16 results about "Wire transfer" patented technology

The application relates to a wire transfer multi-material additive manufacturing device and method, which device comprises a rack, a station switching module, a lifting module, a forming module and a printing platform; the station switching module is fixedly installed on the rack, the printing platform is connected with the station switching module, and the printing platform is arranged above the station switching module; at least one aluminum profile rack is arranged on the rack, and the lifting module is installed on each aluminum profile rack; the forming module is arranged on the lifting module, the forming module is used for coating a film transfer material and selectively transferring the material to the printing platform; the station switching module moves the printing platform in the horizontal direction, the forming module completes line-by-line coating, forming and demolding of the material on the printing platform, and realizes coverage from a line to a plane. The application not only optimizes the structure of the multi-material additive manufacturing device, improves the stability and operation convenience of the device, but also overcomes the precision and material compatibility problems of existing high-viscosity photocurable materials in the multi-material additive manufacturing technology.

A tabbing device is a tabbing device including a stage for supporting solar cell and wire jig; a wire jig transfer device for transferring wire jig to the stage; a wire transfer device adjacent to the wire jig transfer device and transfers wire; and a cell-jig transfer device which positions the solar cell and the wire jig on the wire supported by the wire transfer device, wherein the cell-jig transfer device includes a body spindle; and multiple bodies which are rotated by the body spindle, support solar cell and wire jig on the stage, and position solar cell and wire jig, on wire on the wire transfer device, and the multiple bodies alternately perform an operation of supporting the solar cell and wire jig while rotating around the body spindle, and an operation of positioning solar cell and wire jig on wire.

The present application relates to the technical field of silicon wafer production, in particular to a cutting method of silicon wafer and application thereof. The method comprises: (a) transferring new wire to a take-up wheel, paying out the new wire on the take-up wheel to perform first knife reverse cutting, and recycling primary old wire to a pay-off wheel; (b) paying out the primary old wire on the pay-off wheel to perform first knife forward cutting, and recycling secondary old wire to the take-up wheel; (c) transferring the primary old wire stored on the pay-off wheel to the take-up wheel, transferring the new wire stored on the pay-off wheel to the take-up wheel, paying out the new wire and the primary old wire on the take-up wheel to perform second knife reverse cutting, and recycling the tertiary old wire obtained by the second knife reverse cutting to the pay-off wheel; and (d) paying out the tertiary old wire on the pay-off wheel to perform second knife forward cutting, and recycling quaternary old wire to the take-up wheel. The method has the advantages of low wire consumption, small old wire surplus amount of the pay-off wheel, high production efficiency, short wire transfer time, etc.

The invention discloses a multi-core-wire single-side rubber shell inserting machine. The rubber shell inserting machine comprises a rack, a core wire feeding device, a core wire straightening device, a core wire cutting device, a terminal feeding device, a terminal pressing device, a rubber shell inserting feeding device, a wire storing device, a core wire direction adjusting device, a core wire transferring device and a core wire inserting device. The core wire transferring device comprises a first transferring mechanism and a second transferring mechanism, and through multi-station linkage of core wire feeding, straightening, cutting and peeling, end pressing, direction adjusting, shell inserting, wire storing and caching and the like, full-process automatic processing of multiple core wires from feeding to rubber shell inserting is achieved; core wires are accurately transferred among the stations through the first transfer mechanism and the second transfer mechanism, and high-precision shell insertion is completed under the action of the direction adjusting and inserting mechanism. According to the invention, the problems of difficult positioning, unstable direction and poor insertion of the fine core wire are effectively solved, the insertion consistency and the processing efficiency are improved, the labor cost and the reject ratio are reduced, and good adaptability and stability are achieved.

The invention relates to the technical field of terminal wire production, in particular to one-to-many terminal wire pressing equipment. Comprising a machine table, a first wire cutting and stripping device, a first wire clamping and pulling device, a first terminal riveting device, a first CCD detection mechanism, a wire feeding device, a first wire feeding driving mechanism, a first wire supplying mechanism, a first wire cutting and stripping mechanism, a wire storing device, a wire storing manipulator, a wire transferring mechanism, a heat shrink tube penetrating machine, a second terminal riveting device and a second CCD detection mechanism. The device comprises a heat shrink tube sleeve position adjusting mechanism, a heat shrink tube heat shrink forming device, a second wire cutting and peeling device, a second wire cutting and peeling mechanism, a wire feeding mechanism, a second wire supply mechanism, a second wire feeding driving mechanism, a wire carrying mechanism, a third riveting terminal device, a second wire clamping and pulling device, a translation driving mechanism, a wire supporting table and a finished product output manipulator. According to the invention, full-automatic production of one-to-many terminal wires can be realized, the production efficiency is high, the quality is good, and the labor intensity and the cost of workers are reduced.

Techniques for error detection for wire-transfer requests in wire-transfer applications in a computing environment are disclosed. In an example method, a processing device monitors communication channels between applications and a wire-transfer application. The processing device monitors a communication channel between wire-transfer services configured to transmit a wire-transfer request via the communication channel. The processing device detects an error with respect to the wire-transfer request. In response, the processing device generates a first error notification including a description of the error, determines a mitigation operation using a machine learning model, and outputs a command to cause the execution of the mitigation operation. Following execution of the mitigation operation, the processing device continues to detect the error and generates a second error notification including the description of the error and the mitigation operation to output for use in resolving the error.

1. The name of the design product: bidding guarantee graphical user interface for electronic equipment. 2. The use of the design product: for an electronic device. 3. The design points of the design product: in the graphical user interface. 4. The picture or photo that best indicates the design points: design 1 front view. 5. Other faces of the electronic device are commonly designed, and other views are omitted. 6. Design 1 is designated as the basic design. 7. The use of the graphical user interface: the interface is used for bidding guarantee for enterprise bidding users, the interface shown in design 1 front view is the initial interface of design 1, in the interface shown in design 1 front view, click "apply now" in the "wire transfer / transfer" column below to enter the design 1 interface change state diagram; the interface shown in design 2 front view is the initial interface of design 2, in the interface shown in design 2 front view, click any "apply now" under the "electronic guarantee" column to enter the design 2 interface change state diagram; the interface shown in design 3 front view is the initial interface of design 3, in the interface shown in design 3 front view, if it is the first time to use the system, click any "apply now" to enter the design 3 interface change state diagram for information authentication.

The utility model relates to the technical field of textile accessories, in particular to a harness wire transfer device, a harness wire transfer assembly and a harness wire processing system. The first rack is provided with a material receiving position and a material discharging position, and the arrangement direction of the material receiving position and the material discharging position is the first direction. The transferring frame is in driving connection with the rotating mechanism and the transferring mechanism, the transferring frame is rotatably installed on the transferring mechanism, the transferring frame can be driven by the transferring mechanism to move back and forth in the first direction, and the rotating mechanism can drive the transferring frame to rotate with the first direction as the axis. According to the embodiment of the invention, translation and rotation of the transfer frame can be realized through the rotating mechanism and the transfer mechanism. The rotating mechanism can drive the transfer frame to rotate in the first direction and drive the transfer crochet hook to be close to or away from the harness wire, when the transfer crochet hook is close to the harness wire, the transfer crochet hook can clamp the harness wire, and when the transfer crochet hook is away from the harness wire, the transfer crochet hook can release the harness wire. According to the harness wire transfer device, the cut harness wires can be received by the material receiving position, and manual harness wire arrangement is reduced.

The auxiliary operations from the stranding process to the terminal insertion process are reduced, and the installation space required for the wire harness processing equipment is reduced. The wire processing equipment includes: a data instruction unit (10), a wire holding unit (20), a wire transfer unit (30), and a twisting processing unit (40). The wire holding unit (20) holds at least two wires. The data instruction unit (10) instructs the twisting processing unit (40) and the wire transfer unit (30) on the twisting processing unit (40) and the wire transfer unit (30) on the conditions for twisting processing, the removal position of the two wires, and the insertion position of the stranded wire. The twisting processing unit (40) twists the two wires according to the instructions of the data instruction unit (10) to produce a stranded wire. According to the instructions of the data instruction unit (10), the wire transfer unit (30) removes the two wires from the wire holding unit (20) at the removal position and transfers them to the twisting processing unit (40), and transfers the stranded wire from the twisting processing unit (40) to the insertion position of the wire holding unit (20).

Systems and methods are provided to increase the rate at which a system can accept and process data transaction request messages. The system includes a pre-processor that filters incoming data transaction request messages prior to transmitting the messages for further processing, for example, by a matching engine. The pre-processor quickly identifies whether a new arriving data transaction request is transactable. If the new arriving data transaction request is not transactable, then the data transaction request will be transmitted and stored in a main data structure and not transmitted to the matching engine.

A point-of-sale (POS) transaction routing system and method for real-time electronic fiat currency payments without cryptocurrency conversion includes a POS interface with biometric scanner for receiving fiat instruments (credit / debit card, ACH, wire) and capturing fraud-preventive data; an API / middleware for routing transactions across blockchain for on-chain validation; a payment gateway for hashing and recording metadata on the ledger; and a smart contract-based settlement mechanism delivering fiat to merchant wallets in sub-seconds. The blockchain serves as a low-latency validation / settlement layer, integrating biometrics for security, bypassing traditional delays without crypto exchange, and minimizing batch processing delays through real-time, individual transaction routing.

The application provides a fault-tolerant verification method for transaction security credentials, an electronic device and a readable storage medium, which can match transaction security credentials multiple times and select different subsequent transaction processes for execution according to the matching results. Through the technical scheme, the processing ability of remittance information can be improved, the barrier of selecting global and full matching for transaction security credentials is broken through the introduction of matching of characteristic values, and the subsequent transaction process can still be executed in the case that the user misinputs an error transaction security credential or cannot accurately identify the transaction security credential, while the transaction security and the overall efficiency of remittance transaction are taken into account.

The application discloses a multi-core wire single-side rubber shell inserting machine, which comprises a rack, a core wire feeding device, a core wire straightening device, a core wire cutting device, a terminal feeding device, a terminal pressing device, a rubber shell inserting feeding device, a wire storage device, a core wire direction adjusting device, a core wire transferring device, and a core wire inserting device; the core wire transferring device comprises a first transferring mechanism and a second transferring mechanism; through multi-station linkage of core wire feeding, straightening, cutting and stripping, terminal pressing, direction adjusting, rubber shell inserting and wire storage buffering, full-process automatic processing of multi-core wire from feeding to rubber shell inserting is realized; the core wire is accurately transferred between stations through the first transferring mechanism and the second transferring mechanism, and high-precision rubber shell inserting is completed under the action of the direction adjusting and inserting mechanisms; the application effectively solves the problems of difficult positioning, unstable direction and poor insertion of thin core wires, improves the consistency and processing efficiency of insertion, reduces the labor cost and the defective rate, and has good adaptability and stability.

The utility model relates to a flux-cored wire conveying mechanism, belongs to the technical field of welding wire machining, and particularly relates to a high-wear-resistance flux-cored wire conveying mechanism which comprises a machining box body, a rolling wheel mechanism, a traction mechanism and a deviation correcting device. The winding wheel mechanism is used for winding the flux-cored wire, the traction mechanism is responsible for pulling the flux-cored wire outwards, and the deviation correcting device is used for correcting the flux-cored wire. The effect of remarkably improving the linear precision of the high-wear-resistance flux-cored wire is achieved, stress concentration is effectively eliminated and springback after correction is prevented through the combination of the spiral progressive dynamic correction structure, the driving gear pipe and the limiting spiral pipe, and the problems that in a traditional roller extrusion correction mode, all-directional correction cannot be achieved, stress concentration and springback are likely to be caused, and the linear precision of the high-wear-resistance flux-cored wire is poor are solved. And the linear precision of the flux-cored wire and the quality of a subsequent machining process are influenced.