mhurhangee/patent-ind-claim-en huggingface dataset:
A battery pack comprising: - a housing including a side wall , the side wall comprising a plurality of through holes ; - a plurality of battery modules accommodated inside the housing ; - a plurality of fastener devices securing the battery modules to the side wall , each fastener device passing through a respective through hole and sealingly closing the through hole ; and - a cover plate sealingly joined to the side wall ; wherein the fastener devices are positioned outside the cover plate . - a housing including a side wall , the side wall comprising a plurality of through holes ; - a plurality of battery modules accommodated inside the housing ; - a plurality of fastener devices securing the battery modules to the side wall , each fastener device passing through a respective through hole and sealingly closing the through hole ; and - a cover plate sealingly joined to the side wall ;
A packaging material for lithium cell comprising a laminate of a substrate layer, a first adhesive layer, a metal foil layer, an anti-corrosion treatment layer of a single-layer or plural-layer structure, a second adhesive layer and a sealant layer stacked in this order, wherein the anti-corrosion treatment layer is provided on a side of the second adhesive layer and contains an anionic polymer and optionally a cationic polymer in a layer contacting with the second adhesive layer, wherein the second adhesive layer contains a compound reactive with the anionic polymer contained in the layer contacting with the second adhesive layer, which compound is at least one member selected from the group consisting of a glycidyl compound, an oxazoline group-containing compound and a carbodiimide compound, and wherein the anti-corrosion treatment layer has one of the features (i) or (ii): (i) it contains a rare earth element oxide, and 1 to 100 parts by mass of phosphoric acid or a phosphate salt per 100 parts by mass of the rare earth element oxide; (ii) it is formed by subjecting the metal foil layer to at least one treatment selected from the group consisting of defatting treatment, hot water conversion treatment, anodization treatment and chemical conversion treatment. (i) it contains a rare earth element oxide, and 1 to 100 parts by mass of phosphoric acid or a phosphate salt per 100 parts by mass of the rare earth element oxide; (ii) it is formed by subjecting the metal foil layer to at least one treatment selected from the group consisting of defatting treatment, hot water conversion treatment, anodization treatment and chemical conversion treatment.
A multilayer structure comprising: a single crystal silicon wafer handle substrate comprising two major, generally parallel surfaces, one of which is a front surface of the single crystal silicon wafer handle substrate and the other of which is a back surface of the single crystal silicon wafer handle substrate, a circumferential edge joining the front and back surfaces of the single crystal silicon wafer handle substrate, and a central plane of the single crystal silicon wafer handle substrate between the front and back surfaces of the single crystal silicon wafer handle substrate, wherein the single crystal silicon wafer handle substrate has a bulk resistivity of at least about 7,500 ohm-cm; a trap rich layer in interfacial contact with the front surface of the single crystal silicon wafer handle substrate; a dielectric layer in interfacial contact with the trap rich layer; and a single crystal semiconductor device layer in interfacial contact with the dielectric layer, characterised in that the single crystal silicon wafer handle substrate comprises a silicon wafer sliced from a single crystal silicon ingot grown by the float zone method and has an interstitial oxygen concentration of less than about 1×10 16 atoms/cm 3 , a nitrogen concentration of at least about 1×10 13 atoms/cm 3 and a concentration of excess thermal donors of less than 1×10 11 donors/cm 3 , wherein excess thermal donors are thermal donors that are formed when the wafer handle substrate is heated into the 450°C - 650°C range, and dissociate at a temperature above about 1050°C - 1100°C. a single crystal silicon wafer handle substrate comprising two major, generally parallel surfaces, one of which is a front surface of the single crystal silicon wafer handle substrate and the other of which is a back surface of the single crystal silicon wafer handle substrate, a circumferential edge joining the front and back surfaces of the single crystal silicon wafer handle substrate, and a central plane of the single crystal silicon wafer handle substrate between the front and back surfaces of the single crystal silicon wafer handle substrate, wherein the single crystal silicon wafer handle substrate has a bulk resistivity of at least about 7,500 ohm-cm; a trap rich layer in interfacial contact with the front surface of the single crystal silicon wafer handle substrate; a dielectric layer in interfacial contact with the trap rich layer; and a single crystal semiconductor device layer in interfacial contact with the dielectric layer, characterised in that the single crystal silicon wafer handle substrate comprises a silicon wafer sliced from a single crystal silicon ingot grown by the float zone method and has an interstitial oxygen concentration of less than about 1×10 16 atoms/cm 3 , a nitrogen concentration of at least about 1×10 13 atoms/cm 3 and a concentration of excess thermal donors of less than 1×10 11 donors/cm 3 , wherein excess thermal donors are thermal donors that are formed when the wafer handle substrate is heated into the 450°C - 650°C range, and dissociate at a temperature above about 1050°C - 1100°C.
A stackable cup, the cup having a side wall and a base, wherein the side wall has an outer portion having an outer surface forming the exterior of the cup and an inner portion having an inner surface forming the interior of the cup, characterised in that the inner portion and outer portion each comprising a polymer and talc in an amount of from 8% to 22% by weight of each of the inner portion and outer portion, and the talc being present in each of the inner surface of the inner portion and the outer surface of the outer portion.
Assembly of seats for a railway vehicle, comprising a cover which partially covers a bogie box , said cover forming seat bases of two seats arranged in opposite directions, wherein each seat comprises a back comprising an upper portion formed by a respective panel attached to the cover , characterised in that the back of at least one of the seats comprises a lower portion extending as a continuation of the upper portion , said lower portion being formed by the cover .
Vehicle with - a plurality of vehicle parts , which are interconnected along a direction of travel of the vehicle , - at least one fuel cell for generating electrical current by converting hydrogen and oxygen into water, and - at least one transport hose between the vehicle parts for transporting a carrier gas for the hydrogen to the fuel cell , wherein - the transport hose is mechanically flexible and thus reversibly bendable by at least 10°, and - the transport hose comprises a corrugated tube or a coiled tube, which is configured to conduct the carrier gas for the hydrogen. - a plurality of vehicle parts , which are interconnected along a direction of travel of the vehicle , - at least one fuel cell for generating electrical current by converting hydrogen and oxygen into water, and - at least one transport hose between the vehicle parts for transporting a carrier gas for the hydrogen to the fuel cell , - the transport hose is mechanically flexible and thus reversibly bendable by at least 10°, and - the transport hose comprises a corrugated tube or a coiled tube, which is configured to conduct the carrier gas for the hydrogen.
An implant comprising: a body comprising a plurality of coil springs formed of an osteoconductive material; the body comprising a stiffness of between 400 megapascals (MPa) and 1,200 MPa; and the body comprising a plurality of pores having an average size of between 150 microns and 600 microns. a body comprising a plurality of coil springs formed of an osteoconductive material; the body comprising a stiffness of between 400 megapascals (MPa) and 1,200 MPa; and the body comprising a plurality of pores having an average size of between 150 microns and 600 microns.
A method for linking a second remote control unit to a first remote control unit that is provided for a radio connection with a transceiver unit , and has the following method steps: - linking the first remote control unit to the transceiver unit for a radio connection, - transmitting a unique address of the second remote control unit to the transceiver unit by near field communication , - sending the unique address of the second remote control unit by the transceiver unit to the first remote control unit via the radio connection, - linking the first remote control unit to the second remote control unit by the sent unique address of the second remote control unit , - sending a command by the second remote control unit to the transceiver unit of an industrial truck , wherein the command is sent by the second remote control unit to the first remote control unit that forwards the command by radio to the transceiver unit . - linking the first remote control unit to the transceiver unit for a radio connection, - transmitting a unique address of the second remote control unit to the transceiver unit by near field communication , - sending the unique address of the second remote control unit by the transceiver unit to the first remote control unit via the radio connection, - linking the first remote control unit to the second remote control unit by the sent unique address of the second remote control unit , - linking the first remote control unit to the second remote control unit by the sent unique address of the second remote control unit , - sending a command by the second remote control unit to the transceiver unit of an industrial truck , wherein the command is sent by the second remote control unit to the first remote control unit that forwards the command by radio to the transceiver unit .
A seat back frame for use in a vehicle seat assembly , the seat back frame comprising: - a first side member having a first end , a second end , an inner surface, and an outer surface, and - a second side member having a first end , a second end , an inner surface, and an outer surface, the first side member and the second side member spaced apart from one another; - an upper cross member having a first end and a second end , the first end coupled to the first end of the first side member and the second end coupled to the first end of the second side member ; - a lower cross member having a first end and a second end , the first end coupled to the second end of the first side member and the second end coupled to the second end of the second side member ; and - a middle cross member is diagonally positioned and acts as a load transfer member , wherein the load transfer member having a first end and a second end, the first end coupled to one of a middle portion of the first side member and a middle portion of the second side member and the second end is coupled to a middle portion of the lower cross member such that the load transfer member extends diagonally downwards toward the lower cross member , wherein the load transfer member is a load transfer structure that transfers a load from an impact through the seat assembly . - a first side member having a first end , a second end , an inner surface, and an outer surface, and - a second side member having a first end , a second end , an inner surface, and an outer surface, the first side member and the second side member spaced apart from one another; - an upper cross member having a first end and a second end , the first end coupled to the first end of the first side member and the second end coupled to the first end of the second side member ; - a lower cross member having a first end and a second end , the first end coupled to the second end of the first side member and the second end coupled to the second end of the second side member ; and - a middle cross member is diagonally positioned and acts as a load transfer member ,
Apparatus for manipulating objects , in particular a plurality of various containers such as food crates, comprising at least one conveyor means for transporting the objects along a transport path (T) from a receiving zone to a deposit zone , and at least one peripheral zone such as a washing system , which is designed such that the objects are manipulated therein, wherein the peripheral zone is arranged between the receiving zone and the deposit zone , and through which the objects can be guided, wherein buffer zones are provided before and after the at least one peripheral zone along the transport path (T) to temporarily accommodate objects of the same kind, wherein the buffer zones are each designed with multiple buffer segments , wherein at least one displaceable unloading unit is provided after a first buffer zone along the transport path (T), with which objects can be unloaded from the first buffer zone , and at least one displaceable loading unit is provided before a second buffer zone along the transport path (T), with which objects can be placed on the second buffer zone , characterized in that before the first buffer zone a sensing apparatus for detecting the objects is arranged and a sorting unit is provided which sorts the objects to the first buffer zone according to their detection, and the sorting unit is arranged to extend continuously along the transport path (T) before the first buffer zone and after the second buffer zone to sort objects into the first buffer zone and take objects from the second buffer zone .
A connector for two electrical power cables, wherein the connector has a plug and a receptacle , which in each case can be firmly connected to a conductor of the cables and are suitable for establishing a releasable electrical contact between the conductors, wherein the receptacle has a cavity extending in the longitudinal direction and the plug has a bolt projecting in the longitudinal direction, which can be inserted into the cavity , wherein the cavity and the bolt have truncated-cone shapes identical to each other, so that the bolt can be fixed in an operating position in the cavity by self-locking, characterized in that the connector furthermore has a pin as locking means, which additionally holds the connector in the operating position, wherein the pin is arranged so that its axis is perpendicular to a connecting axis of the connector and cooperates with a recess circumferentially around the diameter of the bolt .
Electrical device assembly comprising an electrical device that can be fastened to a supporting element, in particular a wall, wherein the electrical device comprises a cooling member , printed circuit boards and a housing, wherein the printed circuit boards are each fastened to the cooling member , and the cooling member is fastenable or fastened to the supporting element, in particular wherein the housing encloses the printed circuit boards in a manner forming a housing and is fastened to the cooling member , wherein the cooling member has a base plate on which a contact surface is arranged, wherein cooling ribs are shaped on the cooling member on the opposite side of the base plate from the contact surface, wherein a plate-like supporting portion arranged in parallel with the base plate is formed on a first of the cooling ribs , wherein a receiving recess is arranged in the supporting portion , wherein one side of the receiving recess is formed by means of a region of the first cooling rib , wherein a heat-generating component, in particular a power component, in particular a semiconductor switch, is arranged in the receiving recess , wherein an electrically insulating, heat-conducting material is arranged between the component and the receiving recess . wherein the electrical device comprises a cooling member , printed circuit boards and a housing, wherein the printed circuit boards are each fastened to the cooling member , and the cooling member is fastenable or fastened to the supporting element, in particular wherein the housing encloses the printed circuit boards in a manner forming a housing and is fastened to the cooling member , wherein the cooling member has a base plate on which a contact surface is arranged, wherein cooling ribs are shaped on the cooling member on the opposite side of the base plate from the contact surface, wherein a plate-like supporting portion arranged in parallel with the base plate is formed on a first of the cooling ribs , wherein a receiving recess is arranged in the supporting portion , wherein one side of the receiving recess is formed by means of a region of the first cooling rib , wherein a heat-generating component, in particular a power component, in particular a semiconductor switch, is arranged in the receiving recess , wherein an electrically insulating, heat-conducting material is arranged between the component and the receiving recess .
Device for machining the wheel running surfaces of wheelsets for rail vehicles by means of a wheel machining machine, wherein in one process step, rolling machining of the wheels is carried out with a work roller, characterised in that the device comprises at least one clamping unit for a tool (2.2, 2.2) which is arranged in a defined position relative to a wheel positioned by means of a basic adjustment in order to alternately serve as a receptacle for a tool (2.1) for chip-removing machining or a rolling tool (2.2), whereby the rolling force is adjustable by controlling the torques of drive motors of the feed axes of the rolling tool (2.2).
An attack analysis device comprising: an obtainer that obtains in-vehicle network information indicating a configuration of an in-vehicle network including a plurality of external communication interfaces and a plurality of control Electronic Control Units (ECUs), and anomaly detection information indicating a result of detecting an anomaly in at least one node in the in-vehicle network; an attack path estimator that, based on the in-vehicle network information and the anomaly detection information, estimates an attack path in an attack on the in-vehicle network, the attack path including an entry point indicating an external communication interface that is a point of intrusion into the in-vehicle network in the attack and an attack target indicating a control ECU that is a target of the attack; and an outputter that outputs the attack path. an obtainer that obtains in-vehicle network information indicating a configuration of an in-vehicle network including a plurality of external communication interfaces and a plurality of control Electronic Control Units (ECUs), and anomaly detection information indicating a result of detecting an anomaly in at least one node in the in-vehicle network; an attack path estimator that, based on the in-vehicle network information and the anomaly detection information, estimates an attack path in an attack on the in-vehicle network, the attack path including an entry point indicating an external communication interface that is a point of intrusion into the in-vehicle network in the attack and an attack target indicating a control ECU that is a target of the attack; and an outputter that outputs the attack path.
A method for automatically notifying an intended person of a service interval of a test and measurement device by using the test and measurement device , with the following steps: a) Retrieving service data by said test and measurement device , wherein said service data comprises internal data and external data , said external data relating to data that is gathered by the test and measurement device via at least one communication interface ; b) Processing said service data internally by said test and measurement device , thereby calculating a time for maintenance automatically based on said service data retrieved, wherein the time for maintenance corresponds to an end of an actual service interval; and c) Notifying at least one of a user of said test and measurement device and a service personal automatically by the test and measurement device itself with regard to the service interval of the test and measurement device so that at least one of the user of said test and measurement device and the service personal is notified that a service check is already due or that it becomes due in the near future, thereby ensuring that the test and measurement device is always in a calibrated state wherein said external data comprises data of a previous maintenance record retrieved via the internet and/or data retrieved via the internet from other test and measurement devices of the same kind and/or environmental data of said test and measurement device , said environmental data comprising weather information based on the geographic location of said test and measurement device . a) Retrieving service data by said test and measurement device , wherein said service data comprises internal data and external data , said external data relating to data that is gathered by the test and measurement device via at least one communication interface ; b) Processing said service data internally by said test and measurement device , thereby calculating a time for maintenance automatically based on said service data retrieved, wherein the time for maintenance corresponds to an end of an actual service interval; and c) Notifying at least one of a user of said test and measurement device and a service personal automatically by the test and measurement device itself with regard to the service interval of the test and measurement device so that at least one of the user of said test and measurement device and the service personal is notified that a service check is already due or that it becomes due in the near future, thereby ensuring that the test and measurement device is always in a calibrated state