mhurhangee/ep-ind-claims huggingface dataset:
A transmission power control method comprising: reception quality of a signal transmitted from a remote station is compared with a control target value, and the comparison result is used for transmission power control on the remote station; and it is checked whether a frame error exists in the signal, characterized in that the control target value is increased by a predetermined ratio if a frame error is detected, and the control target value is decreased by a smaller ratio than the predetermined ratio if no frame error is detected. reception quality of a signal transmitted from a remote station is compared with a control target value, and the comparison result is used for transmission power control on the remote station; and it is checked whether a frame error exists in the signal, characterized in that the control target value is increased by a predetermined ratio if a frame error is detected, and the control target value is decreased by a smaller ratio than the predetermined ratio if no frame error is detected.
A closed cell foam sheet having a thickness of 0.05 to 0.35 mm, wherein the foam sheet has a 25% compressive stress of 30 to 100 kPa, a tensile strength in MD of 3,000 to 15,000 kPa, a tensile strength in TD of 1,800 to 9,800 kPa, and a recovery time of 0.1 seconds or less after the foam sheet is pressed for 5 seconds by 5 N and then released, wherein the foam sheet is prepared by foaming and crosslinking a resin material comprising a polyolefin-based resin, and the foam sheet has a closed cell content of 80 % or more, wherein the compressive stress, tensile strength and thickness are measured according to JIS K 6767, wherein the recovery time is obtained by observing the sample from the side surface thereof with a high speed camera and measuring, in the observed image, the time when a top surface of the foam sheet returns to the position of a line after removing an attachment, the line having been drawn at the position where the top surface has been positioned at the initial thickness, and wherein the closed cell content is measured according to the methods in the description. the foam sheet has a 25% compressive stress of 30 to 100 kPa, a tensile strength in MD of 3,000 to 15,000 kPa, a tensile strength in TD of 1,800 to 9,800 kPa, and a recovery time of 0.1 seconds or less after the foam sheet is pressed for 5 seconds by 5 N and then released, wherein the foam sheet is prepared by foaming and crosslinking a resin material comprising a polyolefin-based resin, and the foam sheet has a closed cell content of 80 % or more, wherein the compressive stress, tensile strength and thickness are measured according to JIS K 6767, wherein the recovery time is obtained by observing the sample from the side surface thereof with a high speed camera and measuring, in the observed image, the time when a top surface of the foam sheet returns to the position of a line after removing an attachment, the line having been drawn at the position where the top surface has been positioned at the initial thickness, and wherein the closed cell content is measured according to the methods in the description. wherein the foam sheet is prepared by foaming and crosslinking a resin material comprising a polyolefin-based resin, and the foam sheet has a closed cell content of 80 % or more, wherein the compressive stress, tensile strength and thickness are measured according to JIS K 6767, wherein the recovery time is obtained by observing the sample from the side surface thereof with a high speed camera and measuring, in the observed image, the time when a top surface of the foam sheet returns to the position of a line after removing an attachment, the line having been drawn at the position where the top surface has been positioned at the initial thickness, and wherein the closed cell content is measured according to the methods in the description.
A device for obtaining thermal images of a living mammal body section, said device comprising: - a thermal energy storage surface structure for contacting said body section, - a thermal sensor for obtaining thermal images reflecting thermal energy storage over at least a portion of said thermal energy storage surface structure in a registration mode of operation of said device, - a thermal energy transfer module for transferring thermal energy to said thermal energy storage surface structure for bringing same at a reference temperature in a calibration mode of operation of said device, characterised in that the device further comprises: - a control circuit arranged for monitoring presence of a body section at said thermal energy storage surface structure and for controlling thermal energy transfer by said thermal energy transfer module in said calibration mode in the presence of a body section at said thermal energy storage surface structure for restraining thermal energy transfer by said thermal energy transfer module to said body section. - a thermal energy storage surface structure for contacting said body section, - a thermal sensor for obtaining thermal images reflecting thermal energy storage over at least a portion of said thermal energy storage surface structure in a registration mode of operation of said device, - a thermal energy transfer module for transferring thermal energy to said thermal energy storage surface structure for bringing same at a reference temperature in a calibration mode of operation of said device, - a control circuit arranged for monitoring presence of a body section at said thermal energy storage surface structure and for controlling thermal energy transfer by said thermal energy transfer module in said calibration mode in the presence of a body section at said thermal energy storage surface structure for restraining thermal energy transfer by said thermal energy transfer module to said body section.
A micro-fluidic device for deflecting objects in a liquid, the device comprising: - a substrate for providing an object-containing liquid thereon; and - a microbubble generator, having at least one microbubble generating element (103, 401), located on a surface of the substrate and in direct contact with the liquid when provided on the substrate; characterized in that: the at least one microbubble generating element (103, 401) comprises a first series of electrically connected microstructures; each microstructure adapted for generating a microbubble in the liquid when the microbubble generator is powered, at least two microstructures of the at least one microbubble generating element being adapted to generate microbubbles simultaneously; the at least one microbubble generating element (103, 401) being adapted to deflect a single object in the liquid through generation of a plurality of microbubbles by each of them. - a substrate for providing an object-containing liquid thereon; and - a microbubble generator, having at least one microbubble generating element (103, 401), located on a surface of the substrate and in direct contact with the liquid when provided on the substrate;
Elevator system comprising a data network which has at least one network node, the network node comprising a component (7, 9) of the elevator system, characterized in that the component (7, 9) of the network node can be identified such that a control unit of the elevator system controls a light source of the elevator system in order to generate a light signal to indicate the network node, the component (7, 9) can be assigned to a light sensor of the elevator system when the light sensor detects the light signal, and the assignment of the component can be determined for the control unit. the component (7, 9) of the network node can be identified such that a control unit of the elevator system controls a light source of the elevator system in order to generate a light signal to indicate the network node, the component (7, 9) can be assigned to a light sensor of the elevator system when the light sensor detects the light signal, and the assignment of the component can be determined for the control unit.
A system for controlling a flow rate ratio, comprising: an upstream device for generating a main stream, wherein the main stream is split into a first branch stream and a second branch stream at a splitting position; a first downstream device to which the first branch stream is diverted, wherein both the upstream device and the first downstream device operate at a high temperature which is larger than 300°C; a second downstream device to which the second branch stream is diverted; a measuring device for measuring differential pressures of two of the main stream, the first branch stream and the second branch stream; and a controlling device for controlling a flow rate ratio of the first branch stream to the main stream in real time in response to the measured differential pressures; characterized in that: wherein the measuring device comprises first and second differential pressure gauges (341, 342) which are the same and are both placed close to the splitting position; wherein the first differential pressure gauge is located between the upstream device and the splitting position for measuring a differential pressure of the main stream, and the second differential pressure gauge is located between the first downstream device and the splitting position for measuring a differential pressure of the first branch stream. an upstream device for generating a main stream, wherein the main stream is split into a first branch stream and a second branch stream at a splitting position; a first downstream device to which the first branch stream is diverted, wherein both the upstream device and the first downstream device operate at a high temperature which is larger than 300°C; a second downstream device to which the second branch stream is diverted; a measuring device for measuring differential pressures of two of the main stream, the first branch stream and the second branch stream; and a controlling device for controlling a flow rate ratio of the first branch stream to the main stream in real time in response to the measured differential pressures; wherein the measuring device comprises first and second differential pressure gauges (341, 342) which are the same and are both placed close to the splitting position; wherein the first differential pressure gauge is located between the upstream device and the splitting position for measuring a differential pressure of the main stream, and the second differential pressure gauge is located between the first downstream device and the splitting position for measuring a differential pressure of the first branch stream.
A method for quantifying a target substance comprising: bringing a sample containing the target substance into contact with a biosensor which comprises an enzyme electrode containing an oxidoreductase and a counter electrode; measuring a change in the potential difference between the enzyme electrode and the counter electrode due to an oxidation reaction of the target substance catalyzed by the oxidoreductase; and calculating the concentration of the target substance based on the change in the potential difference; wherein, before measuring the change in the potential difference, a potential between the enzyme electrode and the counter electrode is applied, followed by switching of the enzyme electrode to an open-circuit state. bringing a sample containing the target substance into contact with a biosensor which comprises an enzyme electrode containing an oxidoreductase and a counter electrode; measuring a change in the potential difference between the enzyme electrode and the counter electrode due to an oxidation reaction of the target substance catalyzed by the oxidoreductase; and calculating the concentration of the target substance based on the change in the potential difference; wherein, before measuring the change in the potential difference, a potential between the enzyme electrode and the counter electrode is applied, followed by switching of the enzyme electrode to an open-circuit state.
A method for a portable terminal outside home to make direct communication with a terminal inside home on a peer-to-peer, P2P, basis, the method being for use in reconnection after connection of the portable terminal and the terminal inside home using a support server, the reconnection being for the portable terminal to make the direct communication with the terminal inside home bypassing the support server, the terminal inside home being connected to a router inside home connected to a first network, the support server being connected to the first network, the method comprising: an acquisition step of acquiring, by the portable terminal, via the support server, connection information which is to be used for the connection for the portable terminal to make the direct communication with the terminal inside home; a storage step of storing the connection information acquired in the acquisition step in the portable terminal, and a reconnection step of making, by the portable terminal, the reconnection after the connection is disconnected, by using the connection information stored in the storage step, wherein the connection information comprises an Internet protocol, IP, address and a port number which are set in the router inside home to correspond to the terminal inside home, wherein the acquisition step further comprises a key acquisition step of acquiring, by the portable terminal, key information for establishing the connection for making the direct communication, the key information being issued by the terminal inside home, and wherein in the reconnection step, the portable terminal makes the reconnection by using the key information acquired in the key acquisition step in addition to the connection information. an acquisition step of acquiring, by the portable terminal, via the support server, connection information which is to be used for the connection for the portable terminal to make the direct communication with the terminal inside home; a storage step of storing the connection information acquired in the acquisition step in the portable terminal, and a reconnection step of making, by the portable terminal, the reconnection after the connection is disconnected, by using the connection information stored in the storage step, wherein the connection information comprises an Internet protocol, IP, address and a port number which are set in the router inside home to correspond to the terminal inside home, wherein the acquisition step further comprises a key acquisition step of acquiring, by the portable terminal, key information for establishing the connection for making the direct communication, the key information being issued by the terminal inside home, and wherein in the reconnection step, the portable terminal makes the reconnection by using the key information acquired in the key acquisition step in addition to the connection information.
A mowing height adjusting device, comprising a mowing component (30, 20) and a lifting mechanism, wherein the lifting mechanism comprises a first housing and a first motor, the first housing is directly connected with the mowing component (30, 20), the first housing is configured to surround and form a first accommodating cavity, the first motor is accommodated in the first accommodating cavity, the first motor is configured to drive the first housing to rotate around a first axis to drive the mowing component (30, 20) to move in a first direction, and an extension direction of the first axis is parallel to the first direction; wherein the mowing height adjusting device further comprises a base, the base comprises a main body and a frame fixedly connected to the main body such that both ends of the first housing are limited respectively by the frame and the main body; the frame comprises a first mounting part and a second mounting part, the first mounting part is detachably connected with the main body through fasteners, characterized in that the at least part of the second mounting part is configured to extend into the first housing, and a motor housing of the first motor is fixedly provided in the second mounting part; and in that the second mounting part is a cylinder, the first mounting part is provided with a through hole communicated with the inner cavity of the cylinder, so that the first motor is placeable into the cylinder or removable from the cylinder; the second mounting part has a bottom wall, and an output shaft of the first motor is configured to pass through the bottom wall of the second mounting part and to extend into the first housing to be fixedly connected to the first housing. wherein the mowing height adjusting device further comprises a base, the base comprises a main body and a frame fixedly connected to the main body such that both ends of the first housing are limited respectively by the frame and the main body; the frame comprises a first mounting part and a second mounting part, the first mounting part is detachably connected with the main body through fasteners, characterized in that the at least part of the second mounting part is configured to extend into the first housing, and a motor housing of the first motor is fixedly provided in the second mounting part; and in that the second mounting part is a cylinder, the first mounting part is provided with a through hole communicated with the inner cavity of the cylinder, so that the first motor is placeable into the cylinder or removable from the cylinder; the second mounting part has a bottom wall, and an output shaft of the first motor is configured to pass through the bottom wall of the second mounting part and to extend into the first housing to be fixedly connected to the first housing.
A crystalline form of the compound -3-{4-[5-(2-cyclopentyl-6-methoxy-pyridin-4-yl)-[1,2,4]oxadiazol-3-yl]-2-ethyl-6-methyl-phenoxy}-propane-1,2-diol, characterised by the presence of peaks in the X-ray powder diffraction diagram at the following angles of refraction 2θ: 5.4°, 8.5°, and 10.8°.
A composition comprising a nucleated carrier cell that homes to a tumor and is covalently conjugated to a nanoparticle, wherein said nanoparticle comprises an agent, wherein the carrier cell maintains the nanoparticle on the cell surface, and wherein the agent is to be released from the nanoparticle in vivo, for use as a medicament for delivering an agent to a subject having a tumor.
Pneumatic vehicle tyre with a directional tread strip with two shoulder-side profile ribs, two middle profile ribs and one central profile rib, the profile ribs (1, 2, 3) being separated by two shoulder-side circumferential grooves and two middle circumferential grooves, the shoulder-side profile ribs and the middle profile ribs being divided into profile blocks (2a, 3a) by way of transverse grooves (8, 9) which run in a V-shaped manner in plan view across the width of the tread strip, run parallel to one another within the profile ribs (2, 3) and open into the shoulder-side circumferential grooves, and the shoulder-side circumferential grooves having groove sections which run inclined to the circumferential direction in plan view, each separate a profile block of the middle profile ribs from a profile block of the shoulder-side profile ribs, and have a leading end, encountering the underlying surface first when the tyre rolls during forward travel, and a trailing end (5a"), the transverse grooves which run in the middle profile ribs ending in front of the respective middle circumferential groove at a spacing (a 1) determined in the axial direction, the groove sections of the shoulder-side circumferential grooves, seen in plan view, being inclined to the circumferential direction in such a way that the leading ends of the groove sections are closer to the tyre equatorial plane (line A-A) in comparison with the trailing ends (5a") of the groove sections, characterized in that the transverse grooves (8, 9) have a width (bqR) of 3.5 mm to 6.5 mm, connecting grooves running between the ends on the inside of the tread strip of the transverse grooves which run in the middle profile ribs and the middle circumferential grooves, which connecting grooves are of narrower and shallower design than the transverse grooves running in the middle profile ribs. the transverse grooves which run in the middle profile ribs ending in front of the respective middle circumferential groove at a spacing (a 1) determined in the axial direction, the groove sections of the shoulder-side circumferential grooves, seen in plan view, being inclined to the circumferential direction in such a way that the leading ends of the groove sections are closer to the tyre equatorial plane (line A-A) in comparison with the trailing ends (5a") of the groove sections, characterized in that the transverse grooves (8, 9) have a width (bqR) of 3.5 mm to 6.5 mm, connecting grooves running between the ends on the inside of the tread strip of the transverse grooves which run in the middle profile ribs and the middle circumferential grooves, which connecting grooves are of narrower and shallower design than the transverse grooves running in the middle profile ribs.
Device for manufacturing hollow bodies, comprising at least one multistage compressor, at least one hollow body manufacturing machine, and at least one control unit, wherein the hollow body manufacturing machine is pneumatically connected to the compressor by a recirculation line, characterized in that the hollow body manufacturing machine is a stretch blow molding machine for plastic bottles, the blow molding air recirculated by the recirculation line is introducible between two compressor stages, the control unit for data exchange is connected to both the stretch blow molding machine and the compressor, and the recirculation of the blow molding air to the compressor is controllable by the control unit.