mhurhangee/ep-ind-claims huggingface dataset:
A radio frequency system (100; 500, 500') comprising multiple nodes (10, 27, 28, 29, 30) for performing radio frequency based sensing, wherein at least two of the multiple nodes (10,..., 30) are included in a dense node arrangement, wherein the dense node arrangement comprises a multi-node device and/or a group of densely packed nodes; and wherein the radio frequency system (100; 500, 500') is configured: - for forming a first group of nodes (10,..., 30) including at least one node of the dense node arrangement, - for forming a second group of nodes (10,..., 30) including the at least one node of the first group and at least one additional node of the dense node arrangement, - for performing radio frequency based sensing by the first group in a first sensing area for detecting a first sensing event indicating a presence of an object in the first sensing area, and wherein if the first sensing event is detected, the radio frequency system (100; 500, 500') is further configured: - for performing radio frequency based sensing by the second group in a second sensing area at least partially overlapping with the first sensing area for recognizing a second sensing event indicating an activity of the object. wherein at least two of the multiple nodes (10,..., 30) are included in a dense node arrangement, wherein the dense node arrangement comprises a multi-node device and/or a group of densely packed nodes; and wherein the radio frequency system (100; 500, 500') is configured: - for forming a first group of nodes (10,..., 30) including at least one node of the dense node arrangement, - for forming a second group of nodes (10,..., 30) including the at least one node of the first group and at least one additional node of the dense node arrangement, - for performing radio frequency based sensing by the first group in a first sensing area for detecting a first sensing event indicating a presence of an object in the first sensing area, and wherein if the first sensing event is detected, the radio frequency system (100; 500, 500') is further configured: - for performing radio frequency based sensing by the second group in a second sensing area at least partially overlapping with the first sensing area for recognizing a second sensing event indicating an activity of the object. - for forming a first group of nodes (10,..., 30) including at least one node of the dense node arrangement, - for forming a second group of nodes (10,..., 30) including the at least one node of the first group and at least one additional node of the dense node arrangement, - for performing radio frequency based sensing by the first group in a first sensing area for detecting a first sensing event indicating a presence of an object in the first sensing area, and wherein if the first sensing event is detected, the radio frequency system (100; 500, 500') is further configured: - for performing radio frequency based sensing by the second group in a second sensing area at least partially overlapping with the first sensing area for recognizing a second sensing event indicating an activity of the object.
A video decoding method for motion compensation performed under an inter-frame prediction, the method comprising computer executable steps executed by a processor of a video decoder to implement: retrieving reference samples from a reference picture memory, wherein the reference samples are represented with a first bit depth; applying (604, 606) a first fractional sample interpolation based on the reference samples in a first direction to generate a first set of fractional samples, wherein the first fractional sample interpolation comprises converting the reference samples from the first bit depth to a second bit depth; and applying a second fractional sample interpolation on the first set of fractional samples in a second direction to generate a second set of fractional samples, wherein the fractional samples of the first set of fractional samples are represented with the second bit depth which is independent of the first bit depth of the reference samples, wherein the fractional samples of the second set of fractional samples are represented with the second bit depth, wherein the second bit depth is set equal to a number of bits available to represent the fractional samples, wherein a bidirectional prediction sample is generated by averaging two second sets of fractional samples generated by the second fractional sample interpolation, the two second sets being different from each other, wherein a value of the bidirectional prediction sample is clipped so as to be represented with the first bit depth of the reference samples. retrieving reference samples from a reference picture memory, wherein the reference samples are represented with a first bit depth; applying (604, 606) a first fractional sample interpolation based on the reference samples in a first direction to generate a first set of fractional samples, wherein the first fractional sample interpolation comprises converting the reference samples from the first bit depth to a second bit depth; and applying a second fractional sample interpolation on the first set of fractional samples in a second direction to generate a second set of fractional samples, wherein the fractional samples of the first set of fractional samples are represented with the second bit depth which is independent of the first bit depth of the reference samples, wherein the fractional samples of the second set of fractional samples are represented with the second bit depth, wherein the second bit depth is set equal to a number of bits available to represent the fractional samples, wherein a bidirectional prediction sample is generated by averaging two second sets of fractional samples generated by the second fractional sample interpolation, the two second sets being different from each other, wherein a value of the bidirectional prediction sample is clipped so as to be represented with the first bit depth of the reference samples.
An ink jet textile printing apparatus comprising: a head adapted to discharge ink in a liquid droplet state through nozzles; a head moving portion adapted to move the head; a fabric transporting portion which includes a transporting belt for transporting a fabric; and a fan adapted to generate an air flow, wherein the apparatus is adapted to adjust the number of revolutions per minute of the fan in accordance with the position of the head. a head adapted to discharge ink in a liquid droplet state through nozzles; a head moving portion adapted to move the head; a fabric transporting portion which includes a transporting belt for transporting a fabric; and a fan adapted to generate an air flow, wherein the apparatus is adapted to adjust the number of revolutions per minute of the fan in accordance with the position of the head.
An aerosol generation system comprising: a controller for an inhalation device, the controller including a first power supply, a first connector, a first processor configured to perform energization control of a heater which is used to heat an aerosol source, and a charging circuit configured to control a charging of the first power supply, and a power supply device including a second power supply, a second connector which is connected to the first connector at the time of charging of the first power supply, and a second processor configured to perform control of power supply from the second power supply to the controller via the second connector, characterized in that a first voltage applied to a power supply terminal of the first processor is higher than a second voltage applied to a power supply terminal of the second processor. a controller for an inhalation device, the controller including a first power supply, a first connector, a first processor configured to perform energization control of a heater which is used to heat an aerosol source, and a charging circuit configured to control a charging of the first power supply, and a power supply device including a second power supply, a second connector which is connected to the first connector at the time of charging of the first power supply, and a second processor configured to perform control of power supply from the second power supply to the controller via the second connector, characterized in that a first voltage applied to a power supply terminal of the first processor is higher than a second voltage applied to a power supply terminal of the second processor.
An isolated form of isomyosmine or a pharmaceutically acceptable salt thereof for use in the treatment of hair loss associated with androgenetic alopecia; anagen effluvium; telogen effluvium; alopecia greata; scarring alopecia; loose anagen syndrome; tinia capitis; ichthyosiform erythroderma; menopause; postpartum; autoimmune disorders; infection; allergic reaction; anorexia; or traction alopecia.
A load bearing construction pile assembly comprising a pile, a support manifold located at an upper end of the pile, the manifold being arranged, in use, to provide support for a structure as hereinbefore defined, the pile comprising an outer tube and an inner tube: characterised by a vortex manifold located at a lower end portion of the pile, which vortex manifold comprises location for lower end portions of the outer and inner tubes (14,16); wherein, in use, fluid is passed downwardly through the inner tube and upwardly through an annular passageway defined between the inner and outer tubes (16,14), the vortex manifold being effective to induce swirling of the fluid so that it enters the annular passageway as a spiral flow thereof. characterised by a vortex manifold located at a lower end portion of the pile, which vortex manifold comprises location for lower end portions of the outer and inner tubes (14,16); wherein, in use, fluid is passed downwardly through the inner tube and upwardly through an annular passageway defined between the inner and outer tubes (16,14), the vortex manifold being effective to induce swirling of the fluid so that it enters the annular passageway as a spiral flow thereof. a vortex manifold located at a lower end portion of the pile, which vortex manifold comprises location for lower end portions of the outer and inner tubes (14,16); wherein, in use, fluid is passed downwardly through the inner tube and upwardly through an annular passageway defined between the inner and outer tubes (16,14), the vortex manifold being effective to induce swirling of the fluid so that it enters the annular passageway as a spiral flow thereof.
A process comprising: a. providing a tantalum-coated metal alloy substrate prepared by providing a precipitation hardened metal alloy substrate and applying tantalum to the substrate while sustaining a temperature greater than 700 degrees Celsius, characterized by resulting in a homogeneous tantalum coating over the metal alloy substrate; b. heat annealing the tantalum-coated metal alloy substrate by heating to an annealing temperature for the tantalum-coated metal alloy substrate, holding at the annealing temperature for a period of time and then quenching to a temperature below 50 degrees Celsius; c. heating the tantalum-coated metal substrate to the precipitation hardening temperature of the metal alloy substrate; and d. cooling the tantalum-coated metal alloy substrate to a temperature below 50 degrees Celsius; wherein the process is further characterized by carrying out steps (b)-(d) under a tantalum-inert gas atmosphere and by quenching in step (b) and cooling in step (d) being carried out by flowing a tantalum-inert gas having a temperature of less than 50 degrees Celsius over the tantalum-coated metal alloy substrate. a. providing a tantalum-coated metal alloy substrate prepared by providing a precipitation hardened metal alloy substrate and applying tantalum to the substrate while sustaining a temperature greater than 700 degrees Celsius, characterized by resulting in a homogeneous tantalum coating over the metal alloy substrate; b. heat annealing the tantalum-coated metal alloy substrate by heating to an annealing temperature for the tantalum-coated metal alloy substrate, holding at the annealing temperature for a period of time and then quenching to a temperature below 50 degrees Celsius; c. heating the tantalum-coated metal substrate to the precipitation hardening temperature of the metal alloy substrate; and d. cooling the tantalum-coated metal alloy substrate to a temperature below 50 degrees Celsius;
A method for adjusting operation of a motion tracking system at least comprising first and second sensors (21, 22) and a computing device, each of the first and second sensors (21, 22) at least comprising a gyroscope, the method comprising: arranging the first sensor on an upper arm of a person, and the second sensor on a chest of the person; and measuring orientations (51, 52) each of the first and second sensors (21, 22) while the person performs a predetermined movement; characterized in that the method further comprises: digitally processing, by the computing device, the orientations (51, 52) measured so as to digitally compute an orientation difference between the orientations measured by the first sensor and the orientations measured by the second sensor; and adjusting, by the computing device, the operation of the motion tracking system based on the orientation difference computed; wherein the predetermined movement comprises the person moving a torso thereof with respect to a hip of the person, and during the predetermined movement the upper arm is not rotated with respect to a shoulder of the person connected to the upper arm. arranging the first sensor on an upper arm of a person, and the second sensor on a chest of the person; and measuring orientations (51, 52) each of the first and second sensors (21, 22) while the person performs a predetermined movement; characterized in that the method further comprises: digitally processing, by the computing device, the orientations (51, 52) measured so as to digitally compute an orientation difference between the orientations measured by the first sensor and the orientations measured by the second sensor; and adjusting, by the computing device, the operation of the motion tracking system based on the orientation difference computed; wherein the predetermined movement comprises the person moving a torso thereof with respect to a hip of the person, and during the predetermined movement the upper arm is not rotated with respect to a shoulder of the person connected to the upper arm. digitally processing, by the computing device, the orientations (51, 52) measured so as to digitally compute an orientation difference between the orientations measured by the first sensor and the orientations measured by the second sensor; and adjusting, by the computing device, the operation of the motion tracking system based on the orientation difference computed; wherein the predetermined movement comprises the person moving a torso thereof with respect to a hip of the person, and during the predetermined movement the upper arm is not rotated with respect to a shoulder of the person connected to the upper arm.
A solar cell module comprising: a light-transmitting substrate; a back sheet; a plurality of solar cells arranged between the substrate and the back sheet; a transition wire connecting tab wires together, the tab wires being connected to the plurality of solar cells; a concealment sheet covering the transition wire from a substrate side; and a filling member filling a space between the substrate and the back sheet comprising a substrate side filling member filling a space between the concealment sheet and the substrate, wherein the transition wire is disposed in the filling member, wherein the concealment sheet includes: a first sheet layer in contact with the filling member; a second sheet layer (51 b) placed over the first sheet layer on the substrate side; and a third sheet layer placed over the second sheet layer on the substrate side, the first sheet layer is made of a transparent material or a semitransparent material, the second sheet layer is made of a material of the same type of color as a material of the back sheet or the filling member, the first sheet layer has adhesiveness to the filling member, and wherein the third sheet layer is in contact with the substrate side filling member, and has adhesiveness to the substrate side filling member. a light-transmitting substrate; a back sheet; a plurality of solar cells arranged between the substrate and the back sheet; a transition wire connecting tab wires together, the tab wires being connected to the plurality of solar cells; a concealment sheet covering the transition wire from a substrate side; and a filling member filling a space between the substrate and the back sheet comprising a substrate side filling member filling a space between the concealment sheet and the substrate, wherein the transition wire is disposed in the filling member, wherein the concealment sheet includes: a first sheet layer in contact with the filling member; a second sheet layer (51 b) placed over the first sheet layer on the substrate side; and a third sheet layer placed over the second sheet layer on the substrate side, the first sheet layer is made of a transparent material or a semitransparent material, the second sheet layer is made of a material of the same type of color as a material of the back sheet or the filling member, the first sheet layer has adhesiveness to the filling member, and wherein the third sheet layer is in contact with the substrate side filling member, and has adhesiveness to the substrate side filling member.
Hearing aid comprising two microphones (1, 11) and sound paths allowing sound to pass from the surroundings to the microphones (1, 11), wherein further a signal path from the microphones (1, 11) to a receiver is provided and powered by a current source, such that sounds received at the microphones may be enhanced and presented to an ear of a user, and wherein a protection screen is provided, the protection screen comprising a first surface which faces the surroundings and an opposed second surface which faces the inside of the hearing aid, wherein the protection screen has two slit formed openings between the first surface and the second surface, wherein the transition between the first surface and the slit formed openings is smooth and gradual, and wherein a sharp edge forms the transition between the second surface and the slit formed openings, wherein sound entrances (2, 12) lead through respective canals in a chassis of the hearing aid to the respective microphones (1, 11), and wherein the two slit formed openings lead to respective furrows provided in the chassis, each of said furrows providing access to the sound entrances (2, 12) for the respective microphones (1, 11), such that said sound paths are provided from the surroundings through the two slit formed openings and into the canals leading to the microphones (1, 11). wherein the protection screen has two slit formed openings between the first surface and the second surface, wherein the transition between the first surface and the slit formed openings is smooth and gradual, and wherein a sharp edge forms the transition between the second surface and the slit formed openings, wherein sound entrances (2, 12) lead through respective canals in a chassis of the hearing aid to the respective microphones (1, 11), and
An air conditioner having a refrigerating cycle in which a refrigerant flows through a compressor, a four-way valve, an indoor heat exchanger, an expansion valve, an outdoor heat exchanger, and the four-way valve in this order during heating, the air conditioner also having a heat storage tank that accommodates a heat storage material for storing therein heat generated by the compressor and a heat storage heat exchanger, a heat storage bypass circuit (38, 40) is provided to connect a refrigerant pipe between the indoor heat exchanger and the expansion valve and a refrigerant pipe between the four-way valve and an inlet port defined in the compressor, characterized in that a defrosting bypass circuit is provided to connect a refrigerant pipe between the expansion valve and the outdoor heat exchanger and a refrigerant pipe between an outlet port defined in the compressor and the four-way valve, an outdoor heat exchanger inlet temperature sensor is provided to detect a refrigerant temperature at an inlet of the outdoor heat exchanger during heating, a heat storage tank temperature sensor is provided to detect a temperature of the heat storage tank, and a controller configured, if the outdoor heat exchanger inlet temperature sensor detects a defrosting initiation temperature, to initiate a defrosting operation, and if the temperature detected by the outdoor heat exchanger inlet temperature sensor is less than a heat storage material temperature rise-initiation temperature higher than the defrosting initiation temperature, and if the temperature detected by the heat storage tank temperature sensor does not reach a predetermined temperature, to perform a control for increasing the temperature of the heat storage tank.
A mower, comprising: a vehicle body; a first axle rigidly supported by the vehicle body and rotatably supporting a pair of wheels; a second axle supported by the vehicle body and rotatably supporting a pair of wheels; a power source for driving the wheels of at least one of the first axle and the second axle; a mowing unit provided in a lower part of the vehicle body and including a cutting blade; and a height adjusting mechanism provided on the vehicle body and configured to adjust a grass cutting height of the mowing unit, characterized in that: the second axle is supported by the vehicle via a center pivot; and the mower further comprises: an axle sensor for detecting a roll angle of the second axle relative to the vehicle body; and a control unit for controlling the height adjusting mechanism so that the grass cutting height is increased from an initial level when an absolute value of the roll angle has exceeded a first roll angle threshold value. a vehicle body; a first axle rigidly supported by the vehicle body and rotatably supporting a pair of wheels; a second axle supported by the vehicle body and rotatably supporting a pair of wheels; a power source for driving the wheels of at least one of the first axle and the second axle; a mowing unit provided in a lower part of the vehicle body and including a cutting blade; and a height adjusting mechanism provided on the vehicle body and configured to adjust a grass cutting height of the mowing unit, characterized in that: the second axle is supported by the vehicle via a center pivot; and the mower further comprises: an axle sensor for detecting a roll angle of the second axle relative to the vehicle body; and a control unit for controlling the height adjusting mechanism so that the grass cutting height is increased from an initial level when an absolute value of the roll angle has exceeded a first roll angle threshold value. the second axle is supported by the vehicle via a center pivot; and the mower further comprises: an axle sensor for detecting a roll angle of the second axle relative to the vehicle body; and a control unit for controlling the height adjusting mechanism so that the grass cutting height is increased from an initial level when an absolute value of the roll angle has exceeded a first roll angle threshold value. an axle sensor for detecting a roll angle of the second axle relative to the vehicle body; and a control unit for controlling the height adjusting mechanism so that the grass cutting height is increased from an initial level when an absolute value of the roll angle has exceeded a first roll angle threshold value.
A pharmaceutical composition containing at least one FGF-21 (fibroblast growth factor 21) compound and at least one GLP-1 R (glucagon-like peptide-1 receptor) agonist for use in treating diabetes, wherein the dosage range for each therapeutically effective compound is 1 to 10 mg/day, preferably 1 to 5 mg/day.