mhurhangee/ep-ind-claims huggingface dataset:
A force transducer construction having the following features: - a first deformation member acted upon by a force to be measured, wherein sensors (3a, 3b) for measuring the strain at locations with a narrowed cross-section (1 a) are arranged on or in said deformation member at said locations, - a second deformation member, at which sensors (3c, 3d) for measuring the strain are provided, characterised in that: - the second deformation member encloses the first deformation member on both sides and forms a guide (7a, 7b) which holds the first deformation member substantially in the functional position thereof in the event of a fracture at the location with a narrowed cross-section and guides the first deformation member towards the second deformation member on further application of force. - a first deformation member acted upon by a force to be measured, wherein sensors (3a, 3b) for measuring the strain at locations with a narrowed cross-section (1 a) are arranged on or in said deformation member at said locations, - a second deformation member, at which sensors (3c, 3d) for measuring the strain are provided, characterised in that: - the second deformation member encloses the first deformation member on both sides and forms a guide (7a, 7b) which holds the first deformation member substantially in the functional position thereof in the event of a fracture at the location with a narrowed cross-section and guides the first deformation member towards the second deformation member on further application of force.
A back gauge apparatus for a press brake, comprising: a slide body and a work contact member that is arranged on the slide body so as to be movable in a front-rear direction relative to the slide body, the work contact member has a work contact face and is biased frontward with a pushing force, and the slide body is provided with a fixing unit that is able to fix the work contact member to the slide body preventing the work contact member from moving rearward and release the fixation of the work contact member when the work contact member is pressed rearward with a pressing force greater than the pushing force characterized in that: the fixing unit has a rotary lever that is rotatably arranged on the slide body; a first end of the rotary lever is provided with a magnet that magnetically fixes the rotary lever to the slide body or the first end of the rotary lever is provided with a sucking unit that fixes the rotary lever to the slide body by suction; and the work contact member is provided with a pressing member to press a second end of the rotary lever to release the magnetic fixation by the magnet or to release the sucking fixation by the sucking unit. a slide body and a work contact member that is arranged on the slide body so as to be movable in a front-rear direction relative to the slide body, the work contact member has a work contact face and is biased frontward with a pushing force, and the slide body is provided with a fixing unit that is able to fix the work contact member to the slide body preventing the work contact member from moving rearward and release the fixation of the work contact member when the work contact member is pressed rearward with a pressing force greater than the pushing force the fixing unit has a rotary lever that is rotatably arranged on the slide body; a first end of the rotary lever is provided with a magnet that magnetically fixes the rotary lever to the slide body or the first end of the rotary lever is provided with a sucking unit that fixes the rotary lever to the slide body by suction; and the work contact member is provided with a pressing member to press a second end of the rotary lever to release the magnetic fixation by the magnet or to release the sucking fixation by the sucking unit.
A magnet pole for a cyclotron comprising at least 3 hill sectors and a same number of valley sectors alternatively distributed around a central axis, Z, each hill sector comprising: an upper surface defined by: - an upper peripheral edge, said upper peripheral edge being bounded by a first and a second upper distal ends, and being defined as the edge of the upper surface located furthest from the central axis; - an upper central edge, said upper central edge being bounded by a first and a second upper proximal ends and being defined as the edge of the upper surface located closest from the central axis; - a first upper lateral edge connecting the first upper distal end and first upper proximal end; - a second upper lateral edge connecting the second upper distal end and second upper proximal end; wherein the upper surface of at least one hill sector comprises: - a recess extending over a length between a proximal end and a distal end along a longitudinal axis intersecting the upper peripheral edge and the upper central edge; said recess being separate from the first and second upper lateral edges over at least 80% of its length, and characterised in that the upper surface of the at least one hill sector further comprises: - a pole insert having a geometry fitting in said recess and being positioned in, and reversibly coupled to said recess. - an upper peripheral edge, said upper peripheral edge being bounded by a first and a second upper distal ends, and being defined as the edge of the upper surface located furthest from the central axis; - an upper central edge, said upper central edge being bounded by a first and a second upper proximal ends and being defined as the edge of the upper surface located closest from the central axis; - a first upper lateral edge connecting the first upper distal end and first upper proximal end; - a second upper lateral edge connecting the second upper distal end and second upper proximal end; - a recess extending over a length between a proximal end and a distal end along a longitudinal axis intersecting the upper peripheral edge and the upper central edge; said recess being separate from the first and second upper lateral edges over at least 80% of its length, and - a pole insert having a geometry fitting in said recess and being positioned in, and reversibly coupled to said recess.
A method for uplink transmissions, comprising: receiving, by a user equipment, UE, a power parameter specific to a physical uplink shared channel, PUSCH; determining, by the UE, a pathloss value for the PUSCH in accordance with a downlink reference signal, DL RS, configuration; deriving, by the UE, a transmission power for the PUSCH in accordance with the power parameter and the pathloss value; characterized in that: the DL RS configuration being associated with a resource index identifying an antenna port which is used to transmit the PUSCH, and transmitting, by the UE, the PUSCH on the antenna port identified by the resource index associated with the DL RS configuration at the transmission power. receiving, by a user equipment, UE, a power parameter specific to a physical uplink shared channel, PUSCH; determining, by the UE, a pathloss value for the PUSCH in accordance with a downlink reference signal, DL RS, configuration; deriving, by the UE, a transmission power for the PUSCH in accordance with the power parameter and the pathloss value; characterized in that: the DL RS configuration being associated with a resource index identifying an antenna port which is used to transmit the PUSCH, and transmitting, by the UE, the PUSCH on the antenna port identified by the resource index associated with the DL RS configuration at the transmission power. the DL RS configuration being associated with a resource index identifying an antenna port which is used to transmit the PUSCH, and transmitting, by the UE, the PUSCH on the antenna port identified by the resource index associated with the DL RS configuration at the transmission power.
An electric motor diagnosis device comprising: a current input unit for detecting and inputting current of an electric motor; an FFT analysis interval determination unit which is configured to calculate a variation value of current variation data acquired in advance, on the basis of a standard deviation or a Mahalanobis distance, and to determine that a stable state is established, when a variation value of the current from the current input unit is present within such a current interval as not to exceed a threshold value selected so as to enable detection of sideband waves in a power spectrum of the current; an FFT analysis unit for analyzing a power spectrum of the current determined to be in the stable state by the FFT analysis interval determination unit; a peak detection calculation unit for detecting a peak part in the power spectrum obtained by the FFT analysis unit; an averaging calculation unit for averaging a plurality of the power spectra analyzed by the FFT analysis unit; a sideband wave extraction unit for extracting sideband waves from the power spectrum averaged by the averaging calculation unit; and an alarm output unit for outputting an alarm when sideband waves having signal intensities equal to or greater than a set value are extracted by the sideband wave extraction unit, wherein the averaging calculation unit is configured to perform the averaging in a state in which frequency axes of the plurality of the power spectra have been converted so as to align peak parts due to rotational frequency bands. a current input unit for detecting and inputting current of an electric motor; an FFT analysis interval determination unit which is configured to calculate a variation value of current variation data acquired in advance, on the basis of a standard deviation or a Mahalanobis distance, and to determine that a stable state is established, when a variation value of the current from the current input unit is present within such a current interval as not to exceed a threshold value selected so as to enable detection of sideband waves in a power spectrum of the current; an FFT analysis unit for analyzing a power spectrum of the current determined to be in the stable state by the FFT analysis interval determination unit; a peak detection calculation unit for detecting a peak part in the power spectrum obtained by the FFT analysis unit; an averaging calculation unit for averaging a plurality of the power spectra analyzed by the FFT analysis unit; a sideband wave extraction unit for extracting sideband waves from the power spectrum averaged by the averaging calculation unit; and an alarm output unit for outputting an alarm when sideband waves having signal intensities equal to or greater than a set value are extracted by the sideband wave extraction unit, wherein the averaging calculation unit is configured to perform the averaging in a state in which frequency axes of the plurality of the power spectra have been converted so as to align peak parts due to rotational frequency bands.
Method for detecting when a kerbstone has been driven over by a motor vehicle during a positioning manoeuvre at a speed of less than or equal to 10 km/h, wheel sensors of the wheels of the motor vehicle each determining the wheel speed and direction of travel, characterized by the steps of continuously evaluating the wheel speed of each wheel, identifying when a kerbstone has been driven over if one wheel has acceleration for a predefined interval of time (Δt) and at least one of the other wheels has deceleration for the same interval of time (Δt).
A shuttle vector, designated p6apra, with resistance to apramycin obtainable in that shuttle vector pRLE6 of E.coli-Amycolatopsis (a) is subjected to digestion with a suitable endonuclease (Smal, Xmal) to remove the npt gene from said vector or the vector backbone is amplified by inverse PCR without the npt gene and (b) the apramycin resistance gene aac VI is inserted into the vector backbone by ligation. (a) is subjected to digestion with a suitable endonuclease (Smal, Xmal) to remove the npt gene from said vector or the vector backbone is amplified by inverse PCR without the npt gene and (b) the apramycin resistance gene aac VI is inserted into the vector backbone by ligation.
An apparatus for maximization of data throughput for Bluetooth or Bluetooth Low Energy in dependence of the performance of a transmitter of a counter station, the apparatus is configured to receive a radio frequency signal, RF signal, comprising means to down convert the RF signal to a baseband signal, BB signal, a demodulation and detection unit configured to demodulate and detect received information bits of the BB signal and a link control unit configured to control communication link specific parameters and to feed the received information bits to higher layers, characterized in, that the demodulation and detection unit is configurable and configured to adapt filter bandwidths according to a time-varying instantaneous frequency offset estimation of the BB signal r(t) and the apparatus further comprising a packet assessment unit configured to classify a packet received from the BB signal and detected and demodulated by the demodulation and detection unit as dirty or clean by comparing an evaluation value d obtained from instantaneous frequency offset estimates f k ̃ during reception of the packet against a threshold T and a configuration control unit configured to maintain an assessment history respectively per counter station connected with the apparatus in respective communication links and to convert said history into a verdict v on whether a specific counter station transmits packets regarded as clean or dirty, whereas said verdict controls the configurable demodulation and detection unit when receiving a packet from a specific counter station.
Vehicle roof, comprising at least one transparent roof section (11, 12), a roof-fixed carrier section, and a roller blind arrangement for selectively shading or at least partially releasing the transparent roof section (11, 12), which roller blind arrangement has at least one roller blind unit (16, 17) which comprises a roller blind web (18, 19), which can be wound up to form a roller blind coil (20, 21), and a respective lateral bearing element on either side with respect to the vertical roof longitudinal centre plane, wherein the roller blind coil (20, 21) is arranged between the two lateral bearing elements, wherein the roller blind arrangement comprises a bearing shell on which the at least one roller blind unit (16, 17) is fastened via the lateral bearing elements and which is fixed from below to the at least one carrier section, characterized in that, for each of the lateral bearing elements, the bearing shell has at least one positioning slot in which a positioning element, in particular a positioning rib of the respective bearing element engages.
An image forming apparatus comprising: a transport unit that transports an object along a transport path; a transfer unit that transfers an image onto the object on the transport path; and a fixing unit that has a heat source for increasing a temperature inside the fixing unit, into which the object onto which the image has been transferred is carried along the transport path, and includes a first opening and closing member that opens a carry-in opening when the object is carried into the fixing unit and closes the carry-in opening after the object is carried into the fixing unit, wherein the fixing unit includes a second opening and closing member that opens a carry-out opening through which the object is carried out of the fixing unit after fixing of the image transferred onto the object and closes the carry-out opening after the object is carried out of the fixing unit, the image forming apparatus being characterized in that the fixing unit further includes a covering unit that covers the heat source when the second opening and closing member opens the carry-out opening and exposes the heat source when the second opening and closing member closes the carry-out opening. a transport unit that transports an object along a transport path; a transfer unit that transfers an image onto the object on the transport path; and a fixing unit that has a heat source for increasing a temperature inside the fixing unit, into which the object onto which the image has been transferred is carried along the transport path, and includes a first opening and closing member that opens a carry-in opening when the object is carried into the fixing unit and closes the carry-in opening after the object is carried into the fixing unit, wherein the fixing unit includes a second opening and closing member that opens a carry-out opening through which the object is carried out of the fixing unit after fixing of the image transferred onto the object and closes the carry-out opening after the object is carried out of the fixing unit, the image forming apparatus being characterized in that the fixing unit further includes a covering unit that covers the heat source when the second opening and closing member opens the carry-out opening and exposes the heat source when the second opening and closing member closes the carry-out opening.
On-load tap-changer for uninterrupted advanced retard switch between winding taps (N 1,...N J,..., N N) of a tapped transformer, comprising - at least one change-over selector unit for powerless preselection to a selected winding tap (N J); - at least one diverter switch unit for the actual diverter switch operation from the previous winding tap (N J-1) to the preselected winding tap (N J); - at least one toothed gearing with a first gearwheel and a second gear wheel, the first gear wheel being assigned to the selector unit and the second gear wheel being assigned to the load changeover unit - a drive shaft which is actuated by a motor-drive unit wherein - the first gearwheel and the second gearwheel are in direct mechanical operative connection with one another in such a way that the gearwheels (31, 41) can be actuated simultaneously; - the first gearwheel is mounted on a first gearwheel shaft and the second gearwheel is mounted on a second gearwheel shaft in a rotationally fixed manner; - the first gear shaft is rotatable about a first gear axis and the second gear shaft is rotatable about a second gear axis, characterized in that - the drive shaft can drive either the first gearwheel or the second gearwheel wherein - the drive shaft is arranged on the first gearwheel axis when driving the first gearwheel and on the second gearwheel axis when driving the second gearwheel. - at least one change-over selector unit for powerless preselection to a selected winding tap (N J); - at least one diverter switch unit for the actual diverter switch operation from the previous winding tap (N J-1) to the preselected winding tap (N J); - at least one toothed gearing with a first gearwheel and a second gear wheel, the first gear wheel being assigned to the selector unit and the second gear wheel being assigned to the load changeover unit - a drive shaft which is actuated by a motor-drive unit - the first gearwheel and the second gearwheel are in direct mechanical operative connection with one another in such a way that the gearwheels (31, 41) can be actuated simultaneously; - the first gearwheel is mounted on a first gearwheel shaft and the second gearwheel is mounted on a second gearwheel shaft in a rotationally fixed manner; - the first gear shaft is rotatable about a first gear axis and the second gear shaft is rotatable about a second gear axis, - the drive shaft can drive either the first gearwheel or the second gearwheel - the drive shaft is arranged on the first gearwheel axis when driving the first gearwheel and on the second gearwheel axis when driving the second gearwheel.
A system, comprising: a processor coupled to a memory that includes machine-executable instructions that when executed by the processor perform the following acts in conjunction with a distributed system platform: creating a volume on a local store of a compute node, responsive to a request from a container comprising a user application, wherein the user application is non-native with respect to the distributed system platform; exposing the volume to the container from which application data can be saved and retrieved by the user application in the container, wherein the local store and the container are co-located on the compute node, and wherein a read or write request issued by the user application to the volume is provided to a first driver component executing in user mode, which subsequently passes the request to a kernel driver component executing in kernel mode, the kernel driver component then sending the request to a driver service component, which ultimately processes the request with respect to the local store to read or write data in accordance with the request, wherein the driver service component executes in user mode; and automatically replicating the user application and the application data on a predetermined number of additional compute nodes in a distributed cluster, wherein the application data is classified based on observed and/or predicted usage into frequently accessed or infrequently accessed data, and wherein the frequently accessed data is stored to and accessed from the local store, and the less frequently accessed data is stored to and accessed from a remote compute node. creating a volume on a local store of a compute node, responsive to a request from a container comprising a user application, wherein the user application is non-native with respect to the distributed system platform; exposing the volume to the container from which application data can be saved and retrieved by the user application in the container, wherein the local store and the container are co-located on the compute node, and wherein a read or write request issued by the user application to the volume is provided to a first driver component executing in user mode, which subsequently passes the request to a kernel driver component executing in kernel mode, the kernel driver component then sending the request to a driver service component, which ultimately processes the request with respect to the local store to read or write data in accordance with the request, wherein the driver service component executes in user mode; and automatically replicating the user application and the application data on a predetermined number of additional compute nodes in a distributed cluster, wherein the application data is classified based on observed and/or predicted usage into frequently accessed or infrequently accessed data, and wherein the frequently accessed data is stored to and accessed from the local store, and the less frequently accessed data is stored to and accessed from a remote compute node.