mhurhangee/patent-ind-claim-en huggingface dataset:
A secondary battery comprising: an electrode assembly including a first electrode tab and a second electrode tab ; a case accommodating the electrode assembly , the case having an opening; a cap plate coupled to the case at the opening of the case ; a first current collector electrically connected to the first electrode tab of the electrode assembly ; a second current collector electrically connected to the second electrode tab of the electrode assembly ; and a sub-tab coupled to one of the first and second electrode tabs of the electrode assembly by welding, wherein at least one of the first and second current collectors includes a first region and a second region recessed relative to the first region in a direction facing the electrode assembly , wherein the sub-tab is integrally formed with the one of the first and second current collectors ,and wherein a portion of the sub-tab together with the one of the first and second electrode tabs welded to the portion of the sub-tab is bent 90 degrees with respect to a plane orthogonal to the second region of one of the first and second current collectors along a boundary between the sub-tab and the one of the first and second current collectors such that the sub-tab contacts an outer side surface of the second region of the one of the first and second current collectors . an electrode assembly including a first electrode tab and a second electrode tab ; a case accommodating the electrode assembly , the case having an opening; a cap plate coupled to the case at the opening of the case ; a first current collector electrically connected to the first electrode tab of the electrode assembly ; a second current collector electrically connected to the second electrode tab of the electrode assembly ; and a sub-tab coupled to one of the first and second electrode tabs of the electrode assembly by welding, wherein at least one of the first and second current collectors includes a first region and a second region recessed relative to the first region in a direction facing the electrode assembly , wherein the sub-tab is integrally formed with the one of the first and second current collectors ,and wherein a portion of the sub-tab together with the one of the first and second electrode tabs welded to the portion of the sub-tab is bent 90 degrees with respect to a plane orthogonal to the second region of one of the first and second current collectors along a boundary between the sub-tab and the one of the first and second current collectors such that the sub-tab contacts an outer side surface of the second region of the one of the first and second current collectors .
A device for comminuting feed material with first comminuting tools and second comminuting tools which are arranged within a housing coaxially to an axis and which lie opposite one another at an axial distance, forming a comminuting zone , and of which at least the first comminuting tools perform a rotational movement about the axis , the first comminuting tools being rigidly mounted on a first tool carrier and the second comminuting tools being rigidly mounted on a second tool carrier , characterized in that a number of channels for the passage of a process gas are present in the contact surface between the first tool carrier and the first comminuting tools and/or in the contact surface between the second tool carrier and the second comminuting tools , with a radially inner inlet opening , via which the process gas enters the channels , and a radially outer outlet opening , via which the process gas exits the channels .
A dynamic pressure machine, comprising at least two wheel discs , which are connected to a hub and can be rotated about a horizontal shaft axis , and a plurality of elongated paddles , which are arranged on the wheel discs and can be rotated about axes of rotation , which are each arranged parallel to the shaft axis , characterized - in that the axes of rotation of the paddles are located substantially centrally between a hub outer edge and a wheel disc outer edge , - in that, in at least one position of the wheel discs , a paddle sealingly abuts the hub outer edge , - and in that a rotating device is provided, which is configured to rotate or adjust the paddles relative to the wheel discs . - in that the axes of rotation of the paddles are located substantially centrally between a hub outer edge and a wheel disc outer edge , - in that, in at least one position of the wheel discs , a paddle sealingly abuts the hub outer edge , - and in that a rotating device is provided, which is configured to rotate or adjust the paddles relative to the wheel discs .
A rotary press for the production of single-layered or multilayered tablets, comprising at least one filling device for filling a pressing material into openings of a die plate, at least one filling station, at least one metering station for the lower punches, at least one pressing station, and at least one ejection station having tablet stripper and tablet discharge chute, wherein the at least one pressing station comprises respectively an upper and a lower pressure roller and respectively an upper and a lower cam track , wherein the cam tracks interact with upper and lower punches characterized in that at least one vertically-adjustable upper combination cam , comprising a pull-down cam (1.1), an upper initial pressure rail (1.2), a safety rail (1.3), and a pull-up cam is provided arranged below the upper pressure roller , and the lower cam track comprises a vertically-adjustable lower initial pressure rail and an integral ejection cam , which are provided attached below the lower pressure roller .
A developer cartridge comprising: a developing roller configured to carry developing agent thereon and rotate about a first axis (A1) extending in a prescribed direction; a supply roller configured to supply the developing agent to the developing roller and rotate about a second axis (A2) extending parallel to the first axis (A1); an input gear configured to be inputted with a drive force from an outside; a developing roller gear configured to rotate about the first axis (A1) to drive the developing roller by the drive force inputted to the input gear ; a supply roller gear configured to rotate about the second axis (A2) to drive the supply roller by the drive force inputted to the input gear ; a first intermediate gear configured to rotate in the same direction as the supply roller about the second axis (A2), the first intermediate gear engaging the input gear to receive the drive force therefrom; and a second intermediate gear engaged with the first intermediate gear and the developing roller gear so as to transmit the drive force from the first intermediate gear to the developing roller gear characterized in that the supply roller comprises a supply roller shaft extending along the second axis (A2), the supply roller gear being provided on the supply roller shaft and unrotatable relative to the supply roller shaft , the first intermediate gear being provided on the supply roller shaft and rotatable relative to the supply roller shaft . a developing roller configured to carry developing agent thereon and rotate about a first axis (A1) extending in a prescribed direction; a supply roller configured to supply the developing agent to the developing roller and rotate about a second axis (A2) extending parallel to the first axis (A1); an input gear configured to be inputted with a drive force from an outside; a developing roller gear configured to rotate about the first axis (A1) to drive the developing roller by the drive force inputted to the input gear ; a supply roller gear configured to rotate about the second axis (A2) to drive the supply roller by the drive force inputted to the input gear ; a first intermediate gear configured to rotate in the same direction as the supply roller about the second axis (A2), the first intermediate gear engaging the input gear to receive the drive force therefrom; and a second intermediate gear engaged with the first intermediate gear and the developing roller gear so as to transmit the drive force from the first intermediate gear to the developing roller gear characterized in that the supply roller comprises a supply roller shaft extending along the second axis (A2), the supply roller gear being provided on the supply roller shaft and unrotatable relative to the supply roller shaft , the first intermediate gear being provided on the supply roller shaft and rotatable relative to the supply roller shaft .
A suspension element for suspending the diaphragm of a loudspeaker driver to the chassis thereof, the suspension element having a geometry comprising only two opposing straight first sections and only two opposing curved second sections connecting the first sections for matching to the geometry of the diaphragm, wherein the curved second sections have a curvature radius smaller than that of the first sections , and the first sections have an axial stiffness greater than the curved second sections , characterized in that : the suspension element extends either rearward or forward, and in that - the mean height of the radial cross-sectional profile of the curved second sections is higher than the height of the cross-sectional profile of the first sections . the suspension element extends either rearward or forward, and in that - the mean height of the radial cross-sectional profile of the curved second sections is higher than the height of the cross-sectional profile of the first sections .
A percutaneous gas diffusion device , the percutaneous gas diffusion device comprising: (a) a core layer , the core layer having a length, a bottom, a top and a periphery, the core layer being gas-permeable and liquid-impermeable; and (b) an outer layer , the outer layer comprising a tissue-integrating material, characterized in that the percutaneous gas diffusion device is suitable for providing a percutaneous pathway for diffusion of one or more gases between an interior of a body and a location outside the body, in that the core layer is percutaneously positionable in a body so that the top of the core layer faces outside the body and the bottom of the core layer faces the interior of the body, and in that the outer layer surrounds the periphery of the core layer for at least a portion of the length of the core layer . (a) a core layer , the core layer having a length, a bottom, a top and a periphery, the core layer being gas-permeable and liquid-impermeable; and (b) an outer layer , the outer layer comprising a tissue-integrating material, characterized in that the percutaneous gas diffusion device is suitable for providing a percutaneous pathway for diffusion of one or more gases between an interior of a body and a location outside the body, in that the core layer is percutaneously positionable in a body so that the top of the core layer faces outside the body and the bottom of the core layer faces the interior of the body, and in that the outer layer surrounds the periphery of the core layer for at least a portion of the length of the core layer .
A prosthetic augment for improving muscle mechanics, said prosthetic augment comprising: - an augment member configured to engage a proximal end of a humerus, the augment member comprising: - a first face adapted for contacting the humerus; and - a second face adapted for contacting an underside of an abductor muscle, wherein at least a portion of the second face includes a bulbous surface adapted to increase a wrapping angle of the abductor muscle around the humerus, thereby stabilizing a shoulder joint, wherein a first thickness is defined between the first face and the second face at a first position on the augment member , and wherein the first thickness ranges from about 1 mm to less than about 5 mm, wherein a second thickness is defined between the first face and the bulbous surface of the second face , and wherein the second thickness ranges from about 7 mm to about 50 mm, and wherein the first thickness and the second thickness are not equivalent so as to result in the augment member having a non-uniform thickness. - an augment member configured to engage a proximal end of a humerus, the augment member comprising: - a first face adapted for contacting the humerus; and - a second face adapted for contacting an underside of an abductor muscle, wherein at least a portion of the second face includes a bulbous surface adapted to increase a wrapping angle of the abductor muscle around the humerus, thereby stabilizing a shoulder joint, - a first face adapted for contacting the humerus; and - a second face adapted for contacting an underside of an abductor muscle, wherein at least a portion of the second face includes a bulbous surface adapted to increase a wrapping angle of the abductor muscle around the humerus, thereby stabilizing a shoulder joint,
A method for configuring a transmission power of a transmission by a wireless communication device , comprising the steps of: responsive to determining that the wireless communication device is configured to dynamically adjust a clear channel assessment, CCA, threshold for the transmission and that the traffic type conveyed by the transmission is high-priority, determining that the wireless communication device is not to control the transmission power of the transmission in accordance with transmission power control commands from a radio network node ; and transmitting the transmission without applying the transmission power control commands to the transmission . responsive to determining that the wireless communication device is configured to dynamically adjust a clear channel assessment, CCA, threshold for the transmission and that the traffic type conveyed by the transmission is high-priority, determining that the wireless communication device is not to control the transmission power of the transmission in accordance with transmission power control commands from a radio network node ; and transmitting the transmission without applying the transmission power control commands to the transmission .
An end insulating plate , adapted to be arranged in a battery device to insulate a battery apparatus from other components, the end insulating plate comprising a glue baffle disposed at a bottom portion of the end insulating plate , wherein the glue baffle is bendable and at least has a first state and a second state, in the first state and the second state, the glue baffle is bent towards a side of a first larger surface of the end insulating plate , the first larger surface is a larger surface at a side of the end insulating plate facing away from the battery apparatus , in the first state, the glue baffle is bent at a first inclination angle (θ) relative to the first larger surface of the end insulating plate , in the second state, the glue baffle is bent at a second inclination angle (λ) relative to the first larger surface of the end insulating plate , the first inclination angle (θ) is greater than the second inclination angle (λ), and when bending of the glue baffle is changed from the first inclination angle (θ) to the second inclination angle (λ), the glue baffle is configured to push glue on the bottom portion of the end insulating plate in a direction away from the bottom portion of the end insulating plate . wherein the glue baffle is bendable and at least has a first state and a second state, in the first state and the second state, the glue baffle is bent towards a side of a first larger surface of the end insulating plate , the first larger surface is a larger surface at a side of the end insulating plate facing away from the battery apparatus , in the first state, the glue baffle is bent at a first inclination angle (θ) relative to the first larger surface of the end insulating plate , in the second state, the glue baffle is bent at a second inclination angle (λ) relative to the first larger surface of the end insulating plate , the first inclination angle (θ) is greater than the second inclination angle (λ), and when bending of the glue baffle is changed from the first inclination angle (θ) to the second inclination angle (λ), the glue baffle is configured to push glue on the bottom portion of the end insulating plate in a direction away from the bottom portion of the end insulating plate .
Heat sink having a mounting surface for arranging at least one semiconductor element , wherein at least one open groove is embodied in the mounting surface , wherein at least one electrical line having at least one connection region for connecting the at least one semiconductor element and being at least in part arranged in the at least one groove , characterised in that the groove has an electrically insulating layer on its surface.
An arrangement for earthing a DC intermediate link connected to a converter on board a track-bound vehicle , characterized in that it is configured to be permanently arranged on board a track-bound vehicle and comprises: • two conducting members configured to have one end permanently connected to a pole (8-11) each of a said DC intermediate link and the other end connected to • a first contact member each configured to be movably arranged with respect to • second contact members permanently connected to a chassis part of the vehicle connected to earth, in which the first contact members are movable with respect to the second contact members between an open position not earthing said DC intermediate link and a contacting closed position earthing the DC intermediate link, • a handle connected to the first or second contact members while being electrically insulated with respect thereto to be manually operated for moving the contact members connected thereto between a position of not earthing and a position of earthing the DC intermediate link, a member fixed with respect to said chassis part, • a carrier onto which both contact members connected to the handle are arranged and which is guidedly displaceable along said member . • two conducting members configured to have one end permanently connected to a pole (8-11) each of a said DC intermediate link and the other end connected to • a first contact member each configured to be movably arranged with respect to • second contact members permanently connected to a chassis part of the vehicle connected to earth, in which the first contact members are movable with respect to the second contact members between an open position not earthing said DC intermediate link and a contacting closed position earthing the DC intermediate link, • a handle connected to the first or second contact members while being electrically insulated with respect thereto to be manually operated for moving the contact members connected thereto between a position of not earthing and a position of earthing the DC intermediate link, a member fixed with respect to said chassis part, • a carrier onto which both contact members connected to the handle are arranged and which is guidedly displaceable along said member .
A method for reporting proximity in a factory floor environment , the method comprising: equipping a human with a first proximity detector that is wearable; disposing a second proximity detector at a robot that moves within a cell of the factory floor environment ; determining a distance (D1) between the first proximity detector and the second proximity detector by: determining a first position of the first proximity detector based on a first signal transmitted by the first proximity detector , the first position being determined by triangulating based on a signal strength received at each of multiple sensors in the factory floor environment ; determining a second position of the second proximity detector based on a second signal transmitted by the second proximity detector to the sensors in the factory floor environment ; and determining, as the distance (D1), an amount of separation between the first position of the first proximity detector and the second position of the second proximity detector , based on the first signal and the second signal; and directing the first proximity detector to provide a warning to the human if the determined distance (D1) is less than a threshold. equipping a human with a first proximity detector that is wearable; disposing a second proximity detector at a robot that moves within a cell of the factory floor environment ; determining a distance (D1) between the first proximity detector and the second proximity detector by: determining a first position of the first proximity detector based on a first signal transmitted by the first proximity detector , the first position being determined by triangulating based on a signal strength received at each of multiple sensors in the factory floor environment ; determining a second position of the second proximity detector based on a second signal transmitted by the second proximity detector to the sensors in the factory floor environment ; and determining, as the distance (D1), an amount of separation between the first position of the first proximity detector and the second position of the second proximity detector , based on the first signal and the second signal; and determining a first position of the first proximity detector based on a first signal transmitted by the first proximity detector , the first position being determined by triangulating based on a signal strength received at each of multiple sensors in the factory floor environment ; determining a second position of the second proximity detector based on a second signal transmitted by the second proximity detector to the sensors in the factory floor environment ; and determining, as the distance (D1), an amount of separation between the first position of the first proximity detector and the second position of the second proximity detector , based on the first signal and the second signal; and directing the first proximity detector to provide a warning to the human if the determined distance (D1) is less than a threshold.