mhurhangee/ep-ind-claims huggingface dataset:
A magnetic RFID test system, characterized that it comprises: a first transmit loop configured to transmit a radio frequency, RF, signal; and a second receive loop configured to receive the RF signal; and an RFID tag; wherein a relative angle between the first loop and the second loop is 90 degrees so power transfer of the RF signal representing a coupling between the first loop and the second loop is at a minimum; wherein when the RFID tag is present in a coupling zone of the magnetic RFID test system, the angle becomes less than 90 degrees between the first loop and the RFID tag, and the first loop is configured to couple to a frequency specific magnetic element of the RFID tag and to induce a current to the frequency specific magnetic element of the RFID tag; wherein, based on the induced current, the frequency specific magnetic element of the RFID tag is configured to create a magnetic field to transmit the RF signal; and wherein when the RFID tag is present in the coupling zone of the magnetic RFID test system, the angle becomes less than 90 degrees between the RFID tag and the second loop, and the RFID tag is configured to couple to the second loop. a first transmit loop configured to transmit a radio frequency, RF, signal; and a second receive loop configured to receive the RF signal; and an RFID tag; wherein a relative angle between the first loop and the second loop is 90 degrees so power transfer of the RF signal representing a coupling between the first loop and the second loop is at a minimum; wherein when the RFID tag is present in a coupling zone of the magnetic RFID test system, the angle becomes less than 90 degrees between the first loop and the RFID tag, and the first loop is configured to couple to a frequency specific magnetic element of the RFID tag and to induce a current to the frequency specific magnetic element of the RFID tag; wherein, based on the induced current, the frequency specific magnetic element of the RFID tag is configured to create a magnetic field to transmit the RF signal; and wherein when the RFID tag is present in the coupling zone of the magnetic RFID test system, the angle becomes less than 90 degrees between the RFID tag and the second loop, and the RFID tag is configured to couple to the second loop.
Sheet collating device for accumulating sheets from at least one hopper, comprising: - a lower transport path and an upper transport path; - a switchable guide for directing the sheets from the at least one hopper to the lower or the upper transport path; - left and right upper drive shafts (220a, 220b) connected to a right and a left upper drive pulleys (224a, 224b) supporting a pair of upper belts (208a, 208b); characterized in that it further comprises: - first and second lower drive shaft (232a, 232b) connected to a right and a left lower drive pulleys (234a, 234b) supporting first and second pairs of lower belts (210a, 210b; 212a, 212b); - a first series of left paddles (214a, 214b) mounted on the first pair of lower belts (210a, 210b) and a first series of right paddles (216a, 216b) mounted on the second pair of lower belts (212a, 212b) for registering a collated set of sheets; and in that a drive direction of the pair of upper belts (208a, 208b) is changed dependent on what transport path of the upper and lower transport paths (204, 206) is selected. - a lower transport path and an upper transport path; - a switchable guide for directing the sheets from the at least one hopper to the lower or the upper transport path; - left and right upper drive shafts (220a, 220b) connected to a right and a left upper drive pulleys (224a, 224b) supporting a pair of upper belts (208a, 208b); - first and second lower drive shaft (232a, 232b) connected to a right and a left lower drive pulleys (234a, 234b) supporting first and second pairs of lower belts (210a, 210b; 212a, 212b); - a first series of left paddles (214a, 214b) mounted on the first pair of lower belts (210a, 210b) and a first series of right paddles (216a, 216b) mounted on the second pair of lower belts (212a, 212b) for registering a collated set of sheets; and in that a drive direction of the pair of upper belts (208a, 208b) is changed dependent on what transport path of the upper and lower transport paths (204, 206) is selected.
A three-dimensional woven structure comprising: a plurality of first yarns in a particular direction; a plurality of second yarns in another direction interwoven with the plurality of first yarns, characterized in that at least some second yarns are a laminated structure having at least three layers (202, 204, 206) that include a second yarn first layer of fibers) having fibers in a first direction, a second yarn second layer of fibers having fibers in a first or second direction, and at least one second yarn bias layer (204, 206), each of the at least one second yarn bias layers (204, 206) having fibers at an angle of other than 0° or 90° with respect to fibers in second yarn layers that are not second yarn bias layers, and the at least one second yarn bias layer (204, 206) being disposed between the second yarn first and second layers, wherein fibers in a second yarn first bias layer are at a first angle with respect to the first direction. a plurality of first yarns in a particular direction; a plurality of second yarns in another direction interwoven with the plurality of first yarns, characterized in that at least some second yarns are a laminated structure having at least three layers (202, 204, 206) that include a second yarn first layer of fibers) having fibers in a first direction, a second yarn second layer of fibers having fibers in a first or second direction, and at least one second yarn bias layer (204, 206), each of the at least one second yarn bias layers (204, 206) having fibers at an angle of other than 0° or 90° with respect to fibers in second yarn layers that are not second yarn bias layers, and the at least one second yarn bias layer (204, 206) being disposed between the second yarn first and second layers, wherein fibers in a second yarn first bias layer are at a first angle with respect to the first direction. a second yarn first layer of fibers) having fibers in a first direction, a second yarn second layer of fibers having fibers in a first or second direction, and at least one second yarn bias layer (204, 206), each of the at least one second yarn bias layers (204, 206) having fibers at an angle of other than 0° or 90° with respect to fibers in second yarn layers that are not second yarn bias layers, and the at least one second yarn bias layer (204, 206) being disposed between the second yarn first and second layers, wherein fibers in a second yarn first bias layer are at a first angle with respect to the first direction.
A pharmaceutical composition comprising a ROBO2 inhibitor that inhibits ROBO2 biological activity, wherein the ROBO2 inhibitor is a soluble ROBO2 protein comprising a fusion polypeptide comprising both the Ig1 and Ig2 SLIT binding domains of ROBO2 with no intracellular ROBO2 domain.
An information processing apparatus for calculating a color separation evaluation value of a data converting section for converting data of a first color space to data of a second color space, said information processing apparatus comprising: an inputting section for resolving the first color space into a plurality of steps, for generating, by using said data converting section, patch image data composed of color data in the second color space corresponding to color data of the individual steps after resolving, and for inputting measured data in a third color space, the measured data obtained by carrying out colorimetry of a generated patch image; an evaluation reference space generating section for extracting reference point data from the measured data input by said inputting section, and calculating, by using the reference point data, coordinate data of linear spatial distribution points in the third color space as an evaluation reference of gradation; and a color separation evaluation value calculating section for calculating the color separation evaluation values of said data converting section from differences between the measured data and the coordinate data corresponding to the individual steps, wherein reference points represented by the reference point data are white, black and six primaries of primary colors and secondary colors of said measured data. an inputting section for resolving the first color space into a plurality of steps, for generating, by using said data converting section, patch image data composed of color data in the second color space corresponding to color data of the individual steps after resolving, and for inputting measured data in a third color space, the measured data obtained by carrying out colorimetry of a generated patch image; an evaluation reference space generating section for extracting reference point data from the measured data input by said inputting section, and calculating, by using the reference point data, coordinate data of linear spatial distribution points in the third color space as an evaluation reference of gradation; and a color separation evaluation value calculating section for calculating the color separation evaluation values of said data converting section from differences between the measured data and the coordinate data corresponding to the individual steps, wherein reference points represented by the reference point data are white, black and six primaries of primary colors and secondary colors of said measured data.
A composite particle comprising: a core; a first sealant layer formed of a cohesive hydratable material encapsulating the core; a second sealant layer formed of a hydratable material disposed around the first sealant layer; a fibrous reinforcing material in the second sealant layer; and a barrier layer formed around the first sealant layer dividing the first sealant layer from the second sealant layer, wherein the second sealant layer is disposed around the barrier layer and the first sealant layer, and optionally a protective coating surrounding the composite particle forming an outer shell; wherein the hydratable materials of the first sealant layer and the second sealant layer are different. a core; a first sealant layer formed of a cohesive hydratable material encapsulating the core; a second sealant layer formed of a hydratable material disposed around the first sealant layer; a fibrous reinforcing material in the second sealant layer; and a barrier layer formed around the first sealant layer dividing the first sealant layer from the second sealant layer, wherein the second sealant layer is disposed around the barrier layer and the first sealant layer, and optionally a protective coating surrounding the composite particle forming an outer shell; wherein the hydratable materials of the first sealant layer and the second sealant layer are different.
An exhaust gas treatment system comprising a SCR catalyst composition; and a LNT composition, wherein the LNT composition is in fluid communication with and downstream of the SCR catalyst composition, wherein the SCR catalyst composition is disposed on a first substrate and the LNT composition is disposed on a second substrate, characterized in that the first substrate is close-coupled and the second substrate is under-floor. a SCR catalyst composition; and a LNT composition, wherein the LNT composition is in fluid communication with and downstream of the SCR catalyst composition, wherein the SCR catalyst composition is disposed on a first substrate and the LNT composition is disposed on a second substrate, characterized in that the first substrate is close-coupled and the second substrate is under-floor.
A flux comprising: a rosin methyl ester, an unesterified rosin, and, an activator which includes an organic halogen compound activator wherein a content of the rosin methyl ester is 0.5% to 20% by mass with respect to a total mass of the flux, a content of the unesterified rosin is 40% to 98.9% by mass with respect to the total mass of the flux, and the flux is a solid or solid-like flux at 25°C wherein a viscosity η 1 at 25°C is 3,200 Pa·s or more which is measured 5 minutes after a start of rotation at 6 Hz using a rheometer, and is suitable for use as an inside of a flux-cored solder or an exterior of a flux-coated solder. a rosin methyl ester, an unesterified rosin, and, an activator which includes an organic halogen compound activator wherein a content of the rosin methyl ester is 0.5% to 20% by mass with respect to a total mass of the flux, a content of the unesterified rosin is 40% to 98.9% by mass with respect to the total mass of the flux, and the flux is a solid or solid-like flux at 25°C wherein a viscosity η 1 at 25°C is 3,200 Pa·s or more which is measured 5 minutes after a start of rotation at 6 Hz using a rheometer, and is suitable for use as an inside of a flux-cored solder or an exterior of a flux-coated solder.
A device for detecting an acceleration, comprising: a frame; a mass; a lever arm connected to the mass, wherein the mass is provided at a first lever position; an optical fiber with a fiber-optic sensor; and a compensation element for disturbance variables, wherein the compensation element for disturbance variables is connected to the lever arm or the mass and wherein the compensation element for disturbance variables is connected to the frame, wherein the compensation element comprises a fiber holder which is provided independent from the lever arm, wherein the optical fiber is connected to the fiber holder. a frame; a mass; a lever arm connected to the mass, wherein the mass is provided at a first lever position; an optical fiber with a fiber-optic sensor; and a compensation element for disturbance variables, wherein the compensation element for disturbance variables is connected to the lever arm or the mass and wherein the compensation element for disturbance variables is connected to the frame, wherein the compensation element comprises a fiber holder which is provided independent from the lever arm, wherein the optical fiber is connected to the fiber holder.
Cosmetic preparation comprising a) one or more UV filters b) polyglyceryl-10 stearate (INCI Polyglyceryl-10 Stearate), c) linalool, wherein the preparation is free from 2-hydroxy-4-methoxybenzophenone, 2-ethylhexyl 4-methoxycinnamate, isoamyl 4-methoxycinnamate and 3-(4-methylbenzylidene)camphor. a) one or more UV filters b) polyglyceryl-10 stearate (INCI Polyglyceryl-10 Stearate), c) linalool, wherein the preparation is free from 2-hydroxy-4-methoxybenzophenone, 2-ethylhexyl 4-methoxycinnamate, isoamyl 4-methoxycinnamate and 3-(4-methylbenzylidene)camphor.
A valvular structure for minimizing blood loss from a heart during implantation of a heart assist device comprising: a housing having a proximal end and a distal end; and a valve disposed within the housing, the valve including flexible members configured to block fluid flow from the distal end to the proximal end, and configured to open in response to passage of an instrument through the housing and to close autonomously upon removal of the instrument from the housing, characterized in that the valvular structure is divided into two longitudinal halves that are separated by an imaginary plane coincident with a longitudinal axis of the valvular structure and movable relative to each other, and wherein each half of the valvular structure includes half of the housing and half of the valve. a housing having a proximal end and a distal end; and a valve disposed within the housing, the valve including flexible members configured to block fluid flow from the distal end to the proximal end, and configured to open in response to passage of an instrument through the housing and to close autonomously upon removal of the instrument from the housing, characterized in that the valvular structure is divided into two longitudinal halves that are separated by an imaginary plane coincident with a longitudinal axis of the valvular structure and movable relative to each other, and wherein each half of the valvular structure includes half of the housing and half of the valve.
A dual clutch transmission comprising: an input shaft having an input member; an odd shaft carrying a plurality of odd gear pinions (570, 574, 578); an odd clutch coupled between the input shaft and the odd shaft according to an odd gear ratio; an even shaft parallel and spaced apart with respect to the odd shaft and carrying a plurality of even gear pinions (572, 576); an even clutch coupled between the input shaft and the even shaft according to an even gear ratio, the input member being in simultaneous driving relation with the odd clutch and the even clutch; and an output shaft parallel and spaced apart with respect to the odd and even shafts and carrying a first plurality of output gears (552, 554, 556) in mesh with the odd gear pinions (570, 574, 578) to provide a plurality of odd gear ratios, and a second plurality of output gears (554, 556) in mesh with the even gear pinions (572, 576) to provide a plurality of even gear ratios; characterised in that the plurality of odd gear pinions (570, 574, 578) include a first gear pinion rotatable with respect to the odd shaft and connectable to the odd shaft by a one-way clutch, and in that the said even gear ratio is different from the said odd gear ratio. an input shaft having an input member; an odd shaft carrying a plurality of odd gear pinions (570, 574, 578); an odd clutch coupled between the input shaft and the odd shaft according to an odd gear ratio; an even shaft parallel and spaced apart with respect to the odd shaft and carrying a plurality of even gear pinions (572, 576); an even clutch coupled between the input shaft and the even shaft according to an even gear ratio, the input member being in simultaneous driving relation with the odd clutch and the even clutch; and an output shaft parallel and spaced apart with respect to the odd and even shafts and carrying a first plurality of output gears (552, 554, 556) in mesh with the odd gear pinions (570, 574, 578) to provide a plurality of odd gear ratios, and a second plurality of output gears (554, 556) in mesh with the even gear pinions (572, 576) to provide a plurality of even gear ratios; characterised in that the plurality of odd gear pinions (570, 574, 578) include a first gear pinion rotatable with respect to the odd shaft and connectable to the odd shaft by a one-way clutch, and in that the said even gear ratio is different from the said odd gear ratio.
Method for controlling a reversible belt tensioner of a safety belt in a motor vehicle by, - recording a chronological sequence of at least one state variable, - detecting a predetermined driving manoeuvre using the chronological sequence of the at least one recorded state variable, and - triggering the reversible belt tensioner depending on the detected driving manoeuvre, characterised in that - the predetermined driving manoeuvre is a transition from a reverse drive to a forward drive and the belt tensioner is triggered to tighten the safety belt by a commencement of the forward drive. - recording a chronological sequence of at least one state variable, - detecting a predetermined driving manoeuvre using the chronological sequence of the at least one recorded state variable, and - triggering the reversible belt tensioner depending on the detected driving manoeuvre, - the predetermined driving manoeuvre is a transition from a reverse drive to a forward drive and the belt tensioner is triggered to tighten the safety belt by a commencement of the forward drive.
A set intended to be placed in a thermochemical reactor, for producing thermal energy, including at least one block of reactive solid medium capable of reacting with a fluid to produce heat, said block being contained in a thermally conductive protection envelope, characterised in that said protection envelope comprises a liquid-impermeable and gas-permeable microporous membrane.
A method for operating a first station, the method comprising: receiving, by the first station, a first management frame from an access point, wherein the first management frame is responsive to a second management frame sent from a second station to the access point; generating, by the first station, an optimized management frame including a reference to the first management frame and update information for the first management frame specific to the first station, wherein the update information is used to modify information elements in the first management frame; and transmitting, by the first station, the optimized management frame. receiving, by the first station, a first management frame from an access point, wherein the first management frame is responsive to a second management frame sent from a second station to the access point; generating, by the first station, an optimized management frame including a reference to the first management frame and update information for the first management frame specific to the first station, wherein the update information is used to modify information elements in the first management frame; and transmitting, by the first station, the optimized management frame.
A thin film transistor, TFT, comprising: an active layer, an etch stop layer, ESL, a source electrode and a drain electrode, wherein the active layer comprises: at least one first active portion, a second active portion and a third active portion located on both sides of the first active portion and connected to the first active portion; the at least one first active portion is overlaid by the ESL, and a longitudinal width of the at least one first active portion is less than those/that of the second active portion and/or the third active portion; the second active portion and the third active portion are partially overlaid by a horizontally-extending portion of the ESL on the first active portion; a side wing contact is formed between the second active portion and one electrode of the source electrode and the drain electrode, and/or a side wing contact is formed between the third active portion and the other electrode of the source electrode and the drain electrode, the source electrode and the drain electrode is formed on the ESL; when the side wing contact is formed between the second active portion and the source electrode, the second active portion comprises: a first overlay portion which is overlaid by the ESL, and a first side wing portion which is not overlaid by the ESL and located in a longitudinal direction of the first overlay portion, wherein the side wing contact is formed between the second active portion and the source electrode through the first side wing portion; and when the side wing contact is formed between the third active portion and the drain electrode, the third active portion comprises: a second overlay portion overlaid by the ESL, and a second side wing portion which is not overlaid by the ESL and located in a longitudinal direction of the second overlay portion, wherein the side wing contact is formed between the third active portion and the drain electrode through the second side wing portion.
Active ingredient combinations comprising (I-1) N-{2-[3-chloro-5-(trifluoromethyl)-2-pyridinyl]ethyl}-2-trifluoromethylbenzamide of formula (fluopyram) and also its N-oxides and at least one active insecticidal or nematicidal ingredient selected from the group consisting of Paecilomyces lilacinus strain 251 (II-6). (I-1) N-{2-[3-chloro-5-(trifluoromethyl)-2-pyridinyl]ethyl}-2-trifluoromethylbenzamide of formula (fluopyram) and also its N-oxides and at least one active insecticidal or nematicidal ingredient selected from the group consisting of Paecilomyces lilacinus strain 251 (II-6).