mhurhangee/patent-ind-claim-en huggingface dataset:
A connector device adapted for use in connecting a male part to a female part adapted to engage the male part when those two parts are connected together when the device is in use, these two parts having respective passageways which are coaxial when those two parts are connected together when the device is in use, the device comprising: said male part ; a collet which surrounds the male part and is coupled thereto, which collet has an external screwthread adapted to engage an internal screwthread on such a female part when the device is in use; and a wedge part which is located between the male part and the collet and is displaceable longitudinally with respect to the axis of the screwthreads to splay the collet wherein the collet is coupled to the male part by way of a collar secured to the male part by way of interengaging screwthreads on the collar and the male part, an end of the collet being adapted to abut the collar during relative rotation between the screwthreads of the collet and such a female part in a given sense when the device is in use to cause the male part to sealingly engage such a female part , the collar then being adjacent to the sealing engagement, and wherein the splaying of the collet is adapted to lock the male part and such a female part in such a sealing engagement with one another when the device is in use, characterized in that said collet has at least one slot in it extending longitudinally with respect to the axis of the screwthreads to enable it to be splayed and in that the interengaging screwthreads on the collar and on the male part are of opposite handedness to the said external screwthread of the collet and the said internal screwthread of the female part . said male part ; a collet which surrounds the male part and is coupled thereto, which collet has an external screwthread adapted to engage an internal screwthread on such a female part when the device is in use; and a wedge part which is located between the male part and the collet and is displaceable longitudinally with respect to the axis of the screwthreads to splay the collet wherein the collet is coupled to the male part by way of a collar secured to the male part by way of interengaging screwthreads on the collar and the male part, an end of the collet being adapted to abut the collar during relative rotation between the screwthreads of the collet and such a female part in a given sense when the device is in use to cause the male part to sealingly engage such a female part , the collar then being adjacent to the sealing engagement, and wherein the splaying of the collet is adapted to lock the male part and such a female part in such a sealing engagement with one another when the device is in use, characterized in that said collet has at least one slot in it extending longitudinally with respect to the axis of the screwthreads to enable it to be splayed and in that the interengaging screwthreads on the collar and on the male part are of opposite handedness to the said external screwthread of the collet and the said internal screwthread of the female part .
A catheter apparatus, comprising: a catheter comprising an elongated tubular shaft having a proximal portion and a distal portion ; a therapeutic assembly at the distal portion of the elongated shaft and transformable between a delivery state and a deployed state; a handle coupled to the proximal portion of the shaft ; an actuator carried by the handle ; and a tuned control member operably coupled between the actuator and the therapeutic assembly , wherein the tuned control member comprises a control wire extending through a lumen in the shaft and a tuning component coupled to the wire , wherein, when subjected to a tensile force-the control wire alone has a first force/displacement curve having a first superelastic response plateau at a first displacement along the first force/displacement curve, the tuned control member has a second force/displacement curve having a second superelastic response plateau at a second displacement along the second force/displacement curve less than the first displacement. a catheter comprising an elongated tubular shaft having a proximal portion and a distal portion ; a therapeutic assembly at the distal portion of the elongated shaft and transformable between a delivery state and a deployed state; a handle coupled to the proximal portion of the shaft ; an actuator carried by the handle ; and a tuned control member operably coupled between the actuator and the therapeutic assembly , wherein the tuned control member comprises a control wire extending through a lumen in the shaft and a tuning component coupled to the wire , wherein, when subjected to a tensile force-the control wire alone has a first force/displacement curve having a first superelastic response plateau at a first displacement along the first force/displacement curve, the tuned control member has a second force/displacement curve having a second superelastic response plateau at a second displacement along the second force/displacement curve less than the first displacement.
A protective fabric comprising a composite weave of staple yarn and continuous filament yarn greater than 90 g/tex , characterized by said continuous filament yarn being configured as a sheet or array of primary warp yarns and a sheet or array of primary fill yarns , said sheets of primary yarns not being directly interwoven, said staple yarns being configured as a sheet of locking warp yarns and a sheet of locking fill yarns , said sheets of locking yarns not being directly interwoven, the primary and locking yarns having an alternating orientation in both directions of the web, the warp and fill arrays of higher denier primary yarns being locked into an intimate relationship one atop the other by the alternating yarn placement and overall weave pattern of the warp and fill arrays of lighter denier, staple fiber, locking yarns , said staple yarn comprising at least 50 protruding filament ends per 25.4mm (inch), and said protruding filament ends of said staple yarn engaging said continuous filament yarns and thereby contributing to stability of the composite weave.
Pneumatic vehicle tire, at least having: - a tread comprising an outer tread cap with a profiled tread and an inner tread base , - a carcass , - a bead region with a bead core, - an inner layer and - sidewalls, characterized in that the material thickness (d' , d" ) of the tread base decreases continuously from the centre of the tread toward each of the side walls such that the tread base has, viewed in the section transverse to the running direction of the pneumatic vehicle tire, a continuously radially outwardly arched form. - a tread comprising an outer tread cap with a profiled tread and an inner tread base , - a carcass , - a bead region with a bead core, - an inner layer and - sidewalls, characterized in that the material thickness (d' , d" ) of the tread base decreases continuously from the centre of the tread toward each of the side walls such that the tread base has, viewed in the section transverse to the running direction of the pneumatic vehicle tire, a continuously radially outwardly arched form.
A stator winding of an alternating current electrical machine contains two poles, three single phase windings and 3 slots per pole and phase, made up by an equal quantity of coils located in slots and connected with each other so as to obtain a spatial shift of the axes of the windings relative to each other by 120 degrees, wherein each of the single phase windings is made by 6 coils that contain 3 groups with 2 coils in each group, wherein each coil group is made with a different width of the coils it consists of and with a different number of turns that constitute the coils as compared with the other groups of the coils, wherein the coils of the first group are made with a minimal width that is equal to 4 tooth pitches of the stator and has a minimal number of turns as given by W φ / 12 and are placed in slots located symmetrically relative to the axes of the poles, wherein the width of the second group is equal to 6 tooth pitches and the number of turns of the coils of the second group is given by W φ / 6, and wherein the width of the third group is equal to 8 tooth pitches and the number of turns of the coils of the third group is given by W φ / 4 , where W φ is the number of turns of the single phase winding, wherein the coils of the second and third groups are located concentrically relative to the coils of the first group, and wherein the part of the volume of the slots that is free after laying of the coils of one single phase winding are used for placement of the coils of the two other single phase windings.
A diagnosis support device suitable for comparing different diseases, which comprises: an identification means, which identifies sites of the brain that are related to multiple diseases from a brain image, a calculation means that calculates a shrinkage score, which represents the degree of shrinkage of the brain, and a comparative display means, which calculates and comparatively displays information related to the identified sites, wherein the comparative display means displays the identified site along with the shrinkage score distribution on the brain image and wherein the comparative display means calculates and displays a degree of shrinkage, which represents the degree of shrinkage in the identified sites, from the shrinkage score, and wherein the comparative display means calculates and displays a shrinkage ratio, which is the ratio between the degrees of shrinkage of each site. an identification means, which identifies sites of the brain that are related to multiple diseases from a brain image, a calculation means that calculates a shrinkage score, which represents the degree of shrinkage of the brain, and a comparative display means, which calculates and comparatively displays information related to the identified sites, wherein the comparative display means displays the identified site along with the shrinkage score distribution on the brain image and wherein the comparative display means calculates and displays a degree of shrinkage, which represents the degree of shrinkage in the identified sites, from the shrinkage score, and wherein the comparative display means calculates and displays a shrinkage ratio, which is the ratio between the degrees of shrinkage of each site.
A cassette configured to measure an analyte of interest, the cassette comprising: a calibration strip comprising a first region and a second region, the first region having a first concentration of an analyte of interest and the second region having a second concentration of the analyte of interest, wherein the first concentration is different from the second concentration; a sample strip positioned parallel to and coplanar with the calibration strip in such a way that said sample strip and the calibration strip are not stacked on top of one another; a sample port in fluid communication with the sample strip but not in fluid communication with the calibration strip; and a fluid port in fluid communication with the calibration strip and the sample strip. a calibration strip comprising a first region and a second region, the first region having a first concentration of an analyte of interest and the second region having a second concentration of the analyte of interest, wherein the first concentration is different from the second concentration; a sample strip positioned parallel to and coplanar with the calibration strip in such a way that said sample strip and the calibration strip are not stacked on top of one another; a sample port in fluid communication with the sample strip but not in fluid communication with the calibration strip; and a fluid port in fluid communication with the calibration strip and the sample strip.
An article comprising a surface having an antimicrobial layer disposed thereon, the antimicrobial layer comprising an organophosphorus layer and antimicrobial oligomers or polymers bonded to the organophosphorus layer, wherein the surface comprises a metal selected from the group consisting of titanium, a titanium alloy, stainless steel, a cobalt chrome alloy, nickel, molybdenum, tantalum, zirconium, magnesium and an alloy containing at least one of nickel, molybdenum, tantalum, zirconium and magnesium, wherein the antimicrobial oligomers or polymers comprise about 3 to about 50,000 repeating antimicrobial monomer units, and wherein the antimicrobial monomer units comprise ammonium salts or pyridinium salts.
A machine tool, in particular a grinding machine, having at least one guiding device that is arranged as a sliding guide, wherein the guiding device comprises at least one first sliding surface extending linearly in a plane and at least one second sliding surface extending linearly in a plane, which are coupled to one another so as to permit a linear relative movement between the first sliding surface and the second sliding surface , characterized in that at least the first sliding surface or the second sliding surface is provided, at least in sections, with a laser textured surface that comprises a micro texturing for friction optimization, the micro texturing is formed as a pattern having a plurality of groove-shaped indentations , wherein at least some of the groove-shaped indentations are oriented in a first preferred direction and at least some of the groove-shaped indentations are oriented in a second preferred direction along the surface, and wherein the first preferred direction and the second preferred direction include an angle and are in particular perpendicular to each other, and the at least one second sliding surface is associated to a carriage that is arranged to be moved relative to the at least one first sliding surface , and wherein the at least one second sliding surface is provided, at least in sections, with the laser textured surface that comprises the micro texturing .
Heat exchanger unit, especially for a fuel-operated vehicle heater, comprising a heat exchanger housing with an outer wall and with an inner wall , wherein the outer wall and the inner wall define a heat carrier medium flow space , through which heat carrier medium (M) can flow, wherein at least one sensor mounting opening is formed in the outer wall and a sensor is received in the at least one sensor mounting opening in a fluid-tight and displaceable manner and protruding into the heat carrier medium flow space with a flow space engagement area and supported at the inner wall , wherein a prestressing element associated with the sensor and acting on the sensor for support at the inner wall is provided, wherein the prestressing element in an action area acts on the sensor for support at the inner wall , wherein the prestressing element in its action area is supported in relation to the sensor and wherein an outer housing is provided surrounding the heat exchanger housing at least in areas, wherein a prestressing element abutment area is provided at the outer housing located opposite the sensor mounting opening , wherein the prestressing element is fixed in a fixing area in relation to the outer housing , characterized in that , - the prestressing element has a leaf spring-like configuration, wherein the fixing area is provided in an end area of the prestressing element and the action area is provided in another end area of the prestressing element , - the prestressing element has a U-shaped configuration in its action area and is supported with a first U-leg in relation to the prestressing element abutment area and is supported with a second U-leg in relation to the sensor . - the prestressing element has a leaf spring-like configuration, wherein the fixing area is provided in an end area of the prestressing element and the action area is provided in another end area of the prestressing element , - the prestressing element has a U-shaped configuration in its action area and is supported with a first U-leg in relation to the prestressing element abutment area and is supported with a second U-leg in relation to the sensor .
Rail brake for detaining or braking a wheel, located on a rail , of a rail vehicle, wherein the rail brake comprises a U-shaped trough comprising two legs and per leg a gliding bar arranged on the end of the leg and a brake carrier arranged on the gliding bar so as to be moveable in transverse direction , wherein the rail brake in the installed state is arranged in such a way in relation to the rail that the rail is arranged between the legs of the trough , characterised in that the rail brake comprises at least one heating element for heating the gliding bar .
A system for production of biogas , comprising; - at least one main digestion unit constituted by one or a plurality of elements which can contain biogas and liquid digestate , - at least one methanization digester , which is designed for the production of biogas , comprising a tank which can contain solid biomass , and comprising in its upper part: at least one area for intake of the solid biomass and discharge of the residual digested solid biomass , on which a roof can be opened and closed, and at least one area for discharge of the biogas ; - said area for discharge of the biogas comprising at least one upper perforated separation element situated at the upper part of the tank, which can separate firstly a mixture constituted by biogas and liquid digestate , and secondly solid biomass , - said methanization digester being surmounted by a grasping means which can permit the supply of the solid biomass and discharge of the residual digested solid biomass , - said digester being connected, by means of a liquid digestate supply circuit and by means of a circuit for discharge of biogas and liquid digestate , to said main digestion unit . - at least one main digestion unit constituted by one or a plurality of elements which can contain biogas and liquid digestate , - at least one methanization digester , which is designed for the production of biogas , comprising a tank which can contain solid biomass , and comprising in its upper part: at least one area for intake of the solid biomass and discharge of the residual digested solid biomass , on which a roof can be opened and closed, and at least one area for discharge of the biogas ; - said area for discharge of the biogas comprising at least one upper perforated separation element situated at the upper part of the tank, which can separate firstly a mixture constituted by biogas and liquid digestate , and secondly solid biomass , - said methanization digester being surmounted by a grasping means which can permit the supply of the solid biomass and discharge of the residual digested solid biomass , - said digester being connected, by means of a liquid digestate supply circuit and by means of a circuit for discharge of biogas and liquid digestate , to said main digestion unit .
A mobile terminal comprising: a terminal body; a wireless communication unit configured to perform wireless communication; a touchscreen display unit configured to switch between an inactivated state in which illumination is not applied to the touchscreen display unit and an activated state in which illumination is applied to the touch screen display unit ; and a controller configured to: receive a touch input on the touchscreen display unit when the touchscreen display unit is in the inactivated state, execute a function corresponding to the received touch input among a plurality of functions when a pre-set tap input is sensed within a reference period of time from a point in time at which the sensed touch input is released, wherein the function is varied according to a touch track of the received touch input, and cause the touchscreen display unit to display an executed screen of the function, wherein the function corresponding to the touch input includes dividing the touchscreen display unit into a first region and a second region according to the touch track, activating the first region based on the tap input, and maintaining the inactivated state of the second region. a terminal body; a wireless communication unit configured to perform wireless communication; a touchscreen display unit configured to switch between an inactivated state in which illumination is not applied to the touchscreen display unit and an activated state in which illumination is applied to the touch screen display unit ; and a controller configured to: receive a touch input on the touchscreen display unit when the touchscreen display unit is in the inactivated state, execute a function corresponding to the received touch input among a plurality of functions when a pre-set tap input is sensed within a reference period of time from a point in time at which the sensed touch input is released, wherein the function is varied according to a touch track of the received touch input, and cause the touchscreen display unit to display an executed screen of the function, receive a touch input on the touchscreen display unit when the touchscreen display unit is in the inactivated state, execute a function corresponding to the received touch input among a plurality of functions when a pre-set tap input is sensed within a reference period of time from a point in time at which the sensed touch input is released, wherein the function is varied according to a touch track of the received touch input, and cause the touchscreen display unit to display an executed screen of the function, wherein the function corresponding to the touch input includes dividing the touchscreen display unit into a first region and a second region according to the touch track, activating the first region based on the tap input, and maintaining the inactivated state of the second region.
A surgical construct for tissue repairs, comprising: a tensionable construct comprising a flexible strand that comprises an unsplit region at the one end and a split region at the other end which splits into with a plurality of limbs , wherein the tensionable construct further comprises a shuttling device attached to the flexible strand , the shuttling device comprising a tail end at one end and a loop at the other end, wherein the limbs of the flexible strand are configured to be threaded through the loop of the shuttling device, the tail end of the shuttling device being threaded through a center of the unsplit region of the flexible strand , such that the shuttling device is configured, when the limbs of the flexible strand are threaded through the loop of the shuttling device and the tail end is pulled, to shuttle the plurality of limbs of the flexible strand back through the unsplit region of the flexible strand , to thereby form a single locking splice in the unsplit region and multiple adjustable closed loops from the limbs . a tensionable construct comprising a flexible strand that comprises an unsplit region at the one end and a split region at the other end which splits into with a plurality of limbs , wherein the tensionable construct further comprises a shuttling device attached to the flexible strand , the shuttling device comprising a tail end at one end and a loop at the other end, wherein the limbs of the flexible strand are configured to be threaded through the loop of the shuttling device, the tail end of the shuttling device being threaded through a center of the unsplit region of the flexible strand , such that the shuttling device is configured, when the limbs of the flexible strand are threaded through the loop of the shuttling device and the tail end is pulled, to shuttle the plurality of limbs of the flexible strand back through the unsplit region of the flexible strand , to thereby form a single locking splice in the unsplit region and multiple adjustable closed loops from the limbs .