mhurhangee/patent-ind-claim-en huggingface dataset:
A golf club with a shaft , a club head and a grip , which comprises at least two grip parts , of which the upper one is connected to the shaft in a torque-proof manner, and both grip parts are formed as a single piece with one another, wherein the lower grip part is torsionable around the shaft axis, being limited against the upper grip part and the shaft and a torsionally weak region is provided as a torsional damper between both grip parts , characterized in that the lower grip part is seated on the shaft with a hard bearing layer , which is favourably a sleeve, which is attached in the lower grip part .
Process for the purification of a gas flow containing NO and/or NO 2 , carbon dioxide and nitrogen, in which: i) the gas flow is purified by adsorption (PSA) in order to produce a flow enriched in carbon dioxide and in NOx and depleted in nitrogen and a fluid depleted in carbon dioxide and in NOx and enriched in nitrogen , ii) the flow enriched in carbon dioxide and in NOx and depleted in nitrogen is treated in a treatment unit (E1, K) in order to form a fluid enriched in NO 2 with respect to the treated flow, iii) the fluid enriched in NO 2 is sent to a catalytic conversion unit (SCR) which makes possible the conversion of at least a portion of the NO 2 , in the presence of oxygen and also of ammonia or of urea, to give nitrogen and to give water in order to produce a gas depleted in NO 2 with respect to the fluid enriched in NO 2 , the catalytic conversion unit also being fed with a fluid having nitrogen as main component consisting of: • at least a portion of the fluid depleted in carbon dioxide and in NO 2 and enriched in nitrogen of stage i) and/or • a fluid at a pressure greater than the pressure of the fluid at the inlet of the catalytic conversion unit, obtained by treating at least a portion of the gas stream, or • a fluid originating from an air separation unit or from a network. i) the gas flow is purified by adsorption (PSA) in order to produce a flow enriched in carbon dioxide and in NOx and depleted in nitrogen and a fluid depleted in carbon dioxide and in NOx and enriched in nitrogen , ii) the flow enriched in carbon dioxide and in NOx and depleted in nitrogen is treated in a treatment unit (E1, K) in order to form a fluid enriched in NO 2 with respect to the treated flow, iii) the fluid enriched in NO 2 is sent to a catalytic conversion unit (SCR) which makes possible the conversion of at least a portion of the NO 2 , in the presence of oxygen and also of ammonia or of urea, to give nitrogen and to give water in order to produce a gas depleted in NO 2 with respect to the fluid enriched in NO 2 , the catalytic conversion unit also being fed with a fluid having nitrogen as main component consisting of: • at least a portion of the fluid depleted in carbon dioxide and in NO 2 and enriched in nitrogen of stage i) and/or • a fluid at a pressure greater than the pressure of the fluid at the inlet of the catalytic conversion unit, obtained by treating at least a portion of the gas stream, or • a fluid originating from an air separation unit or from a network. • at least a portion of the fluid depleted in carbon dioxide and in NO 2 and enriched in nitrogen of stage i) and/or • a fluid at a pressure greater than the pressure of the fluid at the inlet of the catalytic conversion unit, obtained by treating at least a portion of the gas stream, or • a fluid originating from an air separation unit or from a network.
A method performed by a user equipment, UE, for wireless communications, the method comprising: receiving a minimum required received level factor in a System Information Block Type 1, SIB 1, from a base station; determining whether a first Supplementary Uplink, SUL, related factor is present in the SIB1; obtaining a first minimum required received level from the minimum required received level factor, when the first SUL related factor is not present in the SIB1; determining a first cell selection criterion based on the first minimum required received level; performing cell selection based on the first cell selection criterion; receiving other system information from the base station; determining whether a second SUL related factor is present in the other system information; determining whether to transmit a Radio Resource Control - RRCsystem information request message to the base station according to whether the second SUL related factor is present in the other system information; and transmitting the RRC system information request message to the base station in response to determining that the second SUL related factor is not present in the other system information. receiving a minimum required received level factor in a System Information Block Type 1, SIB 1, from a base station; determining whether a first Supplementary Uplink, SUL, related factor is present in the SIB1; obtaining a first minimum required received level from the minimum required received level factor, when the first SUL related factor is not present in the SIB1; determining a first cell selection criterion based on the first minimum required received level; performing cell selection based on the first cell selection criterion; receiving other system information from the base station; determining whether a second SUL related factor is present in the other system information; determining whether to transmit a Radio Resource Control - RRCsystem information request message to the base station according to whether the second SUL related factor is present in the other system information; and transmitting the RRC system information request message to the base station in response to determining that the second SUL related factor is not present in the other system information.
A safety harness to be worn by a person, the safety harness comprising; an upper leg portion adapted to secure the safety harness to upper legs of the person wearing the safety harness ; an upper torso portion operatively connected to the upper leg portion and adapted to secure the safety harness to an upper torso of the person wearing the safety harness , the upper torso portion comprising shoulder straps , back straps , and at least one anchor connection component configured to receive a connector that is attached to an anchor for fall protection; and a belt adapted to secure the safety harness around a waist of the person wearing the safety harness , characterized in that the belt comprises an elongate waist strap , an elongate load distributing member mounted on an inside surface of the elongate waist strap , the elongate load distributing member selectively coupled at a plurality of locations to the elongate waist strap using stitching , thereby forming a plurality of portions of the belt defined by spaces between the elongate waist strap and the elongate load distributing member between two adjacent locations of stitching , wherein each back strap is slidably disposed through a portion of the plurality of portions of the belt while the shoulder straps are not disposed through portions of the belt between two adjacent locations of stitching located on opposite sides of each of the back straps , such that, after the upper leg and upper torso portions are secured to the person wearing the safety harness , the belt is configured to be vertically translatable relative to the upper torso portion and the at least one anchor connection component , by sliding the back straps vertically through the respective portions of the belt , while the adjacent locations of stitching ensure that the back straps remain sandwiched between the waist strap 102 and the load distributing member . an elongate waist strap , an elongate load distributing member mounted on an inside surface of the elongate waist strap , the elongate load distributing member selectively coupled at a plurality of locations to the elongate waist strap using stitching , thereby forming a plurality of portions of the belt defined by spaces between the elongate waist strap and the elongate load distributing member between two adjacent locations of stitching , wherein each back strap is slidably disposed through a portion of the plurality of portions of the belt while the shoulder straps are not disposed through portions of the belt between two adjacent locations of stitching located on opposite sides of each of the back straps , such that, after the upper leg and upper torso portions are secured to the person wearing the safety harness , the belt is configured to be vertically translatable relative to the upper torso portion and the at least one anchor connection component , by sliding the back straps vertically through the respective portions of the belt , while the adjacent locations of stitching ensure that the back straps remain sandwiched between the waist strap 102 and the load distributing member .
Set, comprising an automatic door, such as for example a sliding door, a revolving door or suchlike, a signalling system, for example a central fire alarm system or a smoke detector, the automatic door comprising at least one door leaf, which can be driven by means of a control via a drive device, and wherein presence sensors are provided in the inner and/or outer area of the automatic door for monitoring the passage area of the door, wherein the automatic door comprises apart from a basic control an additional control which is connected to the signalling system and which, independently of the basic control , immediately triggers the closing motion when there is a signal from the signalling system, wherein the additional control is an operative connection with the drive device in the case of a signal being triggered, characterised in that the additional control comprises as additional printed boards circuit boards a main computer and a control computer which, independently of the set and programmed state of the basic control , immediately brings about the closing movement of the door leaf or leaves for the automatic door in the case of an emergency, for example as a fire barrier, via the additional control .
A display device comprising: a display panel ; a first driving belt ; a second driving belt ; a module housing accommodating the display panel and including a rear cover ; a first moving plate accommodated in the module housing and including belt coupling portions on opposite sides of the first moving plate, the belt coupling portions being coupled to the first driving belt; a second moving plate accommodated in the module housing and including a front surface coupled to moving members and a rear surface coupled to the rear cover of the module housing, the moving members being coupled to the second driving belt; a first driving member configured to pull up and pull down the first moving plate and the display panel by winding or releasing the first driving belt; and a second driving member configured to pull up and pull down the second moving plate and the rear cover by winding or releasing the second driving belt; the display device further comprising a control printed circuit board fixed to the first moving plate, wherein the display panel includes a source printed circuit board , and wherein the control printed circuit board is connected to the source printed circuit board of the display panel via a flexible circuit film. a display panel ; a first driving belt ; a second driving belt ; a module housing accommodating the display panel and including a rear cover ; a first moving plate accommodated in the module housing and including belt coupling portions on opposite sides of the first moving plate, the belt coupling portions being coupled to the first driving belt; a second moving plate accommodated in the module housing and including a front surface coupled to moving members and a rear surface coupled to the rear cover of the module housing, the moving members being coupled to the second driving belt; a first driving member configured to pull up and pull down the first moving plate and the display panel by winding or releasing the first driving belt; and a second driving member configured to pull up and pull down the second moving plate and the rear cover by winding or releasing the second driving belt; the display device further comprising a control printed circuit board fixed to the first moving plate, wherein the display panel includes a source printed circuit board , and wherein the control printed circuit board is connected to the source printed circuit board of the display panel via a flexible circuit film.
A pitot tube , comprising: an outer tube extending from a first tube end to a second tube end , the first tube end defining a tip portion of the pitot tube ; a tube sleeve inside of the outer tube defining a tube passage extending from the first tube end to the second tube end ; and a heating element between the outer tube and the tube sleeve , the heating element being isolated from airflow into the tube passage ; and one or more drain openings extending from the tube passage radially outwardly through the tube sleeve and through the outer tube, characterised in that : the one or more drain openings extend through one or more radially outwardly extending protrusions formed in the tube sleeve; and the pitot tube further comprises a layer of braze paste applied to an outer surface of the tube sleeve , the layer of braze paste covering the heating element, but leaving the one or more protrusions uncovered by the layer of braze paste. an outer tube extending from a first tube end to a second tube end , the first tube end defining a tip portion of the pitot tube ; a tube sleeve inside of the outer tube defining a tube passage extending from the first tube end to the second tube end ; and a heating element between the outer tube and the tube sleeve , the heating element being isolated from airflow into the tube passage ; and one or more drain openings extending from the tube passage radially outwardly through the tube sleeve and through the outer tube, characterised in that : the one or more drain openings extend through one or more radially outwardly extending protrusions formed in the tube sleeve; and the pitot tube further comprises a layer of braze paste applied to an outer surface of the tube sleeve , the layer of braze paste covering the heating element, but leaving the one or more protrusions uncovered by the layer of braze paste. the one or more drain openings extend through one or more radially outwardly extending protrusions formed in the tube sleeve; and the pitot tube further comprises a layer of braze paste applied to an outer surface of the tube sleeve , the layer of braze paste covering the heating element, but leaving the one or more protrusions uncovered by the layer of braze paste.
A modified T-cell comprising a T-cell receptor (TCR) specific for a replication-independent histone 3 variant H3.3 or H3.1 peptide comprising the amino acid sequence (R/A)MSAP(S/A)TGGV (SEQ ID NO: 1), wherein the TCR comprises: (a) a TCR alpha chain, comprising complementarity-determining regions (CDRs) 1, 2, and 3 comprising SEQ ID NOs: 12, 13, and 14, respectively; and (b) a TCR beta chain, comprising CDRs 1, 2, and 3 comprising SEQ ID NOs: 15, 16, and 17, respectively; wherein the TCR binds the histone 3 variant H3.3 or H3.1 peptide when the peptide is in a complex with a major histocompatibility complex (MHC). (a) a TCR alpha chain, comprising complementarity-determining regions (CDRs) 1, 2, and 3 comprising SEQ ID NOs: 12, 13, and 14, respectively; and (b) a TCR beta chain, comprising CDRs 1, 2, and 3 comprising SEQ ID NOs: 15, 16, and 17, respectively;
A method of facilitating secure communication management in a hardware accelerator containing a programmable hardware circuitry coupled to an accelerator processor external and connected to the programmable hardware circuitry via a communications bridge , wherein said hardware accelerator further comprises said accelerator processor , the programmable hardware circuitry comprising a data router and a session handler , wherein the method comprising: at the programmable hardware circuitry, receiving one or more data packets representing a Transport Layer Security, TLS, record ; examining the TLS record to determine whether the TLS record or a part thereof contains application data related to a user application, wherein examining comprises monitoring, by the data router, a value in a header of the TLS record; in response to determining that the value in the header of the TLS record contains session management data, the data router forwards the TLS record to the accelerator processor via the communications bridge for further processing; and in response to determining that the value in the header of the TLS record indicates that the TLS record contains application data, the data router forwards the TLS record to the session handler for: processing the TLS record to extract the application data according to a security protocol without transmitting the TLS record or a portion thereof to the accelerator processor via the communications bridge, thereby reducing a consumption of communications bandwidth across the communications bridge. at the programmable hardware circuitry, receiving one or more data packets representing a Transport Layer Security, TLS, record ; examining the TLS record to determine whether the TLS record or a part thereof contains application data related to a user application, wherein examining comprises monitoring, by the data router, a value in a header of the TLS record; in response to determining that the value in the header of the TLS record contains session management data, the data router forwards the TLS record to the accelerator processor via the communications bridge for further processing; and in response to determining that the value in the header of the TLS record indicates that the TLS record contains application data, the data router forwards the TLS record to the session handler for: processing the TLS record to extract the application data according to a security protocol without transmitting the TLS record or a portion thereof to the accelerator processor via the communications bridge, thereby reducing a consumption of communications bandwidth across the communications bridge.
Method for distributing fertilizer on an agricultural field by means of a spreader device which is assigned to a vehicle, wherein the spreader device is embodied as a centrifugal spreader with at least two spreader discs which are driven in rotation, wherein the fertilizer is discharged in a metered fashion respectively onto the rotating spreader disc from a reservoir container via at least one metering element, wherein during the discharging of fertilizer location data and/or position data of the vehicle is acquired, in particular, by means of a satellite navigation system and is transmitted to a computer unit which is preferably embodied as an on-board computer, wherein location and/or position data of at least one body of water is stored in the computer unit , wherein when a predefined distance (a, a1, a2) between the spreading fan of the spreader device and the body of water is reached and undershot, the mode of operation of the spreader device is subjected to open-loop or closed-loop control by the computer unit in such a way that the discharging of fertilizer is adapted and/or reduced, in order to avoid polluting the body of water with fertilizer, characterized in that when the predefined distance (a, a1, a2) from the body of water is reached and undershot discharging of the fertilizer which is adapted in respect of the spreading pattern is brought about by shifting the discharge points of the fertilizer onto the spreader disc.
Method for conductive heating of elongated, single- or multiply curved metallic workpieces, in particular, pipe profiles, - where alternating current is applied to the workpiece clamped within a conduction unit between clamps, copper clamps in particular, thereby heating it up, - wherein, for the homogenization of the temperature distribution in the workpiece, cores made of layered laminations are provided, which are arranged opposite the curved inner surfaces of the workpiece or the surface regions adjacent to these surfaces in a contactless manner during heating, thereby partially encompassing the workpiece and acting as passive field management elements, - and wherein the field management elements are cooled, characterized in that - field management elements are used, which are formed using metal sheets welded into a U-shaped package, and - the laminated sheet package is received within a fitting forming a cooling jacket, - wherein a cooling medium, water in particular, flows through the cooling jacket for cooling the laminated sheet package. - where alternating current is applied to the workpiece clamped within a conduction unit between clamps, copper clamps in particular, thereby heating it up, - wherein, for the homogenization of the temperature distribution in the workpiece, cores made of layered laminations are provided, which are arranged opposite the curved inner surfaces of the workpiece or the surface regions adjacent to these surfaces in a contactless manner during heating, thereby partially encompassing the workpiece and acting as passive field management elements, - and wherein the field management elements are cooled, - field management elements are used, which are formed using metal sheets welded into a U-shaped package, and - the laminated sheet package is received within a fitting forming a cooling jacket, - wherein a cooling medium, water in particular, flows through the cooling jacket for cooling the laminated sheet package.
A rosin press system, comprising: a frame assembly ; a pressing mechanism attached to the frame assembly; a male plate attached to the pressing mechanism, the male plate having a bottom side ; a male protrusion attached to the male plate such that the male protrusion projects beyond the bottom side of the male plate; a female plate having a hole formed therethrough to accommodate the male protrusion, and wherein the male plate is configured to be pressed against the female plate, the male protrusion being configured to pass into the hole of the female plate, the rosin press system being characterised in that a recessed channel is formed within the bottom side of the male plate such that the recessed channel surrounds the male protrusion . a frame assembly ; a pressing mechanism attached to the frame assembly; a male plate attached to the pressing mechanism, the male plate having a bottom side ; a male protrusion attached to the male plate such that the male protrusion projects beyond the bottom side of the male plate; a female plate having a hole formed therethrough to accommodate the male protrusion, and wherein the male plate is configured to be pressed against the female plate, the male protrusion being configured to pass into the hole of the female plate, the rosin press system being characterised in that a recessed channel is formed within the bottom side of the male plate such that the recessed channel surrounds the male protrusion .
A titanium sheet, wherein, the titanium which is used for producing the titanium sheet is selected from the group consisting of JIS1, JIS2, ASTM Gr. 1, ASTM Gr. 2, ASTM Gr. 16, ASTM Gr. 17, ASTM Gr. 30, and ASTM Gr. 7, wherein, when a carbon concentration of a base material is C b (mass%) and a carbon concentration at a depth d μm from a surface is C d (mass%), the depth d (carbon concentrated layer thickness) satisfying C d /C b > 1.5 is 1.0 μm or more and less than 10.0 μm, wherein a Vickers hardness HV 0.025 at a load of 0.245 N in the surface is 200 or more, a Vickers hardness HV 0.05 at a load of 0.49 N in the surface is lower than HV 0.025 , and a difference between HV 0.025 and HV 0.05 is 30 or more, wherein a Vickers hardness HV 1 at a load of 9.8 N in the surface is 150 or less.