mhurhangee/ep-ind-claims huggingface dataset:
A lead-acid battery comprising: - a housing having a base, two side walls, and two end walls, wherein the two side walls comprise a first side wall including a convex portion, an inward slope portion and an internal surface having a curved portion reflective of the convex portion of the first side wall, and a second side wall including a convex portion, an inward slope portion and an internal surface having a curved portion reflective of the convex portion of the second side wall; - a cell wall spanning between the first and second side walls defining two cells; - a battery element provided within a cell, the battery element having a bottom and a battery element side edge; - an element bottom gap, the element bottom gap defined in a first and second dimension by the cell width and length, and a third dimension by the distance between the base and bottom of the battery element, wherein the element bottom gap extends along an entire bottom surface of the cell; - a first element side gap, the first element side gap being defined by the battery element side edge and the curved portion of the internal surface of the first side wall of the housing; and - a second element side gap, the second element side gap being defined by the battery element side edge and the curved portion of the internal surface of the second side wall of the housing. - a housing having a base, two side walls, and two end walls, wherein the two side walls comprise a first side wall including a convex portion, an inward slope portion and an internal surface having a curved portion reflective of the convex portion of the first side wall, and a second side wall including a convex portion, an inward slope portion and an internal surface having a curved portion reflective of the convex portion of the second side wall; an internal surface having a curved portion reflective of the convex portion of the first side wall, and a second side wall including a convex portion, an inward slope portion and an internal surface having a curved portion reflective of the convex portion of the second side wall; - a cell wall spanning between the first and second side walls defining two cells; - a battery element provided within a cell, the battery element having a bottom and a battery element side edge; - an element bottom gap, the element bottom gap defined in a first and second dimension by the cell width and length, and a third dimension by the distance between the base and bottom of the battery element, wherein the element bottom gap extends along an entire bottom surface of the cell; - a first element side gap, the first element side gap being defined by the battery element side edge and the curved portion of the internal surface of the first side wall of the housing; and - a second element side gap, the second element side gap being defined by the battery element side edge and the curved portion of the internal surface of the second side wall of the housing.
A composite construction comprising: a mat structure comprising a plurality of layers, each layer comprising a plurality of monoaxially drawn tape elements, said tape elements comprising a base layer of a strain oriented olefin polymer disposed between covering layers of a heat fusible olefin polymer, wherein said covering layers have a softening temperature below that of the base layer to permit fusion bonding upon application of heat, and wherein the plurality of layers are fused together; a multiplicity of embedded fiber elements extending in anchored relation at least partially across the thickness dimension of the mat structure (40, 41, 140, 141, 220, 320) such that at least a portion of the embedded fiber elements project outwardly from the mat structure (40, 41, 140, 141, 220, 320) and the projecting portions define at least a partial surface covering across a first side of the mat structure (40, 41, 140, 141, 220, 320); a substrate layer disposed in layered relation to the mat structure (40, 41, 140, 141, 220, 320) in contacting, bonding relation with said first side of the mat structure such that at least a percentage of said portion of embedded fiber elements projecting outwardly from the mat structure (40, 41, 140, 141, 220, 320) is at least partially bonded to a surface portion of the substrate layer. a mat structure comprising a plurality of layers, each layer comprising a plurality of monoaxially drawn tape elements, said tape elements comprising a base layer of a strain oriented olefin polymer disposed between covering layers of a heat fusible olefin polymer, wherein said covering layers have a softening temperature below that of the base layer to permit fusion bonding upon application of heat, and wherein the plurality of layers are fused together; a multiplicity of embedded fiber elements extending in anchored relation at least partially across the thickness dimension of the mat structure (40, 41, 140, 141, 220, 320) such that at least a portion of the embedded fiber elements project outwardly from the mat structure (40, 41, 140, 141, 220, 320) and the projecting portions define at least a partial surface covering across a first side of the mat structure (40, 41, 140, 141, 220, 320); a substrate layer disposed in layered relation to the mat structure (40, 41, 140, 141, 220, 320) in contacting, bonding relation with said first side of the mat structure such that at least a percentage of said portion of embedded fiber elements projecting outwardly from the mat structure (40, 41, 140, 141, 220, 320) is at least partially bonded to a surface portion of the substrate layer.
Electrical cable comprising: - an electrical wiring element and - an electrical connection member (2; 2') which is crimped onto the electrical wiring element in a sealed manner and is capable of connecting the electrical wiring element to another electrical wiring element, the electrical connection member (2; 2') comprising a tube which has at least one end of annular form which gives access to an inner housing of the tube, and at least one segment in which a section of the tube is deformed so that it comprises multiple portions which are adjoined one to another or to each other, the other electrical wiring element being an open barrel terminal, characterised in that the open barrel terminal having two wings is crimped onto the segment by introducing the segment between the two wings and by folding down the two wings on the segment, the free edge of the wings being housed at the bottom of the segment. - an electrical wiring element and - an electrical connection member (2; 2') which is crimped onto the electrical wiring element in a sealed manner and is capable of connecting the electrical wiring element to another electrical wiring element, the electrical connection member (2; 2') comprising a tube which has at least one end of annular form which gives access to an inner housing of the tube, and at least one segment in which a section of the tube is deformed so that it comprises multiple portions which are adjoined one to another or to each other, the other electrical wiring element being an open barrel terminal,
Working implement, comprising a housing, an assembly adjustably held on the housing, the assembly comprising a drive motor and at least one tool driven by the drive motor to rotate about a first axis of rotation, and an adjusting device for adjusting the position of the assembly relative to the housing in the longitudinal direction of the first axis of rotation, wherein the working element has a control rotatable about a second axis of rotation for operating the adjusting device, wherein the adjusting device has a control element operatively connected to the control via a geared connection, and wherein the adjusting device has a guide device, via which a rotary movement of the control element is converted into a movement of the assembly in the direction of the first axis of rotation, characterised in that the control has a non-actuated position and an adjusting position, wherein the control is non-rotatably connected to the housing of the working implement in the non-actuated position and rotatable relative to the housing in the adjusting position, and in that the control is resiliently mounted towards the non-actuated position.
A board (1; 41; 51) for installing a patterned wooden floor, the board (1; 41; 51) having an under side on which the board is installed on a sub-floor, a top side forming a walking surface after installation, two long sides (7, 9) of which a first long side is provided with a main groove and a second long side is provided with a main tongue, and two short sides (11, 13) of which at least one short side is provided with a transverse tongue, whereby the other short side is provided with a further transverse tongue, where the two transverse tongues (19, 21) on the short sides (11, 13) are oppositely disposed and are present in the middle of the short side, characterized in that the second long side is further provided with two auxiliary grooves (23, 25) spaced apart from each other and which are each disposed adjacent to an end of the long side, where the distance between an end of a transverse tongue (19, 21) on the short side and the most remote long side is equal or substantially equal to the distance between a short side and the most remote end of the auxiliary groove (23, 25) in the second long side adjacent to this short side.
A wearable device, comprising a shell, a body installed in the shell to implement a function of the wearable device, and a detachable part, wherein the detachable part is detachably installed on the shell; an air hole is provided on the shell, a first end of the air hole is located on a surface of the shell that faces the body, and a second end of the air hole is located on a surface of the shell that faces away from the body; and the detachable part and the shell jointly form a dirt collection groove and at least one air channel, the second end of the air hole communicates with the at least one air channel through the dirt collection groove, and an end of the air channel that faces away from the dirt collection groove communicates with an external environment of the shell.
A plasma source comprising an oscillator which includes an active element providing an electrical amplification and a resonator connected to the active element, which resonator has a hollow body with a distal end and a proximal end, a gas inlet, a gas outlet arranged on the distal end of the hollow body about a longitudinal axis of the hollow body, and a coil arranged along the longitudinal axis of the hollow body, the effective length of said coil being a quarter of the wavelength at a resonance frequency of the resonator, wherein a distal end of the coil is arranged in such a manner relative to the gas outlet that a plasma path can form between the distal end of the coil acting as a first plasma electrode and the gas outlet of the hollow body acting as a second plasma electrode, characterized in that the coil, at the proximal end of the hollow body, is run out of the interior of the hollow body through an electrically contact-free passage and a proximal end of the coil contacts the hollow body on the outside thereof, wherein the coil is coupled to a first port of the active element at a first contact region located between the end of the coil conductively connected to the hollow body and the passage and to a second port of the active element at a second contact region located between the end of the coil conductively connected to the hollow body and the passage.
A MEMS inclinometer comprising: - a substrate; - a first mobile mass (23; 307; 360) suspended over the substrate and subject, in use, to an acceleration that depends upon the inclination of the inclinometer; and - a first sensing unit (22,28A-28D,32A-32D,24A-24D,27A-27B,29A-29B; 100; 351); and wherein the first sensing unit comprises: - a second mobile mass (22; 352A), suspended over the substrate; - a number of elastic elements (28A-28D; 305A, 305B; 356), each of which is mechanically interposed between the second mobile mass and the substrate, is compliant in a direction parallel to a first axis, and is rigid in a direction parallel to a second axis and in a direction parallel to a third axis; - a number of elastic structures (32A-32D; 232A-232D; 310A, 310B; 365A-365D), each of which is mechanically interposed between the first and second mobile masses, is compliant in a direction parallel to the first axis and to the second axis, and is rigid in a direction parallel to the third axis; - at least one first fixed electrode (29A; 410A) fixed with respect to the substrate; - at least one first mobile electrode (27A; Pl1) fixed with respect to the second mobile mass and configured to form a first variable capacitor (31A; 405A) with said first fixed electrode; and wherein each elastic structure comprises at least one respective elongated structure (32A-32D; 240, 242), which, in resting conditions, extends in a direction parallel to the third axis and, in a plane parallel to a plane containing the first axis and the second axis, has main axes of inertia (I 1, I 2), which are transverse with respect to the first and second axes (Y, Z), so that movements of the first mobile mass in a direction parallel to the second axis, caused by said acceleration, cause corresponding movements of the second mobile mass in a direction parallel to the first axis. - a substrate; - a first mobile mass (23; 307; 360) suspended over the substrate and subject, in use, to an acceleration that depends upon the inclination of the inclinometer; and - a first sensing unit (22,28A-28D,32A-32D,24A-24D,27A-27B,29A-29B; 100; 351); - a second mobile mass (22; 352A), suspended over the substrate; - a number of elastic elements (28A-28D; 305A, 305B; 356), each of which is mechanically interposed between the second mobile mass and the substrate, is compliant in a direction parallel to a first axis, and is rigid in a direction parallel to a second axis and in a direction parallel to a third axis; - a number of elastic structures (32A-32D; 232A-232D; 310A, 310B; 365A-365D), each of which is mechanically interposed between the first and second mobile masses, is compliant in a direction parallel to the first axis and to the second axis, and is rigid in a direction parallel to the third axis; - at least one first fixed electrode (29A; 410A) fixed with respect to the substrate; - at least one first mobile electrode (27A; Pl1) fixed with respect to the second mobile mass and configured to form a first variable capacitor (31A; 405A) with said first fixed electrode;
A communication apparatus performing an automatic repeat request transmission with a constellation rearrangement, comprising: a encoding section that encodes data packets with a forward error correction; a mapping section that maps the encoded data packets using a first signal constellation and a second signal constellation out of a plurality of predetermined signal constellations of a 16 or 64 Quadrature Amplitude Modulation scheme, to generate a first symbol and a second symbol respectively, each bit mapped onto the first symbol and the second symbol having an individual bit reliability over constellation points of the predetermined signal constellation; and a transmission section that transmits the first symbol in a first transmission and transmits the second symbol in a retransmission; wherein, for each of the constellation points, a bit sequence to be mapped using the first constellation and a bit sequence to be mapped using the second constellation are different from each other in at least one of bit positions and logical values of the bits. a encoding section that encodes data packets with a forward error correction; a mapping section that maps the encoded data packets using a first signal constellation and a second signal constellation out of a plurality of predetermined signal constellations of a 16 or 64 Quadrature Amplitude Modulation scheme, to generate a first symbol and a second symbol respectively, each bit mapped onto the first symbol and the second symbol having an individual bit reliability over constellation points of the predetermined signal constellation; and a transmission section that transmits the first symbol in a first transmission and transmits the second symbol in a retransmission; wherein, for each of the constellation points, a bit sequence to be mapped using the first constellation and a bit sequence to be mapped using the second constellation are different from each other in at least one of bit positions and logical values of the bits.
Printed circuit board, comprising an insulating layer and a conductive layer which is arranged on the insulating layer and is structured to form a contact surface for an electronic component to be mounted on the printed circuit board, the printed circuit board having, in the region of the contact surface, at least one channel which passes through the contact surface and the insulating layer, the largest extension of at least one channel extends horizontally to the printed circuit and which is filled with a thermally conductive material, characterized in that solder resist is applied to the printed circuit board, the at least one contact surface comprising a contact region which serves to make contact with the electronic component, the at least one channel and the contact region being exposed.
A mobile station comprising: an Access Stratum, AS, function corresponding to a AS terminated between the mobile station and a radio base station; and a Non Access Stratum, NAS, function corresponding to a NAS terminated between the mobile station and a mobile switching center, wherein the AS function is configured to activate a first timer, when a quality deterioration of a radio link established with the radio base station is detected; the AS function is configured to detect a failure in the radio link and to activate a second timer, when the quality deterioration of the radio link is not recovered before the first timer expires; the AS function is configured to transition to an idle state, when an inter-RAT cell is discovered during a time that the second timer is activated, and to notify, to the NAS function, the failure; and the NAS function is configured to transmit, in response to the notification, a location registration request signal to a mobile switching center in a radio communication system to which the inter-RAT cell belongs. an Access Stratum, AS, function corresponding to a AS terminated between the mobile station and a radio base station; and a Non Access Stratum, NAS, function corresponding to a NAS terminated between the mobile station and a mobile switching center, wherein the AS function is configured to activate a first timer, when a quality deterioration of a radio link established with the radio base station is detected; the AS function is configured to detect a failure in the radio link and to activate a second timer, when the quality deterioration of the radio link is not recovered before the first timer expires; the AS function is configured to transition to an idle state, when an inter-RAT cell is discovered during a time that the second timer is activated, and to notify, to the NAS function, the failure; and the NAS function is configured to transmit, in response to the notification, a location registration request signal to a mobile switching center in a radio communication system to which the inter-RAT cell belongs.
A verification service provider device (102,200) located within one locality and adapted to verify registry operations to be performed by registry devices, said locality being associated with a set of requirements established to perform one or more registry operations, said verification service provider device comprising: a memory configured to store a set of instructions; and a processor configured to execute the stored set of instructions to perform operations comprising: receiving a verification request from a registrar device located within the locality, the verification request relating to a domain name operation to be performed by a registry device; performing a verification process for the locality in response to receiving the verification request using the set of requirements associated with the locality and with the domain name operation of the verification request; determining whether the verification request is approved based on the verification process; if the verification request is approved, generating a verification code, the verification code including identifying information of the verification service provider device and information identifying that the verification request has been approved; and transmitting in response to the verification request the verification code to the registrar device. a memory configured to store a set of instructions; and a processor configured to execute the stored set of instructions to perform operations comprising: receiving a verification request from a registrar device located within the locality, the verification request relating to a domain name operation to be performed by a registry device; performing a verification process for the locality in response to receiving the verification request using the set of requirements associated with the locality and with the domain name operation of the verification request; determining whether the verification request is approved based on the verification process; if the verification request is approved, generating a verification code, the verification code including identifying information of the verification service provider device and information identifying that the verification request has been approved; and transmitting in response to the verification request the verification code to the registrar device. receiving a verification request from a registrar device located within the locality, the verification request relating to a domain name operation to be performed by a registry device; performing a verification process for the locality in response to receiving the verification request using the set of requirements associated with the locality and with the domain name operation of the verification request; determining whether the verification request is approved based on the verification process; if the verification request is approved, generating a verification code, the verification code including identifying information of the verification service provider device and information identifying that the verification request has been approved; and transmitting in response to the verification request the verification code to the registrar device.
A catheter assembly comprising: a catheter tube with a continuous lumen; a medical balloon comprising an outer cover, characterized in that the outer cover is formed from a continuously wrapped sheet wherein the outer cover forms an innermost porous polymer layer and a composite layer comprising a porous polymer imbibed with an elastomeric component; and wherein said outer cover coaxially surrounds the medical balloon and is coupled to the catheter tube and continuous lumen at or near the distal end of the catheter tube, and an outer surface of the outer cover is substantially free of elastomer. a catheter tube with a continuous lumen; a medical balloon comprising an outer cover, characterized in that the outer cover is formed from a continuously wrapped sheet wherein the outer cover forms an innermost porous polymer layer and a composite layer comprising a porous polymer imbibed with an elastomeric component; and wherein said outer cover coaxially surrounds the medical balloon and is coupled to the catheter tube and continuous lumen at or near the distal end of the catheter tube, and an outer surface of the outer cover is substantially free of elastomer.