44 results about "Soldering iron" patented technology

The application discloses a device and method for rework of CGA packaging devices, and belongs to the technical field of welding tooling. The device comprises a heat transfer block, a fixing clamp and a handle. The fixing clamp is arranged on both sides of the heat transfer block, clamps the CGA packaging device, and makes the heat transfer block adhere to the upper part of the CGA packaging device. The handle is above the heat transfer block, and the heat transfer block is connected with the heating end of a soldering iron head. In use, the handle is pressed downward to clamp the fixing clamp on the CGA packaging device, the soldering iron head is turned on, the CGA packaging device is precisely heated through the heat transfer block, the soldering point of the CGA packaging device and a soldering post reaches a melting temperature, the CGA packaging device is separated from the soldering post, and the soldering post keeps a soldering state with a PCB board. Through the top contact type heating technology, precise disassembly and rework of the CGA packaging device are realized, the operation is simple, the safety is high, the rework efficiency is high, and the device is especially suitable for maintenance scenes of high-density CGA packaging products.

This invention relates to the field of tools for electronic repair and development, and discloses an integrated soldering iron and adjustable power supply device. It adopts a design where the soldering iron drive and adjustable DC power supply share a common housing, integrating the output functions of the soldering iron drive and adjustable DC power supply into the same main body of the device. The shared housing, power supply system, and human-machine interface allow a single device to perform both functions alternately or simultaneously, depending on the configuration of a single or multiple output interfaces. This design simplifies the device structure, reduces size and cost, and improves ease of use. This invention breaks away from the existing model of separate soldering iron and power supply, highlighting its core innovative advantages and demonstrating significant technological progress and practical value. It is applicable to various scenarios such as electronic research and development and repair.

The utility model relates to a soldering iron head and including soldering tin equipment of this soldering iron head. This soldering iron head is used to cross soldering of wire and plug -in component, and including the soldering iron head main part of column shape and the first limiting portion, second limiting portion and send tin portion of setting in the first end of soldering iron head main part, the first limiting portion is constituted to fix the wire at the both sides of the welding of wire and plug -in component, the second limiting portion is constituted to fix the plug -in component at the both sides of the welding of plug -in component and wire, send tin portion is constituted to send soldering tin liquid to the cross soldering of wire and plug -in component when wire and plug -in component are fixed. The soldering iron head of the utility model can carry out 360 degree full -enclosing soldering of the cross soldering of wire and plug -in component, and can ensure that there is no gap between plug -in component and wire after soldering, has improved welding stability and quality reliability.

This utility model discloses a welding fixture for solenoid valve terminals, belonging to the field of solenoid valve terminal welding technology. It includes: a first positioning fixture, a wire clamping module, a second positioning fixture, at least one position fine-tuning module, and at least one soldering iron. The first positioning fixture has several first positioning slots and several positioning posts. A first positioning component is disposed within each of the first positioning slots, and a second positioning slot and a pair of third positioning slots are disposed on each first positioning component. The wire clamping module is arranged adjacent to the first positioning slots and is used to clamp the connecting wire. The second positioning fixture has a first guide rod and a first slide rail. The position fine-tuning module is connected to the second positioning fixture and its position on the second positioning fixture is adjustable. The soldering iron is connected to the position fine-tuning module, which is used to adjust the position of the soldering iron. The soldering iron is equipped with a solder feeding mechanism. This utility model can adapt to various types of valve seats and connecting wires, greatly improving welding efficiency and welding quality.

1. Name of the product in this design: Intelligent Soldering Iron. 2. Purpose of this design: For use in intelligent soldering irons. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

The utility model discloses an arm support that can assist electric iron vertical use, including arm support, it is by base, first swing arm, second swing arm, clamp and flashlight composition, first swing arm, its first swing arm board and swing arm support pole and central sleeve are triangle -shaped connection, and central sleeve movable mounting on the center pole on base, and along center pole rotation, and then adjust the radial support orientation of first swing arm. Install reinforcing rib on the base, install the inclined swing arm support simultaneously under the first swing arm board, to be used for the stable structure of the base and second swing arm that support, and add high accuracy level bubble on the second swing arm board, to make level bubble indicate the horizontal state of support, thereby make electric iron can always guarantee vertical operation.

1. The name of the design product: electric soldering iron (AS-2C). 2. The use of the design product: for electric soldering iron. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: design 1 perspective view. 5. Design 1 is designated as the basic design.

The present application relates to the field of cigarette packet processing equipment, and discloses a branding iron heating device based on a GDX2 packaging machine, which comprises a base, an upper branding iron assembly, a lower branding iron assembly and a No. 7 wheel, a plurality of fixing columns are fixed on the base, the upper branding iron assembly is fixed at the top end of the fixing columns, the lower branding iron assembly is slidably connected with the fixing columns and located at the lower side of the upper branding iron assembly, the No. 7 wheel is rotatably installed between the upper branding iron assembly and the lower branding iron assembly, a cam lifting assembly for intermittently lifting the lower branding iron assembly is installed at the bottom side of the lower branding iron assembly, a gear transmission assembly for controlling the intermittent rotation of the No. 7 wheel is installed in the No. 7 wheel, and a motor is installed on the base; a stabilizing assembly for preventing the cigarette packet from being thrown out is further installed on the No. 7 wheel. Through the cooperation of the cam lifting assembly, the gear transmission assembly, the brake assembly and the stabilizing assembly, the risk of damaging the cigarette packet and the cigarette packet being thrown out of the No. 7 wheel can be reduced, and the working quality can be greatly improved.

This soldering iron tip allows for soldering even electronic components with short terminal pitches without needing to change the tip. [Solution] The soldering iron tip 5a is a columnar soldering iron tip that is detachably attached to the main body of a device having a heat source, and has one or more solder holes 51 that penetrate in the axial direction of the soldering iron tip 5a and into which solder pieces are supplied, and a groove 52 that extends in a direction intersecting the solder piece supply direction and is recessed on the upstream side in the solder piece supply direction on the downstream end face of the soldering iron tip 5a, and at least a part of the opening of the solder hole 51 on the downstream side in the solder piece supply direction is formed on the bottom surface of the groove 52.

This utility model discloses a wood veneer splicing machine with accurate seam positioning, comprising two L-shaped clamping plates. Two track rods are rotatably connected to the outer wall of one L-shaped clamping plate, and two sliding holes are formed on the outer wall of the other L-shaped clamping plate. The outer wall of the track rod on the same side and the inner wall of the sliding hole are slidably connected. A fastening handle is threaded onto the outer wall of the track rod. A welding mechanism is provided between the two track rods. This utility model, through the interaction of the L-shaped clamping plates, track rods, fastening handle, and welding mechanism, and by the cooperation of the track rods with the sliding holes and the fastening handle, allows for precise adjustment of the spacing between the L-shaped clamping plates to accommodate different sizes of wood veneer, ensuring splicing stability. The welding mechanism, composed of multiple moving blocks, can move flexibly along the track rods, enabling simultaneous splicing at multiple locations and improving efficiency. A T-shaped soldering iron block, under the action of a spring, adapts to the wood veneer surface, further enhancing the accuracy and quality of the splicing.

This invention belongs to the field of automatic assembly technology for electronic components, and particularly relates to a soldering machine for power strip production. It includes a base, controller, bracket, electric slide rails, wire feeders, a discharge port, vision sensors, and an electric slider. The controller is mounted on the upper right side of the base, the bracket is mounted on the upper rear side of the base, two electric slide rails are mounted on the upper part of the bracket, two wire feeders are mounted on the upper rear side of the base with discharge ports, two vision sensors are mounted on the upper front side of the bracket, and an electric slider slides along the electric slide rails. Through the use of cylinder two, baffle, hinge rod, hinge block, slide rod, slide groove one, slide groove two, sliding frame, and partition in the separation assembly, the machine can automatically block the current component and push away the subsequent component when the power strip shell reaches the soldering station, forming a stable spacing. This effectively avoids positioning offset caused by tight contact between the power strip shells and ensures precise alignment of the soldering iron tip.

The utility model provides a wire welding device for an LED lamp strip, which is used for welding wires on two adjacent LED lamp panels end to end so as to form the LED lamp strip in series connection. Comprising a stand column, a tin wire discharging assembly arranged on the stand column, an up-and-down moving device arranged on the inner side of the stand column and a soldering iron arranged on the up-and-down moving device, wherein the tin wire discharging assembly is arranged on the stand column, the up-and-down moving device is arranged on the inner side of the stand column, and the soldering iron is arranged on the up-and-down moving device. According to the LED lamp panel welding device, the two welding assemblies arranged front and back can be used for welding the head ends and the tail ends of wires on LED lamp panels correspondingly, the translation device can drive the two welding assemblies to move left and right, the multiple lamp panels placed on the same clamp in parallel can be sequentially welded, in this way, the two sides are welded at the same time, the multiple lamp panels are welded through horizontal movement, and the efficiency is greatly improved; and the cost is low.

The present invention relates to a soldering head assembly (14) for an electric welding apparatus (10), particularly a soldering iron. The soldering head assembly (14) is designed to be releasably disposed on the handle (12) of a welding apparatus (10) having a heating element (18), and the soldering head assembly (14) has a sleeve (22) with a soldering head (24) disposed at the distal end of the sleeve (22). The sleeve (22) has an opening (60) at its proximal end for introducing the heating element (18), wherein a retaining element (26) is disposed at least partially annularly surrounding the sleeve (22) and a spring element (38) disposed between the retaining element (26) and the sleeve (22), the spring element (38) pushing the retaining element (26) in a distal direction. The invention is characterized in that the sleeve (22) has at least one stop tool (44) arranged distal to the spring element (38), the stop tool holding the element (26) in a distal direction against the welding head assembly (14).

This application relates to a multi-functional gas soldering iron, comprising a body and multiple soldering tips with different head shapes. A mounting cover is provided at the end of the body, and a mounting hole is coaxially arranged on the mounting cover. The tail of each soldering tip is inserted into and threadedly connected to the inner wall of the mounting hole. A gas cylinder, a nozzle assembly, a piezoelectric assembly, and an ignition assembly are disposed inside the body. One end of the ignition assembly extends outside the body, and the other end is used to push the piezoelectric assembly downwards to release an electric spark. When in the depressed state, the ignition assembly is also linked to the gas cylinder valve, keeping the gas cylinder outlet open. This application has the advantages of meeting user needs in different situations, offering diverse functions and convenient assembly, meeting user needs for outdoor use, being compact, portable, and easy to use.

1. The name of the design product: electric soldering iron. 2. The use of the design product: electric soldering iron for welding. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view.

This invention provides a waste battery positive and negative electrode identification mechanism, comprising a gantry frame, an X-axis linear drive device, a Z-axis linear drive device, and a positive and negative electrode identification mechanism. The positive and negative electrode identification mechanism includes a sliding bracket, a smoke exhaust assembly, an air blowing assembly, a cutting assembly, and an identification assembly. The smoke exhaust assembly includes a smoke pipe lifting cylinder, a smoke pipe mounting bracket, and a smoke exhaust pipe. The air blowing assembly includes a mounting arm, a rotary drive device mounted on the mounting arm, an air blowing bracket driven and connected to the rotary drive device, and several air blowing nozzles mounted on the air blowing bracket. The cutting assembly includes a soldering iron lifting cylinder, a soldering iron bracket driven and connected to the soldering iron lifting cylinder, and a soldering iron mounted on the soldering iron bracket. The identification assembly includes a camera bracket fixedly connected to the sliding bracket and an infrared shortwave camera mounted on the camera bracket. This mechanism enables automatic identification of the positive and negative electrodes, facilitating the automated separation of the battery's positive and negative electrodes and improving the automation level of battery disassembly.

The utility model relates to the field of wiring harness processing especially, relate to a tin soldering equipment convenient to use, including bottom plate and fixedly set up the support on bottom plate, still include mounting bracket, soldering iron and positioning tooling, the mounting bracket can be relative the support up and down movement, the soldering iron with mounting bracket detachable fixed connection, positioning tooling fixedly set up on bottom plate, and positioning tooling below the soldering iron, the upper surface of positioning tooling is provided with the soldering tin placement groove and raw material placement groove that cross each other perpendicularly, and the intersection position of soldering tin placement groove with the principle placement groove still is provided with the solder forming groove.

FIELD: light industry.SUBSTANCE: invention relates to equipment for filling and packaging bulk materials in a water-soluble shell. The sealing unit of the filling and packaging machine for water-soluble mesh shell comprises a clamp for fixing the product and means for sealing the shell. The sealing devices are made in the form of a soldering iron with a heating element and a tip. The unit further comprises a rotor on which a clamp is mounted and which is configured to rotate the clamped article to twist the section of the mesh shell into a bundle, and a grip configured to hold the twisted bundle. The soldering iron is configured to insert its tip into the area where the bundle is held by the gripper for simultaneous cutting and soldering of the ends of the shell using the thermal melting method.EFFECT: fully automatic formation and hermetically sealed thermal sealing of portioned products in a water-soluble shell.2 cl, 2 dwg

This invention discloses a flipping device for PCB circuit board soldering, relating to the field of PCB circuit board soldering. It includes: a device platform and a top frame fixedly installed on top of the device platform. A soldering iron and a control power supply are mounted on the top of the top frame. Two support plates are mounted on the top of the device platform, and mounting frames are rotatably mounted on the outer sides of the support plates. An electric push rod is mounted on the outer side of the mounting frame, and a clamping plate is mounted at one end of the electric push rod. It also includes: a bending mechanism for bending the leads of electronic components. The bending mechanism is installed between the two mounting frames and includes multiple U-shaped rods equidistantly arranged between the two mounting frames. Through the bending mechanism, this invention enables multiple U-shaped rods to move horizontally and contact the leads of electronic components during the flipping process of the circuit board by the two clamping plates, thereby bending the leads of the electronic components. This facilitates the sequential soldering of multiple electronic components by the operator, thus improving soldering efficiency.

1. Name of the product in this design: Adjustable temperature soldering iron (910). 2. Purpose of this design: For use as a manual welding tool. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

The application belongs to the technical field of connectors, and particularly relates to a wire and electric connector automatic welding system based on a machine vision robot, which comprises a control box, a six-axis collaborative robot, a vision system, a clamping finger tip device, a seven-axis soldering robot, an electric connector positioning device and a wire positioning device. The welding system is cooperated by two robots, the wire grabbing and welding diversification actions are realized by the clamping finger tip device, the vision system positions the electric connector placed in the electric connector positioning device, the intelligent clamping hand of the six-axis collaborative robot is guided to clamp the wire and move to the electric connector pin to implement welding. The application does not need an operator to hold an electric soldering iron for welding, the welding of wires and electric connectors of various specifications and models is completed by the cooperation of the two robots under the guidance of the vision system, the work station and the robot running track can be optimized according to the site conditions, the work efficiency is improved, the labor intensity is reduced, and the standardization of operation is facilitated.

The utility model discloses a kind of soldering irons for capacitor resistance welding and disassembly, comprising: mounting seat, first soldering iron, second soldering iron and temperature controller, the first soldering iron includes first handle and first soldering iron head, the second soldering iron includes second handle and second soldering iron head, the top of first handle and second handle is rotatably connected with mounting seat, spring is installed between first handle and second handle;The temperature controller is fixedly connected in the inside of mounting seat.The utility model provides a kind of soldering irons for capacitor resistance welding and disassembly, by setting two heating tips on soldering iron, when disassembling capacitor or resistance, the mode of double tip heating and balanced force exertion simultaneously, compared with traditional single tip soldering iron, can significantly reduce the mechanical stress and thermal stress damage to PCB or FPC, reduce the irreversible damage caused to circuit board in the process of maintenance or replacement element, prolong the service life of circuit board, reduce production cost.

This invention relates to the field of cigarette production equipment technology. To address the technical problems of complex filter rod composite equipment changes, easy bursting of hot melt adhesive, and insufficient cold glue bonding strength, this invention provides a multi-component composite filter rod forming machine and a method for preparing multi-component composite filter rods. The forming machine includes a feeding and cutting device, a disc conveying device, a gap elimination device, a rolling and forming device, a detection device, and a smoke outlet device, as well as an electrical control system. It adopts a modular design, resulting in a simple and compact structure with a small footprint. It can adapt to various specifications of filter rod base rods and allows for easy specification changes. The forming paper overlap adhesive uses cold glue and soldering iron drying methods, and the internal bonding line adhesive uses two layers of cold glue application. The finished composite filter rod is less prone to bursting, significantly improving its shelf life.

1. Name of the product in this design: Soldering Iron. 2. Purpose of this design: for soldering and removing wires or electronic components. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

The application relates to a cigarette making machine which comprises a cylinder, a supporting rod, two supporting blocks, a mounting block, a magnetic switch and a first abutting piece. The two supporting blocks are arranged along the axial direction of the cylinder and are connected to the side wall of the cylinder body. The two ends of the supporting rod are connected to the two supporting blocks respectively, and the supporting rod is provided with a scale line. The mounting block is in sliding fit with the supporting rod, and the magnetic switch is mounted on the mounting block. The first abutting piece is used for locking or releasing the mounting block and the magnetic switch. Compared with the existing method of holding the cylinder body by a cable tie, the cigarette making machine has certain high-temperature resistance, can bear the high temperature of a soldering iron and is not prone to deformation. Moreover, the scale line is arranged on the supporting rod, so that the interval distance between the magnetic switch and the tail end surface of the cylinder body can be accurately measured, and the installation stability and the installation position accuracy of the magnetic switch are improved.

This application discloses a flexible fishing line dispensing and cutting mechanism, relating to the field of fishing tackle manufacturing technology. It includes a mounting bracket and a movable frame mounted on the mounting bracket. The mounting bracket has a linear module one that drives the movable frame to move along the length of the mounting bracket. The movable frame has a dispensing head, and a soldering iron cutting head is located on one side of the dispensing head. A second linear module is located on the side of the movable frame facing the dispensing head. The second linear module has a connecting plate connected to the dispensing head and the soldering iron cutting head. The second linear module is perpendicular to the first linear module and drives the connecting plate to move vertically along the mounting bracket. The first linear module drives the movable frame to move horizontally, allowing for flexible adjustment of the working position. The second linear module drives the dispensing head and the soldering iron cutting head to rise and fall, ensuring that both can accurately dispense glue at the point where the fishing line and hook are attached, and then cut the fishing line, reducing errors in product dimensions caused by manual operation.

A storage stand (80) of a soldering system, wherein the soldering system comprises, in addition to the storage stand, an electric soldering device (10), in particular a soldering iron, with a handle (12), with a heating element (18) provided on the handle, and with a soldering tip assembly (14) detachably attached to the handle (12), the soldering tip assembly (14) having a retaining element (26), wherein the soldering tip assembly (14) is attached to the handle (12) by means of a bayonet-like attachment such that the handle (12) can be moved from a mounting position into a removal position by rotating the handle (12) relative to the retaining element (26) and can be removed from the removal position in a proximal direction from the soldering tip assembly (14), characterized in that the storage stand (80) has at least one interchangeable holder (82, 84, 86, 88) formed about an insertion axis (94), which is designed at least partially complementary to the retaining element (26) such that is,that a soldering tip assembly (14) arranged on the handle (12) can be inserted into the change holder (82, 84, 86, 88) along the insertion axis, and that the change holder (82, 84, 86, 88) has a rotation-locking element (100) that interacts with the retaining element (26) such that, when the soldering tip assembly (14) is inserted into the change holder, the retaining element (26) is rotationally secured in the change holder (82, 84, 86, 88) when the handle (12) is rotated from the mounting position to the removal position.

A method of using an extractor for extracting harmful chemicals and particulates from air for a soldering iron station, the extractor including an intake assembly, a filter assembly, a fan, and an exhaust assembly, comprising receiving harmful chemicals, particulates, and air from the soldering iron station through the intake assembly; filtering the fumes from the air with the filter assembly; and exhausting the filtered air with the exhaust assembly.

This invention provides a flame-retardant and heat-insulating composite material and its preparation method, belonging to the field of flame-retardant and heat-insulating materials. The flame-retardant and heat-insulating composite material provided by this invention includes multiple functional layers and an adhesive layer disposed between adjacent functional layers; each functional layer is independently a heat-insulating cotton pad or a heat-conducting foil; at least one of the outermost layers of the flame-retardant and heat-insulating composite material is a heat-insulating cotton pad; the number of heat-conducting foil layers is not less than two, and adjacent functional layers are not simultaneously heat-conducting foils; the adhesive layer is a high-temperature resistant resin. The heat-insulating cotton pad and heat-conducting foil in the flame-retardant and heat-insulating composite material provided by this invention have flame-retardant properties; when the heat insulation performance is tested using a soldering iron, the temperature on the front of the iron sheet is concentrated at 229°C, while the temperature on the back after passing through the heat-insulating material is uniformly distributed and only 61°C, exhibiting good high-temperature resistance, flame-retardant properties, heat insulation performance, and heat insulation uniformity, and can be used for a long time.