mhurhangee/ep-ind-claims huggingface dataset:
A system for intraoperative planning and assessment of spinal deformity correction during a surgical spinal procedure, the system comprising: a spatial tracking system comprising an IR sensor and an IR tracking array, said IR tracking array being arranged along a proximal end of a surgical pointer tool capable of digitizing the location of an implanted surgical device and relaying to the spatial tracking system via the IR sensor; a control unit in communication with the spatial tracking system, said control unit being configured to: (a) receive the digitized location data of a plurality of implanted screws; (b) receive the digitized location data of at least one anatomical reference point; (c) generate at least one virtual anatomic reference line based on the digitized location data of said at least one anatomical reference point; characterised in that the control unit is further configured to: (d) accept one or more spine correction inputs; and (e) generating at least one rod solution output shaped to engage the screws at locations distinct from the digitized location. a spatial tracking system comprising an IR sensor and an IR tracking array, said IR tracking array being arranged along a proximal end of a surgical pointer tool capable of digitizing the location of an implanted surgical device and relaying to the spatial tracking system via the IR sensor; a control unit in communication with the spatial tracking system, said control unit being configured to: (a) receive the digitized location data of a plurality of implanted screws; (b) receive the digitized location data of at least one anatomical reference point; (c) generate at least one virtual anatomic reference line based on the digitized location data of said at least one anatomical reference point; (a) receive the digitized location data of a plurality of implanted screws; (b) receive the digitized location data of at least one anatomical reference point; (c) generate at least one virtual anatomic reference line based on the digitized location data of said at least one anatomical reference point; characterised in that the control unit is further configured to: (d) accept one or more spine correction inputs; and (e) generating at least one rod solution output shaped to engage the screws at locations distinct from the digitized location. (d) accept one or more spine correction inputs; and (e) generating at least one rod solution output shaped to engage the screws at locations distinct from the digitized location.
A speech recognition method comprising: pre-obtaining a special utterance of a speaker, adding a preset special sequence to a front end of an input sequence of the speaker, the input sequence corresponding to an input utterance of the speaker and the preset special sequence including the pre-obtained special utterance of the speaker; recognizing the preset special sequence and the input sequence using an artificial neural network; and recognizing the input sequence based on the preset special sequence and a recognition result obtained by the recognizing of the preset special sequence and the input sequence. pre-obtaining a special utterance of a speaker, adding a preset special sequence to a front end of an input sequence of the speaker, the input sequence corresponding to an input utterance of the speaker and the preset special sequence including the pre-obtained special utterance of the speaker; recognizing the preset special sequence and the input sequence using an artificial neural network; and recognizing the input sequence based on the preset special sequence and a recognition result obtained by the recognizing of the preset special sequence and the input sequence.
A method, comprising: operating in a communications system as an exchange in a signalling connection with a base station; maintaining access to base station configuration information of the base station; receiving (504, 604) a state transition request message from the base station, the state transition corresponding to activation or de-activation of the base station in the exchange; changing (512, 612) the state of the base station in response to the state transition request, characterized by maintaining in the exchange one or more base station units, a base station unit for the base station being either in an active state or in a standby state; in response to the active state of the base station unit for the base station, maintaining configuration information and state information of the base station and controlling, by the exchange, communication operations between the exchange and the base station; and in response to the standby state of the base station unit for the base station, not recording the state information and comprising means for initiating a base station configuration for the base station. operating in a communications system as an exchange in a signalling connection with a base station; maintaining access to base station configuration information of the base station; receiving (504, 604) a state transition request message from the base station, the state transition corresponding to activation or de-activation of the base station in the exchange; changing (512, 612) the state of the base station in response to the state transition request, characterized by maintaining in the exchange one or more base station units, a base station unit for the base station being either in an active state or in a standby state; in response to the active state of the base station unit for the base station, maintaining configuration information and state information of the base station and controlling, by the exchange, communication operations between the exchange and the base station; and in response to the standby state of the base station unit for the base station, not recording the state information and comprising means for initiating a base station configuration for the base station.
A pair of guide members characterized in that at least one of its members is made of steel containing carbon between 0.15 and 0.3% by weight, chromium between 2 and 3% by weight, at least 0.45 % by weight and not more than 0.9% by weight of molybdenum, and vanadium in an amount more than 0.01% by weight and not more than 0.3%, optionally between 0.4% by weight and 1.5% by weight of manganese, not more than 0.48% of nickel and not more than 0.01% of aluminum, and in that said steel, nitrided after putting into shape, comprises a layer of combination between iron and nitrogen atoms of thickness between 5 microns and 50 microns.
A method for data transmission, applied to a transmitting end user equipment, UE, in a device-to-device, D2D, sidelink, SL, transmission system, the method comprising: acquiring configuration information from a network side device; determining whether a hybrid automatic repeat request, HARQ, retransmission needs to be performed based on the configuration information; and transmitting, according to a result of the determining, data to be transmitted to a receiving end UE, the method further comprising: after determining that the HARQ retransmission needs to be performed, sending, to the receiving end UE, a HARQ transmission mode of the data to be transmitted through a physical sidelink control channel, PSCCH, and/or a physical sidelink shared channel, PSSCH, wherein the HARQ transmission mode comprises an HARQ retransmission mode without requiring feedback and an HARQ retransmission mode requiring feedback. acquiring configuration information from a network side device; determining whether a hybrid automatic repeat request, HARQ, retransmission needs to be performed based on the configuration information; and transmitting, according to a result of the determining, data to be transmitted to a receiving end UE, the method further comprising: after determining that the HARQ retransmission needs to be performed, sending, to the receiving end UE, a HARQ transmission mode of the data to be transmitted through a physical sidelink control channel, PSCCH, and/or a physical sidelink shared channel, PSSCH, wherein the HARQ transmission mode comprises an HARQ retransmission mode without requiring feedback and an HARQ retransmission mode requiring feedback.
A composition for forming a silicon-containing resist underlayer film, comprising one or both of a hydrolysis product and a hydrolysis condensate of one or more silicon compounds (A-1) shown by the following general formula: wherein in the general formula, R 1 represents a hydrogen atom or a monovalent organic group having 1 to 30 carbon atoms; R 2 represents an alkoxy group, an acyloxy group, or a halogen atom; n1 represents 0, 1, or 2; R 3 and R 4 each independently represent a hydrogen atom, or represent an organic group having 1 to 6 carbon atoms optionally containing a nitrogen atom, an oxygen atom, a sulfur atom, a halogen atom, or a silicon atom, R 3 and R 4 being optionally bonded with each other to form a ring; R 5 represents a monovalent organic group having 1 to 30 carbon atoms; n2 represents 0, 1, 2, or 3; Y represents a single bond or a divalent organic group having 1 to 6 carbon atoms optionally containing a silicon atom; and Z represents a carbon atom or a silicon atom.
Chair, comprising a sitting surface, a back rest and two side elements, wherein the sitting surface is fixed between the side elements, wherein each side element comprises a front leg and a rear leg, and the back rest is connected with each rear leg through a slide-in coupling, wherein each rear leg comprises an essentially vertically located slot defining a hollow space and - the back rest comprises a coupling element that extends at least partially into the hollow space or - the left and right end sides of the back rest are positioned inside the hollow space, characterized in that the back rest comprises at least two back rest boards in an essentially horizontal alignment, and the back rest boards are arranged essentially one above the other, wherein the back rest comprises at least two separating elements which are arranged between the back rest boards and at least partially extend into the hollow space. - the back rest comprises a coupling element that extends at least partially into the hollow space or - the left and right end sides of the back rest are positioned inside the hollow space,
A terminal for a radio communication system, said terminal comprising: a base station communication interface for communicating with a base station; and a controller for controlling communication with the base station, wherein the controller is configured to receive, from system information transmitted from the base station, a first list of cell identifiers, said first list comprising cell identifiers identifying cells that do not permit access, and a second list of cell identifiers indicating a range of cell identifiers usable to identify a Closed Subscriber Group, CSG, cell; and to generate a third list of cell identifiers identifying neighbouring CSG cells by extracting cell identifiers from the first cell list that are included in the range indicated by the second cell list. a base station communication interface for communicating with a base station; and a controller for controlling communication with the base station, wherein the controller is configured to receive, from system information transmitted from the base station, a first list of cell identifiers, said first list comprising cell identifiers identifying cells that do not permit access, and a second list of cell identifiers indicating a range of cell identifiers usable to identify a Closed Subscriber Group, CSG, cell; and to generate a third list of cell identifiers identifying neighbouring CSG cells by extracting cell identifiers from the first cell list that are included in the range indicated by the second cell list.
A movable device for detecting an object, the movable device comprising: an RF signal transmitter emitting radio frequency signals; an RF signal receiver receiving radio frequency signals reflected by the object; a memory storing one or more instructions; and at least one processor configured to execute the one or more instructions stored in the memory, wherein, by executing the one or more instructions, the at least one processor is configured to: obtain N sample sequences by digitizing N radio frequency signals, where N is a natural number of 2 or more, from among the received radio frequency signals, obtain a matrix including each of the N sample sequences as a column in an order in which the N sample sequences are received, obtain a resulting signal by summing samples for each row of the matrix, the resulting signal including each summed sample for the each row, obtain an energy value from the resulting signal by summing the each summed sample of the resulting signal, and detect an object in accordance with the energy value being greater than or equal to a certain value. an RF signal transmitter emitting radio frequency signals; an RF signal receiver receiving radio frequency signals reflected by the object; a memory storing one or more instructions; and at least one processor configured to execute the one or more instructions stored in the memory, wherein, by executing the one or more instructions, the at least one processor is configured to: obtain N sample sequences by digitizing N radio frequency signals, where N is a natural number of 2 or more, from among the received radio frequency signals, obtain a matrix including each of the N sample sequences as a column in an order in which the N sample sequences are received, obtain a resulting signal by summing samples for each row of the matrix, the resulting signal including each summed sample for the each row, obtain an energy value from the resulting signal by summing the each summed sample of the resulting signal, and detect an object in accordance with the energy value being greater than or equal to a certain value.
An X-ray tube for generating X-radiation, wherein the tube comprises a rotary structure, which comprises a rotating anode (704, 804, 904), a stationary structure for rotatably supporting the rotary structure, a bearing, which is arranged between the rotary structure and the stationary structure, wherein the bearing comprises a gap (701, 801, 901) between the rotary structure and the stationary structure, means for stabilising the dimensions of the gap (701, 801, 901) with respect to distortions because of thermo-mechanical causes, wherein the gap (701, 801, 901) is a circumferential radial gap, wherein the means for stabilising the dimension of the gap (701, 801, 901) provide a controlled radial matching expansion of the rotary structure and the stationary structure, wherein the tube comprises a wall as a mechanical limitation for the gap (701, 801, 901), wherein the means for stabilising comprise an inlay (707, 708, 807, 808, 907, 908), which is inserted in the wall, wherein the inlay (707, 708, 807, 808, 907, 908) has a different thermal expansion coefficient with respect to at least a part of the wall.
Skin chamber system with a frame device, characterized in that - the frame device is implemented as a U-shaped folding frame with a U-shaped outer frame part and a U-shaped inner frame part - wherein these two frame parts (3, 5) are coupled to one another at the open ends of their U legs by a respective articulated connection in such a way that the inner frame part can be folded against the outer frame part, so that in the folded-in state the inner frame part is positioned inside the U opening of the outer frame part, and in the unfolded state the inner frame part and the outer frame part lie mirror-inverted to one another and enclose an opening, - and wherein the outer frame part and the inner frame part each have an L-shaped profile in cross-section, so that each frame part (3, 5) has a U-shaped frame wall (22, 24) extending horizontally with respect to the folding frame plane and a U-shaped frame wall (25, 27) extending vertically with respect to the folding frame plane, - and these two frame parts (3, 5) being aligned with respect to one another in such a way that, in the closed folding frame, their vertical frame walls (25, 27) run approximately parallel to one another and their horizontal frame walls (22, 24) are aligned essentially in the same plane and in opposite directions to one another. - the frame device is implemented as a U-shaped folding frame with a U-shaped outer frame part and a U-shaped inner frame part - wherein these two frame parts (3, 5) are coupled to one another at the open ends of their U legs by a respective articulated connection in such a way that the inner frame part can be folded against the outer frame part, so that in the folded-in state the inner frame part is positioned inside the U opening of the outer frame part, and in the unfolded state the inner frame part and the outer frame part lie mirror-inverted to one another and enclose an opening, - and wherein the outer frame part and the inner frame part each have an L-shaped profile in cross-section, so that each frame part (3, 5) has a U-shaped frame wall (22, 24) extending horizontally with respect to the folding frame plane and a U-shaped frame wall (25, 27) extending vertically with respect to the folding frame plane, - and these two frame parts (3, 5) being aligned with respect to one another in such a way that, in the closed folding frame, their vertical frame walls (25, 27) run approximately parallel to one another and their horizontal frame walls (22, 24) are aligned essentially in the same plane and in opposite directions to one another.
An apparatus for testing threads, comprising: a. a thread plug gauge which can be screwed into a thread tapped by a machine tool; b. a connecting member which can be used to exchangeably arrange the apparatus at a tool spindle of the machine tool; c. a sliding clutch which is arranged between the thread plug gauge and the connecting member; and d. a measuring system, wherein the measuring system comprises means for recording and analysing signals from at least one signal generator, and wherein the signals relate to screwing in the thread plug gauge into the thread, e. wherein the measuring system further comprises means for storing a nominal curve of signals, which relates to screwing in the thread plug gauge into a nominal thread, and f. wherein the measuring system further comprises means for comparing an envelope (101,102) which is derived from the nominal curve with signals and / or with a curve derived from the signals, and / or means for comparing an area threshold derived from the nominal curve with a magnitude derived from the signals. a. a thread plug gauge which can be screwed into a thread tapped by a machine tool; b. a connecting member which can be used to exchangeably arrange the apparatus at a tool spindle of the machine tool; c. a sliding clutch which is arranged between the thread plug gauge and the connecting member; and d. a measuring system, wherein the measuring system comprises means for recording and analysing signals from at least one signal generator, and wherein the signals relate to screwing in the thread plug gauge into the thread, e. wherein the measuring system further comprises means for storing a nominal curve of signals, which relates to screwing in the thread plug gauge into a nominal thread, and f. wherein the measuring system further comprises means for comparing an envelope (101,102) which is derived from the nominal curve with signals and / or with a curve derived from the signals,
Residential skylight that can be installed in a pitched roof, said residential skylight having a sash frame and a blind frame, the sash frame being swingably mounted on each side of said blind frame by means of a swinging hinge, wherein each swinging hinge comprises a sash mounting part fastened to the sash frame, and a frame mounting part fastened to the blind frame, wherein the frame mounting part (8, 9) mounts in a displaceable manner on a mounting bracket element that comprises a first limb (31, 47) and a second limb (32, 48) that is allocated to a rebate side of the blind frame, wherein an adjustment screw is mounted on the first limb (31, 47), the frame mounting part (8, 9) being displaceable against a force of gravity relative to the mounting bracket element by the adjustment screw, and wherein at least one fastening screw (66, 67) is allocated to the second limb (32, 48) characterised in that the first limb (31, 47) is allocated to an inner face of the blind frame, wherein the frame mounting part (8, 9) is fixed using the fastening screw (66, 67) after the adjustment that is performed by means of the adjustment screw, wherein the fastening screw (66, 67) passes through an elongated hole (63, 64) of the frame mounting part (8, 9), said elongated hole extending in the direction of displacement of the frame mounting part (8, 9).
An optical interposer comprising an array of single mode Vertical-Cavity Surface-Emitting Lasers, VCSELs, wherein said optical interposer further comprises: a. an array of first order diffraction grating couplers arranged to couple light emitted by the array of single mode VCSELs into optical waveguides, said light being emitted in a direction substantially perpendicular to said optical waveguides; b. a device for refracting said light over an angle of at least 4 degrees from said substantially perpendicular direction wherein said light is emitted by said array of single mode VCSELs, said device being positioned between said array of single mode VCSELs and said array of first order diffraction grating couplers; c. an array of output ports arranged to optically couple light from said optical waveguides into an array of optical fibers or other optical elements; and d. said optical waveguides coupling said array of first order diffraction grating couplers to said array of output ports to route said light from said first order diffraction grating couplers to said output ports. a. an array of first order diffraction grating couplers arranged to couple light emitted by the array of single mode VCSELs into optical waveguides, said light being emitted in a direction substantially perpendicular to said optical waveguides; b. a device for refracting said light over an angle of at least 4 degrees from said substantially perpendicular direction wherein said light is emitted by said array of single mode VCSELs, said device being positioned between said array of single mode VCSELs and said array of first order diffraction grating couplers; c. an array of output ports arranged to optically couple light from said optical waveguides into an array of optical fibers or other optical elements; and d. said optical waveguides coupling said array of first order diffraction grating couplers to said array of output ports to route said light from said first order diffraction grating couplers to said output ports.
A hand dryer for drying a user's hands by means of an airflow discharged through an air outlet (3, 5) on the hand dryer, the airflow being generated by a motor-driven fan unit, the hand dryer comprising a plurality of air intakes (13, 15), the air intakes being connected to the fan unit to form a plurality of parallel air-intake paths, each air intake path being provided with a separate air-filter, the filters being arranged around the fan unit, characterised in that each filter has an outer filter cover positioned between the respective filter and the respective air intake (13, 15) defining a filter inlet for the respective filter, an inner filter cover positioned between the respective filter and the fan unit defining a filter outlet (27, 29) for the respective filter, and the filter inlet and filter outlet being off-set to prevent line-of-sight airflow through the filter inlet and the filter outlet. an outer filter cover positioned between the respective filter and the respective air intake (13, 15) defining a filter inlet for the respective filter, an inner filter cover positioned between the respective filter and the fan unit defining a filter outlet (27, 29) for the respective filter, and the filter inlet and filter outlet being off-set to prevent line-of-sight airflow through the filter inlet and the filter outlet.