mhurhangee/patent-ind-claim-en huggingface dataset:
A medical device assembly for removable insertion into a catheter residing within a patient's body cavity, the catheter being provided with a lumen , the medical device assembly comprising: an electromagnetic radiation (EMR) source for providing non-ultraviolet, therapeutic EMR having an intensity comprising a radiant exposure of at least 0.1 J/cm 2 up to 1 kJ/cm 2 and power of at least 0.005 mW up to 1 W, such intensity being sufficient to cause a therapeutic effect of at least one of inactivating one or more infectious agents and promoting healing, such that the medical device assembly provides sterilizing EMR and healing EMR alternatively, alternatingly or simultaneously; a removable EMR conduction system comprising an optical element connector and an optical element , wherein the optical element is at least partially insertable into and removable from the lumen of the catheter while the catheter resides within the patient's body cavity, the optical element having an elongate body conducive to the axial propagation of the therapeutic EMR through the elongate body , the elongate body having an exterior surface between a proximal coupling end and an distal end tip , the exterior surface having at least one modified portion permitting the radial emission of therapeutic EMR radially from the elongate body ; and a coupling to connect the EMR source to the optical element connector of the EMR conduction system . an electromagnetic radiation (EMR) source for providing non-ultraviolet, therapeutic EMR having an intensity comprising a radiant exposure of at least 0.1 J/cm 2 up to 1 kJ/cm 2 and power of at least 0.005 mW up to 1 W, such intensity being sufficient to cause a therapeutic effect of at least one of inactivating one or more infectious agents and promoting healing, such that the medical device assembly provides sterilizing EMR and healing EMR alternatively, alternatingly or simultaneously; a removable EMR conduction system comprising an optical element connector and an optical element , wherein the optical element is at least partially insertable into and removable from the lumen of the catheter while the catheter resides within the patient's body cavity, the optical element having an elongate body conducive to the axial propagation of the therapeutic EMR through the elongate body , the elongate body having an exterior surface between a proximal coupling end and an distal end tip , the exterior surface having at least one modified portion permitting the radial emission of therapeutic EMR radially from the elongate body ; and a coupling to connect the EMR source to the optical element connector of the EMR conduction system .
Tool spindle for an elongated drilling tool having an end-side clamping shaft for clamping the drilling tool and a centring countersink , arranged opposite the clamping shaft in longitudinal direction, for centring the drilling tool , wherein the tool spindle comprises - a drive shaft for driving the drilling tool , - a chuck , connected rigidly with the drive shaft in a axis of rotation oriented longitudinally to the drive shaft , for receiving the clamping shaft and - at least one radial bearing , at least portionally radially enclosing the drive shaft , for the radial support of the drive shaft , configured such that the radial bearing supports the drive shaft rotationally about the axis of rotation , and wherein the radial bearing is an active magnetic bearing and configured such that it supports the drive shaft furthermore swivellably about at least one swivel axis extending perpendicularly to the axis of rotation through a fixed point , wherein the fixed point is located in the centring countersink when the drilling tool is clamped in the tool spindle , characterised in - that a ring surrounding the drive shaft radially and connected rigidly with the drive shaft and an axial bearing surrounding the ring at least portionally are provided for the axial support of the drive shaft , and - that the ring is bent in the direction of the fixed point . - a drive shaft for driving the drilling tool , - a chuck , connected rigidly with the drive shaft in a axis of rotation oriented longitudinally to the drive shaft , for receiving the clamping shaft and - at least one radial bearing , at least portionally radially enclosing the drive shaft , for the radial support of the drive shaft , configured such that the radial bearing supports the drive shaft rotationally about the axis of rotation , and - that a ring surrounding the drive shaft radially and connected rigidly with the drive shaft and an axial bearing surrounding the ring at least portionally are provided for the axial support of the drive shaft , and - that the ring is bent in the direction of the fixed point .
An object holder for use in a lithographic apparatus, the object holder comprising: a main body having a surface ; and a plurality of burls provided on the surface and having end surfaces to support an object, characterized in that at least part of at least one of the burls is formed of a matrix material and diamond particles embedded in the matrix material. a main body having a surface ; and a plurality of burls provided on the surface and having end surfaces to support an object, characterized in that at least part of at least one of the burls is formed of a matrix material and diamond particles embedded in the matrix material.
A conductive material comprising a structure where a plurality of graphene sheets are interconnected, wherein an oxygen content is 1 wt% or higher based on the total weight of the conductive material; and a D/G peak ratio is 2.0 or less as measured by the Raman spectrum; wherein the graphene sheet has a lateral size of 50-90 nm. wherein an oxygen content is 1 wt% or higher based on the total weight of the conductive material; and a D/G peak ratio is 2.0 or less as measured by the Raman spectrum; wherein the graphene sheet has a lateral size of 50-90 nm.
A method executed by a base station or a terminal , comprising: - determining a parameter of a coverage enhancement policy employed by a communication system, - setting a timing configuration (371-373, 391-393, 605, 606) of a discontinuous reception cycle (370-2, 370-3) employed by the terminal of the communication system depending on the parameter, and - communicating a paging signal in accordance with the timing configuration (371-373, 391-393, 605, 606) of the discontinuous reception cycle (370-2, 370-3) and the coverage enhancement policy, wherein the timing configuration (371-373, 391-393, 605, 606) is set based on a default setting and a preconfigured mapping , wherein the preconfigured mapping maps the default setting to the timing configuration (371-373, 391-393, 605, 606) in accordance with the parameter of the coverage enhancement policy. - determining a parameter of a coverage enhancement policy employed by a communication system, - setting a timing configuration (371-373, 391-393, 605, 606) of a discontinuous reception cycle (370-2, 370-3) employed by the terminal of the communication system depending on the parameter, and - communicating a paging signal in accordance with the timing configuration (371-373, 391-393, 605, 606) of the discontinuous reception cycle (370-2, 370-3) and the coverage enhancement policy,
Roof antenna for a vehicle, comprising a main body , a cover device and a printed circuit board, PCB layer , wherein the main body is metallic, wherein at least one mmWave antenna is arranged between the metallic main body and the printed circuit board , wherein at least two mmWave antennas are arranged in the main body , wherein the mmWave antennas are formed as slot antennas , wherein the slot antennas are formed as waveguides with at least one slot , and wherein a waveguide can be coupled in each case to an mmW signal of an mMW antenna , wherein at least one of the slots of the slot antennas can be excited to radiate by the mmW signal, wherein the main body has a base plane which is formed centrally on the main body , wherein the base plane is formed as an elevation of the main body , wherein the at least one mmWave antenna is integrated into the base plane , characterised in that the metallic main body is formed as a zinc die-cast body and the waveguides are configured to be couplable to a coaxial line or a microstrip line, wherein a distance between a first mmWave antenna and a second mmWave antenna in the main body of the roof antenna is between 25 mm and 30 mm, in particular between 28 mm and 29 mm, wherein the first mmWave antenna is arranged in the direction of travel and the second mmWave antenna is arranged transversely to the direction of travel or transversely to the first mmWave antenna .
A secondary battery comprising a battery electrode assembly including a positive electrode and a negative electrode alternately stacked via a separator , wherein: the positive electrode and the negative electrode each includes a current collector and an active material applied to the current collector ; the active material positioned on one surface of the current collector of the positive electrode , includes a flat part (2A 1 ) and a small-thickness part (2A 3 ) positioned on an end portion side relative to the flat part (2A 1 ), the small-thickness part (2A 3 ) having a thickness that is smaller than that of the flat part (2A 1 ); and the active material positioned on the other surface of the current collector of the positive electrode includes a flat part , having a constant thickness, wherein an insulating material is positioned; and the insulating material covers a boundary part between a coated portion to which the active material has been applied and an uncoated portion to which the active material has not been applied in the positive electrode ; and one end portion of the insulating material is positioned on the small-thickness part (2A 3 ) of the active material positioned on the one surface of the current collector of the positive electrode , and wherein the active material positioned on the other surface of the current collector of the positive electrode , including the part facing the small-thickness part (2A 3 ) of the active material positioned on the one surface, includes only the flat part; and wherein the insulating material is provided on each of the opposite surfaces of the current collector of the positive electrode . the positive electrode and the negative electrode each includes a current collector and an active material applied to the current collector ; the active material positioned on one surface of the current collector of the positive electrode , includes a flat part (2A 1 ) and a small-thickness part (2A 3 ) positioned on an end portion side relative to the flat part (2A 1 ), the small-thickness part (2A 3 ) having a thickness that is smaller than that of the flat part (2A 1 ); and the active material positioned on the other surface of the current collector of the positive electrode includes a flat part , having a constant thickness, wherein an insulating material is positioned; and the insulating material covers a boundary part between a coated portion to which the active material has been applied and an uncoated portion to which the active material has not been applied in the positive electrode ; and one end portion of the insulating material is positioned on the small-thickness part (2A 3 ) of the active material positioned on the one surface of the current collector of the positive electrode , and wherein the active material positioned on the other surface of the current collector of the positive electrode , including the part facing the small-thickness part (2A 3 ) of the active material positioned on the one surface, includes only the flat part; and wherein the insulating material is provided on each of the opposite surfaces of the current collector of the positive electrode .
Terminal for an apparatus for laying at least one rail (R) on a railway ballast, said apparatus comprising: - at least one railway vehicle (V) movable on the railway ballast along an advancement trajectory (A), said railway vehicle (V) being configured for positioning said at least one rail above the same railway ballast, - at least one generator carried by the railway vehicle (V), wherein said terminal is connectable to the generator and engageable with the rail (R) in order to allow the passage of current through said rail, wherein said terminal , in an engagement condition with the rail, is movable with respect to said rail along the advancement trajectory (A), said terminal comprising a plurality of conductive elements , wherein at least one of said conductive elements is configured for contacting the rail (R) in order to place said rail (R) in electrical connection with the generator , characterized in that said terminal comprises a frame carrying the plurality of conductive elements , wherein the frame is extended along a longitudinal extension direction (X) between a first and a second end portion , wherein two or more of said conductive elements are aligned along a direction substantially parallel to the longitudinal extension direction (X) of the frame . - at least one railway vehicle (V) movable on the railway ballast along an advancement trajectory (A), said railway vehicle (V) being configured for positioning said at least one rail above the same railway ballast, - at least one generator carried by the railway vehicle (V), wherein said terminal is connectable to the generator and engageable with the rail (R) in order to allow the passage of current through said rail, wherein said terminal , in an engagement condition with the rail, is movable with respect to said rail along the advancement trajectory (A), said terminal comprising a plurality of conductive elements , wherein at least one of said conductive elements is configured for contacting the rail (R) in order to place said rail (R) in electrical connection with the generator , characterized in that said terminal comprises a frame carrying the plurality of conductive elements , wherein the frame is extended along a longitudinal extension direction (X) between a first and a second end portion , wherein two or more of said conductive elements are aligned along a direction substantially parallel to the longitudinal extension direction (X) of the frame .
A method, comprising: at an electronic device with a touch-sensitive surface : displaying, on a display , an ideogram keyboard, wherein the ideogram keyboard includes a plurality of ideograms, wherein the ideogram keyboard is displayed in a first area on the display; in response to detecting a first input on the touch-sensitive surface that represents selection of a first ideogram from the plurality of ideograms, displaying the first ideogram in a second area on the display; in response to determining a plurality of suggested one or more characters to display, wherein at least a first set of suggested one or more characters is selected based on a set of selection criteria, wherein the set of selection criteria includes at least one attribute of the first ideogram, displaying at least the first set of suggested one or more characters in a third area; and in response to detecting a second input on the touch-sensitive surface that represents selection of the displayed first set of suggested one or more characters, displaying a string of characters in the second area, the string of characters including the first ideogram and the selected first set of suggested one or more characters, wherein the first area, the second area, and the third area are different areas on the display. displaying, on a display , an ideogram keyboard, wherein the ideogram keyboard includes a plurality of ideograms, wherein the ideogram keyboard is displayed in a first area on the display; in response to detecting a first input on the touch-sensitive surface that represents selection of a first ideogram from the plurality of ideograms, displaying the first ideogram in a second area on the display; in response to determining a plurality of suggested one or more characters to display, wherein at least a first set of suggested one or more characters is selected based on a set of selection criteria, wherein the set of selection criteria includes at least one attribute of the first ideogram, displaying at least the first set of suggested one or more characters in a third area; and in response to detecting a second input on the touch-sensitive surface that represents selection of the displayed first set of suggested one or more characters, displaying a string of characters in the second area, the string of characters including the first ideogram and the selected first set of suggested one or more characters, wherein the first area, the second area, and the third area are different areas on the display.
Roller arrangement , wherein the roller arrangement comprises a first rolling device that enables a rolling movement along a first movement axis , and a second rolling device that, in superimposition with the rolling movement enabled by the first rolling device along the first movement axis , enables a rolling movement along a second movement axis which extends at an angle to the first movement axis , the roller arrangement having a braking device by means of which a braking force can be generated which increases the rolling resistance of the second rolling device and thereby acts as a brake on rolling movements along the second movement axis , the braking device comprising a control element which, for the purpose of adjusting the braking force acting on the second rolling device , can be pivoted about a pivot axis which runs parallel to the first movement axis or coincides with the first movement axis , characterized in that the braking device has a mechanical and/or hydraulic and/or electromagnetic spring device which resiliently supports the roller arrangement with respect to a platform provided with a standing surface .
A clamping nut for connecting a hose to a hose connector for mounting a spraying device , wherein the clamping nut comprises a ground positioning portion con-figured to position the clamping nut on a surface , particularly a garden surface , wherein the clamping nut is directly attachable to the hose connector , characterized in that the clamping nut has an elongated shape configured such that in a state where said hose is connected to said hose connector , said hose extends longitudinally, particularly substantially parallel, along at least a part of the ground positioning portion of the elongated shaped clamping nut .
Support winch , in particular for trailers of utility vehicles, wherein the support winch extends along a longitudinal axis (L) and comprises an outer support tube , wherein the outer support tube comprises an outer wall , the outer wall comprising a fastening side , at least one fastening section being formed in the region of the fastening side , the fastening section being designed to fasten and/or arrange the support winch on a further element, in particular a trailer, wherein the fastening section for arranging and/or fastening at least two fastening elements comprises at least two arrangement sections , wherein a ratio of a distance (a) of the fastening elements and/or the arrangement sections of two fastening sections transversely to the longitudinal axis (L) of the support winch to a width (b) of the outer support tube in this region is less than 1, characterised in that the outer wall has at least one assembly opening providing access to the arrangement section from an inner side of the support winch , wherein the assembly opening can be closed by moving an inner support tube of the support winch along the longitudinal axis (L), wherein the assembly opening is closed in particular in a first or rest position of the inner support tube .
A diffuser for a centrifugal compressor for directing a flow of compressed air with a radial component to a diffused annular flow having an axial component, the diffuser comprising: a housing including an air inlet and an air outlet , and defining a radial section extending at least substantially radially outward from the air inlet to a transition between the air inlet and air outlet, an axial section extending at least substantially axially from the transition to the air outlet, the transition including a bend extending between the radial section and the axial section ; a plurality of diffuser vanes coupled to the housing and extending through the radial section, the plurality of diffuser vanes defining a plurality of diffusion flow passages through the radial section, a deswirl cascade having a plurality of deswirl vanes arranged in a first row of deswirl vanes and a second row of deswirl vanes and coupled to the housing after the bend in the transition, and a plurality of spaces devoid of deswirl vanes are formed in the first row of deswirl vanes, characterized in that it comprises vane extensions disposed after the radial section, extending through the bend, each one of the plurality of vane extensions extending into a respective one of the spaces formed in the first row of deswirl vanes within the deswirl cascade , wherein at least a portion of the vane extensions includes a service passage extending therethrough, each service passage being configured to allow a service conduit to extend therethrough. a housing including an air inlet and an air outlet , and defining a radial section extending at least substantially radially outward from the air inlet to a transition between the air inlet and air outlet, an axial section extending at least substantially axially from the transition to the air outlet, the transition including a bend extending between the radial section and the axial section ; a plurality of diffuser vanes coupled to the housing and extending through the radial section, the plurality of diffuser vanes defining a plurality of diffusion flow passages through the radial section, a deswirl cascade having a plurality of deswirl vanes arranged in a first row of deswirl vanes and a second row of deswirl vanes and coupled to the housing after the bend in the transition, and a plurality of spaces devoid of deswirl vanes are formed in the first row of deswirl vanes, characterized in that it comprises vane extensions disposed after the radial section, extending through the bend, each one of the plurality of vane extensions extending into a respective one of the spaces formed in the first row of deswirl vanes within the deswirl cascade , wherein at least a portion of the vane extensions includes a service passage extending therethrough, each service passage being configured to allow a service conduit to extend therethrough.