mhurhangee/ep-ind-claims huggingface dataset:
Electronic switch for electrical installation technology, having a first electrical connection for connecting an L-phase conductor of an AC voltage (U N) of a voltage network, a second electrical connection for connecting an electrical load, an electronic switching device at least for switching the load between a switched-on state and a switched-off state, an electronic control unit for controlling the switching device, and means for an internal self-supply voltage (U E) for the control unit using a load current (I L) flowing through the load, whereby between the first connection and the second connection in a first current path (I 1) a primary switch of the switching device is arranged, and a secondary switch of the switching device is arranged in a secondary current path (I 2) parallel to the first current path (I 1) and in a third current path (I 3) parallel to the secondary switch a high-impedance switching regulator is arranged, and a low-impedance energy storage is arranged in series with the secondary switch and the switching regulator, and the control unit permanently switches off the primary switch and the secondary switch in the switched-off state, so that the switching regulator provides via the third current path (I 3) the self-supply voltage (U E), and in the switched-on state switches on the primary switch and the secondary switch so that the energy storage provides the self-supply voltage (U E), and in the switched-on state when the supply voltage falls below a minimum supply voltage (U Emin) switches off the primary switch and when a maximum supply voltage (U Emax) is reached switches on the primary switch.
Method for unmating an electrical connector assembly comprising a first connector accommodating a first power contact (30; 32), a second connector accommodating a second power contact (122; 124), a first interlocking contact and a second interlocking contact accommodated in the first connector or in the second connector, the connection of the interlocking contacts being intended to close a power switch and the disconnection of the interlocking contacts being intended to open a power switch, for respectively connecting or disconnecting an electrical power source to the power contacts, wherein the first and second connectors (10, 100) are unmated along a mating axis (XX'), wherein the movement for unmating the first and second connectors is temporarily blocked after interlocking contacts are disconnected and before the power contacts are disconnected
Floor cleaning device, comprising a housing, a dirt collection container which has a dirt inlet opening, a rotatingly drivable brush roller, and a sweeping sill which is associated with the brush roller, is arranged on the dirt inlet opening, and over which dirt is conveyable into the dirt collection container, wherein the sweeping sill is fixed with a fixed rim on the housing and has a free rim as well as at least one bending portion (74, 76) which is arranged between the fixed rim and the free rim, and on which the sweeping sill is bendable counter to a movement direction of the floor cleaning device, characterized in that the sweeping sill comprises a base element, which is fixed on the housing and has the at least one bending portion (74, 76), and a stiffening element, which is connected to the base element and forms a stiffening portion arranged on the free rim, at which stiffening portion the sweeping sill is more bending-resistant than at the at least one bending portion (74, 76).
Compounds of formula where R is independently selected from: • H, • a straight, branched, cyclic C 1 -C 20 alkyl group, or combinations thereof, • a straight, branched, cyclic C 2 -C 20 alkenyl group, or combinations thereof; • a straight, branched, cyclic C 2 -C 20 alkynyl group, or combinations thereof; • a benzylic group; • a naphthylic group; X is independently selected from H, OH, NH 2 Y is independently selected from one of the following heterocyclic groups: where R is independently selected from: • H, • a straight, branched, cyclic C 1 -C 20 alkyl group, or combinations thereof, • a straight, branched, cyclic C 2 -C 20 alkenyl group, or combinations thereof; • a straight, branched, cyclic C 2 -C 20 alkynyl group, or combinations thereof; • a benzylic group; • a naphthylic group; • H, • a straight, branched, cyclic C 1 -C 20 alkyl group, or combinations thereof, • a straight, branched, cyclic C 2 -C 20 alkenyl group, or combinations thereof; • a straight, branched, cyclic C 2 -C 20 alkynyl group, or combinations thereof; • a benzylic group; • a naphthylic group; X is independently selected from H, OH, NH 2 Y is independently selected from one of the following heterocyclic groups:
A compact urinary catheter assembly, including a substantially flat base having at least a first portion of a circular rim and defining at least a first portion of a substantially circular central hole, said base having a first portion of a coupling element; and a substantially flat cover having at least a second portion of said circular rim and defining at least a second portion of said substantially circular central hole, said cover having a second portion of said coupling element, wherein said first portion and said second portion of said coupling element can be maintained together, wherein said circular rim defines a retraining element within which a catheter is located, and wherein said circular rim defines a first opening through which a distal end of said catheter can be extruded from within said assembly, said distal end being capable of insertion into a patient's urethra, characterised in that said substantially circular central hole defines a second opening through which a proximal end of said catheter can be extruded from within said assembly, said proximal end including an anchor capable of restraining a motion of said catheter.
A crystalline Form I of -7-chloro-N-(quinuclidin-3-yl)benzo[b]thiophene-2-carboxamide hydrochloride monohydrate, characterized by an x-ray powder diffraction pattern having peaks expressed as 2θ at one or both of 17.48 and 20.58 ± 0.20 degrees when measured against an internal silicon standard and characterized by an x-ray powder diffraction pattern further having at least four peaks, six peaks, eight peaks or all peaks expressed as 2θ at 4.50, 9.04, 14.60, 15.14, 15.80, 16.60, 18.16, 18.44, 19.48, 21.74, and 25.46 ± 0.20 degrees when measured against an internal silicon standard.
Multilayer casing device for attenuating electromagnetic waves made of at least one textile material and of at least one metallic material, characterized in that it consists in a superimposition provided with at least, successively from one surface of the casing to the opposite surface of the casing, a first layer made of metallic diamagnetic material consisting at least in part of copper, a textile second layer at least partly in wool or cotton, a third layer made of a ferromagnetic material, a textile fourth layer at least partly in wool or cotton, and in that it consists in an additional superimposition of identical layers (3, 4, 5) extending symmetrically in relation to said first copper layer.
A battery module, comprising: battery assemblies, partitions (63, 66, 69, 63A) positioned between the battery assemblies, end plates surrounding the battery assemblies and the partitions (63, 66, 69, 63A) in a sandwich structure, and a base plate positioned under the battery assemblies, the partitions (63, 66, 69, 63A), and the end plates, wherein each of the partitions (63, 66, 69, 63A) has a greater size than that of each of the battery assemblies or the end plates, and a bottom of the base plate has a greater area than an area occupied by the battery assemblies, the partitions (63, 66, 69, 63A), and the end plates, and wherein the base plate is coupled with the battery assemblies and the partitions (63, 66, 69, 63A) through the end plates, which are screw-coupled with the battery assemblies and the partitions (63, 66, 69, 63A). battery assemblies, partitions (63, 66, 69, 63A) positioned between the battery assemblies, end plates surrounding the battery assemblies and the partitions (63, 66, 69, 63A) in a sandwich structure, and a base plate positioned under the battery assemblies, the partitions (63, 66, 69, 63A), and the end plates, wherein each of the partitions (63, 66, 69, 63A) has a greater size than that of each of the battery assemblies or the end plates, and a bottom of the base plate has a greater area than an area occupied by the battery assemblies, the partitions (63, 66, 69, 63A), and the end plates, and wherein the base plate is coupled with the battery assemblies and the partitions (63, 66, 69, 63A) through the end plates, which are screw-coupled with the battery assemblies and the partitions (63, 66, 69, 63A).
Suspension system for a bicycle comprising a chassis called frame, a front fork carrying the hub shaft of a front steering wheel, a fixed arm or an oscillating arm articulated to the frame, carrying the hub shaft of a rear drive wheel, the drive torque being transmitted to the drive wheel by a chain extending between a drive gear secured to the frame and a driven gear secured to the hub shaft of the drive wheel, said suspension system comprising a first shock absorber called front shock absorber, possibly a second shock absorber called rear absorber, the ends of which are capable of being mounted secured respectively to the frame and to the oscillating arm, and at least one sensor called shock sensor capable of determining the avoidance of an obstacle by the steering wheel, said sensor being connected to a control unit controlling the front and/or rear shock absorber according to the signal transmitted by said sensor, said front and/or rear shock absorber being a variable compression shock absorber comprising at least three positions, a position called open position, wherein the compression is minimal, a closed position, wherein the compression is zero and a position called medium position, and means for detecting pedalling called pedalling sensor connected to the control unit configured to adjust the compression control of the front and/or rear shock absorber in the open position when no pedalling is detected by the pedalling sensor, characterised in that the control unit, when pedalling is detected by the pedalling sensor, is configured to adjust the compression control of the front and/or rear shock absorber in the closed or open position, or possibly medium, according to a speed signal of the front fork and an acceleration signal of the bottom end of the front fork, these signals being determined by means for detecting shocks consisting of at least one accelerometer secured to the free bottom end of the fork.
A bacteriophage adhesion protein exhibiting a truncation of the N-terminus from amino acid residue 2 to amino acid residue 107 and at least one mutation of E345 to Q, or E368 to Q relating to SEQ ID NO: 74, wherein the at least one mutation results in decreased hydrolytic activity; and wherein the truncation and mutation retains the binding specificity of the bacteriophage adhesion protein of SEQ ID NO: 74.
Block copolyimide comprising the blocks and having the following structures (Ia) and (Ib) characterized in that the block lengths n and m of blocks and, which may be identical or different, are each from 1 to 1000, and R1 contains either or both of the functional groups R 1 a or R 1 b and R2 contains at least one or 2 or 3 of the functional groups R 2 a, R 2 b or R 2 c and that R3 contains at least one or more of the functional groups R 3 a, R 3 b or R 3 c and that R4 contains at least one or more of the following functional groups R 4 a, R 4 b or R 4 c wherein at least one of the radicals X 1 to X 4, preferably at least two of the radicals X 1 to X 4, more preferably at least three of the radicals X 1 to X 4 and most preferably all the radicals X 1 to X 4 are equal to CH 3 or a C 2 to C 4 alkyl radical and the functional groups R 1 to R 4 are selected such that the blocks A and B have a differing composition.
A method for manufacturing a metal strip (1; 1') or sheet comprising a substrate (3; 3') made of stainless steel covered with at least one layer of a chromium-nitride based coating (5; 5'), characterized in that the chromium-nitride based coating layer (5; 5') is textured and wherein the metal strip or sheet is made of the substrate and the at least one layer of a chromium-nitride based coating, comprising the following steps: - providing a stainless steel substrate (3; 3') comprising, on its surface, a passive layer formed by natural oxidation of the stainless steel of the substrate (3; 3'); - completely stripping the passive layer in at least certain areas of the substrate (3; 3'); - depositing chromium nitride on the areas of the substrate (3; 3') in which the passive layer has been stripped so as to form a chromium-nitride based coating layer (5; 5') directly on the stainless steel substrate (3; 3'), without interposition of a passive layer, the coating layer (5; 5') thus formed being textured, the chromium-nitride based coating layer (5; 5') being deposited using a physical vapor deposition method and the chromium nitride is deposited on the substrate in a deposition installation comprising a deposition chamber and a chromium target arranged in the deposition chamber, the substrate traveling through the deposition chamber in a longitudinal direction, the deposition chamber comprising a deposition area (30; 30') and at least a prohibited area adjacent to and upstream the deposition area (30; 30') in the longitudinal direction, the deposition area (30; 30') having a length strictly smaller than the length of the deposition chamber, in which chromium would be deposited on the substrate (3;3') in the absence of this prohibited zone, during the deposition, the chromium nitride is deposited on the substrate only in the deposition area (30; 30') and no chromium nitride is deposited on the substrate in the first prohibited area. - providing a stainless steel substrate (3; 3') comprising, on its surface, a passive layer formed by natural oxidation of the stainless steel of the substrate (3; 3'); - completely stripping the passive layer in at least certain areas of the substrate (3; 3'); - depositing chromium nitride on the areas of the substrate (3; 3') in which the passive layer has been stripped so as to form a chromium-nitride based coating layer (5; 5') directly on the stainless steel substrate (3; 3'), without interposition of a passive layer, the coating layer (5; 5') thus formed being textured,
Process for producing lyogels, by i) emulsifying a basic, polar phase comprising water and starting materials for silicatic gels in an apolar phase comprising a water-immiscible precursor of an active silylating agent, ii) commencing gel formation and aging by lowering the pH, and then iii) lowering the pH to commence silylation and solvent exchange. i) emulsifying a basic, polar phase comprising water and starting materials for silicatic gels in an apolar phase comprising a water-immiscible precursor of an active silylating agent, ii) commencing gel formation and aging by lowering the pH, and then iii) lowering the pH to commence silylation and solvent exchange.
An authentication system, comprising an Application Server, AS, providing a non-Internet Protocol Multimedia Subsystem, IMS, service, an authentication gateway and an IMS user equipment, wherein: the AS is configured to forward a connection request message transmitted from the IMS user equipment to the authentication gateway and a first random number transmitted from the authentication gateway to the IMS user equipment, to transmit a first response value, generated from the first random number, fed back from the IMS user equipment to the authentication gateway and to provide the IMS user equipment with the non-IMS service in response to an instruction of the authentication gateway; the authentication gateway is configured to acquire the first random number and an expected response value of the IMS user equipment, to transmit the acquired first random number to the AS, to ascertain that the IMS user equipment has been authenticated successfully when comparison of the first response value transmitted from the AS with the acquired expected response value shows consistency and to instruct the AS to provide the IMS user equipment with the non-IMS service; and the IMS user equipment is configured to transmit the connection request message to the AS, to generate the first response value from the first random number transmitted from the AS and to transmit the generated first response value to the AS. the AS is configured to forward a connection request message transmitted from the IMS user equipment to the authentication gateway and a first random number transmitted from the authentication gateway to the IMS user equipment, to transmit a first response value, generated from the first random number, fed back from the IMS user equipment to the authentication gateway and to provide the IMS user equipment with the non-IMS service in response to an instruction of the authentication gateway; the authentication gateway is configured to acquire the first random number and an expected response value of the IMS user equipment, to transmit the acquired first random number to the AS, to ascertain that the IMS user equipment has been authenticated successfully when comparison of the first response value transmitted from the AS with the acquired expected response value shows consistency and to instruct the AS to provide the IMS user equipment with the non-IMS service; and the IMS user equipment is configured to transmit the connection request message to the AS, to generate the first response value from the first random number transmitted from the AS and to transmit the generated first response value to the AS.
A method for generating a 3D video for display, the method comprising: performing 2D to 3D conversion wherein 2D images are extracted into 3D images, wherein the 3D images include left 3D images and right 3D images; calculating left motion vectors for the left 3D images; calculating right motion vectors for the right 3D images; performing frame rate conversion on the left 3D images using the left motion vectors calculated to produce motion compensated left 3D images; performing frame rate conversion on the right 3D images using the right motion vectors to produce motion compensated right 3D images; and reordering the left 3D images, the right 3D images, the motion compensated left 3D images, and the motion compensated right 3D images to form the 3D video for display. performing 2D to 3D conversion wherein 2D images are extracted into 3D images, wherein the 3D images include left 3D images and right 3D images; calculating left motion vectors for the left 3D images; calculating right motion vectors for the right 3D images; performing frame rate conversion on the left 3D images using the left motion vectors calculated to produce motion compensated left 3D images; performing frame rate conversion on the right 3D images using the right motion vectors to produce motion compensated right 3D images; and reordering the left 3D images, the right 3D images, the motion compensated left 3D images, and the motion compensated right 3D images to form the 3D video for display.
A mobile telephony device, comprising a mobile station that can be connected to a mobile telephony network by using a SIM card (101a; 101b; 101c; 101d), and comprising a multiplexer that can be connected to the mobile station and that holds several SIM cards (101a; 101b; 101c; 101d), whereby the multiplexer has a first switching means (202a; 202b; 202c; 202d) by means of which each one of the SIM cards (101a; 101b; 101c; 101d) can be connected to the mobile station, characterized in that the multiplexer has a second switching means that is connected to a control unit and that is configured to switch off the mobile station by means of a switch-off procedure initiated by the control unit before one of the SIM cards (101a; 101b; 101c; 101d) is disconnected from the mobile station and another SIM card (101a; 101b; 101c; 101d) is connected to the mobile station.
A rail lifting head comprising: a head gate member defining a gate aperture, and a rail support member removably secured to the gate member and adapted to support a rail vertically within the gate aperture, characterised in that the rail lifting head comprises a head cartridge adapted to be removably secured to the head gate member, wherein the head cartridge includes two opposed vertical rollers adapted to support a rail laterally within the gate aperture and a fixing adapted to removably secure the head cartridge to the head gate member, wherein the rail support member is adapted for rotation about a vertical axis at one end of the rail support member, such that the gate aperture may be opened and lowered over a rail. a head gate member defining a gate aperture, and a rail support member removably secured to the gate member and adapted to support a rail vertically within the gate aperture, characterised in that the rail lifting head comprises a head cartridge adapted to be removably secured to the head gate member, wherein the head cartridge includes two opposed vertical rollers adapted to support a rail laterally within the gate aperture and a fixing adapted to removably secure the head cartridge to the head gate member, wherein the rail support member is adapted for rotation about a vertical axis at one end of the rail support member, such that the gate aperture may be opened and lowered over a rail.
A method of processing two or more transport streams, each transport stream comprising transport stream packets from two or more components wherein the transport streams are encodings of the same source media, the two or more components comprising audio and video components, the components comprising frames of media split into transport stream packets, comprising: - locating switch points at the same positions in each of the transport streams based on suitably marked transport stream packets from a first one of the two or more components of each transport stream; - checking in each transport stream whether transport stream packets from a second one of the two or more components whose payloads form a frame of media are located between two adjacent switch points; and - arranging transport stream packets in each of the transport streams such that transport stream packets of the second one of the two or more components whose payloads together form a frame of media within each transport stream are located between two adjacent switch points in each of the transport streams. - locating switch points at the same positions in each of the transport streams based on suitably marked transport stream packets from a first one of the two or more components of each transport stream; - checking in each transport stream whether transport stream packets from a second one of the two or more components whose payloads form a frame of media are located between two adjacent switch points; and - arranging transport stream packets in each of the transport streams such that transport stream packets of the second one of the two or more components whose payloads together form a frame of media within each transport stream are located between two adjacent switch points in each of the transport streams.