mhurhangee/patent-ind-claim-en huggingface dataset:
A battery pack comprising: a cell group including a plurality of unit cells stacked in a thickness direction, each of the unit cells including a battery main body having a power generation element and a flat shape, and an electrode tab protruding out from the battery main body, in which the electrode tabs being arranged along the stacking direction; a bus bar having a flat plate shape joined to the electrode tabs of the unit cells and electrically connecting the electrode tabs of at least two of the unit cells to each other; and a terminal member joined to the bus bar and configured to transfer input and output of electric power in the cell group , wherein distal end portions of the electrode tabs of the unit cells are folded along the stacking direction (Z); characterized in that one surface of the flat plate-shaped bus bar is joined to the distal end portions of the electrode tabs , and the other surface of the flat plate-shaped bus bar is joined to the terminal member ; at least a portion of the terminal member overlaps the distal end portions of the electrode tabs when viewed from the direction (X) perpendicular to the surface (Y-Z) on which the distal end portions of the electrode tabs are arranged; and the terminal member is welded to the bus bar at a terminal joining position (T2) that is spaced away from a welding position (T1) between the bus bar and the electrode tabs in the stacking direction (Z). a cell group including a plurality of unit cells stacked in a thickness direction, each of the unit cells including a battery main body having a power generation element and a flat shape, and an electrode tab protruding out from the battery main body, in which the electrode tabs being arranged along the stacking direction; a bus bar having a flat plate shape joined to the electrode tabs of the unit cells and electrically connecting the electrode tabs of at least two of the unit cells to each other; and a terminal member joined to the bus bar and configured to transfer input and output of electric power in the cell group , wherein distal end portions of the electrode tabs of the unit cells are folded along the stacking direction (Z); characterized in that one surface of the flat plate-shaped bus bar is joined to the distal end portions of the electrode tabs , and the other surface of the flat plate-shaped bus bar is joined to the terminal member ; at least a portion of the terminal member overlaps the distal end portions of the electrode tabs when viewed from the direction (X) perpendicular to the surface (Y-Z) on which the distal end portions of the electrode tabs are arranged; and the terminal member is welded to the bus bar at a terminal joining position (T2) that is spaced away from a welding position (T1) between the bus bar and the electrode tabs in the stacking direction (Z).
A tundish impact pad , comprising: a base having a base surface; and a sidewall including a continuous sidewall inner surface radially outward of the base surface; a top wall extending inwardly relative to the sidewall to terminate at an inner edge establishing a mouth opening , the top wall comprising a lower surface that, collectively with the base surface and the continuous sidewall inner surface , establish a continuous annular chamber; characterized in that the base surface comprises a conical impact surface area establishing an apex , the mouth opening is spaced above and centered relative to the apex , the top wall comprises a lip sloping radially inwardly and downwardly towards the conical impact surface , the base surface comprises a first flat annular area between the conical impact surface area and the continuous sidewall inner surface , the top wall comprising a second flat annular area extending between the continuous sidewall inner surface and the lip , and the first and second flat annular areas being spaced apart from and extending in planes parallel to one another. a base having a base surface; and a sidewall including a continuous sidewall inner surface radially outward of the base surface; a top wall extending inwardly relative to the sidewall to terminate at an inner edge establishing a mouth opening , the top wall comprising a lower surface that, collectively with the base surface and the continuous sidewall inner surface , establish a continuous annular chamber; characterized in that the base surface comprises a conical impact surface area establishing an apex , the mouth opening is spaced above and centered relative to the apex , the top wall comprises a lip sloping radially inwardly and downwardly towards the conical impact surface , the base surface comprises a first flat annular area between the conical impact surface area and the continuous sidewall inner surface , the top wall comprising a second flat annular area extending between the continuous sidewall inner surface and the lip , and the first and second flat annular areas being spaced apart from and extending in planes parallel to one another.
A cryoablation catheter, characterized in comprising: a first capsule body , mounted at a front end of a core tube , and having a front end area adapted for fitting to myocardial tissue during a cryoablation process and a rear end area exposed to blood; the core tube , having a first looping path provided therein which is adapted for a first fluid with low temperature to be filled into and flow out of the first capsule body ; and a heat insulation part , at least partially fitting to the rear end area , adapted for reducing heat exchange efficiency between the first fluid and the blood in an atrium, wherein the heat insulation part at least covers a part of the rear end area , wherein the heat insulation part is a second capsule body provided inside the first capsule body , at least part of the second capsule body fits to an inner wall of the rear end area , characterized in that the second capsule body has an opening communicated with an interior of the first capsule body , the first looping path has an outflow port for the first fluid located inside the second capsule body , and the opening is a circular opening coaxially arranged around the core tube at a central position inside the first capsule body , the opening defining a gap between the core tube and the second capsule body, wherein the core tube extends through the first and second capsule bodies. a first capsule body , mounted at a front end of a core tube , and having a front end area adapted for fitting to myocardial tissue during a cryoablation process and a rear end area exposed to blood; the core tube , having a first looping path provided therein which is adapted for a first fluid with low temperature to be filled into and flow out of the first capsule body ; and a heat insulation part , at least partially fitting to the rear end area , adapted for reducing heat exchange efficiency between the first fluid and the blood in an atrium, wherein the heat insulation part at least covers a part of the rear end area , wherein the heat insulation part is a second capsule body provided inside the first capsule body , at least part of the second capsule body fits to an inner wall of the rear end area , characterized in that the second capsule body has an opening communicated with an interior of the first capsule body , the first looping path has an outflow port for the first fluid located inside the second capsule body , and the opening is a circular opening coaxially arranged around the core tube at a central position inside the first capsule body , the opening defining a gap between the core tube and the second capsule body, wherein the core tube extends through the first and second capsule bodies.
Method for the remote automated reading of a fluid meter executed in an automated metering management system in the context of a fluid-distribution service, comprising a fluid meter and a system, referred to as a centralised-meter system, the fluid meter being able to transmit frames in accordance with a wireless communication standard to the centralised-meter system, the centralised-meter system being able to receive said frames and to communicate by powerline with a data concentrator in a first frequency band via a first network of the powerline communication network type , said data concentrator communicating with a management entity of the automated metering management system via a second network, characterised in that , the centralised-meter system comprising a centralised meter and an intermediate unit both associated with said fluid meter, the centralised meter and the intermediate unit being two separate devices able to communicate with one another by powerline in a second frequency band not overlapping said first frequency band via a third network of the powerline communication network type distinct from said first network , the method comprises: - performing a phase of pairing between the centralised-meter system and the fluid meter wherein the intermediate unit receives each signalling frame sent by the fluid meter and considers that the centralised-meter system and the fluid meter are paired when it receives a signalling frame following a reception of a frame containing information representing a pairing request from the centralised meter and, when it is paired with the fluid meter, instances an emulation application emulating a virtual fluid meter able to communicate directly with the data concentrator on behalf of said fluid meter; - performing an index transmission phase during which the centralised-meter system receives frames from the fluid meter each comprising information representing a fluid-consumption reading, the virtual fluid meter taking responsibility for retransmitting said information representing a fluid-consumption reading to the management entity via the data concentrator . - performing a phase of pairing between the centralised-meter system and the fluid meter wherein the intermediate unit receives each signalling frame sent by the fluid meter and considers that the centralised-meter system and the fluid meter are paired when it receives a signalling frame following a reception of a frame containing information representing a pairing request from the centralised meter and, when it is paired with the fluid meter, instances an emulation application emulating a virtual fluid meter able to communicate directly with the data concentrator on behalf of said fluid meter; - performing an index transmission phase during which the centralised-meter system receives frames from the fluid meter each comprising information representing a fluid-consumption reading, the virtual fluid meter taking responsibility for retransmitting said information representing a fluid-consumption reading to the management entity via the data concentrator .
An anti-TIM-3 antibody, or an antigen-binding fragment thereof, comprising an immunoglobulin light chain polypeptide comprising SEQ ID NO: 115 and an immunoglobulin heavy chain polypeptide comprising SEQ ID NO: 34.
A metal complex comprising at least one metal atom chosen from the metals from the group consisting of Pt, Pd, Ni, Rh, Ru, Os and Ir, more preferably from the group consisting of Pt and Pd and even more preferably the metal is Pt and one or more ligands, characterized in that at least one ligand comprises a cyclic silylene structure which is a silacyclopropylidene and a Lewis base which donates an electron pair to the silicon atom of said cyclic silylene structure, characterized in that said ligand is a a compound of formula (V): in which each Rb can be independently chosen from - a hydrogen atom - a halogen atom - an alkyl group - a cycloalkyl group - a cycloalkylalkyl group, - an aryl group, and - an arylalkyl group, each Re independently represents a group chosen from - a hydrogen atom, - a halogen atom, or - a group chosen from: - an alkyl group, - a haloalkyl group, - a cycloalkyl group, - a cycloalkylalkyl group, - an aryl group optionally substituted one or more times by a halogen atom and/or by an alkyl group, - an arylalkyl group, - an acyl group and - an hydroxyl group, or else two groups or more chosen from the Re and Rb groups, with the atoms to which they are bonded, can form a monocyclic or polycyclic ring group, consisting of 3 to 20 ring members, optionally comprising one or more unsaturations and optionally comprising one or more heteroatoms chosen from O, N, Si and P, it being possible for the monocyclic or polycyclic ring group to be optionally substituted one or more times by a halogen atom, by an alkyl group, by a cycloalkyl group, by a cycloalkylalkyl group, by an aryl group, by an arylalkyl group, by an acyl group, by an amine group, by an hydroxyl group or by an alkoxy group. - a hydrogen atom - a halogen atom - an alkyl group - a cycloalkyl group - a cycloalkylalkyl group, - an aryl group, and - an arylalkyl group, each Re independently represents a group chosen from - a hydrogen atom, - a halogen atom, or - a group chosen from: - an alkyl group, - a haloalkyl group, - a cycloalkyl group, - a cycloalkylalkyl group, - an aryl group optionally substituted one or more times by a halogen atom and/or by an alkyl group, - an arylalkyl group, - an acyl group and - an hydroxyl group, or else two groups or more chosen from the Re and Rb groups, with the atoms to which they are bonded, can form a monocyclic or polycyclic ring group, consisting of 3 to 20 ring members, optionally comprising one or more unsaturations and optionally comprising one or more heteroatoms chosen from O, N, Si and P, it being possible for the monocyclic or polycyclic ring group to be optionally substituted one or more times by a halogen atom, by an alkyl group, by a cycloalkyl group, by a cycloalkylalkyl group, by an aryl group, by an arylalkyl group, by an acyl group, by an amine group, by an hydroxyl group or by an alkoxy group. - an alkyl group, - a haloalkyl group, - a cycloalkyl group, - a cycloalkylalkyl group, - an aryl group optionally substituted one or more times by a halogen atom and/or by an alkyl group, - an arylalkyl group, - an acyl group and - an hydroxyl group,
An apparel item comprising an attachment structure for attaching at least one device to an apparel item, the attachment structure comprising: a dimensionally stable frame having a first surface and a second surface opposite the first surface, the dimensionally stable frame having at least one aperture (118; 216) operable to receive the device, the first surface of the dimensionally stable frame being affixed to a first surface of the apparel item; characterized by an absorbent material applied to the second surface of the dimensionally stable frame , and wherein the device comprises a thermoelectric module. a dimensionally stable frame having a first surface and a second surface opposite the first surface, the dimensionally stable frame having at least one aperture (118; 216) operable to receive the device, the first surface of the dimensionally stable frame being affixed to a first surface of the apparel item; characterized by an absorbent material applied to the second surface of the dimensionally stable frame , and wherein the device comprises a thermoelectric module.
Fixation device for affixing a contact element in a housing of a connector , comprising said housing , where said housing comprises a contact element receptacle that is configured to receive at least one contact element , where said fixation device comprises a clamping device that is configured to clamp said at least one contact element in said contact element receptacle with a clamping force directed in a clamping direction (K), where said contact element at the side facing away from said clamping device can rest at least in sections on a support surface which comprises a deflection surface oriented at an angle to said clamping force , where said deflection surface is configured to deflect said clamping force acting upon said contact element at least component-wise transverse to said clamping force characterized in that the support surface is formed by ribs that are spaced apart. where said housing comprises a contact element receptacle that is configured to receive at least one contact element , where said fixation device comprises a clamping device that is configured to clamp said at least one contact element in said contact element receptacle with a clamping force directed in a clamping direction (K), where said contact element at the side facing away from said clamping device can rest at least in sections on a support surface which comprises a deflection surface oriented at an angle to said clamping force , where said deflection surface is configured to deflect said clamping force acting upon said contact element at least component-wise transverse to said clamping force characterized in that the support surface is formed by ribs that are spaced apart.
Agricultural machine with a spectrometer assembly for examining a sample , the spectrometer assembly comprising: a source for electromagnetic waves, transmission means for transmitting the waves from the source to the sample , a dispersive element to which waves coming from the sample can be applied, which dispersive element is suitable for deflecting the incoming waves in different directions as a function of the wavelength, and a detector having a plurality of detection elements which are arranged in a two-dimensional fashion and have the purpose of converting the waves which are received from the dispersive element into electrical signals, wherein the transmission means are configured to illuminate the sample in lines with the electromagnetic waves, and the spectrometer assembly is configured in such a way that the electromagnetic waves which originate from different locations of the sample , to which electromagnetic waves are applied in lines, arrive from a first direction at different detection elements of the detector and from a second direction at different detection elements of the detector owing to the wavelength-dependent deflection which is brought about by the dispersive element ; wherein the spectrometer assembly is mounted at a position on the machine which is suitable for examining samples which run past the spectrometer assembly and is programmed with a computer device to perform georeferenced recording of output signals of the spectrometer assembly and/or to carry out actuation of an actuator on the basis thereof. a source for electromagnetic waves, transmission means for transmitting the waves from the source to the sample , a dispersive element to which waves coming from the sample can be applied, which dispersive element is suitable for deflecting the incoming waves in different directions as a function of the wavelength, and a detector having a plurality of detection elements which are arranged in a two-dimensional fashion and have the purpose of converting the waves which are received from the dispersive element into electrical signals, wherein the transmission means are configured to illuminate the sample in lines with the electromagnetic waves, and the spectrometer assembly is configured in such a way that the electromagnetic waves which originate from different locations of the sample , to which electromagnetic waves are applied in lines, arrive from a first direction at different detection elements of the detector and from a second direction at different detection elements of the detector owing to the wavelength-dependent deflection which is brought about by the dispersive element ; wherein the spectrometer assembly is mounted at a position on the machine which is suitable for examining samples which run past the spectrometer assembly and is programmed with a computer device to perform georeferenced recording of output signals of the spectrometer assembly and/or to carry out actuation of an actuator on the basis thereof.
Tool for producing an internal thread in a workpiece pilot hole with a thread external diameter (d A ) and a thread core diameter (d K ), which tool has a thread form section with which an internal thread profile can be produced in a pilot hole wall, which internal thread profile has the thread external diameter (d A ) and a thread internal diameter (d I ), wherein the tool has a drill section with which the thread internal diameter (d I ) of the internal thread profile can be expanded in a chip processing to the thread core diameter (d K ), wherein the drill section of the tool is associated with at least one flute by means of which the chips resulting from the widening of the thread internal diameter (d I ) to the thread core diameter (d K ) can be removed, wherein the drill section has at least one longitudinal cutting edge with a radially outer longitudinal cutting edge , characterised in that the longitudinal cutting edge extends in the tool axial direction between two cutting corners , and in that the longitudinal cutting edge has a radially inwardly bent edge profile, whereby cut surface edges on the generated internal thread can be deburred.
A system for degassing a fluid sample, the system comprising a container with a plurality of nucleation sites for exposing to the fluid sample, wherein a total area of the nucleation sites is at least 5% of a total surface area of contact of the fluid sample with the container, and a lid positioned on the container and having open holes or holes covered with a membrane filter material to allow gas to escape during degassing.
A hydraulic system comprising a pressure source , an output , and a pressure booster arranged between the pressure source and the output , wherein inactivating means are provided inactivating or activating said pressure booster , which inactivating means are arranged in parallel to said pressure booster , said inactivating means connecting a booster input and a booster output when inactivating said booster , wherein said inactivating means are hydraulically operated by means of a hydraulic signal line branching off from a point positioned at or near said output , the signal line signalling a pressure at a load dependent position to said inactivating means , wherein the system can be operated with the pressure supplied by the pressure source alone, if this pressure is sufficient to operate a hydraulic consumer connected to the output , or it can be operated using the pressure booster to supply an elevated pressure to the output .
Method for producing a vehicle tyre by the following steps: a) providing a prefabricated tyre component , b) providing a conveying device comprising a conveying belt , the conveying belt forming a closed loop with a connecting means at a connecting point , c) detecting the connecting point on the conveying belt , d) turning the conveying belt into a conveying position at which the tyre component can be applied to the conveying belt in such a way that the tyre component does not come into contact with the connecting point on the conveying belt , e) feeding the tyre component onto the conveying device, the tyre component being placed onto a subregion of the conveying belt that is not in contact with the connecting point on the conveying belt , f) feeding the tyre component by the conveying device onto a tyre building drum , g) completing the vehicle tyre by further steps. a) providing a prefabricated tyre component , b) providing a conveying device comprising a conveying belt , the conveying belt forming a closed loop with a connecting means at a connecting point , c) detecting the connecting point on the conveying belt , d) turning the conveying belt into a conveying position at which the tyre component can be applied to the conveying belt in such a way that the tyre component does not come into contact with the connecting point on the conveying belt , e) feeding the tyre component onto the conveying device, the tyre component being placed onto a subregion of the conveying belt that is not in contact with the connecting point on the conveying belt , f) feeding the tyre component by the conveying device onto a tyre building drum , g) completing the vehicle tyre by further steps.