mhurhangee/patent-ind-claim-en huggingface dataset:
Connector for making direct electric contact with contact surfaces on a circuit board , the connector having a contact carrier , which is designed to hold a circuit board ; contact elements , which are arranged in the contact carrier ; a pressing spring device , which is designed to press the contact elements onto the contact surfaces of the circuit board ; characterized in that the pressing spring device is arranged on the contact carrier ; wherein the pressing spring device is designed to be displaced from a fitting position into a latching position; wherein the pressing spring device is designed to change its position in relation to the contact carrier and to maintain its shape during the displacement.
A circuitry of a base station, comprising: A transceiver circuit , configured to transceive a radio frame to a mobile terminal in a dedicated frequency band which is dedicated for coexisting access of a license assisted access, LAA, based radio communication scheme and a non-LAA based radio communication scheme; and a frame generation circuit , configured to generate the radio frame based on a downlink, DL, section , an uplink, UL, section and at least one pause section to allow the non-LAA based radio communication scheme accessing the dedicated frequency band during the at least one pause section , wherein the frame generation circuit is configured to generate the radio frame comprising a DL section and an UL section and to insert the at least one pause section between the DL section and the UL section of the radio frame, wherein the frame generation circuit is configured to estimate the scheduling delay, the propagation delay and processing delay required in the mobile terminal and to choose a duration of the at least one pause section to be at least 100 microseconds and to accommodate for those delays such that the mobile terminal is able to decode the DL section and to be ready to request a corresponding HARQ retransmission when the UL section starts. A transceiver circuit , configured to transceive a radio frame to a mobile terminal in a dedicated frequency band which is dedicated for coexisting access of a license assisted access, LAA, based radio communication scheme and a non-LAA based radio communication scheme; and a frame generation circuit , configured to generate the radio frame based on a downlink, DL, section , an uplink, UL, section and at least one pause section to allow the non-LAA based radio communication scheme accessing the dedicated frequency band during the at least one pause section , wherein the frame generation circuit is configured to generate the radio frame comprising a DL section and an UL section and to insert the at least one pause section between the DL section and the UL section of the radio frame, wherein the frame generation circuit is configured to estimate the scheduling delay, the propagation delay and processing delay required in the mobile terminal and to choose a duration of the at least one pause section to be at least 100 microseconds and to accommodate for those delays such that the mobile terminal is able to decode the DL section and to be ready to request a corresponding HARQ retransmission when the UL section starts.
A bispecific antibody or antigen-binding fragment thereof comprising: a first heavy chain variable region (VH1), a second heavy chain variable region (VH2), a first light chain variable region (VL1), and a second light chain variable region (VL2), wherein the VH1 and the VL1 associate with each other, forming a first antigen binding region that specifically binds to CD20, and the VH2 and the VL2 associate with each other, forming a second antigen binding region that specifically binds to CD3, wherein the VL1 and the VL2 are identical, and wherein the VH1 comprises an amino acid sequence that is identical to SEQ ID NO: 1; the VH2 comprises an amino acid sequence that is identical to SEQ ID NO: 2; the VL1 comprises an amino acid sequence that is identical to SEQ ID NO: 3; and the VL2 comprises an amino acid sequence that is identical to SEQ ID NO: 3. a first heavy chain variable region (VH1), a second heavy chain variable region (VH2), a first light chain variable region (VL1), and a second light chain variable region (VL2), wherein the VH1 and the VL1 associate with each other, forming a first antigen binding region that specifically binds to CD20, and the VH2 and the VL2 associate with each other, forming a second antigen binding region that specifically binds to CD3, wherein the VL1 and the VL2 are identical, and wherein the VH1 comprises an amino acid sequence that is identical to SEQ ID NO: 1; the VH2 comprises an amino acid sequence that is identical to SEQ ID NO: 2; the VL1 comprises an amino acid sequence that is identical to SEQ ID NO: 3; and the VL2 comprises an amino acid sequence that is identical to SEQ ID NO: 3.
A flow disturbance apparatus comprising: a refrigerant pipe having a flow space in which refrigerant flows; and at least one disturbance member disposed inside the refrigerant pipe, the disturbance member being adapted to be vibrated by the flow of refrigerant in the refrigerant pipe to disturb the refrigerant flowing in the refrigerant pipe, characterized in that the at least one disturbance member is divided into: a blade portion being a region that is vibrated by the flow of refrigerant; and a connecting portion ; wherein one end of the blade portion is connected to one end of the connecting portion and the other end of the blade portion is a free end ; and wherein the other end of the connecting portion is connected to an inner surface of the refrigerant pipe. a refrigerant pipe having a flow space in which refrigerant flows; and at least one disturbance member disposed inside the refrigerant pipe, the disturbance member being adapted to be vibrated by the flow of refrigerant in the refrigerant pipe to disturb the refrigerant flowing in the refrigerant pipe, characterized in that the at least one disturbance member is divided into: a blade portion being a region that is vibrated by the flow of refrigerant; and a connecting portion ; wherein one end of the blade portion is connected to one end of the connecting portion and the other end of the blade portion is a free end ; and wherein the other end of the connecting portion is connected to an inner surface of the refrigerant pipe. a blade portion being a region that is vibrated by the flow of refrigerant; and a connecting portion ; wherein one end of the blade portion is connected to one end of the connecting portion and the other end of the blade portion is a free end ; and wherein the other end of the connecting portion is connected to an inner surface of the refrigerant pipe.
Kit for cladding a wall (1; 10; 12) with solar panels (9; 90) comprising at least one solar panel (9; 90), a support for said solar panel (9; 90), a means of attachment of the solar panel (9; 90) onto the support , a means of fastening the support onto the wall (1; 10; 12), the kit comprising at least two elements of cladding (2 to 7; 91) for the wall (1; 10; 12), an element called cassette (8; 80; 13) in which a solar panel is permanently inserted (9; 90), each element of cladding (2 to 7; 91) or cassette (8; 80; 13) being independent and provided with means of attachment removable from the element of cladding (2 to 7; 91 ) or from the cassette (8; 80; 13) on the support , characterized in that the principal plane (P9) of the solar panel (9; 90) attached onto the support is oriented angularly (A) with respect to the principal plane (P) of the wall (1; 10; 12) on which the support is fastened, the angle of inclination (A) of the solar panel (9; 90) being between 2° and 15° and in that the elements of cladding (2 to 7) are in the form of polyhedrons including a principal face, said face visible when the elements of cladding (2 to 7; 91) are in place on the wall (1; 10; 12), being flat but not parallel with respect to the principal plane (P) of the wall and in that the principal visible faces of the elements of cladding (2 to 7) are not co-planar but are arranged angularly with respect to each other.
Step for modular staircases comprising a portion of tread associated with a support body predisposed to permit the reciprocal assembly of adjacent steps , said support body comprising a pair of beams extending in a substantially vertical plane in use, predisposed to be arranged facing one another in mounting position so as to define respective sides of the step , a respective upper bracket protruding perpendicularly from each of said beams , said upper bracket being predisposed for supporting said portion of tread , said upper bracket of said support body extending in a horizontal plane in a mounting position; characterised by a respective lower bracket protruding perpendicularly from each of said beams ; and by said lower bracket being predisposed for being secured to a corresponding upper bracket of said adjacent step , said upper bracket and said lower bracket of said support body respectively extending in a horizontal plane in a mounting position.
Differential transmission having a differential lock with a selector fork which can be driven by an actuator such that it can be moved between an unlocked position and a locked position, with an output shaft which leads to the differential transmission and on which a spring-loaded selector sleeve is arranged fixedly for conjoint rotation, which selector sleeve can be moved by the selector fork axially on the output shaft with a gear profile of an axle shaft gear of the differential mechanism by way of a sleeve profile out of the decoupled position which leads to the unlocked position into a coupled position which leads to the locked position, it being possible for the outer ring of an anti-friction bearing which is arranged with its inner ring fixedly on the selector sleeve which is spring-loaded in its decoupled position to be moved by the selector fork in the direction of the coupled position, the selector fork having two selector arms which have a U-shaped profile, enclose half of the outer ring of the anti-friction bearing radially, and engage axially in a claw-like manner with their free ends around the outer ring of the anti-friction bearing , characterized in that the selector fork has an axial stop which is directed away from the axle shaft gear of the differential transmission and, in the unlocked position of the selector fork is in contact with a counterstop which is fixed on a housing of the differential lock, and an axial stop of the selector fork being arranged at each free end of the selector arms .
A semiconductor device comprising: an emitter region defining an inner boundary in the shape of an obround with parallel sides , and the obround having a first hemispherical end and a second hemispherical end each having a radius ; a base region having a first end , a second end opposite the first end, and base length (L B ), the base region disposed within the obround with the base length parallel to and centered between the parallel sides, the first end spaced apart from the first hemispherical end by a first gap (G1) greater than the radius by more than a manufacturing tolerance, and the second end spaced apart from the second hemispherical end by a second gap (G2) greater than the radius by more than the manufacturing tolerance. an emitter region defining an inner boundary in the shape of an obround with parallel sides , and the obround having a first hemispherical end and a second hemispherical end each having a radius ; a base region having a first end , a second end opposite the first end, and base length (L B ), the base region disposed within the obround with the base length parallel to and centered between the parallel sides, the first end spaced apart from the first hemispherical end by a first gap (G1) greater than the radius by more than a manufacturing tolerance, and the second end spaced apart from the second hemispherical end by a second gap (G2) greater than the radius by more than the manufacturing tolerance.
A user equipment, UE, for communication system, comprising a session connection controller for combining at least two sessions received through different transmission paths into at least one session, or dividing at least one session into at least two sessions to be transmitted through different transmission paths, wherein the different transmission paths are established through different communication devices in an identical communication network, and wherein the different communication device includes at least one of NodeBs, relays, repeaters and femtocell NodeBs; the UE characterized in that: the UE further comprises a session characteristics determination unit for determining characteristics of each of sessions selected from at least one layer, wherein each of the at least one layer is selected from the group consisting of a transport layer, a network layer, and a physical layer, wherein the session characteristics determination unit determines at least one selected from the group consisting of a session size, a session connection mode, session flexibility, and quality of experience, QoE, of the layer or each of at least two layers selected from the group consisting of a transport layer, a network layer, and a physical layer, wherein the session flexibility is a degree of response to change of service and traffic, network load, and a channel state, and wherein the session connection controller controls at least one selected from the group consisting of session establishment, session close, session change, and session connection for connection of a session of the at least one layer of which characteristics are determined by the session characteristics determination unit by using at least one of the paths, which are determined by a path characteristic determination unit. the UE further comprises a session characteristics determination unit for determining characteristics of each of sessions selected from at least one layer, wherein each of the at least one layer is selected from the group consisting of a transport layer, a network layer, and a physical layer, wherein the session characteristics determination unit determines at least one selected from the group consisting of a session size, a session connection mode, session flexibility, and quality of experience, QoE, of the layer or each of at least two layers selected from the group consisting of a transport layer, a network layer, and a physical layer, wherein the session flexibility is a degree of response to change of service and traffic, network load, and a channel state, and wherein the session connection controller controls at least one selected from the group consisting of session establishment, session close, session change, and session connection for connection of a session of the at least one layer of which characteristics are determined by the session characteristics determination unit by using at least one of the paths, which are determined by a path characteristic determination unit.
A machine tool for machining workpieces , comprising at least one tool spindle and at least one workpiece table , which can be moved relative to one another along a vertical axis and two horizontal axes , wherein the three axes are orthogonally to one another, in order to machine a workpiece that is clamped on the workpiece table with a tool that is clamped in the tool spindle , and at least one tool magazine , in which a tool set with tools for machining the workpiece is kept in stock, which tools can be selectively clamped in the tool spindle , wherein at least one second tool magazine is provided, from which tools can be selectively clamped in the tool spindle , characterized in that each tool magazine has a tool fitting site , at which tools are exchanged in order to equip a non-active tool magazine completely or partially with new tools for machining a workpiece , a common loading device is provided for all tool magazines , by means of which tools are removed from a non-active tool magazine and/or tools are inserted into a non-active tool magazine at the tool fitting site . wherein at least one second tool magazine is provided, from which tools can be selectively clamped in the tool spindle , characterized in that each tool magazine has a tool fitting site , at which tools are exchanged in order to equip a non-active tool magazine completely or partially with new tools for machining a workpiece , a common loading device is provided for all tool magazines , by means of which tools are removed from a non-active tool magazine and/or tools are inserted into a non-active tool magazine at the tool fitting site .
A male urinary catheter , comprising: a catheter tube having a tip end and a distal end ; and a wetting mechanism operably coupled at or proximal to the tip end of the catheter tube for wetting the catheter tube, in use, the wetting mechanism comprising: a housing forming a gripping element for the catheter, the housing being configured to be positioned initially at or proximal to the tip end of the catheter tube; wherein the housing comprises a wetting chamber into which at least a portion of the catheter tube is able to be introduced and be moved therethrough to move at least a portion of the catheter tube through the wetting chamber, in use; and wherein the wetting mechanism comprises a wetting applicator positioned within the wetting chamber configured to hold fluid therein and release said fluid to wet the catheter tube upon movement of the tube through the wetting chamber, wherein the wetting applicator comprises a baffle arrangement, and wherein the catheter tube comprises, is integrated with, or is coated with a hydrophilic component. a catheter tube having a tip end and a distal end ; and a wetting mechanism operably coupled at or proximal to the tip end of the catheter tube for wetting the catheter tube, in use, a housing forming a gripping element for the catheter, the housing being configured to be positioned initially at or proximal to the tip end of the catheter tube; wherein the housing comprises a wetting chamber into which at least a portion of the catheter tube is able to be introduced and be moved therethrough to move at least a portion of the catheter tube through the wetting chamber, in use; and wherein the wetting mechanism comprises a wetting applicator positioned within the wetting chamber configured to hold fluid therein and release said fluid to wet the catheter tube upon movement of the tube through the wetting chamber, wherein the wetting applicator comprises a baffle arrangement, and wherein the catheter tube comprises, is integrated with, or is coated with a hydrophilic component.
Open roof construction for a vehicle having an opening in the fixed roof , comprising a stationary part for attachment to the fixed roof, having at least one guide rail on a side of the roof opening, a closure element supported by an operating mechanism and adjustable between a closed position, in which it closes the roof opening, and an open position in which the closure element is moved rearwardly above a roof portion behind the roof opening, wherein the operating mechanism comprises a driving slide , slidably guided in the guide rail , a front support attached to the closure element and guided by the guide rail, a support lever having a front end and a rear end and which is slidably connected to a panel track of the closure element by means of a rear sliding member at the rear end of the support lever, and a curve part on the stationary part including a rear guide track having a vertical component, the support lever being in engagement with said rear guide track by means of a middle sliding member , wherein the driving slide is adapted to drive the support lever at least along part of path of movement of the closure element between the open and closed positions, characterized in that the support lever is constructed such that, in the open position of the closure element , the rear sliding member at the rear end of the support lever extends above the fixed roof behind the roof opening .
Process for fabricating an optoelectronic device comprising a matrix-array of diodes , each diode comprising: a semiconductor stack formed from a first doped segment and from a second doped segment between which segments is located an active region , and having a coefficient of thermal expansion α es , the process comprising the following steps: i) providing a growth substrate having a coefficient of thermal expansion α sc lower than α es and comprising a carrier substrate coated with a nucleation layer defining a nucleation surface ; ii) depositing, on the nucleation surface , a dielectric layer made of an electrically insulating material having a coefficient of thermal expansion α mc lower than aes; iii) forming, in the dielectric layer , a plurality of through-apertures that open onto the nucleation surface , ∘ etching the nucleation layer located in the through-apertures so as to free an upper surface of the carrier substrate and to expose a lateral face of the nucleation layer forming a nucleation lateral face , then ∘ forming a dielectric region extending through or over the carrier substrate, so that, in step iv) of epitaxial growth, each first doped segment is especially formed from the nucleation lateral face ; iv) producing, by epitaxial growth, in the through-apertures and from the nucleation surface , said semiconductor stacks , so that at least the first doped segments and the active regions are located in the through-apertures . i) providing a growth substrate having a coefficient of thermal expansion α sc lower than α es and comprising a carrier substrate coated with a nucleation layer defining a nucleation surface ; ii) depositing, on the nucleation surface , a dielectric layer made of an electrically insulating material having a coefficient of thermal expansion α mc lower than aes; iii) forming, in the dielectric layer , a plurality of through-apertures that open onto the nucleation surface , ∘ etching the nucleation layer located in the through-apertures so as to free an upper surface of the carrier substrate and to expose a lateral face of the nucleation layer forming a nucleation lateral face , then ∘ forming a dielectric region extending through or over the carrier substrate, so that, in step iv) of epitaxial growth, each first doped segment is especially formed from the nucleation lateral face ; ∘ etching the nucleation layer located in the through-apertures so as to free an upper surface of the carrier substrate and to expose a lateral face of the nucleation layer forming a nucleation lateral face , then ∘ forming a dielectric region extending through or over the carrier substrate, so that, in step iv) of epitaxial growth, each first doped segment is especially formed from the nucleation lateral face ; iv) producing, by epitaxial growth, in the through-apertures and from the nucleation surface , said semiconductor stacks , so that at least the first doped segments and the active regions are located in the through-apertures .
A sulfonate composition comprising a mixture of a hydroxyalkanesulfonate and an alkenesulfonate having the structure: (a) or (b) or (c) (a) or (b) or (c)