CN215095156U - Airbag box fabric hinge hot-press forming conveying clamp for embedding and injection molding automation - Google Patents
Airbag box fabric hinge hot-press forming conveying clamp for embedding and injection molding automation Download PDFInfo
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- CN215095156U CN215095156U CN202022608499.8U CN202022608499U CN215095156U CN 215095156 U CN215095156 U CN 215095156U CN 202022608499 U CN202022608499 U CN 202022608499U CN 215095156 U CN215095156 U CN 215095156U
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Abstract
The invention provides an airbag box fabric hinge hot-press forming conveying clamp for embedding and injection molding automation, which comprises: the device comprises a main frame, a servo linear module arranged on a main platform in the main frame, a fabric hinge positioning tray device arranged on the servo linear module, a heating device arranged at the top of the main platform in the main frame and a flanging and profiling device; the servo linear module is used for conveying the fabric hinge positioning tray device to reciprocate below the heating device and the flanging and profiling device; the fabric hinge positioning tray device is used for installing and positioning a fabric hinge and installing and positioning two groups of studs; the flanging and profiling device is used for bending and shaping the fabric hinge on the positioning tray device; the heating device is used for heating the fabric hinge on the positioning tray device; the invention has the advantages that: the requirement of automatic inlaying of an airbag box fabric hinge of an H-shaped airbag blasting mode is met, and the fabric hinge formed by the flanging profiling device is matched with a mechanical arm to achieve automatic inlaying of the airbag box fabric hinge.
Description
Technical Field
The utility model discloses automotive interior technical field, more specifically relates to an airbag box fabric hinge hot briquetting carries anchor clamps for inlaying the automation of moulding plastics.
Background
Airbag box fabric (screen cloth) belongs to the important component part of instrument board blasting subassembly, add man-hour in the front, need cut airbag box fabric, folding, step such as stereotyping, the applicant designs one and adds the heating of airbag box fabric hinge of bending preforming to airbag box fabric (screen cloth) and bends anchor clamps that bend, but airbag box fabric (screen cloth) after preheating and bending need reheating stereotyping, then transfer to airbag box fabric hinge forming die department and carry out injection moulding, need a kind of equipment that can heat the stereotyping again to airbag box fabric (fabric hinge) after preheating and bending now urgently.
SUMMERY OF THE UTILITY MODEL
In view of the above problem, the utility model aims at providing a gasbag box fabric hinge hot briquetting carries anchor clamps for inlaying automation of moulding plastics for to the gasbag box fabric heating shaping of bending of H type gasbag blasting mode, the fabric hinge after the shaping, cooperation manipulator realize that gasbag box fabric hinge is automatic to be inlayed, in order to overcome above-mentioned prior art not enough.
The utility model provides an airbag box fabric hinge hot briquetting carries anchor clamps for inlaying automation of moulding plastics includes: the device comprises a main frame, a servo linear module arranged on a main platform in the main frame, a fabric hinge positioning tray device arranged on the servo linear module, a heating device arranged at the top of the main platform in the main frame and positioned above the fabric hinge positioning tray device, and a flanging and profiling device arranged on the main platform in the main frame and positioned above the fabric hinge positioning tray device;
the servo linear module is arranged on a main platform in the main frame along the horizontal direction and used for reciprocating the fabric conveying hinge positioning tray device below the heating device and the flanging and profiling device;
wherein, fabric hinge location tray device is used for the installation location fabric hinge and installs two sets of double-screw bolts of location, and fabric hinge location tray device includes: the fabric hinge positioning device comprises a linear module driving plate arranged on the servo linear module, a supporting plate arranged on the linear module driving plate, a positioning tray device arranged in the middle of the supporting plate, and two groups of stud mounting and positioning devices arranged on two sides of the positioning tray device, wherein the positioning tray device is used for mounting and positioning a fabric hinge, and the stud mounting and positioning devices are used for mounting and positioning two groups of studs;
the flanging and profiling device is used for bending and shaping the fabric hinge on the positioning tray device;
wherein, heating device is used for heating the fabric hinge on the positioning tray device.
Preferably, the servo linear module includes: servo motor, guide rail and hold-in range, a set of guide rail is installed on the inside main platform of main frame along fabric hinge location tray device's direction of delivery, and servo motor passes through the hold-in range and drives linear module drive plate reciprocating motion on the guide rail.
Preferably, a group of tray positioning tray supports are installed between the positioning tray device and the supporting plate, tray detection sensors are installed below the tray positioning tray supports, and fabric hinge detection sensors are installed on one side of each tray positioning tray support.
Preferably, the positioning tray device includes: a group of fabric hinge positioning pins, fabric hinge supporting blocks, positioning pin locking screws, a fabric hinge limiting support, a U-shaped groove photoelectric sensor and a U-shaped groove photoelectric mounting plate; a group of fabric hinge locating pins are installed in a mounting hole in the upper end of a fabric hinge supporting block, locating holes in a fabric hinge penetrate through the hinge locating pins to be installed and located on the fabric hinge supporting block, the fabric hinge supporting block is installed on a supporting plate through two groups of locating pin locking screws, two fabric hinge limiting supports are installed on the supporting plate and located on two sides of the fabric hinge supporting block, two U-shaped groove photoelectric mounting plates are installed on the supporting plate and located at two ends of the fabric hinge supporting block, a U-shaped groove photoelectric sensor is installed on the U-shaped groove photoelectric mounting plates, and the two U-shaped groove photoelectric mounting plates and the two fabric hinge limiting supports are enclosed around the fabric hinge supporting block.
Preferably, a set of two stud mounting and positioning devices respectively comprises: the heat protection plate comprises a heat protection plate, a stud positioning sleeve mounting plate, a support column and a stud pushing cylinder, wherein a group of stud positioning sleeves are mounted on a support plate through the stud positioning sleeve mounting plate, the stud pushing cylinder is mounted on the support plate below the stud positioning sleeve, one end of the support column is arranged in the stud positioning sleeve, the other end of the support column penetrates through the stud positioning sleeve mounting plate and is connected with a piston rod of the stud pushing cylinder, the stud pushing cylinder pushes a stud located in the stud positioning sleeve through the support column, and the heat protection plate is sleeved on the stud positioning sleeve.
Preferably, the flanging press device comprises: a lower pressure cylinder, a linear guide rail mounting plate, a micro guide rail and a flanging cylinder pull plate, the flanging cylinder support, the floating joint, flanging cylinder and flanging shaping press plate, the piston rod of the lower pressing cylinder is installed at the top position of the linear guide rail mounting plate, a set of two miniature guide rails in total are installed on the lower end face of the linear guide rail mounting plate, the flanging cylinder is installed on the lower end face of the linear guide rail mounting plate between the two miniature guide rails through the flanging cylinder support, the two flanging shaping press plates are respectively installed on the two miniature guide rails through a slider, the flanging shaping press plates and the miniature guide rails are spatially perpendicular, the two flanging cylinder pull plates are installed on the piston rods at the two ends of the flanging cylinder through the two floating joints, the two flanging cylinder pull plates are fixedly connected on the flanging shaping press plates, and the flanging cylinder pulls the two flanging shaping press plates to move on the miniature guide rails through the flanging cylinder pull plates.
Preferably, a fabric hinge tray component is arranged at the bottom of the main platform in the main frame and used for bearing unused trays on the positioning tray device; the fabric hinge tray assembly includes: tray support frame and install the tray on tray support frame, location tray device still includes: the fabric hinge support plate is arranged on the upper end face of the fabric hinge support block, the fabric hinge mistake-proofing plate and the fabric hinge positioning pin are arranged on the fabric hinge support plate, and the fabric hinge tray positioning pin is arranged on the bottom of the fabric hinge support plate.
The utility model has the advantages and positive effects that:
1. the utility model discloses an automatic demand of inlaying of gasbag box fabric hinge that gasbag box fabric hinge hot briquetting carried anchor clamps can satisfy H type gasbag blasting mode, and the fabric hinge after the turn-ups die mould device shaping cooperates the manipulator to realize that gasbag box fabric hinge is automatic to be inlayed.
2. The utility model discloses a last processing of fabric hinge positioner has the constant head tank, effectively simulates mould movable mould structure, inserts fabric hinge buffering muscle in the constant head tank, can guarantee through reciprocating heating that buffering muscle and fabric hinge up end are basically perpendicular to guarantee to inlay stability.
3. The utility model discloses in fabric hinge heating process, fabric hinge heating device is fixed, and servo drives the fabric hinge at heating device below reciprocating motion, through control fabric hinge functioning speed, heating temperature to guarantee that the fabric hinge is heated evenly, thereby satisfy the production technology requirement.
4. The utility model discloses except that the heating of accomplishing the fabric hinge is bent, still be responsible for the location and the transport that are used for the metal bush of fixed gasbag blasting module simultaneously.
5. The utility model discloses can satisfy the production of two kinds of products, through changing the tray, product kind can be judged by oneself to anchor clamps, realizes initiative mistake proofing.
Drawings
Other objects and results of the invention will be more apparent and readily appreciated by reference to the following description taken in conjunction with the accompanying drawings, and as the invention is more fully understood. In the drawings:
fig. 1 is one of the overall structural diagrams according to the embodiment of the present invention.
Fig. 2 is a second schematic diagram of the overall structure according to the embodiment of the present invention.
Fig. 3 is a schematic structural view of a fabric hinge positioning tray device according to an embodiment of the present invention.
Fig. 4 is an exploded view of a fabric hinge positioning tray device according to an embodiment of the present invention.
Fig. 5 is according to the utility model discloses turn-ups die mould device structure sketch map.
Fig. 6 is an exploded view of the flanging press-forming device according to the embodiment of the present invention.
Fig. 7 is a schematic structural view of a fabric hinge tray assembly according to an embodiment of the present invention.
Wherein the reference numerals include: the device comprises a main frame 1, a fabric hinge tray component 2, a tray support frame 201, a tray 202, a fabric hinge support plate 203, a fabric hinge error-proofing plate 204, a fabric hinge positioning pin 205, a fabric hinge tray positioning pin 206, a servo linear module 3, a flanging profiling device 4, a pressing cylinder 401, a linear guide rail mounting plate 402, a micro guide rail 403, a flanging cylinder pull plate 404, a flanging cylinder support 405, a floating joint 406, a flanging cylinder 407, a flanging shaping press plate 408, a safety protection component 5, a fabric hinge positioning tray device 6, a linear module drive plate 601, a support plate 602, a positioning tray device 603, a fabric hinge positioning pin 6031, a fabric hinge support block 6032, a fabric hinge locking screw 6033, a fabric hinge limit support 6034, a U-shaped groove photoelectric sensor 6035, a U-shaped groove photoelectric mounting plate 6036, a stud mounting positioning device 604, a thermal protection plate 6041, a stud positioning sleeve 6042, Stud locating sleeve mounting plate 6043, support column 6044, stud pushing cylinder 6045, tray locating tray support 605, tray detection sensor 606, fabric hinge detection sensor 607, heating device 7, air source processing original 8, fabric hinge bending degree detection sensor 9, electric control button 10, manipulator safety protection sensor 11 and heating controller 12.
Detailed Description
In the following description, for purposes of explanation, numerous specific details are set forth in order to provide a thorough understanding of one or more embodiments. It may be evident, however, that such embodiment(s) may be practiced without these specific details. In other instances, well-known structures and devices are shown in block diagram form in order to facilitate describing one or more embodiments.
Referring to fig. 1-7, the utility model discloses an airbag box fabric hinge hot briquetting conveying jig for inlaying automation of moulding plastics includes: the device comprises a main frame 1, a fabric hinge tray component 2, a servo linear module 3, a flanging and profiling device 4, a safety protection component 5, a fabric hinge positioning tray device 6, a heating device 7, an air source processing element 8, a fabric hinge bending degree detection sensor 9, an electric control button 10, a manipulator safety protection sensor 11 and a heating controller 12, wherein the servo linear module 3 is arranged on a main platform in the main frame 1, the fabric hinge tray component 2 is arranged on the servo linear module 3, the heating device 7 is arranged at the top position of the main platform in the main frame 1 and is positioned above the fabric hinge positioning tray device 6, the flanging and profiling device 4 is arranged on the main platform in the main frame 1 and is positioned above the fabric hinge positioning tray device 6, the servo linear module 3 is arranged on the main platform in the main frame 1 along the horizontal direction, the hinge positioning tray device 6 for conveying the fabric reciprocates below the heating device 7 and the flanging and profiling device 4; fabric hinge location tray device 6 is used for the installation location fabric hinge and the two sets of double-screw bolts of installation location, and fabric hinge location tray device 6 includes: the device comprises a linear module driving board 601 installed on the servo linear module 3, a supporting board 602 installed on the linear module driving board 601, a positioning tray device 603 installed in the middle of the supporting board 602, and two sets of stud installing and positioning devices 604 installed on two sides of the positioning tray device 603, wherein the positioning tray device 603 is used for installing and positioning a fabric hinge, and the stud installing and positioning devices 604 are used for installing and positioning two sets of studs; the flanging and profiling device 4 is used for bending and shaping the fabric hinge on the positioning tray device 603; heating device 7 is used for heating the fabric hinge on location tray device 603, heating controller 12 is used for controlling heating device 7, safety protection subassembly 5 is used for protecting the person of directly producing, air supply treatment original paper 8 uses as the air supply, fabric hinge bending degree detection sensor 9 and manipulator safety protection sensor 11 install the position that is close to turn-ups die mould device 4 on main frame 1, fabric hinge bending degree detection sensor 9 is used for detecting whether the fabric hinge bending degree targets in place, manipulator safety protection sensor 11 is used for detecting whether the manipulator targets in place, whether the centre gripping is accurate, automatically controlled button 10 uses as overall control switch, be used for controlling fabric hinge tray subassembly 2, servo sharp module 3, die mould device 4, the start-up of fabric hinge location tray device 6 and heating controller 12.
The servo linear module 3 in this embodiment includes: servo motor, guide rail and hold-in range, a set of guide rail is installed on the inside main platform of main frame 1 along the direction of delivery of fabric hinge location tray device 603, and servo motor drives linear module drive plate 601 reciprocating motion on the guide rail through the hold-in range.
A set of tray positioning tray support 605 is installed between the positioning tray device 603 and the supporting plate 602 in this embodiment, a tray detection sensor 606 is installed below the tray positioning tray support 605, the tray detection sensor 606 is used for sensing whether the position of the tray is accurate, a fabric hinge detection sensor 607 is installed on one side of the tray positioning tray support 605, and the fabric hinge detection sensor 607 is used for sensing whether the position of the fabric hinge is accurate.
The positioning tray device 603 in this embodiment includes: a group of fabric hinge positioning pins 6031, fabric hinge supporting blocks 6032, positioning pin locking screws 6033, a fabric hinge limiting bracket 6034, a U-shaped groove photoelectric sensor 6035 and a U-shaped groove photoelectric mounting plate 6036; a set of four fabric hinge positioning pins 6031 are installed in the installation holes on the upper end of the fabric hinge supporting block 6032, the positioning holes on the fabric hinge pass through the hinge positioning pins 6031 to be installed and positioned on the fabric hinge supporting block 6032, the fabric hinge supporting block 6032 is installed on the supporting plate 602 through two sets of four positioning pin locking screws, two fabric hinge limiting supports 6034 are installed on the supporting plate 602 and are positioned on two sides of the fabric hinge supporting block 6032, two U-shaped groove photoelectric mounting plates 6036 are installed on the supporting plate 602 and are positioned at two ends of the fabric hinge supporting block 6032, a U-shaped groove photoelectric sensor 6035 is installed on the U-shaped groove photoelectric mounting plate 6036, and the two U-shaped groove photoelectric mounting plates 6036 and the two fabric hinge limiting supports 6034 are enclosed around the fabric hinge supporting block 6032.
In this embodiment, the two stud mounting and positioning devices 604 respectively include: the heat protection plate 6041, the stud locating sleeve 6042, stud locating sleeve mounting panel 6043, support column 6044 and stud push cylinder 6045, a set of stud locating sleeve 6042 is installed on the support plate 602 through the stud locating sleeve mounting panel 6043, the stud push cylinder 6045 is installed on the support plate 602 below the stud locating sleeve 6042, one end of the support column 6044 is placed inside the stud locating sleeve 6042, the other end of the support column 6044 penetrates through the stud locating sleeve mounting panel 6042 to be connected with a piston rod of the stud push cylinder 6045, the stud push cylinder 6045 pushes a stud located inside the stud locating sleeve 6042 through the support column 6044, and the heat protection plate 6041 is sleeved on the stud locating sleeve 6042 and used for isolating heat released by the heating device 7.
The turn-ups die mould device 4 in this embodiment includes: the device comprises a lower pressure cylinder 401, a linear guide rail mounting plate 402, micro guide rails 403, a flanging cylinder pull plate 404, a flanging cylinder support 405, a floating joint 406, a flanging cylinder 407 and a flanging shaping press plate 408, wherein piston rods of the lower pressure cylinder 401 are mounted at the top position of the linear guide rail mounting plate 402, a group of two micro guide rails 403 are mounted on the lower end surface of the linear guide rail mounting plate 402, the flanging cylinder 407 is mounted on the lower end surface of the linear guide rail mounting plate 402 between the two micro guide rails 403 through the flanging cylinder support 405, two flanging shaping press plates 408 are respectively mounted on the two micro guide rails 403 through two groups of four sliding blocks, the flanging shaping press plates 408 and the micro guide rails 403 are vertically arranged in space, the two flanging cylinder pull plates 404 are mounted on the piston rods at the two ends of the flanging cylinder 407 through the two floating joints 406, and the two flanging cylinder pull plates 404 are fixedly connected on the flanging shaping press plates 408, the flanging cylinder 407 pulls the two flanging-shaping pressing plates 408 to move on the micro guide rail 403 through the flanging cylinder pulling plate 404, and the two flanging-shaping pressing plates 408 clamp the fabric hinges on two sides of the fabric hinge supporting block 6032 to bend the fabric hinges.
In the embodiment, the bottom of the main platform in the main frame 1 is provided with a fabric hinge tray component 2, and the fabric hinge tray component 2 is used for bearing and placing trays which are not used on the positioning tray device 603; the fabric hinge tray assembly 2 includes: tray support frame 201 and tray 202 of installing on tray support frame 201, location tray device 603 still includes: a fabric hinge support plate 203 mounted on the upper end face of the fabric hinge support block 603, a fabric hinge error prevention plate 204 and a fabric hinge positioning pin 205 mounted on the fabric hinge support plate 203, and a fabric hinge tray positioning pin 206 mounted on the bottom of the fabric hinge support plate 203.
The working principle is as follows:
step S1: placing the fabric hinge on a fabric hinge supporting block 6032 on the positioning tray device 603, positioning a positioning hole on the fabric hinge at the moment on a fabric hinge positioning pin 6031 on the fabric hinge supporting block 6032, and plugging two side edges of the fabric hinge into the inner side of a fabric hinge limiting bracket 6034; a direct production worker places four studs in a stud positioning sleeve 6042 on the stud mounting and positioning device 604;
step S2: in the automatic state of the apparatus, the heating controller 12 automatically preheats the heating device 7. After the heating device 7 is preheated, and when the manipulator allows the system to move, an operator starts the electric control button 10, the servo linear module 3 drives the fabric hinge positioning tray device 6 to reciprocate on the servo linear module 3 for a certain number of times to heat the pretreated fabric hinge on the fabric hinge positioning tray device 6, and the servo linear module 3 drives the heated fabric hinge to move to the position below the flanging and profiling device 4;
step S3: the flanging and profiling device 4 bends the fabric hinge on the fabric hinge supporting block 6032, wherein a flanging cylinder 407 of the flanging and profiling device 4 drives two flanging and shaping pressing plates 408 to be separated to limit positions towards two sides on a micro guide rail 403 through a flanging cylinder pulling plate 404, a downward pressing cylinder 401 drives the flanging and shaping pressing plates 408 to be pressed down on the fabric hinge supporting block 6032 through a linear guide rail mounting plate 402, and the flanging cylinder 407 drives the flanging and shaping pressing plates 408 to bend and shape the fabric hinge on two sides of the fabric hinge supporting block 6032;
step S4: after the fabric hinge is bent and shaped, the flanging and profiling device 4 returns to an initial position, the servo linear module 3 drives the object hinge positioning tray device 6 to be transferred to a manipulator grabbing position, the stud pushing cylinder 6045 on the stud mounting and positioning device 604 pushes studs inside the stud positioning sleeve 6042 upwards to the manipulator grabbing position, and the grabbing tool on the manipulator grabs the bent fabric hinge and two sets of studs and transfers the fabric hinge and the two sets of studs to the air bag box injection mold.
The above embodiments are only specific embodiments of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art can easily think of changes or substitutions within the technical scope of the present invention, and all should be covered within the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
Claims (7)
1. The utility model provides an automatic gasbag box fabric hinge hot briquetting transport jig for inlaying mould plastics which characterized in that includes: the device comprises a main frame, a servo linear module arranged on a main platform in the main frame, a fabric hinge positioning tray device arranged on the servo linear module, a heating device arranged at the top of the main platform in the main frame and positioned above the fabric hinge positioning tray device, and a flanging and profiling device arranged on the main platform in the main frame and positioned above the fabric hinge positioning tray device;
the servo linear module is arranged on a main platform in the main frame along the horizontal direction and is used for enabling the fabric conveying hinge positioning tray device to reciprocate below the heating device and the flanging and profiling device;
wherein, fabric hinge location tray device is used for the installation location fabric hinge and the two sets of double-screw bolts of installation location, fabric hinge location tray device includes: the fabric hinge positioning device comprises a linear module driving plate arranged on the servo linear module, a supporting plate arranged on the linear module driving plate, a positioning tray device arranged in the middle of the supporting plate, and two sets of stud mounting and positioning devices arranged on two sides of the positioning tray device, wherein the positioning tray device is used for mounting and positioning a fabric hinge, and the stud mounting and positioning devices are used for mounting and positioning two sets of studs;
the flanging and profiling device is used for bending and shaping the fabric hinge on the positioning tray device;
wherein, the heating device is used for heating the fabric hinge on the positioning tray device.
2. The airbag box fabric hinge thermoforming conveying fixture for insert injection molding automation of claim 1, wherein the servo linear module comprises: servo motor, guide rail and hold-in range, a set of the guide rail is installed on the inside main platform of main frame along fabric hinge location tray device's direction of delivery, servo motor passes through the hold-in range and drives linear module drive plate reciprocating motion on the guide rail.
3. The airbag box fabric hinge hot press forming conveying clamp for automatic insert injection molding according to claim 1, wherein a set of tray positioning tray supports are installed between the positioning tray device and the supporting plate, tray detection sensors are installed below the tray positioning tray supports, and fabric hinge detection sensors are installed on one side of the tray positioning tray supports.
4. The airbag box fabric hinge thermoforming conveying fixture for insert injection molding automation of claim 1, wherein the positioning tray device comprises: a group of fabric hinge positioning pins, fabric hinge supporting blocks, positioning pin locking screws, a fabric hinge limiting support, a U-shaped groove photoelectric sensor and a U-shaped groove photoelectric mounting plate; a set of fabric hinge locating pin is installed in the mounting hole on fabric hinge supporting shoe upper end, locating hole on the fabric hinge passes hinge locating pin installation location on fabric hinge supporting shoe, fabric hinge supporting shoe installs in the backup pad through two sets of locating pin locking screw, two the spacing support mounting of fabric hinge is in the backup pad and is located fabric hinge supporting shoe both sides, two U type groove photoelectric mounting panel is installed in the backup pad and is located fabric hinge supporting shoe both ends, U type groove photoelectric sensor installs on U type groove photoelectric mounting panel, two U type groove photoelectric mounting panel and two spacing supports of fabric hinge enclose around fabric hinge supporting shoe.
5. The airbag box fabric hinge hot-press forming conveying clamp for the insert injection molding automation as claimed in claim 1, wherein a set of two stud mounting and positioning devices respectively comprises: hot guard plate, double-screw bolt position sleeve mounting panel, support column and double-screw bolt push away the jar, and is a set of the double-screw bolt position sleeve passes through the double-screw bolt position sleeve mounting panel to be installed in the backup pad, the double-screw bolt pushes away the jar and installs in the backup pad of double-screw bolt position sleeve below, the double-screw bolt position sleeve is arranged in to the one end of support column inside, and the other end passes the double-screw bolt position sleeve mounting panel and is connected with the piston rod that the double-screw bolt pushed away the jar, the double-screw bolt pushes away the jar and promotes the double-screw bolt that is located the double-screw bolt position sleeve inside through the support column, the suit of hot guard plate is on the double-screw bolt position sleeve.
6. The automatic airbag box fabric hinge hot briquetting conveying clamp for insert injection molding of claim 1, wherein the flanging profiling device comprises: a lower pressure cylinder, a linear guide rail mounting plate, a micro guide rail, a flanging cylinder pull plate, a flanging cylinder bracket, a floating joint, a flanging cylinder and a flanging shaping press plate, the piston rod of the pressing cylinder is arranged at the top of the linear guide rail mounting plate, a group of two miniature guide rails are arranged on the lower end surface of the linear guide rail mounting plate, the flanging cylinder is arranged on the lower end surface of the linear guide rail mounting plate between the two miniature guide rails through a flanging cylinder bracket, the two flanging shaping pressing plates are respectively arranged on the two miniature guide rails through sliding blocks, the flanging shaping pressing plate and the miniature guide rail are arranged vertically in space, two flanging cylinder pulling plates are arranged on piston rods at two ends of the flanging cylinder through two floating joints, the two flanging cylinder pulling plates are fixedly connected on the flanging shaping pressing plate, the flanging cylinder pulls the two flanging setting pressing plates to move on the miniature guide rail through the flanging cylinder pulling plate.
7. The airbag box fabric hinge hot-press forming conveying clamp for the insert injection molding automation as claimed in claim 4, wherein a fabric hinge tray assembly is mounted at the bottom of the main platform inside the main frame, and the fabric hinge tray assembly is used for bearing unused trays on the positioning tray device; the fabric hinge tray assembly includes: tray support frame and install the tray on tray support frame, location tray device still includes: the fabric hinge support plate is arranged on the upper end face of the fabric hinge support block, the fabric hinge mistake-proofing plate and the fabric hinge positioning pin are arranged on the fabric hinge support plate, and the fabric hinge tray positioning pin is arranged on the bottom of the fabric hinge support plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022608499.8U CN215095156U (en) | 2020-11-12 | 2020-11-12 | Airbag box fabric hinge hot-press forming conveying clamp for embedding and injection molding automation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022608499.8U CN215095156U (en) | 2020-11-12 | 2020-11-12 | Airbag box fabric hinge hot-press forming conveying clamp for embedding and injection molding automation |
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| Publication Number | Publication Date |
|---|---|
| CN215095156U true CN215095156U (en) | 2021-12-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202022608499.8U Active CN215095156U (en) | 2020-11-12 | 2020-11-12 | Airbag box fabric hinge hot-press forming conveying clamp for embedding and injection molding automation |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN215095156U (en) |
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2020
- 2020-11-12 CN CN202022608499.8U patent/CN215095156U/en active Active
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