mhurhangee/ep-ind-claims huggingface dataset:
Oscillating sensor for a measurement device comprising: - an oscillator comprising: ∘a resonance circuit for providing an oscillation signal; ∘ a gain stage configured to provide a feed-back to the resonance circuit to inject energy for excitation of the oscillator to maintain oscillation; ∘ at least one calibration element (224, 225; 226, 227) to adjust the open loop gain of the oscillator; - a calibration unit to provide a modulated calibration control signal (FC, GC) to selectively adjust an electrical measure of the at least one calibration element (224, 225; 226, 227) based on at least one predetermined duty cycle, characterized in that the oscillating sensor further comprises a frequency counter configured to measure an oscillation frequency of the oscillator and to provide an indication of the oscillation frequency to the calibration unit, and in that the calibration unit is further configured to provide the modulated calibration control signal (FC, GC) with at least one cycle frequency which depends on the oscillation frequency. - an oscillator comprising: ∘a resonance circuit for providing an oscillation signal; ∘ a gain stage configured to provide a feed-back to the resonance circuit to inject energy for excitation of the oscillator to maintain oscillation; ∘ at least one calibration element (224, 225; 226, 227) to adjust the open loop gain of the oscillator; ∘a resonance circuit for providing an oscillation signal; ∘ a gain stage configured to provide a feed-back to the resonance circuit to inject energy for excitation of the oscillator to maintain oscillation; ∘ at least one calibration element (224, 225; 226, 227) to adjust the open loop gain of the oscillator; - a calibration unit to provide a modulated calibration control signal (FC, GC) to selectively adjust an electrical measure of the at least one calibration element (224, 225; 226, 227) based on at least one predetermined duty cycle, the oscillating sensor further comprises a frequency counter configured to measure an oscillation frequency of the oscillator and to provide an indication of the oscillation frequency to the calibration unit, and in that the calibration unit is further configured to provide the modulated calibration control signal (FC, GC) with at least one cycle frequency which depends on the oscillation frequency.
Device for protecting an imaging means for a goods-transporting road vehicle body, comprising a fairing intended to be fixed to the body and provided with a fixing base comprising an inner face intended to be oriented on the body side and an opposite outer face delimited longitudinally by two opposite lateral end edges (34b, 34c; 34b, 34g), and with a protuberance projecting with respect to the said outer face and able to protect the imaging means against impacts during the movement of the vehicle in at least one direction of movement, the protuberance comprising at least one outer deflecting face having at least one slope directed towards one of the lateral end edges (34b, 34c; 34b, 34g) delimiting the outer face of the fixing base, which device is characterized in that the deflecting face is of concave shape.
A device for monitoring a current in a primary conductor with respect to a predetermined current threshold, said device comprising: - a magnetic circuit associable to said primary conductor and comprising a fixed part and an element which can rotate about a rotation axis; - at least one spring operatively connected to said rotating element for keeping the rotating element in a first position, said spring being elastically deformable along a linear axis; and - sensing means (60, 70) operatively associated to said magnetic circuit; wherein: - said magnetic circuit is configured in such a way that the rotating element rotates from the first position to a second position when the current in the primary conductor exceeds said predetermined current threshold, so as to at least reduce one or more air gaps between the rotating element and the fixed part and to elongate the spring along the linear axis from a first length (X I) to a second length (X F); and - said sensing means (60, 70) are configured for generating an output electrical signal (61, 62) caused by said rotation of the rotating element from the first position to the second position; characterized in that said at least one spring is operatively connected to said rotating element in such a way that the spring tilts towards the rotation axis moving above a surface of the rotating element which is transversal to the rotation axis, during said rotation of the rotating element from the first position to the second position. - a magnetic circuit associable to said primary conductor and comprising a fixed part and an element which can rotate about a rotation axis; - at least one spring operatively connected to said rotating element for keeping the rotating element in a first position, said spring being elastically deformable along a linear axis; and - sensing means (60, 70) operatively associated to said magnetic circuit; - said magnetic circuit is configured in such a way that the rotating element rotates from the first position to a second position when the current in the primary conductor exceeds said predetermined current threshold, so as to at least reduce one or more air gaps between the rotating element and the fixed part and to elongate the spring along the linear axis from a first length (X I) to a second length (X F); and - said sensing means (60, 70) are configured for generating an output electrical signal (61, 62) caused by said rotation of the rotating element from the first position to the second position;
A printing apparatus comprising: a printing means for printing an image on a sheet conveyed from a sheet stacking means; an information storage means for storing information indicating an orientation of the sheet stacked in the sheet stacking means; and a determination means for determining whether to print the image in a first orientation corresponding to a case where the sheet is conveyed with a short side thereof as a leading edge from the sheet stacking means, or to print the image in a second orientation corresponding to a case where the sheet is conveyed with a long side thereof as the leading edge from the sheet stacking means; characterized in that the printing apparatus further comprises a setting value storing means for storing a setting value which indicates an orientation of a sheet to be printed and which is based on an operation of a user, wherein, in a case where the information indicating the orientation of the sheet stacked in the sheet stacking means is not stored in the information storage means, the determination means determines whether to print the image in the first orientation or to print the image in the second orientation, according to the setting value stored in the setting value storing means. a printing means for printing an image on a sheet conveyed from a sheet stacking means; an information storage means for storing information indicating an orientation of the sheet stacked in the sheet stacking means; and a determination means for determining whether to print the image in a first orientation corresponding to a case where the sheet is conveyed with a short side thereof as a leading edge from the sheet stacking means, or to print the image in a second orientation corresponding to a case where the sheet is conveyed with a long side thereof as the leading edge from the sheet stacking means; characterized in that the printing apparatus further comprises a setting value storing means for storing a setting value which indicates an orientation of a sheet to be printed and which is based on an operation of a user, wherein, in a case where the information indicating the orientation of the sheet stacked in the sheet stacking means is not stored in the information storage means, the determination means determines whether to print the image in the first orientation or to print the image in the second orientation, according to the setting value stored in the setting value storing means.
A constant-velocity universal joint comprising: an outer joint member having a plurality of outer ball grooves; an inner joint member having a plurality of inner ball grooves respectively corresponding to the plurality of the outer ball grooves; a plurality of torque transmitting balls which are respectively guided by a pair of the outer ball groove and the inner ball groove; and a ball cage containing the plurality of the torque transmitting balls, wherein the outer ball groove and the inner ball groove respectively have a double shape which is formed by a connection of different shapes (S1, S2), characterized in that a ratio (O/H) of an offset value which is a distance between an inflection point of the outer ball groove and a line connecting centers of the torque transmitting balls in a state that the outer joint member and the inner joint member form 0 angle and a distance between a center line of the inner joint member and a center of the torque transmitting ball in a state that the outer joint member and the inner joint member form 0 angle is within a range of 0.07 to 0.11, wherein the inflection point is offset toward an open side of the outer joint member from a line connecting centers of the torque transmitting balls. an outer joint member having a plurality of outer ball grooves; an inner joint member having a plurality of inner ball grooves respectively corresponding to the plurality of the outer ball grooves; a plurality of torque transmitting balls which are respectively guided by a pair of the outer ball groove and the inner ball groove; and a ball cage containing the plurality of the torque transmitting balls, wherein the outer ball groove and the inner ball groove respectively have a double shape which is formed by a connection of different shapes (S1, S2), characterized in that a ratio (O/H) of an offset value which is a distance between an inflection point of the outer ball groove and a line connecting centers of the torque transmitting balls in a state that the outer joint member and the inner joint member form 0 angle and a distance between a center line of the inner joint member and a center of the torque transmitting ball in a state that the outer joint member and the inner joint member form 0 angle is within a range of 0.07 to 0.11, wherein the inflection point is offset toward an open side of the outer joint member from a line connecting centers of the torque transmitting balls.
A method for manufacturing an aluminium profile, in which method at least two mutually compatible aluminium profiles (2, 3, 4) are extruded at the same time for matching the dimensioning of the profiles and then separated from one another, characterized in that said at least two mutually compatible aluminium profiles (2, 3, 4) comprise a through-shaped profile with a matching cover, extruded with joining strips between them.
An apparel item comprising: an exterior shell layer, an inner liner layer, a sleeve and a gusset for coupling the exterior shell layer of the apparel item, the inner liner layer of the apparel item, and the sleeve of the apparel item, the gusset being a textile material comprising: an interior facing that has a body edge and a sleeve edge; and an exterior facing that has a body edge and a sleeve edge; wherein at least a portion of the sleeve edge of the exterior facing is coupled to the exterior shell layer of the apparel item, at least a portion of the body edge of the interior facing is coupled to at least a portion of the body edge of the exterior facing to form a bi-fold pleat, at least a portion of the body edge of the interior facing is coupled to the inner liner layer of the apparel item, and at least a portion of the sleeve edge of the interior facing is coupled to the sleeve.
Device for coating a surface area of a gap in the coating of a pipeline, said surface area having a length along the central longitudinal axis of the pipeline and a width of at least part of the circumference of the pipeline, said device comprising: - a frame; - a spray nozzle support element supporting a number of spray nozzles; - a linear motion mechanism configured for translating the spray nozzle support element relative to the frame and parallel to a longitudinal axis of the frame; and - support members configured for arranging the frame stationary relative to the pipeline with said longitudinal axis of said frame coinciding with the central longitudinal axis of the pipeline; such that by translating the spray nozzle support element relative to the frame by means of said linear motion mechanism, the spray nozzles are displaceable along the length of said surface area with said spray nozzles directed at said surface area; wherein the device further comprises: - a rotary motion mechanism configured for rotating the spray nozzle support element relative to the frame about said longitudinal axis of the frame; such that by rotating the spray nozzle support element relative to the frame about said longitudinal axis of the frame the spray nozzles are displaceable along the width of said surface area; wherein - the spray nozzle support element extends along a full circle about said longitudinal axis of the frame and a plurality of spray nozzles is distributed along said full circle; and wherein - the spray nozzles are cone spray nozzles and are arranged such that in use adjacent spray cones partly overlap. - a frame; - a spray nozzle support element supporting a number of spray nozzles; - a linear motion mechanism configured for translating the spray nozzle support element relative to the frame and parallel to a longitudinal axis of the frame; and - support members configured for arranging the frame stationary relative to the pipeline with said longitudinal axis of said frame coinciding with the central longitudinal axis of the pipeline; - a rotary motion mechanism configured for rotating the spray nozzle support element relative to the frame about said longitudinal axis of the frame; such that by rotating the spray nozzle support element relative to the frame about said longitudinal axis of the frame the spray nozzles are displaceable along the width of said surface area; wherein - the spray nozzle support element extends along a full circle about said longitudinal axis of the frame and a plurality of spray nozzles is distributed along said full circle; and wherein - the spray nozzles are cone spray nozzles and are arranged such that in use adjacent spray cones partly overlap.
An adeno-associated virus vector comprising a transgene encoding a therapeutic product, for use in the treatment of a disorder affecting the central nervous system of a subject, wherein the AAV vector is to be administered in a composition in which the concentration of the AAV vector is at least 5x10 12 gp/ml, wherein the vector is to be administered to a site within the CNS of the subject which is innervated by projection neurons connecting a distal site within the CNS and wherein the vector is axonally transported along the entire length of the axon.
A circuit for a resonant converter (1204; 1326), the resonant converter configured to operate in a burst mode of operation, the circuit configured to: receive a signal (1206; 1308) representative of the output of the resonant converter; compare the received signal (1206; 1308) representative of the output of the resonant converter with a reference signal (1208; 1304) in order to provide an error signal; and process the error signal in order to provide a control signal (1210; 1328), wherein the control signal (1210; 1328) is configured to set the switching frequency of the resonant converter in order to control the output power during a burst of the resonant converter. receive a signal (1206; 1308) representative of the output of the resonant converter; compare the received signal (1206; 1308) representative of the output of the resonant converter with a reference signal (1208; 1304) in order to provide an error signal; and process the error signal in order to provide a control signal (1210; 1328), wherein the control signal (1210; 1328) is configured to set the switching frequency of the resonant converter in order to control the output power during a burst of the resonant converter.
A spectacle rod with a first end part intended for connection with a front piece, as well as a second end part intended to be bent to form an ear bend, said spectacle rod having a longitudinal direction and a transverse direction, and said spectacle rod being formed, at least above the second end part of the spectacle rod, by a plate-shaped rod having side faces as well as bottom and top faces (19, 20), and wherein a friction element made from an elastic, compliant material is connected to the plate-shaped rod in a position at the ear bend for contact behind the ear of a user, and wherein the plate-shaped rod has a first transverse protrusion, which first transverse protrusion is directed in the transverse direction and obliquely in the longitudinal direction in order to form, together with the second end part of the metal rod, a longitudinally open recess, and wherein, in the first end part of the friction element, a first transverse hole is provided for receiving the first transverse protrusion of the plate-shaped rod, and wherein the plate-shaped rod is a metal rod, and wherein the friction element is conduit-shaped so that the conduit walls and bottom cover the side faces and the bottom face of the metal rod, and wherein the first transverse hole of the friction element is formed in the material quantity and directed in the transverse direction in order to receive the first transverse protrusion of the metal rod, and wherein elastic material at the first end part of the friction element is received in the open recess of the metal rod, so that the first transverse protrusion and the recess form first retaining means, and wherein between the walls and the bottom of the conduit and the side faces of the metal rod, further retaining means are provided which prevent the displacement of the friction element in the longitudinal direction and transverse direction of the metal rod, characterized in that the first transverse protrusion of the plate-shaped rod is provided at its outermost second end, in that the longitudinally open recess is form, together with the outermost second end part of the metal rod, which longitudinally open recess has at its opening a smaller cross-section than at a central part of the recess, in that the friction element at a first end of the conduit is closed by a material quantity at the first end of the friction element, in that the first transverse hole of the friction element is also directed obliquely in the longitudinal direction, in that elastic material at the first end part of the friction element is received in the open recess of the metal rod in an elastically compressed state.
Method for operating a vehicle (301, 601), wherein in the case of driverless driving of the vehicle (301, 601) within a carpark (501, 600) and when there is an emergency stop request that the vehicle (301, 601) which is driving in a driverless fashion is to stop, it is checked whether the stopping is necessary, wherein an emergency stop signal is generated only in the event of a positive check, in response to which the vehicle (301, 601) stops in a driverless fashion, characterized in that the checking comprises testing as to whether there is a further emergency stop request, wherein the emergency stop signal is generated only when a further emergency stop request is present, wherein the checking is carried out by means of the vehicle (301, 601) or a vehicle-external carpark management server, and wherein the emergency stop request is generated by the vehicle (301, 601) itself on the basis of a dangerous situation detected by the vehicle (301, 601) or has been generated by the carpark management server (509, 605) itself on the basis of a dangerous situation detected by the carpark management server (509, 605), wherein the checking comprises the fact that the vehicle (301, 601) or the carpark management server (509, 605) checks the detected dangerous situation to determine whether the stopping is necessary, wherein the dangerous situation has been detected on the basis of a first surroundings sensing process of a first surroundings sensor, wherein the checking of the detected dangerous situation is carried out on the basis of a second surroundings sensing process of a second surroundings sensor, in order to check the plausibility of the first and second surroundings sensing processes with respect to one another, wherein the first surroundings sensor and the second surroundings sensor are surroundings sensors of a surroundings sensor system of the vehicle, or the first and second surroundings sensors are surroundings sensors of the carpark's own surroundings sensor system, or the first surroundings sensor is a surroundings sensor of a vehicle-internal surroundings sensor system, and the second surroundings sensor is a surroundings sensor of a surroundings sensor system of the actual carpark, or vice versa.
A method for pneumatically conveying waste material with a pneumatic waste conveying system, which conveying system comprises at least one feed point of waste material, a material conveying pipe which is connectable to the feed point, a separator device in which the material being conveyed is separated from conveying air, and a pump device for providing a pressure difference in the conveying pipe at least during the conveyance of the material, wherein at least a part of the conveying piping is connectable as a section of a circuit in which conveying air is circulated at least during the conveyance of the waste material and that, in the method, the conveying air circulation is connected, at least momentarily, to a reverse direction in relation to the normal conveying direction at least in a section of the circuit by means (113, 114, 122, 124, 125, 126) for connecting the conveying air circulation to a reverse direction in relation to the normal conveying direction at least in that section of the circuit, which section of the circuit is formed by at least a part of the conveying pipe, for removing a possible blockage, characterized in that the circulation direction of the conveying air is connected in reverse direction only in said section of the circuit, mainly in section of the conveying pipe, and before the separator device in a material conveying direction, wherein the means for connecting the conveying air in the reverse direction comprise a first air channel on the blowing side of the pump device to the usual supply side of the conveying pipe, said first air channel comprising a first valve element which, when closed, prevents a connection of at least the blowing side of the pump device to the usual supply side of the conveying pipe, a second air channel from the blowing side of the pump device to the reversed supply side of the conveying pipe in which the blowing side of the pump device is connectable, and a second valve element in the conveying pipe between the separator device and the second air channel, wherein a channel section formed in the conveying pipe is connected to the conveying pipe in a section between the second valve element and the separator device or directly to the separator device.