mhurhangee/patent-ind-claim-en huggingface dataset:
A display device, including a light-emitting display layer , a planarization layer and an encapsulation layer stacked in sequence, wherein the planarization layer is provided with at least one closed circular groove extending in a thickness direction of the planarization layer , and a projection of a closed circle formed by the groove on a plane on which the light-emitting display layer is located is completely placed outside the light-emitting display layer and surrounds the light-emitting display layer ; characterized in that the groove does not extend through the planarization layer completely and forms an opening on the planarization layer , the opening facing toward the encapsulation layer ; and in that the groove and the encapsulation layer covering the groove form a retention space adapted to retain moisture or oxygen penetrating through a contact surface between the encapsulation layer and the planarization layer . wherein the planarization layer is provided with at least one closed circular groove extending in a thickness direction of the planarization layer , and a projection of a closed circle formed by the groove on a plane on which the light-emitting display layer is located is completely placed outside the light-emitting display layer and surrounds the light-emitting display layer ; characterized in that the groove does not extend through the planarization layer completely and forms an opening on the planarization layer , the opening facing toward the encapsulation layer ; and in that the groove and the encapsulation layer covering the groove form a retention space adapted to retain moisture or oxygen penetrating through a contact surface between the encapsulation layer and the planarization layer .
A hydraulic tensioner, comprising: • a base ; • a piston mounted for sliding motion relative to the base , the base and the piston defining a pressure space therebetween and being arranged to be urged apart along an axis upon introduction of a fluid into the pressure space , the tensioner having an internal bore along the axis having first and second ends along the axis and comprising a threaded component having an internally threaded portion at the first end and coupled to the piston ; the tensioner further comprising: • a threaded stud having an exterior thread which engages the internally threaded portion of the threaded component; and • a drive mechanism arranged to transmit rotational motion from the second end of the internal bore to the threaded stud ; the tensioner being arranged such that rotational motion applied to the drive mechanism at the second end causes rotation of the stud relative to the threaded component, with the engagement of the exterior thread of the stud and the internal thread of the threaded component causing the stud to move along the axis as it rotates. • a base ; • a piston mounted for sliding motion relative to the base , the base and the piston defining a pressure space therebetween and being arranged to be urged apart along an axis upon introduction of a fluid into the pressure space , the tensioner having an internal bore along the axis having first and second ends along the axis and comprising a threaded component having an internally threaded portion at the first end and coupled to the piston ; the tensioner further comprising: the base and the piston defining a pressure space therebetween and being arranged to be urged apart along an axis upon introduction of a fluid into the pressure space , the tensioner having an internal bore along the axis having first and second ends along the axis and comprising a threaded component having an internally threaded portion at the first end and coupled to the piston ; the tensioner further comprising: • a threaded stud having an exterior thread which engages the internally threaded portion of the threaded component; and • a drive mechanism arranged to transmit rotational motion from the second end of the internal bore to the threaded stud ; the tensioner being arranged such that rotational motion applied to the drive mechanism at the second end causes rotation of the stud relative to the threaded component, with the engagement of the exterior thread of the stud and the internal thread of the threaded component causing the stud to move along the axis as it rotates.
A starter device for cranking an internal combustion engine - having a driveshaft defining along its main extension a longitudinal centre axis , which driveshaft comprises an external toothing , - having a pinion shaft which comprises a pot-like driveshaft receptacle in which the driveshaft is received, - having a transmission device equipped for transmitting a torque from the driveshaft to the pinion shaft , which transmission device comprises an internal toothing which can be meshed with the external toothing , - wherein the transmission device and the pinion shaft , in an actuation movement are jointly axially adjustable with respect to the longitudinal centre axis between an engaged position , in which the internal toothing and the external toothing engage into one another for transmitting the torque , and a basic position axially spaced apart thereto, in which the internal toothing and the external toothing are disengaged, - wherein the external toothing comprises teeth with tip edges , which in the engaged position and in the actuation movement are spaced apart with respect to the teeth of the internal toothing , and/or - wherein the internal toothing comprises teeth with tip edges , which in the engaged position and in the actuation movement are spaced apart with respect to the teeth of the external toothing , wherein a toothing profile of the teeth of the internal toothing is realised by a trapezoidal profile; characterised in that a toothing profile of the teeth of the external toothing is realised by an involute profile. - having a driveshaft defining along its main extension a longitudinal centre axis , which driveshaft comprises an external toothing , - having a pinion shaft which comprises a pot-like driveshaft receptacle in which the driveshaft is received, - having a transmission device equipped for transmitting a torque from the driveshaft to the pinion shaft , which transmission device comprises an internal toothing which can be meshed with the external toothing , - wherein the transmission device and the pinion shaft , in an actuation movement are jointly axially adjustable with respect to the longitudinal centre axis between an engaged position , in which the internal toothing and the external toothing engage into one another for transmitting the torque , and a basic position axially spaced apart thereto, in which the internal toothing and the external toothing are disengaged, - wherein the external toothing comprises teeth with tip edges , which in the engaged position and in the actuation movement are spaced apart with respect to the teeth of the internal toothing , and/or - wherein the internal toothing comprises teeth with tip edges , which in the engaged position and in the actuation movement are spaced apart with respect to the teeth of the external toothing , wherein a toothing profile of the teeth of the internal toothing is realised by a trapezoidal profile;
An air conditioning indoor unit , comprising: a housing ; a heat exchanger arranged in the housing ; a first silencer arranged in the housing and coupled to a first end of the heat exchanger ; and a second silencer arranged in the housing and coupled to a second end of the heat exchanger , , characterized in that , a third silencer coupled to an end of the first silencer away from the heat exchanger , wherein in a heating mode refrigerant discharged from a compressor flows to the third silencer , and then to the first silencer . a housing ; a heat exchanger arranged in the housing ; a first silencer arranged in the housing and coupled to a first end of the heat exchanger ; and a second silencer arranged in the housing and coupled to a second end of the heat exchanger , , characterized in that , a third silencer coupled to an end of the first silencer away from the heat exchanger , wherein in a heating mode refrigerant discharged from a compressor flows to the third silencer , and then to the first silencer .
A piperacillin-containing composition, comprising ampicillin and sulbactam, wherein the composition comprises piperacillin, ampicillin and sulbactam in a weight ratio of 200-400 : 0.02-6 : 100.
Closed container for the lyophilization of a liquid or semi-liquid product comprising a container body comprising an upper portion provided with a membrane which is permeable to water vapour and a lower portion comprising a reservoir suitable for receiving the product on a bottom , characterized in that the container comprises internal partitions in the reservoir which form a plurality of product-receiving volumes (22 - 27), the internal partitions being configured such that the introduction of product into a predefined one of the receiving volumes causes said receiving volumes (22 - 27) to be successively filled in a predetermined order, a receiving volume only starting to fill if the preceding receiving volume is full.
Shaped sheet metal part formed from a flat steel product comprising a steel substrate composed of steel consisting of, as well as iron and unavoidable impurities, in % by weight, C: 0.06-0.5%, Si: 0.05-0.6%, Mn: 0.4-3.0%, Al: 0.06-1.0%, Nb: 0.001-0.2%, Ti: 0.001-0.10%, B: 0.0005-0.01%, P: ≤ 0.03%, S: ≤ 0.02%, N: ≤ 0.02%, Sn: ≤ 0.03%, As: ≤ 0.01%, and optionally one or more of the elements Cr, Cu, Mo, Ni, V, Ca, W in the following contents: Cr: 0.01-1.0%, Cu: 0.01-0.2%, Mo: 0.002-0.3%, Ni: 0.01-0.5%, V: 0.001-0.3%, Ca: 0.0005-0.005%, W: 0.001-1.0%, where the content of unavoidable impurities adds up to a total of not more than 0.2% by weight, where the following conditions are applicable to the Al/Nb ratio of Al content to Nb content: Al/Nb ≤ 20.0 when Mn ≤ 1.6% by weight and Al/Nb ≤ 30.0 when Mn ≥ 1.7% by weight, and an anticorrosion coating, characterized in that the shaped sheet metal part has precipitates in the microstructure in the form of niobium carbonitrides and/or titanium carbonitrides, where more than 80% of all precipitates have a diameter of less than 30 nm, measured as set out in the description. and optionally one or more of the elements Cr, Cu, Mo, Ni, V, Ca, W in the following contents: Cr: 0.01-1.0%, Cu: 0.01-0.2%, Mo: 0.002-0.3%, Ni: 0.01-0.5%, V: 0.001-0.3%, Ca: 0.0005-0.005%, W: 0.001-1.0%, where the content of unavoidable impurities adds up to a total of not more than 0.2% by weight, where the following conditions are applicable to the Al/Nb ratio of Al content to Nb content: Al/Nb ≤ 20.0 when Mn ≤ 1.6% by weight and Al/Nb ≤ 30.0 when Mn ≥ 1.7% by weight, Al/Nb ≤ 20.0 when Mn ≤ 1.6% by weight and Al/Nb ≤ 30.0 when Mn ≥ 1.7% by weight, and an anticorrosion coating, characterized in that the shaped sheet metal part has precipitates in the microstructure in the form of niobium carbonitrides and/or titanium carbonitrides, where more than 80% of all precipitates have a diameter of less than 30 nm, measured as set out in the description.
A method for setting a bearing assembly preload, the method comprising providing: a first structure having a first predetermined stiffness, wherein the first structure is an inner gimbal ring; a first bearing assembly mounted on the first structure ; and a second structure mounted on the first bearing assembly , wherein the second structure is an outer gimbal ring, whereby relative motion about a first rotational axis is allowed between the first structure and the second structure , the second structure having a second predetermined stiffness that is unequal to the first predetermined stiffness, wherein the method comprises supplying a force to the second structure along the first rotational axis to distort at least one of the first structure and the second structure , and wherein the distortion of at least one of the first structure and the second structure imparts a first preload force on the first bearing assembly .
Instant tube heater for heating flowing liquid comprising: a hollow heating tube comprising a tubular flow passage extending along a central axis ( I ) for heating liquid as it flows through it, an inlet connector sealingly connected to an inlet end of the hollow heating tube, an outlet connector sealingly connected to an outlet end of the hollow heating tube, wherein an inlet flow deviating member is positioned locally at the inlet end of the heating tube and is configured for forcing the flow of liquid entering the tubular passage of the heating tube in at least one direction away from the direction of the central axis ( I ) of the tubular passage, wherein it comprises mixing means between the heating tube and a temperature sensor , wherein the mixing means comprises an outlet flow perturbing member , preferably comprising a plurality of outlet flow through-openings , which is positioned at the outlet end of the heating tube , wherein a mixing chamber is provided between the outlet flow perturbing member and the outlet connector , characterized in that it comprises a temperature sensor connected to the outlet connector for sensing the temperature of liquid leaving the heating tube the temperature sensor is positioned to extend at least partially inside the mixing chamber. a hollow heating tube comprising a tubular flow passage extending along a central axis ( I ) for heating liquid as it flows through it, an inlet connector sealingly connected to an inlet end of the hollow heating tube, an outlet connector sealingly connected to an outlet end of the hollow heating tube, wherein an inlet flow deviating member is positioned locally at the inlet end of the heating tube and is configured for forcing the flow of liquid entering the tubular passage of the heating tube in at least one direction away from the direction of the central axis ( I ) of the tubular passage, wherein it comprises mixing means between the heating tube and a temperature sensor , wherein the mixing means comprises an outlet flow perturbing member , preferably comprising a plurality of outlet flow through-openings , which is positioned at the outlet end of the heating tube , wherein a mixing chamber is provided between the outlet flow perturbing member and the outlet connector , characterized in that it comprises a temperature sensor connected to the outlet connector for sensing the temperature of liquid leaving the heating tube the temperature sensor is positioned to extend at least partially inside the mixing chamber.
Method for the beam machining of a workpiece , which is designed as a metallic component, from which at least one workpiece part is intended to be separated using a focused machining beam , which comprises the following steps: - creating a trough in the workpiece using the focused machining beam , wherein the trough is created along at least one section of a contour of the at least one workpiece part to be separated from the workpiece, - altering a focal position of the machining beam such that the machining beam has a smaller beam diameter on the workpiece , - creating a gap in the workpiece using the machining beam with the altered focal position along at least one section of the contour of the at least one workpiece part to be separated from the workpiece , wherein the gap is created at least partially within the trough , wherein a working gas jet is used to expel melt from the gap and the trough . - creating a trough in the workpiece using the focused machining beam , wherein the trough is created along at least one section of a contour of the at least one workpiece part to be separated from the workpiece, - altering a focal position of the machining beam such that the machining beam has a smaller beam diameter on the workpiece , - creating a gap in the workpiece using the machining beam with the altered focal position along at least one section of the contour of the at least one workpiece part to be separated from the workpiece , wherein the gap is created at least partially within the trough , wherein a working gas jet is used to expel melt from the gap and the trough .
A method for encoding a binary message (M) composed of a first sub-message having a first priority level and of a second sub-message having a second priority level, using an LDPC code defined by a parity matrix H having a first dimension corresponding to the bits of the coded binary message (M c ) and a second dimension, the parity-check matrix H consisting of four sub-sets (ES 1 , ES 2 , ES 3 , ES 4 ) of two sub-matrices that are concatenated along the second dimension, the four sub-sets (ES 1 , ES 2 , ES 3 , ES 4 ) being concatenated along the first dimension, the first sub-matrix (J 1 ) of the first sub-set (ES 1 ) taking the form where x is equal to the size of half of the first sub-message, y is equal to the size of half of the second sub-message, I is an identity matrix of dimensions (x,x) and G 1 is a nonzero matrix of dimensions (x,y), the second sub-matrix (H 1 ) of the first sub-set (ES 1 ) being a nonzero matrix, the first sub-matrix of the second sub-set (ES 2 ) being a zero matrix, the second sub-matrix (H 2 ) of the second sub-set (ES 1 ) being a nonzero matrix, the first sub-matrix (H 3 ) of the third sub-set (ES 3 ) being a nonzero matrix, the second sub-matrix (J 2 ) of the third sub-set (ES 3 ) taking the form where G 2 is a nonzero matrix of dimensions (x,y), the first sub-matrix (H 4 ) of the fourth sub-set (ES 4 ) being a nonzero matrix, and the second sub-matrix of the fourth sub-set (ES 4 ) being a zero matrix, the sub-matrices (H 1 , H 2 , H 3 , H 4 , J 1 , J 2 ) of the four sub-sets being square and of dimensions (x+y,x+y), the encoding method comprising a step of encoding the binary message (M) using the parity matrix H to produce the coded binary message (M c ).
A blade group for demisting and dedusting, comprising a plurality of blades that are annularly arranged and a supporting member for fixing the blades; wherein the blade comprises a section of curved plate, a cross section of the curved plate being a gradually-varied arc curve whose curvature increases progressively along an airflow direction; wherein the arc curve is a corrected involute, and the curve equation is: { x = k * r * x cos φ + φ * sin φ y = r * sin φ − φ * cos φ φ = 0 − π / 2 , r = 0.5 − 10 mm , k = 0.3 − 3 wherein φ is a spread angle, r is a base circle radius, and k is a correction coefficient.
Roller door having a door leaf which can be moved between an open position, in which it at least partially uncovers a wall opening and preferably forms a multi-layered roll at least partially above the wall opening, and a closed position, in which it at least partially closes the wall opening, and which has a plurality of door leaf segments arranged one behind the other in the direction of movement of the door leaf, wherein at least one stabilizing device extending perpendicularly to the direction of movement of the door leaf is arranged between two door leaf segments, and the mutually facing edge regions of the door leaf segments are held on the stabilizing device , as a result of which at least one edge region of at least one segment is held floatingly on the stabilizing device in such a way that a relative movement of this edge region with respect to the stabilizing device is possible at least in the direction of movement of the door leaf, and at least one segment having a floatingly mounted edge region has at least one pane which is formed at least in sections from a flexible material, such as for instance polycarbonate, characterized in that the at least one segment having a floatingly mounted edge region has at least two panes which are spaced apart from one another in the direction of thickness of the door leaf and run approximately parallel to one another, each of which has at least one edge region which is held on the stabilizing device and faces an adjacent segment, wherein at least one edge region of at least one pane is held floatingly on the stabilizing device in such a way that a relative movement of this edge region with respect to the stabilizing device is possible at least in the direction of movement of the door leaf.
Refrigeration system with a heat pump function for a motor vehicle, wherein the refrigeration system comprises: a refrigerant compressor , which is connectable or connected to a primary line ; a directly or indirectly acting external heat exchanger , which is arranged in the primary line ; a first evaporator , which is arranged in the primary line ; a first directly or indirectly acting heat exchanger, in particular a chiller , which is arranged fluidically parallel to the evaporator ; and a refrigerant collector arranged on the low-pressure side, wherein a single sensor apparatus (pT2) is arranged downstream of the evaporator and the first heat exchanger, in particular the chiller , which sensor apparatus is configured to detect the pressure and the temperature of the refrigerant on the low-pressure side of the refrigeration system , characterized in that the single sensor apparatus (pT2) is arranged upstream of the refrigerant collector and directly in front of it. a refrigerant compressor , which is connectable or connected to a primary line ; a directly or indirectly acting external heat exchanger , which is arranged in the primary line ; a first evaporator , which is arranged in the primary line ; a first directly or indirectly acting heat exchanger, in particular a chiller , which is arranged fluidically parallel to the evaporator ; and a refrigerant collector arranged on the low-pressure side, wherein a single sensor apparatus (pT2) is arranged downstream of the evaporator and the first heat exchanger, in particular the chiller , which sensor apparatus is configured to detect the pressure and the temperature of the refrigerant on the low-pressure side of the refrigeration system , characterized in that the single sensor apparatus (pT2) is arranged upstream of the refrigerant collector and directly in front of it.
A fusion MHC-Ia open conformer, wherein said fusion MHC-Ia open conformer comprises or essentially consists of a first monomer or a first and a second monomer, wherein a. said first monomer, or each of said first and second monomer independently of the other monomer, comprises an HLA heavy chain selected from C08, A25, B58, A30, B53, and C12, and b. wherein said first monomer, or each of said first and second monomer are covalently linked to an Fc polypeptide sequence, wherein the HLA-heavy chain only consists of the HLA alpha 1, 2 and 3 domains. a. said first monomer, or each of said first and second monomer independently of the other monomer, comprises an HLA heavy chain selected from C08, A25, B58, A30, B53, and C12, and b. wherein said first monomer, or each of said first and second monomer are covalently linked to an Fc polypeptide sequence,
Bushing intended for securing a retractable headrest, comprising padding elements, to a seat backrest, the bushing having a tubular shape, the bushing comprises an end section provided with an annular rim forming an end stop , and at least one conical section having an increasing slope from the base of the bushing towards the end stop , said conical section being intended for partially engaging inside a retractable-headrest sleeve secured to a seat backrest, characterized in that the annular rim is configured for allowing the adhesion of the bushing to the padding elements of a headrest.