mhurhangee/patent-ind-claim-en huggingface dataset:
Constant-velocity slip ball joint at least having an outer joint part with an axis of rotation and with outer ball tracks , having an inner joint part with inner ball tracks , having a multiplicity of torque-transmitting balls , each guided in associated outer ball tracks and inner ball tracks , and having a cage , which is provided with a multiplicity of cage windows , which accommodate in each case one or more of the balls ; wherein the inner joint part can be displaced in relation to the outer joint part by a displacement distance along the axis of rotation ; wherein at least a part of the outer ball tracks and at least a part of the inner ball tracks are at a track-helix angle in relation to the axis of rotation ; wherein a floor of each ball track , along the displacement path , is spaced apart from the axis of rotation by a respectively constant spacing along a radial direction ; wherein a maximum angle of deflection of the inner joint part in relation to the outer joint part is predetermined by an outer contact surface of the cage establishing contact with a first contact surface of the outer joint part and/or by an inner contact surface of the cage establishing contact with a second contact surface of the inner joint part ; characterized in that the cage has a centre axis and the inner contact surface is conical; wherein the inner contact surface is at an opening angle of more than 0 degrees in relation to the centre axis of the cage.
A maleimide based copolymer comprising aromatic vinyl monomer unit, vinyl cyanide monomer unit, and maleimide monomer unit; wherein the maleimide based copolymer has a glass transition temperature of 165 to 200°C measured in accordance with JIS K-7121 at a temperature elevation rate of 10 °C/min; and a melt mass flow rate of 25 to 80 g/10min measured in accordance with JIS K 7210 at 265°C with 98 N load, characterized in that an amount of the vinyl cyanide monomer unit contained in the maleimide based copolymer is 7 to 20 mass%.
A terminal constituting any of positive and negative electrodes of a secondary battery , the terminal comprising: a plate-like metallic first member and a metallic second member ultrasonically welded to one plate surface of the first member , wherein a recessed portion is formed on a surface on an opposite side to the surface , to which the second member is welded, of the first member , and ultrasonic welding between the first member and the second member is realized in the recessed portion , characterized in that the first member and the second member are constituted by metals that differ from each other. a plate-like metallic first member and a metallic second member ultrasonically welded to one plate surface of the first member , wherein a recessed portion is formed on a surface on an opposite side to the surface , to which the second member is welded, of the first member , and ultrasonic welding between the first member and the second member is realized in the recessed portion , characterized in that the first member and the second member are constituted by metals that differ from each other.
Grounding busbar for a switching or disconnecting strip in telecommunications and data technology, comprising a base , on which plug-in tongues are arranged in accordance with the number of double-core cables to be connected, which plug-in tongues can respectively be plugged into a plug-in channel of a protective plug , and at least one ground contact , through which the grounding busbar can be connected to ground, wherein the plug-in tongues are formed to be springy, characterized in that the base below each plug-in tongue is formed with at least one latching means, which is formed as a hole , for engaging in a corresponding nodule of the protective plug in order to hold the protective plug.
Device for homogenising a product, wherein the device has a hydraulic drive cylinder with at least one piston rod and a homogenisation means , wherein in each case a product tube is arranged on either side of the hydraulic drive cylinder and in each case a product piston which is movable in the respective product tube is arranged at both ends of the at least one piston rod, each product tube comprises an inlet and an outlet for the product and the homogenisation means is arranged behind the two outlets, wherein the hydraulic drive cylinder is formed as a double-acting through-rod cylinder , so that the at least one piston rod is movable in the same manner in two opposite directions, wherein expulsion of the product out of the one product tube via the outlet thereof and receiving of the product in the other product tube via the inlet thereof takes place by a movement of the respective product piston by means of the at least one piston rod, and upon expulsion via the outlet the product is forced against a counter-pressure of the homogenisation means such that homogenisation of the product takes place, characterised in that the homogenisation means has a cavitation means and the cavitation means has a vacuum means , so that at the exit from a pressure-relief chamber of the cavitation means a vacuum can be applied by means of the vacuum means when pumping out the homogenised product.
Auto combustion chamber comprising: - an internally hollow tank , wherein biomass is disposed to produce syngas, - a stove (F) disposed in an upper wall of the tank, above the biomass, for the combustion of the syngas generated by the biomass, - air supply means (A) to supply air in the stove (F); - gas supply means (G) connected to a gas source to supply gas into the stove (F), and - control means (C) and valve means to control the air flow and the gas flow into the stove (F); wherein said air supply means (A) comprises at least one air duct in communication with the stove (F), and said valve means comprises an electrovalve disposed in the air duct and connected to the control means (C) to open and close the air duct and wherein said auto combustion chamber also comprises a first temperature sensor (T1) connected to the control means (C) and disposed inside the tank to detect the temperature inside the tank , and the electrovalve of the air duct is of modulating type and the first temperature sensor (T1) is a temperature-current electronic transducer in such manner to send a command signal (S1) to the control means (C) which is composed of a current signal proportional to the temperature detected inside the tank . - an internally hollow tank , wherein biomass is disposed to produce syngas, - a stove (F) disposed in an upper wall of the tank, above the biomass, for the combustion of the syngas generated by the biomass, - air supply means (A) to supply air in the stove (F); - gas supply means (G) connected to a gas source to supply gas into the stove (F), and - control means (C) and valve means to control the air flow and the gas flow into the stove (F);
A polypeptide comprising a human antibody Fc variant of the human IgG1 or IgG4 comprising the amino acid substitutions M428L and L309G, the numbering according to the Kabat EU numbering system, wherein the human antibody Fc variant binds to the human neonatal Fc receptor (FcRn) with a higher affinity at pH of 5.6 to 6.4 and has an increased half-life compared to the non-substituted wild type Fc variant.
A method of operating a vacuum device , the method comprising: operating the vacuum device , wherein operating the vacuum device comprises: providing voltage across a turbine of the vacuum device to spin a rotary element of the turbine ; and drawing a flow of air (F) through a portion of the vacuum device in response to spinning the rotary element of the turbine ; measuring, with a sensor , a pressure difference between a first location inside the vacuum device and a second location inside the vacuum device , wherein the first location is disposed upstream relative to a direction of the flow of air (F) from the turbine , wherein the first location is disposed downstream relative to the direction of the flow of air (F) from a filter element of the vacuum device ; adjusting, with a controller , an amount of voltage across the turbine in response to the measured pressure difference; and monitoring a performance characteristic of the turbine . operating the vacuum device , wherein operating the vacuum device comprises: providing voltage across a turbine of the vacuum device to spin a rotary element of the turbine ; and drawing a flow of air (F) through a portion of the vacuum device in response to spinning the rotary element of the turbine ; providing voltage across a turbine of the vacuum device to spin a rotary element of the turbine ; and drawing a flow of air (F) through a portion of the vacuum device in response to spinning the rotary element of the turbine ; measuring, with a sensor , a pressure difference between a first location inside the vacuum device and a second location inside the vacuum device , wherein the first location is disposed upstream relative to a direction of the flow of air (F) from the turbine , wherein the first location is disposed downstream relative to the direction of the flow of air (F) from a filter element of the vacuum device ; adjusting, with a controller , an amount of voltage across the turbine in response to the measured pressure difference; and monitoring a performance characteristic of the turbine .
Method for transmitting data from a communication network to a user equipment , comprising the following steps: - detecting (D) the reception of a request to obtain data (d UE ) transmitted by said user equipment; - monitoring (S) whether a session is established with said user equipment over the communication network after detecting the reception of said request; and - transmitting (B), if the establishment of a session with said user equipment is not detected before a delay (d) has expired after detecting the reception of said request, at least one signalling message (Sig_Msg (d UE )) containing said data (d UE ) to the user equipment. - detecting (D) the reception of a request to obtain data (d UE ) transmitted by said user equipment; - monitoring (S) whether a session is established with said user equipment over the communication network after detecting the reception of said request; and - transmitting (B), if the establishment of a session with said user equipment is not detected before a delay (d) has expired after detecting the reception of said request, at least one signalling message (Sig_Msg (d UE )) containing said data (d UE ) to the user equipment.
Method for estimating the state of charge ( SOC BAT ) of a battery comprising several electrochemical cells (C 1 ,...C N ) connected in series, the voltage across the terminals of the battery corresponding to the sum of the voltages across the terminals of each cell, called cell voltages, characterized in that it comprises the following steps: - determining, at a given moment in time, the minimum cell voltage ( U Cmin ) and the maximum cell voltage ( U Cmax ) from amongst said cell voltages; - on the basis of the minimum and maximum cell voltages determined in the preceding step, calculating a physical quantity ( U mp ; SOC BAT ) equal to the state of charge ( SOC BAT ) of the battery or on which the state of charge ( SOC BAT ) of the battery directly or indirectly depends, said physical quantity depending analytically, directly or indirectly, on said minimum cell voltage ( U Cmin ) and on said maximum cell voltage ( U Cmax ) according to an equation including weighting elements ensuring that the weighting associated with the maximum cell voltage ( U Cmax ) increases when the state of charge of the associated cell increases, and the weighting associated with the minimum cell voltage ( U Cmin ) increases when the state of charge of the associated cell decreases. - determining, at a given moment in time, the minimum cell voltage ( U Cmin ) and the maximum cell voltage ( U Cmax ) from amongst said cell voltages; - on the basis of the minimum and maximum cell voltages determined in the preceding step, calculating a physical quantity ( U mp ; SOC BAT ) equal to the state of charge ( SOC BAT ) of the battery or on which the state of charge ( SOC BAT ) of the battery directly or indirectly depends, said physical quantity depending analytically, directly or indirectly, on said minimum cell voltage ( U Cmin ) and on said maximum cell voltage ( U Cmax ) according to an equation including weighting elements ensuring that the weighting associated with the maximum cell voltage ( U Cmax ) increases when the state of charge of the associated cell increases, and the weighting associated with the minimum cell voltage ( U Cmin ) increases when the state of charge of the associated cell decreases.
Shoe or apparel , comprising: a. a first material layer with a first plurality of protrusions , wherein the first material layer comprises a pattern of reinforcing areas ; b. a flexible layer with a plurality of apertures ; c. a second material layer ; d. wherein the flexible layer is positioned between the first material layer and the second material layer , and e. wherein each protrusion of the first plurality of protrusions of the first material layer extends through at least one aperture of the plurality of apertures of the flexible layer and is connected to the second material layer , f. wherein the flexible layer is not connected to the first material layer and the second material layer , and thereby can freely move between the first material layer and the second material layer . a. a first material layer with a first plurality of protrusions , wherein the first material layer comprises a pattern of reinforcing areas ; b. a flexible layer with a plurality of apertures ; c. a second material layer ; d. wherein the flexible layer is positioned between the first material layer and the second material layer , and e. wherein each protrusion of the first plurality of protrusions of the first material layer extends through at least one aperture of the plurality of apertures of the flexible layer and is connected to the second material layer , f. wherein the flexible layer is not connected to the first material layer and the second material layer , and thereby can freely move between the first material layer and the second material layer .
Pressure bulkhead which comprises a plurality of material plies arranged one above the other, wherein each material ply contains reinforcing fibres embedded in a matrix material, wherein the reinforcing fibres in at least one first material ply are oriented in such a manner that their longitudinal axes lie in an angle range of ± 2° about a radial direction (R) of the pressure bulkhead , characterised in that the at least one first material ply comprises a plurality of planar elements which each consist of strip-shaped segments arranged parallel to one another, wherein each strip-shaped segment is oriented in such a manner that its longitudinal axis lies in an angle range of ± 2° about the radial direction (R) of the pressure bulkhead .
A traverse unit configured to traverse yarns (Y) in a traverse direction, the traverse unit comprising: traverse guides provided for the yarns (Y) respectively, and configured to reciprocate in the traverse direction while holding the yarns (Y); two or more drivers each including a movable portion to which corresponding one or more of the traverse guides are attached, the movable portion being configured to reciprocate in the traverse direction; and a controller configured to control operation of the drivers , wherein: the controller is configured to control the plurality of drivers so that at a same time when the movable portion or movable portions of one or some of the plurality of drivers turn around to move in one of opposite directions, the movable portion of at least one driver of a remainder of the plurality of drivers turns around to move in a remaining one of the opposite directions, characterized in that : the plurality of drivers are aligned in a line in the traverse direction, and a structure using a ball screw is used as each of the drivers . traverse guides provided for the yarns (Y) respectively, and configured to reciprocate in the traverse direction while holding the yarns (Y); two or more drivers each including a movable portion to which corresponding one or more of the traverse guides are attached, the movable portion being configured to reciprocate in the traverse direction; and a controller configured to control operation of the drivers , wherein: the controller is configured to control the plurality of drivers so that at a same time when the movable portion or movable portions of one or some of the plurality of drivers turn around to move in one of opposite directions, the movable portion of at least one driver of a remainder of the plurality of drivers turns around to move in a remaining one of the opposite directions, characterized in that : the plurality of drivers are aligned in a line in the traverse direction, and a structure using a ball screw is used as each of the drivers . the controller is configured to control the plurality of drivers so that at a same time when the movable portion or movable portions of one or some of the plurality of drivers turn around to move in one of opposite directions, the movable portion of at least one driver of a remainder of the plurality of drivers turns around to move in a remaining one of the opposite directions, characterized in that : the plurality of drivers are aligned in a line in the traverse direction, and a structure using a ball screw is used as each of the drivers .
A system for creating an endoluminal valve from a blood vessel wall , the system comprising: a tubular assembly having a longitudinal axis, a proximal portion, a distal portion with a distal end, and a first lumen extending from the proximal portion to a distal port located proximate the distal portion, the distal portion having a supporting surface positioned distal to the distal port and on a same side of the tubular assembly as the distal port ; and a tissue dissection probe configured to be disposed within the first lumen, the tissue dissection probe having a fluid delivery lumen extending to a fluid delivery port located at a distal end of the tissue dissection probe , wherein the tissue dissection probe is configured to be advanced distally from the distal port into the blood vessel wall ; characterized in that the supporting surface extends in a longitudinal direction and is radially offset from an outer surface of the tubular assembly that is on the same side of the tubular assembly as the distal port and proximal to the distal port , the supporting surface configured to contact the blood vessel wall . a tubular assembly having a longitudinal axis, a proximal portion, a distal portion with a distal end, and a first lumen extending from the proximal portion to a distal port located proximate the distal portion, the distal portion having a supporting surface positioned distal to the distal port and on a same side of the tubular assembly as the distal port ; and a tissue dissection probe configured to be disposed within the first lumen, the tissue dissection probe having a fluid delivery lumen extending to a fluid delivery port located at a distal end of the tissue dissection probe , wherein the tissue dissection probe is configured to be advanced distally from the distal port into the blood vessel wall ; characterized in that the supporting surface extends in a longitudinal direction and is radially offset from an outer surface of the tubular assembly that is on the same side of the tubular assembly as the distal port and proximal to the distal port , the supporting surface configured to contact the blood vessel wall .
A positioning device for fixing the relative position of two or more adjacent display tiles (T1-T6), the positioning device (1, C1-C6) comprising: - first connection elements, the first connection elements each being part of a first opening and pin combination, the first opening and pin combination comprising a positioning pin, the positioning pin when in position linking a display tile to the positioning device (1, C1-C6), and second connection elements, the second connection elements each being part of a second opening and pin combination, the pins of the second opening and pin combinations comprising an elastically resilient material, - the pins being a means for fastening the positioning device (1, C1-C6) to a support structure , the means for fastening being adapted to accommodate displacements of the display tiles (T1-T6) in the plane of the arrangement, wherein the means for fastening is adapted to be forced in the opening in the positioning device (1, C1-C6) and in an opening in the support structure . - first connection elements, the first connection elements each being part of a first opening and pin combination, the first opening and pin combination comprising a positioning pin, the positioning pin when in position linking a display tile to the positioning device (1, C1-C6), and second connection elements, the second connection elements each being part of a second opening and pin combination, the pins of the second opening and pin combinations comprising an elastically resilient material, - the pins being a means for fastening the positioning device (1, C1-C6) to a support structure , the means for fastening being adapted to accommodate displacements of the display tiles (T1-T6) in the plane of the arrangement, wherein the means for fastening is adapted to be forced in the opening in the positioning device (1, C1-C6) and in an opening in the support structure .
An apparatus, comprising: a valve controller operatively coupled to a first valve and a second valve , the second valve operatively positioned downstream from and in series, in a flow direction , with the first valve , the valve controller to control a position of the first valve and a position of the second valve based on a coordinated control signal received by the valve controller ; wherein the first valve is an isolation valve and the second valve is a control valve. a valve controller operatively coupled to a first valve and a second valve , the second valve operatively positioned downstream from and in series, in a flow direction , with the first valve , the valve controller to control a position of the first valve and a position of the second valve based on a coordinated control signal received by the valve controller ; wherein the first valve is an isolation valve and the second valve is a control valve.
A zeolite-based honeycomb filter body comprising a matrix of walls defining channels through the body, at least a portion of said channels being plugged at one end only, said body comprising: a primary phase material comprising one or more zeolite material having a SiO 2 to Al 2 O 3 molar ratio in the range from 5 to 300 and said zeolite further comprising one or more cations selected from the group consisting of Fe +2 , Cu +2 , W +2 , Co +2 , Mn +2 , Zr +1 , Mo +2 , Ni +2 , La +2 , and Ce +2 ; one or more secondary phase material having a coefficient of thermal expansion of at least 10x10 -7 /°C; and a permanent binder; wherein the honeycomb body walls exhibit a median pore diameter measured by mercury intrusion of at least 1 micron, a porosity of 30-70% and a mean coefficient of thermal expansion in the range of 0 to +/- 15x10 -7 /°C. a primary phase material comprising one or more zeolite material having a SiO 2 to Al 2 O 3 molar ratio in the range from 5 to 300 and said zeolite further comprising one or more cations selected from the group consisting of Fe +2 , Cu +2 , W +2 , Co +2 , Mn +2 , Zr +1 , Mo +2 , Ni +2 , La +2 , and Ce +2 ; one or more secondary phase material having a coefficient of thermal expansion of at least 10x10 -7 /°C; and a permanent binder; wherein the honeycomb body walls exhibit a median pore diameter measured by mercury intrusion of at least 1 micron, a porosity of 30-70% and a mean coefficient of thermal expansion in the range of 0 to +/- 15x10 -7 /°C.