461results about "Assembling battery machines" patented technology

Disclosed are an apparatus for manufacturing an electrode and a method of manufacturing an electrode. The apparatus for manufacturing an electrode includes a roller configured to roll an electrode plate, and the roller is configured to primary roll the electrode plate at a first compression ratio to form a primary electrode plate, secondary roll the primary electrode plate at a second compression ratio to form a secondary electrode plate, and tertiary roll the secondary electrode plate at a third compression ratio to form a tertiary electrode plate.

The present invention relates to a pouch curl prevention apparatus used in a pouch forming process, more particularly to a pouch curl prevention apparatus located at the rear of a pouch film forming apparatus. The pouch curl prevention apparatus includes an upper roller assembly including an upper roller unit having an upper roller and a lower roller assembly including a lower roller unit having a lower roller. The upper roller and the lower roller are located so as to face each other, and at least one of the upper roller and the lower roller is rotatable. The upper roller unit and the lower roller unit being arranged to receive a pouch film supplied from the pouch film forming apparatus therebetween.

The present disclosure relates to a battery pack manufacturing device and a method of manufacturing a battery pack, and a technical object to be achieved is to provide a battery pack manufacturing device which includes a core molding jig having a plurality of molding parts on which a core pack is seated to minimize a melting cycle, thereby increasing productivity and reducing a mold cost by standardizing the core molding jig, and a method of manufacturing a battery pack. To this end, a battery pack manufacturing device includes a core molding jig including a molding part on which a core pack of which a bare cell and a protection circuit part are coupled is seated, a mold part which fixes the core molding jig, and an injection part which is provided at the mold part and performs a hot-melting process on the molding part to form a resin molding portion on the core pack, wherein the molding part is formed as a plurality of molding parts so that a plurality of core packs are seated on the plurality of molding parts.

The present disclosure provides an apparatus and method for manufacturing a secondary battery, in which it is possible to minimize damage to a separator and increase welding strength by maintaining a safety distance between a stack of an electrode assembly and a current collector and also securing good adhesion between an electrode tab and a current collector when the current collector is welded to the electrode assembly. The apparatus for manufacturing a secondary battery includes a side pusher disposed to correspond to an electrode assembly having an electrode tab and formed to move and press a sub-tab, which will be welded to the electrode tab, toward the electrode tab through linear movement, a first driving module that allows the side pusher to linearly reciprocate, a support jig installed so that a position thereof is adjustable between the electrode assembly and the side pusher, and a second driving module configured to stop movement of the support jig while the sub-tab is in contact with the electrode tab and allow the support jig to block a pressing force of the side pusher from being further transmitted to the electrode tab.

To provide a manufacturing system that can maintain a low dew point inside the enclosure while improving maintainability. [Solution] The manufacturing system comprises an enclosure maintained at a predetermined dew point, a solid-state battery manufacturing device housed inside the enclosure, and a fan positioned to be exposed to the outside of the enclosure and used to expel air from inside the enclosure to the outside.

To provide a web carrier device capable of suppressing manufacture costs by retracting a web press member with a simple mechanism.SOLUTION: A web carrier device has a chain 7 which engages a sprocket 6 to drive it along a conveyance direction A of a web 1, and a web introduction member 10 which is mounted with a front edge part 1a of the web 1 to introduce the web 1 into a gas as driven by the chain 7. Cam roller members 32 are provided at both end parts of the web introduction member 10 and are made to abut on cam members 34. Consequently, web press members 20 are retracted away from an outer peripheral surface 5f, and the web introduction member 10 is inserted into the expanded gap without any interference.SELECTED DRAWING: Figure 2

The present disclosure discloses an adhesive tape applying device, an adhesive tape applying method and a battery production line. The adhesive tape applying device is used for applying an adhesive tape to a workpiece. The adhesive tape applying device includes: an adhesive tape applying mechanism, including an adhesive tape sucking head for sucking the adhesive tape; and a shaping mechanism, including a shaping assembly, the shaping assembly including a first shaping piece and a second shaping piece which are arranged at an interval, and an interval space between the first shaping piece and the second shaping piece forming a shaping channel. The adhesive tape sucking head is configured as follows: the adhesive tape sucking head can pass through the shaping channel and enable one end portion of two end portions of the adhesive tape to be in contact with the first shaping piece and pass through a gap between the adhesive tape sucking head located in the shaping channel and the first shaping piece and the other end portion of the two end portions of the adhesive tape to be in contact with the second shaping piece and pass through a gap between the adhesive tape sucking head located in the shaping channel and the second shaping piece, so that the two end portions of the adhesive tape are bent, and the adhesive tape passing through the shaping channel is applied to the workpiece.

A secondary battery manufacturing device is disclosed. According to one aspect of the present disclosure, there is provided a secondary battery manufacturing device including: a conveyor that transports trays in which battery cells are accommodated; a tray loader that stacks a plurality of trays in multiple stages; and a tray detector that detects a stacking defect of the trays, wherein the tray detector includes: a detector body that is in contact and interferes with the tray in which the stacking defect has occurred to change an arrangement state; a sensor that detects a change in the arrangement state of the detector body; and a locking pin that limits the return of the detector body when the arrangement state of the detector body is changed and maintains the changed arrangement state.

A battery cell state management system according to one or more examples may include an information obtaining unit configured to obtain information about an injected electrolyte amount of a battery cell and a controller configured to calculate a remaining electrolyte amount of the battery cell based on a discharged electrolyte amount of the battery cell according to at least any one process of a manufacturing process of the battery cell and the injected electrolyte amount. In one or more aspects, the battery cell state management system may collect data required for calculating the remaining electrolyte amount in conjunction with a battery cell assembly system performing a manufacturing process and may accurately calculate the remaining electrolyte amount inside a process-completed battery cell based on the collected data.

Disclosed in embodiments of the present disclosure are a battery module assembly method and a battery module assembly system. The battery module assembly method comprises: throughout an entire assembly process, i.e., from feeding of at least one battery cell to assembly into a battery module, inspecting the at least one battery cell multiple times on the basis of data to be inspected sent by a battery module assembly device; and sending at least one of multiple inspection results to the battery module assembly device, so as to implement entire-process management of battery module assembly.

Intelligent manufacturing systems for the optimized curing of adhesives for battery assemblies, methods for manufacturing / using such systems, and stored instructions for automating the operation of such systems are presented. One method for assembling a battery module involves aligning a stack of battery cells on a workpiece carrier and compressing the cell stack to a predefined length. Module housing side plates are positioned on opposite lateral sides of the compressed cell stack, and a thermosetting structural adhesive (SAM) is injected between the side plates and the lateral sides of the cell stack. A conductive heating system heats the module housing side plates to cure the SAM. While the side plates are heating, a cell thermal conditioning system cools a selected surface of the compressed cell stack.After determining that a monitored curing time has reached a predefined curing time, the system interrupts the heating of the side plates and the cooling of the battery cells.

The application discloses a split type battery cell hot-pressing equipment, which comprises a heating assembly, a pressing assembly and a conveying assembly. The heating assembly comprises a magnetic conducting device and a coil. The magnetic conducting device can form a closed magnetic conducting path. The magnetic conducting device has a first end portion and a second end portion. The first end portion and the second end portion are oppositely and spacedly arranged to form a heating space between the first end portion and the second end portion for heating the battery cell. The coil is connected to the magnetic conducting device. The pressing assembly comprises a first pressing member, a second pressing member and a first driving device. The first pressing member is used for bearing the battery cell. The second pressing member is oppositely arranged with the first pressing member and can be driven by the first driving device to relatively approach or move away. The conveying assembly is used for conveying the battery cell heated by the heating assembly to the pressing assembly for pressing. The heating assembly is heated based on the electromagnetic induction principle. The heating assembly is provided with the magnetic conducting device. The magnetic conducting device can increase the penetration ability of the magnetic field, thereby directly heating the surface layer and the interior of the battery cell to adapt to the heating of the battery cell.

The present invention relates to a height adjustment jig for cylindrical battery cells, the jig comprising: a support unit having a cylindrical mounting part formed at the center thereof; and a pressing unit for pressing the cylindrical battery cell accommodated in the mounting part, wherein the support unit comprises a support-unit lower part having an inner diameter corresponding to the outer diameter of the cylindrical battery cell, a support-unit upper part having an inner diameter which is greater than the inner diameter of the support-unit lower part, and a stepped part positioned between the support-unit lower part and the support-unit upper part, the support unit being structured such that an odd number of units are coupled together, the odd number being three or greater.

An electrode manufacturing device includes a transfer part configured to move an electrode coated with an active material, a rolling part configured to roll the electrode, a marking part in front of the rolling part, the marking part configured to make a plurality of mark portions on the electrode, a measurement part configured to measure distances between the mark portions before rolling the electrode and after rolling the electrode, and a control part configured to calculate an extent of elongation by comparing measurement results of the measurement part.

The present invention relates to a defect inspection device and a defect inspection method, wherein the defect inspection device according to the present invention includes a laminated section in which a plurality of unit cells, each including at least one electrode and at least one separator, are stacked to form a laminate, a tilt measuring means for measuring the tilt of the uppermost surface of the laminate stacked in the laminated section, and a discrimination unit for determining defects in the unit cells based on the tilt measurement value obtained by the tilt measuring means.

A method of manufacturing a secondary battery is provided wherein efficiency of a secondary battery manufacturing process is improved and the secondary battery is more structurally stable. The method of manufacturing a secondary battery includes providing a secondary battery, injecting an electrolyte into the secondary battery, activating the secondary battery into which the electrolyte is injected, and applying ultrasonic waves to the electrolyte in the secondary battery.

According to exemplary embodiments, a server, a battery manufacturing system, and a battery manufacturing method are provided. The server may comprise: a slurry ID collection unit configured to collect a slurry ID assigned to a batch of electrode slurry and data regarding a total amount of the electrode slurry corresponding to the slurry ID; a lot ID storage unit in which an electrode lot ID assigned to a winding roll of an electrode sheet coated with the electrode slurry is stored; and an ID matching unit configured to match the electrode lot ID with the slurry ID on the basis of the remaining amount of the electrode slurry calculated by subtracting an amount of the electrode slurry used for coating from the total amount of the electrode slurry.

Disclosed herein is a roll press device for performing hot rolling on an electrode coated with electrode active material, wherein, in one example, a pre-heater is disposed upstream of a rolling unit that performs rolling on an electrode transferred in a roll-to-roll manner, and the pre-heater irradiates an infrared laser along a width direction of the electrode surface to heat it as radiant heat.

The present disclosure relates to a die apparatus for manufacturing a secondary battery and a link-type knockout unit for the die apparatus. The die apparatus for manufacturing a secondary battery includes a lower die that supports an electrode plate and has one or more scrap discharge holes, an upper die positioned above the lower die and including a punch corresponding to each of the scrap discharge holes, and a knockout unit including a pad vertically moving inside the scrap discharge hole and a pad support that supports the pad upward and allows the pad to apply a reaction force corresponding to a downward pressure of the punch to a bottom surface of the electrode plate when the punch moves downward.

The application discloses a kind of multistage pressure heat sealing systems and methods of soft package battery, it is related to battery manufacturing technical field;Method includes first according to preset first pressure value and first temperature value to soft package battery is pre-sealed, obtains first soft package battery;Subsequently, first soft package battery is extracted vacuum and obtains second soft package battery, and it is divided into first partition and second partition;Subsequently, by first, second pressure heat sealing model, the second, third pressure values corresponding to two partitions are calculated respectively;Finally, in combination with preset second, third temperature value, heat sealing operation is carried out to two partitions, and the heat sealing of soft package battery is completed.The method first pre-seals for subsequent heat sealing to lay foundation, then in combination with partition design and accurate pressure calculation, different heat sealing control is realized for the characteristic difference of different regions of soft package battery, both avoid the limitations of traditional single parameter heat sealing, and also solve the problem of uneven heat sealing caused by lack of scientific basis of partition, to improve the sealing of soft package battery package.

The application relates to the technical field of battery cell processing, in particular to a battery cell preheating and hot-pressing device. The battery cell preheating and hot-pressing device preheats the battery cell through a preheating clamping mechanism. The battery cell is in contact with a preheating clamping piece of the preheating clamping mechanism, the preheating clamping piece has a heating function, the battery cell is preheated through the contact mode, the preheating efficiency is higher, compared with the preheating mode of the battery cell through heat radiation, the preheating efficiency of the battery cell is improved through the contact mode, and the technical problem that the current battery cell preheating mode needs a long time and the low preheating efficiency of the battery cell leads to the low battery cell shaping efficiency is solved.

A solid-state battery cell fabrication apparatus includes a clamping platform, a shaping fixture, and a side-sealing fixture. The clamping platform includes a lower base and an upper base. The shaping fixture includes an upper shaping mechanism and a lower shaping mechanism. The upper shaping mechanism is fitted outside the upper base and includes an edge-receiving element with a tapered wedge plate. The lower shaping mechanism is fitted outside the lower base and includes a folding element with multiple tapered wedge plates, wherein the inner diameter of the folding element is larger than the inner diameter of the edge-receiving element. The side-sealing fixture includes multiple adhesive-applying grippers arranged laterally around the shaping fixture. This solid-state battery cell fabrication apparatus can reliably and efficiently complete the packaging of cell stacks, and the thickened side edges enhance the protection of the cell stack's side surfaces, thereby improving the safety of solid-state battery use.

A substance feeding device, a mixing system, and a battery production line are provided, relating to the field of substance conveying technologies. The substance feeding device helps to improve precision of controlling a weight of a conveyed substance. The substance feeding device includes: a buffer member (1), a conveying assembly (2), a weight meter (3), and a control assembly (4). The buffer member (1) is configured to store a substance; one end of the conveying assembly (2) is connected with the buffer member (1); the conveying assembly (2) has at least two conveying ports (21); the conveying port (21) is configured to connect with a target device; the weight meter (3) is connected with the buffer member (1) and is configured to detect a weight of the substance in the buffer member; each conveying port (21) is provided with one control assembly (4); the control assembly (4) is configured to control communication and cutoff of a pipeline between the conveying port (21) and the corresponding target device; the control assembly (4) includes a back pressure valve (41); and the back pressure valve (41) is disposed on the conveying port (21) and capable of being connected with the target device. The provided substance feeding device is configured to feed the substance into the target device.

This invention relates to roll patterns for electrode coating processes and a system for generating roll patterns. A roll pattern for an electrode coating process according to this technology includes: a roll pattern strip displayed on a screen synchronously with the movement of an electrode in a roll-to-roll configuration, wherein the electrode is coated with electrode slurry while moving between an uncoiler and a rewinder, and the roll pattern strip is displayed in strip form by simulating the electrode in the roll-to-roll configuration; and a display portion configured to visually display at least one of quality-related data and defect-related data measured during the electrode coating process at a position on the roll pattern strip corresponding to the location of measurement data in the electrode. This technology also relates to a roll pattern generation method and system for generating roll patterns for electrode coating processes.

The present application provides a battery module, a battery pack, an electrical device, and a manufacturing method for a battery module. The battery module comprises: a battery cell assembly comprising a plurality of battery cells. Each battery cell comprises an electrode terminal. A first member comprises a bottom wall, side walls, a protrusion, a first space, a first opening, and a second opening. The bottom wall and the side walls form a recess. Part of each electrode terminal is located in the recess. The protrusion is connected to the surface of the bottom wall facing away from the battery cell assembly. In the first direction, the first opening penetrates through the bottom wall. In the second direction, the second opening penetrates though a side wall and the protrusion. The first space, the first opening, and the second opening are in communication. A first conductive element penetrates through the first space and the first opening. The first conductive element is connected to the battery cell assembly. A first adhesive blocking member is located on the side of the first conductive member facing the second opening. At least part of a first potting resin is provided in the first space. The first adhesive blocking member is configured to restrict the flow of the first potting resin to the recess. At least part of a second potting resin is provided in the recess.

Provided, according to example embodiments, is a method for manufacturing a secondary battery. The method comprises: a step for reading an electrode ID from a data matrix of a mono-cell including a positive electrode, a negative electrode, and a separator, and a step for determining whether the mono-cell is functional or defective on the basis of the electrode ID. wherein the electrode ID includes a symbol for identifying an electrode.