mhurhangee/ep-ind-claims huggingface dataset:
A wiper blade for cleaning a vehicle window, having a wiper blade body, which is connected to a wiper blade adapter for fastening the wiper blade to a wiper arm, wherein the wiper blade adapter includes a first adapter element, which is connected to the wiper blade body, and a second adapter element for fastening the wiper blade adapter to a fastening region of the wiper arm, wherein the two adapter elements (16, 17) are arranged such that they can pivot with respect to each other around an axis, characterised in that the second adapter element has a first section, on which the second adapter element is connected to the first adapter element, and a second section, on which the second adapter element can be connected to the wiper arm, wherein both sections (25, 26) of the second adapter element are arranged at an oblique angle (α) to each other.
A method for detecting gastric cancer, comprising: (a) providing a biological sample; and (b) detecting over-expression of a GTM family member in said sample, characterised in that the GTM family member is serine or cysteine proteinase inhibitor clade H ("SERPINH1"). (a) providing a biological sample; and (b) detecting over-expression of a GTM family member in said sample, characterised in that the GTM family member is serine or cysteine proteinase inhibitor clade H ("SERPINH1").
Freewheeling system for tandem axles, comprising a hub cover that is attached to the end of a wheel hub; said hub cover having at least one air input for feeding an actuator chamber in which is accommodated a piston that is engaged in a sleeve concentrically mounted with axial mobility to the end of an axle shaft, characterized in that said sleeve has a flange endowed with tines that mechanically cooperate with tines predicted on said wheel hub cover.
A filter element for a filter device for filtering a fluid, - having an annular filter body consisting of a web-like, folded filter material, which encloses an inner space in the circumferential direction, - having a first end disc and a second end disc which axially delimit the filter body, - having an inner frame, which is arranged on an inner side of the filter body facing the inner space, - wherein the inner frame has at least one radially outwardly projecting, axially extending alignment strip, - wherein the alignment strip is arranged between and bears against two folds of the filter material, said folds being adjacent in the circumferential direction, characterised in - that the inner frame has a flow sleeve or is formed as a flow sleeve, wherein the flow sleeve is formed as an inflow sleeve or as an outflow sleeve, - that the inner frame has at least a portion of the second end disc which has the flow sleeve or is formed as the flow sleeve, - that the inner frame is injection-moulded integrally with the alignment strip, with the portion of the second end disc, and with the flow sleeve, - that end folds of the filter material are attached to the alignment strip, - that the alignment strip with the end folds fixed thereto form an alignment element for aligning a rotary position of the filter element in the filter housing. - having an annular filter body consisting of a web-like, folded filter material, which encloses an inner space in the circumferential direction, - having a first end disc and a second end disc which axially delimit the filter body, - having an inner frame, which is arranged on an inner side of the filter body facing the inner space, - wherein the inner frame has at least one radially outwardly projecting, axially extending alignment strip, - wherein the alignment strip is arranged between and bears against two folds of the filter material, said folds being adjacent in the circumferential direction, - that the inner frame has a flow sleeve or is formed as a flow sleeve, wherein the flow sleeve is formed as an inflow sleeve or as an outflow sleeve, - that the inner frame has at least a portion of the second end disc which has the flow sleeve or is formed as the flow sleeve, - that the inner frame is injection-moulded integrally with the alignment strip, with the portion of the second end disc, and with the flow sleeve, - that end folds of the filter material are attached to the alignment strip, - that the alignment strip with the end folds fixed thereto form an alignment element for aligning a rotary position of the filter element in the filter housing.
Use of polyolefin resin expanded beads for producing a composite laminated body, wherein the polyolefin resin expanded beads comprise multi-layer expanded beads containing a core layer in a foamed state containing a polyolefin resin and a cover layer coated on the core layer, the cover layer containing a mixed resin of a polyolefin resin and at least one resin selected from a polystyrene resin and a polyester resin, and the mixed resin having a weight ratio (A/B) of the polyolefin resin and the resin of from 15/85 to 90/10, wherein the composite laminated body comprises a thermosetting resin layer containing a fibrous material.
A method for obtaining dynamic information, comprising: obtaining, by a first client of a first user, a relationship chain of the first user, wherein the relationship chain of the first user comprises at least one second user; determining, by the first client, an active degree of the at least one second user in a preset first time period, determining a time interval reference value of requesting dynamic information according to the active degree, determining an information updating degree of the at least one second user in a preset second time interval, determining a time interval adjustment value of requesting the dynamic information based on the information updating degree; determining, by the first client, a time interval value according to the time interval reference value and the time interval adjustment value of requesting the dynamic information, and requesting the dynamic information of the at least one second user according to the time interval value of requesting the dynamic information. obtaining, by a first client of a first user, a relationship chain of the first user, wherein the relationship chain of the first user comprises at least one second user; determining, by the first client, an active degree of the at least one second user in a preset first time period, determining a time interval reference value of requesting dynamic information according to the active degree, determining an information updating degree of the at least one second user in a preset second time interval, determining a time interval adjustment value of requesting the dynamic information based on the information updating degree; determining, by the first client, a time interval value according to the time interval reference value and the time interval adjustment value of requesting the dynamic information, and requesting the dynamic information of the at least one second user according to the time interval value of requesting the dynamic information.
An ultrasound imaging probe (102, 402, 702), comprising: a housing comprising (112, 412, 712) a handle configured for handheld use: a support structure (114, 214, 414, 714) different from the housing and disposed within the handle of the housing and comprising: a thermally-conductive material, a coupling surface (118, 218, 318) disposed at a distal portion of the support structure, and an external surface (116, 216) different from the coupling surface; a continuous thermally-conductive material layer (122, 222, 332) different from the thermally conductive material of the support structure and coupled to the support structure, such that the continuous thermally-conductive material layer is disposed on the coupling surface and on the external surface, the continuous thermally-conductive material layer thereby providing a heat transmission path between the coupling surface and the external surface; and an ultrasound sensor (120, 220, 320, 420, 520, 720) coupled to the support structure at the coupling surface and directly in contact with the continuous thermally-conductive material layer at the coupling surface, such that heat from the ultrasound sensor is transmitted away to the support structure via the heat transmission path of the continuous thermally-conductive material layer. a support structure (114, 214, 414, 714) different from the housing and disposed within the handle of the housing and comprising: a thermally-conductive material, a coupling surface (118, 218, 318) disposed at a distal portion of the support structure, and an external surface (116, 216) different from the coupling surface; a thermally-conductive material, a coupling surface (118, 218, 318) disposed at a distal portion of the support structure, and an external surface (116, 216) different from the coupling surface; a continuous thermally-conductive material layer (122, 222, 332) different from the thermally conductive material of the support structure and coupled to the support structure, such that the continuous thermally-conductive material layer is disposed on the coupling surface and on the external surface, the continuous thermally-conductive material layer thereby providing a heat transmission path between the coupling surface and the external surface; and an ultrasound sensor (120, 220, 320, 420, 520, 720) coupled to the support structure at the coupling surface and directly in contact with the continuous thermally-conductive material layer at the coupling surface, such that heat from the ultrasound sensor is transmitted away to the support structure via the heat transmission path of the continuous thermally-conductive material layer.
Filling device for a packaging machine having a filling channel and at least one controllable channel shutter for controlling the passage through the filling channel of bulk material to be filled into a valve bag, wherein a filling spout is connected with the filling channel, and wherein at least one filling box for receiving an intermediate supply of the bulk material intended for filling, with at least one conveyor element disposed therein is provided, which is in particular configured as a conveyor turbine, wherein the filling channel extends outwardly from the filling box, and wherein the channel shutter comprises, disposed at least partially within the filling channel, a pivotable closing head whose pivot axis is oriented transverse to the filling channel, wherein the closing head passes through at least one wall of the filling channel, and is guided in, and/or passes through, the opposite wall of the filling channel, characterized in that the pivot axis is oriented such that in the closed state, the channel shutter shuts off the filling channel substantially completely, and in the entirely opened state, entirely clears the filling cross section in at least one central region.
Process for clarification of a liquid and/or of a sludge by treatment of colloidal structures contained in the said liquid and/or the said sludge supplied in a continuous flow at a flow rate Q EB = V EB /hour, V EB being a volume, characterised in that the flow is projected by pumping into a chamber (2, E) at overpressure relative to atmospheric pressure, the said chamber being a chamber for passage of the continuous pressurised flow, the said chamber having a volume v < V EB there being arranged in the chamber and their introduction zone combined with a hydraulic shock zone for introduction of the liquid flows, a very turbulent mixing zone (Re >> 3000) made possible by the input of air at a determined flow rate d and pressure, so as to transmit high kinetic energy (> 10.000 J) from the kinetic energy of pumping inside the volume of the chamber, and a functional decompression zone.
A propulsion system for a vehicle, comprising: a first traction drive system comprising an engine and a first drive motor, wherein the engine is operable to supply energy to the first drive motor to propel the vehicle; and a second traction drive system comprising a second drive motor and a first energy storage device, wherein the second drive motor is operable to both supply energy to the first energy storage device and to receive energy from the first energy storage device, further comprising an auxiliary electrical system that is electrically connected to the first energy storage device, characterized by the auxiliary electrical system configured to supplement a prime auxiliary electrical system by supplying electrical energy to the prime auxiliary electrical system, and wherein the auxiliary electrical system is configured to to supplement the prime auxiliary electrical system by supplying electrical energy to some subcomponents, and the prime auxiliary electrical system supplies electrical energy to other subcomponents.. a first traction drive system comprising an engine and a first drive motor, wherein the engine is operable to supply energy to the first drive motor to propel the vehicle; and a second traction drive system comprising a second drive motor and a first energy storage device, wherein the second drive motor is operable to both supply energy to the first energy storage device and to receive energy from the first energy storage device, further comprising an auxiliary electrical system that is electrically connected to the first energy storage device,
A system comprising at least a first disposable or rechargeable battery and a second disposable or rechargeable battery, the first disposable or rechargeable battery having a first outer surface and the second disposable or rechargeable battery having a second outer surface, the system comprising: a first RFID tag positioned on the first outer surface, the first RFID tag having a first resonant frequency and a first antenna; and a second RFID tag positioned on the second outer surface, the RFID tags (220A, 220B) having a memory device, a front end circuit, and an antenna; characterized by the second RFID tag having a second resonant frequency which is similar to the first resonant frequency, wherein the first RFID tag and the second RFID tag provide data to a reader, and wherein the second RFID tag is positioned adjacent to the first RFID tag such that signal coupling between the first RFID tag and a reader is increased by greater than about 10 percent, wherein said RFID tags comprise an electronic sensor capable of measuring battery voltage, an analogue-to-digital converter which can convert the measured battery voltage into a binary number. a first RFID tag positioned on the first outer surface, the first RFID tag having a first resonant frequency and a first antenna; and a second RFID tag positioned on the second outer surface, the RFID tags (220A, 220B) having a memory device, a front end circuit, and an antenna; the second RFID tag having a second resonant frequency which is similar to the first resonant frequency, wherein the first RFID tag and the second RFID tag provide data to a reader, and wherein the second RFID tag is positioned adjacent to the first RFID tag such that signal coupling between the first RFID tag and a reader is increased by greater than about 10 percent, wherein said RFID tags comprise an electronic sensor capable of measuring battery voltage, an analogue-to-digital converter which can convert the measured battery voltage into a binary number.
A high strength hot rolled steel sheet with excellent warm stamp formability, the high strength hot rolled steel sheet having a high strength of a tensile strength of 590 MPa or more and tensile properties in which the local elongation being the strain from the indication of the maximum load to fracture is larger than the uniform elongation being the strain before the indication of the maximum load from the start of tensile test obtained in a tensile test carried out at a test temperature of 400°C or higher and the uniform elongation being the strain before the indication of the maximum load from the start of tensile test is 40% or more in terms of a ratio to the the total elongation being the total strain from the start of tensile test to fracture obtained in a tensile test carried out at a test temperature of lower than 400°C, all measured from stress-strain curves in accordance with JIS G 0567, the high strength hot rolled steel sheet comprising a composition consisting of, in terms of % by mass, C: 0.01 to 0.2%, Si: 0.5% or lower, Mn: 0.1 to 2%, P: 0.03% or lower, S: 0.01% or lower, Al: 0.01 to 0.07%, and N: 0.01% or lower, two or more elements selected from Ti: 0.005 to 0.3%, Nb: 0.005 to 0.6%, V: 0.005 to 1.0%, Mo: 0.005 to 0.5%, W: 0.01 to 1.0%, and B: 0.0005 to 0.0040%, optionally Cu: 0.1% or lower, optionally Ni: 0.1% or lower, optionally Sn: 0.1% or lower, optionally Mg: 0.01% or lower, optionally Sb: 0.01% or lower, optionally Co: 0.01% or lower, and the balance being Fe and inevitable impurities, and the high strength hot rolled steel sheet comprising: a matrix, which is substantially a ferrite single phase in which the area ratio of the ferrite phase is 95% or more; and a structure in which alloy carbides having a size of lower than 10 nm are dispersed and deposited in the matrix in a state having no variant selection which is a state in which the orientation of carbides is not uniform to the base phase. a matrix, which is substantially a ferrite single phase in which the area ratio of the ferrite phase is 95% or more; and a structure in which alloy carbides having a size of lower than 10 nm are dispersed and deposited in the matrix in a state having no variant selection which is a state in which the orientation of carbides is not uniform to the base phase.
Use of polyesters containing at least 50 mole per cent, based on the polycarboxylic acid components, terephthalic acid or a derivative thereof and containing at least 40 mole per cent, based on the polyol components, of diols of the formula HO- x-OH with x ≥ 6, in reactive hotmelt adhesives, where the number-average molecular weight of the polyesters used is 500-30 000 g/mol (determined by the method specified in the description) and the sum total of the individual enthalpies of fusion of the polyesters in the first heating curve is 5 to 130 J/g (determined by the method specified in the description), and the concentration of acid end groups, determined to DIN EN ISO 2114, is below 2 mg KOH/g.
A processor for automated provisioning of at least one wireless device (508,510), the processor comprising: at least one processing sub-system communicably coupled to a guest network, wherein the at least one processing sub-system is configured to: receive at least one input data signal corresponding to a service request from the at least one wireless device within the guest network to connect to a secured backend network at a different location, wherein the at least one input data signal comprises a plurality of service connection parameters associated with the at least one wireless device; authenticate the plurality of service connection parameters with pre-stored data in at least one memory; process the at least one input data signal upon authentication to establish a secured communication link with the at least one wireless device; and transfer a plurality of output signals comprising at least one service configuration corresponding to the service request to the at least one wireless device for automated provisioning of the at least one wireless device to establish a connection with the secured backend network. receive at least one input data signal corresponding to a service request from the at least one wireless device within the guest network to connect to a secured backend network at a different location, wherein the at least one input data signal comprises a plurality of service connection parameters associated with the at least one wireless device; authenticate the plurality of service connection parameters with pre-stored data in at least one memory; process the at least one input data signal upon authentication to establish a secured communication link with the at least one wireless device; and transfer a plurality of output signals comprising at least one service configuration corresponding to the service request to the at least one wireless device for automated provisioning of the at least one wireless device to establish a connection with the secured backend network.
Hydrostatic transmission having an engine, a first hydraulic unit, a second hydraulic unit and a drive unit, which are connected to a control unit having a memory unit, wherein the engine comprises a first speed sensor and is connected to the first hydraulic unit, wherein the drive unit is connected to the second hydraulic unit, wherein the first hydraulic unit is a pump and the second hydraulic unit is a motor or the first hydraulic unit is a motor and the second hydraulic unit is a pump, wherein each hydraulic unit comprises a sensor unit having a speed sensor, wherein the first and the second hydraulic units (4, 5) are connected fluidly through a first fluid connection and a second fluid connection, wherein the first fluid connection comprises a first fluid connection sensor unit and the second fluid connection comprises a second fluid connection sensor unit, characterized in that the hydrostatic transmission comprises a breaking power sensor and a traction power sensor, which are connected to the control unit, wherein the speed sensors and the sensor units (8, 9) are connected to the control unit, which controls a displacement of the hydraulic units (4, 5) based on a set point, a modulation command, hydraulic unit commands, operator commands, information provided by the memory unit and sensor outputs. the engine comprises a first speed sensor and is connected to the first hydraulic unit, wherein the drive unit is connected to the second hydraulic unit, wherein the first hydraulic unit is a pump and the second hydraulic unit is a motor or the first hydraulic unit is a motor and the second hydraulic unit is a pump, wherein each hydraulic unit comprises a sensor unit having a speed sensor, wherein the first and the second hydraulic units (4, 5) are connected fluidly through a first fluid connection and a second fluid connection, wherein the first fluid connection comprises a first fluid connection sensor unit and the second fluid connection comprises a second fluid connection sensor unit, characterized in that the hydrostatic transmission comprises a breaking power sensor and a traction power sensor, which are connected to the control unit, wherein the speed sensors and the sensor units (8, 9) are connected to the control unit, which controls a displacement of the hydraulic units (4, 5) based on a set point, a modulation command, hydraulic unit commands, operator commands, information provided by the memory unit and sensor outputs.