mhurhangee/ep-ind-claims huggingface dataset:
A door hinge system for a pivoting door of a domestic appliance, in particular for a pivoting oven door of a cooking oven, wherein: - the door hinge system comprises a stationary hinge part arranged or arrangeable at or in a chassis of the domestic appliance, - the door hinge system comprises a pivoting hinge part connected or connectable to the door, - the door hinge system comprises a driving device (16, 18, 22, 24) for driving the pivoting hinge part, - the door hinge system comprises at least one coupling system, - the driving device (16, 18, 22, 24) includes at least one motor with a control unit, the motor being coupleable to and decoupleable from the pivoting hinge part by the coupling system, - the driving device (16, 18, 22, 24) is automatically controllable, and - the pivoting hinge part is manually closable, if the motor is decoupled from the pivoting hinge part, characterised in that the pivoting hinge part is manually openable, if the motor is decoupled from the pivoting hinge part, and the motor is stoppable, if the control unit, by detecting that more voltage or power is required or by input of a sensor of the driving device (16, 18, 22, 24), determines that pivoting of the pivoting hinge part is blocked, wherein the pivoting hinge part is pivoted back in the opposite direction for a predefined distance or angle after stopping the motor. - the door hinge system comprises a stationary hinge part arranged or arrangeable at or in a chassis of the domestic appliance, - the door hinge system comprises a pivoting hinge part connected or connectable to the door, - the door hinge system comprises a driving device (16, 18, 22, 24) for driving the pivoting hinge part, - the door hinge system comprises at least one coupling system, - the driving device (16, 18, 22, 24) includes at least one motor with a control unit, the motor being coupleable to and decoupleable from the pivoting hinge part by the coupling system, - the driving device (16, 18, 22, 24) is automatically controllable, and - the pivoting hinge part is manually closable, if the motor is decoupled from the pivoting hinge part,
Household refrigerator having an interior (4, 5) for receiving groceries, which is bounded by walls (3a, 3b) of an inner container, and a first keep-fresh container for groceries arranged in the interior (4, 5), which comprises a first cover, by means of which the first keep-fresh container can be closed, and having a mounting device, with which the first cover is mounted so that it can be raised and lowered in order to open and close the first keep-fresh container in the interior (4, 5), and having a first control element with which the first cover can be actuated, wherein the household refrigerator comprises a second keep-fresh container which is separate from the first keep-fresh container, which, when viewed in the width direction of the household refrigerator, is arranged laterally adjacent to the first keep-fresh container, and which comprises a second cover, by means of which the second keep-fresh container can be closed, wherein the mounting device has a middle guide rail, on which the two covers (9a, 9b) are mounted, wherein the middle guide rail is fastened to a plate-type cover, and wherein the middle guide rail has, at a rear end, a gripper element, with which a rear edge of the cover grips onto the cover in order to fasten the middle guide rail.
Piston pump device for a lubricant pump, with a double piston, which comprises a working piston and a delivery piston, which are connected to one another by way of a piston rod, wherein the working piston is arranged in a sealing manner in a first housing part and the delivery piston is arranged in a sealing manner in a second housing part, so that the working piston and the first housing part define a working space for a working medium and the delivery piston and the second housing part define a delivery space for a delivery medium, characterized in that the double piston and/or the second housing part are made of plastic.
A communication method for a network device, comprising: scrambling (S302, S303) a physical broadcast channel, PBCH, based on a first scrambling code of the PBCH, wherein the first scrambling code is one of four scrambling codes, the four scrambling codes have a one-to-one correspondence with two bits of a system frame number, SFN, the SFN comprises 10 bits, the two bits are a second least significant bit and a third least significant bit of the SFN, the second least significant bit of the SFN is a ninth bit of the SFN, and the third least significant bit of the SFN is an eighth bit of the SFN and a least significant bit of the SFN is a tenth bit of the SFN, and wherein the least significant bit of the SFN is indicated by indication information in an explicit way; and sending the PBCH. scrambling (S302, S303) a physical broadcast channel, PBCH, based on a first scrambling code of the PBCH, wherein the first scrambling code is one of four scrambling codes, the four scrambling codes have a one-to-one correspondence with two bits of a system frame number, SFN, the SFN comprises 10 bits, the two bits are a second least significant bit and a third least significant bit of the SFN, the second least significant bit of the SFN is a ninth bit of the SFN, and the third least significant bit of the SFN is an eighth bit of the SFN and a least significant bit of the SFN is a tenth bit of the SFN, and wherein the least significant bit of the SFN is indicated by indication information in an explicit way; and sending the PBCH.
An Optical Coherence Tomography or Low Coherence Interferometry apparatus comprising: at least one first arrangement which includes (i) a wavelength swept light source (616, 702) providing a light and (ii) a radiation separating arrangement (618, 704) which separates the light into at least one first electro-magnetic radiation provided to a sample and at least one second electro-magnetic radiation provided to a reference; at least one polarization modulator arrangement which is configured to modulate a polarization of the at least one first electro-magnetic radiation; at least one second arrangement (606, 722) configured for detecting a first interference signal between at least one third radiation returned from the sample and at least one fourth radiation returned from the reference in a first polarization state; at least one third arrangement configured for detecting a second interference signal between the third and fourth electro-magnetic radiations in a second polarization state, wherein the first and second polarization states are approximately orthogonal to one another; and at least one further arrangemen (612, 728) configured for generating an image based on the first and second detected interference signals. at least one first arrangement which includes (i) a wavelength swept light source (616, 702) providing a light and (ii) a radiation separating arrangement (618, 704) which separates the light into at least one first electro-magnetic radiation provided to a sample and at least one second electro-magnetic radiation provided to a reference; at least one polarization modulator arrangement which is configured to modulate a polarization of the at least one first electro-magnetic radiation; at least one second arrangement (606, 722) configured for detecting a first interference signal between at least one third radiation returned from the sample and at least one fourth radiation returned from the reference in a first polarization state; at least one third arrangement configured for detecting a second interference signal between the third and fourth electro-magnetic radiations in a second polarization state, wherein the first and second polarization states are approximately orthogonal to one another; and at least one further arrangemen (612, 728) configured for generating an image based on the first and second detected interference signals.
A method of providing a mouse function in a touch device, the method comprising: displaying by a display screen of the touch device a mouse interface which is divided into a panning area and a pointer move area; receiving an input of a mouse gesture through the mouse interface; processing at least one of: a panning operation of a contents screen which is displayed in a display device in communication with the touch device when the mouse gesture is inputted in the panning area; or a move operation of a mouse pointer which is displayed in the display device in communication with the touch device when the mouse gesture is inputted in the pointer move area, wherein, after checking a state of the pointer move area is made when the mouse gesture is detected in the panning area, control panning of the contents screen of the display device and movement of the mouse pointer together if the pointer move area is not in a touch press state, and control panning of the contents screen of the display device without moving the mouse pointer according to the mouse gesture of the panning area if the pointer move area is in a touch press state. displaying by a display screen of the touch device a mouse interface which is divided into a panning area and a pointer move area; receiving an input of a mouse gesture through the mouse interface; processing at least one of: a panning operation of a contents screen which is displayed in a display device in communication with the touch device when the mouse gesture is inputted in the panning area; or a move operation of a mouse pointer which is displayed in the display device in communication with the touch device when the mouse gesture is inputted in the pointer move area, a panning operation of a contents screen which is displayed in a display device in communication with the touch device when the mouse gesture is inputted in the panning area; or a move operation of a mouse pointer which is displayed in the display device in communication with the touch device when the mouse gesture is inputted in the pointer move area, wherein, after checking a state of the pointer move area is made when the mouse gesture is detected in the panning area, control panning of the contents screen of the display device and movement of the mouse pointer together if the pointer move area is not in a touch press state, and control panning of the contents screen of the display device without moving the mouse pointer according to the mouse gesture of the panning area if the pointer move area is in a touch press state.
Refrigeration appliance with an insulated inner compartment and a coolant circuit with a condenser, which is cooled via a fan, wherein a suction shaft of the fan and an exhaust air shaft of the condenser end next to one another below the inner compartment at the front side of the refrigeration appliance behind a grill panel, wherein a separator is provided between the suction shaft of the fan and the exhaust air shaft of the condenser, characterised in that the separator is installed in front of the grill panel.
A reagent composition for a biosensor, the reagent composition comprising: at least two kinds of electron transfer mediator including Naphthol Green B and a ruthenium complex; and an enzyme, and wherein the concentration of the Naphthol Green B is equal to or greater than 0.1 part by weight and equal to or less than 20 parts by weight with respect to a buffer solution concentration of 100 parts by weight. at least two kinds of electron transfer mediator including Naphthol Green B and a ruthenium complex; and an enzyme, and wherein the concentration of the Naphthol Green B is equal to or greater than 0.1 part by weight and equal to or less than 20 parts by weight with respect to a buffer solution concentration of 100 parts by weight.
A method for performing mobility by a user equipment, UE, in a wireless communication system, the method comprising: receiving, by the UE, a report configuration from a serving cell, the report configuration including detection basis information; detecting, by the UE, whether a cell is present based on the detection basis information, wherein the detection basis information includes a cell list; transmitting, by the UE, a detection report reporting the detected cell is present to the serving cell; receiving, by the UE, a measurement configuration used for measuring the detected cell based on the detection report from the serving cell; measuring, by the UE, the cell based on the measurement configuration; and performing, by the UE, mobility with the cell, wherein the report configuration is transmitted in a proximity indication configuration message used for instructing to detect a closed subscriber group, CSG cell, and the detection report is transmitted in a proximity indication message, wherein the detection report includes a non-CSG cell indicator indicating the detected cell is not the CSG cell, wherein the detection report further includes information about the detected cell, and wherein the information about the detected cell indicates a coverage size of the detected cell, wherein the cell list is for cells operating on a predetermined frequency, f2, and wherein the predetermined frequency, f2, is different from a serving frequency, f1, of the serving cell. receiving, by the UE, a report configuration from a serving cell, the report configuration including detection basis information; detecting, by the UE, whether a cell is present based on the detection basis information, wherein the detection basis information includes a cell list; transmitting, by the UE, a detection report reporting the detected cell is present to the serving cell; receiving, by the UE, a measurement configuration used for measuring the detected cell based on the detection report from the serving cell; measuring, by the UE, the cell based on the measurement configuration; and performing, by the UE, mobility with the cell, wherein the report configuration is transmitted in a proximity indication configuration message used for instructing to detect a closed subscriber group, CSG cell, and the detection report is transmitted in a proximity indication message, wherein the detection report includes a non-CSG cell indicator indicating the detected cell is not the CSG cell, wherein the detection report further includes information about the detected cell, and wherein the information about the detected cell indicates a coverage size of the detected cell, wherein the cell list is for cells operating on a predetermined frequency, f2, and wherein the predetermined frequency, f2, is different from a serving frequency, f1, of the serving cell.
A sensor for a near-field terahertz imaging system, comprising: an array of terahertz radiation transmitters configured such that the transmitters interact with an object to be analyzed by near field effect; wherein each transmitter is configured to emit a field from two faces of the array; and the sensor further comprises: a receiver array arranged on the opposite side of the transmitter array from the object to be analyzed, including a terahertz radiation receiver opposite each transmitter, located in the near field of the transmitter. an array of terahertz radiation transmitters configured such that the transmitters interact with an object to be analyzed by near field effect; wherein each transmitter is configured to emit a field from two faces of the array; and the sensor further comprises: a receiver array arranged on the opposite side of the transmitter array from the object to be analyzed, including a terahertz radiation receiver opposite each transmitter, located in the near field of the transmitter.
A fenestrated graft deployment system, comprising: a delivery catheter (1004, 2004) comprising a catheter body; an endoluminal prosthesis (1010, 1200) having a main graft body, the main graft body having a lumen therethrough and a first opening (1011, 1202) laterally through a wall of the main graft body; a first guidewire (1024, 2024) prepositioned within the delivery catheter (1004, 2004) extending through at least a portion of the catheter body into a main lumen of the endoluminal prosthesis and through the first opening (1011, 1202) in the wall of the main graft body when the delivery catheter is in a predeployment state; and a first fenestration alignment device (1026, 2026) extending through at least a portion of the delivery catheter (1004, 2004), the first fenestration alignment device (1026, 2026) being configured to be axially moveable relative to the first guidewire (1024, 2024) between a first position and a second position; characterized in that a portion of the fenestration alignment device (1026, 2026) engages the main graft body adjacent to the first opening (1011, 1202) when the first fenestration alignment device (1026, 2026) is advanced toward the second position, and in that the first fenestration alignment device (1026, 2026) comprises a tubular shaped member and a protrusion projecting from an outside surface of a distal portion of the tubular shaped member. a delivery catheter (1004, 2004) comprising a catheter body; an endoluminal prosthesis (1010, 1200) having a main graft body, the main graft body having a lumen therethrough and a first opening (1011, 1202) laterally through a wall of the main graft body; a first guidewire (1024, 2024) prepositioned within the delivery catheter (1004, 2004) extending through at least a portion of the catheter body into a main lumen of the endoluminal prosthesis and through the first opening (1011, 1202) in the wall of the main graft body when the delivery catheter is in a predeployment state; and a first fenestration alignment device (1026, 2026) extending through at least a portion of the delivery catheter (1004, 2004), the first fenestration alignment device (1026, 2026) being configured to be axially moveable relative to the first guidewire (1024, 2024) between a first position and a second position; characterized in that a portion of the fenestration alignment device (1026, 2026) engages the main graft body adjacent to the first opening (1011, 1202) when the first fenestration alignment device (1026, 2026) is advanced toward the second position, and in that the first fenestration alignment device (1026, 2026) comprises a tubular shaped member and a protrusion projecting from an outside surface of a distal portion of the tubular shaped member.
A method for isolating III-nitride semiconductor devices, comprising: selectively exposing a portion of a doped III-nitride semiconductor material laterally adjacent to a III-nitride semiconductor device to be isolated; changing a conductivity type of the portion of the doped III-nitride semiconductor material, wherein the changed conductivity type of the portion of the doped III-nitride semiconductor material is opposite of the doped III-nitride semiconductor material on which the III-nitride semiconductor device to be isolated is disposed; applying a dopant selective etch to the doped III-nitride semiconductor material to remove the portion of the doped III-nitride semiconductor material.
Method for automatically controlling a first motor vehicle, comprising: - a step of detecting a set of moving obstacles (V2, V3, V4) surrounding the first vehicle, - a step of defining a virtual traffic lane, then - a step of defining virtual obstacles (W2, W3, W4) by projecting the moving obstacles into the virtual traffic lane, characterized in that it comprises: - a step of determining future positions of the virtual obstacles in the virtual traffic lane, - a step of determining times to interaction of the virtual obstacles with the first vehicle, - a step of controlling the first vehicle depending on the times to interaction of the virtual obstacles with the first vehicle, the future positions of a virtual obstacle (W2, W3, W4) in the virtual traffic lane being determined depending on position, speed, acceleration and jerkiness data of a moving obstacle (V2, V3, V4) corresponding to the virtual obstacle, at a given time. - a step of detecting a set of moving obstacles (V2, V3, V4) surrounding the first vehicle, - a step of defining a virtual traffic lane, then - a step of defining virtual obstacles (W2, W3, W4) by projecting the moving obstacles into the virtual traffic lane, characterized in that it comprises: - a step of determining future positions of the virtual obstacles in the virtual traffic lane, - a step of determining times to interaction of the virtual obstacles with the first vehicle, - a step of controlling the first vehicle depending on the times to interaction of the virtual obstacles with the first vehicle, the future positions of a virtual obstacle (W2, W3, W4) in the virtual traffic lane being determined depending on position, speed, acceleration and jerkiness data of a moving obstacle (V2, V3, V4) corresponding to the virtual obstacle, at a given time. - a step of determining future positions of the virtual obstacles in the virtual traffic lane, - a step of determining times to interaction of the virtual obstacles with the first vehicle, - a step of controlling the first vehicle depending on the times to interaction of the virtual obstacles with the first vehicle, the future positions of a virtual obstacle (W2, W3, W4) in the virtual traffic lane being determined depending on position, speed, acceleration and jerkiness data of a moving obstacle (V2, V3, V4) corresponding to the virtual obstacle, at a given time.
A myoelectric sensor for detecting myoelectric signals caused by a body movement, the myoelectric sensor comprising: an elastically expandable and contractible annular wearing band adapted to be worn on a limb and tightly surrounding therearound; a plurality of myoelectric detection units arranged in a circumferential direction of said wearing band apart from each other and each having a plurality of myoelectric detection electrodes which adapts to contact with a surface of the limb and to detect myoelectric signals from corresponding parts of the limb; and connecting cables which electrically connect said myoelectric detection units adjacent to each other and transmit the myoelectric signals therebetween, wherein each of said connecting cables has at least one bent portion whose bent shape changes in accordance with a change in distance between the myoelectric detection units adjacent to each other, characterized in that each of said myoelectric detection units has a central part and a terminal part each having at least one of said myoelectric detection electrodes, the central part mounting a circuit board with at least an amplifying circuit, and the terminal part being engaged with said central part movably forward and backward while being prevented from twisting with respect to said central part. an elastically expandable and contractible annular wearing band adapted to be worn on a limb and tightly surrounding therearound; a plurality of myoelectric detection units arranged in a circumferential direction of said wearing band apart from each other and each having a plurality of myoelectric detection electrodes which adapts to contact with a surface of the limb and to detect myoelectric signals from corresponding parts of the limb; and connecting cables which electrically connect said myoelectric detection units adjacent to each other and transmit the myoelectric signals therebetween, wherein each of said connecting cables has at least one bent portion whose bent shape changes in accordance with a change in distance between the myoelectric detection units adjacent to each other, characterized in that each of said myoelectric detection units has a central part and a terminal part each having at least one of said myoelectric detection electrodes, the central part mounting a circuit board with at least an amplifying circuit, and the terminal part being engaged with said central part movably forward and backward while being prevented from twisting with respect to said central part.