mhurhangee/patent-ind-claim-en huggingface dataset:
A pair of mating rings comprising a matched set having a first ring and a second ring , the pair configured to cooperate with a piston of a gas operated firearm to mitigate gas leakage passed the piston, the pair comprising: a key formed on each ring of the pair, wherein each ring has a first side surface and a second side surface opposite the first side surface, wherein the first side surface of the first ring is adjacent to and facing the first side surface of the second ring, wherein a height of the key is a dimension extending away from the first side surface of each ring, and wherein a thickness of each ring is a dimension extending from the first side surface of each ring to the second side surface of each ring; and a gap formed in each ring of the pair and configured to receive the key of the associated mating ring; wherein an entire height of the key is equal to an entire thickness of the associated mating ring, wherein the gap of each ring spans a greater angular distance, in a direction around the ring, than a width of the key of each ring, wherein each ring has an inner ring surface and an outer ring surface opposite the inner ring surface, wherein a width of each ring is a dimension extending from the inner ring surface to the outside ring surface, wherein a length of the key of each ring is substantially equal to the width of the associated mating ring, and wherein the length of the key of each ring is orthogonal to the height of the key and the width of each ring. a key formed on each ring of the pair, wherein each ring has a first side surface and a second side surface opposite the first side surface, wherein the first side surface of the first ring is adjacent to and facing the first side surface of the second ring, wherein a height of the key is a dimension extending away from the first side surface of each ring, and wherein a thickness of each ring is a dimension extending from the first side surface of each ring to the second side surface of each ring; and a gap formed in each ring of the pair and configured to receive the key of the associated mating ring; wherein an entire height of the key is equal to an entire thickness of the associated mating ring, wherein the gap of each ring spans a greater angular distance, in a direction around the ring, than a width of the key of each ring, wherein each ring has an inner ring surface and an outer ring surface opposite the inner ring surface, wherein a width of each ring is a dimension extending from the inner ring surface to the outside ring surface, wherein a length of the key of each ring is substantially equal to the width of the associated mating ring, and wherein the length of the key of each ring is orthogonal to the height of the key and the width of each ring.
A method of fluorescence activated cell sorting (FACS) to batch select producer cells expressing a target polypeptide without use of methotrexate (MTX) as an amplification agent, the method comprising: (a) providing a heterogeneous population of producer cells, wherein the producer cells in the population express varying levels of a FACS selectable polypeptide and a target polypeptide that are encoded by the same multicistronic mRNA, (b) selecting from the heterogeneous population of producer cells a first heterogeneous sub-population of producer cells using FACS, wherein the producer cells in the first heterogeneous sub-population express the FACS selectable polypeptide at a level that is higher than the level of at least 80% of the producer cells in the heterogeneous population in (a), and (c) expanding the first heterogeneous sub-population of producer cells in drug-selection-free medium, thereby producing an expanded first heterogeneous sub-population of producer cells. (a) providing a heterogeneous population of producer cells, wherein the producer cells in the population express varying levels of a FACS selectable polypeptide and a target polypeptide that are encoded by the same multicistronic mRNA, (b) selecting from the heterogeneous population of producer cells a first heterogeneous sub-population of producer cells using FACS, wherein the producer cells in the first heterogeneous sub-population express the FACS selectable polypeptide at a level that is higher than the level of at least 80% of the producer cells in the heterogeneous population in (a), and (c) expanding the first heterogeneous sub-population of producer cells in drug-selection-free medium, thereby producing an expanded first heterogeneous sub-population of producer cells.
Extractor hood device with edge extraction, comprising at least one gap-shaped intake opening for sucked air, which extends along an edge of a central air-impermeable cover plate , a hood screen having at least one central air-permeable grease filter which closes off an exhaust shaft or funnel , at least a central region of the grease filter and of the hood screen being shielded from a cooking zone by the cover plate during operation and is connected to the gap-shaped intake opening by an air duct , the inner boundary surfaces of which are air-impermeable surfaces of the hood screen and the cover plate , and wherein the inner boundary surfaces are shaped such that the boundary surfaces opposite to the gap-shaped intake opening deflect an air flow entering through the gap-shaped intake opening by at least 45 degrees, wherein deflecting portions of the boundary surfaces opposite to the gap-shaped intake opening form at least partially the boundary surfaces of the air duct , characterized in that the extractor hood device comprises at least one insert part which forms the deflecting parts and can be separated from the rest of the hood screen and the cover plate and reinserted.
Method for producing a steel tube comprising the manufacturing of a steel tube with an inner tube wall , an outer tube wall , and a free tube cross section enclosed by the inner tube wall , wherein after the manufacturing, the steel tube on the outer tube wall comprises at least one contaminant, characterized in that , after the manufacturing of the steel tube , the outer tube wall is cleaned by applying liquid or solid CO 2 onto the outer tube wall in order to remove the contaminant from the outer tube wall , wherein during the application of the liquid or solid CO 2 onto the outer tube wall , the temperature of the steel tube is measured, and the cleaning is interrupted if the temperature of the steel tube falls below a predetermined temperature threshold.
A pneumatic tire comprising a tread portion provided with at least one main groove extending continuously in the tire circumferential direction, wherein the or each main groove has a zigzag periodical pattern formed by repeatedly circumferentially arranging a first oblique segment and a second oblique segment as a repeating unit defining one zigzag pitch, the first oblique segment is straight or arc-shaped, and the second oblique segment extends in a bent manner, characterised in that a maximum amplitude (W1) in the tire axial direction of the at least one zigzag main groove is not greater than 3.0 times a maximum groove width of the zigzag main groove , wherein the maximum amplitude (W1) is measured from the axially innermost end to the axially outermost end of the at least one main groove , and wherein the second oblique segment is bent in a zigzag manner and has a second amplitude (A2) which is 0.45 to 0.60 times an amplitude (A1) of the at least one zigzag configuration of the main groove .
Container comprising a cover , a cup and an annular member used for the container, the annular member comprising a stop ring and a seal ring , wherein the stop ring comprises a ring body and a stopper extending from the ring body towards the center of the annular member; and the stop ring and the seal ring are formed in one piece by double injection molding wherein the ring body of the stop ring comprises a first part and a second part ; the first part is of a shape of a cylinder; the stopper extends from an end of the cylinder towards the center of the annular member ; and the second part is connected with the seal ring wherein the cover is provided with an engaging cylinder having an outer diameter which is larger than an inner diameter of the seal ring , the cup is provided with an annular recess receiving the annular member and having an inner wall and an outer wall, the first part of the ring body of the stop ring of the annular member being fixed on the inner wall of the annular recess , and in a configuration where the cup is closed by the cover , the seal ring of the annular member is pressed by the engaging cylinder of the cover against the outer wall of the annular recess of the cup . wherein the stop ring comprises a ring body and a stopper extending from the ring body towards the center of the annular member; and the stop ring and the seal ring are formed in one piece by double injection molding wherein the ring body of the stop ring comprises a first part and a second part ; the first part is of a shape of a cylinder; the stopper extends from an end of the cylinder towards the center of the annular member ; and the second part is connected with the seal ring wherein the cover is provided with an engaging cylinder having an outer diameter which is larger than an inner diameter of the seal ring , the cup is provided with an annular recess receiving the annular member and having an inner wall and an outer wall, the first part of the ring body of the stop ring of the annular member being fixed on the inner wall of the annular recess , and in a configuration where the cup is closed by the cover , the seal ring of the annular member is pressed by the engaging cylinder of the cover against the outer wall of the annular recess of the cup .
A harvester having a self-propelled harvester, in particular a combine harvester, wherein the harvester has a plurality of working members for processing the crop material which is picked up from a field and a driver assist system for sensor-supported actuation of the working members , wherein the driver assist system has a memory for the storage of data and a computing device for processing the data stored in the memory , wherein an environment sensor system is provided for detecting at least one item of environment information influencing the harvesting process with a spatial scope of application (15-18) in the surroundings of the harvester, characterised in that stored in the memory is a functional system model which represents at least a part of the functional relationships within the harvester and for at least a part of the harvester, the computing device operates based on the system model as a characteristic set control and in particular autonomously ascertains machine parameters at least of a working member and presets same for the respective working member and the computing device in ascertaining the machine parameters defines or modifies the system model in dependence on at least one item of environment information and/or the computing device in ascertaining the machine parameters of the characteristic set control superimposes a control circle based on at least one item of environment information.
A base station apparatus comprising: a carrier sense unit equipped with a function of performing carrier sense for checking a situation of a channel using a predetermined value of a clear channel assessment level, and a function of performing carrier sense for checking a situation of a channel using a value of a clear channel assessment level other than the predetermined value, and a transmission unit that transmits a transmit signal based on the carrier sense, characterised in that the predetermined value is a value that is determined based on at least a frequency band of the channel, and the value other than the predetermined value is a value that is associated with at least a maximum transmit power. a carrier sense unit equipped with a function of performing carrier sense for checking a situation of a channel using a predetermined value of a clear channel assessment level, and a function of performing carrier sense for checking a situation of a channel using a value of a clear channel assessment level other than the predetermined value, and a transmission unit that transmits a transmit signal based on the carrier sense, characterised in that the predetermined value is a value that is determined based on at least a frequency band of the channel, and the value other than the predetermined value is a value that is associated with at least a maximum transmit power.
A vehicle radar system (3, 3', 3") comprising a radar front end which comprises transmitting means arranged for generating and transmitting sweep signals , and also receiveing means arranged for receiving reflected signals , the vehicle radar system (3, 3', 3") further comprising a plurality of Analog to Digital Converters , ADCs, which are arranged to convert the received signals to a digital form and to transfer the converted digital signals to a first Digital Signal Processor , DSP, and a second DSP , where the vehicle radar system (3, 3', 3") further comprises a microcontroller unit , MCU, characterized in that the MCU is arranged to control the DSPs such that for one time frame, n, the first DSP is configured to function as a Master DSP and the second DSP is configured to function as a Slave DSP, and such that for the next time frame, n+1, the first DSP is configured to function as a Slave DSP and the second DSP is configured to function as a Master DSP, where, for each time frame, the Slave DSP is arranged to pre-process Fast Fourier Transform, FFT, data and to transfer said pre-processed FFT data to the Master DSP, which Master DSP is arranged to perform raw target calculations by means of the received pre-processed FFT data, where the MCU further is arranged to compare the raw target data from the first DSP and from the second DSP and, based on such comparisons, to determine a degree of functionality for the DSPs .
Cyclone pre-separator for positioning on a particle collecting container , comprising a box-shaped housing and a cyclone unit arranged in the housing , the cyclone unit comprising an air inlet , an air outlet , and a particle outlet arranged on a underside of the cyclone pre-separator , wherein the housing has an air inlet hose port connected to the air inlet and an air outlet hose port connected to the air outlet , and has lower housing couplers , adapted to provide a releasable, vertically tension-proof coupling to the particle collecting container in a state in which the cyclone pre-separator is positioned on the particle collecting container .
A horizontal axis wind turbine, comprising: - a nacelle ; - a rotor for rotating around a rotor axis (X) extending in a substantially horizontal direction; - two anemometers (A, B); - a parting member disposed so that wind speeds measured by the anemometers (A, B) are different except when the yaw angle (Φ) of the rotor is substantially 0 degree; and - a controller for controlling the yaw angle (Φ) of the rotor based on the wind speeds measured by the two anemometers (A, B), wherein the parting member is provided at a top surface of the nacelle , wherein the anemometers (A, B) are provided at a top surface of the nacelle . - a nacelle ; - a rotor for rotating around a rotor axis (X) extending in a substantially horizontal direction; - two anemometers (A, B); - a parting member disposed so that wind speeds measured by the anemometers (A, B) are different except when the yaw angle (Φ) of the rotor is substantially 0 degree; and - a controller for controlling the yaw angle (Φ) of the rotor based on the wind speeds measured by the two anemometers (A, B), wherein the parting member is provided at a top surface of the nacelle , wherein the anemometers (A, B) are provided at a top surface of the nacelle .
A woven fabric for airbag made of synthetic fibers, wherein at least one selvage portion of the woven fabric has weaving yarn YA and weaving yarn YB arranged in a warp yarn direction each having a different crimp ratio, wherein at least one of the weaving yarn YA and the weaving yarn YB is made of the same synthetic fiber as weaving yarn YC arranged in the warp yarn direction constituting a ground portion of the woven fabric, wherein the weaving yarn YA and the weaving yarn YB are repeatedly arranged, characterized in that the crimp ratio CA of the weaving yarn YA and the crimp ratio CB of the weaving yarn YB satisfy a relation of CA≧CB×1.2, wherein the crimp ratio CB is smaller than the crimp ratio CA, and in that a crimp ratio CC of the weaving yarn YC satisfies a relation of CA>CC>CB, wherein the crimp ratio is measured based on JIS L 1096: 2010 8.7 (B Method). wherein at least one selvage portion of the woven fabric has weaving yarn YA and weaving yarn YB arranged in a warp yarn direction each having a different crimp ratio, wherein at least one of the weaving yarn YA and the weaving yarn YB is made of the same synthetic fiber as weaving yarn YC arranged in the warp yarn direction constituting a ground portion of the woven fabric, wherein the weaving yarn YA and the weaving yarn YB are repeatedly arranged, characterized in that the crimp ratio CA of the weaving yarn YA and the crimp ratio CB of the weaving yarn YB satisfy a relation of CA≧CB×1.2, wherein the crimp ratio CB is smaller than the crimp ratio CA, and in that a crimp ratio CC of the weaving yarn YC satisfies a relation of CA>CC>CB, wherein the crimp ratio is measured based on JIS L 1096: 2010 8.7 (B Method).
Autonomous smoke extraction and treatment device, comprising: - a housing equipped with filtering means , - ventilation means suitable for carrying the smoke through said filtering means , and wherein the housing comprises an inner chamber wherein the bottom wall is formed by said filtering means , said ventilation means being arranged upstream from said inner chamber , enabling a pressurisation of said inner chamber , to a pressure greater than the pressure downstream from the filtering means and wherein the device is intended to be mounted on the ceiling suitable for collecting the smoke in the vicinity of the ceiling, laterally to the housing and for expelling the filtered smoke in a downward flow, below the housing, characterised in that : - the filtering means and said ventilation means are determined to ensure a filtered air flow rate between 150 m3/h and 450 m3/h, - the ventilation means are fans, said device including a battery system for the electrical power supply of the fans, and - the battery system is sized to ensure operation of the device for a duration between 20 minutes and 100 minutes. - a housing equipped with filtering means , - ventilation means suitable for carrying the smoke through said filtering means , and - the filtering means and said ventilation means are determined to ensure a filtered air flow rate between 150 m3/h and 450 m3/h, - the ventilation means are fans, said device including a battery system for the electrical power supply of the fans, and - the battery system is sized to ensure operation of the device for a duration between 20 minutes and 100 minutes.
Medication adherence management system comprising a holding apparatus with a receptacle for holding or connecting to a medicament container , wherein the medication adherence management system or holding apparatus comprises a detector device and/or a data processing device or control device for registering a medication activity, opening or closing of the medicament container and/or loss of weight of the medicament container , wherein the holding apparatus comprises elements, at least a first element and second element , which are movable relative to each other for holding and/orfixing the medicament container and/or for adapting to medicament containers of different size and/or different shape, and wherein the medication adherence management system or holding apparatus comprises a locking device for releasably locking the at least two elements against relative movement, characterized in that the locking device is designed such that the at least two elements can be locked in at least two different positions with respect to each other.
Tyre characteristics detection assembly , comprising an electronic unit for detecting tyre characteristics, and a ground attachment system for a unit for detecting characteristics of tyres, the attachment of the unit being designed so as to withstand the significant stresses associated with having numerous vehicles drive over the unit, said ground attachment system comprising: i) an attachment plate comprising a plurality of recesses distributed over the surface of the attachment plate; ii) a plurality of frustoconical clamping rings ; iii) a plurality of cylindrical guide tunnels arranged in the detection unit ; said attachment system being characterized in that the clamping rings and the guide tunnels each comprise a complementary conical portion converging towards the attachment plate when the ring is in the clamping position in a tunnel . i) an attachment plate comprising a plurality of recesses distributed over the surface of the attachment plate; ii) a plurality of frustoconical clamping rings ; iii) a plurality of cylindrical guide tunnels arranged in the detection unit ;
A step drill comprising: a small-diameter portion having a first cutting edge at a tip portion of the small-diameter portion ; a tapered step portion connected to the axial rear end of the small-diameter portion and having a second cutting edge ; and a groove formed with a constant lead from the small-diameter portion to the step portion and recessed toward the axis of the small-diameter portion , characterised in that the first cutting edge includes a convex blade part formed on the circumferential end side of the first cutting edge and convex in the direction of rotation of the small-diameter portion , in that the groove includes a first ground portion forming an area embracing the second cutting edge of the step portion and a second ground portion forming an area on the heel side of the step portion relative to the first ground portion , and in that the convex blade part is formed by the portion of intersection between the first ground portion and the second ground portion . a small-diameter portion having a first cutting edge at a tip portion of the small-diameter portion ; a tapered step portion connected to the axial rear end of the small-diameter portion and having a second cutting edge ; and a groove formed with a constant lead from the small-diameter portion to the step portion and recessed toward the axis of the small-diameter portion , characterised in that the first cutting edge includes a convex blade part formed on the circumferential end side of the first cutting edge and convex in the direction of rotation of the small-diameter portion , in that the groove includes a first ground portion forming an area embracing the second cutting edge of the step portion and a second ground portion forming an area on the heel side of the step portion relative to the first ground portion , and in that the convex blade part is formed by the portion of intersection between the first ground portion and the second ground portion .