Embedding forming method and device for built-in rescue signal sending device in outdoor down jacket fabric

Abstract

The invention discloses an embedding forming method and device for a built-in rescue signal sending device in outdoor down jacket fabric, the embedding forming device comprises a first shell, one end of the first shell is provided with a fabric inlet, the first shell is internally provided with a spraying part, the first shell is internally provided with a profiling part, and the first shell is internally provided with a second shell; a groove body for accommodating the rescue signal sending mechanism is formed by the fabric I; the embedding part is arranged on one side of the shell I and is positioned at the downstream of the profiling part; a gluing part is arranged on the bearing frame, an unwinding device is arranged on the bearing frame on the side, away from the embedding part, of the gluing part, and a pressing and covering part is arranged on the bearing frame on the side, away from the gluing part, of the unwinding device; and the winding equipment is arranged at the downstream of the bearing frame. According to the invention, the rescue signal sending mechanism is embedded and molded into the fabric, so that the external damage to the rescue signal sending device is effectively reduced, the service life of the rescue signal sending device is prolonged, and the probability that the rescue signal sending device falls off and is lost is reduced.

Description

Technical Field

[0001] The present invention relates to the technical field of embedding processing of down jacket fabrics, and in particular to an embedding molding method and device for a built-in rescue signal sending device in the fabrics of an outdoor down jacket. Background Art

[0002] Wearing safe and reliable down jackets is crucial for high-risk activities such as outdoor adventures, mountaineering, and skiing. However, when encountering extreme weather, getting lost, or accidentally injured, how to quickly and accurately send out a rescue signal becomes an urgent problem. Traditionally, outdoor personnel often carry rescue tools such as GPS locators, flares, or whistles. However, these devices not only increase the weight, but may also be difficult to find or operate quickly in an emergency. Therefore, most outdoor down jacket fabrics have rescue signal sending devices. However, at present, the rescue signal sending devices in some outdoor down jacket fabrics are usually installed on the outside or inside of the outdoor down jacket fabric by sewing or gluing. This method not only makes the rescue signal sending device susceptible to external damage, resulting in a shorter service life of the rescue signal sending device, but also increases the probability of the rescue signal sending device falling and being lost. To this end, we propose a method and device for embedding a rescue signal sending device in the fabric of an outdoor down jacket. Summary of the Invention

[0003] The purpose of the present invention is to provide a method and device for embedding a rescue signal sending device into the fabric of an outdoor down jacket, so as to solve the problems raised in the above-mentioned background technology.

[0004] To achieve the above object, the present invention provides the following technical solutions: A device for embedding a rescue signal sending device in the fabric of an outdoor down jacket, which is used to embed the rescue signal sending mechanism between a first fabric and a second fabric. The device comprises: The first shell has a fabric inlet at one end, a spraying portion is provided in the first shell for spraying a setting agent onto the first fabric, and a pressing portion is provided in the first shell and downstream of the spraying portion for forming a groove in the first fabric to accommodate the rescue signal sending mechanism; An embedded portion is provided on one side of the shell and downstream of the pressing portion, and is used to fix the rescue signal sending mechanism in the slot; A carrier frame is provided downstream of the embedding portion, the carrier frame being provided with a gluing portion for applying glue to the surface of fabric 1, a reeling device for reeling fabric 2 is provided on the carrier frame on the side of the gluing portion away from the embedding portion, and a pressing portion for pressing fabric 2 onto fabric 1 to form a fabric base is provided on the carrier frame on the side of the reeling device away from the gluing portion; and The winding device is arranged downstream of the carrier frame and is used for winding the fabric base.

[0005] A further improvement is that the rescue signal issuing mechanism includes: a distress signal transmitter; and, The flexible member is adapted to the trough body, and the flexible member is detachably connected to the rescue signal emitter.

[0006] A further improvement is that the spraying part includes: The inner shell 1 is arranged in the outer shell 1, and the two ends of the inner shell 1 are provided with material inlet and outlet ports; and The spraying part is arranged in the inner shell 1, with its liquid outlet facing the fabric 1. The spraying part is connected to the equipment for supplying the setting agent through a pipeline.

[0007] A further improvement is that the vertical cross-section of the trough body is arc-shaped, and the press-forming portion includes: An upper arc-shaped mold is located above the fabric, and the upper arc-shaped mold is connected to the top inner wall of the shell through a telescopic device; A lower arc mold is located below the fabric and corresponds to the upper arc mold, wherein the lower arc mold is connected to the bottom inner wall of the shell through a telescopic device; and There are two groups of heating elements, which are respectively embedded in the upper arc-shaped mold and the lower arc-shaped mold.

[0008] A further improvement is that the embedded portion includes: A material guide barrel is used to accommodate a rescue signal issuing mechanism. One side of the material guide barrel is connected to the housing via an electric guide rail. The inner cavity of the material guide barrel is symmetrically rotated by a rotating shaft torsion spring. A baffle is provided to close the material guide barrel. The baffle is driven by a driving mechanism provided on the material guide barrel to flip open downward, so that the rescue signal issuing mechanism discharges material from the lower end of the material guide barrel. A liquid outlet nozzle is provided at the bottom of the baffle. A flow channel connected to the liquid outlet nozzle is provided in the baffle. A movable opening for the liquid outlet nozzle to penetrate is provided on the side wall of the material guide barrel; and The liquid supply device is arranged on the shell, and its output end is connected with the flow channel of the baffle through a hose, and is used for supplying adhesive to the flow channel.

[0009] A further improvement is that the driving mechanism includes: A pull rope reel is provided on the side wall of the material guide barrel; and One end of the draw rope is wound around the outer wall of the draw rope reel, and the other end passes through the material guide barrel and is connected to the corresponding baffle.

[0010] A further improvement is that the gluing unit includes: A glue box for storing adhesive, the glue box being movably mounted on a carrier frame, the carrier frame being provided with a second telescopic device for driving the glue box to move up and down; and The coating roller is rotatably arranged at the bottom of the glue liquid box and contacts the fabric, and the upper end of the coating roller extends into the glue liquid box.

[0011] A further improvement is that the pressing portion includes: There are two groups of pressure rollers, which are in contact with the opposite sides of fabric one and fabric two respectively. The opposite ends of the two groups of pressure rollers are connected to the supporting frame through telescopic equipment three.

[0012] A further improvement is that a guide roller is provided at the corresponding fabric inlet to guide the incoming fabric, a drying device is provided on one side of the carrier and between the carrier and the winding device, and an inlet and an outlet for the fabric substrate to enter and exit are respectively provided at both ends of the drying device.

[0013] A method for embedding a rescue signal sending device in the fabric of an outdoor down jacket, using the above-mentioned embedding molding device, includes the following steps: S1: When fabric 1 is being conveyed, the spraying unit sprays a setting agent on an area of fabric 1. Then, when the area is located at the pressing unit, the pressing unit presses fabric 1 to form a groove for accommodating the rescue signal sending mechanism on fabric 1. Then, the pressing unit resets; S2: Fabric 1 continues to be conveyed. When the trough on fabric 1 is located at the embedded portion, the rescue signal sending mechanism is fixed in the trough through the embedded portion. S3: Subsequently, fabric 1 continues to be conveyed through the gluing unit to be glued on its surface, while the unwinding device unwinds fabric 2, and the pressing unit presses fabric 1 and fabric 2 into a fabric base, which is then wound onto the winding device.

[0014] Compared with the prior art, the present invention has the following beneficial effects: The present invention forms a groove for accommodating a rescue signal sending mechanism on fabric one through a spraying part and a pressing part, and then embeds and fixes the rescue signal sending mechanism in the groove through an embedding part, and then presses fabric two onto fabric one through a gluing part and a pressing part to form a fabric matrix, so that the rescue signal sending mechanism is embedded and molded into the fabric. This method not only effectively reduces the external damage to the rescue signal sending device and extends the service life of the rescue signal sending device, but also reduces the probability of the rescue signal sending device falling and losing, and this embedding and molding device is easy to use, thereby improving the work efficiency of outdoor down jacket fabric preparation. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 It is a schematic diagram of the structure of the present invention; Figure 2 This is a schematic diagram of the structure in which the rescue signal sending mechanism of the present invention is embedded in fabric 1 and fabric 2; Figure 3Schematic diagram of the embedded part structure of the present invention.

[0016] In the figure: 1. Rescue signal sending mechanism; 101. Rescue signal sender; 102. Flexible part; 2. Fabric 1; 3. Fabric 2; 4. Outer shell 1; 5. Inner shell 1; 6. Spraying part; 7. Pressing part; 71. Telescopic device 1; 72. Upper arc mold; 73. Lower arc mold; 74. Heating part; 8. Embedding part; 81. Material guide cylinder; 82. Electric guide rail; 83. Baffle; 84. Liquid outlet nozzle; 85. Flow Channel; 86, liquid supply equipment; 87, draw rope; 88, draw rope reel; 89, movable opening; 9, carrier frame; 10, zipper structure; 11, pressing part; 111, pressure roller; 112, telescopic device three; 12, unwinding device; 13, drying equipment; 14, rewinding device; 15, guide roller; 16, connecting fabric; 17, gluing part; 171, glue tank; 172, telescopic device two; 173, coating roller. DETAILED DESCRIPTION

[0017] The following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the accompanying drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative efforts are within the scope of protection of the present invention.

[0018] Example 1 Please see the attached Figure 1 -Attached Figure 2 A device for embedding a rescue signal sending device in the fabric of an outdoor down jacket, which is used to embed the rescue signal sending mechanism 1 between the fabric 1 2 and the fabric 2 3; The embedding molding device comprises: The outer shell 4 has a fabric inlet at one end, and a guide roller 15 is provided at the fabric inlet to guide the incoming fabric 2. Figure 1 It can be seen that the right side of the shell 1 4 is hollow, and a spraying part is provided in the shell 1 4 for spraying the setting agent onto the fabric 1 2. The spraying part does not continuously spray the setting agent onto the fabric 1 2. When the area on the fabric 1 2 where the setting agent is required is at the spraying part, the setting agent is sprayed onto the fabric 1 2 through the spraying part so that the area can be subsequently formed. A pressing portion 7 is provided within the shell 1 4 and downstream of the spraying portion, for forming the fabric 1 2 into a groove for accommodating the rescue signal issuing mechanism 1 , thereby embedding the rescue signal issuing mechanism 1 into the fabric; The embedded portion 8 is provided on one side of the housing 4 and is located downstream of the press portion 7. The embedded portion 8 is used to fix the rescue signal issuing mechanism 1 in the tank body; The carrier 9 is provided downstream of the embedding portion 8, and is provided with a gluing portion 17 for applying glue to the surface of the fabric 1 2. The gluing portion 17 is provided on the carrier 9 on the side of the carrier 9 away from the embedding portion 8, and is provided with an unwinding device 12 for unwinding the fabric 2 3. The unwinding device 12 is provided on the side of the carrier 9 away from the gluing portion 17, and is provided with a pressing portion 11 for pressing the fabric 2 3 onto the fabric 1 2 to form a fabric base. The winding device 14 is provided downstream of the carrier 9 and is used to wind up the fabric base. The winding device 14 is a conventional device in the art and will not be described in detail herein. When the fabric base is wound to the groove area, the winding device 14 can stop winding and cut the fabric at a designated position to avoid damaging the rescue signal sending mechanism 1 during winding while not affecting the sewing and processing of the fabric base as outdoor down jacket fabric. A drying device 13 is provided on one side of the carrier 9 and between the carrier 9 and the winding device 14. An inlet and an outlet for the fabric substrate are respectively provided at both ends of the drying device 13. The drying device 13 is a conventional device in this field and will not be described in detail here.

[0019] Preferably, the rescue signal issuing mechanism 1 of this embodiment includes: A rescue signal transmitter 101, which is, for example, a Beidou positioning chip, but is not limited to this type, and The flexible member 102 is adapted to the groove body, and the flexible member 102 is detachably connected to the rescue signal transmitter 101. The flexible member 102 is made of, for example, rubber material. The flexible member 102 and the rescue signal transmitter 101 can be connected by, for example, a snap-fit connection. The flexible member 102 not only allows the rescue signal transmitter 101 to be better positioned in the groove body, but also provides a certain degree of protection for the rescue signal transmitter 101. Preferably, the sum of the heights of the rescue signal transmitter 101 and the flexible member 102 (b) is smaller than the distance (a) between the bottom of the trough body and the top of the fabric 1 2 .

[0020] Preferably, in order to facilitate the repair of the rescue signal transmitter 101 embedded in the fabric matrix, this embodiment can open a through hole at the position corresponding to the groove on the surface of the fabric 2 3, and sew a connecting fabric 16 on both sides of the through hole. The two connecting fabrics 16 are closed at opposite ends by a zipper structure 10. When repairing the rescue signal transmitter 101, the rescue signal transmitter 101 can be taken out from the through hole by opening the zipper structure 10 and flipping the two connecting fabrics 16.

[0021] Preferably, the spraying portion of this embodiment includes: The inner shell 1 5 is arranged in the outer shell 1 4, and the two ends thereof are provided with material inlet and outlet ports; and The spraying part 6 is arranged in the inner shell 5, with its liquid outlet facing the fabric 2. The spraying part 6 is connected to the equipment for supplying the setting agent through a pipeline. For example, the equipment for supplying the setting agent includes a pump body and a box body filled with the setting agent connected to the pump body through a pipe body.

[0022] Preferably, the vertical cross-section of the trough body of this embodiment is arc-shaped, the vertical cross-section of the flexible member 102 is semicircular, and the press-forming portion 7 includes: The upper arc mold 72 is located above the fabric 1-2 and is connected to the top inner wall of the shell 1-4 via a telescopic device 1-71; The lower arc mold 73 is located below the fabric 1-2 and corresponds to the upper arc mold 72. The lower arc mold 73 is connected to the bottom inner wall of the shell 1-4 through a telescopic device 1-71; and There are two sets of heating elements 74 , which are embedded in the upper arc-shaped mold 72 and the lower arc-shaped mold 73 respectively.

[0023] The telescopic device 71 can be, for example, an electric telescopic rod, and the heating element 74 can be, for example, an electric heating wire. When the area of the fabric 2 sprayed with the forming agent is between the upper arc mold 72 and the lower arc mold 73, the fabric 2 stops transmitting, and the telescopic device 71 drives the upper arc mold 72 and the lower arc mold 73 to move relative to each other. At the same time, the heating element 74 works, so that a groove body for accommodating the rescue signal sending mechanism 1 is formed on the fabric 2.

[0024] Please see the attached Figure 3 Preferably, the embedded portion 8 of this embodiment includes: The guide barrel 81 is used to accommodate the rescue signal issuing mechanism 1. The inner diameter of the guide barrel 81 is adapted to the length of the flexible member 102, and plays a guiding role in the downward movement of the rescue signal issuing mechanism 1. The top of the guide barrel 81 is hollow to accommodate the rescue signal issuing mechanism 1. The cam 83 is rotated symmetrically by the rotating shaft torsion spring member, and is used to keep the baffle 83 in a horizontal state. The baffle 83 is driven by the driving mechanism on the guide barrel 81 to flip open downward, so that the rescue signal issuing mechanism 1 can discharge materials from the lower end of the guide barrel 81. The inner wall diameter of the lower end of the inner cavity of the guide barrel 81 is larger than the diameter of the upper end of its inner wall, so that when the baffle 83 flips down to a vertical state, the rescue signal issuing mechanism 1 can discharge materials from the lower end of the guide barrel 81. A liquid outlet nozzle 84 is provided at the bottom of the baffle 83, and a flow channel 85 connected to the liquid outlet nozzle 84 is provided in the baffle 83. A movable opening 89 for the liquid outlet nozzle 84 to penetrate is opened on the side wall of the guide barrel 81; and The liquid supply device 86 is provided on the housing, and its output end is connected to the flow channel 85 of the baffle 83 through a hose, and is used to supply adhesive to the flow channel 85. For example, the liquid supply device 86 includes a pump body and a box body filled with adhesive.

[0025] When the trough body of fabric 1 2 moves to the material guide cylinder 81, the adhesive is supplied to the flow channel 85 through the liquid supply device 86, the adhesive is sprayed into the trough body through the liquid outlet nozzle 84, and the material guide cylinder 81 is controlled downward to the preset position by the electric guide rail part 82. Subsequently, the baffle 83 is driven to flip downward and open by opening the driving mechanism, and then the rescue signal sending mechanism 1 in the material guide cylinder 81 falls downward into the trough body, and the flexible part 102 in the rescue signal sending mechanism 1 contacts the trough body and is fixed in the trough body by the adhesive in the trough body.

[0026] Preferably, the driving mechanism of this embodiment includes: A rope take-up member 88 is provided on the side wall of the material guide cylinder 81 , and the rope take-up member 88 is, for example, an electric winch; and One end of the pull rope 87 is wound around the outer wall of the pull rope winding member, and the other end passes through the material guide cylinder 81 and is connected to the corresponding baffle 83.

[0027] By rewinding the pull rope 87 through the pull rope reel 88, the baffle 83 can be pulled downward to flip it from a horizontal state to a vertical state; by unwinding the pull rope 87 through the pull rope reel 88, the baffle 83 is flipped upward and reset under the action of the rotating shaft torsion spring component, so that it flips from a vertical state to a horizontal state.

[0028] Preferably, the gluing unit 17 of this embodiment includes: The glue tank 171 is used to store adhesive. The glue tank 171 is movably mounted on the carrier 9. The carrier 9 is provided with a second telescopic device 172 for driving the glue tank 171 to move up and down. The second telescopic device 172 is, for example, an electric telescopic rod; and The coating roller 173 is rotatably disposed at the bottom of the glue tank 171 and contacts the fabric 2 , and the upper end of the coating roller 173 extends into the glue tank 171 .

[0029] The coating roller 173 is in contact with the top of fabric 2. When fabric 2 is transmitted, the coating roller 173 rotates under the action of friction, and during the rotation, the adhesive in the glue box 171 is applied to the top of fabric 2. When the coating roller 173 moves to the groove body, since a>b, the coating roller 173 will not contact fabric 2, and the coating roller 173 will not rotate, so that the adhesive on the outer wall of the coating roller 173 will not be applied to the surface of the rescue signal transmitter 101.

[0030] The telescopic device 172 is used to adjust the position of the coating roller 173. When the coating roller 173 corresponds to the trough body, the telescopic device 172 can also be used to drive the coating roller 173 to move upward to a preset position. When the coating roller 173 is offset from the trough body, the telescopic device 172 can be used to drive the coating roller 173 downward to reset it.

[0031] Preferably, the pressing portion 11 of this embodiment includes: There are two groups of pressure rollers 111, which are in contact with opposite sides of fabric 1 2 and fabric 2 3 respectively. The opposite ends of the two groups of pressure rollers 111 are connected to the supporting frame 9 through telescopic device 3 112 respectively. The telescopic device 3 112 is, for example, an electric telescopic rod.

[0032] Fabric 1 2 is bonded to fabric 2 3 after passing through the gluing unit 17, and the two are then pressed and bonded together through the pressing unit 11 to form a fabric base. When the pressure roller 111 corresponds to the trough body, the telescopic device three 112 can be used to control the movement of the pressure roller 111 so that the upper and lower pressure rollers 111 move away from each other. After the pressure roller 111 is staggered from the trough body, the telescopic device three 112 can be used to control the pressure roller 111 to return to its original position to ensure that fabric 1 2 and fabric 2 3 are stably bonded together.

[0033] A method for embedding a rescue signal sending device in the fabric of an outdoor down jacket, using the above-mentioned embedding molding device, includes the following steps: S1: When fabric 1 2 is being conveyed, the spraying unit sprays a setting agent on an area of fabric 1 2. Then, when the area is located at the pressing unit 7, the pressing unit 7 presses fabric 1 2 to form a groove for accommodating the rescue signal sending mechanism 1 on fabric 1 2. Then, the pressing unit 7 returns to its original position. S2: The fabric 1 2 continues to be conveyed. When the groove body on the fabric 1 2 is located at the embedded portion 8, the rescue signal issuing mechanism 1 is fixed in the groove body through the embedded portion 8; S3: Subsequently, fabric 1 2 continues to be conveyed through the gluing unit 17 to be coated with glue on its surface. At the same time, the unwinding device 12 unwinds fabric 2 3. The pressing unit 11 presses fabric 1 2 and fabric 2 3 into a fabric base, and the fabric base is rolled onto the rolling device 14.

[0034] While embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions, and variations may be made to these embodiments without departing from the principles and spirit of the invention, and that the scope of the invention is defined by the appended claims and their equivalents.

Claims

1. An embedding molding device for embedding a rescue signal sending device in the fabric of an outdoor down jacket, which is used to embed the rescue signal sending mechanism (1) between the first fabric (2) and the second fabric (3), characterized in that: The embedding molding device comprises: The shell (4) is provided with a fabric inlet at one end, a spraying portion is provided inside the shell (4) for spraying a setting agent onto the fabric (2), and a pressing portion (7) is provided inside the shell (4) and downstream of the spraying portion for forming the fabric (2) into a groove body for accommodating the rescue signal sending mechanism (1); An embedded portion (8) is provided on one side of the housing (4) and is located downstream of the press portion (7), and the embedded portion (8) is used to fix the rescue signal sending mechanism (1) in the tank body; A carrier (9) is provided downstream of the embedding portion (8), the carrier (9) is provided with a glue coating portion (17) for coating glue on the surface of the first fabric (2), the carrier (9) on the side of the glue coating portion (17) away from the embedding portion (8) is provided with an unwinding device (12) for unwinding the second fabric (3), the carrier (9) on the side of the unwinding device (12) away from the glue coating portion (17) is provided with a pressing portion (11) for pressing the second fabric (3) onto the first fabric (2) to form a fabric base; and, The winding device (14) is arranged downstream of the carrier frame (9) and is used for winding the fabric substrate.

2. The embedding molding device according to claim 1, characterized in that: The rescue signal issuing mechanism (1) comprises: a rescue signal transmitter (101); and The flexible member (102) is adapted to the trough body, and the flexible member (102) is detachably connected to the rescue signal emitter (101).

3. The embedding molding device according to claim 1, characterized in that: The spraying part includes: An inner shell (5) is provided in an outer shell (4), and has material inlet and outlet ports at both ends thereof; and The spraying part (6) is arranged in the inner shell (5), with its liquid outlet facing the fabric (2). The spraying part (6) is connected to the equipment for supplying the setting agent through a pipeline.

4. The embedding molding device according to claim 2, characterized in that: The vertical cross section of the trough body is arc-shaped, and the press-forming portion (7) comprises: An upper arc-shaped mold (72) is located above the fabric (2), and the upper arc-shaped mold (72) is connected to the top inner wall of the shell (4) through a telescopic device (71); A lower arc-shaped mold (73) is located below the fabric (2) and corresponds to the upper arc-shaped mold (72), and the lower arc-shaped mold (73) is connected to the bottom inner wall of the shell (4) through a telescopic device (71); and The heating element (74) is provided with two groups, which are respectively embedded in the upper arc-shaped mold (72) and the lower arc-shaped mold (73).

5. The embedding molding device according to claim 4, characterized in that: The embedded portion (8) comprises: A material guide cylinder (81) is used to accommodate a rescue signal issuing mechanism (1). One side of the material guide cylinder (81) is connected to the housing via an electric guide rail member (82). The inner cavity of the material guide cylinder (81) is symmetrically rotated by a rotating shaft torsion spring member and is provided with a baffle (83) for closing the material guide cylinder (81). The baffle (83) is driven by a driving mechanism provided on the material guide cylinder (81) to flip downward and open, so that the rescue signal issuing mechanism (1) discharges material from the lower end of the material guide cylinder (81). A liquid outlet nozzle (84) is provided at the bottom of the baffle (83). A flow channel (85) communicating with the liquid outlet nozzle (84) is provided in the baffle (83). A movable opening (89) for the liquid outlet nozzle (84) to penetrate is provided on the side wall of the material guide cylinder (81); and The liquid supply device (86) is arranged on the housing, and its output end is communicated with the flow channel (85) of the baffle (83) through a hose, and is used for supplying adhesive to the flow channel (85).

6. The embedding molding device according to claim 5, characterized in that: The driving mechanism comprises: A drawstring take-up member (88) is provided on the side wall of the material guide cylinder (81); and One end of the drawstring (87) is wound around the outer wall of the drawstring reel, and the other end passes through the material guide cylinder (81) and is connected to the corresponding baffle (83).

7. The embedding molding device according to claim 1, characterized in that: The gluing unit (17) comprises: A glue box (171) for storing adhesive, wherein the glue box (171) is movably mounted on a carrier (9), and a second telescopic device (172) for driving the glue box (171) to move up and down is provided on the carrier (9); and The coating roller (173) is rotatably arranged at the bottom of the glue box (171) and contacts the fabric (2). The upper end of the coating roller (173) extends into the glue box (171).

8. The embedding molding device according to claim 1, characterized in that: The pressing portion (11) comprises: There are two groups of pressure rollers (111), which are in contact with opposite sides of fabric one (2) and fabric two (3) respectively. The opposite ends of the two groups of pressure rollers (111) are connected to the supporting frame (9) through telescopic equipment three (112).

9. The embedding molding device according to claim 1, characterized in that: A guide roller (15) is provided at the fabric inlet for guiding the incoming fabric (2). A drying device (13) is provided on one side of the carrier (9) and between the carrier (9) and the winding device (14). An inlet and an outlet for the fabric substrate to enter and exit are provided at both ends of the drying device (13).

10. A method for embedding a rescue signal transmitter into the fabric of an outdoor down jacket, using the embedding molding device according to any one of claims 1 to 9, characterized in that: The following steps are involved: S1: When the fabric 1 (2) is being transported, the spraying part sprays a setting agent on an area of the fabric 1 (2), and then when the area is located at the pressing part (7), the pressing part (7) presses the fabric 1 (2) to form a groove body for accommodating the rescue signal sending mechanism (1) on the fabric 1 (2), and then the pressing part (7) is reset; S2: the fabric 1 (2) continues to be transported, and when the groove body on the fabric 1 (2) is located at the embedded portion (8), the rescue signal sending mechanism (1) is fixed in the groove body through the embedded portion (8); S3: Subsequently, fabric 1 (2) continues to be conveyed through the gluing section (17) to be coated with glue on its surface, while the unwinding device (12) unwinds fabric 2 (3), and the pressing section (11) presses fabric 1 (2) and fabric 2 (3) into a fabric base, which is then rolled onto the rolling device (14).

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