JP7340500B2 - Cushioning material management system for heat press - Google Patents

Description

The present invention relates to a heat press cushion material management system that allows manufacturers, distributors, users, etc. of the heat press cushion materials to share management information regarding the heat press cushion materials.

Heat press for press forming or thermocompression bonding in the manufacturing process of laminates with a laminated structure such as copper clad laminates, flexible printed circuit boards, printed circuit boards such as layered laminates, IC cards, ceramic laminates, liquid crystal display boards, etc. When performing this process, in order to uniformly apply heat and pressure to the pressed object, a mirror plate made of a flat heat press cushioning material and a stainless steel plate is placed between the hot press plate and the pressed object. do. This heat press cushioning material is required to have cushioning properties, thermal conductivity, heat resistance, and durability that can be applied to the heat press in the manufacturing process.

However, when hot pressing is repeatedly performed, the cushioning properties, thermal conductivity, heat resistance, and durability of the hot pressing cushioning material decrease. Therefore, it is important to manage the maintenance and number of uses (replacement period) of the heat press cushioning material. In order to manage these efficiently, traceability by manufacturers, distributors, users, etc. is important.

In this regard, in Patent Document 1, an RF-ID integrated circuit (RFID: Radio Frequency IDentification) is embedded in a belt, and belt identification information and belt management information are stored in this RF-ID integrated circuit. A configuration for reading and managing information such as the manufacturing date of the belt and the constituent materials used in the belt is disclosed.

Furthermore, Patent Document 2 discloses that by stamping a barcode or QR code (registered trademark) on a silicone rubber press pad, information such as the manufacturing date and time, size, mechanical strength, and service life of the silicone rubber press pad can be displayed. Management is disclosed.

Patent No. 3927242 Utility model registration No. 3182764

However, in Patent Document 1, since the RF-ID integrated circuit is embedded in the belt, belt identification information and belt management information (belt manufacturing date, constituent materials used in the belt, etc.) The information is only read by a reader or the like at the actual site of use and shared on the spot. Furthermore, embedding an RFID in a cushioning material for hot pressing is costly, and there are concerns about its lifespan due to the load that is applied during hot pressing.

Also, in the silicone rubber press pad of Patent Document 2, if information such as manufacturing date and time, size, mechanical strength, and service life is stored in a bar code or QR code, it can be read by a reader etc. at the actual site of use. , information is only shared on the spot. Furthermore, if information such as manufacturing date and time, size, mechanical strength, and service life is stored in a barcode or QR code, the information at the manufacturing stage (when the barcode, etc. is engraved) will be stored. The information remains unchanged and cannot be updated.

Therefore, in order to improve the traceability of heat press cushion materials, the present invention enables manufacturers, distributors, users, etc. of heat press cushion materials to easily share management information of heat press cushion materials. , aims to provide a cushioning material management system for heat presses.

The present invention is capable of reading identification information from a two-dimensional code or a one-dimensional code printed on a heat press cushioning material used during heat press in the manufacturing process of a laminate having a laminated structure, and , a heat press cushion material management system comprising a management server to which a terminal device capable of displaying management information of the heat press cushion material is connected via a network,
The management server is
a storage unit in which the identification information corresponding to the plurality of heat-press cushioning materials and management information of many types of the heat-pressing cushioning materials are stored in association with each other;
Management information for the heat press cushion material stored in the storage unit, which corresponds to the identification information transmitted from the terminal device and the type of management information for the heat press cushion material inputted at the terminal device. and a control unit that transmits the information to the terminal device.

According to the above configuration, the terminal device reads the identification information from the two-dimensional code or one-dimensional code printed on the heat press cushioning material, and the read identification information and the management information input (requested) by the terminal device. By transmitting the type of information to the management server, the management server (control unit) transmits the management information of the heat press cushioning material corresponding to the transmitted identification information and the type of management information to the terminal device. Then, the terminal device that has received the management information of the hot press cushion material can display the management information of the hot press cushion material that corresponds to the read identification information of the hot press cushion material. Thereby, the management information of the heat-press cushioning material can be easily shared by the manufacturer, distributor, user, etc. of the heat-pressing cushioning material.

Further, the present invention provides the above-mentioned heat press cushioning material management system, which includes:
The control unit updates the heat press cushion material corresponding to the identification information in the storage unit based on an update command of the identification information and the management information of the heat press cushion material transmitted from the terminal device. management information may be updated.

According to the above configuration, it is possible to change and update the management information of the heat press cushioning material corresponding to the identification information, which is stored in the storage section of the management server, using the terminal device. This allows manufacturers, distributors, users, etc. of hot-press cushioning materials to easily share updated management information for hot-press cushioning materials.

Further, the present invention provides the above-mentioned heat press cushioning material management system, which includes:
The management information for the heat press cushioning material may include maintenance information for the heat press cushioning material.

According to the above configuration, when maintenance such as inspection is performed on the heat press cushioning material, maintenance information such as the date of inspection, details of inspection, details of defects (including photographic records), records of response to defects, etc. can be updated and managed collectively on the management server.

Further, the present invention provides the above-mentioned heat press cushioning material management system, which includes:
The management information of the heat press cushioning material may include the number of times the heat press cushioning material is used in the heat press and the hot press usage conditions.

According to the above configuration, the number of times the cushioning material for heat press is used during heat press in the manufacturing process of a laminate having a laminate structure (the total number of times it is used for heat press), and the number of times the cushion material is used at that time. Conditions (temperature, pressure, degree of vacuum, etc.) can be updated and managed collectively on the management server.

Further, the present invention provides the above-mentioned heat press cushioning material management system, which includes:
The management information of the heat press cushion includes information regarding the number of times the heat press cushion is used for replacement,
Based on the identification information transmitted from the terminal device, the control unit stores information about the number of exchanges and uses of the heat press cushioning material corresponding to the identification information in the storage unit, and the information about the number of times the heat press cushioning material is replaced. With reference to the number of times the cushioning material can be used, the remaining number of times the heat press cushioning material can be used until it is replaced may be transmitted to the terminal device.

According to the above configuration, the management server manages the number of times the heat press cushioning material needs to be replaced (the number of times it has been replaced), and when a request is made from the terminal device, the number of times it has been used for replacement and the number of times it has been used up to now is displayed. By referring to the total number of times, you can manage the remaining number of times the heat press cushioning material can be used until it can be replaced ("number of replacement times" - "total number of times" = "remaining number of times it can be used"). . Thereby, in the management server, the replacement timing of the heat press cushioning material can be managed.

Further, the present invention provides the above-mentioned heat press cushioning material management system, which includes:
The management information for the heat press cushion material may include at least one of a specification sheet, an inspection report, an SDS, and an instruction manual for the heat press cushion material.

According to the above configuration, paper documents such as heat press cushion material specifications, inspection reports, SDS, and instruction manuals for heat press cushion materials, which were conventionally attached to heat press cushion materials, can be saved. , can be managed on a management server, making it possible to go paperless.

Further, the present invention provides the above-mentioned heat press cushioning material management system, which includes:
The management information of the heat press cushioning material includes information necessary for purchasing the heat press cushioning material,
The terminal device is capable of transmitting an ordering command based on information necessary for purchasing the heat press cushioning material,
The control unit of the management server may store the order history corresponding to the identification information in the storage unit based on the identification information and the ordering instruction transmitted from the terminal device.

According to the above configuration, the management server can manage the ordering and receiving of hot press cushioning materials.

The present invention also provides a heat press cushion material management system comprising a terminal device and a management server connected to the terminal device via a network,
The terminal device is
A reading unit that reads identification information from a two-dimensional code or a one-dimensional code printed on a heat press cushioning material used during heat press in the manufacturing process of a laminate having a laminated structure;
a display section that displays management information of the heat press cushioning material;
a terminal-side control unit that transmits the identification information read by the reading unit and the requested type of management information of the heat-press cushioning material to the management server;
The management server is
a storage unit in which the identification information corresponding to the plurality of heat-press cushioning materials and management information of many types of the heat-pressing cushioning materials are stored in association with each other;
Sending to the terminal device management information for the heat press cushioning material stored in the storage unit that corresponds to the identification information and the type of management information for the heat press cushioning material transmitted from the terminal device. and a server-side control unit.

Furthermore, the present invention makes it possible to read identification information from a two-dimensional code or a one-dimensional code printed on a heat press cushioning material used during heat press in the manufacturing process of a laminate having a laminated structure. A heat press cushion material management system, comprising a management server to which a terminal device capable of displaying management information of the heat press cushion material can be connected,
The management server is
a storage unit in which the identification information corresponding to the plurality of heat-press cushioning materials and management information of many types of the heat-pressing cushioning materials are stored in association with each other;
Management information for the heat press cushion material stored in the storage unit that corresponds to the identification information read by the terminal device and the management information for the heat press cushion material inputted by the terminal device. , and a control unit that transmits data to the terminal device.

It is possible to provide a heat press cushion material management system in which management information for heat press cushion materials can be easily shared by manufacturers, sellers, users, etc. of heat press cushion materials.

1 is an explanatory diagram of a hot press cushioning material management system according to a first embodiment; FIG. FIG. 2 is an explanatory diagram of a hot press cushioning material on which a QR code is printed according to Embodiment 1. 4 is an example of management information of a heat press cushioning material displayed on a mobile terminal according to the first embodiment. FIG. 3 is an explanatory diagram of a management information table stored in the storage unit of the management server according to the first embodiment. FIG. 3 is an explanatory diagram of maintenance history according to the first embodiment. FIG. 3 is an explanatory diagram of usage history according to the first embodiment. 7 is a flowchart of management information processing according to the first embodiment. 7 is a flowchart of update processing according to the first embodiment. 3 is a flowchart of order processing according to the first embodiment. 7 is a flowchart of a process for inputting the number of times of use and conditions of use according to the first embodiment. FIG. 3 is an explanatory diagram of a hot press cushioning material management system according to a second embodiment. FIG. 7 is an explanatory diagram of a hot press cushioning material management system according to a third embodiment.

(Embodiment 1)
As shown in FIG. 2, the heat press cushioning material management system 1 (see FIG. 1) according to the present embodiment includes printed circuit boards such as copper-clad laminates, flexible printed circuit boards, and layered laminates, IC cards, and ceramic laminates. , In the manufacturing process of laminates with a laminated structure such as liquid crystal display boards, when performing heat press for press molding or thermocompression bonding, heat press is used to uniformly apply heat and pressure to the press object 4. The purpose is to share management information (described later) regarding the heat press cushion material 2 placed between the board 5 and the press object 4 among manufacturers, distributors, users, etc. of the heat press cushion material 2. .

(Heat press cushioning material management system 1)
As shown in FIG. 1, the heat press cushion material management system 1 for the heat press cushion material 2 includes a management server 10 as a main body, and various terminal devices (a mobile terminal 30 used by the user, a PC 40 used by the manufacturer, a vendor PC 40, The PC 50 used by the user, the PC 60 used by the user, etc.) are configured to be connectable via the Internet (network). Thereby, users, manufacturers, and distributors of the heat press cushion material 2 can access the management server 10 using the heat press cushion material management system 1. Regarding the use of the hot press cushioning material management system 1, it is preferable to restrict access through advance registration, password authentication, etc.

(Cushion material 2 for heat press)
As shown in FIG. 2, the heat press cushioning material 2 consists of a surface layer 23, a rubber layer 21, an intermediate layer 22, a rubber layer 21, an intermediate layer 22, a rubber layer 21, and a surface layer 23 in the order shown in FIG. It is a cushioning material laminated in the vertical direction. Note that the intermediate layer 22 and the rubber layer 21 are not limited to two layers and three layers, respectively. For example, the intermediate layer 22 may be one layer and may be interposed between two rubber layers 21. Alternatively, the intermediate layer 22 may have three layers and be interposed between four rubber layers 21.

The rubber layer 21 is made of a rubber composition. As the rubber component, fluororubber or silicone rubber, which has excellent heat resistance and low compression set, can be used. Durability improves when compression set is small. Further, the rubber hardness (JISA) of the rubber composition is preferably 65 to 85 degrees. Examples of the fluororubber include fluorine-containing acrylate polymers, vinylidene fluoride copolymers, fluorine-containing silicone rubbers, and fluorine-containing polyester rubbers.

In addition, when a fluororubber composition is used for the rubber layer 21, diacyl peroxide, peroxy ester, diallyl peroxide, di-t-butyl peroxide, t-butylcumyl peroxide, dicumyl peroxide, 2・5-dimethyl-2,5-di(t-butylperoxy)-hexane-3, 1,3-bis(t-butylperoxy-isopropyl)benzene, 1,1-di-butylperoxy-3, Organic peroxide crosslinking agents such as 3,5-trimethylcyclohexane, polyol crosslinking agents such as hexamethylene carbamate, N,N'-dicyanyldiene-1,6-hexadiamine, bisphenol AF, benzyltriphenylphosphonium chloride, etc. , and amine crosslinking agents such as triethylenetetramine (TETA), triethylenepentamine (TEPA), hexamethylene diamine (HMDA), etc., which are known as crosslinking agents for fluororubber can be used.

Moreover, when using a silicone rubber composition for the rubber layer 21, a known organic peroxide-based crosslinking agent can be used as a crosslinking agent.

In addition, the rubber composition constituting the rubber layer 21 may contain fillers, plasticizers, stabilizers, processing aids, colorants, and other substances used in ordinary rubber compounds, as necessary. Ru. Furthermore, short fibers may be included in the rubber composition for rubber reinforcement. As the short fibers, heat-resistant fibers such as glass fibers, aramid fibers, and PBO (polybenzobisoxazole) fibers are used.

The middle layer 22 is composed of multiple woven cloth. Examples of the multiple weave cloth include double weave cloth, triple weave cloth, and quadruple weave cloth, and those woven with crimped yarns or those woven with bulky cloth in a cloth state can be used.

Multi-woven cloth is a fabric with a multilayer structure using multiple sets of weft and warp yarns. For example, double-woven cloth has a double-woven structure in which two sets of upper and lower weft threads are entwined with one set of warp threads. There are many voids inside such a multi-woven cloth. In addition, by crimping the constituent yarns or bulking them in a cloth state, the number of voids inside the cloth increases further. In this way, the intermediate layer 22 has a structure with many voids inside, and therefore has high cushioning properties and a function of preventing deformation during repeated pressing.

Further, as constituent threads of the multi-woven cloth constituting the intermediate layer 22, glass fibers, carbon fibers, ceramic fibers, aramid fibers, PBO (polybenzobisoxazole) fibers, etc. are used. Preferable examples include inorganic fibers such as glass fibers, carbon fibers, and ceramic fibers. These have excellent heat resistance, high strength, and high elasticity. Therefore, it becomes possible to reinforce the rubber layer 21 made of the rubber composition.

In addition, when glass fibers are used as constituent threads of the multi-woven cloth constituting the intermediate layer 22, the surface of the multi-woven cloth may be treated with a silane coupling agent. Silane coupling agents include vinyltrichlorosilane, vinyltriethoxysilane, vinyltris(β-methoxyethoxy)silane, γ-methacryloxypropyltrimethoxysilane, γ-aminopropyltriethoxysilane, γ-anilinopropyltrimethoxysilane. , N-β-aminoethyl-γ-aminopropyltrimethoxysilane, N-vinylbenzyl-aminoethyl-γ-aminopropyltrimethoxysilane (hydrochloride), γ-glycidoxypropyltrimethoxysilane, β-(3 , 4-epoxycyclohexyl)ethyltrimethoxysilane, γ-mercaptopropyltrimethoxysilane, γ-chloropropyltrimethoxysilane and the like can be used. By treating the surface of the multi-woven cloth with a silane coupling agent, the adhesiveness between the rubber layer 21 and the intermediate layer 22 is improved when the rubber layer 21 is made of a fluororubber composition.

The surface layer 23 is composed of a woven fabric whose base material is a heat-resistant fiber member. In this embodiment, the surface layer 23 is made of a woven fabric, but the surface layer 23 is not limited to this, and may be made of a knitted fabric using a heat-resistant fiber member as a base material. Woven fabrics include plain weave, twill weave, satin weave, and the like. In particular, twill weave is preferred from the viewpoint of stretchability and flexibility. The woven fabric is woven to have a predetermined porosity to the extent that the surface layer 23 has irregularities. Note that the porosity refers to the proportion of space within a substance calculated from the difference between the actual volume and the apparent volume. Here, if the predetermined porosity of the woven fabric is too small, the weaving threads (warp and weft), which are heat-resistant fiber members, will become too dense, the surface roughness of the surface layer 23 will be small, and the This is not preferable because the hardness of the cushioning material 2 for hot pressing increases, which is undesirable from the viewpoint of releasability and flexibility of the cushioning material 2 for hot pressing. On the other hand, if the predetermined porosity of the woven fabric is too large, large gaps will be created between the woven yarns, increasing the air permeability of the hot press cushioning material 2, which is not preferable from the viewpoint of suction and conveyance properties. Therefore, the predetermined porosity is such that unevenness exists on the surface of the surface layer 23, and is smaller than the porosity that causes gaps between the woven yarns, and the porosity that causes the woven yarns to be too dense. The weave density is smaller than that of Specifically, the predetermined porosity is, for example, 10 to 80%.

Since the porosity of the woven fabric changes depending on the fiber diameter and weaving density, the woven fabric has a predetermined warp and weft, which are heat-resistant fiber members, of a predetermined fiber diameter so that the woven fabric has a predetermined porosity. Woven with weave density. Here, if the fiber diameter is too large, the spaces between the woven yarns will be too dense and the porosity will be small, and if the fiber diameter is too small, there will be gaps between the woven yarns and the porosity will become large. Furthermore, if the weaving density is too high, the weaving yarns will be too dense and the porosity will be small, and if it is too small, gaps will be created between the weaving yarns and the porosity will be high. Specifically, the predetermined fiber diameter is 300 to 600 μm. Further, the predetermined weaving density is, for example, 10 to 30 threads/cm for both warp and weft.

Glass fibers, carbon fibers, ceramic fibers, aramid fibers, PBO fibers, fluorine fibers, and the like are used as heat-resistant fiber members serving as the base material of the woven fabric. By forming the surface layer 23 of the heat-press cushioning material 2 with a woven fabric based on a heat-resistant fiber member, the surface of the heat-pressing cushioning material 2 is less likely to be damaged, so that it can be pressed evenly. can. In particular, glass fibers having excellent heat resistance, high strength, and high elasticity are preferred as the heat-resistant fiber member serving as the base material of the woven fabric. When glass fiber is used as the heat-resistant fiber member that is the base material of the woven fabric, the molded heat-press cushioning material 2 has a certain degree of hardness, so the heat-pressing cushioning material 2 has a size of several meters by several meters. Even when 2 is molded, it does not sag due to its own weight and does not fall from the suction conveyance device.Also, the adhesive strength between the glass fiber and the heat-resistant resin is not as strong as when using other heat-resistant fibers such as aramid fiber. Since the adhesive strength is strong even at high temperatures, it can be used up to 260°C, and it has the advantage that the fibers do not deteriorate even in high-temperature heat presses and do not generate fluff.

Further, the woven fabric is impregnated with a heat-resistant resin. Heat-resistant resins include, for example, epoxy resins, phenol resins, melanin resins, fluororesins, unsaturated polyester resins, silicone resins, polyimide resins, thermosetting acrylic resins, furan resins, urea resins, diallyl phthalate resins, etc. Blend systems or copolymers may be mentioned. Among these, fluororesins having good heat resistance, low compression set, etc. are most preferred. Further, the impregnation of the heat-resistant resin into the woven fabric can be performed by a known method such as blade coating, knife coating, cast coating, or the like.

Here, a QR code 24 (registered trademark) is printed on the surface layer 23 of the hot press cushioning material 2, as shown in FIG.

The method for printing the QR code 24 on the surface layer 23 is that since the surface layer 23 of the heat press cushioning material 2 is a woven fabric (a cloth made of a heat-resistant fiber material with fluororesin etc. attached), ink etc. Laser marking is preferred because it is less likely to adhere. Note that the QR code 24 may be a sealed QR code 24 pasted on it.

The QR code 24 is a type of two-dimensional code in which identification information set by the manufacturer of the heat press cushioning material 2 is encoded. The identification information is information for specifying and identifying the manufactured hot press cushioning material 2. In this embodiment, the identification information is a manufacturing number (202000001, 202000002, etc.) that is individually assigned by the manufacturer to each manufactured heat press cushioning material 2. Note that the identification information of the QR code 24 may be accompanied by information of a URL that allows access to the hot press cushioning material management system 1. In this embodiment, since the QR code 24 is adopted, identification information and the like can be easily added to the heat press cushioning material 2.

Furthermore, in this embodiment, a QR code 24, which is a type of two-dimensional code, is used as an example of identification information for specifying the heat-press cushioning material 2, but information can be transmitted in two directions (planarly), vertically and horizontally. You may use another two-dimensional code that has information in one direction, vertically or horizontally (linearly), or you may use a one-dimensional code (for example, a barcode) that has information in one direction (linearly), or simply a number or Information that combines alphabets or the like may be used, or simply the manufacturing number may be used.

(Heat press: How to use cushion material 2 for heat press)
As shown in FIG. 2, two flat plate-shaped heat press cushioning materials 2 are arranged between two heat press plates 5, and further arranged between the two heat press cushioning materials 2. The object to be pressed 4 is placed between the two stainless steel plates 3 that have been made. That is, the hot press cushioning material 2 and the stainless steel plate 3 are interposed between the two hot press plates 5 and the object to be pressed 4, respectively. In this state, heat and pressure are applied by the hot press plate 5. The pressing conditions are, for example, a temperature of room temperature to 260° C., a pressing force of 0.5 to 100 MPa, and a pressing time of 1 to 3 hours. The heat press cushioning material 2 is used for the purpose of uniformly applying pressure and heat to the object 4 to be pressed.

(Management server 10)
As shown in FIG. 1, the management server 10 is a computer used by an administrator such as a manufacturer to operate and manage the heat press cushioning material management system 1, and is a computer used by a user such as a mobile terminal 30 or a PC 60. When receiving various data and requests from a PC 40 used by a manufacturer, a PC 50 used by a vendor, etc., the data is memorized and saved, and the requested data is transferred to the mobile terminal 30, PC 40, or PC 50. It can also be sent to a PC 60 or the like. The management server 10 of this embodiment includes a control section 11, a storage section 12, an input section 13, a display section 14, and a communication section 15.

The control unit 11 performs computer control in the management server 10 (CPU, etc.).
The storage unit 12 includes a ROM (Read Only Memory) that stores a system program, a RAM (Random Access Memory) that is a rewritable storage area, a flash memory, and the like.
The input unit 13 is an operating device through which an administrator or the like inputs various information and commands, and is realized by, for example, a keyboard, a mouse, or the like.
The display unit 14 displays an operation screen for the administrator based on instructions from the control unit 11.
The communication unit 15 is a device for communicating with various terminal devices (mobile terminal 30, PC 40, PC 50, PC 60, etc.).

Here, in the storage unit 12, manufacturing numbers (identification information) corresponding to a large number of heat press cushion materials 2 manufactured by a manufacturer are associated with management information (many types) of the heat press cushion materials 2. In addition, a management information table is stored as data (see FIG. 4).

Specifically, the management information table includes the type of cushioning material, specifications, instruction manual, specifications (not shown), and inspection information for the manufacturing number individually assigned to each manufactured heat press cushioning material 2. Reports of results (not shown), SDS (Safety Data Sheet) (not shown), information on manufacturing and sales dates, maintenance history, usage history of heat press cushioning material 2, order history, recall information (not shown), etc. Management information is associated and can be referenced upon request from the control unit 11.

The type of cushioning material is information regarding the type of cushioning material manufactured by the manufacturer, and examples include cushioning material for heat press, cushioning material for press (not compatible with heat press), and cushioning material.

The specifications are information that summarizes symbols that define the usage, material, shape, size, etc. of each cushion material, contact information for manufacturers/sellers, etc., and manufacturing history.

The instruction manual is information that summarizes how to use the cushion material and its specifications, how to maintain it, and contact information for the manufacturer, etc., and can be referenced upon request (by viewing on the web or in a file). (Can be downloaded as data). Note that the instruction manual may include not only textual information but also a video that shows how to use and maintain the heat press cushioning material 2 (it is easy for the user to check the work points). Become).

The specification sheet for the heat press cushioning material 2, etc. is information that summarizes the types and specifications of the cushioning material described above, and is referred to upon request (it can be viewed on the web or downloaded as file data). We also have an inspection report that summarizes the test results of the heat press cushioning material 2, etc., and an SDS (Safety Data Sheet) that summarizes information on the properties and handling of chemical substances contained in the heat press cushioning material 2, etc. , referenced upon request (can be viewed on the web or downloaded as file data).

Information regarding the manufacturing date and sales date is information that summarizes the manufacturing date and sales date of the heat press cushioning material 2, the usage period and replacement period recommended by the manufacturer, and can be referred to upon request. .

The maintenance history stores information on maintenance performed on the hot press cushioning material 2. As shown in Figure 5, the maintenance information includes the date and time the maintenance was performed, the person in charge of the maintenance, the details of the maintenance (visual inspection, cleaning, etc.), and details if there is a problem with the heat press cushioning material 2. (Frayed ears, tears, dirt, etc.), special notes (response to defects: cutting measures for fraying, repair items such as cleaning, etc.), and records (photos and video records of defective areas).

The usage history includes the "total number of uses" (total number of times used for heat pressing) of the heat press cushioning material 2, which is mainly used during heat pressing, and the "number of replacement uses" of the heat press cushioning material 2. '' (manufacturer's recommended number of uses that require replacement (limit number of uses)) and the ``hot press usage conditions'' (temperature, pressure, degree of vacuum, etc.) at that time are memorized. More specifically, as shown in FIG. 6, the "date of use" of the heat press cushioning material 2, the "person in charge" who entered the usage history, the "number of times it was used this time (date of use)," and the "total number of times it was used." , "number of replacement uses", "remaining number of usable times" ("number of replacement uses" - "total number of uses"), "heat press usage conditions" (temperature, pressure, degree of vacuum), etc. are recorded for each day of use. Updated.

The order history includes whether or not there has been an order for heat press cushioning material 2, etc., the orderer (delivery information such as address), the orderer (contact information, etc.), type of cushioning material, specifications, quantity, selling price, and order date. , delivery date (scheduled delivery date), and other information is stored. The order history is updated when a user places an order for heat press cushioning material 2 or the like via application software and the order is accepted by the manufacturer or distributor.

(Mobile terminal 30)
The mobile terminal 30 includes a display 31 (display section), a camera 32 (reading section), a touch panel 33, and a terminal-side control section 34, and can be connected to the Internet. In this mobile terminal 30, dedicated application software that is accessed via the Internet is installed in the management server 10.

The display 31 displays operation icons for performing touch operations on the touch panel 33 and management information for the heat press cushioning material 2 using application software.

The camera 32 can read the QR code 24 printed on the heat press cushioning material 2 and use application software to acquire identification information of the QR code 24.

In this embodiment, the widely used mobile terminal 30 is used as the terminal device, but a reader or smartphone dedicated to reading the QR code 24 may also be used.

(PC40, PC50, PC60)
The PC 40 is a commercially available personal computer, and is used when a person in charge of the manufacturer accesses the management server 10 of the heat press cushioning material management system 1. Similar to the mobile terminal 30, the PC 40 has installed therein dedicated application software that accesses the management server 10 via the Internet.

The PC 50 is a commercially available personal computer, and is used when a sales person in charge accesses the management server 10 of the heat press cushioning material management system 1. Similar to the mobile terminal 30, dedicated application software for accessing the management server 10 is also installed on the PC 50. Further, a dedicated reader for reading the QR code 24 of the heat press cushioning material 2 can be connected to the PC 50.

The PC 60 is a commercially available personal computer, and is used when a user accesses the management server 10 of the heat press cushioning material management system 1. Similar to the mobile terminal 30, the PC 60 also has installed application software dedicated to accessing the management server 10. Further, a dedicated reader for reading the QR code 24 of the heat press cushioning material 2 can be connected to the PC 60 as well. Note that the user may use the PC 60 and the mobile terminal 30 individually or in combination. For example, the PC 60 may be installed at the user's head office, and the person in charge at the factory may use the mobile terminal 30.

In the above embodiment, a mobile terminal or a personal computer is used as an example of a terminal device that can access the management server 10. Tablets and wearable devices can also be used.

(How to use heat press cushioning material management system 1)
Next, a description will be given of a mode in which the user uses the hot press cushion material management system 1 to obtain management information for the hot press cushion material 2.

First, the user starts the application software installed on the mobile terminal 30 and enables the camera 32 to read the QR code 24.

Next, as shown in FIG. 1, the user reads the QR code 24 of the heat press cushioning material 2 with the camera 32. Thereby, the manufacturing number assigned to the hot press cushioning material 2 can be acquired. For example, in this embodiment, "202000001" is acquired as the manufacturing number of the heat press cushioning material 2.

When the mobile terminal 30 acquires the production number assigned to the heat-press cushioning material 2, the terminal-side control unit 34, via the application software, provides management information regarding the type and specifications of the cushioning material corresponding to the obtained production number. In order to obtain this information, a request for management information regarding the manufacturing number and the type and specifications of the cushioning material is sent to the management server 10.

When the management server 10 receives a request for management information regarding the manufacturing number and the type and specifications of the cushioning material transmitted from the mobile terminal 30, the control unit 11 refers to the management information table stored in the storage unit 12. Then, the received management information regarding the type and specifications of the cushioning material corresponding to the manufacturing number is specified. In this embodiment, the management information table (FIG. 4) is referred to, and the type and specification of the cushioning material corresponding to the production number "202000001" is referenced, and the type of cushioning material is "Cushioning material for heat press" and the specifications. "NS32U" is specified as "NS32U".

Then, the control unit 11 of the management server 10 transmits management information regarding the type and specifications of the specified cushioning material to the mobile terminal 30.

Then, the mobile terminal 30 (terminal-side control unit 34) that has received the management information regarding the type and specifications of the specified cushioning material displays the production number "202000001" on the display 31, as shown in FIG. 3(A). The corresponding cushioning material type (heat press cushioning material) and specifications (NS32U) are displayed.

This allows manufacturers, distributors, users, etc. of the heat press cushion material 2 to easily share management information regarding the type and specifications of the heat press cushion material 2 using the heat press cushion material management system 1. can do.

At this time, as shown in FIG. 3A, the display 31 also displays operation icons for performing operations (commands) using the application software. Specifically, refer to the operation icon labeled "Maintenance" for entering maintenance information for the heat press cushioning material 2, and the specification sheet containing details of the type and specifications of the heat press cushioning material 2. An operation icon that displays "Specifications" or an operation icon that displays "Instruction Manual" that refers to the instruction manual for the heat press cushioning material 2, or information about the usage history of the heat press cushioning material 2. The operation icon displayed as "Usage history" to refer to, the operation icon displayed as "Maintenance history" to refer to the maintenance history, and the procedure for requesting repair to the vendor or manufacturer of the heat press cushioning material 2. An operation icon displaying ``request for repair'' that allows the user to purchase a hot press cushion material 2, and an operation icon displaying ``order'' that allows the user to purchase the heat press cushioning material 2 are displayed.

(Obtaining the instruction manual: Management information processing in Figure 7)
As shown in FIG. 3(A), when the user touches the operation icon displayed as "instruction manual", the terminal side control unit 34 sends the manufacturing number of the heat press cushioning material 2 via the application software. In order to obtain management information regarding the corresponding instruction manual, a request for the manufacturing number obtained from the QR code 24 and management information regarding the instruction manual is sent to the management server 10 .

When the management server 10 receives a request for management information regarding the manufacturing number and the instruction manual transmitted from the mobile terminal 30 (see S1 in FIG. 7), the control unit 11 transmits the management information stored in the storage unit 12. Referring to the table, management information regarding the received instruction manual corresponding to the manufacturing number is identified (S2). In this embodiment, the management information table (FIG. 4) is referred to, the instruction manual corresponding to the production number "202000001" is referred to, and the "hot press cushioning material manual" is specified.

Then, the control unit 11 of the management server 10 transmits management information regarding the specified "hot press cushioning material manual" to the mobile terminal 30 (S3).

Then, the mobile terminal 30 that has received the management information regarding the specified "hot press cushioning material manual" displays a "heat press" corresponding to the manufacturing number "202000001" on the display 31, as shown in FIG. 3(B). Display the press cushioning material instructions. Thereby, the user can obtain information such as how to use the hot press cushioning material 2 and how to maintain it.

Note that the specifications, inspection report, SDS, etc. of the hot press cushioning material 2 can be obtained by the same procedure as the management information processing described above.

According to the above configuration, the specifications of the heat press cushion material 2, the inspection report, the SDS, the instruction manual for the heat press cushion material 2, etc. that were conventionally attached to the heat press cushion material 2, etc. Paper documents can be managed on the management server 10, making it possible to go paperless.

(Updating maintenance information: update process in Figure 8)
In addition, if the user touches the operation icon labeled "Maintenance" shown in FIG. 3(A) after completing the maintenance of the heat press cushioning material 2, the Maintenance information can be entered in. Specifically, you can select the date and time when the heat press cushioning material 2 was maintained (implementation date and time), the person in charge of maintaining the heat press cushioning material 2, and the details of the maintenance (items such as visual inspection and cleaning). ), details of defects in the heat press cushioning material 2 (flayed edges, tears, dirt, etc.), special notes (response to defects: cutting measures for fraying, repair matters such as cleaning, etc.), records (defects) Photos and video records of the location can be selected and entered.

After selecting and filling in the above maintenance information, an "OK" button is displayed on the display 31. Then, when the user touches this "OK" button, the application software updates the manufacturing number and maintenance information acquired from the QR code 24 in order to update the maintenance information corresponding to the manufacturing number of the heat press cushioning material 2. An update command is sent to the management server 10.

When the management server 10 receives the manufacturing number and maintenance information update command transmitted from the mobile terminal 30 (see S11 in FIG. 8), the control unit 11 performs maintenance on the management information table stored in the storage unit 12. The received maintenance information corresponding to the manufacturing number is updated with reference to the history (FIG. 5) (S12). In this embodiment, the maintenance information for the production number "202000001" is updated with reference to the maintenance history (FIG. 5) of the management information table. Specifically, as shown in Figure 5, the item with the date and time (2019.02.10-10:23) when maintenance (visual inspection) was performed on the heat press cushioning material 2 (manufacturing number: "202000001") is Under the newly established item of implementation date and time, the person in charge of the maintenance of the heat press cushioning material 2, the details of the maintenance (selvage fraying), and special notes (response to defects) are entered on the mobile terminal 30. As a result, records (photos of frayed ears (defective areas), photos after cutting of frayed ears, etc.) are entered, and the maintenance history is updated.

Then, the control unit 11 of the management server 10 transmits an update completion notification to the mobile terminal 30 to notify that the maintenance information has been updated (S13).

Then, on the mobile terminal 30 that has received the update completion notification, when the user touches the operation icon labeled "Maintenance History" shown in FIG. 3A, the updated maintenance history is displayed.

In addition, when a manufacturer or a vendor inspects or maintains the hot press cushioning material 2, the maintenance information may be updated by the manufacturer's PC 40 or the vendor's PC 50.

According to the above configuration, when maintenance such as visual inspection is performed on the heat press cushioning material 2, the date of maintenance, details of maintenance, details of defects (including photographic records), record of response to defects, etc. The maintenance information can be updated and managed collectively on the management server 10. As a result, users do not have to manage maintenance records such as inspections themselves, and manufacturers and distributors can share the usage status (inspections and defects) of the heat press cushioning material 2. This allows for detailed follow-up of users.

(Ordering cushioning material 2 for heat press: ordering process in Figure 9)
In addition, when the user touches the operation icon (see FIG. 3(A)) displayed as "Order" displayed on the display 31 because the time to replace the heat press cushioning material 2 (number of times of replacement use) is approaching. , the size, detailed specifications, vendor, contact information, etc. of the heat press cushion material 2 are obtained from the management information such as the type of cushion material (heat press cushion material) and specifications (NS32U) acquired by the mobile terminal 30. It is displayed on the display 31 (information necessary for repairing/purchasing the heat press cushioning material 2 is displayed). Here, the user can select the type, size, number, etc. of the cushioning material to order.

Next, a "estimate" button and a "purchase" button are displayed on the display 31 (not shown).

If the user wants an estimate for purchasing the selected heat press cushioning material 2, the user touches the "Estimate" button. In this case, the application software transmits information regarding the purchase of the selected heat press cushioning material 2 to the management server 10 as an estimate request.

When the management server 10 receives the quotation request sent from the mobile terminal 30 (see S21 in FIG. 9), the control unit 11 sends information regarding the purchase of the heat press cushioning material 2 stored in the storage unit 12. An estimate (including delivery date) is calculated and created with reference to the estimate calculation table (in which unit prices, etc. that vary depending on the type, size, and specifications of the cushioning material are listed) (S22).

Regarding the delivery date of the ordered hot press cushioning material 2, the control unit 11 collects information regarding the purchase of the hot press cushioning material 2 (type, size, specifications, quantity, delivery address, etc. of the ordered cushioning material, etc.). ) and the inventory information of the heat press cushioning material 2 managed by the manufacturer or distributor. For example, if the manufacturer or distributor has stock, the delivery time will be calculated as a relatively short number of days, but if the manufacturer or distributor does not have it in stock, the delivery time will take into account the number of days it takes to manufacture the heat press cushioning material 2. is calculated.

Then, the control unit 11 of the management server 10 transmits the estimate (including delivery date) to the mobile terminal 30 (S23).

The mobile terminal 30 that has received the estimate (including the delivery date) can view the estimate (including the delivery date). For example, the user can view information such as the estimated price of the heat press cushioning material 2 to be ordered and the number of days it will be delivered after ordering (delivery date).

Thereafter, if the contents of the estimate (including delivery date) are acceptable, the user touches the "Purchase" button displayed on the display 31. In this case, the application software transmits the manufacturing number acquired from the QR code 24 and an ordering instruction as information regarding the purchase of the selected hot press cushioning material 2 to the management server 10.

Note that if the user wants to purchase the heat press cushioning material 2 without a quotation, after touching the operation icon labeled "Order" displayed on the display 31 (see FIG. 3(A)), the user can select "Quotation". By touching the ``Purchase'' button without touching the ``'' button, the customer can place an order for the heat press cushioning material 2.

When the management server 10 receives the manufacturing number and ordering instruction transmitted from the mobile terminal 30 (S24), the control unit 11 executes the purchase procedure process (S25). Specifically, the control unit 11 updates the order history in the management information table of the storage unit 12 to “order completed” based on the manufacturing number and information regarding the purchase of the hot press cushioning material 2. Then, in response to the update to "order completed", the control unit 11 makes arrangements to deliver the heat press cushioning material 2 that the user wishes to purchase (contacts the manufacturer, distributor, etc. by email) Such).

Thereafter, the control unit 11 of the management server 10 transmits a purchase procedure completion notification to the mobile terminal 30 to notify that the purchase procedure for the heat press cushioning material 2 has been completed (S26).

Then, on the mobile terminal 30 that has received the purchase procedure completion notification, a message "Purchase procedure completed" is displayed on the display 31, and the user can confirm that the purchase procedure has been completed (also check the delivery date). ).

As a result, the manufacturer, distributor, user, etc. of the heat press cushion material 2 can easily share management information regarding ordering and receiving of the heat press cushion material 2 using the heat press cushion material management system 1. can do.

In the above explanation, we have explained the purchase of the heat press cushioning material 2, but it is also possible to request the manufacturer or seller to repair the heat press cushioning material 2 by following the same procedure (see "" in Figure 3 (A) Touch the operation icon that says "Repair Request").

(Input of number of uses of heat press cushioning material 2: number of use input process in Figure 10)
Next, the user performs heat pressing in the manufacturing process of laminates with a laminated structure, such as copper-clad laminates, flexible printed circuit boards, printed circuit boards such as layered laminates, IC cards, ceramic laminates, and liquid crystal display boards. By inputting the "current number of uses" of the heat press cushioning material 2 used when the heat press cushioning material 2 was used, you can check the "number of replacement uses", "total number of uses", and "remaining number of uses" of the heat press cushioning material 2. ” will be explained below.

If the user touches the operation icon labeled "Usage history" shown in FIG. 3(A) after completing the manufacturing process of the heat press, the user enters the usage history of the heat press cushioning material 2. be able to. Specifically, the "date of use" when the heat press was performed using the heat press cushioning material 2, the "person in charge" who performed the heat press (the person in charge who filled in the usage history), and the heat press in this heat press. It is possible to select and enter the number of times the press cushioning material 2 has been used (the "current number of uses") and the "hot press usage conditions" (temperature, pressure, degree of vacuum).

After selecting and filling in the above usage history, an "OK" button is displayed on the display 31. Then, when the user touches this "OK" button, the application software uses the "manufacturing number" acquired from the QR code 24, " Input commands such as "date of use", "person in charge", "current number of times of use", and "conditions for use of the heat press" are transmitted to the management server 10.

When the management server 10 receives input commands such as "manufacturing number", "date of use", "person in charge", "current number of times of use", and "conditions of use of heat press" transmitted from the mobile terminal 30 (Fig. 10), the control unit 11 refers to the usage history of the management information table (FIG. 6) stored in the storage unit 12, and determines the number of times of use up to the previous time corresponding to the received production number (202000001). The "current number of times of use" is added to the "total number of times of use" to calculate and store the "total number of times of current use" (S32). For example, as shown in Figure 6, the "total number of uses up to the last time (date of use: 2019.01.09)" is "300", and the "number of times of use this time (date of use: 2019.02.10)" is "300". In the case of ``330 times'', ``330 times'' is calculated and stored as the ``total number of times of use this time (date of use: 2019.02.10)''.

Next, with reference to the usage history of the management information table (Figure 6), subtract the "total number of times of use this time" calculated in the process of S32 from the "number of times of replacement use" corresponding to the received production number. , the "remaining number of usable times" is calculated and stored (S33). For example, as shown in Figure 6, if the "replacement usage count" corresponding to the manufacturing number (202000001) is "500 times" and the "total number of current usage times" is "330 times", the "remaining usable number of times" is "330 times". ``170 times'' is calculated and stored as the number of times.

Next, the "date of use", "person in charge", "conditions of use of heat press", etc. transmitted from the mobile terminal 30 are stored in the usage history of the management information table (see FIG. 6) (S34).

Then, the control unit 11 of the management server 10 transmits an update completion notification to the mobile terminal 30 in order to notify that the usage history of the heat press cushioning material 2 has been updated (S35).

The updated usage history is then displayed on the mobile terminal 30 that has received the update completion notification. Thereby, the user can view the "number of replacement uses", "total number of uses", and "remaining number of uses" of the heat press cushioning material 2.

Thereafter, the usage history of the heat press cushioning material 2 can be viewed not only on the mobile terminal 30 that received the input completion notification, but also on the PC 60, the manufacturer's PC 40, and the vendor's PC 50.

According to the above configuration, the total number of times the cushioning material 2 for heat press is used (total number of times used for heat press) used during heat press in the manufacturing process of a laminate having a laminate structure, and The heat press usage conditions (temperature, pressure, degree of vacuum, etc.) can be updated and collectively managed on the management server 10.
In addition, the management server 10 manages the number of times the heat press cushioning material 2 needs to be replaced (replacement number of times), and if there is a request from the mobile terminal 30, the number of times the heat press cushioning material 2 needs to be replaced and the number of times it has been used up to the previous time is managed. By referring to the total, it is possible to manage the remaining number of times the heat press cushioning material 2 can be used until the number of times it can be replaced ("number of times it can be replaced" - "total number of times it can be used" = "remaining number of times it can be used"). . Thereby, in the management server 10, the replacement timing of the heat press cushioning material 2 can be shared and managed.

In addition, when the "remaining number of times of use" decreases, order guidance may be provided so that the heat press cushion material 2 can be purchased again (from the mobile terminal 30, the manufacturer or seller can request the heat press cushion material 2). (You can order 2).

(Embodiment 2)
Embodiment 1 described above describes a case where management information regarding the heat press cushion material 2 is shared not only with the user of the heat press cushion material 2 but also with external parties (manufacturers and distributors of the heat press cushion material 2). . That is, the management server 10 installed by the manufacturer of the heat-press cushioning material 2 is accessed via an Internet connection to the user of the heat-pressing cushioning material 2, the person in charge of the manufacturer of the heat-pressing cushioning material 2, and the seller. The person in charge explained the manner in which management information regarding the hot press cushioning material 2 is accessed.

However, from the viewpoint of security, as a user of the heat press cushion material 2, it may not be desirable for an outsider (outside the company) to access management information regarding the heat press cushion material 2 used by the user.

Therefore, in the second embodiment, a heat press cushion material management system 101 that is used only within a company that is a user of the heat press cushion material 2 will be described.

As shown in FIG. 11, the heat press cushioning material management system 101 of the second embodiment mainly includes a management server 110 installed at the head office of a company that is a user, and the management server 110 is installed at a branch office. Connects to a PC 130, a PC 140 installed in the factory management department, a mobile terminal 150 (various terminal devices) owned by a person in charge at the factory site, etc. via a LAN (Local Area Network) or a WAN (Wide Area Network). has been done. As a result, only those related to the company who are users of the heat press cushion material 2 can use the heat press cushion material management system 101 to store the heat press cushion material 2 stored in the storage unit 112 of the management server 110. have access to administrative information about Note that the detailed configuration of the management server 110 and various terminal devices and the manner of use of the hot press cushioning material management system 101 are the same as in the first embodiment.

However, in ordering the heat press cushioning material 2, information regarding quotation requests, purchases, and repairs is sent to the management server 110 installed at the head office, and after confirmation by the person in charge at the head office, 2. Request for quotation, purchase procedure, and repair procedure will be performed. That is, since the heat press cushion material management system 101 is not directly connected to the outside (manufacturer or distributor of the heat press cushion material 2), external processing (estimate, purchase, repair) is required. In some cases, communication with the outside world takes place indirectly through the person in charge within the company.

(Embodiment 3)
In the second embodiment, the hot-press cushioning material management system 101 was described using only the network (LAN, WAN) within the company that is the user of the hot-pressing cushioning material 2.

However, from the viewpoint of security, as a user of the hot-press cushioning material 2, there are cases in which only the person in charge at the factory site needs to be able to access the management information regarding the hot-pressing cushioning material 2.

Therefore, in Embodiment 3, a hot press cushion material management system 201 that is used only in a factory of a company that is a user of the hot press cushion material 2 will be described.

As shown in FIG. 12, the heat press cushioning material management system 201 of the third embodiment is mainly based on a management PC 210 (corresponding to a management server) installed in a factory of a company that is a user. A dedicated reader 230 (terminal device) owned by a person in charge at the factory site is connected by wire or wirelessly. As a result, only the person in charge in the factory of the company that is the user of the heat press cushion material 2 can use the heat press cushion material management system 201 to check the heat press cushion material stored in the storage unit 212 of the management PC 210. Management information regarding the cushion material 2 can be accessed. Note that the detailed configuration of the management PC 210 and the dedicated reader 230 and the manner of use of the heat press cushioning material management system 201 are the same as in the first and second embodiments.

However, in the ordering process for the heat press cushioning material 2, the information regarding the request for quotation, purchase, and repair is confirmed by the person in charge on the management PC 210, and then the information regarding the request for quotation, purchase, and repair of the cushioning material 2 for the heat press is confirmed. will be carried out. That is, since the heat press cushioning material management system 201 is not directly connected to the outside (manufacturer or distributor of the heat press cushioning material 2), external processing (estimate, purchase, repair) is required. In some cases, communication with the outside is done indirectly through the person in charge within the factory.

(Other embodiments)
Although the above first embodiment does not specifically mention the authority to access management information using the hot press cushioning material management system 1, access restrictions and input restrictions to management information may be set. For example, in order to access the management server 10 from the mobile terminal 30, PC 40, PC 50, or PC 60, it may be possible to register in advance (register name, address, etc.) and then log in.

In addition, in the first embodiment, an instruction manual is exemplified as the management information of the heat press cushion material 2 in order to go paperless using the heat press cushion material management system 1. Specifications and any information regarding the heat press cushioning material 2 (data sheet, SDS, RoHS, inspection report, etc.) may be used.

Further, in the first embodiment, the heat press cushion material management system 1 includes only the management server 10 as a component, but the heat press cushion material management system 1 includes the management server 10 and the terminal device (mobile terminal 30). , PC40, PC50, PC60).

Although the embodiments of the present invention have been described above based on the drawings, it should be understood that the specific configuration is not limited to these embodiments and examples. Furthermore, the scope of the present invention is indicated not only by the description of the embodiments and examples described above, but also by the claims, and further includes all changes within the meaning and range equivalent to the claims.

1 Cushion material management system for heat press 10 Management server 11 Control unit 12 Storage unit 13 Input unit 14 Display unit 15 Communication unit 2 Cushion material for heat press 24 QR code 30 Mobile terminal 31 Display 32 Camera 33 Touch panel 34 Terminal side control unit 40 PC
50 PCs
60 PCs

Claims (9)

Identification information can be read from a two-dimensional code or a one-dimensional code printed on a heat press cushioning material used during heat press in the manufacturing process of a laminate having a laminated structure, and the heat press A heat press cushioning material management system comprising a management server to which a terminal device capable of displaying management information of cushioning materials is connected via a network,
The management server is
a storage unit in which the identification information corresponding to the plurality of heat-press cushioning materials and management information of many types of the heat-pressing cushioning materials are stored in association with each other;
Management information for the heat press cushion material stored in the storage unit, which corresponds to the identification information transmitted from the terminal device and the type of management information for the heat press cushion material inputted at the terminal device. and a control unit that transmits the information to the terminal device. The control unit updates the heat press cushion material corresponding to the identification information in the storage unit based on an update command of the identification information and the management information of the heat press cushion material transmitted from the terminal device. The heat press cushioning material management system according to claim 1, wherein the management information of the hot press cushioning material is updated. The heat press cushion material management system according to claim 1 or 2, wherein the management information for the heat press cushion material includes maintenance information for the heat press cushion material. 4. The management information of the heat press cushion material according to claim 1, wherein the heat press cushion material management information includes the number of times the heat press cushion material is used in the heat press and the heat press usage conditions. system. The management information of the heat press cushion includes information regarding the number of times the heat press cushion material is replaced,
Based on the identification information transmitted from the terminal device, the control unit stores information about the number of exchanges and uses of the heat press cushioning material corresponding to the identification information in the storage unit, and the information about the number of times the heat press cushioning material is replaced. transmitting to the terminal device the remaining number of times the heat press cushioning material can be used until it is replaced, with reference to the number of times the cushioning material can be used;
The heat press cushioning material management system according to claim 4. The management information of the heat press cushion material includes at least one of a specification sheet, an inspection report, an SDS, and an instruction manual for the heat press cushion material. The heat press cushioning material management system according to any one of the above. The management information of the heat press cushioning material includes information necessary for purchasing the heat press cushioning material,
The terminal device is capable of transmitting an ordering command based on information necessary for purchasing the heat press cushioning material,
7. The control unit of the management server stores, in the storage unit, an order history corresponding to the identification information based on the identification information and the ordering instruction transmitted from the terminal device. The heat press cushioning material management system according to any one of the above. A heat press cushion material management system comprising a terminal device and a management server connected to the terminal device via a network,
The terminal device is
A reading unit that reads identification information from a two-dimensional code or a one-dimensional code printed on a heat press cushioning material used during heat press in the manufacturing process of a laminate having a laminated structure;
a display section that displays management information of the heat press cushioning material;
a terminal-side control unit that transmits the identification information read by the reading unit and the requested type of management information of the heat-press cushioning material to the management server;
The management server is
a storage unit in which the identification information corresponding to the plurality of heat-press cushioning materials and management information of many types of the heat-pressing cushioning materials are stored in association with each other;
Sending to the terminal device management information for the heat press cushioning material stored in the storage unit that corresponds to the identification information and the type of management information for the heat press cushioning material transmitted from the terminal device. and a server-side control unit. Identification information can be read from a two-dimensional code or a one-dimensional code printed on a heat press cushioning material used during heat press in the manufacturing process of a laminate having a laminated structure, and the heat press A heat press cushion material management system comprising a management server to which a terminal device capable of displaying management information of cushion materials for use in heat presses can be connected,
The management server is
a storage unit in which the identification information corresponding to the plurality of heat-press cushioning materials and management information of many types of the heat-pressing cushioning materials are stored in association with each other;
Management information for the heat press cushion material stored in the storage unit that corresponds to the identification information read by the terminal device and the management information for the heat press cushion material inputted by the terminal device. , and a control unit that transmits data to the terminal device.

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