mhurhangee/ep-ind-claims huggingface dataset:
A door assembly configured so as to be simultaneously hinged at the left and at the right, and to permit opening from either the right or left, as well as complete removal of the door assembly from its mounting structure, comprising: (a) a door component that defines first and second guide channels (154,156); (b) a first end cap (102, 104) that Is mountable with respect to a first end of said door component and that defines at least two slots (120, 122) in a back face thereof; (c) a second end cap (102, 104) that is mountable with respect to a second end of said door component and that defines at least two slots (120, 122) in a back face thereof; (d) a pair of latching subassemblies that are rotatably mounted with respect to said first and second guide channels (154, 156), respectively, characterized in that each of said pair of latching subassemblies including an elongated latch member (180,182) rotatably received in a corresponding said guide channel (154,156), a pair of latch elements (184, 186) mounted with respect to said elongated latch member (180, 182), and an accessible handle portion; wherein each of said pair of latch elements (184, 186) defines a slot that may be rotated between (i) a first position wherein the slot of the latch element (184,186) is aligned with the corresponding slot (120,122) of the said back face such that a mounting structure (410, 414) may be received by said slot of the latch element (184, 186) and (ii) a second position wherein the said mounting structure (410, 414) may be captured by said slot of the latch element (184, 186) and said first or second guide channel (154, 156). (a) a door component that defines first and second guide channels (154,156); (b) a first end cap (102, 104) that Is mountable with respect to a first end of said door component and that defines at least two slots (120, 122) in a back face thereof; (c) a second end cap (102, 104) that is mountable with respect to a second end of said door component and that defines at least two slots (120, 122) in a back face thereof; (d) a pair of latching subassemblies that are rotatably mounted with respect to said first and second guide channels (154, 156), respectively, characterized in that each of said pair of latching subassemblies including an elongated latch member (180,182) rotatably received in a corresponding said guide channel (154,156), a pair of latch elements (184, 186) mounted with respect to said elongated latch member (180, 182), and an accessible handle portion; latching subassemblies including an elongated latch member (180,182) rotatably received in a corresponding said guide channel (154,156), a pair of latch elements (184, 186) mounted with respect to said elongated latch member (180, 182), and an accessible handle portion;
A kitchen appliance, suitable for being wirelessly operated on an induction heating cooker with the power generated by an induction coil, comprising a microcontroller, one or more than one electronic circuits that provide communication and/or control means to be controlled by the microcontroller, a power control circuitry that supplies the microcontroller and the electronic circuits with low level DC voltage, a rectifier that is disposed in the power control circuitry and that converts the AC voltage to DC voltage and a buffer capacitor which filters the DC voltage at the rectifier outlet, characterized in that it further comprises more than one receiver coil (7, 107) that partially collects and provides transfer of the power generated by the induction coil to the power control circuitry and a switching means that is controlled by the microcontroller and that provides the power control circuitry to supply the microcontroller and the electronic circuits with constant and uninterrupted voltage by activating or deactivating said one or more than one receiver coil (7, 107).
A method for preparing a compound of Formula 1, comprising the steps of: a. allowing a compound of Formula 3 or a salt thereof to react with a chlorinating agent to obtain a compound of Formula 2 or a salt thereof; and b. allowing the compound of Formula 2 or the salt thereof to react with a compound of Formula 8 or a salt thereof and a base: a. allowing a compound of Formula 3 or a salt thereof to react with a chlorinating agent to obtain a compound of Formula 2 or a salt thereof; and b. allowing the compound of Formula 2 or the salt thereof to react with a compound of Formula 8 or a salt thereof and a base:
An X-ray apparatus, comprising: a radiation shielding substrate having a first side and an opposite second side; a wraparound electrical circuit wrapped around the substrate; an X-ray sensor assembly adapted to generate sensor signals indicative of X-rays impinged thereon, the sensor assembly being connected to the wraparound electrical circuit and positioned adjacent to the first side of the substrate; and a sensor signal processing assembly connected to the wraparound electrical circuit and positioned adjacent to the second side of the substrate, wherein the wraparound electrical circuit comprises a plurality of circuit traces, wherein each of the plurality of circuit traces has a length no longer than about 100 mm, and wherein the distance between the first and second surfaces of the substrate is between about 0.5 mm and 2 mm. a radiation shielding substrate having a first side and an opposite second side; a wraparound electrical circuit wrapped around the substrate; an X-ray sensor assembly adapted to generate sensor signals indicative of X-rays impinged thereon, the sensor assembly being connected to the wraparound electrical circuit and positioned adjacent to the first side of the substrate; and a sensor signal processing assembly connected to the wraparound electrical circuit and positioned adjacent to the second side of the substrate, wherein the wraparound electrical circuit comprises a plurality of circuit traces, wherein each of the plurality of circuit traces has a length no longer than about 100 mm, and wherein the distance between the first and second surfaces of the substrate is between about 0.5 mm and 2 mm.
A bending tool comprising a groove and a protective tool, said protective tool being disposed at the top on the bending tool, so that the workpiece, which is to be bent, is pressed down against the protective tool and the groove of the bending tool, where the protective tool is made in two parts, each of which parts is suitable to engage with a lateral face and an upper side of the bending tool, characterized in that each part is shaped as a right-angled profile member comprising an upper member which is suitable to extend across the groove of the bending tool completely or partly, as well as a lateral member, where the protective tool is suitable to follow the workpiece down into the groove of the bending tool.
An over-voltage protection circuit for mobile devices comprising: - at least one connector comprising an electrical contact for connecting an external device, and at least two internal contacts to a circuitry, - an electrically operated switch connected between said electrical contact of said connector and one of said two internal contacts to said circuitry, - a control element for operating said switch, - a first voltage determining unit configured to determine a voltage at a point between said electrical contact of said connector and said electrically operated switch, and the first voltage determining unit is connected to said control element, wherein - said control element is configured to open or close said switch based on said determined voltage, - a switch matrix interconnected between the electrical contact of said connector and at least two of said internal contacts to said circuitry, to reallocate the connections between the electrical contact of said connector and said at least two internal contacts to said circuitry. - at least one connector comprising an electrical contact for connecting an external device, and at least two internal contacts to a circuitry, - an electrically operated switch connected between said electrical contact of said connector and one of said two internal contacts to said circuitry, - a control element for operating said switch, - a first voltage determining unit configured to determine a voltage at a point between said electrical contact of said connector and said electrically operated switch, and the first voltage determining unit is connected to said control element, wherein - said control element is configured to open or close said switch based on said determined voltage, - a switch matrix interconnected between the electrical contact of said connector and at least two of said internal contacts to said circuitry, to reallocate the connections between the electrical contact of said connector and said at least two internal contacts to said circuitry.
A method for stunning poultry in a slaughterhouse by supplying a stunning gas into a closed chamber through which the poultry is advanced between an inlet and an outlet, wherein the concentration of said stunning gas is minimum at the inlet and maximum before the outlet of said chamber, wherein the poultry is advanced through a plurality of successive ambients (6a-6g) of said chamber in the first ones of which the concentration of the stunning gas progressively increases from each chamber to the successive chamber, characterized in that said increase happens initially with a minimum increase rate and thereafter with a higher increase rate up to the maximum concentration.
An apparatus for decoding a hierarchical audio bitstream, comprising - demultiplexer for demultiplexing the hierarchical audio bitstream, wherein at least a 1 st layer bitstream comprising an embedded surround sound bitstream in channel-based coding and a 2 nd layer bitstream in HOA format are obtained, and wherein the 2 nd layer bitstream comprises first and second side information and encoded residual signals, - surround sound decoder for decoding the embedded surround sound bitstream to obtain a decoded surround sound bitstream, and - hierarchical HOA decoder for decoding the 2 nd layer bitstream, wherein the hierarchical HOA decoder comprises - a conditional HOA decoder for extracting first side information, second side information and decoded residual signals from the 2 nd layer HOA bitstream, - a prediction unit for predicting sound components using the decoded surround sound bitstream and the first side information, the first side information comprising prediction block parameters, the predicted sound components being intermediate monaural audio signals resulting from a sound field analysis that identifies and extracts dominant sound sources, - a superposition unit for superposing the predicted sound components with the decoded residual signals to obtain reconstructed sound components, and - a HOA content recomposition unit for recomposing the reconstructed sound components and the second side information to HOA format, wherein reconstructed HOA content is obtained. - demultiplexer for demultiplexing the hierarchical audio bitstream, wherein at least a 1 st layer bitstream comprising an embedded surround sound bitstream in channel-based coding and a 2 nd layer bitstream in HOA format are obtained, and wherein the 2 nd layer bitstream comprises first and second side information and encoded residual signals, - surround sound decoder for decoding the embedded surround sound bitstream to obtain a decoded surround sound bitstream, and - hierarchical HOA decoder for decoding the 2 nd layer bitstream, wherein the hierarchical HOA decoder comprises - a conditional HOA decoder for extracting first side information, second side information and decoded residual signals from the 2 nd layer HOA bitstream, - a prediction unit for predicting sound components using the decoded surround sound bitstream and the first side information, the first side information comprising prediction block parameters, the predicted sound components being intermediate monaural audio signals resulting from a sound field analysis that identifies and extracts dominant sound sources, - a superposition unit for superposing the predicted sound components with the decoded residual signals to obtain reconstructed sound components, and - a HOA content recomposition unit for recomposing the reconstructed sound components and the second side information to HOA format, wherein reconstructed HOA content is obtained.
A non-aqueous electrolyte secondary battery comprising: a positive electrode comprising a positive electrode current collector and a positive electrode material mixture layer formed thereon; a negative electrode comprising a negative electrode current collector and a negative electrode material mixture layer formed thereon; and a non-aqueous electrolyte, wherein at least one of said positive and negative electrodes has a positive temperature coefficient of resistance; said non-aqueous electrolyte contains an additive which is stable at the normal operating voltage range of said battery and is able to polymerize at the voltage exceeding the maximum value of said operating voltage range; and the resistivity at 120°C of at least one of said positive and negative electrodes is 10 7 Ω·cm or more; wherein a resistance layer having a positive temperature coefficient of resistance is formed on the surface of at least one of said positive electrode current collector and said negative electrode current collector. at least one of said positive and negative electrodes has a positive temperature coefficient of resistance; said non-aqueous electrolyte contains an additive which is stable at the normal operating voltage range of said battery and is able to polymerize at the voltage exceeding the maximum value of said operating voltage range; and the resistivity at 120°C of at least one of said positive and negative electrodes is 10 7 Ω·cm or more;
A pharmaceutical formulation comprising, a) a pharmaceutically effective amount of Compound A having the structure or a tautomer thereof, or a pharmaceutically acceptable salt thereof; b) a bulking agent or combination of bulking agents; c) a solubilizing agent selected from: aspartic acid, acetic acid, glutamic acid, methane sulfonic acid, lactic acid, and glucuronic acid, and optionally d) water. a) a pharmaceutically effective amount of Compound A having the structure or a tautomer thereof, or a pharmaceutically acceptable salt thereof; or a tautomer thereof, or a pharmaceutically acceptable salt thereof; b) a bulking agent or combination of bulking agents; c) a solubilizing agent selected from: aspartic acid, acetic acid, glutamic acid, methane sulfonic acid, lactic acid, and glucuronic acid, and optionally d) water.
Ride, having at least one vertical supporting arm, which carries a horizontal main shaft, on which at least one rotating carrier beam is suspended close to the centre of gravity and substantially centrally, wherein a gondola carrier beam is suspended on a horizontal rotating supporting shaft on at least a first of two rotating carrier beam ends, close to the centre of gravity and substantially centrally, and a gondola being suspended on a vertical gondola carrier shaft, on at least a first of two gondola carrier beam ends, close to the centre of gravity with the centre of gravity located slightly lower, wherein during operation the gondola is movable from an entry position into a dynamically variable operating position, in which the gondola, gondola carrier beam and rotating carrier beam are variably rotatable individually or jointly about their suspension, wherein the gondola has individual rows of seats pointing outward symmetrically with respect to the suspension, in which retainers holding each user in his seat during operation are arranged fixedly, and the gondola is movable on a first circular path, a second, superimposed, circular path and a rotation, wherein all three possible movements are designed to be aligned mechanically in parallel and provide a movement path of the gondola that is arranged in one surface.
A simulated tissue structure for surgical training comprising an appendectomy model having: a simulated large intestine having a tubular structure defining a central lumen extending along a longitudinal axis between a proximal end and a distal end; a simulated appendix connected to the distal end of the simulated large intestine; a simulated teniae coli connected to and extending longitudinally along the simulated large intestine; at least one simulated artery having a middle portion between a proximal end and a distal end; the at least one simulated artery being connected to the simulated appendix; characterized in that the simulated tissue structure further comprises a pocket (28, 20) substantially enclosing the simulated appendix, wherein the pocket includes a lower layer of silicone attached to a bottom of the simulated large intestine and an upper layer of silicone attached to a lower edge of the lower layer of silicone and to the simulated large intestine so as to contain the simulated appendix, part of the simulated large intestine and the at least one simulated artery. a simulated large intestine having a tubular structure defining a central lumen extending along a longitudinal axis between a proximal end and a distal end; a simulated appendix connected to the distal end of the simulated large intestine; a simulated teniae coli connected to and extending longitudinally along the simulated large intestine; at least one simulated artery having a middle portion between a proximal end and a distal end; the at least one simulated artery being connected to the simulated appendix; characterized in that the simulated tissue structure further comprises a pocket (28, 20) substantially enclosing the simulated appendix, wherein the pocket includes a lower layer of silicone attached to a bottom of the simulated large intestine and an upper layer of silicone attached to a lower edge of the lower layer of silicone and to the simulated large intestine so as to contain the simulated appendix, part of the simulated large intestine and the at least one simulated artery.
Hybrid structure for a surface acoustic wave device, comprising a useful layer made of piezoelectric material having a free first face and a second face arranged on a support substrate of which the coefficient of thermal expansion is lower than that of the useful layer, the hybrid structure being characterized in that it comprises: • a trapping layer inserted between the useful layer and the support substrate; • at least one functional interface of a determined roughness having a peak-to-valley amplitude greater than 0.3 μm between the useful layer and the trapping layer. • a trapping layer inserted between the useful layer and the support substrate; • at least one functional interface of a determined roughness having a peak-to-valley amplitude greater than 0.3 μm between the useful layer and the trapping layer.
A system, comprising: at least one processor and a memory; and a compiler, executing on the at least one processor, that: generates a ranked order of one or more global variables in a program based on usage of the one or more global variables in the program; forms a group of select ones of the one or more global variables that are used within a same function (304, 310, 318, 326) of a program; selects a base global variable from the group, wherein the base global variable has a highest rank in the ranked order; and generates a first instruction to load a base address of a memory page of the base global variable, a second instruction to add a first offset to the base address to generate an address of the base global variable, and a third instruction to add a second offset to the address of the base global variable to generate an address of a second global variable within the same function of the program, wherein the second offset is based on a distance of the second global variable from the base global variable in the ranked order of global variables. at least one processor and a memory; and a compiler, executing on the at least one processor, that: generates a ranked order of one or more global variables in a program based on usage of the one or more global variables in the program; forms a group of select ones of the one or more global variables that are used within a same function (304, 310, 318, 326) of a program; selects a base global variable from the group, wherein the base global variable has a highest rank in the ranked order; and generates a first instruction to load a base address of a memory page of the base global variable, a second instruction to add a first offset to the base address to generate an address of the base global variable, and a third instruction to add a second offset to the address of the base global variable to generate an address of a second global variable within the same function of the program, wherein the second offset is based on a distance of the second global variable from the base global variable in the ranked order of global variables. generates a ranked order of one or more global variables in a program based on usage of the one or more global variables in the program; forms a group of select ones of the one or more global variables that are used within a same function (304, 310, 318, 326) of a program; selects a base global variable from the group, wherein the base global variable has a highest rank in the ranked order; and generates a first instruction to load a base address of a memory page of the base global variable, a second instruction to add a first offset to the base address to generate an address of the base global variable, and a third instruction to add a second offset to the address of the base global variable to generate an address of a second global variable within the same function of the program, wherein the second offset is based on a distance of the second global variable from the base global variable in the ranked order of global variables.
A method of maintaining secure time in a computing device in which one or more processors implements a Rich Execution Environment, and a separate Trusted Execution Environment, the method comprising: maintaining in the TEE, a real-time clock that provides a RTC time to the REE; storing a RTC offset in non-volatile memory, the RTC offset indicating a difference between the RTC time and a protected reference time; responsive to a request from the REE to read the RTC time, returning a current RTC time to the REE; and responsive to a request from the REE to adjust the RTC time, adjusting the RTC time and the corresponding RTC offset by a same amount, such that the PR time is not altered by the RTC adjustment. maintaining in the TEE, a real-time clock that provides a RTC time to the REE; storing a RTC offset in non-volatile memory, the RTC offset indicating a difference between the RTC time and a protected reference time; responsive to a request from the REE to read the RTC time, returning a current RTC time to the REE; and responsive to a request from the REE to adjust the RTC time, adjusting the RTC time and the corresponding RTC offset by a same amount, such that the PR time is not altered by the RTC adjustment.