mhurhangee/patent-ind-claim-en huggingface dataset:
Endoprosthesis for a long bone, in particular for a femoral stump , having a bone wall and a medullary cavity , having: an at least approximately straight shaft , defining a longitudinal direction L, with a proximal implant portion having a proximal end , and a distal head portion having a distal end , wherein the shaft is intended to be inserted into the medullary cavity of the long bone; a head part , able to be fastened to the distal head portion of the shaft , with a supporting surface integrally formed on the head part, said supporting surface being intended to support a distal end face of the long bone in the implanted state of the endoprosthesis; and a fastening element for fastening the head part to the shaft , wherein the distal head portion of the shaft has a distal recess , open towards the distal end , with a bottom , and the head part has an integral connecting peg , protruding from the supporting surface , with a base and a free peg end , said connecting peg being intended, in order to connect the head part and shaft , to be plugged, with the free end first, into the distal recess in the shaft , wherein the head part has a through-opening , extending in the longitudinal direction L, with a shoulder , and the shaft has a depression, in the form of a blind hole, extending in the longitudinal direction L from the bottom of the distal recess , wherein the fastening element is insertable into the opening in the head part and cooperates with the depression in the form of a blind hole in the assembled state, characterized in that the shoulder is arranged in the region of the free peg end . an at least approximately straight shaft , defining a longitudinal direction L, with a proximal implant portion having a proximal end , and a distal head portion having a distal end , wherein the shaft is intended to be inserted into the medullary cavity of the long bone; a head part , able to be fastened to the distal head portion of the shaft , with a supporting surface integrally formed on the head part, said supporting surface being intended to support a distal end face of the long bone in the implanted state of the endoprosthesis; and a fastening element for fastening the head part to the shaft , wherein the distal head portion of the shaft has a distal recess , open towards the distal end , with a bottom , and the head part has an integral connecting peg , protruding from the supporting surface , with a base and a free peg end , said connecting peg being intended, in order to connect the head part and shaft , to be plugged, with the free end first, into the distal recess in the shaft , wherein the head part has a through-opening , extending in the longitudinal direction L, with a shoulder , and the shaft has a depression, in the form of a blind hole, extending in the longitudinal direction L from the bottom of the distal recess , wherein the fastening element is insertable into the opening in the head part and cooperates with the depression in the form of a blind hole in the assembled state, characterized in that the shoulder is arranged in the region of the free peg end .
A process for producing tea, comprising extracting a liquid extract from a barley tea starting material under conditions of pressure on a filter inside of an extraction device , where at least 20 wt% of the barley tea starting material has a particle size of less than 1700 μm, wherein in extracting the liquid extract, a pressure of 0.03 MPa to 0.4 MPa in addition to atmospheric pressure is applied inside the extraction device , and a treatment liquid at 90°C to 150°C is poured onto the barley tea starting material.
Stationary clamping unit comprising a main body that has an upper side and a clamping receptacle provided on or in the upper side for receiving a clamping element and has bearing portions for supporting the clamping element , comprising at least two locking elements that can be moved within the main body perpendicularly to a clamping axis for pulling the clamping element into a retraction direction and for locking the clamping element on the bearing portions , characterized in that a strain gauge for measuring a deformation of the main body resulting from the locking of the clamping element on the main body is provided on the main body at least in or on the upper side of the main body in the axial direction above each locking element , and in that an electronic unit for amplifying and/or evaluating the measurement signals of the strain gauges is provided in or on the main body .
A method, comprising: configuring, by a network node, a set of resources to be used by at least one user equipment for transmitting a first type of uplink data; receiving from the at least one user equipment information that indicates that at least one resource in the set of resources comprises a second type of uplink data different from the first type of uplink data; and decoding data received on the at least one resource based on the information, wherein the information is indicative of an identifier of the at least one user equipment. configuring, by a network node, a set of resources to be used by at least one user equipment for transmitting a first type of uplink data; receiving from the at least one user equipment information that indicates that at least one resource in the set of resources comprises a second type of uplink data different from the first type of uplink data; and decoding data received on the at least one resource based on the information, wherein the information is indicative of an identifier of the at least one user equipment.
A device for directing waveguide routes, the device comprising: at least two housings layered together to form the device , the device further comprising: a first housing including first plurality of waveguide channels disposed in a first layer, wherein each of the first plurality of waveguide channels in the first housing includes a respective first input port and a respective first output port ; a second housing configured to attach to the first housing , wherein the second housing includes a second plurality of waveguide channels disposed in a second layer, wherein each of the second plurality of waveguide channels in the second housing includes a respective second input port and a respective second output port , wherein the first layer and the second layer are parallel, and wherein the second housing is configured to receive a signal from a first input port of one of the first plurality of waveguide channels in the first housing ; and wherein the second housing is configured to redirect the signal to a predetermined output port of the first plurality of waveguide channels in the first housing or of the second plurality of waveguide channels in the second housing, and wherein the second housing is attached to the first housing using a double-90-degree bend in the signal path, such that the first plurality of waveguide channels of the first housing and the second plurality of waveguide channels of the second housing are orthogonal. a first housing including first plurality of waveguide channels disposed in a first layer, wherein each of the first plurality of waveguide channels in the first housing includes a respective first input port and a respective first output port ; a second housing configured to attach to the first housing , wherein the second housing includes a second plurality of waveguide channels disposed in a second layer, wherein each of the second plurality of waveguide channels in the second housing includes a respective second input port and a respective second output port , wherein the first layer and the second layer are parallel, and wherein the second housing is configured to receive a signal from a first input port of one of the first plurality of waveguide channels in the first housing ; and wherein the second housing is configured to redirect the signal to a predetermined output port of the first plurality of waveguide channels in the first housing or of the second plurality of waveguide channels in the second housing, and wherein the second housing is attached to the first housing using a double-90-degree bend in the signal path, such that the first plurality of waveguide channels of the first housing and the second plurality of waveguide channels of the second housing are orthogonal.
Antenna housing for a motor vehicle , into which a resin (R) to be polymerized can be poured, wherein said antenna housing comprises: - a receptacle suitable for accommodating a primary support plate and a secondary support plate and comprising at least one primary fastening clip ; - a cover comprising at least one secondary fastening clip suitable for cooperating with said at least one primary fastening clip , said cover being suitable for closing said antenna housing so as to leave an opening for pouring said resin (R) into said antenna housing ; - said primary support plate forming an antenna; and - said secondary support plate suitable for being disposed facing said antenna and comprising electronic components suitable for cooperating with said antenna , characterized in that the receptacle comprises at least one low wall disposed along a border of said receptacle so as to increase the stiffness of the receptacle in the phases of joining the receptacle to the cover and of manipulating the antenna housing during pouring of the resin (R). - a receptacle suitable for accommodating a primary support plate and a secondary support plate and comprising at least one primary fastening clip ; - a cover comprising at least one secondary fastening clip suitable for cooperating with said at least one primary fastening clip , said cover being suitable for closing said antenna housing so as to leave an opening for pouring said resin (R) into said antenna housing ; - said primary support plate forming an antenna; and - said secondary support plate suitable for being disposed facing said antenna and comprising electronic components suitable for cooperating with said antenna ,
A controller area network, CAN, controller for communicating with a CAN transceiver in a CAN network node having a first mode of operation and a second mode of operation of a CAN protocol, in which the first mode is a SLOW mode in the CAN protocol and the second mode is a FAST-RX mode of the CAN protocol, the CAN controller comprising: a first-data-terminal for communicating with the CAN transceiver ; and a second-data-terminal for communicating with the CAN transceiver , in which the CAN controller is configured to: in the second mode, determine receive-data based on a first-data-signal at the first-data-terminal and a second-data-signal at the second-data-terminal ; determine that a change of mode from the second mode to the first mode is required; and characterized in that , in response to determining that a change of mode from the second mode to the first mode is required, provide a controller-mode-signal that instructs the CAN transceiver to operate in the first mode rather than the second mode, wherein the controller-mode-signal is provided by simultaneously driving a first current on the first-data-terminal and a second current on the second-data-terminal . a first-data-terminal for communicating with the CAN transceiver ; and a second-data-terminal for communicating with the CAN transceiver , in the second mode, determine receive-data based on a first-data-signal at the first-data-terminal and a second-data-signal at the second-data-terminal ; determine that a change of mode from the second mode to the first mode is required; and characterized in that , in response to determining that a change of mode from the second mode to the first mode is required, provide a controller-mode-signal that instructs the CAN transceiver to operate in the first mode rather than the second mode, wherein the controller-mode-signal is provided by simultaneously driving a first current on the first-data-terminal and a second current on the second-data-terminal .
A pull printing system comprising: a mobile terminal ; a client configured to discover the mobile terminal by using a phone number in response to a print command of a user, render a print job data, determine whether the mobile terminal exists in a network according to a result of the discovery; when it is determined that the mobile terminal exists, transmit the whole of rendered print job data to the mobile terminal , wherein the mobile terminal stores the print job data; and when it is determined that the mobile terminal does not exist, transmit the whole of the print job data to a relay server, wherein the relay server is configured to transmit a push message to the mobile terminal, and wherein the mobile terminal is configured to download the print job data; and an image forming apparatus that when connected to the mobile terminal , receives the print job data from the mobile terminal and performs printing. a mobile terminal ; a client configured to discover the mobile terminal by using a phone number in response to a print command of a user, render a print job data, determine whether the mobile terminal exists in a network according to a result of the discovery; when it is determined that the mobile terminal exists, transmit the whole of rendered print job data to the mobile terminal , wherein the mobile terminal stores the print job data; and when it is determined that the mobile terminal does not exist, transmit the whole of the print job data to a relay server, wherein the relay server is configured to transmit a push message to the mobile terminal, and wherein the mobile terminal is configured to download the print job data; and an image forming apparatus that when connected to the mobile terminal , receives the print job data from the mobile terminal and performs printing. discover the mobile terminal by using a phone number in response to a print command of a user, render a print job data, determine whether the mobile terminal exists in a network according to a result of the discovery; when it is determined that the mobile terminal exists, transmit the whole of rendered print job data to the mobile terminal , wherein the mobile terminal stores the print job data; and when it is determined that the mobile terminal does not exist, transmit the whole of the print job data to a relay server, wherein the relay server is configured to transmit a push message to the mobile terminal, and wherein the mobile terminal is configured to download the print job data; and an image forming apparatus that when connected to the mobile terminal , receives the print job data from the mobile terminal and performs printing.
A distance-measuring optoelectronic sensor , in particular laser scanner, for detecting a target object in a monitoring area , comprising a light transmitter for transmitting light pulses , a deflection unit for periodically scanning the monitoring area with the light pulses , a light receiver for generating a received signal from the remitted light pulses reflected or remitted by objects in the monitoring area , and a control and evaluation unit configured to determine the distance of an object from a light time of flight of a light pulse and to transmit light pulses of different intensity, characterized in that , in order to detect a target object , i.e. an object of a class defined by a certain reflectivity, the control and evaluation unit is further configured to transmit varied light pulses adapted to the reflectivity and a range whose transmitted energy is just sufficient to still detect a target object within the limited range, in order to test specific distance intervals for target objects by means of the range and the intensity of the light pulse derived therefrom and thus to control the intensity of the light pulses in such a way that a sufficient signal difference is created between the target object and the other object and thus the differentiation between the target object and the other object is possible, wherein a received pulse associated with the other object is too weak for detection.
Lie-on arrangement comprising a lie-on unit with a lie-on frame and also comprising a backrest frame , which extends upwards relative to the lie-on frame and on which at least one cushion , which has a retaining means, is arranged in a releasable manner, for which purpose a retaining element , which is provided on the backrest frame , interacts with the retaining means in a releasable manner, wherein the retaining means is a pocket-like mount , in which the retaining element , which is designed in the form of an angular retaining bracket projecting from the backrest frame , engages.
An extraction cleaner comprising: a housing supporting a fluid delivery system configured to store cleaning fluid and to deliver the cleaning fluid to a surface to be cleaned, and a fluid recovery system configured to remove the fluid and debris from the surface to be cleaned and to store the recovered fluid and debris; a flexible hose comprising a first conduit in fluid communication with the fluid delivery system and a second conduit in fluid communication with the fluid recovery system ; a hand-held cleaning tool comprising a fluid distributor and a suction inlet; characterized in that the cleaning tool being rotatably coupled with an end of the hose ; wherein the cleaning tool swivels relative to the flexible hose in a limited angle of rotation. a housing supporting a fluid delivery system configured to store cleaning fluid and to deliver the cleaning fluid to a surface to be cleaned, and a fluid recovery system configured to remove the fluid and debris from the surface to be cleaned and to store the recovered fluid and debris; a flexible hose comprising a first conduit in fluid communication with the fluid delivery system and a second conduit in fluid communication with the fluid recovery system ; a hand-held cleaning tool comprising a fluid distributor and a suction inlet; characterized in that the cleaning tool being rotatably coupled with an end of the hose ; wherein the cleaning tool swivels relative to the flexible hose in a limited angle of rotation.
A method of operating a liquid electrographic printer to develop a latent electrostatic image with an ink comprising charged colorant particles suspended in imaging oil, the liquid electrographic printer comprising a photo imaging plate, a binary ink development unit, and a photo imaging plate cleaning station, the method comprising: collecting, at the photo imaging plate cleaning station, imaging oil deposited on the photo imaging plate during a print cycle; and controlling the photo imaging plate cleaning station to apply the collected imaging oil to the photo imaging plate during a null cycle during which ink transfer to the photo imaging plate is suspended, wherein in the null cycle, the binary ink development unit is to disengage from the photo imaging plate. collecting, at the photo imaging plate cleaning station, imaging oil deposited on the photo imaging plate during a print cycle; and controlling the photo imaging plate cleaning station to apply the collected imaging oil to the photo imaging plate during a null cycle during which ink transfer to the photo imaging plate is suspended, wherein in the null cycle, the binary ink development unit is to disengage from the photo imaging plate.
A method operable in a towing vehicle for determining a state of a trailer being towed by said towing vehicle, the vehicle comprising a front facing and a rear facing image capturing device, the method comprising: determining respective distances of the rear facing image capturing device and the front facing image capturing device from a surface on which the vehicle lies; responsive to one or both of: the distance of the rear image capturing device being outside a first threshold, and the distance of the front image capturing device being outside a second threshold, outputting a value indicative the state of the towed trailer. determining respective distances of the rear facing image capturing device and the front facing image capturing device from a surface on which the vehicle lies; responsive to one or both of: the distance of the rear image capturing device being outside a first threshold, and the distance of the front image capturing device being outside a second threshold, outputting a value indicative the state of the towed trailer.
A passive AC-DC converter comprising: an autotransformer , wherein said autotransformer comprises; a plurality of first high voltage AC inputs ; a plurality of second low voltage AC inputs ; a winding topology having at most 21 windings (A0-A6, B0-B6, C0-C6) corresponding to each of multiple phases, wherein the multiple phases comprises three phases and wherein seven of said at most 21 windings are on each of said phases; a set of autotransformer outputs comprising a nine-phase AC output configured to output nine pulsed current waveforms, each with a 40° phase shift relative to one another; a bridge rectifier connected to said set of autotransformer outputs; and a DC output from said bridge rectifier; wherein said autotransformer is configured to synthesize the nine output pulsed current waveforms into an 18-step AC input current waveform that closely approximates a sinewave current. an autotransformer , wherein said autotransformer comprises; a plurality of first high voltage AC inputs ; a plurality of second low voltage AC inputs ; a winding topology having at most 21 windings (A0-A6, B0-B6, C0-C6) corresponding to each of multiple phases, wherein the multiple phases comprises three phases and wherein seven of said at most 21 windings are on each of said phases; a plurality of first high voltage AC inputs ; a plurality of second low voltage AC inputs ; a winding topology having at most 21 windings (A0-A6, B0-B6, C0-C6) corresponding to each of multiple phases, wherein the multiple phases comprises three phases and wherein seven of said at most 21 windings are on each of said phases; a set of autotransformer outputs comprising a nine-phase AC output configured to output nine pulsed current waveforms, each with a 40° phase shift relative to one another; a bridge rectifier connected to said set of autotransformer outputs; and a DC output from said bridge rectifier;
A resonator comprising a body of silicon-based material having at least one resonant part (Z) comprising at least one portion covered in an electrical conduction layer and at least one portion not covered in a conduction layer, the resonator being characterized in that the portion not covered in a conduction layer is covered in a passivation layer of either of the same material as the conduction layer with smaller thickness or of a different material, in such a manner that, in the at least resonant part, the silicon-based material is completely covered by the conduction layer and by the passivation layer in combination.
A modular lockable fork for a vehicle, comprising: a heel end and a toe end, characterized in that the heel end comprises: (i) an upper surface configured to be locked to a battery box of the vehicle and including a first locking component configured to engage a locking component of the battery box , and (ii) a side surface configured to be locked to a torsion member coupled to the battery box and including a second locking component configured to engage a locking component of the torsion member . a heel end and a toe end, characterized in that the heel end comprises: (i) an upper surface configured to be locked to a battery box of the vehicle and including a first locking component configured to engage a locking component of the battery box , and (ii) a side surface configured to be locked to a torsion member coupled to the battery box and including a second locking component configured to engage a locking component of the torsion member . (i) an upper surface configured to be locked to a battery box of the vehicle and including a first locking component configured to engage a locking component of the battery box , and (ii) a side surface configured to be locked to a torsion member coupled to the battery box and including a second locking component configured to engage a locking component of the torsion member .