mhurhangee/ep-ind-claims huggingface dataset:
A compound of Formula wherein D 1 and D 2 are each independently N or CH; R 1 is H, or (C 1 -C 2)alkyl optionally substituted with one or two substituents each independently selected from fluoro and (C 3 -C 6)cycloalkyl; R 2 is H or fluoro; R 3 is, R 4 is H, cyano, or (C 1 -C 4)alkyl optionally substituted with one or two substituents each independently selected from -OH and -S 2 R 6; R 5 is H or -OH; and R 6 is (C 1 -C 4)alkyl; or a pharmaceutically acceptable salt thereof. D 1 and D 2 are each independently N or CH; R 1 is H, or (C 1 -C 2)alkyl optionally substituted with one or two substituents each independently selected from fluoro and (C 3 -C 6)cycloalkyl; R 2 is H or fluoro; R 3 is, R 4 is H, cyano, or (C 1 -C 4)alkyl optionally substituted with one or two substituents each independently selected from -OH and -S 2 R 6; R 5 is H or -OH; and R 6 is (C 1 -C 4)alkyl; or a pharmaceutically acceptable salt thereof.
A lighting device having wireless resonant coupling, the lighting device comprising: a wireless power transmitter unit including a first coil configured to wirelessly transmit a power waveform; a light module comprising a light source and a second coil located at a distance from the first coil and configured to receive the power waveform, the light module configured to provide a light, wherein the wireless power transmitter unit is configured to provide power to the light module wirelessly by transmitting a power waveform to the light module, characterized in that an amplitude of a fundamental frequency component of the power waveform equals an amplitude of a third harmonic frequency component of the power waveform to minimize differences in the power waveform delivered to the light source at different values of the distance. a wireless power transmitter unit including a first coil configured to wirelessly transmit a power waveform; a light module comprising a light source and a second coil located at a distance from the first coil and configured to receive the power waveform, the light module configured to provide a light, wherein the wireless power transmitter unit is configured to provide power to the light module wirelessly by transmitting a power waveform to the light module, characterized in that an amplitude of a fundamental frequency component of the power waveform equals an amplitude of a third harmonic frequency component of the power waveform to minimize differences in the power waveform delivered to the light source at different values of the distance.
A composition comprising at least one polymer having the structure A - B - A', wherein A and A' may be the same or different and each is a degradable polyester component and wherein B results from a diol containing a pendant oligomeric or polymeric group.
A moving body including an electrical component, the moving body comprising: a base frame comprising caster portions runnable on a floor surface, wherein a front side of the base frame is narrower than a rear side of the base frame along a front-rear direction and the rear side is openable, so that another such moving body is insertable therein from the rear side; and a battery case that accommodates a battery supplying power to the electrical component and includes an opening and closing lid opening rearward; characterized in that the moving body further comprises a restricting member positioned inside the base frame and restricting a position of the other moving body inserted from the rear side to a position where the opening and closing lid can open at least to an angle at which the battery in the battery case is replaceable without moving the other moving body. a base frame comprising caster portions runnable on a floor surface, wherein a front side of the base frame is narrower than a rear side of the base frame along a front-rear direction and the rear side is openable, so that another such moving body is insertable therein from the rear side; and a battery case that accommodates a battery supplying power to the electrical component and includes an opening and closing lid opening rearward; characterized in that the moving body further comprises a restricting member positioned inside the base frame and restricting a position of the other moving body inserted from the rear side to a position where the opening and closing lid can open at least to an angle at which the battery in the battery case is replaceable without moving the other moving body.
A battery comprising: a thermally conductive housing; a first battery cell enclosed within the thermally conductive housing; and a laminated element enclosed within the thermally conductive housing, the laminated element in contact with the first battery cell and the thermally conductive housing, the laminated element comprising one or more heat conducting layers and one or more intumescent layers, the laminated element configured: to conduct heat generated by the first battery cell from the first battery cell to the thermally conductive housing during normal operational conditions of the first battery cell, and to have, with the first battery cell in a thermal runaway condition, a non-heat conducting configuration. a thermally conductive housing; a first battery cell enclosed within the thermally conductive housing; and a laminated element enclosed within the thermally conductive housing, the laminated element in contact with the first battery cell and the thermally conductive housing, the laminated element comprising one or more heat conducting layers and one or more intumescent layers, the laminated element configured: to conduct heat generated by the first battery cell from the first battery cell to the thermally conductive housing during normal operational conditions of the first battery cell, and to have, with the first battery cell in a thermal runaway condition, a non-heat conducting configuration. to conduct heat generated by the first battery cell from the first battery cell to the thermally conductive housing during normal operational conditions of the first battery cell, and to have, with the first battery cell in a thermal runaway condition, a non-heat conducting configuration.
A refrigeration/air-conditioning apparatus equipped with a liquid bypass circuit provided with an electromagnetic valve, between a high-pressure liquid line in a refrigeration cycle and a suction line running to a compressor, the refrigeration/air-conditioning apparatus comprising: a control means configured to open the electromagnetic valve when a detected temperature in a discharge temperature sensor provided in a discharge line from the compressor exceeds a first set temperature and to close the electromagnetic valve when the detected temperature falls below a second set temperature, and configured to vary the second set temperature at which the electromagnetic valve is closed depending on the time since the last time the electromagnetic valve was opened or closed.
A process for producing a semiconductor configuration, which comprises the following steps: providing a semiconductor substrate; providing a buffer oxide layer, wherein the buffer oxide layer is produced as a doped oxide with a first etching rate on the semiconductor substrate; providing a hard mask on the buffer oxide layer, etching an STI trench by using the hard mask; providing a liner oxide layer in the STI trench, wherein the liner oxide layer is produced as thermal oxide with a second etching rate; removing the hard mask to expose the buffer oxide layer; removing the buffer oxide layer in an etching process, wherein the second etching rate of the liner oxide layer is lower than the first etching rate of the buffer oxide layer and the buffer oxide layer is etched more rapidly than the liner oxide layer in the etching process for the removal of the buffer oxide layer with the liner oxide layer being exposed, thereby leaving a rest of the liner oxide layer at the edge of the STI trench; and providing a gate oxide layer on the semiconductor substrate. providing a semiconductor substrate; providing a buffer oxide layer, wherein the buffer oxide layer is produced as a doped oxide with a first etching rate on the semiconductor substrate; providing a hard mask on the buffer oxide layer, etching an STI trench by using the hard mask; providing a liner oxide layer in the STI trench, wherein the liner oxide layer is produced as thermal oxide with a second etching rate; removing the hard mask to expose the buffer oxide layer; removing the buffer oxide layer in an etching process, wherein the second etching rate of the liner oxide layer is lower than the first etching rate of the buffer oxide layer and the buffer oxide layer is etched more rapidly than the liner oxide layer in the etching process for the removal of the buffer oxide layer with the liner oxide layer being exposed, thereby leaving a rest of the liner oxide layer at the edge of the STI trench; and providing a gate oxide layer on the semiconductor substrate.
A liquid absorber comprising: a liquid absorption member that is configured to absorb liquid, the liquid absorption member including materials that include a fiber and a liquid-absorbent resin; and a case in which the liquid absorption member is stored, the case having an opening portion, wherein the materials of the liquid absorption member are bonded together in at least a portion of a surface of the liquid absorption member, the surface being a surface adjacent to the opening portion and characterised in that the at least a portion of the surface includes a water-soluble resin. a liquid absorption member that is configured to absorb liquid, the liquid absorption member including materials that include a fiber and a liquid-absorbent resin; and a case in which the liquid absorption member is stored, the case having an opening portion, wherein the materials of the liquid absorption member are bonded together in at least a portion of a surface of the liquid absorption member, the surface being a surface adjacent to the opening portion and characterised in that the at least a portion of the surface includes a water-soluble resin.
A vehicle steering control device (3,3a) in a steering mechanism in which a steering wheel and a rack-and-pinion that steers and drives a drive wheel are connected via a differential mechanism and a speed reduction mechanism is provided in a rack of the rack-and-pinion, the vehicle steering control device (3,3a) comprising: a pinion shaft provided on a side of the rack-and-pinion of the differential mechanism; a steering shaft provided on a side of the steering wheel of the differential mechanism; a first angle sensor that is provided on the pinion shaft and detects a pinion angle which is a mechanical angle of the pinion shaft; a second angle sensor that is provided on the steering shaft and detects a steering angle which is a mechanical angle of the steering shaft; a first controller that controls the speed reduction mechanism; and a second controller (34,34a) that controls the differential mechanism, characterized in that a first steering assist mode of assisting steering of a driver and a second steering assist mode of performing steering independently from the steering of the driver are provided as operation modes of the first controller and the second controller (34,34a), and the second controller (34,34a) controls the differential mechanism in the second steering assist mode such that a first ratio is set such that displacement of the steering angle is smaller than displacement of the pinion angle and a ratio of the pinion angle relative to the steering angle becomes the first ratio. a pinion shaft provided on a side of the rack-and-pinion of the differential mechanism; a steering shaft provided on a side of the steering wheel of the differential mechanism; a first angle sensor that is provided on the pinion shaft and detects a pinion angle which is a mechanical angle of the pinion shaft; a second angle sensor that is provided on the steering shaft and detects a steering angle which is a mechanical angle of the steering shaft; a first controller that controls the speed reduction mechanism; and a second controller (34,34a) that controls the differential mechanism, characterized in that a first steering assist mode of assisting steering of a driver and a second steering assist mode of performing steering independently from the steering of the driver are provided as operation modes of the first controller and the second controller (34,34a), and the second controller (34,34a) controls the differential mechanism in the second steering assist mode such that a first ratio is set such that displacement of the steering angle is smaller than displacement of the pinion angle and a ratio of the pinion angle relative to the steering angle becomes the first ratio.
A levitating disk, comprising; a disk-shaped housing having a central axis; a series of lights connected to the housing; a circuit board 304) attached within the housing and electrically connected to the lights; and a power source electrically connected to the circuit board to power the lights, whereby the disk-shaped housing is such that a user can attach a micro-thread to the disk-shaped housing and spin the disk-shaped housing about the central axis to cause the lights to illuminate and cause the disk to appear as if it is levitating; charaterized in that the circuit board includes a central portion and three arms that each projects from the central portion to an arm end and in that the power source includes three batteries, wherein each arm end includes one of said batteries attached thereto, thereby causing the levitating disk to be substantially equally weighted about the central axis.
A method of masking the sour taste of a consumable comprising the step of adding an olfactory effective amount of (1S,3R,4R,5R)-3-[[3-(3,4-dihydroxyphenyl)-1-oxo-2-propen-1-yl]oxy]-1,4,5-trihydroxy-cyclohexanecarboxylic acid.
A sensor device comprising: a housing (30, 32, 42) shaped to enclose a sensing component; and a non-opaque coating for mitigating adhesion of hot welding slag to the housing, the coating applied to at least a portion of an exterior surface of housing, the coating comprising: a first layer; a second layer that overlays the first layer; and wherein the first layer has a higher hardness than the second layer and the second layer has a lower surface energy than the first layer. a housing (30, 32, 42) shaped to enclose a sensing component; and a non-opaque coating for mitigating adhesion of hot welding slag to the housing, the coating applied to at least a portion of an exterior surface of housing, the coating comprising: a first layer; a second layer that overlays the first layer; and wherein the first layer has a higher hardness than the second layer and the second layer has a lower surface energy than the first layer. a first layer; a second layer that overlays the first layer; and wherein the first layer has a higher hardness than the second layer and the second layer has a lower surface energy than the first layer.
A method for facilitating a transfer of a first communication device involved in a first communication session to a different communication session, the method comprising: receiving a first message comprising a unique identifier inserted into at least one portion of the first message, the at least one portion comprising at least one of a header and a parameter of the first message, the first message having traversed at least one Back-to-Back UA, B2BUA, wherein the unique identifier comprises a Globally Routable UA URI, GRUU, that identifies the first communication device involved in the first communication session and an Address of Record, AOR, for a user of the first communication device; extracting the unique identifier from the at least one portion of the first message; and inserting the extracted unique identifier into a Contact Uniform Resource Identifier, URI, of the first message and sending the first message with the inserted unique identifier in the Contact Uniform Resource Identifier to a user relation element, wherein the unique identifier in the Contact Uniform Resource Identifier of the first message is used by the user relation element to transfer the first communication device involved in the first communication session to a second communication device in the different communication session using the unique identifier. receiving a first message comprising a unique identifier inserted into at least one portion of the first message, the at least one portion comprising at least one of a header and a parameter of the first message, the first message having traversed at least one Back-to-Back UA, B2BUA, wherein the unique identifier comprises a Globally Routable UA URI, GRUU, that identifies the first communication device involved in the first communication session and an Address of Record, AOR, for a user of the first communication device; extracting the unique identifier from the at least one portion of the first message; and inserting the extracted unique identifier into a Contact Uniform Resource Identifier, URI, of the first message and sending the first message with the inserted unique identifier in the Contact Uniform Resource Identifier to a user relation element, wherein the unique identifier in the Contact Uniform Resource Identifier of the first message is used by the user relation element to transfer the first communication device involved in the first communication session to a second communication device in the different communication session using the unique identifier.
A method of continuous annealing of a steel sheet comprising providing a heating zone, a soaking zone and a cooling zone, and arranging two or more induction heating devices (21a, 21b) in series in a front half portion of the heating zone; characterised in that a heating rate is adjusted in a temperature zone where the steel sheet is 250°C to 600°C between the two or more induction heating devices (21a, 21b), wherein the heating of the steel sheet is stopped for 1-10 seconds in the said temperature zone, or wherein the steel sheet is slowly heated at a heating rate of more than 0°C/s but not more than 10°C/s for 1-10 seconds in the said temperature zone.
A composition for use in treating or preventing a burn injury, wherein the treatment or prevention comprises increasing the ATP synthesis rate in a tissue of a mammal suffering from a burn injury, the composition comprising a peptide having the formula D-Arg-2'6'-dimethyltyrosine-Lys-Phe-NH 2, or a pharmaceutically acceptable salt thereof, wherein following administration of the composition, the ATP synthesis rate in the mammalian tissue is increased compared to a control tissue from a mammalian subject not administered the peptide.
A cooking hob with one or more heating systems, wherein: - the cooking hob includes at least one upper part with a glass-ceramic panel provided for supporting cookware and/or food stuff, - the cooking hob includes at least one lower part provided for containing at least one heating element inside said lower part, - the at least one lower part is arranged below the at least one upper part, - the cooking hob includes at least one housing provided for containing at least one control unit, at least one display and/or control elements, - the at least one housing is arranged at the side of or adjacent to the at least one lower part and below the at least one upper part, and - the at least one housing is attached at a side wall of the at least one lower part, characterized in, that the at least one housing is formed as a single-piece part, made of plastics and attached by at least one hook at the side wall of the at least one lower part, wherein the side wall of the at least one lower part includes at least one recess for inserting top down the at least one hook of the housing, and wherein the at least one upper part includes frame elements formed as L-shaped profile fixing parts and glued to the lower side of the glass-ceramic panel for fixing the at least one lower part, and wherein the frame elements form a rectangle at the bottom side of the glass-ceramic panel, and wherein the horizontal circumference of the frame formed by the frame elements is marginally bigger than the horizontal circumference of the lower part and the attached housing, and wherein further hooks are arranged at an outer side of an outer side wall of the housing, said further hooks are connected or connectable to the corresponding frame element, and wherein the further hooks and the corresponding frame element form a snap-in mechanism. - the cooking hob includes at least one upper part with a glass-ceramic panel provided for supporting cookware and/or food stuff, - the cooking hob includes at least one lower part provided for containing at least one heating element inside said lower part, - the at least one lower part is arranged below the at least one upper part, - the cooking hob includes at least one housing provided for containing at least one control unit, at least one display and/or control elements, - the at least one housing is arranged at the side of or adjacent to the at least one lower part and below the at least one upper part, and - the at least one housing is attached at a side wall of the at least one lower part,
Electrical equipment comprising: - a housing which is to be mounted on a rail; - a control and/or command module including a printed circuit board, characterised in that, in the mounted configuration of the electrical equipment on the rail, at least one ground terminal of the printed circuit board is permanently electrically connected to the rail by resilient mechanical abutment and direct electrical contact with a connection element, which is itself in resilient mechanical abutment on and in direct electrical contact with the rail or with a member for resiliently locking the housing on the rail, and in that the connection element is a semi-rigid conductive clip constituted by a metal wire which is shaped to electrically connect the ground terminal and the rail. - a housing which is to be mounted on a rail; - a control and/or command module including a printed circuit board,