mhurhangee/patent-ind-claim-en huggingface dataset:
An effective amount of an agent consisting of an IL-1 inhibitor for use in the treatment of bronchiolitis obliterans syndrome, wherein the IL-1 inhibitor is anakinra.
A cermet powder consisting of: tungsten carbide particles; molybdenum carbide particles; Ni or a Ni alloy as a matrix metal, chromium, either as a carbide or a metal or alloy element contained in the matrix metal; and inevitable impurities, wherein an amount of the tungsten carbide particles is 40 mass% to 70 mass%; an amount of the molybdenum carbide particles is 10 mass% to 40 mass%; an amount of Ni is 5 mass% to 20 mass%; an amount of the chromium, either as a carbide or a metal or alloy element contained in the matrix metal, is 8 mass% to 20 mass%; and the content of molybdenum is not less than the content of chromium. tungsten carbide particles; molybdenum carbide particles; Ni or a Ni alloy as a matrix metal, chromium, either as a carbide or a metal or alloy element contained in the matrix metal; and inevitable impurities, wherein an amount of the tungsten carbide particles is 40 mass% to 70 mass%; an amount of the molybdenum carbide particles is 10 mass% to 40 mass%; an amount of Ni is 5 mass% to 20 mass%; an amount of the chromium, either as a carbide or a metal or alloy element contained in the matrix metal, is 8 mass% to 20 mass%; and the content of molybdenum is not less than the content of chromium.
An injection molded body comprising a (meth)acrylic resin composition containing a (meth)acrylic resin, an inorganic filler and a dye and having a surface with an arithmetic average roughness of 20 nm or more and 280 nm or less, wherein the dye is piano black and the inorganic filler is a metal oxide.
Fastening device for fastening a toilet cover to a toilet body with an opening , an upper surface area adjoining the opening and a lower surface area adjoining the opening , comprising a fastening element extending along a central axis (M) and having an external thread , a flange portion for bearing on the upper surface region and a bearing portion for bearing the toilet cover, and a nut element with an internal thread in which the external thread engages, wherein the fastening device further comprises a housing with a receiving space in which the nut element is at least partially non-rotatably mounted, characterized in in that the housing has a fastening structure with which the housing can be fastened to the toilet body , and the housing having a stop surface with which the housing can be placed against the lower surface area , and in that the nut element has at least one nut element side web portion for the non-rotatable mounting, and in that the housing has a housing side web portion extending into the receiving space , it being possible to bring the two web portions into contact with one another in such a way that the nut element can be prevented from rotating when the fastening element is screwed in or unscrewed. a fastening element extending along a central axis (M) and having an external thread , a flange portion for bearing on the upper surface region and a bearing portion for bearing the toilet cover, and a nut element with an internal thread in which the external thread engages, wherein the fastening device further comprises a housing with a receiving space in which the nut element is at least partially non-rotatably mounted, characterized in in that the housing has a fastening structure with which the housing can be fastened to the toilet body , and the housing having a stop surface with which the housing can be placed against the lower surface area , and in that the nut element has at least one nut element side web portion for the non-rotatable mounting, and in that the housing has a housing side web portion extending into the receiving space , it being possible to bring the two web portions into contact with one another in such a way that the nut element can be prevented from rotating when the fastening element is screwed in or unscrewed.
A cock for filling cisterns comprising: a hollow head inside which a valve device is housed linked to a float by means of an intermediate device, further comprising a vertical tube connected to the hollow head ; coupling means ; a closure means ; and a free edge of the hollow head and a free lower edge of the vertical tube , wherein said free edges are configured to receive alternatively, the respective coupling means in order to connect the cock selectively to a lower external water inlet or to a lateral external water inlet; such that when the closure means is inserted into one of the free edges the respective coupling means is inserted in the opposite free edge ; and the cock further comprising: blocking means configured to fix the position of the coupling means and the closure means , blocking their axial movement in the free edge of the hollow head and in the lower free edge of the vertical tube respectively; and wherein the cock for filing cisterns is characterised in that the blocking means comprise, at least, one blocking clamp configured to block the linear axial movement and a blocking lug configured to block the circular axial movement. a hollow head inside which a valve device is housed linked to a float by means of an intermediate device, further comprising a vertical tube connected to the hollow head ; coupling means ; a closure means ; and a free edge of the hollow head and a free lower edge of the vertical tube , wherein said free edges are configured to receive alternatively, the respective coupling means in order to connect the cock selectively to a lower external water inlet or to a lateral external water inlet; such that when the closure means is inserted into one of the free edges the respective coupling means is inserted in the opposite free edge ; and the cock further comprising: blocking means configured to fix the position of the coupling means and the closure means , blocking their axial movement in the free edge of the hollow head and in the lower free edge of the vertical tube respectively; and wherein the cock for filing cisterns is characterised in that the blocking means comprise, at least, one blocking clamp configured to block the linear axial movement and a blocking lug configured to block the circular axial movement.
An installation element for fixing a toilet bowl to a wall, having a cistern for receiving a flushing fluid for the toilet bowel and a frame with which the toilet bowel and the cistern can be fixed to the wall, wherein the frame has a frame bottom and a frame top , wherein the frame top comprises a first frame profile form-fittingly connected to the cistern and a second frame profile form-fittingly connected to the cistern , characterized in that the first frame profile and the second frame profile have, at least in part, varying cross sections in the direction of a first longitudinal axis of the first frame profile and in the direction of a second longitudinal axis of the second frame profile , respectively.
An end effector comprising: an outer tube defining a viewing window and a lockout window positioned distal to the viewing window , the outer tube defining a first passageway therethrough; a coil member disposed within the first passageway of the outer tube , the coil member defining a second passageway therethrough; a plurality of fasteners disposed in the second passageway of the coil member , the plurality of fasteners configured to translate along the second passageway ; and an engagement member disposed proximal to the plurality of fasteners and at least partially visible through the viewing window of the outer tube , the engagement member configured to translate along the second passageway proximal to the plurality of fasteners to provide a count relative to the viewing window of the plurality of fasteners remaining in the end effector , the engagement member including: a body portion ; and a biasing portion extending from the body portion , the biasing portion having a biasing arm , the biasing arm biased resiliently outward such that engagement of a free end of the biasing portion of the engagement member with the lockout window restricts further translation of the engagement member . an outer tube defining a viewing window and a lockout window positioned distal to the viewing window , the outer tube defining a first passageway therethrough; a coil member disposed within the first passageway of the outer tube , the coil member defining a second passageway therethrough; a plurality of fasteners disposed in the second passageway of the coil member , the plurality of fasteners configured to translate along the second passageway ; and an engagement member disposed proximal to the plurality of fasteners and at least partially visible through the viewing window of the outer tube , the engagement member configured to translate along the second passageway proximal to the plurality of fasteners to provide a count relative to the viewing window of the plurality of fasteners remaining in the end effector , the engagement member including: a body portion ; and a biasing portion extending from the body portion , the biasing portion having a biasing arm , the biasing arm biased resiliently outward such that engagement of a free end of the biasing portion of the engagement member with the lockout window restricts further translation of the engagement member . a body portion ; and a biasing portion extending from the body portion , the biasing portion having a biasing arm , the biasing arm biased resiliently outward such that engagement of a free end of the biasing portion of the engagement member with the lockout window restricts further translation of the engagement member .
An apparatus for treating substrates comprising a feeder and one or more first substructure modules , each having a pressure cylinder with means for fixing an elevator and a sheet conveying device and one or more second substructure modules , each having a transport cylinder with openings formed in its lateral surface and means for fixing an elevator and a sheet conveying device, wherein all first and second substructure modules have identical interfaces on the input side and/or on the output side for connecting the substructure modules to each other and can be equipped and/or are equipped with an attachment module, characterized in that the pressure cylinder of at least one substructure module is configured as a magnetic cylinder.
(3-fluoro-2-(pyrimidin-2-yl)phenyl)( -6-((5-(trifluoromethyl)pyridin-2-yl)oxy)-2-azabicyclo[2.2.1]heptan-2-yl)methanone or a pharmaceutically acceptable salt or solvate thereof for use in therapy.
Device with a first and a second zone (Z1, Z2) for producing insulating or acoustic panels from a press material mat , which consists at least in parts of lignocellulose particles coated with binding agents, wherein the first zone (Z1) is designed for warming and compressing the press material mat, and the second zone (Z2) is designed for hardening the press material mat with the aid of calibration plates , and wherein driven, circulating sieve belts (5a-5f) are provided that are in contact with the upper and the lower press material mat surface, wherein at least four circulating sieve belts (5a-5f) can be used in such a way that arranged within an upper sieve belt there is a further sieve belt or two further sieve belts , and within a lower sieve belt , there is a further sieve belt or two further sieve belts , wherein of the at least four sieve belts, at least two are arranged in active contact with the press material mat in the area of the first zone (Z1), and of which at least two are arranged in active contact with the press material mat in the area of the second zone (Z2), wherein the term active contact is also take to mean such contact when a further circulating sieve belt runs between the press material mat and the sieve belt, wherein the at least four sieve belts (5a-5f) each have their own drive . and wherein driven, circulating sieve belts (5a-5f) are provided that are in contact with the upper and the lower press material mat surface, wherein at least four circulating sieve belts (5a-5f) can be used in such a way that arranged within an upper sieve belt there is a further sieve belt or two further sieve belts , and within a lower sieve belt , there is a further sieve belt or two further sieve belts , wherein of the at least four sieve belts, at least two are arranged in active contact with the press material mat in the area of the first zone (Z1), and of which at least two are arranged in active contact with the press material mat in the area of the second zone (Z2), wherein the term active contact is also take to mean such contact when a further circulating sieve belt runs between the press material mat and the sieve belt, wherein the at least four sieve belts (5a-5f) each have their own drive .
A printing material container detachably attachable to a printing apparatus having a plurality of apparatus-side terminals, the printing material container comprising: a first device ; a second device ; and a terminal group (210-290) that includes a plurality of first terminals (220, 230, 260-280), at least one second terminal and at least one third terminal , wherein the plurality of first terminals are connected to the first device and respectively include a first contact portion (cp) for contacting a corresponding terminal among the plurality of apparatus-side terminals, the at least one second terminal is connected to the second device and includes a second contact portion for contacting a corresponding terminal among the plurality of apparatus-side terminals, the at least one third terminal is for the detection of shorting between the at least one second terminal and the at least one third terminal and includes a third contact portion for contacting a corresponding terminal among the plurality of apparatus-side terminals, the contact portion of the second terminal is positioned at the outermost position among the contact portions of the terminal group (210-290) viewed in a direction orthogonal to an insertion direction, a depressed portion (DE) is situated between the second terminal and another terminal adjacent to the second terminal. a first device ; a second device ; and a terminal group (210-290) that includes a plurality of first terminals (220, 230, 260-280), at least one second terminal and at least one third terminal , wherein the plurality of first terminals are connected to the first device and respectively include a first contact portion (cp) for contacting a corresponding terminal among the plurality of apparatus-side terminals, the at least one second terminal is connected to the second device and includes a second contact portion for contacting a corresponding terminal among the plurality of apparatus-side terminals, the at least one third terminal is for the detection of shorting between the at least one second terminal and the at least one third terminal and includes a third contact portion for contacting a corresponding terminal among the plurality of apparatus-side terminals, the contact portion of the second terminal is positioned at the outermost position among the contact portions of the terminal group (210-290) viewed in a direction orthogonal to an insertion direction, a depressed portion (DE) is situated between the second terminal and another terminal adjacent to the second terminal.
Method for adjusting a power steering torque (M_U) in a vehicle steering system , wherein the power steering torque (M_U) can be generated by an actuator of the vehicle steering system , comprising: - receiving a driver steering request (M H ); - receiving a steering request of at least one driver assistance system (M FAS ); - receiving at least one driving dynamics variable (D); characterized in that the method has the further steps of: - determining a static state in which a change of the driver steering request (M H ) and of the driving dynamics variable (D) are respectively below a predetermined threshold; and, if the static state has been determined: - adjusting the power steering torque (M_U) by means of closed-loop control, wherein a manipulated variable (S) of the control is determined on the basis of a driver steering request (M H ) and the steering request of the driver assistance system (M FAS ). - receiving a driver steering request (M H ); - receiving a steering request of at least one driver assistance system (M FAS ); - receiving at least one driving dynamics variable (D); characterized in that the method has the further steps of: - determining a static state in which a change of the driver steering request (M H ) and of the driving dynamics variable (D) are respectively below a predetermined threshold; - determining a static state in which a change of the driver steering request (M H ) and of the driving dynamics variable (D) are respectively below a predetermined threshold; and, if the static state has been determined: - adjusting the power steering torque (M_U) by means of closed-loop control, wherein a manipulated variable (S) of the control is determined on the basis of a driver steering request (M H ) and the steering request of the driver assistance system (M FAS ). - adjusting the power steering torque (M_U) by means of closed-loop control, wherein a manipulated variable (S) of the control is determined on the basis of a driver steering request (M H ) and the steering request of the driver assistance system (M FAS ).
A method for acquiring data from a device for enabling the start of a vehicle, such as an immobilizer device by electronic breathalyzer or by control of the consumption of narcotics, further comprising the following steps aimed at: • connecting a real-time data transmission device directly on the device for enabling the start of the vehicle; • establishing a communication between the data transmission device and the device for enabling the start of the vehicle, said communication being carried out by firmware equipping said device for enabling the start of the vehicle and/or said data transmission device; • writing directly to the memory of the start enabling device and/or the data transmission device, said writing being carried out by the firmware equipping said device for enabling the start of the vehicle and/or said data transmission device; • recovering data from the device for enabling the start of the vehicle by the data transmission device ; • transmitting said recovered data to a remote server. • connecting a real-time data transmission device directly on the device for enabling the start of the vehicle; • establishing a communication between the data transmission device and the device for enabling the start of the vehicle, said communication being carried out by firmware equipping said device for enabling the start of the vehicle and/or said data transmission device; • writing directly to the memory of the start enabling device and/or the data transmission device, said writing being carried out by the firmware equipping said device for enabling the start of the vehicle and/or said data transmission device; • recovering data from the device for enabling the start of the vehicle by the data transmission device ; • transmitting said recovered data to a remote server.
A method of fabricating a part using coreactive three-dimensional printing, comprising: independently combining and mixing a first component and a second component to form a first coreactive composition and a second coreactive composition, wherein the constituents of the components are not coreactive until combined and mixed with one another to form a coreactive composition, wherein each of the first coreactive composition and the second coreactive composition comprises a first reactive compound and a second reactive compound; and the first reactive compound is reactive with the second reactive compound; coextruding the first coreactive composition and the second coreactive composition through a coextrusion nozzle to form a coextrudate; depositing the coextrudate in successive layers using three-dimensional printing to fabricate a part; and while depositing the coextrudate, independently changing the constituents of the first component and/or the constituents of the second component and/or changing a volume mix ratio of the first component and the second component. independently combining and mixing a first component and a second component to form a first coreactive composition and a second coreactive composition, wherein the constituents of the components are not coreactive until combined and mixed with one another to form a coreactive composition, wherein each of the first coreactive composition and the second coreactive composition comprises a first reactive compound and a second reactive compound; and the first reactive compound is reactive with the second reactive compound; coextruding the first coreactive composition and the second coreactive composition through a coextrusion nozzle to form a coextrudate; depositing the coextrudate in successive layers using three-dimensional printing to fabricate a part; and while depositing the coextrudate, independently changing the constituents of the first component and/or the constituents of the second component and/or changing a volume mix ratio of the first component and the second component.
A wearable article continuous in a longitudinal direction and a transverse direction comprising a front elastic belt region, a back elastic belt region, a crotch region , a waist opening, and a pair of leg openings; the crotch region extending longitudinally between the front elastic belt region and the back elastic belt region; wherein each of the front and back elastic belt is a laminate comprising an inner sheet , an outer sheet , and a plurality of elastic members running in the transverse direction, wherein the laminate further comprising an elastic adhesive bonding which continuously bonds the elastic member for at least about 10mm in the direction of stretch in a region adjacent the side edges of the front and back elastic belts , and a discrete patterned adhesive bonding applied to at least one of the inner sheet and the outer sheet with intervals in the transverse direction and the longitudinal direction to intermittently bond the inner sheet and the outer sheet , wherein the discrete patterned adhesive bonding at least extends substantially along the transverse dimension between the elastic adhesive bonding, and substantially along the longitudinal dimension between the distal edge and proximal edge of the front and back elastic belts , wherein the elastic adhesive bonding and the discrete patterned adhesive bonding are provided by the same adhesive agent; wherein the laminate is bonded by heat at the side edges to form side seams , the side seams existing no distant than about 20mm from the side edges , and the remainder of the laminate is free of heat bonds. wherein each of the front and back elastic belt is a laminate comprising an inner sheet , an outer sheet , and a plurality of elastic members running in the transverse direction, wherein the laminate further comprising an elastic adhesive bonding which continuously bonds the elastic member for at least about 10mm in the direction of stretch in a region adjacent the side edges of the front and back elastic belts , and a discrete patterned adhesive bonding applied to at least one of the inner sheet and the outer sheet with intervals in the transverse direction and the longitudinal direction to intermittently bond the inner sheet and the outer sheet , wherein the discrete patterned adhesive bonding at least extends substantially along the transverse dimension between the elastic adhesive bonding, and substantially along the longitudinal dimension between the distal edge and proximal edge of the front and back elastic belts , wherein the elastic adhesive bonding and the discrete patterned adhesive bonding are provided by the same adhesive agent; wherein the laminate is bonded by heat at the side edges to form side seams , the side seams existing no distant than about 20mm from the side edges , and the remainder of the laminate is free of heat bonds.