mhurhangee/ep-ind-claims huggingface dataset:
A damping shaft mechanism, comprising a spiral shaft, a spiral guide bush, a shell, a blade; an external spiral structure arranged around the spiral shaft; wherein the core of the spiral shaft comprises a cone segment; an internal spiral structure accordingly arranged in the spiral guide bush; a cavity formed in the shell, wherein the end of the spiral shaft which is rotationally connected with the spiral guide bush is in the cavity, and the cavity is sealed; wherein the sealed cavity is filled with damping oil; wherein the said sealed cavity is divided into two cavities (41, 42) by the spiral guide bush; wherein the cone segment of the spiral shaft contracts gradually from one end to another end, so that a fit clearance between the spiral shaft and the spiral guide bush is changed from big to small during a damping process, and a flowing speed of the damping oil in the two cavities (41, 42) is changed from fast to slow.
Method for producing a component for vehicles, wherein said finished component includes a base having at least partly a layer of thermoplastic material (52, 54) and an accessory body in contact along a contact region with said thermoplastic layer (52, 54), wherein for the realization of said component for vehicles the base is positioned in contact with the accessory body along the contact region with said thermoplastic layer (52, 54), inside a mould for press, said press being adapted to form at least partly thermoplastically said component for vehicles, due to the pressure exerted on the mould, and at least one interposition element is interposed between a die or a punch of the mould for press and said accessory body, at at least a part of the contact region, for joining said accessory body with said base at said part of the contact region, wherein the interposition element is positioned in such a way as to create an overpressure at said part of the contact region between the thermoplastic layer (52, 54) of the base and the accessory body.
A sound-attenuating composite structure, comprising: a honeycomb core assembly having a plurality of honeycomb cells defined by sidewalls, the honeycomb core assembly being sandwiched between an impervious inner skin and a perforated outer skin; and a ceramic foam insert received in each of the honeycomb cells at a predetermined insertion depth (d) to form an obstruction therein, each of the ceramic foam inserts having a predetermined thickness defined between substantially flat top and bottom surfaces, the sound-attenuating composite structure having predetermined acoustic performance characteristics controlled, at least in part, by the predetermined thickness and the predetermined insertion depth, the ceramic foam insert consisting of silica fibers, alumina fibers, and boron carbide powder. a honeycomb core assembly having a plurality of honeycomb cells defined by sidewalls, the honeycomb core assembly being sandwiched between an impervious inner skin and a perforated outer skin; and a ceramic foam insert received in each of the honeycomb cells at a predetermined insertion depth (d) to form an obstruction therein, each of the ceramic foam inserts having a predetermined thickness defined between substantially flat top and bottom surfaces, the sound-attenuating composite structure having predetermined acoustic performance characteristics controlled, at least in part, by the predetermined thickness and the predetermined insertion depth, the ceramic foam insert consisting of silica fibers, alumina fibers, and boron carbide powder.
A laser cutting method for cutting a processed part from a plate-shaped workpiece, characterized in, that the method comprises: (a) laser-cutting, in advance, a cut slit of a welding protruding-tab configured to be bent by laser cutting along an outline of the processed part and press a peripheral surface of the processed part in a periphery of the processed part that is cut from the workpiece; and (b) forming an outline slit by performing laser-cutting along the outline of the processed part and welding a free end of the welding protruding-tab to the peripheral surface of the processed part. (a) laser-cutting, in advance, a cut slit of a welding protruding-tab configured to be bent by laser cutting along an outline of the processed part and press a peripheral surface of the processed part in a periphery of the processed part that is cut from the workpiece; and (b) forming an outline slit by performing laser-cutting along the outline of the processed part and welding a free end of the welding protruding-tab to the peripheral surface of the processed part.
Adhesive tape at least comprising the following layers in the order stated: - a first outer layer, A, of adhesive, - a layer B, at least comprising an inorganic getter material, and - a second outer layer, C, of adhesive, characterized in that the layers A and C of adhesive consist in each case independently of one another of a pressure sensitive adhesive or an activatable adhesive; the inorganic getter material is selected from the group consisting of barium, calcium, calcium sulfate, calcium chloride, calcium oxide, sodium sulfate, potassium carbonate, copper sulfate, magnesium perchlorate, magnesium sulfate, lithium chloride, silicas, zeolites, and also mixtures of two or more of the above substances; and the inorganic getter material is present in particulate form in the layer B and is partially surrounded by a matrix material. - a first outer layer, A, of adhesive, - a layer B, at least comprising an inorganic getter material, and - a second outer layer, C, of adhesive,
A digital printing process for inkjet printing on a recording medium using ink comprising a carrier liquid and a colorant, in particular on a recording medium which is configured not to absorb the carrier liquid or to absorb only a portion of the carrier liquid during the inkjet printing, said process comprising the steps of: jetting ink on the recording medium; characterized in that said process further comprises the steps of: bringing one or more continuously rotating members (310a, 310a', 310b, 310c) in rotational contact with the jetted ink on said recording medium, such that a colorant-poor portion of the ink is adsorbed to the one or more rotating members (310a, 310a', 310b, 310c) and a colorant-rich portion remains on the recording medium; said colorant-rich portion comprising more colorant than said colorant-poor portion; and continuously removing said colorant-poor portion of the one or more continuously rotating members (310a, 310a', 310b, 310c); wherein the step of removing of the colorant-poor portion of the one or more rotating members (310a, 310a', 310b, 310c) is done by scraping the colorant-poor portion from said one or more rotating members (310a, 310a', 310b, 310c), without using suction. jetting ink on the recording medium; characterized in that said process further comprises the steps of: bringing one or more continuously rotating members (310a, 310a', 310b, 310c) in rotational contact with the jetted ink on said recording medium, such that a colorant-poor portion of the ink is adsorbed to the one or more rotating members (310a, 310a', 310b, 310c) and a colorant-rich portion remains on the recording medium; said colorant-rich portion comprising more colorant than said colorant-poor portion; and continuously removing said colorant-poor portion of the one or more continuously rotating members (310a, 310a', 310b, 310c); bringing one or more continuously rotating members (310a, 310a', 310b, 310c) in rotational contact with the jetted ink on said recording medium, such that a colorant-poor portion of the ink is adsorbed to the one or more rotating members (310a, 310a', 310b, 310c) and a colorant-rich portion remains on the recording medium; said colorant-rich portion comprising more colorant than said colorant-poor portion; and continuously removing said colorant-poor portion of the one or more continuously rotating members (310a, 310a', 310b, 310c);
A wear member for excavating equipment, the wear member comprising: converging walls (48, 50) that converge toward a front end, sidewalls extending between the converging walls (48, 50), a socket that opens in a rear end to receive a base fixed to the excavating equipment, and an opening extending through one of the walls for receiving a lock to releasably hold the wear member to the base, the opening communicating with the socket, the opening having a rear portion including a pair of forwardly-facing bearing surfaces to abut the lock and hold the wear member to the base, wherein the bearing surfaces are inclined to diverge from each other in a forward direction, characterized in that a forward edge of the opening defines a fulcrum about which the lock is abel to pivot between a hold position that retains wear member to base, and a release position which permits installation and removal of the wear member to and from the base; and that the fulcrum and the bearing surfaces are generally positioned along a longitudinal axis of the wear member with the fulcrum positioned in front of the bearing surfaces. converging walls (48, 50) that converge toward a front end, sidewalls extending between the converging walls (48, 50), a socket that opens in a rear end to receive a base fixed to the excavating equipment, and an opening extending through one of the walls for receiving a lock to releasably hold the wear member to the base, the opening communicating with the socket, the opening having a rear portion including a pair of forwardly-facing bearing surfaces to abut the lock and hold the wear member to the base, wherein the bearing surfaces are inclined to diverge from each other in a forward direction, characterized in that a forward edge of the opening defines a fulcrum about which the lock is abel to pivot between a hold position that retains wear member to base, and a release position which permits installation and removal of the wear member to and from the base; and that the fulcrum and the bearing surfaces are generally positioned along a longitudinal axis of the wear member with the fulcrum positioned in front of the bearing surfaces.
Multilayer composite having barrier properties for volatile organic compounds, where the volatile organic compounds have at least one functional group selected from the group consisting of hydroxyl group, ester group and/or ether group, wherein the multilayer composite has a first surface and a second surface and comprises at least one first layer and at least one further layer, characterized in that one of the two layers comprises at least one adsorption material for the volatile organic compounds and at least one polymeric support material in admixture with or bonded to the adsorption material, where if the at least one adsorption material and the at least one polymeric support material are bonded to one another, the composite comprises at least three layers and where the adsorption material is selected from the group consisting of sheet and framework silicates, porous carbon materials and metal organic frameworks and preferably comprises at least one porous material which is particularly preferably selected from the group consisting of activated carbon, covalent organic frameworks, porous silicates, metal organic frameworks and mixtures thereof and in particular from the group consisting of zeolites and metal organic frameworks and mixtures thereof, characterized in that the polymeric support material comprises at least a portion of 75% by weight of HDPE.
A system for synchronizing a local audio processing clock rate of a digital signal processor, DSP, to an audio clock rate of a network to which the DSP is connected, comprising: an adjustable clock synthesizer that is configured to establish the local audio processing clock rate of the DSP; wherein: - the DSP is configured to generate events that comprise interrupts that are generated when audio data frames are inputted or outputted from a DSP memory, said generated events being associated with the local audio processing clock rate of the DSP and with the DSP memory; and - the DSP is further configured to monitor the generated events over time by counting the interrupts and based on the monitoring cause the adjustable clock synthesizer to adjust the local audio processing clock rate of the DSP to better match the network audio clock rate. - the DSP is configured to generate events that comprise interrupts that are generated when audio data frames are inputted or outputted from a DSP memory, said generated events being associated with the local audio processing clock rate of the DSP and with the DSP memory; and - the DSP is further configured to monitor the generated events over time by counting the interrupts and based on the monitoring cause the adjustable clock synthesizer to adjust the local audio processing clock rate of the DSP to better match the network audio clock rate.
An OPC UA aggregation server (100, 412, 1012, 1112, 1212, 1312) for aggregating at least one OPC UA server (120, 404, 406, 1002, 1006, 1102, 1106, 1202, 1302) in a remote address space, wherein the at least one OPC UA aggregation server (100, 412, 1012, 1112, 1212, 1312) is configured to support data reduction and/or redundancy mechanisms; and wherein the OPC UA aggregation server is configured to store remote address space information of a current session, wherein the session is related to an application and/or a OPC UA client, and wherein the OPC UA aggregation server is configured to use the remote address space information in a next session for aggregating data.
Arrangement comprising a DC voltage switch and a converter, wherein the DC voltage switch has two terminals (121, 122), between which an operating current path comprising a mechanical switch extends, and has means of generating a counter voltage to the voltage in the operating path, wherein said means comprise: - a transformer, the primary side of which is connected in series with the mechanical switch in the operating current path; - a voltage source connected to the secondary side of the transformer; - a switch connected in series with the voltage source, wherein the voltage source is a DC-link capacitor of the converter, wherein the secondary winding of the transformer is connected at one of its terminal leads to one of the AC voltage outputs of an inverter of the converter and the other terminal lead is connected to the midpoint of an additional half bridge, wherein the additional half bridge is connected in parallel with the voltage source and in parallel with the other half bridges of the inverter. - a transformer, the primary side of which is connected in series with the mechanical switch in the operating current path; - a voltage source connected to the secondary side of the transformer; - a switch connected in series with the voltage source,
A method for controlling a wind power generation system connected to a grid at a point of connection, wherein the system is devised to feed reactive power to the grid, characterised by: - determining a Q-V characteristic for the grid at the point of connection; - determining a nose point for the Q-V characteristic; - determining a minimum reactive current, (I Qmin), which is safe from the nose point; and - controlling the feeding of reactive power based on the Q-V characteristic to keep a reactive current (I Q) higherthan the minimum reactive current (I Qmin). - determining a Q-V characteristic for the grid at the point of connection; - determining a nose point for the Q-V characteristic; - determining a minimum reactive current, (I Qmin), which is safe from the nose point; and - controlling the feeding of reactive power based on the Q-V characteristic to keep a reactive current (I Q) higherthan the minimum reactive current (I Qmin).
A system comprising a testing device to emulate the thermal exposure caused by a wireless power transmitter device having a wireless power transmitter coil and a host device, the testing device comprising: a housing, the housing having a bottom side adapted for placement on a surface of the wireless power transmitter device, and a top side opposite to the bottom side; a wireless power receiver coil provided in the housing; thermo sensory means; and an interface to provide measurement data from the thermo sensory means to the host device, the host device having processing means for processing the measurement data to emulate the said thermal exposure, wherein the thermo sensory means comprises: a first temperature sensor adapted to measure a temperature at a first position inside the housing; and a second temperature sensor adapted to measure a temperature at a second position external to the housing. a housing, the housing having a bottom side adapted for placement on a surface of the wireless power transmitter device, and a top side opposite to the bottom side; a wireless power receiver coil provided in the housing; thermo sensory means; and an interface to provide measurement data from the thermo sensory means to the host device, the host device having processing means for processing the measurement data to emulate the said thermal exposure, wherein the thermo sensory means comprises: a first temperature sensor adapted to measure a temperature at a first position inside the housing; and a second temperature sensor adapted to measure a temperature at a second position external to the housing. a first temperature sensor adapted to measure a temperature at a first position inside the housing; and a second temperature sensor adapted to measure a temperature at a second position external to the housing.
A sheet body comprising at least a solid oil-containing resin layer comprising an oil and an oil-permeable surface resin layer that has higher wear resistance than the oil-containing resin layer and is layered on one of surfaces of the oil-containing resin layer, wherein the oil included in the oil-containing resin layer comprises a low-temperature exuding oil component capable of exuding from the oil-containing resin layer when a temperature decreases to a predetermined value or lower, and the surface resin layer has enough oil permeability to permeate the low-temperature exuding oil component exuding from the oil-containing resin layer to a surface of the surface resin layer that is opposite to a side of the oil-containing resin layer.
A document test device for checking a document, having: a document receiver for receiving the document; a dome-shaped cover of the document receiver, wherein the dome-shaped cover includes an illumination device that is designed to diffusely illuminate the document; and an image sensor for detecting the light that is remitted by the document in response to the diffuse illumination by means of the illumination device. a document receiver for receiving the document; a dome-shaped cover of the document receiver, wherein the dome-shaped cover includes an illumination device that is designed to diffusely illuminate the document; and an image sensor for detecting the light that is remitted by the document in response to the diffuse illumination by means of the illumination device.
A computer implemented method implemented in a multi-tenant workload system, the multi-tenant workload system comprising a command request queue system and a target machine on which a requested command is to be performed, the method comprising: Receiving, by the command request queue system, a workflow that identifies the requested command to be performed by a remote user using a remote administrative client system; Sending, by the command request queue system, the workflow to a trusted, remote authentication system; Receiving, by the command request queue system, an approved workflow from the trusted, remote authentication system; and Receiving, by the target machine, the approved workflow from the command request queue system; identifying, by the target machine, from the approved workflow, an isolation level corresponding to the approved workflow and executing the requested command in an execution environment with the identified isolation level. Receiving, by the command request queue system, a workflow that identifies the requested command to be performed by a remote user using a remote administrative client system; Sending, by the command request queue system, the workflow to a trusted, remote authentication system; Receiving, by the command request queue system, an approved workflow from the trusted, remote authentication system; and Receiving, by the target machine, the approved workflow from the command request queue system; identifying, by the target machine, from the approved workflow, an isolation level corresponding to the approved workflow and executing the requested command in an execution environment with the identified isolation level.
A genetically-modified human T cell comprising in its genome a modified human T cell receptor alpha constant region gene, wherein said modified human TCR alpha constant region gene comprises from 5' to 3': (a) a 5' region of said human TCR alpha constant region gene; (b) an exogenous polynucleotide encoding a chimeric antigen receptor; and (c) a 3' region of said human TCR alpha constant region gene; wherein said exogenous polynucleotide is inserted in said TCR alpha constant region gene between positions 13 and 14 of SEQ ID NO: 3, and wherein said chimeric antigen receptor comprises an extracellular ligand-binding domain and one or more intracellular signaling domains, and wherein said genetically-modified human T cell does not express an endogenous TCR on the cell surface. (a) a 5' region of said human TCR alpha constant region gene; (b) an exogenous polynucleotide encoding a chimeric antigen receptor; and (c) a 3' region of said human TCR alpha constant region gene;
A PTC device, comprising: A PTC element comprising: a polymer PTC component comprising: an electrically conductive filler, and a polymer material; and a metal electrode placed on at least one surface of the polymer PTC component; a lead (106, 106') of which at least a part is positioned on the metal electrode of the PTC element; and a protective coating which surrounds an exposed area of the PTC element, a hardened solder paste electrically connecting the metal electrode and said at least a part of the lead (106, 106'), characterized in that the solder paste comprises a thermosetting resin and solder particles. A PTC element comprising: a polymer PTC component comprising: an electrically conductive filler, and a polymer material; and a metal electrode placed on at least one surface of the polymer PTC component; a polymer PTC component comprising: an electrically conductive filler, and a polymer material; and an electrically conductive filler, and a polymer material; and a metal electrode placed on at least one surface of the polymer PTC component; a lead (106, 106') of which at least a part is positioned on the metal electrode of the PTC element; and a protective coating which surrounds an exposed area of the PTC element,
A system comprising an access device for a transapical access to a heart chamber, a hemostatic valve unit; a cardiac assist unit; characterized in that the access device comprises a permanently implantable apical base plate including one or more connection interfaces configured to matingly engage with connecting interfaces of said hemostatic valve unit and said cardiac assist unit, respectively. an access device for a transapical access to a heart chamber, a hemostatic valve unit; a cardiac assist unit; characterized in that the access device comprises a permanently implantable apical base plate including one or more connection interfaces configured to matingly engage with connecting interfaces of said hemostatic valve unit and said cardiac assist unit, respectively.