mhurhangee/ep-ind-claims huggingface dataset:
Switching element having temperature monitoring, including: an IGBT module comprising a first terminal and a second terminal and also a node, a first plurality of' IGBT chips and a second plurality of IGBT chips, wherein the IGBT chips of the first plurality and of the second plurality of IGBT chips in each case have collector terminals and emitter terminals and wherein the collector terminals of the first plurality of IGBT chips are electrically coupled to the first terminal of the IGBT module, and the emitter terminals of the first plurality of IGBT chips are electrically coupled to the node, and wherein the collector terminals of the second plurality of IGBT chips are electrically coupled to the node, and the emitter terminals of the second plurality of IGBT chips are electrically coupled to the second terminal of the IGBT module; a first temperature sensor which is designed to detect a chip temperature at a predetermined position of the IGBT module; a second temperature sensor which is designed to detect an ambient temperature in the vicinity of the IGBT module; a current sensor which is designed to detect an electric current which flows into the IGBT module at the node of the IGBT module; and a monitoring device which is designed to ascertain a limit temperature, using the electric current detected via the current sensor and the ambient temperature detected via the second temperature sensor, and to detect a malfunction of the IGBT module, based on a comparison of the ascertained limit temperature to the chip temperature detected via the first temperature sensor. an IGBT module comprising a first terminal and a second terminal and also a node, a first plurality of' IGBT chips and a second plurality of IGBT chips, wherein the IGBT chips of the first plurality and of the second plurality of IGBT chips in each case have collector terminals and emitter terminals and wherein the collector terminals of the first plurality of IGBT chips are electrically coupled to the first terminal of the IGBT module, and the emitter terminals of the first plurality of IGBT chips are electrically coupled to the node, and wherein the collector terminals of the second plurality of IGBT chips are electrically coupled to the node, and the emitter terminals of the second plurality of IGBT chips are electrically coupled to the second terminal of the IGBT module; a first temperature sensor which is designed to detect a chip temperature at a predetermined position of the IGBT module; a second temperature sensor which is designed to detect an ambient temperature in the vicinity of the IGBT module; a current sensor which is designed to detect an electric current which flows into the IGBT module at the node of the IGBT module; and a monitoring device which is designed to ascertain a limit temperature, using the electric current detected via the current sensor and the ambient temperature detected via the second temperature sensor, and to detect a malfunction of the IGBT module, based on a comparison of the ascertained limit temperature to the chip temperature detected via the first temperature sensor.
A patient support apparatus comprising a frame, a deck supported on the frame includinga foot deck section, a seat deck section and a head deck section movable between a lowered position and a raised position, a support structure supported on the deck, the support structure including a variable-shape cushion that is selectively configurable to a plurality of shapes, and a control system coordinating configuration of the variable-shape cushion with movement of the head deck section to a plurality of positions between the lowered position and the raised position, wherein the control system includes a controller and an air system having a source of pressurized air, a manifold, and an exhaust, the control system configured to control flow of air from the source of pressurized air through the manifold to the variable-shape cushion, and wherein the variable-shape cushion includes a plurality of transversely oriented bladders (60, 62, 64, 66), characterized in that the control system is adapted to inflate the bladders (60, 62, 64, 66) sequentially beginning at a first end of the variable-shape cushion closest to the foot deck section and reaching a second end prior to the bladder closest to the head deck section, the control system being adapted to deflate each bladder after a time so that the variable-shape cushion forms a wave front that moves from the first end of the variable-shaped cushion toward the second end, the wave front shifting a patient's buttocks toward the head deck section.
A method of representing a predeterminable region in multidimensional data sets, the three- or four-dimensional data sets consisting of image data of an object to be examined, said image data being generated by means of one or more images of the object, and at least one two-dimensional section being made through the predeterminable region and being displayed, the section being defined by at least one vector plane (E1, E2) lying in the multidimensional data set, the at least one vector plane (E1, E2) being defined by a vector and the vector being defined on two-dimensional sectional planes (S1, S2) by the multidimensional data set, and the vector being a direction vector which is adapted to the multidimensional data set and has a specifiable orientation and a specifiable length spanning the predeterminable region, characterised in that the vector is defined on a first two-dimensional sectional plane by specifying the orientation and length and that the vector defined in this way is copied onto a second sectional plane and corrected thereon.
A process for calibrating a multi-view display in a viewing region, wherein the multi-view display comprises a plurality of multi-view pixels, each of which being capable of emitting a plurality of beamlets of light, wherein, each beamlet from any one multi-view pixel is emitted in a unique direction and the intensity and color thereof is independently controllable, the process comprising synchronously calibrating more than one of the multi-view pixels by: synchronously flashing the beamlets of each of more than one of the multi-view pixels, wherein each beamlet is flashed in a unique pattern, said unique pattern thereby identifying the associated beamlet; detecting, or not detecting, at a light detector situated at a first viewing location in the viewing region, flashes from the more than one multi-view pixels; identifying which one beamlet from each one of the more than one multi-view pixels has been detected by the light detector via the unique patterns of flashes; and recording, in a storage medium, a respective relationship between each detected beamlet and the first viewing location. synchronously flashing the beamlets of each of more than one of the multi-view pixels, wherein each beamlet is flashed in a unique pattern, said unique pattern thereby identifying the associated beamlet; detecting, or not detecting, at a light detector situated at a first viewing location in the viewing region, flashes from the more than one multi-view pixels; identifying which one beamlet from each one of the more than one multi-view pixels has been detected by the light detector via the unique patterns of flashes; and recording, in a storage medium, a respective relationship between each detected beamlet and the first viewing location.
A method of preparing a heat-resistant SAN resin, comprising polymerizing by adding 0.05 to 0.5 parts by weight of a multifunctional initiator to 100 parts by weight of a monomer mixture comprising 60 to 75 wt% of α-methylstyrene, 25 to 35 wt% of a vinyl cyan compound, and 0 to 10 wt% of an aromatic vinyl compound (except for α-methylstyrene), wherein the multifunctional initiator is 2,2-bis(4,4-di-t-butylperoxy cyclohexyl) propane, 1,1-bis(t-butylperoxy) cyclohexane, or a mixture thereof, wherein the polymerization is performed at 95 to 105°C.
A computer-implemented method of assessing the validity of a previously determined calibration transformation between a surface imaging system and a tracking system, the method comprising: detecting, with the tracking system, signals associated with fiducial markers located on a tracking marker support structure, wherein the tracking marker support structure is removably attached to a patient, and acquiring surface data using the surface imaging system, wherein the surface data is obtained from a spatial region that includes at least a portion of the tracking marker support structure; processing the signals to determine a position and orientation of the tracking marker support structure; determining, based on the position and orientation of the tracking marker support structure, and based on the previously determined calibration transformation between a reference frame of the surface imaging system and a reference frame of the tracking system, a spatial subregion, in the reference frame of the surface imaging system, that is associated with the tracking marker support structure; segmenting the surface data within the spatial subregion to obtain a segmented surface associated with the tracking marker support structure; registering the segmented surface to reference surface data characterizing a surface of the tracking marker support structure, thereby obtaining a spatially registered reference surface; and employing the position and orientation of the tracking marker support structure and the spatially registered reference surface to assess the validity of the previously determined calibration transformation. detecting, with the tracking system, signals associated with fiducial markers located on a tracking marker support structure, wherein the tracking marker support structure is removably attached to a patient, and acquiring surface data using the surface imaging system, wherein the surface data is obtained from a spatial region that includes at least a portion of the tracking marker support structure; processing the signals to determine a position and orientation of the tracking marker support structure; determining, based on the position and orientation of the tracking marker support structure, and based on the previously determined calibration transformation between a reference frame of the surface imaging system and a reference frame of the tracking system, a spatial subregion, in the reference frame of the surface imaging system, that is associated with the tracking marker support structure; segmenting the surface data within the spatial subregion to obtain a segmented surface associated with the tracking marker support structure; registering the segmented surface to reference surface data characterizing a surface of the tracking marker support structure, thereby obtaining a spatially registered reference surface; and employing the position and orientation of the tracking marker support structure and the spatially registered reference surface to assess the validity of the previously determined calibration transformation.
A communication system comprising a core network operably coupled to a network element arranged to support wireless communications to a terminal device, wherein the network element comprises a control processor arranged to: support setting up of an air interface connection with the terminal device to communicate with the core network; receive an instruction from the core network via a core network connection to release the air interface connection with the terminal device; and in response thereto maintain the air interface connection with the terminal device to facilitate at least one non-core network communication between the network element and the terminal device, wherein an extended time provided by the maintained air interface connection is used to collect measurements from the terminal device.
Apparatus for lifting and supporting the lower leg and foot of a seated patient comprising: lifting means which can be operated to move the patient's lower leg and foot upwardly from a lower position, the lifting means including a first member adapted to rest on a supporting surface, a second member hinged to said first member and a third member hinged to the second member in a Z-configuration, spaced apart arms (10, 11) being provided on the third member, and pneumatically, hydraulically or electrically operated actuating means (14, 15, 16) for adjusting the angle between the first member and the second member and between the second member and the third member, characterised by a heel or an ankle support adapted to fit beneath the patient's heel or ankle, the heel or ankle support being in the form of a flexible sling which extends between spaced apart arms on the third member and releasably attached thereto. lifting means which can be operated to move the patient's lower leg and foot upwardly from a lower position, the lifting means including a first member adapted to rest on a supporting surface, a second member hinged to said first member and a third member hinged to the second member in a Z-configuration, spaced apart arms (10, 11) being provided on the third member, and pneumatically, hydraulically or electrically operated actuating means (14, 15, 16) for adjusting the angle between the first member and the second member and between the second member and the third member, characterised by a heel or an ankle support adapted to fit beneath the patient's heel or ankle, the heel or ankle support being in the form of a flexible sling which extends between spaced apart arms on the third member and releasably attached thereto.
A two-in-one curtain and roller blind support frame, said frame comprising a curtain whereas a side of said curtain being disposed on a curtain rail, a roller blind shaft with both ends fixed to a pair of frames respectively combined with the roller blind, characterized in that said frame further comprising: a bonding board, including a board member and a binding groove and said curtain rail formed on the board member; said pair of frames, combined with both sides of the board member respectively, and each of the frames having a plurality of first coupling holes, and passing through the first coupling holes and being fixed to a fixed surface through the frame by a plurality of first locking elements; and a plurality of positioning modules, spaced with each other and disposed between the pair of frames, each of the positioning modules comprising a positioning bracket and a locking component, and the positioning bracket having a first end and a second end opposite to each other, and the first end having a first through hole, and the second end having at least one second through hole, and the first end being passed through the first through hole and fixed to the binding groove by the locking component, and the second end being passed through the at least one second through hole and secured to the fixed surface by at least one second locking element. a bonding board, including a board member and a binding groove and said curtain rail formed on the board member; said pair of frames, combined with both sides of the board member respectively, and each of the frames having a plurality of first coupling holes, and passing through the first coupling holes and being fixed to a fixed surface through the frame by a plurality of first locking elements; and a plurality of positioning modules, spaced with each other and disposed between the pair of frames, each of the positioning modules comprising a positioning bracket and a locking component, and the positioning bracket having a first end and a second end opposite to each other, and the first end having a first through hole, and the second end having at least one second through hole, and the first end being passed through the first through hole and fixed to the binding groove by the locking component, and the second end being passed through the at least one second through hole and secured to the fixed surface by at least one second locking element.
A gust compensation system configured to adaptively reduce gust loads exerted into an aircraft, the gust compensation system comprising: a sensor sub-system (110, 120) coupled to the aircraft, wherein the sensor sub-system (110, 120) is configured to output one or more signals; and a gust signal sub-system configured to predict a gust before it is exerted onto or into wings of the aircraft, wherein the gust signal sub-system is configured to receive the one or more signals and generate a gust signal based on analysis of the one or more signals, wherein the gust signal sub-system is configured to output the gust signal to move control surfaces in response to the gust signal prior to the gust being exerted onto or into the wings, wherein the gust signal sub-system is configured to output the gust signal to modify a load parameter signal in response to the gust signal exceeding a load alleviation threshold, wherein the load parameter signal as modified by the gust signal causes control surfaces (104, 106, 108) of the aircraft to change from a normal configuration to a gust load reduction configuration, and wherein the load alleviation threshold comprises a load magnitude that exceeds a load exerted on a wing of the aircraft caused by intentional maneuvering of the aircraft. a sensor sub-system (110, 120) coupled to the aircraft, wherein the sensor sub-system (110, 120) is configured to output one or more signals; and a gust signal sub-system configured to predict a gust before it is exerted onto or into wings of the aircraft, wherein the gust signal sub-system is configured to receive the one or more signals and generate a gust signal based on analysis of the one or more signals, wherein the gust signal sub-system is configured to output the gust signal to move control surfaces in response to the gust signal prior to the gust being exerted onto or into the wings, wherein the gust signal sub-system is configured to output the gust signal to modify a load parameter signal in response to the gust signal exceeding a load alleviation threshold, wherein the load parameter signal as modified by the gust signal causes control surfaces (104, 106, 108) of the aircraft to change from a normal configuration to a gust load reduction configuration, and wherein the load alleviation threshold comprises a load magnitude that exceeds a load exerted on a wing of the aircraft caused by intentional maneuvering of the aircraft.
A data processing apparatus, comprising: a control information generation unit configured to generate control information for controlling a method of using data by a reception side, the data being wirelessly transmitted and received by the reception side; and a data generation unit configured to add the control information to data to generate data-with-control-information, characterized in that the control information is information related to acceptance or prohibition of insertion of data, acceptance or prohibition of discard of data, or acceptance or prohibition of insertion and discard of data on the reception side. a control information generation unit configured to generate control information for controlling a method of using data by a reception side, the data being wirelessly transmitted and received by the reception side; and a data generation unit configured to add the control information to data to generate data-with-control-information, characterized in that the control information is information related to acceptance or prohibition of insertion of data, acceptance or prohibition of discard of data, or acceptance or prohibition of insertion and discard of data on the reception side.
A method, comprising: in a low power and lossy network, LLN, comprising a plurality of computing devices, generating a mixed channel-hopping sequence comprising interleaved first and second channel hopping sequences, the first channel hopping sequence comprising channels of a first power and the second channel hopping sequence comprising channels of a second power greater than the first power, and communicating, by a single device in the network, the mixed-channel hopping sequence to a neighboring device, to enable the neighboring device in the network to use channels of both the first and second powers to communicate with the single device. in a low power and lossy network, LLN, comprising a plurality of computing devices, generating a mixed channel-hopping sequence comprising interleaved first and second channel hopping sequences, the first channel hopping sequence comprising channels of a first power and the second channel hopping sequence comprising channels of a second power greater than the first power, and communicating, by a single device in the network, the mixed-channel hopping sequence to a neighboring device, to enable the neighboring device in the network to use channels of both the first and second powers to communicate with the single device.
A health care urinal for collecting and disposing of urine, comprising: a container made of a moulded pulp material, said container comprising a body and a neck, said body having a container bottom with a concave or planar outer surface defining a first plane for placing said health care urinal in a stable position on a horizontal surface, said body being hollow and defining a compartment for storing said urine, said compartment including a fluid absorbent powder enclosed in a water dissolvable sachet, said body extending continuously into said neck, said neck having an inner surface, and said neck defining a narrowing of said container with respect to said body, said neck ending in a lip defining an opening into said container, characterized in that said opening having a maximum diameter of 6 ± 3 cm, said health care urinal further comprising a lid made of a moulded pulp material for inserting into said opening and closing said container, said lid comprising a lid bottom, a tapered sidewall extending from said lid bottom for extending into said opening and contacting said inner surface, a collar extending from said sidewall opposite to said bottom, a single tongue extending from said collar, said single tongue extending beyond said lip when said lid being located in said opening, said tapered sidewall having a higher degree of flexibility than said lip for providing a press fit between said lid and said container when said lid being located in said opening for withstanding said sachet forcing said lid out of said opening if said container being turned upside down. a container made of a moulded pulp material, said container comprising a body and a neck, said body having a container bottom with a concave or planar outer surface defining a first plane for placing said health care urinal in a stable position on a horizontal surface, said body being hollow and defining a compartment for storing said urine, said compartment including a fluid absorbent powder enclosed in a water dissolvable sachet, said body extending continuously into said neck, said neck having an inner surface, and said neck defining a narrowing of said container with respect to said body, said neck ending in a lip defining an opening into said container, characterized in that said opening having a maximum diameter of 6 ± 3 cm, said health care urinal further comprising a lid made of a moulded pulp material for inserting into said opening and closing said container, said lid comprising a lid bottom, a tapered sidewall extending from said lid bottom for extending into said opening and contacting said inner surface, a collar extending from said sidewall opposite to said bottom, a single tongue extending from said collar, said single tongue extending beyond said lip when said lid being located in said opening, said tapered sidewall having a higher degree of flexibility than said lip for providing a press fit between said lid and said container when said lid being located in said opening for withstanding said sachet forcing said lid out of said opening if said container being turned upside down.