mhurhangee/ep-ind-claims huggingface dataset:
Pneumatical trailer brake system for a commercial vehicle comprising an interface with a) a coupling head supply by which it is possible to transfer a supply pressure from a tractor to the trailer, and b) a coupling head brake by which it is possible to transfer a brake control pressure from the tractor to the trailer, characterised in that c) additional to the interface with the coupling heads (16, 17) another interface is provided which comprises a coupling unit having a supply pressure port and a brake control pressure port, and d) the pneumatical trailer brake system is optionally coupleable with the tractor da) by the interface with the coupling heads (16, 17) or db) by the other interface comprising the coupling unit. a) a coupling head supply by which it is possible to transfer a supply pressure from a tractor to the trailer, and b) a coupling head brake by which it is possible to transfer a brake control pressure from the tractor to the trailer, c) additional to the interface with the coupling heads (16, 17) another interface is provided which comprises a coupling unit having a supply pressure port and a brake control pressure port, and d) the pneumatical trailer brake system is optionally coupleable with the tractor da) by the interface with the coupling heads (16, 17) or db) by the other interface comprising the coupling unit. da) by the interface with the coupling heads (16, 17) or db) by the other interface comprising the coupling unit.
A flat display device, comprising: a flat display module; front and back covers (3,4) defining a space for receiving the flat display module and protecting components disposed in the space, such that there is gap between a heat generating component provided on a surface of the flat display module and an inner surface of the back cover allowing air to flow through the gap to cool the heat generating component; an air inlet formed on a portion of the back cover along the overall longitudinal length of the lower periphery of the back cover; an air outlet formed on an upper peripheral portion of the back cover that is inclined toward a center of the flat display module as it goes rearward, such that it can be hidden when the flat display device is viewed from a front side; a cross-flow fan disposed between an upper portion of the back cover and an upper portion of the front cover, along the overall longitudinal length of the top surface of the back cover, wherein the cross-flow fan includes an impeller disposed in the longitudinal direction of the back cover, and wherein the effective exhaust area of the air outlet channel of the cross-flow fan is formed throughout the overall area of the top surface of the back cover. a flat display module; front and back covers (3,4) defining a space for receiving the flat display module and protecting components disposed in the space, such that there is gap between a heat generating component provided on a surface of the flat display module and an inner surface of the back cover allowing air to flow through the gap to cool the heat generating component; an air inlet formed on a portion of the back cover along the overall longitudinal length of the lower periphery of the back cover; an air outlet formed on an upper peripheral portion of the back cover that is inclined toward a center of the flat display module as it goes rearward, such that it can be hidden when the flat display device is viewed from a front side; a cross-flow fan disposed between an upper portion of the back cover and an upper portion of the front cover, along the overall longitudinal length of the top surface of the back cover, wherein the cross-flow fan includes an impeller disposed in the longitudinal direction of the back cover, and wherein the effective exhaust area of the air outlet channel of the cross-flow fan is formed throughout the overall area of the top surface of the back cover.
A security tag for a garment article for anti-theft purpose, said security tag comprising: a first tag part, and a second tag part for sandwiching said garment article between said first tag part and said second tag part, said first tag part comprising: - a pin lock for receiving a pin and securing said pin, - a handle for locking and unlocking said pin lock, said handle being movable between a first position and a second position, said pin being secured by said pin lock when said pin lock being locked by said handle in said first position, said pin being releasable from said pin lock when said pin lock being unlocked by said handle in said second position, said first tag part further comprising: - a handle lock for arresting said handle in said first position, said second tag part comprising: a pin head with said pin extending from said pin head for penetrating said garment article, and engaging said pin lock for locking said first tag and said second tag together. a first tag part, and a second tag part for sandwiching said garment article between said first tag part and said second tag part, said first tag part comprising: - a pin lock for receiving a pin and securing said pin, - a handle for locking and unlocking said pin lock, - a pin lock for receiving a pin and securing said pin, - a handle for locking and unlocking said pin lock, said handle being movable between a first position and a second position, said pin being secured by said pin lock when said pin lock being locked by said handle in said first position, said pin being releasable from said pin lock when said pin lock being unlocked by said handle in said second position, said first tag part further comprising: - a handle lock for arresting said handle in said first position, - a handle lock for arresting said handle in said first position, said second tag part comprising: a pin head with said pin extending from said pin head for penetrating said garment article, and engaging said pin lock for locking said first tag and said second tag together.
Use of an estolide ester compound as a replacement of silicone conditioning components in shampoo compositions, wherein the estolide ester compound has the Formula: wherein n is from 1 to 10, preferably from 2 to 8, in particular from 3 to 7, and R is selected from branched or linear C 3-20 -alkyl, preferably C 6-18 -alkyl, more preferably C 10-16 -alkyl, even more preferably C 12-14 -alkyl. n is from 1 to 10, preferably from 2 to 8, in particular from 3 to 7, and R is selected from branched or linear C 3-20 -alkyl, preferably C 6-18 -alkyl, more preferably C 10-16 -alkyl, even more preferably C 12-14 -alkyl.
Screwless clamping device for lightning protection conductors or earthing conductors of different crosssectional areas, consisting of a first clamping part, which has a first spring leg pair having two opposite spring legs (1; 2) and a second spring leg pair having two opposite spring legs (5; 6) of electrically conductive material, the spring legs (1; 2; 5; 6) having a shaping for receiving and contacting a portion of an electrical conductor, and having an connecting portion (7; 8) in each case between the spring legs of the first and second spring leg pair (3; 4), the connecting portions (7; 8) being arranged between the first and second spring leg pair (3; 4) for a back-to-back connection to a second clamping part, characterised in that the connecting portions (7; 8) extend over a space between the first and second spring leg pairs (3; 4), the spring leg pairs (3; 4) which are thus spaced apart lying on a shared longitudinal axis, furthermore a stabilising web is formed between the spaced-apart spring leg pairs (3; 4) in the region of the free end of each spring leg and connects the adjacent spring leg (1; 5 or 2; 6) located on one side, the second clamping part of the clamping device consists of at least two spaced-apart spring legs (20; 21) lying in a plane, a bendable spring tongue penetrating into the space between the spring legs (20; 21), furthermore the spring tongue and the spring leg (20; 21) of the second clamping part transition into a shared connecting portion formed as an elbow, and the back-to-back connection of the first and second clamping parts can be implemented via this elbow. the connecting portions (7; 8) extend over a space between the first and second spring leg pairs (3; 4), the spring leg pairs (3; 4) which are thus spaced apart lying on a shared longitudinal axis, furthermore a stabilising web is formed between the spaced-apart spring leg pairs (3; 4) in the region of the free end of each spring leg and connects the adjacent spring leg (1; 5 or 2; 6) located on one side, the second clamping part of the clamping device consists of at least two spaced-apart spring legs (20; 21) lying in a plane, a bendable spring tongue penetrating into the space between the spring legs (20; 21), furthermore the spring tongue and the spring leg (20; 21) of the second clamping part transition into a shared connecting portion formed as an elbow, and the back-to-back connection of the first and second clamping parts can be implemented via this elbow.
A method for testing a vibration damper of a motor vehicle in the installed state, comprising the following steps: setting start values of a damping constant kA, a spring rate cA for a wheel of a motor vehicle, and a motor vehicle body mass mA; inducing a vertical vibration of the motor vehicle by means of a defined excitation of one wheel on an axle of the motor vehicle; optically detecting the positions of the wheel sR real and the body shell of the motor vehicle at a plurality of detection instants during the vibration; determining a theoretical body vibration excursion sA Modell by a simulation model based on the differential equation mA ⋅ s ̈ A Modell + kA ⋅ s ̇ A Modell − s ̇ R real + cA ⋅ sA Modell − sR real = 0 using as parameters the position of said one wheel sR real, the body mass mA for the respective wheel of the motor vehicle, the damping constant kA and the spring rate cA; minimizing the error function Δ = ∑ i = 1 n sA real, i − sA Modell, i 2 obtained from the deviations between the theoretical body vibration excursion sA Modell and the observed body vibration excursion sA real at said detection instants, and determining the damping constant kA, the spring rate cA and the body mass mA therefrom; and determining the damping measure θ = kA 2 cA ⋅ mA of the vibration damper. setting start values of a damping constant kA, a spring rate cA for a wheel of a motor vehicle, and a motor vehicle body mass mA; inducing a vertical vibration of the motor vehicle by means of a defined excitation of one wheel on an axle of the motor vehicle; optically detecting the positions of the wheel sR real and the body shell of the motor vehicle at a plurality of detection instants during the vibration; determining a theoretical body vibration excursion sA Modell by a simulation model based on the differential equation mA ⋅ s ̈ A Modell + kA ⋅ s ̇ A Modell − s ̇ R real + cA ⋅ sA Modell − sR real = 0 using as parameters the position of said one wheel sR real, the body mass mA for the respective wheel of the motor vehicle, the damping constant kA and the spring rate cA; minimizing the error function Δ = ∑ i = 1 n sA real, i − sA Modell, i 2 obtained from the deviations between the theoretical body vibration excursion sA Modell and the observed body vibration excursion sA real at said detection instants, and determining the damping constant kA, the spring rate cA and the body mass mA therefrom; and determining the damping measure θ = kA 2 cA ⋅ mA of the vibration damper.
A stable lyophilisate comprising 5,10-methylen- - tetrahydrofolic acid, or a pharmaceutically acceptable salt thereof, and a dicarboxylic acid, or a salt thereof, wherein the dicarboxylic acid is succinic, maleic, malic, tartaric, fumaric or oxalic acid.
A computer-implemented method comprising: obtaining observed channel response data from a motion detection system, the observed channel response data based on wireless signals transmitted over a plurality of wireless links in a space, the observed channel response data associated with a plurality of subcarriers for each wireless link over a period of time; generating estimated channel response data for each of the plurality of subcarriers for each wireless link; identifying switching times that are indicative of a transition between zones of activity in the estimated channel response data for each of the plurality of subcarriers for each wireless link; and detecting a new motion zone of the motion detection system based on the estimated channel response data and the identified transitions. obtaining observed channel response data from a motion detection system, the observed channel response data based on wireless signals transmitted over a plurality of wireless links in a space, the observed channel response data associated with a plurality of subcarriers for each wireless link over a period of time; generating estimated channel response data for each of the plurality of subcarriers for each wireless link; identifying switching times that are indicative of a transition between zones of activity in the estimated channel response data for each of the plurality of subcarriers for each wireless link; and detecting a new motion zone of the motion detection system based on the estimated channel response data and the identified transitions.
1. A personal hygiene device, in particular a toothbrush, comprising: a handle; a treatment head mounted for relative movement of at least a portion of the treatment head with respect to the handle against a restoring force when a treatment force is applied in at least one direction onto the treatment head; a treatment force measurement unit for determining the applied treatment force comprising a light emitting element, a light sensitive element, and a light changing element arranged at least partly in the light path between the light emitting element and the light sensitive element; wherein the light changing element and at least one of the light emitting element or light sensitive element are arranged to be moved relatively to each other when at least the portion of the treatment head is moved. a handle; a treatment head mounted for relative movement of at least a portion of the treatment head with respect to the handle against a restoring force when a treatment force is applied in at least one direction onto the treatment head; a treatment force measurement unit for determining the applied treatment force comprising a light emitting element, a light sensitive element, and a light changing element arranged at least partly in the light path between the light emitting element and the light sensitive element; wherein the light changing element and at least one of the light emitting element or light sensitive element are arranged to be moved relatively to each other when at least the portion of the treatment head is moved.
A method of isolating stem cells from liposuction effluent, comprising: separating and identifying stem cells from effluent obtained from a liposuction procedure, wherein the stem cells are identified as agranular cells which express telomerase, and culturing subpopulations of the stem cells in each of an adipogenic, a myogenic, a chondrogenic and an osteogenic defined medium to determine the capacity of the stem cells to differentiate, wherein, as determined by said culturing of subpopulations of the stem cells, the isolated non-differentiated stem cells have the capacity to differentiate in accordance with at least three developmental pathways selected from adipogenic, myogenic, chondrogenic and osteogenic. separating and identifying stem cells from effluent obtained from a liposuction procedure, wherein the stem cells are identified as agranular cells which express telomerase, and culturing subpopulations of the stem cells in each of an adipogenic, a myogenic, a chondrogenic and an osteogenic defined medium to determine the capacity of the stem cells to differentiate, wherein, as determined by said culturing of subpopulations of the stem cells, the isolated non-differentiated stem cells have the capacity to differentiate in accordance with at least three developmental pathways selected from adipogenic, myogenic, chondrogenic and osteogenic.
A burner comprising; an air hole member provided with a plurality of air holes (34, 35) arranged in a plurality of concentric rows (51, 52) which is suitable to be located along a combustion gas flow direction on the upstream side of a chamber adapted to generate combustion gas; and fuel nozzles (32, 33) adapted to jet out fuel to the corresponding air holes (34, 35) from a fuel jetting-out direction on the upstream side of said air hole member, an inlet center of each of the air holes (34, 35) being located on a central axis of a corresponding one of said fuel nozzles (32, 33); wherein the air holes (34, 35) of said air hole member are each formed to have a central axis inclined relative to a central axis of the burner; a first fuel nozzle having a leading end portion configured to be able to suppress turbulence of air-flow flowing on an outer circumferential side of the first fuel nozzle, and a tip of the first fuel nozzle being disposed along a fuel jetting-out direction on the downstream side of the air hole inlet; a second fuel nozzle having a tip disposed along a fuel jetting-out direction on the upstream side of the air holes inlet; and wherein an inclination angle of the air hole is such an angle that at least the fuel jetted out from the first fuel nozzle can collide with an inner wall of the air holes. an air hole member provided with a plurality of air holes (34, 35) arranged in a plurality of concentric rows (51, 52) which is suitable to be located along a combustion gas flow direction on the upstream side of a chamber adapted to generate combustion gas; and fuel nozzles (32, 33) adapted to jet out fuel to the corresponding air holes (34, 35) from a fuel jetting-out direction on the upstream side of said air hole member, an inlet center of each of the air holes (34, 35) being located on a central axis of a corresponding one of said fuel nozzles (32, 33); wherein the air holes (34, 35) of said air hole member are each formed to have a central axis inclined relative to a central axis of the burner; a first fuel nozzle having a leading end portion configured to be able to suppress turbulence of air-flow flowing on an outer circumferential side of the first fuel nozzle, and a tip of the first fuel nozzle being disposed along a fuel jetting-out direction on the downstream side of the air hole inlet; a second fuel nozzle having a tip disposed along a fuel jetting-out direction on the upstream side of the air holes inlet; and wherein an inclination angle of the air hole is such an angle that at least the fuel jetted out from the first fuel nozzle can collide with an inner wall of the air holes.
A method for producing hexafluoro-1,3-butadiene, the method comprising: a reaction step of reacting a halogenated butane represented by chemical formula, CF 2 X 1 -CFX 2 -CFX 3 -CF 2 X 4 (X 1, X 2, X 3, and X 4 are each independently a halogen atom other than a fluorine atom) in an organic solvent in the presence of zinc to eliminate the halogen atoms, X 1, X 2, X 3, and X 4, other than the fluorine atoms to generate hexafluoro-1,3-butadiene, giving a reaction product containing the hexafluoro-1,3-butadiene; and an aftertreatment step of separating the hexafluoro-1,3-butadiene from the reaction product produced in the reaction step, then adding water to a reaction product residue after the separating so that the mass ratio of the reaction product residue to the water, i.e. [amount of reaction product residue]/[amount of water], is in a range of 0.5 or more and 2.0 or less, performing solid-liquid separation when a solution obtained by addition of water to the reaction product residue contains solid substances, and removing the organic solvent, giving an aqueous solution of zinc halide. a reaction step of reacting a halogenated butane represented by chemical formula, CF 2 X 1 -CFX 2 -CFX 3 -CF 2 X 4 (X 1, X 2, X 3, and X 4 are each independently a halogen atom other than a fluorine atom) in an organic solvent in the presence of zinc to eliminate the halogen atoms, X 1, X 2, X 3, and X 4, other than the fluorine atoms to generate hexafluoro-1,3-butadiene, giving a reaction product containing the hexafluoro-1,3-butadiene; and an aftertreatment step of separating the hexafluoro-1,3-butadiene from the reaction product produced in the reaction step, then adding water to a reaction product residue after the separating so that the mass ratio of the reaction product residue to the water, i.e. [amount of reaction product residue]/[amount of water], is in a range of 0.5 or more and 2.0 or less, performing solid-liquid separation when a solution obtained by addition of water to the reaction product residue contains solid substances, and removing the organic solvent, giving an aqueous solution of zinc halide.
A transmission apparatus comprising: an interleaver circuit that interleaves first to Nth code words, N being a number of code words; an OFDM modulation circuit that converts the interleaved first to Nth code words into OFDM signals, wherein a first OFDM symbol includes a first part of the first code word and a second OFDM symbol includes a second part of the first code word and includes the second to Nth code words; and a transmission circuit that transmits the OFDM signals, wherein, in the second OFDM symbol, the number of data symbols included in the second part of the first code word is less than the number of data symbols included in the second code word, characterized in that the interleaver circuit writes the second part of the first code word and the second to the Nth code word in row direction in ascending order, reads the second part of the first code word and the second to Nth code words in column direction, and starts the reading of the second part of the first code word and the second to Nth code words from the second code word, and the interleaver circuit has a memory size of Nx rows × Ny columns, wherein Ny is the same as the number of data symbols included in the second code word. an interleaver circuit that interleaves first to Nth code words, N being a number of code words; an OFDM modulation circuit that converts the interleaved first to Nth code words into OFDM signals, wherein a first OFDM symbol includes a first part of the first code word and a second OFDM symbol includes a second part of the first code word and includes the second to Nth code words; and a transmission circuit that transmits the OFDM signals, wherein, in the second OFDM symbol, the number of data symbols included in the second part of the first code word is less than the number of data symbols included in the second code word, characterized in that the interleaver circuit writes the second part of the first code word and the second to the Nth code word in row direction in ascending order, reads the second part of the first code word and the second to Nth code words in column direction, and starts the reading of the second part of the first code word and the second to Nth code words from the second code word, and the interleaver circuit has a memory size of Nx rows × Ny columns, wherein Ny is the same as the number of data symbols included in the second code word.