member FP21 as another pressing unit. The moving direction of the first package unit 110 after being output from the transport section 100 changes due to the support of the elastic roller FP11, and the elastic roller FP11 is further moved in a pressing direction by expansion/contraction control members FP31 installed at both ends of its axis. It is combined with the support member FP21 below by controlling the pressing force (downward). Among them, the elastic roller FP11 can be considered as a part of the transport section 100 under some circumstances, and in addition to having its own functions, the elastic roller FP11 can additionally perform the function of the pressing means FP. They can also be achieved at the same time. Further, in this embodiment, one pressing unit may be a combination of the first roller 103 and the expansion/contraction control member FP31, and the elastic roller FP11 may not be necessary, and the other pressing unit may also be the support member FP21. can. The first roller 103 is a member originally intended for transportation and storage, and is additionally used to accomplish the function of the pressing means FP.

Reference is now made to FIG. 9, a schematic diagram illustrating a fifth embodiment of the pressing means in the collection sealing device of the invention. In the fifth aspect of the pressing means, both of the two pressing units have their own functions, and at the same time additionally provide members that achieve the functions of the pressing means FP. The pressing means FP includes an elastic roller FP11 (which belongs to the transport section 100 like the first roller 103) and a bottom plate FP41, each serving as a pressing unit, and a bottom plate FP41 providing pressing force. The first package unit 110 is wound on the first roller 103, and the direction of movement after being output from the first roller 103 changes due to the support of the elastic roller FP11. The bottom plate FP41 loads the second package unit 210 fed from the second roller 203, and at the same time provides a supporting force and, in combination with the elastic roller FP11, provides the pressing force. As shown in the direction shown in FIG. ) While holding the first package unit 110 and the second package unit 210, when the bottom plate FP41 is further moved to the left (pulled and moved parallel to the plane of the surface of the loading area A), the The first packaging unit 110 and the second packaging unit 210 can be moved to package solid, liquid, semi-solid or other materials to be collected inside the collection packaging sheet. Both ends of the shaft of the second roller 203 are attached to the expansion/contraction control member 231 of the supply unit 200, so that when the second packaging unit 210 is gradually consumed, the second roller 203 can maintain the set horizontal position. Do it like this. The bottom plate FP41 can also be applied to other embodiments and embodiments of the present invention.

Reference is now made to FIG. 10, a schematic diagram illustrating a sixth embodiment of the pressing means in the collection sealing device of the invention. The sixth aspect of the pressing means is different from the fifth aspect in that the supplying section 200 includes the second roller 203 and the positioning roller 204, and the second package unit 210 after being moved is configured to have the positioning roller 204. This is the point where the direction changes due to the support of the loading area A, and the loading area A is horizontally suspended. The installation of the positioning roller 204 keeps the second package unit 210 in the loading area A horizontal and flat, so that when the second package unit 210 is used, the radius of the outer winding of the second roller 203 is reduced. , the second package unit 210 on the loading area A will not be tilted.

Referring now to FIG. 11, a schematic diagram of a collection sealing device according to a second embodiment of the present invention. The collecting and sealing device according to the second embodiment of the present invention includes a transport section 100, a loading section 206, a loading area A located on the loading section 206, and a pressing means FP. The difference between Embodiment 2 and Embodiment 1 is in the location where the second package unit 210 is stored; The point is that it is disposed below area A, and various modifications of the first embodiment of the present invention can be applied to the other members, and the bottom plate FP41 mentioned above can also be included.

In the collecting and sealing device according to the second embodiment of the present invention, the loading section 206 is used to store the stacked second package units 210. After the second packaging unit 210 is horizontally suspended in the loading area A, the top surface of the second packaging unit 210 becomes a loading surface, and the loading surface is also used to store solids, liquids, semi-solids or other materials that you want to collect and package. Can be used to load materials. In addition, the loading section 206 can support the second package unit 210 by the upper portion of the housing of the loading section 206, as shown in FIG. The bottom plate may also include a bottom plate FP41 shown in FIG. 10, which extends laterally from below the transport section 100, is placed horizontally in the loading area A, and is located above the loading section 206, and at the same time, the second The use of a clamping member can be combined with providing support for the packaging unit 210.

Reference is now made to FIG. 12, a schematic diagram illustrating a fourth embodiment of the transport section in the collection and sealing device of the present invention. Based on the collecting and sealing device of the second embodiment of the present invention described above, the fourth aspect of the transporting part 100 is reciprocated by the transporting part 100 at the upper part of the housing of the loading part 206, and at the same time the first roller 103 of the transporting part 100 and the housing upper part of the loading portion 206 simultaneously serve as two pressing units of the pressing means FP, and as described above, members originally provided with other specific uses simultaneously provide the pressing function. A guide device is installed on the side edges of the loading section 206, and the guide device includes two guide sections FP51 installed on the two side edges of the loading section 206, respectively. Among them, only one guide portion FP51 can be seen since the viewing angle is a side view.

The first roller 103 is movable from one side of the loading area A by utilizing the combination of structures between the first roller 103 and the guide portion FP51 due to the arrangement relationship attached to the two guide portions FP51. The first roller 103 can be moved back and forth to both sides of the loading area A. At the same time, when the first roller 103 is operated to reciprocate in the loading area A, the downward force applied by the user forms a pressure between the upper housing of the loading section and the support member. , the pressing force may be formed to press and bond the first package unit 110 and the second package unit 210 together. In addition, the above-mentioned expansion and contraction control members can be further installed at both ends of the axis of the first roller 103 to increase the pressing force.

Among them, the first roller 103 can adhere the adhesive surface of the first packaging unit 110 and the top surface of the second packaging unit 210 to each other by one stroke from left to right, and then the first package By cutting the unit 110, the portion of the first package unit 110 that has already been bonded to the second package unit 210 can be separated from the original first package unit 110. Furthermore, the degree of adhesion between the first package unit 110 and the second package unit 210 can be ensured by the reciprocating stroke of the first roller 103 a plurality of times, and finally the second package unit 210 is cut and the second package unit 210 is cut. The part of the second package unit 210 that is glued to the first package unit 110 can be separated 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 and moved to the loading area A through a loading roller 207 that is a part of the housing of the loading section 206.

In this embodiment, a release film layer is provided on opposite sides of the adhesive surface of the first packaging unit 110. Specifically, the adhesive surface of the first package unit 110 faces the top surface of the second package unit 210, and after the first roller 103 strokes from left to right, the adhesive surface of the second package unit 210 Glued to the top surface. Since the release film layer is provided on opposite sides of the adhesive surface of the first package unit 110, the part of the first package unit 110 that has already been bonded to the second package unit 210 is not exposed to the release film layer. The surface of the film layer faces upward, and the first roller 103 reciprocates on the release film layer to provide a pressing effect to the already bonded first packaging unit 110 and second packaging unit 210. can do.

Reference is now made to FIG. 13, which is a schematic diagram of a collection sealing device according to a third embodiment of the present invention. Embodiment 3 of the present invention is a sealed waste collection container for pets. In such embodiments, the convenience of collecting and sealing objects, liquids, or other substances with the collection sealing device allows the user to quickly complete the sealing process of pet feces, urine fluid, or other substances, without requiring conventional methods. There is no need to clean up the pet feces, urine or other substances by hand, cleaning tools or washing methods, and the collection sealing device allows the collection of pet feces, urine or other substances into the collection package sheet. It is completely sealed, making it difficult for foreign odors or leaks to occur. In addition, it is convenient to use, can quickly achieve good cleaning effects, and at the same time provides a hygienic, clean, and comfortable living environment for pets and their owners. In addition, it should be understood that such collection and sealing devices can also be applied in the field of cleaning up human excreta, and can also be applied to nursing beds in medical care, toilet chairs / commode chairs, etc. in home care. I can do it.

13 and 14 at the same time. FIG. 14 is a three-dimensional diagram showing the arrangement of rollers in Example 3 of the present invention. The supply unit 200 supplies a second packaging unit 210, the second packaging unit 210 becomes a loading body for loading pet feces, urine fluid or other substances, and the second packaging unit 210 is moved to fill the loading area A. A loading surface is formed in the loading area A, and the transport section 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 packaging unit 110 faces the top surface of the second packaging unit 210 . In use, after the pet excrement or waste has been deposited and the pet leaves the collection sealing device, the first packaging unit 110 and the second packaging unit 210 are pulled and moved (whether manually or electrically). ), the pressing means FP provides a pressing force that adheres the adhesive surface of the first packaging unit 110 and the top surface of the second packaging unit 210 to each other, forming a single collected packaging sheet. Further, through the operation of the cutting unit 300, the single collection package sheet is cut and separated from the original first packaging unit 110 and the second packaging unit 210, and the user discards the cut collection package sheet. , the cleaning procedure is completed. At this time, a clean second packaging unit 210 is again placed as the bottom inside the pet waste collection sealed container.

Preferably, the adhesive surface of the first packaging unit 110 is the entire surface (i.e., the entire side of the first packaging unit 110), and the length of the single collected packaging sheet to be moved or cut by the user is arbitrarily controlled. Let them decide. Thereby, this embodiment adjusts the length of the single collection package sheet depending on the position of the pet waste or waste on the second packaging unit 210 or the amount of pet waste or waste. Accordingly, waste of the first package unit 110 and the second package unit 210 can be avoided.

The cutting unit 300 is applicable to each embodiment of the present invention and can be fixed within the collection sealing device and used to cut collection packaging sheets. The cutting section 300 shown in FIG. 13 is fixed to the side of the transport section 100, and can perform cutting by moving the knife member on a path along which the guide is arranged by combining the knife member, the guide, and the force application section. , arranged as a kind of cutting mechanism. In addition, the pet waste collection sealed container of Example 3 of the present invention includes a seat body, the seat body includes a bottom structure and a side wall structure, the side wall structure defines a loading area, and the transport part defines a loading area. installed on the side wall structure.

Reference is now made to FIG. 15, a schematic diagram illustrating another embodiment of the cutaway section of the collection sealing device of the present invention. In FIG. 15, the cutting unit is a knife 300', and the first package unit 110 and the second package unit 210 can be cut by lowering the knife 300'. Reference is now made to FIG. 16, a schematic diagram illustrating yet another embodiment of the cutting portion of the collection sealing device of the present invention. FIG. 16 shows an embodiment in which the cutting part is a serrated cutter 300'', and the user cuts the first package with the serrated cutter 300'' through the action and force of pulling the first package unit 110 and the second package unit 210. The unit 110 and the second packaging unit 210 can be cut.

Reference is now made to FIG. 17, which is a schematic diagram of a collection sealing device according to a fourth embodiment of the present invention. Embodiment 4 of the present invention is a sealed waste collection container for pets, which is equipped with a seat body 410 in addition to the collection sealing device described above. As shown in FIG. 17, the sealed waste collection container for pets includes a supply part 200 and a transport part 100 installed in a seat body 410, a pressing means FP, and further includes a cutting part 300 after the pressing means FP. . The seat body 410 includes a bottom structure and a side wall structure, the side wall structure defines a loading area A, and the transport section 100 and the supply section 200 are installed on the side wall structure. In the embodiment shown in FIG. 11 in which the supply section 200 is located below the loading area A, only the transport section 100 is installed on the side wall structure.

Reference is now made to FIG. 18, which is a schematic diagram of a collection sealing device according to a fifth embodiment of the present invention. Embodiment 5 of the present invention is a pet bed, and in addition to being equipped with the collection sealing device described above, it is further equipped with a seat body 410 and a housing 420. As shown in FIG. 18, the pet bed includes a supply section 200 and a transport section 100 installed in a seat body 410, a pressing means FP, and further includes a cutting section 300 after the pressing means FP. In the pet bed, a housing 420 is installed above a seat 410, and the housing 420 and the seat 410 may have a removable structure. To this end, the housing 420 is removably installed on the side wall structure of the seat body 410, and the housing 410 extends upward from the bottom structure of the seat body 410 so that the pet communicated with the loading area A can carry out activities. It is possible to define the internal space that can be used. In addition, a storage tank may be provided on the top of the housing 420 to conveniently store pet-related supplies or other items. The removable housing 420 allows the user to determine the direction in which the first packaging unit 110 and the second packaging unit 210 are pulled and moved, as shown in FIG. By reattaching the housing 420 after changing the direction of the seat 410 by 180 degrees, the direction in which the first package unit 110 and the second package unit 210 are moved can be changed to the right, resulting in a flexible arrangement. It has the convenience of

Reference is now made to FIG. 19, which is a schematic diagram of a collection sealing device according to a sixth embodiment of the present invention. The collection and sealing device of the present invention can also be used as a table top collection device as a quick cleaning device for dirt and waste on table surfaces. For example, on the table surface of an infant or child's walker or other table equipment used by children, the arrangement of the collection sealing device of the present invention allows a convenient, quick and clean cleaning effect to be achieved. As shown in FIG. 19, with this arrangement, the transportation section 100 and the supply section 200 can be hidden below the table top surface, and only the loading area A over which the second package unit 210 is spanned is above the table top surface. A pressing means FP that is exposed and presses down the collection package is formed on one side of the table top, so that the collection package sheets can be collected directly below the table top. Furthermore, a rapid cutting effect can also be achieved due to the arrangement of the cutting parts.

Referring now to FIG. 20, a top schematic view of the collection sealing device according to the sixth embodiment of the present invention. The arrangement method of the collection sealing device shown in FIG. 20 can be directly installed on an existing table through the arrangement of a rack body 500 of one tabletop collection equipment, or the rack body 500 can be directly assembled as table equipment. . The rack body 500 can cover and fix the collection sealing device, and in FIG. 20, only the loading area A and the second packaging unit 210 disposed in the loading area A are exposed. The rack body 500 includes a recessed tank in which the collection sealing device is installed (inside), and a loading area A is defined in an opening 501 on the upper surface of the recessed tank, and is exposed on the upper surface of the recessed tank, around the upper surface, and in the opening 501. The loading surface of the second package unit 210 forms a table top surface. The second packaging unit 210 of the collecting and sealing device extends out from one side of the rack body 500, spans the top surface of the concave tank (forming the loading surface of the loading area A), and further extends from the rack body 500. The second packaging unit 110 is recessed into the other side to form a collecting packaging sheet together with the first packaging unit 110 under the action of the pressing part. Thereby, the area within the loading area A located on the table top surface can be collected and subsequently sealed.

In addition, the rack body 500 can be fixed on the rack body 500 by installing the collection sealing device, and a fixing part can be installed at the bottom of the rack body 500, which is used to fix it on another table. The upper loading area of the collection and sealing device can be a table surface (for example by placing clips to clamp the other table). Based on this, work tables, infant tables (or baby, child, children's tables of all age groups), general tables, operating tables, etc. are all suitable for use in combination with the collection sealing device of the present invention. By using the equipment on the table surface, it can provide convenience and quick cleaning functions.

In addition, all the embodiments of the invention described above can also be applied, for example, to infant/toddler training toilets, patient/elderly medical commodes, toilet/potty chairs, nursing bed mattresses with commodes, etc. By using it in the excrement collection sealed package, it can quickly and conveniently seal the excreta and achieve odorless and hygienic cleaning effects. Furthermore, embodiments of the present invention also have the function of sealing specimens in nursing/nursing care applications, as each excrement is individually sealed into a single package sheet for storage, recording, and subsequent use. It is advantageous for tracking and avoids problems such as the inconvenience of conventional toilet bowl cleaning, cross-infection or sample contamination due to repeated use.

In each embodiment and implementation of the present invention, the first packaging unit 110 may be a non-spreadable sheet material, but a ductile sheet material is preferred. A release film layer is provided on the surface of the first packaging unit 110 opposite to the adhesive surface to reduce resistance when the first packaging unit 110 is pulled and moved, thereby promoting smooth operation of the device. It is preferable.

The second package unit 210 may be a sheet material that does not have ductility or a sheet material that has ductility, but preferably includes a composite sheet body formed by overlapping a water absorption layer and a leak prevention layer. , the water absorption layer is placed on the top of the second packaging unit 210 and used as the loading surface, when the object, liquid or other substance to be collected is placed on the second packaging unit 210, the composite sheet body can provide an absorption or adhesion effect, allowing the solid, liquid, semi-solid or other substance to be collected to settle on the second packaging unit 210, which is subsequently covered by the first packaging unit 110, and the pressing means Make it pass through FP. At least one or both of the first packaging unit 110 and the second packaging unit 210 may be made of, for example, PE film (polyethylene), PVC film (polyvinyl chloride), LLDPE film (linear low density polyethylene), etc. The water absorption layer and the leakage prevention layer of the second packaging unit 210 can be made of a highly ductile film layer, and a layered structure similar to a diaper can be used.

The collecting and sealing device of each embodiment of the present invention adopts an electric motor drive system to drive the transporting part, feeding part, and even cutting part, so that manual movement and cutting procedures can be omitted. can. The modular electronic design allows easy control (even remote control) to complete the sealing of objects, liquids or other substances desired to be collected into the collection sealer. The power control drive of the transport section, the supply section, and also the cutting section is merely a direct use and mutual combination of power control and drive equipment, rollers, etc. common in the art, and therefore will not be described in the main text.

Reference is made to the block diagram of the collection sealing device of the present invention in FIG. The collecting and sealing device includes a transport section 100, a supply section 200, and a pressing section FP. The transport unit 100 is used to store the first packaging unit with a packaging surface. The supply section 200 is used to store second package units, and after the second package units are pulled out from the supply section 200, the upper surface of some of the second package units becomes a loading surface used for collecting the loaded items. becomes. The pressing part FP provides a pressing means, the pressing part FP receives the first package unit and the second package unit, and the pressing part FP presses the package surface of the first package unit and the second package unit. A pressing force is provided to close the upper surfaces together.

The example of FIG. 21 shows an embodiment of power control, in which the drive motor 610 drives the pressing part FP in response to the control signal S1 to pull out the first package unit and the second package unit. A control unit 620 is connected to the drive motor 610. The control unit 620 operates the drive motor 610 based on the command S2, drives the pressing unit FP via the drive motor 610 (eg, drives at least one pressing unit), and drives the first package unit. and pulling out the second package unit. Among them, the command S2 includes an external operation command (e.g., the user manually turns it on), a detection result command (e.g., installing a separate detection unit to detect whether there is an object to be collected in the loading area, and ”, the detection result command can be a timed command (e.g., set a fixed time and activate the drive motor 610), which provides further convenience. can do. FIG. 21 only exemplifies an embodiment in which power is controlled for the pressing part FP, and power control can be applied to other parts as well, and the example shown in FIG. 21 does not limit the mode of power control.

To summarize the above, the technical features, such as the components and operating mode, of the collection sealing device shown in the embodiments of the present invention can simplify the collection sealing procedure and make it faster and more efficient. In addition, the collection and sealing device allows the user to decide the range that the user wants to collect and seal, and determine the length of pulling out the first packaging unit and the second packaging unit, which saves packaging units (not necessarily the loading area at one time). The effect (without needing to replace the whole package unit) can also be achieved, which can bring more benefits to smart life.

Although the present invention has been disclosed in the above description, those skilled in the art will understand that this embodiment is merely used to illustrate the invention and should not be considered as limiting the scope of the invention. It shouldn't be done. It should be noted that all changes and substitutions having equivalent effects to this embodiment are included within the scope of the invention. Therefore, the protection scope of the present invention conforms to the definition of the claims.

100 Transport section 103 First roller 104 Positioning roller 110 First package unit 200 Supply section 201 Housing 202 Support unit 203 Second roller 204 Positioning roller 206 Loading section 207 Loading roller 210 Second package unit 231 Expansion/contraction control member of supply section 300 Cutting Part 400 Holding 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 control member FP41 Bottom plate FP51 Guide part A Loading area S1 Control signal S2 Command

Claims (13)

A collection and sealing device, comprising a loading area, a transport section, a supply section, a pressing means, a cutting section,
the loading area is an area used for placing at least one item to be collected;
the transport unit is installed on one side of the loading area and is used to store a first packaging unit, the first packaging unit having an adhesive surface;
The supply unit is installed on the other side of the loading area and is used to store a second packaging unit, and the second packaging unit can be pulled out and placed horizontally in the loading area, and is pulled out. wherein the upper surface of the second packaging unit forms a loading surface used for placing the at least one item to be collected in the loading area, and the second packaging unit is formed by superimposing a water absorption layer and a leak prevention layer. a composite sheet body, the water absorption layer being located on the top of the second packaging unit and serving as the loading surface;
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 unit When the unit and the second packaging unit are further pulled, the pressing means provides a pressing force on the first packaging unit and the second packaging unit and at least one object to be collected between the two; , the first packaging unit and the second packaging unit being closely brought together are adhered to each other by the pressing means, and the at least one object to be collected placed in the loading area is passed through the pressing means. After that, package it as one collection package sheet,
the collecting package sheet, wherein the cutting section is placed after the pressing means, and the first packaging unit and the second packaging unit formed after operating the cutting section and passing through the pressing means are adhered to each other; and separating the collected packaging sheet from the first packaging unit and the second packaging unit, the cutting section including a knife member and a guide, and moving the knife member over the guide; Cut the collection package sheet ,
the adhesive surface is formed to be generally adhesive on one side of the first packaging unit, and the length of the single collection packaging sheet can be arbitrarily determined;
A collection sealing device characterized by: The transport section includes a first roller used to store the first packaging unit, the supply section includes a second roller used to store the second packaging unit, and the first packaging unit is wound around the first roller. The collecting and sealing device according to claim 1, characterized in that the collecting and sealing device is rolled and stored in the transport section, and the second packaging unit is wound around the second roller and stored in the supply section. Claim 1, wherein the supply section includes a positioning roller, and the second package unit after being pulled out is supported by the positioning roller, the direction is changed, and the second package unit is suspended horizontally in the loading area. collection sealing device as described in . Collection and sealing device according to claim 1, characterized in that the pressing means are provided by two pressing units, each of which can be a roller or a support member. The two pressing units are a combination of one support member and one elastic roller, and the elastic roller is covered with an elastic covering material, and the elastic roller supports the first packaging unit from the transport section. The direction of movement after being 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 movement direction after being pulled out is changed. 5. A collecting and sealing device as claimed in claim 4, characterized in that it receives a first packaging unit and a second packaging unit, and the pressing force is applied by the pressing nip. The two pressing units are a combination of one support member and one roller, and the movement direction of the first package unit after being output from the transport section changes due to the support of the roller, and the movement direction of the first package unit changes when the first package unit is outputted from the transport section and is adjacent to the roller. The support member is used for support, and a press nip is formed between the roller and the support member to receive the first package unit and the second package unit after being pulled out, and to receive the first package unit and the second package unit after being pulled out, and to The pressing force is applied, the support member is a bottom plate, the bottom plate is extended laterally from below the transport section and is horizontally suspended in the loading area, and the bottom plate located below the loading area is simultaneously 5. Collection and sealing device according to claim 4, characterized in that it provides support for the second packaging unit. A clamping member is installed at one end edge of the bottom plate, and the clamping member provides a clamping force to the collected package sheet after being pressed, and when the bottom plate is pulled and moved, the first packaging unit and the second package Collection and sealing device according to claim 6, characterized in that the units move synchronously. The transport section 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 section, and one of the two pressing units One is a combination of the first roller and an expansion/contraction control member, the other of the two pressing units is a support member, and the expansion/contraction control member elastically presses both ends of the axis of the first roller, 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 are received after being pulled out, and the press Collection sealing device according to claim 4, characterized in that the pressing force is applied by a gap. 9. The method according to claim 1, wherein the first package unit is a rollable sheet material, and a release film layer is provided on a surface opposite the adhesive surface of the first package unit. Collecting and sealing device as described in Crab. further comprising a bottom plate, the bottom plate being pullable and movable in a direction parallel to the loading area, the bottom plate being pulled beyond the loading area and below the second packaging unit, a side of the bottom plate proximate to the transport portion; a clamping part is installed at the edge of the first package, the clamping part is used to clamp the collecting package sheet and the bottom plate together, so that when the bottom plate is pulled away from the transport part, the first package Collection and sealing device according to claim 1, characterized in that the unit and the second packaging unit can be pulled and moved simultaneously. A collecting and sealing device, comprising a transport section, a supply section, a pressing section, and a cutting section,
the transport portion is used to store a first packaging unit, the first packaging unit having a packaging surface;
The supply part is used for storing second packaging units, and after the second packaging units are withdrawn from the supply part, the upper surface of some of the second packaging units is used for placing at least one object to be collected. The second packaging unit is used as a loading surface, and the second packaging unit includes a composite sheet formed by overlapping a water absorption layer and a leak prevention layer, and the water absorption layer is located on the top of the second packaging unit, and serves as the loading surface. ,
the pressing portion receives the first packaging unit and the second packaging unit, and provides a pressing force for mutually closing the package surface of the first packaging unit and the upper surface of the second packaging unit; The pressing portion simultaneously provides a pressing force to the at least one collected object placed on the loading surface, wherein the first packaging unit and the second packaging unit that are closely brought together are provided with the pressing force. After the at least one collected item that is adhered to each other by the part and placed is passed through the pressing part, it is sealed as one collection package sheet,
the collecting package sheet in which the cutting part is installed after the pressing part, and the first packaging unit and the second packaging unit formed after operating the cutting part and passing through the pressing part are adhered to each other; and separating the collected packaging sheet from the first packaging unit and the second packaging unit, the cutting section including a knife member and a guide, and moving the knife member over the guide; Cut the collection package sheet,
the packaging surface is formed to be generally adhesive on one side of the first packaging unit, and the length of the single collection packaging sheet can be arbitrarily determined;
A collection sealing device characterized by: Furthermore, it includes a drive motor and a control section,
the drive motor drives at least one of the pressing section and the cutting section in response to a control signal to pull out the first package unit and the second package unit;
The control unit is connected to the drive motor and operates the drive motor based on a command to pull out the first packaging unit and the second packaging unit, wherein the command is an external operation command, a detection result command, or including scheduled commands,
Collection sealing device according to claim 11 , characterized in that: Table-top collection equipment comprising a collection sealing device according to any of claims 1 to 12 and a rack body, the rack body being used for mounting the collection sealing device and corresponding to the loading surface. an opening, the loading surface of the second packaging unit exposed within the opening and the periphery of the opening form a tabletop surface, and the area on the tabletop surface within the loading area is provided with objects to be collected. Tabletop collection equipment characterized by collection and sealing.