mhurhangee/patent-ind-claim-en huggingface dataset:
A coupling device , comprising: a housing having proximal and distal ends and a central longitudinal axis A1 extending therebetween; and a clamp having a plurality of clamping elements and defining an instrument channel , the clamp being rotatable within the housing about the axis A1 between an unclamped position in which the clamping elements are free to move radially-outward away from the axis A1 and a clamped position in which the clamping elements are urged radially-inward towards the axis A1; and further comprising a trigger movable relative to the housing between a first position in which the trigger maintains the clamp in the unclamped position and a second position in which the trigger allows the clamp to move to the clamped position; and characterised in that the trigger is movable between the first and second positions by translating the trigger relative to the housing along an axis A2 that is parallel or substantially parallel to the axis A1. a housing having proximal and distal ends and a central longitudinal axis A1 extending therebetween; and a clamp having a plurality of clamping elements and defining an instrument channel , the clamp being rotatable within the housing about the axis A1 between an unclamped position in which the clamping elements are free to move radially-outward away from the axis A1 and a clamped position in which the clamping elements are urged radially-inward towards the axis A1; and further comprising a trigger movable relative to the housing between a first position in which the trigger maintains the clamp in the unclamped position and a second position in which the trigger allows the clamp to move to the clamped position; and characterised in that the trigger is movable between the first and second positions by translating the trigger relative to the housing along an axis A2 that is parallel or substantially parallel to the axis A1.
A sliding component that has an annular shape and is disposed in a place where relative rotation is performed in a rotary machine, comprising a plurality of dynamic pressure generating mechanisms , wherein the plurality of dynamic pressure generating mechanisms are provided in a sliding surface of the sliding component , each of the dynamic pressure generating mechanisms including a deep groove portion that communicates with a leakage side, and at least one shallow groove portion that communicates with the deep groove portion and extends in a circumferential direction, the shallow groove portion being shallower than the deep groove portion , the sliding surface of the sliding component is provided with a specific dynamic pressure generating mechanism that is disposed on a sealed fluid side with respect to the dynamic pressure generating mechanism and is independent of the dynamic pressure generating mechanism , characterized in that the volume of the dynamic pressure generating mechanism is larger than the volume of the specific dynamic pressure generating mechanism . wherein the plurality of dynamic pressure generating mechanisms are provided in a sliding surface of the sliding component , each of the dynamic pressure generating mechanisms including a deep groove portion that communicates with a leakage side, and at least one shallow groove portion that communicates with the deep groove portion and extends in a circumferential direction, the shallow groove portion being shallower than the deep groove portion , the sliding surface of the sliding component is provided with a specific dynamic pressure generating mechanism that is disposed on a sealed fluid side with respect to the dynamic pressure generating mechanism and is independent of the dynamic pressure generating mechanism , characterized in that the volume of the dynamic pressure generating mechanism is larger than the volume of the specific dynamic pressure generating mechanism .
Housing arrangement , in particular a housing of protection class ex-d, with a housing enclosing an interior which is suitable for receiving components which may form ignition sources, with a pressure-relief volume arranged in the housing , with a passage opening which connects the interior to the pressure-relief volume , with a gas-permeable, flame-arresting arrangement arranged in or at the passage opening , characterised in that the pressure-relief volume is delimited inside the interior surrounded by the housing , wherein the pressure-relief volume is formed in a part housing arranged in the interior . with a housing enclosing an interior which is suitable for receiving components which may form ignition sources, with a pressure-relief volume arranged in the housing , with a passage opening which connects the interior to the pressure-relief volume , with a gas-permeable, flame-arresting arrangement arranged in or at the passage opening , characterised in that the pressure-relief volume is delimited inside the interior surrounded by the housing , wherein the pressure-relief volume is formed in a part housing arranged in the interior .
A driven pulley device for a V-belt type automatic transmission , comprising an inner tube and an outer tube that are slidably fitted together so as to be relatively rotatable around an axis and relatively movable in the direction of the axis, a fixed pulley half that is fixed to the inner tube , a movable pulley half that opposes the fixed pulley half and is fixed to the outer tube , and a torque cam mechanism that is provided between the inner tube and the outer tube so as to make an axial component of force act between the movable pulley half and the fixed pulley half in response to a relative rotational phase difference between the two pulley halves , a V belt that transmits rotational power from the drive pulley being sandwiched between conical faces , opposing each other, of the fixed pulley half and the movable pulley half , wherein the torque cam mechanism is formed from a cam pin and a cam hole in which the cam pin can move, and the cam pin has a flat face that is parallel to the direction of movement, characterized in that there are two or more different shapes for the cam hole , and in a state in which one cam hole is restricting the direction of movement of the cam pin , another cam hole is not restricting the direction of movement.
Apparatus for providing a controlled atmosphere in a region between a laser system for corneal tissue ablation and an eye of a patient, comprising: a. means for isolating the region between the laser system and the eye, and b. means for controlling the atmosphere in the region, c. wherein the means for isolating comprise an eye piece adapted to be arranged around the eye of the patient, and d. wherein the eye piece comprises a sleeve adapted to provide a fit with the face. a. means for isolating the region between the laser system and the eye, and b. means for controlling the atmosphere in the region, c. wherein the means for isolating comprise an eye piece adapted to be arranged around the eye of the patient, and d. wherein the eye piece comprises a sleeve adapted to provide a fit with the face.
A method for photographing a subject using a recommended photographing composition by an electronic device including a camera and a display, wherein the subject includes a person, the method comprising: identifying the person in a preview image, obtained from the camera and displayed on the display; obtaining information of the person being identified in the preview image, the obtained information including at least a position within the preview image of the person being identified in the preview image; obtaining the recommended photographing composition based on the obtained information, by using a recommendation model trained by using a plurality of photographs taken by professionals, the plurality of photographs including a plurality of composition information for recommending a photographing composition, wherein the recommended photographing composition refers to an arrangement of the subject in the preview image; displaying an indicator guiding a user of the electronic device to move the electronic device such that the person is at a position in the preview image corresponding to the recommended photographing composition; and automatically photographing the subject, based on the person being at the position in the preview image corresponding to the recommended photographing composition obtained using the recommendation model . identifying the person in a preview image, obtained from the camera and displayed on the display; obtaining information of the person being identified in the preview image, the obtained information including at least a position within the preview image of the person being identified in the preview image; obtaining the recommended photographing composition based on the obtained information, by using a recommendation model trained by using a plurality of photographs taken by professionals, the plurality of photographs including a plurality of composition information for recommending a photographing composition, wherein the recommended photographing composition refers to an arrangement of the subject in the preview image; displaying an indicator guiding a user of the electronic device to move the electronic device such that the person is at a position in the preview image corresponding to the recommended photographing composition; and automatically photographing the subject, based on the person being at the position in the preview image corresponding to the recommended photographing composition obtained using the recommendation model .
A fully human HER2 antibody, wherein the amino acid sequence of the heavy chain variable region and the amino acid sequence of the light chain variable region of the antibody are respectively SEQ ID NO: 10 and SEQ ID NO: 2; SEQ ID NO: 11 and SEQ ID NO: 2; or SEQ ID NO: 12 and SEQ ID NO: 2.
A stickable-curable adhesive layer-including deformation/conversion device kit comprising: a stickable-curable adhesive layer-including deformation/conversion device that includes a deformation/conversion device , a stickable-curable adhesive layer that pressure-sensitively adheres to the deformation/conversion device and contains a stickable-curable adhesive component, and a peeling film ; and a curing component that cures the stickable-curable adhesive layer , wherein the stickable-curable adhesive component contains an epoxy resin as a main component, or an epoxy resin as a main component and an acrylic polymer, the curing component contains an imidazole compound, an amine compound, or dicyandiamide, the stickable-curable adhesive component has pressure-sensitive adhesiveness before curing, the stickable-curable adhesive layer and the curing component form a stickable-curable adhesive sheet , and the initial tensile elastic modulus at 25°C of the stickable-curable adhesive sheet after curing is 5.0 × 10 8 Pa or more, wherein initial tensile elastic modulus is determined as disclosed in the description. a stickable-curable adhesive layer-including deformation/conversion device that includes a deformation/conversion device , a stickable-curable adhesive layer that pressure-sensitively adheres to the deformation/conversion device and contains a stickable-curable adhesive component, and a peeling film ; and a curing component that cures the stickable-curable adhesive layer , wherein the stickable-curable adhesive component contains an epoxy resin as a main component, or an epoxy resin as a main component and an acrylic polymer, the curing component contains an imidazole compound, an amine compound, or dicyandiamide, the stickable-curable adhesive component has pressure-sensitive adhesiveness before curing, the stickable-curable adhesive layer and the curing component form a stickable-curable adhesive sheet , and the initial tensile elastic modulus at 25°C of the stickable-curable adhesive sheet after curing is 5.0 × 10 8 Pa or more, wherein initial tensile elastic modulus is determined as disclosed in the description.
An implantable electromedical device (1; 1'), comprising: an electronic or electric functional unit (7; 7'); a casing part (3; 3') which accommodates the electronic or electric functional unit (7; 7'); an electrode, arranged on the outside of the casing part, or a lead connection ; and a feedthrough (11; 11'), which surrounds an opening of the casing part and accommodates at least one metallic conductor element (13; 13') connecting the electrode or the lead connection to the functional unit and which has a metallic circumferential flange (17; 17'), wherein the feedthrough comprises an insulator main body (15; 15'), around which the circumferential flange and in which the conductor element are directly shrunk in a form-fitting and force-fitting connecting manner, characterised in that the circumferential flange (17; 17') and the conductor element (13; 13') are designed as sintered parts formed of the same material by way of metal injection moulding. an electronic or electric functional unit (7; 7'); a casing part (3; 3') which accommodates the electronic or electric functional unit (7; 7'); an electrode, arranged on the outside of the casing part, or a lead connection ; and a feedthrough (11; 11'), which surrounds an opening of the casing part and accommodates at least one metallic conductor element (13; 13') connecting the electrode or the lead connection to the functional unit and which has a metallic circumferential flange (17; 17'), wherein the feedthrough comprises an insulator main body (15; 15'), around which the circumferential flange and in which the conductor element are directly shrunk in a form-fitting and force-fitting connecting manner, characterised in that the circumferential flange (17; 17') and the conductor element (13; 13') are designed as sintered parts formed of the same material by way of metal injection moulding.
Connection part having a cast body on which a sleeve-shaped section is formed, wherein a plurality of inwardly projecting projections produced by casting or 3D printing are integrally formed along at least one thread on an inner side of the sleeve-shaped section and only one projection is provided on the inner side in each case in the axial direction of the sleeve-shaped section , wherein the projections are arranged in several planes distributed over the circumference in the axial direction, characterized in that the connection part is designed as an expansion dowel or pipe screw connection and a plurality of bendable webs are integrally formed on the sleeve-shaped section in the axial direction.
A method of a wireless communication device of acquiring position information, comprising: transmitting (S100a), to a service-providing node , a request for service; receiving (S100b), from the service-providing node , a request for information indicating the position of the wireless communication device ; receiving (S104), from a network node , information indicating a position of the wireless communication device via broadcast or via a System Information Block, SIB, the information having been provided with an indication of authenticity by the network node ; and transmitting (S104a), to the service-providing node , the position information having been provided with an indication of authenticity. transmitting (S100a), to a service-providing node , a request for service; receiving (S100b), from the service-providing node , a request for information indicating the position of the wireless communication device ; receiving (S104), from a network node , information indicating a position of the wireless communication device via broadcast or via a System Information Block, SIB, the information having been provided with an indication of authenticity by the network node ; and transmitting (S104a), to the service-providing node , the position information having been provided with an indication of authenticity.
An apparatus , comprising: a housing ; a fluid channel formed on the housing , wherein the fluid channel is coupled to an inlet and to an outlet ; and a substrate positioned inside the fluid channel , wherein the substrate comprises: a plasmonic nanostructure and a sacrificial, conformal passivation coating deposited at least over the plasmonic nanostructure; the apparatus characterized by comprising: a reservoir , fluidly coupled to the fluid channel ; wherein the reservoi contains a supply of liquid reagent for removing the passivation coating from the plasmonic nanostructure. a housing ; a fluid channel formed on the housing , wherein the fluid channel is coupled to an inlet and to an outlet ; and a substrate positioned inside the fluid channel , wherein the substrate comprises: a plasmonic nanostructure and a sacrificial, conformal passivation coating deposited at least over the plasmonic nanostructure; the apparatus characterized by comprising: a reservoir , fluidly coupled to the fluid channel ; wherein the reservoi contains a supply of liquid reagent for removing the passivation coating from the plasmonic nanostructure. a plasmonic nanostructure and a sacrificial, conformal passivation coating deposited at least over the plasmonic nanostructure; the apparatus characterized by comprising: a reservoir , fluidly coupled to the fluid channel ; wherein the reservoi contains a supply of liquid reagent for removing the passivation coating from the plasmonic nanostructure.
- A sterilizable medical packaging with living pores comprising: - a polyolefin blend comprising at least 50 percent by weight of an isotactic polypropylene homopolymer; - 100-2,500 ppm of a nucleating agent; and - 0.1-2 percent by weight of a hydrophilic filler; wherein the above compositions are mixed and plasticized at temperature in range of 180-250 °C and cooled down with cooling rate in range of 1-10 °C per second to form a sterilizable medical substrate film packaging according to this invention. - a polyolefin blend comprising at least 50 percent by weight of an isotactic polypropylene homopolymer; - 100-2,500 ppm of a nucleating agent; and - 0.1-2 percent by weight of a hydrophilic filler;
Installation for heating, ventilation and/or air-conditioning of a motor vehicle cabin, comprising a housing containing a pulse member that is able to cause a flow of air to circulate in the housing, between an inlet orifice and outlet orifices , passing through a cold air inlet duct and/or a hot air inlet duct separated from one another, the installation further comprising movable distribution members that are arranged to distribute the flow of air between outlet orifices, at least one movable intermediate distribution member being arranged to form at least one intermediate distribution duct segment passing through one of the inlet ducts and opening on one hand into the other inlet duct , and on the other hand into an outlet duct segment , for at least one position of the intermediate distribution member , characterized in that the intermediate distribution member is able to convey the air coming from a refrigeration member or heating member directly to one of the outlet orifices .
A bolt comprising: a body having a head , a circumferential sidewall , a central bore extending at least a portion of a length of the bolt , and a plurality of slots extending through the sidewall from the bore ; a plurality of positioning arms at least partially located within an interior of the bolt ; and a screw seated within the head , wherein a position of the screw within the head controls an extent to which the plurality of the positioning arms are extended through the sidewall ; characterised in that : the plurality of positioning arms includes at least three positioning arms equidistantly located about the periphery of the sidewall . a body having a head , a circumferential sidewall , a central bore extending at least a portion of a length of the bolt , and a plurality of slots extending through the sidewall from the bore ; a plurality of positioning arms at least partially located within an interior of the bolt ; and a screw seated within the head , wherein a position of the screw within the head controls an extent to which the plurality of the positioning arms are extended through the sidewall ; characterised in that : the plurality of positioning arms includes at least three positioning arms equidistantly located about the periphery of the sidewall .
A nacelle for an aircraft turbojet engine, comprising a thrust reverser device, said nacelle comprising: - a fixed structure , and - a movable structure displaceable in translation along an axis substantially parallel to a longitudinal axis of the nacelle, between a retracted position in which it ensures an aerodynamic continuity with said fixed structure of the nacelle during a direct jet operation of the nacelle and a deployed position in which it opens a passage intended for the circulation of a secondary air flow diverted during a reverse jet operation of the nacelle, said nacelle being characterized in that it comprises at least one position sensor , configured to detect a deformation of the movable structure exceeding a predetermined authorized deformation threshold. the position sensor comprising: - a detector secured to the fixed structure of the nacelle, and - a target secured to the movable structure of the nacelle, the position sensor being further configured to send a signal to an external device when the target substantially faces the detector . - a fixed structure , and - a movable structure displaceable in translation along an axis substantially parallel to a longitudinal axis of the nacelle, between a retracted position in which it ensures an aerodynamic continuity with said fixed structure of the nacelle during a direct jet operation of the nacelle and a deployed position in which it opens a passage intended for the circulation of a secondary air flow diverted during a reverse jet operation of the nacelle, said nacelle being characterized in that it comprises at least one position sensor , configured to detect a deformation of the movable structure exceeding a predetermined authorized deformation threshold. the position sensor comprising: - a detector secured to the fixed structure of the nacelle, and - a target secured to the movable structure of the nacelle, - a detector secured to the fixed structure of the nacelle, and - a target secured to the movable structure of the nacelle, the position sensor being further configured to send a signal to an external device when the target substantially faces the detector .