mhurhangee/ep-ind-claims huggingface dataset:
A transmission device comprising: a transmission unit that includes an antenna coil and performs communication with an external device by electromagnetic coupling; a signal output unit that generates a signal of a predetermined frequency and outputs the generated signal to the transmission unit; a communication monitor unit that monitors information about a current flowing through the antenna coil and determines a communication state based on the monitored information; and a communication correction unit that corrects a communication characteristic based on a determination result of the communication state in the communication monitor unit, characterized in that the communication correction unit corrects the communication characteristic by changing a Q factor of the transmission unit, based on the determination result of the communication state in the communication monitor unit, from a first Q factor to a second Q factor greater than the first Q factor, and wherein the communication monitor unit has a first determination threshold value of the communication state, which is used when the Q factor of the transmission unit is the first Q factor, and a second determination threshold value of the communication state, which is used when the Q factor of the communication unit is the second value. a transmission unit that includes an antenna coil and performs communication with an external device by electromagnetic coupling; a signal output unit that generates a signal of a predetermined frequency and outputs the generated signal to the transmission unit; a communication monitor unit that monitors information about a current flowing through the antenna coil and determines a communication state based on the monitored information; and a communication correction unit that corrects a communication characteristic based on a determination result of the communication state in the communication monitor unit, characterized in that the communication correction unit corrects the communication characteristic by changing a Q factor of the transmission unit, based on the determination result of the communication state in the communication monitor unit, from a first Q factor to a second Q factor greater than the first Q factor, and wherein the communication monitor unit has a first determination threshold value of the communication state, which is used when the Q factor of the transmission unit is the first Q factor, and a second determination threshold value of the communication state, which is used when the Q factor of the communication unit is the second value.
A solid, water-rehydratable composition intended for the preparation of an anti-corrosion coating composition for metal parts based on particulate metal in aqueous dispersion, said solid composition being based on a particulate metal or a mixture of particulate metals, a titanate precursor and/or a zirconate precursor and a silane bearing at least one function hydrolyzable to a hydroxyl function with a Ti/Si molar ratio ranging from 10/90 to 60/40, said composition being in powdered form, with a particle size ranging from about 2 μm to about 3 mm.
A method for fastening an essentially flat object to an object surface of a porous or fibrous material, in particular of wood or of a wood-like material, with the help of a liquefiable thermoplastic and a fastening tool, wherein a fastening film (12, 12') comprises the thermoplastic, wherein the object to be fastened is separate from the fastening film (12, 12') or is integrated into the fastening film, wherein the fastening tool has a distal profile which is designed for feeding energy suitable for the local liquefaction of the thermoplastic, to this profile, wherein the fastening film and, as the case may be, the separate object is/are positioned on the object surface, wherein the profile of the fastening tool is positioned on the fastening film and is pressed against the object surface and simultaneously subjected to the energy, until a sufficient quantity of the thermoplastic is liquefied by the profile and has penetrated into the material of the object surface, in order to anchor the fastening film in this surface, characterized in that the distal profile of the fastening tool runs linearly in a manner adapted to the object or to the fastening film.
An information processing method, comprising: obtaining (S201, S202, S203), from vehicles, sensor data obtained from sensors of the vehicles; performing object detection processes each using a different one of the sensor data; characterised by determining a style of a presentation for monitoring or controlling the vehicles by a remote operator that is an operator in a remote place, using results of the object detection processes; and controlling (S208, S209) the presentation made to the remote operator by a presentation device according to the style determined. obtaining (S201, S202, S203), from vehicles, sensor data obtained from sensors of the vehicles; performing object detection processes each using a different one of the sensor data; characterised by determining a style of a presentation for monitoring or controlling the vehicles by a remote operator that is an operator in a remote place, using results of the object detection processes; and controlling (S208, S209) the presentation made to the remote operator by a presentation device according to the style determined.
A method of inhibiting strength loss in a cellulosic material which is in the form of a textile or cloth when the cellulosic material is exposed to heat, the method including treating the cellulosic material with a liquid flame retardant composition which includes a phosphate-based flame retardant, ammonium hydroxide and a zinc borate.
Sole component for a shoe, wherein the sole component comprises a front, a middle, and a rear sole portion; wherein the sole component comprises a mechanism (400, 400') for adjusting the sole curvature in a transition region between the front and the middle sole portion; wherein the mechanism (400, 400') comprises a rotatable supporting element (402, 402') which is provided in such way that it may assume a first angular position which causes a first sole curvature in the transition region and a second angular position which causes a second sole curvature in the transition region; wherein the first sole curvature is different from the second sole curvature; characterized in that the sole component is a sole component suitable for use with different removable heels. wherein the sole component comprises a front, a middle, and a rear sole portion; wherein the sole component comprises a mechanism (400, 400') for adjusting the sole curvature in a transition region between the front and the middle sole portion; wherein the mechanism (400, 400') comprises a rotatable supporting element (402, 402') which is provided in such way that it may assume a first angular position which causes a first sole curvature in the transition region and a second angular position which causes a second sole curvature in the transition region; wherein the first sole curvature is different from the second sole curvature; characterized in that the sole component is a sole component suitable for use with different removable heels.
Climbing shoe comprising a substantially sock-shaped shoe-upper formed so as to completely cover the foot of the user; a front tensioning strip which is made of elastic material, is fixed on the toe of the shoe-upper, and is substantially U-shaped so as to cover the toe of the shoe-upper in the area surrounding the tarsal-phalangeal region of the sole of the foot; a rear tensioning strip which is made of elastic material, is fixed on the rear part of the shoe-upper, and is substantially U-shaped so as to cover the rear part of the shoe-upper in the area immediately over the heel and then extend/ prolong along the two lateral sides of the shoe-upper; and a front sole which is fixed on the bottom part of the shoe-upper so as to cover the tarsal-phalangeal region of the sole of the foot; the climbing shoe being characterized by also comprising a rear sole which is discrete and spaced apart from the front sole, and is fixed on the bottom part of the shoe-upper so as to at least partly cover the talus-calcaneus region of the sole of the foot; and a substantially ribbonlike, medial tensioning strip which is made of inextensible material and is fixed on the bottom part of the shoe-upper so as to extend from the area of the shoe-upper under the front sole up to the area of the shoe-upper under the rear sole following an arched trajectory substantially coincident with the center line of the sole of the foot; wherein the width of the medial tensioning strip is always less than the width of the bottom part of the shoe-upper; wherein the two ends of the front tensioning strip are provided with longitudinal appendages which extend/prolong along the bottom part of the shoe-upper, so as to reach and at least partly cover the insole arch region while joining each other; wherein the two ends of the rear tensioning strip extend on the bottom part of the shoe-upper, along the insole arch region, so as to at least partly cover the insole arch region; and wherein the medial tensioning strip extends along the bottom part of the shoe-upper, from the tarsal-phalangeal region of the sole of the foot to the talus-calcaneus region, passing over the longitudinal appendages of the front tensioning strip and the ends of the rear tensioning strip.
A time synchronization method, comprising: receiving, by a terminal device, a unicast message from an access network device, the unicast message comprises a first value, the first value is used to indicate a first time; obtaining, by the terminal device, a fifth time based on the first time and a preset time; and synchronizing, by the terminal device, a time of the terminal device based on the fifth time, the fifth time is corresponding to a time information reference point, the time information reference point is used to indicate a time domain location of the fifth time; characterized in that the unicast message further comprises a frame number of a first system frame, the first system frame is the time information reference point of the fifth time, the first system frame is a system frame that is closest to the second system frame and whose frame number is equal to the frame number of a first system frame, the second system frame is a system frame in which the terminal device receives the first value. receiving, by a terminal device, a unicast message from an access network device, the unicast message comprises a first value, the first value is used to indicate a first time; obtaining, by the terminal device, a fifth time based on the first time and a preset time; and synchronizing, by the terminal device, a time of the terminal device based on the fifth time, the fifth time is corresponding to a time information reference point, the time information reference point is used to indicate a time domain location of the fifth time; characterized in that the unicast message further comprises a frame number of a first system frame, the first system frame is the time information reference point of the fifth time, the first system frame is a system frame that is closest to the second system frame and whose frame number is equal to the frame number of a first system frame, the second system frame is a system frame in which the terminal device receives the first value.
A display device attachable at an attachment point behind a steering wheel of a vehicle, the display device is configured to break at a predetermined break portion to thereby detach a main body of the display device from the attachment point in the event that a steering column attached to the steering wheel is displaced further than a predetermined distance, characterized in that the display device is attachable to the steering column or a steering module via the predetermined break portion.
A base station for determining a control timing configuration, the control timing configuration providing a subframe timing setting for configuring downlink Hybrid Automatic Retransmission Request Acknowledgment, HARQ-ACK, control timing for a cell serving a user equipment in a multiple cell communications network, wherein the user equipment is served by a Time Division Duplex, TDD, based cell, and a Frequency Division Duplex, FDD, based cell, the base station comprising: processing circuitry configured to determine a control timing configuration for a secondary cell, the secondary cell being the FDD based cell, based on a control timing configuration of a primary cell, the primary cell being the TDD based cell; the processing circuitry is further configured to determine the control timing configuration based on a first altered configuration table, wherein the first altered configuration table is: UL-DL Configuration Subframe n 0 1 2 3 4 5 6 7 8 9 2* 8, 7, 4, 6, 5 8, 7, 4, 6, 5 3* 7, 6, 11, 10, 9, 8 6, 5 5, 4 4* 12, 8, 7, 11, 10, 9 6, 5, 4, 7 5* 13, 12, 9, 8, 7, 5, 4, 11, 6, 10; and the processing circuitry further configured to implement the control timing configuration for downlink HARQ-ACK control timing for a cell serving the user equipment, wherein the processing circuitry is further configured to determine the control timing configuration to be 2* if the control timing configuration of the primary cell is 0, 1, 2 or 6; or to be 5* if the control timing configuration of the primary cell is 3, 4 or 5. processing circuitry configured to determine a control timing configuration for a secondary cell, the secondary cell being the FDD based cell, based on a control timing configuration of a primary cell, the primary cell being the TDD based cell; the processing circuitry is further configured to determine the control timing configuration based on a first altered configuration table, wherein the first altered configuration table is: UL-DL Configuration Subframe n 0 1 2 3 4 5 6 7 8 9 2* 8, 7, 4, 6, 5 8, 7, 4, 6, 5 3* 7, 6, 11, 10, 9, 8 6, 5 5, 4 4* 12, 8, 7, 11, 10, 9 6, 5, 4, 7 5* 13, 12, 9, 8, 7, 5, 4, 11, 6, 10; and the processing circuitry further configured to implement the control timing configuration for downlink HARQ-ACK control timing for a cell serving the user equipment, wherein the processing circuitry is further configured to determine the control timing configuration to be 2* if the control timing configuration of the primary cell is 0, 1, 2 or 6; or to be 5* if the control timing configuration of the primary cell is 3, 4 or 5.
Sensor circuit for sensing of an electrolyte solution or variation thereof, comprising: - a signal generator configured for generating signals in a predefined frequency range above 1 MHz; - a capacitive sensor (Cs) comprising a first and a second electrode (101, 141; 102, 142), wherein the electrolyte solution constitutes a medium of the capacitive sensor, - an output circuit for conditioning a response into a sensor signal. wherein - the capacitive sensor is part of a secondary, floating circuit which is coupled in a contactless manner to a primary circuit comprising the signal generator and the output circuit, and wherein said response is transmitted from the secondary circuit, characterized in that: - the primary circuit further comprises a resonant tank circuit (Cp1, Cp2, Lp) including at least one capacitor and an inductor coupled in parallel to ground, and - the secondary, floating circuit is inductively coupled to the primary circuit via the inductor of the resonant tank circuit. - a signal generator configured for generating signals in a predefined frequency range above 1 MHz; - a capacitive sensor (Cs) comprising a first and a second electrode (101, 141; 102, 142), wherein the electrolyte solution constitutes a medium of the capacitive sensor, - an output circuit for conditioning a response into a sensor signal. wherein - the capacitive sensor is part of a secondary, floating circuit which is coupled in a contactless manner to a primary circuit comprising the signal generator and the output circuit, and wherein said response is transmitted from the secondary circuit, - the primary circuit further comprises a resonant tank circuit (Cp1, Cp2, Lp) including at least one capacitor and an inductor coupled in parallel to ground, and - the secondary, floating circuit is inductively coupled to the primary circuit via the inductor of the resonant tank circuit.
A portable communication device comprising a transceiver unit for establishing a wireless communication link using a digital modulation scheme with a packet-based frequency hopping scheme including at least one advertising channel, an antenna, an antenna tuning circuit connected to the transceiver unit and the antenna for tuning the antenna, and a control unit for controlling the antenna tuning circuit, wherein the transceiver unit is adapted to estimate the strength of signals received in the at least one advertising channel and to supply the control unit with a signal representative of the estimated signal strength in the at least one advertising channel, wherein the control unit is adapted to control the antenna tuning circuit such that the antenna is tuned, by adjustment of the resonance frequency of the antenna, according to said signal representative of the estimated signal strength in the at least one advertising channel.
A body fluid testing device for analyzing a body fluid, comprising: • a housing • a test media tape adapted to collect the body fluid, • a supply portion storing an uncontaminated section of the test media tape, • a storage portion for storing a contaminated section of the test media tape, • an exposure portion positioned between the supply portion and the storage portion, the exposure portion being adapted to expose a section of the test media tape to body fluid on a body surface; said exposure portion has a tip portion for exposing a test medium of said test media tape to body fluid application and said tip portion imposing a change of direction to said tape which is above 60°, and the body fluid testing device further comprising optics coupled with the tip portion, characterised in that said tip portion at least partially is located outside the contour of said housing. • a housing • a test media tape adapted to collect the body fluid, • a supply portion storing an uncontaminated section of the test media tape, • a storage portion for storing a contaminated section of the test media tape, • an exposure portion positioned between the supply portion and the storage portion, the exposure portion being adapted to expose a section of the test media tape to body fluid on a body surface;
A quad-bike vehicle having a chassis, four wheels rotatably mounted on the chassis, an engine for driving at least two of the wheels, a seat for a user, a handlebar for steering at least two of the wheels, a tow-hitch, and a carrier device for mounting on the tow-hitch, the carrier device having a foldable platform, a back, and a tow-hitch attachment element for releasable attachment to the tow-hitch, the platform being foldable towards the back to adopt a storage condition, and being foldable down to adopt an in use condition, characterised in that, in the use condition, the platform is suspended above the ground without supporting wheels, and in that the carrier device includes a stop at a pivot between the back and the platform and projecting substantially perpendicularly from the back, the stop and the pivot being the only points of connection between the platform and the back when the platform is in the use condition.
Device for cultivating cells or microorganisms, comprising a vessel and a cover defining in the closed state a controlled-atmosphere enclosure, the vessel comprising an upper chamber and a lower chamber which are connected to one another, the device comprising an assembly designed to be placed inside the vessel in the first chamber and to be removable therefrom, the assembly comprising at least one tray (201, 202, 203, 204) for receiving a solid or liquid culture medium, the device being characterised in that the lower chamber is suitable for receiving a liquid culture medium and in that the device further comprises a system for controlling the overflow of the liquid medium from the lower chamber to the upper chamber in order to prevent matter from being transferred from the lower chamber to the upper chamber.
A coffee machine comprising a coffee dispenser having a support, a first spout and at least a second spout for dispensing coffee, compris ing a mechanism for connecting said first and at least second spout (4, 5) to said support and configured to adjust the position of said first and at least second spout (4, 5) in the direction of the width and at the same time in the direction of the height of said coffee machine, characterised in that said mechanism comprises a first mechanism for connecting said first spout to said support and at least a second mechanism for connecting said second spout to said support, said first and said second mechanism (13, 20), respectively, comprising a first and a second hinged quadrilateral, respectively, having hinging axes (18, 19, 25, 26) oriented in the direction of the depth of the coffee machine.
A blood pack donation kit (2, 102) configured for use in whole blood donation and simultaneous use with a lab-on-a-chip device (4, 104) for separation and collection of biomarkers, wherein the kit comprises a) a blood collection container (6, 106) having a volume and at least one opening (8, 108); b) a biomarker collection container (10, 110) having a volume and at least one opening (12, 112); c) a first flow path (14, 114) having a first end (16, 116) connected to the opening (8, 108) in the blood collection container (6, 106) and a second end (18, 118) configured to be connected to a first outlet opening (20, 120) of a lab-on-a-chip device (4, 104); d) a second flow path (22, 122) having a first end (24, 124) connected to the opening (12, 112) in the biomarker collection container (10, 110) and a second end (26, 126) configured to be connected to a second outlet opening (28, 128) of the lab-on-a-chip device (4, 104); and e) a third flow path (30, 130) having a first end (32, 132) connected to a needle (34, 134) and a second end (36, 136) configured to be connected to an inlet opening (38, 138) of the lab-on-a-chip device (4, 104). a) a blood collection container (6, 106) having a volume and at least one opening (8, 108); b) a biomarker collection container (10, 110) having a volume and at least one opening (12, 112); c) a first flow path (14, 114) having a first end (16, 116) connected to the opening (8, 108) in the blood collection container (6, 106) and a second end (18, 118) configured to be connected to a first outlet opening (20, 120) of a lab-on-a-chip device (4, 104); d) a second flow path (22, 122) having a first end (24, 124) connected to the opening (12, 112) in the biomarker collection container (10, 110) and a second end (26, 126) configured to be connected to a second outlet opening (28, 128) of the lab-on-a-chip device (4, 104); and e) a third flow path (30, 130) having a first end (32, 132) connected to a needle (34, 134) and a second end (36, 136) configured to be connected to an inlet opening (38, 138) of the lab-on-a-chip device (4, 104).
Sheet alignment module for aligning sheets in an operative orientation on a substantially horizontal sheet support member, comprising a jogger member comprising a substantially flat surface extending in a substantially vertical direction, the jogger member is moveably mounted on the sheet alignment module such that the jogger member is freely moveable in a substantially vertical direction with respect to the sheet alignment module, the sheet alignment module characterized by comprising a support roller, the support roller being rotatably mounted on the sheet alignment module and configured to support the sheet alignment module during a sheet aligning movement.