mhurhangee/ep-ind-claims huggingface dataset:
A cell enrichment system for a microfluidic chip comprising a first fluid channel (110, 110A, 110B); a second fluid channel (120, 120A, 120B); a sample channel (130, 130A, 130B) positioned between the first fluid channel (110, 110A, 110B) and the second fluid channel (120, 120A, 120B); a waste channel (140, 140A, 140B); an inlet channel (150, 150A, 150B); and a filtration chamber (160, 160A, 160B) reached by the inlet channel (150, 150A, 150B), wherein the first fluid channel (110, 110A, 110B), the second fluid channel (120, 120A, 120B) and the sample channel (130, 130A, 130B) converge at a first side of a confluence chamber (170, 170A, 170B), the waste channel (140, 140A, 140B) and the inlet channel (150, 150A, 150B) diverge from a second side of the confluence chamber (170, 170A, 170B), the first side and the second side are opposite sides, and the inlet channel (150, 150A, 150B) forms a fluid communication between the filtration chamber (160, 160A, 160B) and the confluence chamber (170, 170A, 170B); characterized in that a filtration wall is disposed within the filtration chamber (160, 160A, 160B) and splits the filtration chamber (160, 160A, 160B) into a first sub-chamber and a second sub-chamber, and in that the filtration wall comprises: a plurality of through slits, each of the plurality of through slits crossing through the filtration wall to form a fluid communication between the first sub-chamber and the second sub-chamber, wherein the first sub-chamber and the second sub-chamber are respectively disposed at opposite ends of the through slits and a roof-like structure arranged at a side of the filtration wall facing the first sub-chamber and arranged between the through slits and the first sub-chamber, wherein the roof-like structure defines a blocking edge and a recess indented from the blocking edge, wherein the recess has a height smaller than that of the filtration wall and a width smaller than that of the filtration wall, and each of the through slits is opened at the recess. a plurality of through slits, each of the plurality of through slits crossing through the filtration wall to form a fluid communication between the first sub-chamber and the second sub-chamber, wherein the first sub-chamber and the second sub-chamber are respectively disposed at opposite ends of the through slits and a roof-like structure arranged at a side of the filtration wall facing the first sub-chamber and arranged between the through slits and the first sub-chamber, wherein the roof-like structure defines a blocking edge and a recess indented from the blocking edge, wherein the recess has a height smaller than that of the filtration wall and a width smaller than that of the filtration wall, and each of the through slits is opened at the recess.
A method for improving mobility reporting information, implemented in a mobile terminal operating in a wireless communication network, characterized in that the method comprises: detecting a transition for the mobile terminal from idle state to connected state; and transmitting mobility information to a base station in the wireless communication network, in response to or in connection with the detected transition; the method comprising assembling the mobility information by forming a mobility report that includes information identifying last-visited cells for the mobile terminal, and further comprising omitting the very last visited cell from the mobility report. detecting a transition for the mobile terminal from idle state to connected state; and transmitting mobility information to a base station in the wireless communication network, in response to or in connection with the detected transition; the method comprising assembling the mobility information by forming a mobility report that includes information identifying last-visited cells for the mobile terminal, and further comprising omitting the very last visited cell from the mobility report.
An electric machine control method, the method is applied to a controller and comprises: obtaining an input power and an output power of an electric machine; determining a loss power based on the input power and the output power; determining a target d-axis current of the electric machine, wherein the target d-axis current is calculated by a calculation module based on the loss power, the calculation module comprises a tracking differentiator, and the calculation module operates in the controller; and determining a duty ratio based on the target d-axis current and a preset q-axis current, and inputting the duty ratio into an inverter so that the inverter drives, based on the duty ratio, the electric machine to operate; characterised in that the tracking differentiator is constructed based on a second-order transfer function, wherein the tracking differentiator comprises one input end and two output ends, a first output end is configured to track dynamic characteristics of the input loss power, and a second output end is configured to differentiate a signal output by the first output end. obtaining an input power and an output power of an electric machine; determining a loss power based on the input power and the output power; determining a target d-axis current of the electric machine, wherein the target d-axis current is calculated by a calculation module based on the loss power, the calculation module comprises a tracking differentiator, and the calculation module operates in the controller; and determining a duty ratio based on the target d-axis current and a preset q-axis current, and inputting the duty ratio into an inverter so that the inverter drives, based on the duty ratio, the electric machine to operate; characterised in that the tracking differentiator is constructed based on a second-order transfer function, wherein the tracking differentiator comprises one input end and two output ends, a first output end is configured to track dynamic characteristics of the input loss power, and a second output end is configured to differentiate a signal output by the first output end.
A composite, radius filler noodle comprising: a core having a triangular cross-section configuration and first, second and third surfaces that extend along a length of the core; a plurality of pre-preg fabric first strips stacked on the core first surface, the plurality of first strips having lengths that extend completely along the core length; a plurality of pre-preg fabric second strips stacked on the core second surface, the plurality of second strips having lengths that extend completely along the core length; and, a plurality of pre-preg fabric third strips stacked on the core third surface, the plurality of third strips having lengths that extend completely along the core length, characterised by: the plurality of first strips having different thicknesses. a core having a triangular cross-section configuration and first, second and third surfaces that extend along a length of the core; a plurality of pre-preg fabric first strips stacked on the core first surface, the plurality of first strips having lengths that extend completely along the core length; a plurality of pre-preg fabric second strips stacked on the core second surface, the plurality of second strips having lengths that extend completely along the core length; and, a plurality of pre-preg fabric third strips stacked on the core third surface, the plurality of third strips having lengths that extend completely along the core length, characterised by: the plurality of first strips having different thicknesses.
A device for securing elongate objects for a rail vehicle, more particularly surfboards, skis or snowboards, which device is attachable to the carriage body of the rail vehicle, a vertical retainer portion (1, 10) being provided, which is connectable to the carriage body of the rail vehicle and on which retainer portion there is arranged a retaining element (2, 11), which is interdependent with the retainer portion (1, 10) for securing the elongate objects, characterised in that the retainer portion has two mutually spaced-apart parallel guide rails (1.1, 1.2), which are fixed in relation to one another, and the retaining element is continuously displaceable along the guide rails (1.1, 1.2), the retaining element comprising at least two interconnected stirrup-shaped retaining arms (2.1, 2.2), which are arranged mirror-symmetrically and are connected to a carrier (2.3), the carrier (2.3) comprising bearings (2.3.1, 2.3.2), which are designed to guide the retaining element on the guide rails (1.1, 1.2).
A ventilation mechanism of an electronic device housing which is a housing accommodating an electronic device, the ventilation mechanism comprising: a projection (13, 13a, 13b) integrated with the housing and projecting outward of the housing; a wall (11, 11a, 11b, 11c, 11d) integrated with the housing and disposed on an outer side of the housing so as to enclose the projection (13, 13a, 13b); a window (14, 14a, 14b) formed in a part of a side surface of the projection (13, 13a, 13b) and facing an inner circumferential surface of the wall (11, 11a, 11b, 11c, 11d); a through hole (15, 15a, 15b) forming, together with the window (14, 14a, 14b), a ventilation path which allows communication between an outside and an inside of the housing; and a water-repellent filter attached to a region, on an inner side of the housing, that includes the projection (13, 13a, 13b) and the through hole (15, 15a, 15b), characterized in that the wall includes a plurality of walls (11a, 11b) disposed so as to be apart from each other, the walls (11a, 11b) have cuts therebetween, and no windows are provided in side surfaces, of the projection, that face the cuts of the walls (11a, 11b). a projection (13, 13a, 13b) integrated with the housing and projecting outward of the housing; a wall (11, 11a, 11b, 11c, 11d) integrated with the housing and disposed on an outer side of the housing so as to enclose the projection (13, 13a, 13b); a window (14, 14a, 14b) formed in a part of a side surface of the projection (13, 13a, 13b) and facing an inner circumferential surface of the wall (11, 11a, 11b, 11c, 11d); a through hole (15, 15a, 15b) forming, together with the window (14, 14a, 14b), a ventilation path which allows communication between an outside and an inside of the housing; and a water-repellent filter attached to a region, on an inner side of the housing, that includes the projection (13, 13a, 13b) and the through hole (15, 15a, 15b), characterized in that the wall includes a plurality of walls (11a, 11b) disposed so as to be apart from each other, the walls (11a, 11b) have cuts therebetween, and no windows are provided in side surfaces, of the projection, that face the cuts of the walls (11a, 11b).
Longitudinal adjuster for a vehicle seat, in particular motor vehicle seat, having at least one pair of rails, which is formed from a first seat rail, in particular for connecting to a seat structure, and from a second seat rail, in particular for connecting to a vehicle structure, wherein the seat rails (14, 16) of the pair of rails are displaceable in a longitudinal direction (x) relative to each other and mutually engage around each other, thereby forming an inner channel, wherein a securing profile which is fastened to the first seat rail is arranged in the inner channel, wherein a rack which is fixed relative to the second seat rail is arranged in the inner channel, wherein the securing profile and the rack are normally spaced apart from each other and enter into engagement with each other in a form-fitting manner in reaction to a predetermined action of force, for example in the event of a crash, characterized in that the securing profile engages around the rack.
A tire repair kit for inflating and/or sealing, as required, a tire mounted on a rim of a vehicle wheel, wherein the tire repair kit can be mounted, in particular temporarily, on the vehicle wheel and comprises: - an in particular cup-shaped or pot-shaped supporting body which, in particular as required, is exchangeably fastenable to the vehicle wheel rim and in particular is exchangeably receivable in the central recess of the vehicle wheel rim; and - a compressor unit, which is connected to the in particular cup-shaped or pot-shaped supporting body and has a drive and a compressor portion with at least one working chamber, characterized in that the drive and the compressor portion are arranged axially offset with respect to each other, and wherein the drive is facing an inside and the compressor portion is facing an outside, and wherein the supporting body has a flange region via which the compressor portion is releasably connected to the supporting body, wherein, in a state of the supporting body in which it is inserted in the central recess of the vehicle wheel rim, the compressor unit is arranged at least in certain regions and preferably completely outside the central recess of the vehicle wheel rim. - an in particular cup-shaped or pot-shaped supporting body which, in particular as required, is exchangeably fastenable to the vehicle wheel rim and in particular is exchangeably receivable in the central recess of the vehicle wheel rim; and - a compressor unit, which is connected to the in particular cup-shaped or pot-shaped supporting body and has a drive and a compressor portion with at least one working chamber, characterized in that the drive and the compressor portion are arranged axially offset with respect to each other, and wherein the drive is facing an inside and the compressor portion is facing an outside, and wherein the supporting body has a flange region via which the compressor portion is releasably connected to the supporting body, wherein, in a state of the supporting body in which it is inserted in the central recess of the vehicle wheel rim, the compressor unit is arranged at least in certain regions and preferably completely outside the central recess of the vehicle wheel rim.
Connector element in the manner of a flat-connector for data lines in networks, in particular SFP connector, with a locking mechanism for configuring a lockable tab connection with a counterpart, with a two-shell connector housing having two housing parts, namely an upper part and a lower part, which delimit an interior of the connector housing, wherein the connector housing extends in the longitudinal direction between a rear end wall to a front end and the rear end wall forms a cable opening for a cable to be inserted and the front end comprises an opening for a connector contact element formed by a printed circuit board, wherein the locking mechanism comprises an actuating element arranged outside the connector housing, in particular a pull tab movable in the longitudinal direction, which is connected to a locking element arranged at least partially within the connector housing in a rotatable manner, and the locking element comprises a latch element for positively unlocking and locking the connector element to the counterpart, wherein a rotational movement of the locking element is initiated when the actuating element is actuated and the latch element changes between a locking position and an open position, characterized in that inside the connector housing a spring steel sheet is arranged, which is supported at least indirectly on one of the housing parts (4A, 4B) and exerts a spring force on the locking element counter to the force initiated by the actuating element to exert a restoring force on the locking mechanism in order to bring the locking element back into the locking position after unlocking, respectively to hold it reliably in the locked position, wherein the spring steel sheet is interposed between the locking mechanism and the connector housing.
A method of determining perturbation of a grating formed in an optical fiber, the method comprising: modulating and transmitting a light beam through the optical fiber, measuring at least one phase shift Δφ i in a modulation of light reflected off the grating for directly converting a wavelength shift of said light beam into said phase shift in said modulation, and determining the perturbation of the grating based on said at least one phase shift; wherein said phase shift Δφ i is defined as a difference between an overall modulation phase φ i + Δφ i acquired by said light beam when the grating is perturbed and an overall modulation phase φ i that would have been acquired by said light beam had the grating been unperturbed; and wherein the method comprises dispersing said reflected light beam prior to said measurement of said at least one phase shift Δφ i. modulating and transmitting a light beam through the optical fiber, measuring at least one phase shift Δφ i in a modulation of light reflected off the grating for directly converting a wavelength shift of said light beam into said phase shift in said modulation, and determining the perturbation of the grating based on said at least one phase shift; wherein said phase shift Δφ i is defined as a difference between an overall modulation phase φ i + Δφ i acquired by said light beam when the grating is perturbed and an overall modulation phase φ i that would have been acquired by said light beam had the grating been unperturbed; and wherein the method comprises dispersing said reflected light beam prior to said measurement of said at least one phase shift Δφ i.
A method for fabricating a voltage nonlinear resistor, including the steps of providing a raw material mixture containing zinc oxide as a major component, wherein 50% by weight or more of zinc oxide in the raw material mixture is -oriented plate-shaped zinc oxide particles; forming the raw material mixture into an oriented form by orienting the plane of zinc oxide using shear force; and firing the oriented form, wherein the degree of orientation f of the plane of zinc oxide in the voltage nonlinear resistor is 0.40 or more and is represented by the following equation: f 100 = I 100 / I 100 + I 002 + I 101 where I(hkl) represents the integrated peak intensity of a (hkl) plane.
A locking device to be arranged on a ground, comprising: - an at least substantially tubular hollow body which defines a longitudinal direction of the locking device; - an actuation element which is arranged at a first free end of the hollow body and movable relative to the hollow body between a loose position and an anchored position; - a mechanic anchoring mechanism which is arranged opposite to the actuation element with regard to the longitudinal direction and comprises a movable latch element; - an acuation rod fixed to the actuation element, extending in the longitudinal direction and movably mounted which is arranged within the hollow body and is mechanically coupled to the anchoring mechanism; - a locking plate which is fixed relative to the tubular hollow body; and - an actuation plate as the actuation element, wherein the actuation plate extends parallel to the locking plate in the loose position, the anchored position and each position between the loose position and the anchored position, and the locking plate and the actuation plate have at least one hole (31, 51), the holes (31, 51) together forming a pair of holes, the pair being aligned in the anchored position only, characterized in that the locking plate and the actuation plate extend perpendicularly to the longitudinal direction. - an at least substantially tubular hollow body which defines a longitudinal direction of the locking device; - an actuation element which is arranged at a first free end of the hollow body and movable relative to the hollow body between a loose position and an anchored position; - a mechanic anchoring mechanism which is arranged opposite to the actuation element with regard to the longitudinal direction and comprises a movable latch element; - an acuation rod fixed to the actuation element, extending in the longitudinal direction and movably mounted which is arranged within the hollow body and is mechanically coupled to the anchoring mechanism; - a locking plate which is fixed relative to the tubular hollow body; and - an actuation plate as the actuation element, wherein the actuation plate extends parallel to the locking plate in the loose position, the anchored position and each position between the loose position and the anchored position, and the locking plate and the actuation plate have at least one hole (31, 51), the holes (31, 51) together forming a pair of holes, the pair being aligned in the anchored position only,
A method of operating a terminal device in a wireless telecommunication system comprising one or more base stations which support a virtual carrier operating mode in which at least some downlink communications are made using a restricted subset of transmission resources selected from within a system frequency bandwidth and comprising a restricted bandwidth downlink channel having a channel bandwidth which is smaller than the system frequency bandwidth, the method comprising: receiving an indication of whether or not one or more base stations support the virtual carrier operating mode in the wireless telecommunication system; and controlling acquisition of a base station of the wireless telecommunication system in a manner that takes account of the indication of whether or not the one or more base stations support the virtual carrier operating mode, wherein the indication of whether or not one or more base stations support the virtual carrier operating mode is received by the terminal device using explicit signalling, wherein the explicit signalling comprises system information signalling on physical downlink shared channel resources received from a base station. receiving an indication of whether or not one or more base stations support the virtual carrier operating mode in the wireless telecommunication system; and controlling acquisition of a base station of the wireless telecommunication system in a manner that takes account of the indication of whether or not the one or more base stations support the virtual carrier operating mode, wherein the indication of whether or not one or more base stations support the virtual carrier operating mode is received by the terminal device using explicit signalling, wherein the explicit signalling comprises system information signalling on physical downlink shared channel resources received from a base station.
Process for the production of a wooden board, in particular of a wooden board provided with a decorative layer, comprising the following steps: - provision of at least one supportive wood-fibre board, - moistening of at least one section of a surface of the at least one supportive wood-fibre board with water-containing vapour, where the quantity applied of the water-containing vapour is from 1 to 10 g/m 2; - grinding of the at least sectionally moistened surface of the supportive wood-fibre board, and - application of at least one decorative layer to the at least sectionally moistened and ground surface of the supportive wood-fibre board. - provision of at least one supportive wood-fibre board, - moistening of at least one section of a surface of the at least one supportive wood-fibre board with water-containing vapour, where the quantity applied of the water-containing vapour is from 1 to 10 g/m 2; - grinding of the at least sectionally moistened surface of the supportive wood-fibre board, and - application of at least one decorative layer to the at least sectionally moistened and ground surface of the supportive wood-fibre board.
Process for the finishing of a wooden composite board with an upper side and an underside, in that firstly a layer of liquid synthetic resin is applied at least to the upper side or the underside, then at least one paper ply comprising a synthetic resin is applied, and this structure is then pressed in a press under high pressure and at high temperature, where the synthetic resin melts and bonds to the upper side or the underside of the wooden composite board, characterized in that the upper side and/or the underside retain a press skin and are provided without surface-grinding, and the layer applied is so thin that all of the liquid synthetic resin enters the press skin, no active drying of the layer takes place, and the synthetic-resin-impregnated paper ply is placed onto the press skin.