mhurhangee/ep-ind-claims huggingface dataset:
A length-adjustable massager based on wireless induction power supply, comprising a rod body and a massage component that can move back and forth along the lengthwise direction of the rod body; the rod body is provided with a first PCB board, a first massage module, and a power supply; the first massage module and the power supply are electrically connected to the first PCB board; the massage component is provided with a second PCB board and a second massage module, the length-adjustable massager based on wireless induction power supply is characterized that, the rod body is provided with a wireless charging transmitter module electrically connected to the first PCB board; the massage component is provided with a wireless charging receiver module electrically connected to the second PCB board; and the wireless charging transmitter module on the rod body is adapted to the wireless charging receiver module on the massage component so that the rod body is capable of supplying power to the massage component. the massage component is provided with a second PCB board and a second massage module, the length-adjustable massager based on wireless induction power supply is characterized that, the rod body is provided with a wireless charging transmitter module electrically connected to the first PCB board; the massage component is provided with a wireless charging receiver module electrically connected to the second PCB board; and the wireless charging transmitter module on the rod body is adapted to the wireless charging receiver module on the massage component so that the rod body is capable of supplying power to the massage component.
An apparatus for processing a depth map, the apparatus comprising: a receiver for receiving an input depth map; a first processor for generating a first processed depth map by processing a plurality of first pixels of the input depth map in a bottom to top direction; characterized in that the processing of each first pixel of the plurality of first pixels comprises determining a depth value for the first pixel for the first processed depth map as a furthest backwards depth value of: a depth value for the first pixel in the input depth map, and a depth value determined in response to depth values in the first processed depth map for a first set of pixels positioned below the first pixel, the furthest backwards depth value being the depth value reflecting a maximum distance from a viewing position. a receiver for receiving an input depth map; a first processor for generating a first processed depth map by processing a plurality of first pixels of the input depth map in a bottom to top direction; characterized in that the processing of each first pixel of the plurality of first pixels comprises determining a depth value for the first pixel for the first processed depth map as a furthest backwards depth value of: a depth value for the first pixel in the input depth map, and a depth value determined in response to depth values in the first processed depth map for a first set of pixels positioned below the first pixel, the furthest backwards depth value being the depth value reflecting a maximum distance from a viewing position.
A fluorination catalyst for preparing 2,3,3,3-tetrafluoropropene, wherein the fluorination catalyst has the following formula: Cr 1 (Y and Z) 0.005-0.5 O 0.1-1.0 F 1.0-3.0 wherein Y is selected from Al, Zn, Mg, or a combination thereof, and Z is a rare earth element capable of storing/releasing oxygen and is selected from Ce, La, Pr, or a combination thereof.
A method for performing measurement by a user equipment, UE, in a wireless communication system, the method executed by the user equipment and comprising when an uplink data transmission occurs in a measurement gap, determining a starting point of a temporary measurement gap based on a completion time of the uplink data transmission; transmitting information about the temporary measurement gap including the starting point of the temporary measurement gap to a network; transmitting an uplink data during the measurement gap to the network; and performing measurements during the temporary measurement gap. when an uplink data transmission occurs in a measurement gap, determining a starting point of a temporary measurement gap based on a completion time of the uplink data transmission; transmitting information about the temporary measurement gap including the starting point of the temporary measurement gap to a network; transmitting an uplink data during the measurement gap to the network; and performing measurements during the temporary measurement gap.
A method for monitoring quality of streaming media, characterized by comprising: simulating, by a terminal player, a client playing a streaming media resource periodically; recording, by the terminal player, indicator data for simulating playing the streaming media resource; wherein the indicator data comprises a status code for determining whether the streaming media is played successfully, and the indicator data further comprises at least one of a DNS resolution time, a connection time, an initial packet time, an initial buffer time, an initial continuous play time, a buffer time after each stucking, and a continuous play time after each stucking; sending, by the terminal player, the indicator data, an IP address of a streaming media server and an IP address of a DNS server to a monitoring server; and determining, by the monitoring server, current quality of streaming media based on the indicator data, the IP address of the streaming media server and the IP address of the DNS server. simulating, by a terminal player, a client playing a streaming media resource periodically; recording, by the terminal player, indicator data for simulating playing the streaming media resource; wherein the indicator data comprises a status code for determining whether the streaming media is played successfully, and the indicator data further comprises at least one of a DNS resolution time, a connection time, an initial packet time, an initial buffer time, an initial continuous play time, a buffer time after each stucking, and a continuous play time after each stucking; sending, by the terminal player, the indicator data, an IP address of a streaming media server and an IP address of a DNS server to a monitoring server; and determining, by the monitoring server, current quality of streaming media based on the indicator data, the IP address of the streaming media server and the IP address of the DNS server.
A system comprising a ramp and a device for launching and recovering a marine or submarine device from a support vessel, said device including a carriage and at least one protective component, in which: • said carriage and said ramp are connected by a sliding connection; • said ramp is adapted to be fastened to said vessel; • at least one of said protective components is adapted to raise or to deposit said marine or submarine device by contact with an element chosen from at least a wing of said marine or submarine device, at least one lateral protuberance of said marine or submarine device and the hull of said marine or submarine device; • said system includes at least one sliding zone situated along said ramp, in contact with a protective part and fastened to said vessel, and characterized in that • each of said protective components is connected to the carriage by a pivot connection of which the axis is adapted to be parallel to the surface of the water when said device is secured to said vessel; • at least one of said protective components is adapted to raise said marine or submarine device partially or totally out of the water during a recovery and to place said marine or submarine device in or partially in the water during a launch by rotation of said protective component or elements about said carriage; • at least one of said protective components is adapted to cooperate with said sliding zone to cause said marine or submarine device to move from a support of at least one of said protective components to a support of said ramp or from said support of said ramp to said support of at least one of said protective components. • said carriage and said ramp are connected by a sliding connection; • said ramp is adapted to be fastened to said vessel; • at least one of said protective components is adapted to raise or to deposit said marine or submarine device by contact with an element chosen from at least a wing of said marine or submarine device, at least one lateral protuberance of said marine or submarine device and the hull of said marine or submarine device; • said system includes at least one sliding zone situated along said ramp, in contact with a protective part and fastened to said vessel, and characterized in that • each of said protective components is connected to the carriage by a pivot connection of which the axis is adapted to be parallel to the surface of the water when said device is secured to said vessel; • at least one of said protective components is adapted to raise said marine or submarine device partially or totally out of the water during a recovery and to place said marine or submarine device in or partially in the water during a launch by rotation of said protective component or elements about said carriage; • at least one of said protective components is adapted to cooperate with said sliding zone to cause said marine or submarine device to move from a support of at least one of said protective components to a support of said ramp or from said support of said ramp to said support of at least one of said protective components.
An antenna module, comprising: an antenna with a feeding point; a tunable matching circuit, electrically connected between the antenna and a power amplifier, and configured to provide a loading impedance, wherein the tunable matching circuit comprises a plurality of tunable impedance elements connected to each other and electrically connected to the feeding point as well; a coupler, electrically connected between the power amplifier and a power detector, and configured to sample an output power of the power amplifier; a power detector, electrically connected between the coupler and a control unit, and configured to detect a power indicator of the power amplifier; and a control unit, electrically connected to the tunable matching circuit and the power detector, characterised in that the control unit is further configured to read the power indicator and a receiver signal strength indicator (RSSI) continuously so as to generate a control signal for the tunable matching circuit, which consistently changes the loading impedance to achieve impedance matching, wherein the loading impedance (Z load) is consistently changed to maximize the communication quality function CQ according to the following equation: Maximum CQ Z load = C ⁢ 1 × Pʹ out Z load + C ⁢ 2 × RSSI Z load where C1 and C2 are weighted factors and the sum of C1 and C2 is equal to 1, each of C1 and C2 is larger than zero, the control unit further comprises a calculating module, wherein the calculating module is a Genetic Algorithm calculating module. an antenna with a feeding point; a tunable matching circuit, electrically connected between the antenna and a power amplifier, and configured to provide a loading impedance, wherein the tunable matching circuit comprises a plurality of tunable impedance elements connected to each other and electrically connected to the feeding point as well; a coupler, electrically connected between the power amplifier and a power detector, and configured to sample an output power of the power amplifier; a power detector, electrically connected between the coupler and a control unit, and configured to detect a power indicator of the power amplifier; and a control unit, electrically connected to the tunable matching circuit and the power detector, characterised in that the control unit is further configured to read the power indicator and a receiver signal strength indicator (RSSI) continuously so as to generate a control signal for the tunable matching circuit, which consistently changes the loading impedance to achieve impedance matching, wherein the loading impedance (Z load) is consistently changed to maximize the communication quality function CQ according to the following equation: Maximum CQ Z load = C ⁢ 1 × Pʹ out Z load + C ⁢ 2 × RSSI Z load where C1 and C2 are weighted factors and the sum of C1 and C2 is equal to 1, each of C1 and C2 is larger than zero, the control unit further comprises a calculating module, wherein the calculating module is a Genetic Algorithm calculating module.
Abscisic acid and a thiazolidinedione for use in enhancing the efficacy of a TZD in increasing peroxisome proliferator-activated receptor γ (PPARγ) activity, in the therapy of diabetes, cardio-vascular disease, inflammation, and obesity.
A surgical instrument comprising: an elongate body; a drive member received within the elongate body, the drive member including a flange and being movable between a retracted position and an advanced position; a trocar assembly releasably receivable within the elongate body, the trocar assembly including a trocar housing defining first and second opposed openings; and a retaining mechanism for releasably securing the trocar assembly within the elongate body, the retaining mechanism including a cam wire including a free end and being moveable between a locked position and an unlocked position, wherein when the cam wire is in the locked position, the free end obstructs a path of the flange of the drive member to inhibit movement of the drive member to the advanced position. an elongate body; a drive member received within the elongate body, the drive member including a flange and being movable between a retracted position and an advanced position; a trocar assembly releasably receivable within the elongate body, the trocar assembly including a trocar housing defining first and second opposed openings; and a retaining mechanism for releasably securing the trocar assembly within the elongate body, the retaining mechanism including a cam wire including a free end and being moveable between a locked position and an unlocked position, wherein when the cam wire is in the locked position, the free end obstructs a path of the flange of the drive member to inhibit movement of the drive member to the advanced position.
Drywall profile for forming part of a sub-construction to which building panels (31, 32) are attached, the drywall profile having a flange portion of a size and a shape so as to be capable of attaching a first building panel thereto and a bending portion bendable from a first position arranged in the plane of the flange portion in which no second building panel can be attached to the bending portion under angle (α > 0°) relative to the flange portion to a second position arranged out of the plane of the flange portion in which a second building panel can be attached to the bending portion under angle (α > 0°) relative to the flange portion, wherein the bending portion comprises at least one cut-out section in the flange portion of a size and a shape so as to form a bendable tab which can be bent from the first position to the second position and to which the second building panel can be attached and wherein the drywall profile further comprises an end portion of a size and a shape so as to be capable of covering an end face of the first building panel, characterized in that the end portion is bent in a rectangular shape having at least one end section of a width (d) identical to the thickness of the first building panel.
A sample mounting plate comprising one or more sample mounting spots for mounting a sample thereon, the sample mounting plate comprising: a substrate having a conductive surface formed to be a rough surface; and an insulating film that is layered on the conductive surface of the substrate, at least a surface of the insulating film being insulative, characterized in that the insulating film is formed with a thickness so that the insulating film is formed with gaps due to asperities of the rough surface and the conductive surface of the substrate is partially exposed through the gaps at least in the sample mounting spots. a substrate having a conductive surface formed to be a rough surface; and an insulating film that is layered on the conductive surface of the substrate, at least a surface of the insulating film being insulative, characterized in that the insulating film is formed with a thickness so that the insulating film is formed with gaps due to asperities of the rough surface and the conductive surface of the substrate is partially exposed through the gaps at least in the sample mounting spots.
A process for the preparation of a naphtha-selective hydrocracking catalyst comprising of from 3 to 4.8 %wt of molybdenum, calculated as metal, and of from 1.5 to 3 %wt of nickel, calculated as metal, which comprises loading a refractory oxide support comprising an alumina binder component and a zeolite Y component in a content of from 65 to 75 wt% based on the total weight of the catalyst, with nickel and molybdenum in the presence of a solution comprising citric acid, wherein the zeolite Y component has a unit cell size in the range of from 24.42 to 24.52 A, a SAR in the range of from 10 to 15, and a surface area of from 910 to 1020 m 2 /g.
An apparatus for continuously treating solid waste material comprising; a non-pressurised vessel with an inlet for waste material to be introduced at a predetermined rate so that, in use, the waste material only fills the non-pressurised vessel to a known level, an outlet for treated waste material, and a plurality of steam inlets fixed to the non-pressurised vessel for selectively injecting steam in to the interior of said non-pressurised vessel, the interior of the non-pressurised vessel comprising a first zone and a second zone wherein, in use, the first zone is mainly filled with waste material and the second zone is largely empty of waste material, wherein a drive is arranged to rotate the non-pressurised vessel and thus, in use, move the steam inlets between the first zone and the second zone such that only some of the steam inlets are in said first zone at any time, and the apparatus further comprises steam control means comprising a distributor valve for directing steam from a steam generator to a steam input, said distributor valve comprising a valve body having an inlet opening fluidly connectable to the steam generator and a plurality of outlet openings fluidly connectable to the steam input, wherein the distributor valve is arranged so that at any time at least one of the outlet openings is fluidly disconnected from the inlet opening and whereby, in use, steam is supplied only to steam inlets in the first zone, characterised in that the apparatus further includes heating means for heating and/or maintaining the temperature of the interior of the non-pressurised vessel to a temperature of 150°C to 200°C, the heating means consisting of means for heating air and means for blowing said heated air into the non-pressurised vessel.
A phase-frequency detector, PFD, circuit comprising: a PFD portion adapted to detect frequency and phase difference of two input signals (REF, DIV) and to generate a first and a second control signals (UP, DOWN) according to the detected frequency and phase difference; and a delay and reset portion adapted to delay the generated control signals, to generate reset signals for resetting the PFD portion based on a combination of the control signals and the delayed control signals, and to provide the generated reset signals to the PFD portion, wherein the PFD portion comprises first and second D flip-flops adapted to generate said first and said second (DOWN) control signals, respectively, and wherein the delay and reset portion comprises: a first delay element adapted to delay the first control signal by a first predetermined delay time; a second delay element adapted to delay the second control signal (DOWN) by a second predetermined delay time; and a reset signal generator adapted to generate a first reset signal (Reset_UP) for the first D flip-flop based on the first control signal and the delayed second control signal, and to generate a second reset signal (Reset_DOWN) for the second D flip-flop based on the second control signal and the delayed first control signal. a PFD portion adapted to detect frequency and phase difference of two input signals (REF, DIV) and to generate a first and a second control signals (UP, DOWN) according to the detected frequency and phase difference; and a delay and reset portion adapted to delay the generated control signals, to generate reset signals for resetting the PFD portion based on a combination of the control signals and the delayed control signals, and to provide the generated reset signals to the PFD portion, wherein the PFD portion comprises first and second D flip-flops adapted to generate said first and said second (DOWN) control signals, respectively, and wherein the delay and reset portion comprises: a first delay element adapted to delay the first control signal by a first predetermined delay time; a second delay element adapted to delay the second control signal (DOWN) by a second predetermined delay time; and a reset signal generator adapted to generate a first reset signal (Reset_UP) for the first D flip-flop based on the first control signal and the delayed second control signal, and to generate a second reset signal (Reset_DOWN) for the second D flip-flop based on the second control signal and the delayed first control signal. a first delay element adapted to delay the first control signal by a first predetermined delay time; a second delay element adapted to delay the second control signal (DOWN) by a second predetermined delay time; and a reset signal generator adapted to generate a first reset signal (Reset_UP) for the first D flip-flop based on the first control signal and the delayed second control signal, and to generate a second reset signal (Reset_DOWN) for the second D flip-flop based on the second control signal and the delayed first control signal.
An anti-tampering circuit for a secure device characterized by: - a signal delay detector configured to detect a delay of a signal on a chip wire of the secure device; - a protection unit operatively coupled to the signal delay detector, the protection unit being configured to receive an error indication from the signal delay detector, wherein the protection unit is configured to indicate tampering to the secure device upon receiving the error indication, wherein the signal delay detector comprises: - a delay unit configured to delay the signal on the chip wire, wherein the delay causes the signal on the chip wire to be timing critical; - a first flip-flop configured to receive a delayed signal from the delay unit and a clock signal; - a second flip-flop configured to receive a delayed signal from the delay unit and a delayed clock signal; and - an XOR gate configured to receive output data from the first flip-flop and the second flip-flop wherein the XOR gate is configured to output said error indication if there is a difference between the output data of the first flip-flop and the output data of the second flip-flop. - a signal delay detector configured to detect a delay of a signal on a chip wire of the secure device; - a protection unit operatively coupled to the signal delay detector, the protection unit being configured to receive an error indication from the signal delay detector, wherein the protection unit is configured to indicate tampering to the secure device upon receiving the error indication, - a delay unit configured to delay the signal on the chip wire, wherein the delay causes the signal on the chip wire to be timing critical; - a first flip-flop configured to receive a delayed signal from the delay unit and a clock signal; - a second flip-flop configured to receive a delayed signal from the delay unit and a delayed clock signal; and - an XOR gate configured to receive output data from the first flip-flop and the second flip-flop wherein the XOR gate is configured to output said error indication if there is a difference between the output data of the first flip-flop and the output data of the second flip-flop.