CN220873634U - Five-in-one assembly preparation equipment - Google Patents

Abstract

The utility model relates to a preparation device of a five-in-one component. The preparation equipment of the five-in-one component comprises: the first unreeling assembly is used for unreeling and outputting a first frame material belt downstream; a CCM laminating assembly disposed downstream of the first unwind assembly for laminating the CCM web to one side of the routed first frame web; the frame attaching assembly is arranged at the downstream of the CCM attaching assembly and is used for attaching the second frame to one side, provided with the CCM material sheets, of the first frame material belt in a passing way; and the hot rolling composite assembly is arranged at the downstream of the frame attaching assembly and is used for hot rolling the first frame material belt passing by, so that the CCM material sheet and the second frame are fixed on the same side of the first frame material belt in a pasting way.

Description

Preparation equipment for five-in-one components

Technical Field

The utility model relates to the technical field of fuel cell manufacturing equipment, in particular to a five-in-one component preparation equipment.

Background technique

The five-in-one assembly is an intermediate product in the preparation process of MEA (membrane electrode), and is the core component of hydrogen fuel cells. The five-in-one assembly consists of CCM (i.e. three-in-one assembly), anode frame and cathode frame.

Traditionally, the five-in-one module is produced by the sheet compound method, that is, the CCM, anode frame and cathode frame are made into sheets by the sheet making process, and then the anode frame sheet and cathode frame sheet are respectively attached to the two sides of the CCM sheet by flat pressing to obtain the five-in-one module. However, the production efficiency of the sheet compound method is low and cannot meet the production capacity requirements.

Utility Model Content

Based on this, it is necessary to provide a five-in-one component preparation equipment that improves the above defects in order to solve the problem that the five-in-one components in the prior art are produced by sheet compounding, the production efficiency is low and cannot meet the production capacity requirements.

A five-in-one component preparation device, comprising:

A first unwinding component, used for unwinding and outputting a first frame material strip downstream;

A CCM laminating assembly, arranged downstream of the first unwinding assembly, for laminating the CCM web to one side of the first frame web passing by;

A frame bonding component, arranged downstream of the CCM bonding component, for bonding the second frame to the side of the first frame material strip passing through and having the CCM material sheet; and

The hot rolling composite component is arranged downstream of the frame bonding component, and is used to hot roll the first frame material strip passing through, so that the CCM material sheet and the second frame are adhered and fixed on the same side of the first frame material strip.

In one embodiment, the CCM bonding assembly includes a CCM carrying platform and a heat pressing mechanism arranged relative to each other, and a first bonding channel for the first frame material strip to pass through is formed between the CCM carrying platform and the heat pressing mechanism;

The CCM carrying platform is used to carry the CCM material sheet. The CCM carrying platform and the hot pressing mechanism can be controlled to approach or move away from each other so as to hot press the CCM material sheet onto the first frame material strip passing through the first bonding channel.

In one embodiment, the five-in-one component preparation device further includes a first traction component arranged between the CCM laminating component and the frame laminating component, and the first traction component is used to pull the first frame material belt passing through and transport it downstream;

The CCM bonding component also includes a first position detection mechanism electrically connected to the first traction component, and the first position detection mechanism is used to detect the position of the first frame material strip passing through the first bonding channel, and control the operation of the first traction component according to the detection result.

In one of the embodiments, the CCM bonding assembly also includes a second position detection mechanism electrically connected to the CCM carrying platform, and the second position detection mechanism is used to detect the position of the CCM sheet carried on the CCM carrying platform, and control the CCM carrying platform to adjust the position of the CCM sheet according to the detection result.

In one embodiment, the frame laminating assembly includes a supporting platform and a positioning and hot pressing mechanism that are opposite to each other, and a second laminating channel for the first frame material strip to pass through is formed between the supporting platform and the positioning and hot pressing mechanism;

The positioning and hot-pressing mechanism is used to absorb the second frame, and the supporting platform and the positioning and hot-pressing mechanism can be controlled to approach or move away from each other so as to hot-press the second frame onto the first frame material strip passing through the second bonding channel.

In one embodiment, the positioning hot pressing mechanism has at least two positioning pins on a side facing the supporting platform, and each of the positioning pins is arranged in one-to-one correspondence with each of the positioning holes on the first frame material strip passing through the second bonding channel;

When the support platform and the positioning hot-pressing mechanism are close to each other, each of the positioning pins can be inserted into each of the positioning holes on the first frame material strip passing through the second bonding channel.

In one of the embodiments, the five-in-one component preparation device further includes a second unwinding component and a film making component;

The second unwinding assembly is used to unwind and output the second frame material strip to the downstream, and the film-making assembly is arranged downstream of the second unwinding assembly and is used to cut the passing second frame material strip to form the second frame; the positioning hot pressing mechanism can be controlled to move between the supporting platform and the film-making assembly;

When the positioning and hot-pressing mechanism moves to the film-making component, it can absorb the second frame on the supporting component.

In one embodiment, the preparation equipment of the five-in-one component also includes a first traction component, which is arranged between the CCM bonding component and the frame bonding component, and is used to pull the first frame material strip passing through to transport it downstream, and form a first tension release zone between the first traction component and the frame bonding component where the first frame material strip is in a relaxed state.

In one embodiment, the preparation equipment of the five-in-one component also includes a second traction component, which is arranged between the frame bonding component and the hot rolling composite component, and is used to pull the first frame material strip passing through to transport it downstream, and form a second tension release zone between the second traction component and the hot rolling composite component where the first frame material strip is in a relaxed state.

In one embodiment, the preparation device of the five-in-one component further includes a waste discharge component arranged between the second traction component and the hot rolling composite component, and the second tension release zone is located between the waste discharge component and the second traction component;

The waste discharge assembly includes a first clamping roller, a second clamping roller, a waste discharge tape unwinding mechanism and a waste discharge tape winding mechanism; a clamping channel is formed between the first clamping roller and the second clamping roller for the first frame material tape to pass through, the first clamping roller and the second clamping roller can controllably clamp the first frame material tape passing through the clamping channel, and the first frame material tape has a side of the second frame in contact with the first clamping roller; the waste discharge tape unwinding mechanism is used to unwind the waste discharge tape to the first clamping roller, the waste discharge tape passes through the first clamping roller and faces the side of the second clamping roller to pick up waste on the second frame, and the waste discharge tape winding mechanism is used to wind up the waste discharge tape passed through the first clamping roller.

In one embodiment, the waste discharge assembly further includes a bottom film winding mechanism, and the bottom film winding mechanism is used for winding the bottom film of the first frame material strip wound around the second clamping roller.

In one embodiment, the preparation equipment of the five-in-one component also includes a third traction component arranged between the waste discharge component and the hot rolling composite component; the third traction component is used to pull the first border material strip passing through to transport it downstream, and form a third tension release zone between the third traction component and the hot rolling composite component where the first border material strip is in a relaxed state.

In the preparation equipment of the above-mentioned five-in-one component, during actual production, the first unwinding component unwinds and outputs the first frame material strip downstream, so that the first frame material strip passes through the CCM bonding component, the frame bonding component and the hot rolling composite component in sequence. When the first frame material strip passes through the CCM bonding component, the CCM bonding component bonds the CCM material sheet to one side of the first frame material strip. When the first frame material strip passes through the frame bonding component, the frame bonding component is used to bond the second frame to the side of the first frame material strip passing through that has the CCM material sheet. When the first frame material strip passes through the hot rolling composite component, the hot rolling composite component performs hot rolling on the first frame material strip passing through, so that the CCM material sheet and the second frame are glued and fixed on the same side of the first frame material strip, that is, the CCM material sheet is located between the first frame and the second frame of the first frame material strip, and the three are combined to form a five-in-one component.

In this way, the first frame material strip is transported downstream, and the CCM material sheet and the second frame are bonded in sequence, and finally a five-in-one assembly is formed on the first frame material strip by hot rolling. The first frame material strip is transported downstream to drive the CCM material sheet and the second frame to be transported downstream together. There is no need to carry materials between the various workstations, and the CCM material bonding action of the CCM bonding assembly, the second frame bonding action of the frame bonding assembly, and the hot rolling action of the hot rolling composite assembly can be performed simultaneously, which greatly improves the production efficiency of the five-in-one assembly and helps to better meet production capacity requirements.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG1 is a schematic structural diagram of a five-in-one component preparation device in one embodiment of the present invention;

FIG2 is a schematic structural diagram of a CCM bonding component of the five-in-one component preparation equipment shown in FIG1 ;

FIG3 is a simplified structural diagram of the CCM laminating assembly shown in FIG2 ;

FIG4 is a schematic structural diagram of a frame laminating component and a film-making component of the preparation equipment of the five-in-one component shown in FIG1 ;

FIG5 is a simplified structural diagram of the frame laminating assembly shown in FIG4 ;

FIG6 is a schematic structural diagram of a waste discharge assembly of the five-in-one assembly preparation device shown in FIG1 ;

FIG. 7 is a schematic structural diagram of a hot rolling composite component of the preparation equipment for the five-in-one component shown in FIG. 1 .

Detailed ways

In order to make the above-mentioned purposes, features and advantages of the utility model more obvious and easy to understand, the specific implementation methods of the utility model are described in detail below in conjunction with the accompanying drawings. In the following description, many specific details are set forth to facilitate a full understanding of the utility model. However, the utility model can be implemented in many other ways different from those described herein, and those skilled in the art can make similar improvements without violating the connotation of the utility model, so the utility model is not limited by the specific embodiments disclosed below.

In the description of the present invention, it should be understood that the terms "center", "longitudinal", "lateral", "length", "width", "thickness", "up", "down", "front", "back", "left", "right", "vertical", "horizontal", "top", "bottom", "inside", "outside", "clockwise", "counterclockwise", "axial", "radial", "circumferential" and the like indicate orientations or positional relationships based on the orientations or positional relationships shown in the accompanying drawings, and are only for the convenience of describing the present invention and simplifying the description, and do not indicate or imply that the referred device or element must have a specific orientation, be constructed and operated in a specific orientation, and therefore should not be understood as a limitation on the present invention.

In addition, the terms "first" and "second" are used for descriptive purposes only and should not be understood as indicating or implying relative importance or implicitly indicating the number of the indicated technical features. Therefore, the features defined as "first" and "second" may explicitly or implicitly include at least one of the features. In the description of the present utility model, the meaning of "plurality" is at least two, such as two, three, etc., unless otherwise clearly and specifically defined.

In the present invention, unless otherwise clearly specified and limited, the terms "install", "connect", "connect", "fix" and the like should be understood in a broad sense, for example, it can be a fixed connection, a detachable connection, or an integral connection; it can be a mechanical connection or an electrical connection; it can be a direct connection or an indirect connection through an intermediate medium, it can be the internal connection of two elements or the interaction relationship between two elements, unless otherwise clearly defined. For ordinary technicians in this field, the specific meanings of the above terms in the present invention can be understood according to specific circumstances.

In the present utility model, unless otherwise clearly specified and limited, a first feature being "above" or "below" a second feature may mean that the first and second features are in direct contact, or the first and second features are in indirect contact through an intermediate medium. Moreover, a first feature being "above", "above" or "above" a second feature may mean that the first feature is directly above or obliquely above the second feature, or simply means that the first feature is higher in level than the second feature. A first feature being "below", "below" or "below" a second feature may mean that the first feature is directly below or obliquely below the second feature, or simply means that the first feature is lower in level than the second feature.

It should be noted that when an element is referred to as being "fixed to" or "disposed on" another element, it may be directly on the other element or there may be a central element. When an element is considered to be "connected to" another element, it may be directly connected to the other element or there may be a central element at the same time. The terms "vertical", "horizontal", "upper", "lower", "left", "right" and similar expressions used herein are for illustrative purposes only and are not intended to be the only implementation method.

Please refer to FIG1 . An embodiment of the utility model provides a preparation device for a five-in-one component, including a first unwinding component 10, a CCM laminating component 20, a frame laminating component 30 and a hot rolling composite component 40. The first unwinding component 10 is used to unwind and output the first frame material strip a1 to the downstream. The CCM laminating component 20 is arranged downstream of the first unwinding component 10 and is used to laminate the CCM material piece a3 (see FIG3 ) to one side of the first frame material strip a1 passing through. The frame laminating component 30 is arranged downstream of the CCM laminating component 20 and is used to laminate the second frame a21 to the side of the first frame material strip a1 passing through having the CCM material piece a3, that is, the CCM material piece a3 is located between the first frame a13 and the second frame a21 of the first frame material strip a1. The hot rolling composite component 40 is arranged downstream of the frame laminating component 30 and is used to hot roll the first frame material strip a1 passing through so that the CCM material piece a3 and the second frame a21 are pasted and fixed on the same side of the first frame material strip a1.

In the preparation equipment of the above-mentioned five-in-one component, during actual production, the first unwinding component 10 unwinds and outputs the first frame material strip a1 downstream, so that the first frame material strip a1 passes through the CCM bonding component 20, the frame bonding component 30 and the hot rolling composite component 40 in sequence. When the first frame material strip a1 passes through the CCM bonding component 20, the CCM bonding component 20 bonds the CCM material piece a3 to one side of the first frame material strip a1. When the first frame material strip a1 passes through the frame bonding component 30, the frame bonding component 30 is used to bond the second frame a21 to the side of the first frame material strip a1 passing through which the CCM material piece a3 is located. When the first frame material strip a1 passes through the hot rolling composite component 40, the hot rolling composite component 40 performs hot rolling on the first frame material strip a1, so that the CCM material piece a3 and the second frame a21 are adhered and fixed on the same side of the first frame material strip a1, that is, the CCM material piece a3 is located between the first frame a13 and the second frame a21 of the first frame material strip a1, and the three are combined to form a five-in-one component.

In this way, the first frame material strip a1 is transported downstream, and the CCM material piece a3 and the second frame a21 are bonded in sequence, and finally a five-in-one assembly is formed on the first frame material strip a1 by hot rolling. The first frame material strip a1 drives the CCM material piece a3 and the second frame a21 to be transported downstream together, and there is no need to transport materials between each station through a transporting device, and the CCM material piece a3 bonding action performed by the CCM bonding assembly 20, the second frame a21 bonding action performed by the frame bonding assembly 30, and the hot rolling action performed by the hot rolling composite assembly 40 can be performed simultaneously, which greatly improves the production efficiency of the five-in-one assembly and is conducive to better meeting the production capacity requirements.

It should be noted that the first frame material strip a1 has a plurality of first frames a13. The plurality of first frames a13 are arranged in sequence along the length direction of the first frame material strip a1. The first frame a13 has a glue layer that can play a bonding role when heated. When the hot rolling composite assembly 40 performs hot rolling on the first frame material strip a1, the glue layer on the first frame a13 is activated, so that the first frame a13 is bonded and fixed to the CCM sheet a3 and the second frame a21 through the glue layer, thereby forming a five-in-one assembly formed by the combination of the first frame a13, the CCM sheet a3 and the second frame a21. Of course, in other embodiments, the second frame a21 may also be provided with a glue layer, so that the bonding between the first frame a13, the CCM sheet a3 and the second frame a21 is more reliable.

Please refer to Figures 1, 2 and 3. In the embodiment of the present application, the CCM bonding component 20 includes a CCM carrying platform 21 and a heat pressing mechanism 23 arranged relative to each other. A first bonding channel A1 for the first frame material strip a1 to pass through is formed between the CCM carrying platform 21 and the heat pressing mechanism 23, that is, the first frame material strip a1 unwound and output by the first unwinding component 10 passes through the first bonding channel A1. The CCM carrying platform 21 is used to carry the CCM material sheet a3. The CCM carrying platform 21 and the heat pressing mechanism 23 can be controlled to approach or move away from each other so as to heat press the CCM material sheet a3 onto the first frame material strip a1 passing through the first bonding channel A1. Thus, when it is necessary to bond the CCM sheet a3, first, the CCM carrier platform 21 and the hot pressing mechanism 23 are controlled to be close to each other until the first frame material strip a1 and the CCM sheet a3 are pressed tightly, so that the hot pressing mechanism 23 heats the adhesive layer of the first frame a13 of the first frame material strip a1, so that the CCM sheet a3 is bonded to the first frame a13 of the first frame material strip a1 through the adhesive layer. Then, the CCM carrier platform 21 and the hot pressing mechanism 23 are controlled to be away from each other, so that the first frame material strip a1 can carry the CCM sheet a3 and continue to be transported downstream. Optionally, the CCM carrier platform 21 can adsorb and fix the CCM sheet a3 by vacuum adsorption.

It should be noted that the hot pressing mechanism 23 locally heats the adhesive layer on the first frame a13 and does not completely activate the adhesive layer. It is sufficient as long as the CCM material piece a3 can be pre-fixed on the first frame material strip a1.

Specifically in the embodiment, the preparation equipment of the five-in-one component also includes a first traction component 80 arranged between the CCM laminating component 20 and the frame laminating component 30. The first traction component 80 is used to traction the first frame material strip a1 passing through and transport it downstream. The CCM laminating component 20 also includes a first position detection mechanism 25 electrically connected to the first traction component 80. The first position detection mechanism 25 is used to detect the position of the first frame material strip a1 passing through the first laminating channel A1, and control the first traction component 80 to work according to the detection result, so that the first frame a13 of the first frame material strip a1 stays between the CCM bearing platform 21 and the hot pressing mechanism 23, ensuring that the hot pressing mechanism 23 accurately attaches the CCM material piece a3 to the first frame a13 of the first frame material strip a1. In this way, when the first position detection mechanism 25 detects that the first frame a13 of the first frame material strip a1 located in the first laminating channel A1 reaches the preset position, the first traction component 80 is controlled to stop traction of the first frame material strip a1 and continue to transport it downstream. Optionally, the first position detection mechanism 25 can adopt a CCD visual detection mechanism.

Specifically in the embodiment, the CCM laminating component 20 also includes a second position detection mechanism (not shown) electrically connected to the CCM carrying platform 21. The second position detection mechanism is used to detect the position of the CCM material a3 carried on the CCM carrying platform 21, and control the CCM carrying platform 21 to adjust the position of the CCM material a3 (i.e., correct the deviation) according to the detection result, so as to ensure that the CCM material a3 is accurately aligned with the first frame a13 of the first frame material strip a1 located in the first laminating channel A1, thereby ensuring that the alignment accuracy of the CCM material a3 and the first frame a13 of the first frame material strip a1 meet the process requirements. In this way, when the second position detection mechanism detects that the CCM material a3 on the CCM carrying platform 21 is not in the preset position aligned with the first frame a13 of the first frame material strip a1, the CCM carrying platform 21 is controlled to drive the CCM material a3 to adjust the position (i.e., drive the CCM material a3 to move and/or rotate) until the CCM material a3 reaches the preset position, that is, the CCM material a3 is accurately aligned with the first frame a13 of the first frame material strip a1. Optionally, the second position detection mechanism may adopt a CCD visual detection mechanism.

Specifically in the embodiment, the CCM laminating component 20 also includes a CCM transfer mechanism (not shown) and a CCM transport mechanism (not shown). The CCM transfer mechanism can switch between the loading station and the transfer station by rotating and/or moving. When the CCM transfer mechanism arrives at the loading station, the CCM sheet a3 can be loaded onto the CCM transfer mechanism by the loading mechanism or manually. When the CCM transfer mechanism arrives at the transfer station, the CCM transport mechanism transfers the CCM sheet a3 on the CCM transfer mechanism to the CCM carrying platform 21. Optionally, the CCM transfer mechanism can be a double-station turntable, that is, switching between the loading station and the transfer station is achieved by rotating. The CCM transfer mechanism can be a manipulator that absorbs and transfers the CCM sheet a3 by vacuum adsorption.

Referring to FIG. 1 , FIG. 4 and FIG. 5 , in the embodiment of the present application, the frame laminating assembly 30 includes a supporting platform 31 and a positioning hot pressing mechanism 33 arranged relative to each other. A second laminating channel (not shown in the figure) for the first frame material strip a1 to pass through is formed between the supporting platform 31 and the positioning hot pressing mechanism 33. The positioning hot pressing mechanism 33 is used to absorb the second frame a21. The supporting platform 31 and the positioning hot pressing mechanism 33 can be controlled to approach or move away from each other to hot press the second frame a21 on the supporting platform 31 onto the first frame material strip a1 passing through the second laminating channel. In this way, when the second frame a21 needs to be laminated, first, the supporting platform 31 and the positioning hot pressing mechanism 33 are controlled to approach each other until the first frame material strip a1 and the second frame a21 are pressed tightly. The positioning hot pressing mechanism 33 heats the adhesive layer of the first frame a13 of the first frame material strip a1, so that the second frame a21 is bonded to the first frame a13 of the first frame material strip a1 through the adhesive layer. Then, the supporting platform 31 and the positioning and hot pressing mechanism 33 are controlled to move away from each other, so that the first frame material strip a1 carries the second frame a21 and continues to be transported downstream.

It should be noted that the positioning hot pressing mechanism 33 locally heats the adhesive layer on the first frame a13 of the first frame material strip a1 and does not completely activate the adhesive layer, as long as the second frame a21 can be pre-fixed on the first frame material strip a1.

Specifically in the embodiment, the positioning hot pressing mechanism 33 has at least two positioning pins 331 on one side facing the support platform 31. Each positioning pin 331 is arranged in a one-to-one correspondence with each positioning hole on the first frame material strip a1 passing through the second bonding channel. When the support platform 31 and the positioning hot pressing mechanism 33 are close to each other, each positioning pin 331 can be inserted into each positioning hole on the first frame material strip a1 passing through the second bonding channel, so as to position the first frame material strip a1, so that the first frame a13 of the first frame material strip a1 is accurately aligned with the second frame a21. In this way, when the second frame a21 needs to be bonded, the support platform 31 and the positioning hot pressing mechanism 33 are controlled to be close to each other, so that each positioning pin 331 on the positioning hot pressing mechanism 33 gradually enters into the positioning hole on the first frame material strip a1, so as to realize the positioning of the first frame material strip a1. As the positioning hot-pressing mechanism 33 and the support platform 31 continue to approach each other, the positioning hot-pressing mechanism 33 presses the second frame a21 and the first frame strip a1 onto the support platform 31, so that the second frame a21 is aligned and closely attached to the first frame a13 of the first frame strip a1, and the CCM material piece a3 is located between the first frame a13 and the second frame a21. Then, the positioning hot-pressing mechanism 33 locally heats the adhesive layer on the first frame a13, so that the second frame a21 is bonded to the first frame strip a1. Then, the positioning hot-pressing mechanism 33 and the support platform 31 are controlled to move away from each other, so that the first frame strip a1 can carry the second frame a21 and the CCM material piece a3 to continue to be transported downstream.

Specifically in the embodiment, the preparation equipment of the five-in-one component also includes a second unwinding component 71 and a film-making component 70. The second unwinding component 71 is used to unwind and output the second frame material strip a2 to the downstream. The film-making component 70 is arranged downstream of the second unwinding component 71, and is used to cut the second frame material strip a2 passing through to form the above-mentioned second frame a21. The positioning and hot pressing mechanism 33 can be controlled to move between the support platform 31 and the film-making component 70. When the positioning and hot pressing mechanism 33 moves to the film-making component 70, it can absorb the second frame a21 on the film-making component 70. When the positioning and hot pressing mechanism 33 moves to the support platform 31, the positioning and hot pressing mechanism 33 can cooperate with the support platform 31 to fit the absorbed second frame a21 to the first frame material strip a1 passing through. Optionally, the positioning and hot pressing mechanism 33 can absorb the second frame a21 by vacuum adsorption.

It should be noted that the movement of the positioning hot pressing mechanism 33 between the supporting platform 31 and the film-making assembly 70 can be achieved by a linear drive module such as a cylinder or an electric cylinder, which is not limited here.

Specifically in the embodiment, the first traction component 80 is arranged between the CCM laminating component 20 and the frame laminating component 30, and is used to traction the first frame material strip a1 passing through to be transported downstream, and form a first tension release zone 83 where the first frame material strip a1 is in a relaxed state between the first traction component 80 and the frame laminating component 30. In this way, the setting of the first tension release zone 83 makes it possible for the tension of the first frame material strip a1 passing through the CCM laminating component 20 and the tension of the first frame material strip a1 passing through the frame laminating component 30 to not affect each other, thereby making the action rhythm of the CCM laminating component 20 attaching the CCM material piece a3 to the first frame material strip a1 inconsistent with the action rhythm of the frame laminating component 30 attaching the second frame a21 to the first frame material strip a1, so as to avoid the mutual influence between the two.

Specifically in the embodiment, the preparation equipment of the five-in-one component also includes a second traction component 81. The second traction component 81 is arranged between the frame bonding component 30 and the hot rolling composite component 40, and is used to traction the first frame material strip a1 passing through to be transported downstream, and form a second tension release zone 84 between the second traction component 81 and the hot rolling composite component 40, where the first frame material strip a1 is in a relaxed state. In this way, the setting of the second tension release zone 84 makes it possible for the tension of the first frame material strip a1 passing through the hot rolling composite component 40 and the tension of the first frame material strip a1 passing through the frame bonding component 30 to not affect each other, thereby making the action rhythm of the hot rolling composite component 40 to perform hot rolling on the first frame material strip a1, the CCM material sheet a3 and the second frame a21 inconsistent with the action rhythm of the frame bonding component 30 to attach the second frame a21 to the first frame material strip a1, so as to avoid the mutual influence between the two.

Please refer to Figures 1 and 6. It should be noted that, since the second frame a21 is hollowed out, when the film-making component 70 cuts the second frame material strip a2 to form the second frame a21, waste exists in the hollow area of the second frame a21. In order to remove the waste on the second frame a21 in time, in the embodiment of the present application, the preparation equipment of the five-in-one component also includes a waste discharge component 90 arranged between the second traction component 81 and the hot rolling composite component 40. The above-mentioned second tension release area 84 is located between the waste discharge component 90 and the second traction component 81, so as to avoid the waste discharge action rhythm of the waste discharge component 90 and the action rhythm of the frame bonding component 30 attaching the second frame a21 to the first frame material strip a1 being inconsistent, so as to avoid the mutual influence between the two.

The waste discharge assembly 90 includes a first clamping roller 91, a second clamping roller 92, a waste discharge tape unwinding mechanism 93 and a waste discharge tape rewinding mechanism 94. A clamping channel (not shown) is formed between the first clamping roller 91 and the second clamping roller 92 for the first frame material tape a1 to pass through. The first clamping roller 91 and the second clamping roller 92 can controllably clamp the first frame material tape a1 passing through the clamping channel, and the first frame material tape a1 has a side of the second frame a21 that contacts the first clamping roller 91. The waste discharge tape unwinding mechanism 93 is used to unwind the waste discharge tape a4 to the first clamping roller 91, and the waste discharge tape a4 passes through the first clamping roller 91 toward the side of the second clamping roller 92 to pick up the waste on the second frame a21. The waste discharge tape rewinding mechanism 94 is used to rewind the waste discharge tape a4 that passes through the first clamping roller 91. Thus, when the first frame material tape a1 carries the CCM material sheet a3 and the second frame a21 through the clamping channel, the waste discharge tape a4 passing through the first clamping roller 91 picks up the waste on the second frame a21. The waste discharge tape a4 with the waste is rolled up on the waste discharge tape winding mechanism 94.

It should be noted that the first frame material strip a1 includes a base film a11 and a plurality of first frames a13, and the plurality of first frames a13 are sequentially arranged on the same side of the base film a11 along the length direction of the base film a11. At the CCM laminating component 20, the CCM laminating component 20 attaches the CCM material piece a3 to the side of the first frame a13 away from the base film a11. At the frame laminating component 30, the frame laminating component 30 attaches the second frame a21 to the side of the first frame a13 away from the base film a11, and the CCM material piece a3 is located between the first frame a13 and the second frame a21. In order to remove the base film a11 in time, in the embodiment of the present application, the waste discharge component 90 also includes a base film winding mechanism 95. The base film winding mechanism 95 is used to wind up the base film a11 of the first frame material strip a1 wound around the second clamping roller 92. In this way, when the first frame material strip a1 passes through the clamping channel between the first clamping roller 91 and the second clamping roller 92 , the bottom film winding mechanism 95 winds up the bottom film a11 of the first frame material strip a1 .

Please continue to refer to FIG. 1 , specifically in the embodiment, the preparation equipment of the five-in-one assembly further includes a third traction assembly 82 arranged between the waste discharge assembly 90 and the hot rolling composite assembly 40. The third traction assembly 82 is used to traction the first frame material strip a1 (because the bottom film a11 has been rolled up by the bottom film rolling mechanism 95, the first frame material strip a1 at this time only includes the first frame a13 and the CCM material piece a3 and the second frame a21 attached to the first frame a13) to be transported downstream, and a third tension release area 85 where the first frame material strip a1 is in a relaxed state is formed between the third traction assembly 82 and the hot rolling composite assembly 40. In this way, the setting of the third tension release zone 85 ensures that the tension of the first frame material strip a1 passing through the hot rolling composite component 40 and the first frame material strip a1 passing through the waste discharge component 90 will not affect each other, thereby making the action rhythm of the hot rolling composite component 40 for hot rolling the first frame material strip a1, CCM material sheet a3 and second frame a21 and the action rhythm of the waste discharge component 90 for discharging waste and winding the base film a11 on the first frame material strip a1 inconsistent, thereby avoiding mutual influence between the two.

Please refer to Figures 1 and 7. In the embodiment of the present application, the hot rolling composite component 40 includes a first hot pressing conveyor belt 41 and a second hot pressing conveyor belt 42 arranged relatively to each other. A hot pressing channel (not shown) is formed between the first hot pressing conveyor belt 41 and the second hot pressing conveyor belt 42 for the first frame material strip a1 to pass through. The hot rolling composite component 40 also includes a preheating mechanism 43, a heating mechanism 44 and a cooling mechanism 45 arranged in sequence from upstream to downstream along the hot pressing channel. The preheating mechanism 43 is used to preheat the first frame material strip a1 in the hot pressing channel. The heating mechanism 44 is used to heat the first frame material strip a1 in the hot pressing channel. The cooling mechanism 45 is used to cool the first frame material strip a1 in the hot pressing channel.

The hot rolling composite assembly 40 also includes a rolling mechanism 46, and a rolling mechanism 46 is arranged between the preheating mechanism 43 and the heating mechanism 44, between the heating mechanism 44 and the cooling mechanism 45, and on the downstream side of the cooling mechanism 45. Each rolling mechanism 46 includes a first pressing roller (not shown) and a second pressing roller (not shown). The first pressing roller is arranged on the side of the first hot pressing conveyor belt 41 away from the second hot pressing conveyor belt 42. The second pressing roller is arranged on the side of the second hot pressing conveyor belt 42 away from the first hot pressing conveyor belt 41, and at least one of the first pressing roller and the second pressing roller can be controlled to approach or move away from the other. Optionally, the first hot pressing conveyor belt 41 and the second hot pressing conveyor belt 42 can be made of steel belts.

In this way, when it is necessary to perform hot rolling on the first frame material strip a1 and the second frame a21 and CCM material sheet a3 thereon, the first frame material strip a1 moves downstream along the hot pressing channel driven by the first hot pressing conveyor belt 41 and the second hot pressing conveyor belt 42, and passes through the preheating mechanism 43, the rolling mechanism 46, the heating mechanism 44, the rolling mechanism 46, the cooling mechanism 45 and the rolling mechanism 46 in sequence.

The preheating mechanism 43 is used to preheat the first frame material strip a1 in the hot pressing channel. The roller pressing mechanism 46 between the preheating mechanism 43 and the heating mechanism 44 is used to pre-press the preheated first frame material strip a1, which is beneficial to improve the hot pressing effect and ensure product quality. The heating mechanism 44 heats the first frame material strip a1 to activate the glue layer on the first frame material strip a1. The first pressing roller and the second pressing roller of the roller pressing mechanism 46 located between the heating mechanism 44 and the cooling mechanism 45 are close to each other, so that the first frame material strip a1 is pressed between the first hot pressing conveyor belt 41 and the second hot pressing conveyor belt 42, that is, the first frame a13, the CCM sheet a3 and the second frame a21 are hot pressed, so that the three are bonded and fixed by the glue layer. The cooling mechanism 45 is used to cool the first frame material strip a1 in the hot pressing channel. The roller pressing mechanism 46 on the downstream side of the cooling mechanism 45 is used to shape the cooled first frame material strip a1.

Please refer to FIG. 1 , specifically in the embodiment, the preparation equipment of the five-in-one component further includes a cutting component 50 and a blanking component 60 arranged downstream of the hot rolling composite component 40. The cutting component 50 is used to cut the first frame material strip a1 passing through to form a five-in-one component formed by the first frame a13, the CCM material piece a3 and the second frame a21. The blanking component 60 is used to blank the five-in-one component.

It should be noted that the specific structure of the cutting assembly 50 is not limited here, as long as it can cut the first frame material strip a1 passing through. The specific structure of the blanking assembly 60 is not limited here, as long as it can blank the five-in-one assembly.

Furthermore, a fourth tension release zone 86 in which the first frame material strip a1 is in a relaxed state is formed between the cutting assembly 50 and the hot rolling composite assembly 40. In this way, the fourth tension release zone 86 is set so that the tension of the first frame material strip a1 passing through the hot rolling composite assembly 40 and the first frame material strip a1 passing through the cutting assembly 50 will not affect each other, thereby making the action rhythm of the hot rolling composite assembly 40 for hot rolling the first frame material strip a1, the CCM material piece a3 and the second frame a21 inconsistent with the action rhythm of the cutting assembly 50 for cutting the first frame material strip a1, thereby avoiding the mutual influence between the two.

The technical features of the above-described embodiments may be arbitrarily combined. To make the description concise, not all possible combinations of the technical features in the above-described embodiments are described. However, as long as there is no contradiction in the combination of these technical features, they should be considered to be within the scope of this specification.

The above-mentioned embodiments only express several implementation methods of the utility model, and the descriptions thereof are relatively specific and detailed, but they cannot be understood as limiting the scope of the utility model patent. It should be pointed out that for ordinary technicians in this field, several modifications and improvements can be made without departing from the concept of the utility model, and these all belong to the protection scope of the utility model. Therefore, the protection scope of the utility model patent shall be based on the attached claims.

Claims (12)

1. A five-in-one component preparation device, characterized in that it comprises: A first unwinding component (10) is used to unwind and output the first frame material strip (a1) downstream; A CCM laminating assembly (20), arranged downstream of the first unwinding assembly (10), for laminating the CCM sheet (a3) to one side of the first frame material strip (a1) passing by; A frame bonding component (30) is arranged downstream of the CCM bonding component (20) and is used to bond the second frame (a21) to the side of the first frame material strip (a1) having the CCM material sheet (a3) passing therethrough; and A hot rolling composite component (40) is arranged downstream of the frame bonding component (30) and is used to hot roll-press the first frame material strip (a1) passing through, so that the CCM material sheet (a3) and the second frame (a21) are adhered and fixed on the same side of the first frame material strip (a1). 2. The preparation equipment of the five-in-one component according to claim 1, characterized in that the CCM bonding component (20) comprises a CCM carrying platform (21) and a hot pressing mechanism (23) arranged opposite to each other, and a first bonding channel (A1) for the first frame material strip (a1) to pass through is formed between the CCM carrying platform (21) and the hot pressing mechanism (23); The CCM carrying platform (21) is used to carry the CCM material sheet (a3), and the CCM carrying platform (21) and the hot pressing mechanism (23) can be controlled to approach or move away from each other so as to hot press the CCM material sheet (a3) onto the first frame material strip (a1) passing through the first bonding channel (A1). 3. The five-in-one component preparation equipment according to claim 2, characterized in that the five-in-one component preparation equipment further comprises a first traction component (80) arranged between the CCM laminating component (20) and the frame laminating component (30), the first traction component (80) being used to traction the first frame material belt (a1) passing through and transporting it downstream; The CCM laminating component (20) further comprises a first position detection mechanism (25) electrically connected to the first traction component (80), wherein the first position detection mechanism (25) is used to detect the position of the first frame material strip (a1) passing through the first laminating channel (A1), and to control the operation of the first traction component (80) according to the detection result. 4. The preparation equipment of the five-in-one component according to claim 2 is characterized in that the CCM bonding component (20) also includes a second position detection mechanism electrically connected to the CCM carrying platform (21), and the second position detection mechanism is used to detect the position of the CCM sheet (a3) carried on the CCM carrying platform (21), and control the CCM carrying platform (21) to adjust the position of the CCM sheet (a3) according to the detection result. 5. The preparation equipment of the five-in-one assembly according to claim 1, characterized in that the frame bonding assembly (30) comprises a supporting platform (31) and a positioning and hot pressing mechanism (33) opposite to each other, and a second bonding channel for the first frame material strip (a1) to pass through is formed between the supporting platform (31) and the positioning and hot pressing mechanism (33); The positioning and hot-pressing mechanism (33) is used to absorb the second frame (a21), and the supporting platform (31) and the positioning and hot-pressing mechanism (33) can be controlled to approach or move away from each other so as to hot-press the second frame (a21) onto the first frame material strip (a1) passing through the second bonding channel. 6. The preparation equipment of the five-in-one component according to claim 5, characterized in that the positioning hot pressing mechanism (33) has at least two positioning pins (331) on the side facing the supporting platform (31), and each of the positioning pins (331) is arranged in one-to-one correspondence with each of the positioning holes on the first frame material strip (a1) passing through the second bonding channel; When the support platform (31) and the positioning hot pressing mechanism (33) are close to each other, each of the positioning pins (331) can be inserted into each of the positioning holes on the first frame material strip (a1) passing through the second bonding channel. 7. The five-in-one component preparation device according to claim 5, characterized in that the five-in-one component preparation device further comprises a second unwinding component (71) and a film making component (70); The second unwinding assembly (71) is used for unwinding and outputting the second frame material strip (a2) to the downstream, and the film-making assembly (70) is arranged downstream of the second unwinding assembly (71) and is used for cutting the passing second frame material strip (a2) to form the second frame (a21); the positioning hot pressing mechanism (33) can be controlled to move between the supporting platform (31) and the film-making assembly (70); When the positioning and hot pressing mechanism (33) moves to the film-making component (70), it is able to absorb the second frame (a21) on the film-making component (70). 8. The preparation equipment of the five-in-one component according to claim 7 is characterized in that the preparation equipment of the five-in-one component also includes a first traction component (80), which is arranged between the CCM bonding component (20) and the frame bonding component (30), and is used to pull the first frame material strip (a1) passing through to transport it downstream, and form a first tension release area (83) between the first traction component (80) and the frame bonding component (30) in which the first frame material strip (a1) is in a relaxed state. 9. The preparation equipment of the five-in-one component according to claim 7 is characterized in that the preparation equipment of the five-in-one component also includes a second traction component (81), which is arranged between the frame bonding component (30) and the hot rolling composite component (40), and is used to pull the first frame material strip (a1) passing through to transport it downstream, and form a second tension release zone (84) between the second traction component (81) and the hot rolling composite component (40) in which the first frame material strip (a1) is in a relaxed state. 10. The five-in-one component preparation equipment according to claim 9, characterized in that the five-in-one component preparation equipment further comprises a waste discharge assembly (90) arranged between the second traction assembly (81) and the hot rolling composite assembly (40), and the second tension release zone (84) is located between the waste discharge assembly (90) and the second traction assembly (81); The waste discharge assembly (90) comprises a first clamping roller (91), a second clamping roller (92), a waste discharge tape unwinding mechanism (93) and a waste discharge tape rewinding mechanism (94); a clamping channel is formed between the first clamping roller (91) and the second clamping roller (92) for the first frame material tape (a1) to pass through; the first clamping roller (91) and the second clamping roller (92) can controllably clamp the first frame material tape (a1) passing through the clamping channel; and the first frame material tape (a1) has One side of the second frame (a21) is in contact with the first clamping roller (91); the waste discharge tape unwinding mechanism (93) is used to unwind the waste discharge tape (a4) toward the first clamping roller (91); the waste discharge tape (a4) is wound around the first clamping roller (91) toward the side of the second clamping roller (92) to pick up waste materials on the second frame (a21); the waste discharge tape winding mechanism (94) is used to wind up the waste discharge tape (a4) wound around the first clamping roller (91). 11. The preparation equipment of the five-in-one component according to claim 10 is characterized in that the waste discharge component (90) also includes a bottom film winding mechanism (95), and the bottom film winding mechanism (95) is used to wind up the bottom film (a11) of the first frame material strip (a1) wound by the second clamping roller (92). 12. The preparation equipment for the five-in-one component according to claim 10 is characterized in that the preparation equipment for the five-in-one component also includes a third traction component (82) arranged between the waste discharge component (90) and the hot rolling composite component (40); the third traction component (82) is used to pull the first frame material strip (a1) passing through to transport it downstream, and form a third tension release zone (85) between the third traction component (82) and the hot rolling composite component (40) in which the first frame material strip (a1) is in a relaxed state.