mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication at a wireless device, comprising: identifying an anchor channel for transmission of a synchronization signal and a plurality of physical hopping channels for transmission of data; mapping the plurality of physical hopping channels to a corresponding plurality of logical hopping channels; determining a hopping sequence to be used for communication of data on the plurality of logical hopping channels such that every logical channel within the plurality of logical hopping channels is used an equal number of times within a period of time, wherein each hopping channel of the plurality of hopping channels is visited before revisiting the same hopping channel; and communicating data on the plurality of logical hopping channels in accordance with the hopping sequence. identifying an anchor channel for transmission of a synchronization signal and a plurality of physical hopping channels for transmission of data; mapping the plurality of physical hopping channels to a corresponding plurality of logical hopping channels; determining a hopping sequence to be used for communication of data on the plurality of logical hopping channels such that every logical channel within the plurality of logical hopping channels is used an equal number of times within a period of time, wherein each hopping channel of the plurality of hopping channels is visited before revisiting the same hopping channel; and communicating data on the plurality of logical hopping channels in accordance with the hopping sequence.
A soft tissue implant pocket comprising an inner surface, an outer surface and an opening sized to receive an implant; wherein at least the outer surface of the pocket comprises a biodegradable polyurethane foam, said biodegradable polyurethane foam comprising a pore structure configured for cellular infiltration.
Conveyor arrangement , comprising a first conveying section having first rollers on which an object can be conveyed, a second conveying section having second rollers on which an object can be conveyed, the second conveying section is arranged adjacent to the first conveying section , so that the object can be transferred between the conveying section by rolling along the rollers , a mobile drive , wherein the mobile drive is movable along different positions along the first conveying section and the mobile drive is adapted to temporarily provide a drive power to a selected first roller depending on the position of the movable drive in particular by immediate contact with the movable drive and the first roller ; wherein the movable drive is prevented to get into the second conveying section , in particular the movable drive is prevented get in immediate contact with the second rollers for driving the second rollers , characterized in that the conveying arrangement comprises a drive line for providing a drive power (F) at least indirectly from the movable drive to the second rollers when the movable drive is located at a, in particular first end position , in the first conveying section adjacent to the second conveying section . a first conveying section having first rollers on which an object can be conveyed, a second conveying section having second rollers on which an object can be conveyed, the second conveying section is arranged adjacent to the first conveying section , so that the object can be transferred between the conveying section by rolling along the rollers , a mobile drive , wherein the mobile drive is movable along different positions along the first conveying section and the mobile drive is adapted to temporarily provide a drive power to a selected first roller depending on the position of the movable drive in particular by immediate contact with the movable drive and the first roller ; wherein the movable drive is prevented to get into the second conveying section , in particular the movable drive is prevented get in immediate contact with the second rollers for driving the second rollers , characterized in that the conveying arrangement comprises a drive line for providing a drive power (F) at least indirectly from the movable drive to the second rollers when the movable drive is located at a, in particular first end position , in the first conveying section adjacent to the second conveying section .
Transmission control circuit for controlling a system pressure provided by a pressure pump in a transmission of a working machine , comprising a pressure control valve for setting the provided system pressure to a maximum system pressure (p 0 ), characterized in that the transmission control circuit further comprises an electronic control unit , by means of which load states and operating states of the working machine can be detected and in which transmission input torque limits (L 1,2, ...n ) associated with the load states and state values representing at least one first operating state and state values representing at least one second operating state are stored, wherein the first operating state is associated with the maximum system pressure (p 0 ) and the second operating state is associated with a reduced system pressure (p 1, 2, ...n ) compared to the maximum system pressure (p 0 ), and a pressure limiting valve that can be activated by the control unit to overrule the pressure control valve in order to variably set the reduced system pressure (p 1,2, ...n ), wherein activation of the pressure limiting valve is carried out depending on a comparison of a detected load state with a transmission input torque limit (L 1,2, ...n ) with the simultaneous existence of a second operating state.
A method performed by an operating device in a wireless communication system, the method comprising: determining a first coverage of beams provided by a base station set including a first base station and a second base station according to a first beam operation configuration of the base station set connected to the operating device; and changing from the first beam operation configuration to a second beam operation configuration if a number of one or more beams which are available to a terminal in a first area is greater than or equal to a threshold value, wherein the first area is determined based on the first coverage, wherein the second beam operation configuration provides a change of a configuration of a beam of the one or more beams to provide a service in a second area different from the first area, and wherein the one or more beams provided by different base stations of the base station set are included in the beams. determining a first coverage of beams provided by a base station set including a first base station and a second base station according to a first beam operation configuration of the base station set connected to the operating device; and changing from the first beam operation configuration to a second beam operation configuration if a number of one or more beams which are available to a terminal in a first area is greater than or equal to a threshold value, wherein the first area is determined based on the first coverage, wherein the second beam operation configuration provides a change of a configuration of a beam of the one or more beams to provide a service in a second area different from the first area, and wherein the one or more beams provided by different base stations of the base station set are included in the beams.
A computer-implemented method comprising: receiving block position data of a rig prior to addition of a length of pipe to a drillstring, wherein the drillstring is disposed at least in part in a borehole and supported by the rig ; receiving block position data of the rig after addition of the length of pipe to the drillstring ; and receiving or determining a rate of penetration; controlling position of the drillstring with respect to time using the rig and at least a portion of the block position data for landing a drill bit of the drillstring on a bottom of the borehole , by controlling velocity of the drillstring in an in-hole direction based at least in part on a computed distance between the drill bit and the bottom of the borehole and the rate of penetration, wherein the computed distance is based at least in part on at least a portion of the block position data. receiving block position data of a rig prior to addition of a length of pipe to a drillstring, wherein the drillstring is disposed at least in part in a borehole and supported by the rig ; receiving block position data of the rig after addition of the length of pipe to the drillstring ; and receiving or determining a rate of penetration; controlling position of the drillstring with respect to time using the rig and at least a portion of the block position data for landing a drill bit of the drillstring on a bottom of the borehole , by controlling velocity of the drillstring in an in-hole direction based at least in part on a computed distance between the drill bit and the bottom of the borehole and the rate of penetration, wherein the computed distance is based at least in part on at least a portion of the block position data.
A method for milling at least a portion of a workpiece by a cutting tool of a numerical control machine, the numerical control machine having associated therewith a processor and a memory, comprising: determining one or more constraints on a tool axis vector of the cutting tool based, at least in part, on a domain mapping, wherein the domain mapping maps a location of the tool axis vector in a first subset of a three-dimensional (3-D) space to a location in a second space; setting the tool axis vector direction at one or more points along a toolpath in accordance with the one or more constraints; and outputting instructions based, at least in part, on the toolpath to cause a milling machine to mill at least a portion of the workpiece . determining one or more constraints on a tool axis vector of the cutting tool based, at least in part, on a domain mapping, wherein the domain mapping maps a location of the tool axis vector in a first subset of a three-dimensional (3-D) space to a location in a second space; setting the tool axis vector direction at one or more points along a toolpath in accordance with the one or more constraints; and outputting instructions based, at least in part, on the toolpath to cause a milling machine to mill at least a portion of the workpiece .
Hydrostatic drive system of a mobile work machine, having a working hydraulics system and a working hydraulics system pump which is driven by an internal combustion engine and in a pumping operation by way of a suction side (S) suctions pressurizing medium from a vessel and by way of a conveying side (P) conveys said pressurizing medium into a conveying line routed to the working hydraulics system , wherein a hydraulic start/stop function for starting the switched-off internal combustion engine is provided, in which start/stop function the working hydraulics system pump is able to be operated in an engine operation, wherein the working hydraulics system pump in the engine operation is driven by pressurizing medium which from a pressurizing medium reservoir is fed to the suction side (S) of the working hydraulics system pump , wherein a bypass valve is provided, by way of which bypass valve in the engine operation of the working hydraulics system pump , for starting the switched-off internal combustion engine , the volumetric flow that is delivered to the conveying side (P) by the working hydraulics system pump operated in the engine operation is able to be discharged to the vessel , wherein the bypass valve in the engine operation, for starting the switched-off internal combustion engine , is impinged to an opening position that connects the conveying side (P) of the working hydraulics system pump to the vessel , characterized in that the conveying line routed to the working hydraulics system is assigned a circulation pressure compensator , wherein the bypass valve is assigned to the conveying line so as to be upstream of the circulation pressure compensator .
A gas turbine disk, comprising: a plurality of cooling channels penetrating a side surface of the disk and spaced from each other in a circumferential direction, each of which having a cross section in an oval shape so as to have a long axis in the circumferential direction of the disk ; and reinforcement parts coupled to partial arcs of exits of the cooling channels so as to reduce stress concentrated on the cooling channels , wherein the reinforcement parts respectively connect exits of neighboring cooling channels among the plurality of cooling channels . a plurality of cooling channels penetrating a side surface of the disk and spaced from each other in a circumferential direction, each of which having a cross section in an oval shape so as to have a long axis in the circumferential direction of the disk ; and reinforcement parts coupled to partial arcs of exits of the cooling channels so as to reduce stress concentrated on the cooling channels , wherein the reinforcement parts respectively connect exits of neighboring cooling channels among the plurality of cooling channels .
An antenna comprising: an elongate dielectric strip having opposing top and bottom sides ; a first conductive pattern defining a first radiating element for a first frequency range on the top side of said elongate dielectric strip ; a second conductive pattern defining a second radiating element for a second frequency range on the top side of said elongate dielectric strip , the second frequency range being different than the first frequency range; a diplexer circuit on said elongate dielectric strip between said first and second radiating elements and coupled to said first and second radiating elements ; and a third conductive pattern defining a shared ground plane for the first and second radiating elements on the bottom side of said elongate dielectric strip ; wherein said shared ground plane comprises longitudinally adjacent first and second ground plane portions ; and characterized by further comprising a filter coupled between the first and second ground plane portions so that the first and second ground plane portions function as a ground plane for the first radiating element and the second ground plane portion functions as a ground plane for the second radiating element , wherein the elongate dielectric strip is bistable. an elongate dielectric strip having opposing top and bottom sides ; a first conductive pattern defining a first radiating element for a first frequency range on the top side of said elongate dielectric strip ; a second conductive pattern defining a second radiating element for a second frequency range on the top side of said elongate dielectric strip , the second frequency range being different than the first frequency range; a diplexer circuit on said elongate dielectric strip between said first and second radiating elements and coupled to said first and second radiating elements ; and a third conductive pattern defining a shared ground plane for the first and second radiating elements on the bottom side of said elongate dielectric strip ; wherein said shared ground plane comprises longitudinally adjacent first and second ground plane portions ; and characterized by further comprising a filter coupled between the first and second ground plane portions so that the first and second ground plane portions function as a ground plane for the first radiating element and the second ground plane portion functions as a ground plane for the second radiating element , wherein the elongate dielectric strip is bistable.
Endoscopic instrument comprising an elongate shaft and an instrument insert which is releasably connected to a distal end portion of the shaft , the distal end portion of the shaft being designed as a sleeve and a proximal end region of a base of the instrument insert being designed as a coupling shaft or the distal end portion of the shaft being designed as a coupling shaft and a proximal end region of a base of the instrument insert being designed as a sleeve , the coupling shaft being releasably held in the sleeve , the sleeve and/or the coupling shaft having, at least in portions, a cross-sectional profile which can be reversibly changed in order to release the coupling shaft from the sleeve , the sleeve having a first holding structure and the coupling shaft having a second holding structure, the sleeve and/or the coupling shaft being able to be converted by reversible deformation from a relevant working shape, in which the first holding structure is arranged together with the second holding structure in order to hold the coupling shaft in the sleeve , into a relevant assembly shape, in which the first holding structure and the second holding structure are arranged separately from one another, the first and/or the second holding structure extending in the circumferential direction over one or more partial angular regions of the sleeve or the coupling shaft , characterized in that the sleeve has at least one pressure point for deforming the cross-sectional profile of the sleeve , which pressure point is located outside the partial angular regions.
A process for the manufacture of a cyclic compound of formula (I) : wherein R 1 is selected from CF 3 , CF 2 H and CF 2 Cl Z-A-Y is selected from N-NH, N-C(=O)-NH, N-C(=S)-NH, N-C(=O)-CH(COOMe) and N-C(=O)-CH(COOEt) which comprises (a) adding an acid halide of formula R 1 -C(O)-X wherein X is chlorine and R 1 has the meaning given above, to a vinyl ether of formula CH 2 =CH-OR 2 (II) wherein R 2 is a C1 to C4 alkyl group to produce an addition product, and (b) said addition product is reacted with a compound selected from hydrazine or its hydrate or hydrochloride, urea, thiourea, methyl ester of malonic acid monoamide, ethyl ester of malonic acid monoamide, methyl ester of 2-cyano-acetic acid and ethyl ester of 2-cyano-acetic acid, and wherein the addition product supplied to step (b) is a crude product from step (a). wherein R 1 is selected from CF 3 , CF 2 H and CF 2 Cl Z-A-Y is selected from N-NH, N-C(=O)-NH, N-C(=S)-NH, N-C(=O)-CH(COOMe) and N-C(=O)-CH(COOEt) which comprises (a) adding an acid halide of formula R 1 -C(O)-X wherein X is chlorine and R 1 has the meaning given above, to a vinyl ether of formula CH 2 =CH-OR 2 (II) wherein R 2 is a C1 to C4 alkyl group to produce an addition product, and (b) said addition product is reacted with a compound selected from hydrazine or its hydrate or hydrochloride, urea, thiourea, methyl ester of malonic acid monoamide, ethyl ester of malonic acid monoamide, methyl ester of 2-cyano-acetic acid and ethyl ester of 2-cyano-acetic acid, and wherein the addition product supplied to step (b) is a crude product from step (a).
A non-human vertebrate cell whose genome comprises the J κ and V κ gene segments Jκ5*01, Jκ4*01, Jκ3*01, Jκ2*01 or Jκ2*04, Jκ1*01, Vκ4-1*01, Vκ5-2*01 or Vκ5-2*d01, Vκ1-5*03, Vκ1-6*01, Vκ1-8*01, Vκ1-9*01 or Vκ1-9*d01, Vκ3-11*01, Vκ1-12*01, Vκ1-13*01, Vκ3-15*01, Vκ1-16*02, Vκ1-17*01, Vκ3-20*01, Vκ6-21*01, and Vκ2-24*01 upstream of a constant region at a light chain locus, wherein the gene segments are operably linked to the constant region thereof so that i) the cell is capable of producing antibody light chains comprising human VL domains, wherein the light chain locus comprises a human VL gene segment from Jκ5*01, Jκ4*01, Jκ3*01, Jκ2*01 or Jκ2*04, Jκ1*01, Vκ4-1*01, Vκ5-2*01 or Vκ5-2*d01, Vκ1-5*03, Vκ1-6*01, Vκ1-8*01, Vκ1-9*01 or Vκ1-9*d01, Vκ3-11*01, Vκ1-12*01, Vκ1-13*01, Vκ3-15*01, Vκ1-16*02, Vκ1-17*01, Vκ3-20*01, Vκ6-21*01, and Vκ2-24*01 capable of recombining with one of said human JL gene segments from Jκ5*01, Jκ4*01, Jκ3*01, Jκ2*01 or Jκ2*04, Jκ1*01, Vκ4-1*01, Vκ5-2*01 or Vκ5-2*d01, Vκ1-5*03, Vκ1-6*01, Vκ1-8*01, Vκ1-9*01 or Vκ1-9*d01, Vκ3-11*01, Vκ1-12*01, Vκ1-13*01, Vκ3-15*01, Vκ1-16*02, Vκ1-17*01, Vκ3-20*01, Vκ6-21*01, and Vκ2-24*01 to produce a VL domain, or ii) the cell can develop into a vertebrate that expresses an antibody comprising said VL domain, and wherein the non-human vertebrate cell is a mouse or rat cell.
Valve, in particular a proportional pressure control valve with a valve housing , an actuating magnet and a valve piston that moves in a longitudinal direction in the valve housing to alternately release and connect a service connection (A) to a pressure supply connection (P) or a tank connection (T), which can be controlled by means of the actuating magnet , said valve being set up such that, if, during operation, a dither voltage or a dither current is superimposed as a dither signal on the analogue trigger signal for the actuating magnet to actuate the valve piston , this causes the valve piston to constantly vibrate slightly so that the so-called slip-stick effect does not occur, characterised in that a hydraulic stroke limiter is provided for the valve piston , said stroke limiter comprising a restrictor in the valve piston , said restrictor being permanently connected to the service connection (A) via the inside of the valve piston and leading into a control chamber between the valve piston and the valve housing , said chamber being connected to the tank connection (T) such as to convey fluids dependent on the travel position of the valve piston , in that a groove-type recess is provided on the outer periphery of the valve piston , the width of said recess being selected such that a fluid-conveying connection is created at least sometimes between the control chamber and the tank connection (T) when the valve piston is in a floating state, in that the fluid-conveying connection is limited by a control edge of the valve housing as part of the hydraulic travel stop , where the valve piston or its groove-type recess can travel over said control edge, and in that the valve piston moves into the floating position inside the valve housing by means of the hydraulic stroke limiter to achieve the dither signal effect in such a way as to create the other control edge in the hydraulic sense, which allows a fluidic force to be generated on the valve piston , said force being greater than the active magnetic forces from the actuating magnets acting on the valve piston , causing the valve piston to be able to stop just before it reaches a mechanical stroke limiter , which consists of a stop between the valve piston and the valve housing .