mhurhangee/patent-ind-claim-en huggingface dataset:
Motor vehicle comprising: a tailgate which can be pivoted about a vehicle transverse axis (A), a bumper which is connected to the tailgate , characterized by a crash box unit which is connected to a vehicle body of the motor vehicle and has at least two crash boxes , the crash boxes having a deformation region and a clamping bracket which is connected to the deformation region and has a receiving region for receiving the bumper , and the crash boxes comprising a connecting means within the deformation region , which connecting means connects to the bumper in the case of a crash. a tailgate which can be pivoted about a vehicle transverse axis (A), a bumper which is connected to the tailgate , characterized by a crash box unit which is connected to a vehicle body of the motor vehicle and has at least two crash boxes , the crash boxes having a deformation region and a clamping bracket which is connected to the deformation region and has a receiving region for receiving the bumper , and the crash boxes comprising a connecting means within the deformation region , which connecting means connects to the bumper in the case of a crash.
An image display device comprising: a light source; a wavelength conversion layer containing quantum dots; a polarizing plate disposed on the observer side with respect to the wavelength conversion layer ; and a light reflecting layer provided on an observer side with respect to the wavelength conversion layer and disposed on the polarizing plate , and including, in a reflection wavelength region, a peak wavelength of the light source that emits excitation light to be used for emission of the quantum dots, wherein the light source is arranged opposite to the observer side and the wavelength conversion layer , the polarizing plate , and the light reflecting layer are arranged in this order from the light source, wherein the light reflecting layer is a polarizing reflective layer, the polarizing reflective layer is a cholesteric liquid crystal layer, and a quarter-wave plate is disposed between the cholesteric liquid crystal layer and the polarizing plate . a light source; a wavelength conversion layer containing quantum dots; a polarizing plate disposed on the observer side with respect to the wavelength conversion layer ; and a light reflecting layer provided on an observer side with respect to the wavelength conversion layer and disposed on the polarizing plate , and including, in a reflection wavelength region, a peak wavelength of the light source that emits excitation light to be used for emission of the quantum dots, wherein the light source is arranged opposite to the observer side and the wavelength conversion layer , the polarizing plate , and the light reflecting layer are arranged in this order from the light source, wherein the light reflecting layer is a polarizing reflective layer, the polarizing reflective layer is a cholesteric liquid crystal layer, and a quarter-wave plate is disposed between the cholesteric liquid crystal layer and the polarizing plate .
A semi-submersible microscope objective for focusing laser light having a wavelength in a range of from 300 to 1500 nm in multiphoton stereolithography processes, comprising: a microscope objective having a protective barrel with an optical inlet and optical outlet , wherein the optical inlet refers to the end of the microscope objective where the light beam has parallel light rays and the optical outlet refers to the end of the microscope objective where the light beam converges; a protective element affixed to the microscope objective, sealing the optical outlet but not the optical inlet, wherein the protective element comprises a transparent protective coating disposed on a portion of the microscope objective, wherein the transparent protective coating covers and seals the optical outlet, so that when the microscope objective is partially submerged in a liquid photoresist during use in multiphoton imaging, the optical outlet is sealed from contact with the liquid photoresist, wherein a transparent portion of the protective element is aligned with the optical outlet, wherein the transparent protective coating comprises a water-soluble polymer such that the protective element is separable from the microscope objective without damaging the microscope objective, and wherein the transparent protective coating comprises at least one of polyvinyl alcohol or a polymer having pendant carboxyl or carboxylate groups..
A wound dressing for use with a negative pressure wound therapy, NPWT, device, the wound dressing comprising: a manifold layer extending over a wound for NPWT; a lightguide positioned below the manifold layer and above the wound, the lightguide configured to receive light at a first portion, transfer the light through the lightguide, and emit the light towards the wound at a second portion for phototherapy of the wound ; a drape layer covering the manifold layer and the lightguide , the drape layer sealingly coupling with skin surrounding the wound and defining a sealed inner volume of the wound dressing; wherein the drape layer comprises a first opening for drawing a negative pressure at the sealed inner volume of the wound dressing, and a second opening for providing light to the first portion of the lightguide for phototherapy of the wound; characterised in that an interior surface of the drape layer comprises a reflective material, wherein the reflective material is configured to reflect light towards the wound to improve an efficacy of the phototherapy. a manifold layer extending over a wound for NPWT; a lightguide positioned below the manifold layer and above the wound, the lightguide configured to receive light at a first portion, transfer the light through the lightguide, and emit the light towards the wound at a second portion for phototherapy of the wound ; a drape layer covering the manifold layer and the lightguide , the drape layer sealingly coupling with skin surrounding the wound and defining a sealed inner volume of the wound dressing; wherein the drape layer comprises a first opening for drawing a negative pressure at the sealed inner volume of the wound dressing, and a second opening for providing light to the first portion of the lightguide for phototherapy of the wound; characterised in that an interior surface of the drape layer comprises a reflective material, wherein the reflective material is configured to reflect light towards the wound to improve an efficacy of the phototherapy.
A method for coupling a top drive to a tool, comprising: moving the tool adjacent to the top drive, the top drive including a drive stem (111;211;311) having a key (112;212;327) movable to an extended position and the tool including an adapter (120;220;330) having a key recess (122;222;332) configured to receive the key in the extended position; extending a rod of an actuator (116;216;322) to pivot the key to a retracted position; inserting the drive stem into the adapter; and biasing the key towards the extended position to couple the drive stem and the adapter. moving the tool adjacent to the top drive, the top drive including a drive stem (111;211;311) having a key (112;212;327) movable to an extended position and the tool including an adapter (120;220;330) having a key recess (122;222;332) configured to receive the key in the extended position; extending a rod of an actuator (116;216;322) to pivot the key to a retracted position; inserting the drive stem into the adapter; and biasing the key towards the extended position to couple the drive stem and the adapter.
An intermittent urinary catheter having a tip portion with a tip in a proximal insertion end of the catheter, a tubular portion extending from the tip portion to a distal outlet end; the tubular portion having an inside lumen and a drainage portion provided with drainage openings configured for allowing urine to enter the inside lumen, the drainage portion being provided with more than 12 drainage openings .
An instrument comprising: a first plane lens antenna including a plurality of unit cells disposed in a predetermined pattern; an external antenna device ; a first support member configured to support the first plane lens antenna and configured to be rotated around a pole to which a portion of the first support member is physically connected for allowing the first plane lens antenna to be spaced apart from the external antenna device , wherein the external antenna device is configured to be installed to the pole independently from the first support member , wherein the first plane lens antenna is configured such that the unit cells having same dielectric constant are arranged in a linear pattern, first unit cells among the unit cells having the same dielectric constant are arranged in a first-axis direction of the first plane lens antenna , and second unit cells among the unit cells having different dielectric constants are arranged in a second-axis direction of the first plane lens antenna . a first plane lens antenna including a plurality of unit cells disposed in a predetermined pattern; an external antenna device ; a first support member configured to support the first plane lens antenna and configured to be rotated around a pole to which a portion of the first support member is physically connected for allowing the first plane lens antenna to be spaced apart from the external antenna device , wherein the external antenna device is configured to be installed to the pole independently from the first support member , wherein the first plane lens antenna is configured such that the unit cells having same dielectric constant are arranged in a linear pattern, first unit cells among the unit cells having the same dielectric constant are arranged in a first-axis direction of the first plane lens antenna , and second unit cells among the unit cells having different dielectric constants are arranged in a second-axis direction of the first plane lens antenna .
A robotic surgical tool comprising: a tool housing ; an elongate shaft coupled to and extending from the tool housing, the elongate shaft further defining a lumen that extends between a proximal end and a distal end of the elongate shaft; and a latching mechanism arranged on the elongate shaft and comprising one or more retention tabs that are biased radially outward with one or more biasing members; wherein the one or more retention tabs are movable between a deployed state, in which the one or more retention tabs extend radially outward from the elongate shaft and are positioned to engage an exterior surface of a mounting fixture of a robotic manipulator, and a retracted state, in which the one or more retention tabs are urged radially inward and are positioned to disengage the exterior surface of the mounting fixture; characterised in that the robotic surgical tool further comprises a plurality of elongate members extending through the lumen and operably engaging an end effector coupled to the distal end of the elongate shaft; wherein a component of the one or more biasing members or the one or more retention tabs is configured to engage one or more of the elongate members when the one or more retention tabs are in the retracted state. a tool housing ; an elongate shaft coupled to and extending from the tool housing, the elongate shaft further defining a lumen that extends between a proximal end and a distal end of the elongate shaft; and a latching mechanism arranged on the elongate shaft and comprising one or more retention tabs that are biased radially outward with one or more biasing members; wherein the one or more retention tabs are movable between a deployed state, in which the one or more retention tabs extend radially outward from the elongate shaft and are positioned to engage an exterior surface of a mounting fixture of a robotic manipulator, and a retracted state, in which the one or more retention tabs are urged radially inward and are positioned to disengage the exterior surface of the mounting fixture; characterised in that the robotic surgical tool further comprises a plurality of elongate members extending through the lumen and operably engaging an end effector coupled to the distal end of the elongate shaft; wherein a component of the one or more biasing members or the one or more retention tabs is configured to engage one or more of the elongate members when the one or more retention tabs are in the retracted state.
An air conditioner comprising: a cross flow fan which extends in an axial direction and includes vanes lined up in a circumferential direction; and a stabilizer and a rear guider which are provided on respective sides of an outer periphery of the cross flow fan to form an air passage, at least one of the stabilizer and the rear guider including at least one twisted portion at least at a part in the axial direction of the at least one of the stabilizer and the rear guider , wherein the at least one twisted portion extends circumferentially from a closest position of the at least one of the stabilizer and the rear guider which is closest to the outer periphery of the cross flow fan to a leading end of the at least one of the stabilizer and the rear guider , wherein in the circumferential direction of the cross flow fan , the at least one twisted portion is deviated from the axial direction gradually from one end to the other end in the axial direction, and wherein the at least one twisted portion is uniform in shape across any cross section orthogonal to the axial direction. a cross flow fan which extends in an axial direction and includes vanes lined up in a circumferential direction; and a stabilizer and a rear guider which are provided on respective sides of an outer periphery of the cross flow fan to form an air passage, at least one of the stabilizer and the rear guider including at least one twisted portion at least at a part in the axial direction of the at least one of the stabilizer and the rear guider , wherein the at least one twisted portion extends circumferentially from a closest position of the at least one of the stabilizer and the rear guider which is closest to the outer periphery of the cross flow fan to a leading end of the at least one of the stabilizer and the rear guider , wherein in the circumferential direction of the cross flow fan , the at least one twisted portion is deviated from the axial direction gradually from one end to the other end in the axial direction, and wherein the at least one twisted portion is uniform in shape across any cross section orthogonal to the axial direction.
One-piece profiled strip for encapsulating electronic devices , comprising: a. a base comprising a receiving zone for the electronic device , b. at least one flap that protrudes with respect to said base and that can be plastically deformed by application of an application force in a predetermined direction so as to encapsulate an electronic device between said base and said at least one flap , said strip being made of an elastomeric material that exhibits a Mooney plasticity in the raw state of between 30 and 90 Mooney Units (MU). a. a base comprising a receiving zone for the electronic device , b. at least one flap that protrudes with respect to said base and that can be plastically deformed by application of an application force in a predetermined direction so as to encapsulate an electronic device between said base and said at least one flap ,
Cooling module for a motor vehicle with an electric or hybrid motor , comprising: - at least one heat exchanger - at least one tangential-flow turbomachine having an axis of rotation (A), the tangential-flow turbomachine being capable of creating an air flow (F) circulating between an intake opening and a discharge opening , passing through the at least one heat exchanger ; - at least one housing configured to house the at least one heat exchanger and said at least one tangential-flow turbomachine , the cooling module being characterized in that it comprises an additional heat exchanger through which the air flow (F) is intended to pass, arranged outside the at least one housing , downstream of the discharge opening of the cooling module in a longitudinal direction (X) of the cooling module . - at least one heat exchanger - at least one tangential-flow turbomachine having an axis of rotation (A), the tangential-flow turbomachine being capable of creating an air flow (F) circulating between an intake opening and a discharge opening , passing through the at least one heat exchanger ; - at least one housing configured to house the at least one heat exchanger and said at least one tangential-flow turbomachine ,
A shaped thermal filler particle having an elongate shape defined by a planar first smooth surface, a second smooth surface that contacts the planar first smooth surface along a closed path, wherein at least a portion of the second smooth surface is convex, wherein the closed path has a length to width ratio of at least 1.5 and wherein the shaped thermal filler particle has a maximum linear dimension normal to the planar first smooth surface that is less than or equal to one half of the length of the closed path.
A wheel comprising: an axle ; a tire ; and a plurality of wheel sections , each wheel section comprising: a rim portion ; a hub portion defining a rotational axis; a pair of spokes , each spoke connecting the hub portion to the rim portion of one of the wheel sections of the plurality of wheel sections; wherein the plurality of wheel sections are rotatable relative to each other about the rotational axis from a collapsed position wherein the rim portions of the plurality of wheel sections define a segment of a circle to an expanded position wherein the rim portions of the plurality of wheels sections cooperatively define the circle; characterised in that the tire comprises a plurality of track segments ; and wherein the plurality of track segments define a plurality of grooves configured to receive the wheel sections, and further configured to allow the wheel sections to move relative to the grooves; wherein each of the track segments include a plurality of projections that extend from a central member , the projections partially defining a plurality of slots , a first side of the central member including N number of projections, and an opposing second side of the central member including N-1 number of projections, wherein the projections on the first side are configured to engage slots of a first adjacent track segment, and the projections on the second side are configured to engage slots of a second adjacent track segment. an axle ; a tire ; and a plurality of wheel sections , each wheel section comprising: a rim portion ; a hub portion defining a rotational axis; a pair of spokes , each spoke connecting the hub portion to the rim portion of one of the wheel sections of the plurality of wheel sections; a rim portion ; a hub portion defining a rotational axis; a pair of spokes , each spoke connecting the hub portion to the rim portion of one of the wheel sections of the plurality of wheel sections; wherein the plurality of wheel sections are rotatable relative to each other about the rotational axis from a collapsed position wherein the rim portions of the plurality of wheel sections define a segment of a circle to an expanded position wherein the rim portions of the plurality of wheels sections cooperatively define the circle; characterised in that the tire comprises a plurality of track segments ; and wherein the plurality of track segments define a plurality of grooves configured to receive the wheel sections, and further configured to allow the wheel sections to move relative to the grooves; wherein each of the track segments include a plurality of projections that extend from a central member , the projections partially defining a plurality of slots , a first side of the central member including N number of projections, and an opposing second side of the central member including N-1 number of projections, wherein the projections on the first side are configured to engage slots of a first adjacent track segment, and the projections on the second side are configured to engage slots of a second adjacent track segment.
An electromagnetic actuator comprising: a magnetic circuit including: a U-shaped stationary core having a first leg, a second leg and a connecting leg that connects the first and second legs, the stationary core being formed of a high temperature ferromagnetic material; and an armature formed of the high temperature ferromagnetic material; one or more position returning members disposed between the stationary core and the armature; and a first winding surrounding the first leg, the first winding being formed of a metal wire with ceramic insulation. a magnetic circuit including: a U-shaped stationary core having a first leg, a second leg and a connecting leg that connects the first and second legs, the stationary core being formed of a high temperature ferromagnetic material; and an armature formed of the high temperature ferromagnetic material; a U-shaped stationary core having a first leg, a second leg and a connecting leg that connects the first and second legs, the stationary core being formed of a high temperature ferromagnetic material; and an armature formed of the high temperature ferromagnetic material; one or more position returning members disposed between the stationary core and the armature; and a first winding surrounding the first leg, the first winding being formed of a metal wire with ceramic insulation.
A catheter based imaging apparatus for the combined intravascular imaging of two photon luminescence and optical coherence tomography, the apparatus comprising an optical coherence tomography light source configured to emit a first wavelength; a splitter configured to direct the first wavelength emitted from the coherence tomography light source to a reference path and to a sample path; a short-pulsed light source configured to emit a second wavelength of between 760-1040 nm; a first dichroic element ; and a second dichroic element , wherein the apparatus comprises a processing element for viewing a co-registered two-photon luminescence image on an optical coherence tomography tomogram wherein the sample path is directed through a double-clad photonic crystal fiber, and wherein the double-clad photonic crystal fiber comprises a single-mode core embedded in a multimode fiber structure; the single-mode core has a lower numerical aperture (NA) than the multimode fiber structure. an optical coherence tomography light source configured to emit a first wavelength; a splitter configured to direct the first wavelength emitted from the coherence tomography light source to a reference path and to a sample path; a short-pulsed light source configured to emit a second wavelength of between 760-1040 nm; a first dichroic element ; and a second dichroic element ,
A drive battery assembly for an electric, fuel cell or hybrid vehicle having a plurality of battery cells arranged in rows, which are outwardly closed by their own individual cell housings and are combined into a cell stack, and at least one cooling fin that planarly abuts the cell housings and is provided per battery cell row, the cooling fin is designed, at least in sections, as double-walled and having walls that are distanced in sections and wherein the separated region forms a canal that guides a coolant in order to remove heat energy from the battery cells , wherein the canal extends alternately upward and downward in the longitudinal direction of each of the associated battery cells , wherein each cooling fin comprises an inlet pipe and an outlet pipe that terminate on the same side of the cooling fin , wherein each cooling fin preferably surrounds at least a plurality of cell housings of a row of battery cells and is curved in such a manner that it abuts the opposing section of the cell housings associated therewith, wherein each cooling fin extends along the cell housings in a concertina manner, partially in an intermediate space between adjacent cell housings from one cell housing 12 to one adjacent it, each cooling fin being bent in a U-shape at the end of each row of battery cells .