mhurhangee/patent-ind-claim-en huggingface dataset:
A battery pack housing comprising: a lower case configured to receive a plurality of battery cells; and an upper cover located on the lower case so as to be coupled to the lower case , wherein the lower case comprises a lower case fastening portion formed at an edge of the lower case so as to protrude and extend outwards, wherein the upper cover comprises an upper cover fastening portion formed at an edge of the upper cover so as to protrude and extend outwards, the upper cover fastening portion being coupled to the lower case fastening portion , and wherein the upper cover fastening portion comprises a first bent portion formed as a result of an end of the upper cover fastening portion being bent downwards, the battery pack housing further comprising a fastening means configured to couple the lower case and the upper cover to each other, wherein the lower case fastening portion comprises an extension portion formed as a result of an end of the lower case fastening portion being bent in an identical direction to the first bent portion , the extension portion being located at a position corresponding to the first bent portion , wherein each of the first bent portion and the extension portion is made of thermoplastic. a lower case configured to receive a plurality of battery cells; and an upper cover located on the lower case so as to be coupled to the lower case , wherein the lower case comprises a lower case fastening portion formed at an edge of the lower case so as to protrude and extend outwards, wherein the upper cover comprises an upper cover fastening portion formed at an edge of the upper cover so as to protrude and extend outwards, the upper cover fastening portion being coupled to the lower case fastening portion , and wherein the upper cover fastening portion comprises a first bent portion formed as a result of an end of the upper cover fastening portion being bent downwards, the battery pack housing further comprising a fastening means configured to couple the lower case and the upper cover to each other, wherein the lower case fastening portion comprises an extension portion formed as a result of an end of the lower case fastening portion being bent in an identical direction to the first bent portion , the extension portion being located at a position corresponding to the first bent portion , wherein each of the first bent portion and the extension portion is made of thermoplastic.
A method for generating a desired final load upon completion of a start sequence of a gas turbine within a start duration, the method comprising: receiving the start duration and the desired final load; accelerating the gas turbine to a frequency of the electrical grid and electrically coupling a generator driven by the gas turbine to the electrical grid, thereby synchronizing the gas turbine with the electrical grid, based at least in part on the start duration and the desired final load, calculating a target load rate suited to reach the desired final load within the start duration; and characterized in , after synchronizing the gas turbine with an electrical grid, periodically • measuring at least one present load at a respective time while loading the gas turbine with the target load rate; • based at least in part on the measurements of the at least one present load, recalculating the target load rate so as to achieve the desired final load within the start duration with the recalculated target load rate; and • based at least in part on the recalculation, applying the recalculated load rate. receiving the start duration and the desired final load; accelerating the gas turbine to a frequency of the electrical grid and electrically coupling a generator driven by the gas turbine to the electrical grid, thereby synchronizing the gas turbine with the electrical grid, based at least in part on the start duration and the desired final load, calculating a target load rate suited to reach the desired final load within the start duration; and characterized in , after synchronizing the gas turbine with an electrical grid, periodically • measuring at least one present load at a respective time while loading the gas turbine with the target load rate; • based at least in part on the measurements of the at least one present load, recalculating the target load rate so as to achieve the desired final load within the start duration with the recalculated target load rate; and • based at least in part on the recalculation, applying the recalculated load rate. • measuring at least one present load at a respective time while loading the gas turbine with the target load rate; • based at least in part on the measurements of the at least one present load, recalculating the target load rate so as to achieve the desired final load within the start duration with the recalculated target load rate; and • based at least in part on the recalculation, applying the recalculated load rate.
A polysiloxane comprising a structure of Formula I: wherein; R 1 and R 2 are independently a hydrocarbon radical, an unsaturated radical, an alkoxy radical, an aryl radical or an alkenyloxy radical; R 3 is an organic UV absorbing group; R 4 is independently a direct bond or hydrocarbon radical optionally substituted with oxygen and nitrogen, or a group of Formula II(a) or Formula II(b) wherein A and B are a hydrocarbon radical; R 5 is independently a hydrogen, a halogen, an aliphatic group having from 1 to 6 carbon atoms, an aromatic group having 6 to 8 carbon atoms, an alkoxy group having from 1 to 6 carbon atoms, or an aryloxy group; R 6 is independently a hydroxyl group, an amine group, an acid chloride group, or a sulfonyl halide group; x is from 1 to 300; y is from 0 to 50 and z is from 1 to 50.
A therapeutic irradiation device comprising: a source configured to emit electromagnetic radiation in a predetermined spectral range; a sensor configured to detect electromagnetic radiation in the predetermined spectral range of the electromagnetic radiation emitted by the source and to output a signal indicative of a power of the detected radiation; and a controller configured to monitor a magnitude of the signal output by the sensor and to compare the magnitude of the signal with a predetermined magnitude range, wherein the controller is configured to identify a time period during which the magnitude of the signal output by the sensor is included in the predetermined magnitude range, wherein the controller is configured to integrate the signal output by the sensor, if the magnitude of the signal is included in the predetermined magnitude range. a source configured to emit electromagnetic radiation in a predetermined spectral range; a sensor configured to detect electromagnetic radiation in the predetermined spectral range of the electromagnetic radiation emitted by the source and to output a signal indicative of a power of the detected radiation; and a controller configured to monitor a magnitude of the signal output by the sensor and to compare the magnitude of the signal with a predetermined magnitude range, wherein the controller is configured to identify a time period during which the magnitude of the signal output by the sensor is included in the predetermined magnitude range, wherein the controller is configured to integrate the signal output by the sensor, if the magnitude of the signal is included in the predetermined magnitude range.
A vehicle suspension for supporting the body or chassis of a vehicle, said suspension comprising two suspension arms for positioning respectively at opposite sides and at one end of a vehicle and two suspension arms for positioning respectively at opposite sides and at the other end of a vehicle, each said arm being mounted for pivotal movement about a respective hinge axis (9-12), wherein the suspension further comprises a balancing hub for attachment to the vehicle body or chassis in a configuration in which at least one part of the balancing hub is free to rotate relative to the vehicle body or chassis about at least one pivotal position the rotational axis of which is vertical, each suspension arm being connected to the balancing hub at a position of the suspension arm spaced from a respective hinge axis (9-12) of the suspension arm whereby pivotal movement of the suspension arm applies a force to the balancing hub and wherein, in use, said force opposes the force from another suspension arm at at least one of the same side and the same end of the vehicle suspension , wherein, in use, vertical movement of one suspension arm induces an opposite vertical movement of another suspension arm which is at the same side of the vehicle and another suspension arm which is at the same end of the vehicle, wherein each said suspension arm is connected to the balancing hub by a link (15-18) which extends from the balancing hub to a position of the suspension arm spaced from the hinge axis of the suspension arm, and characterized in that said link is a compressible link comprising a resilient member.
A transaminase mutant, wherein an amino acid sequence of the transaminase mutant is an amino acid sequence as shown in SEQ ID NO: 2, SEQ ID NO: 3, SEQ ID NO: 4, SEQ ID NO: 5, SEQ ID NO: 6, SEQ ID NO: 7, SEQ ID NO: 8, SEQ ID NO: 9, SEQ ID NO: 10, SEQ ID NO: 11, SEQ ID NO: 12, SEQ ID NO: 21, or SEQ ID NO: 29.
Apparatus for driving a fastening element into a base material, having a mechanical energy store for storing mechanical energy, and an energy transmission element which is movable along a setting axis and in a driving direction between a starting position and a setting position and which serves for transmitting energy from the mechanical energy store to the fastening element, wherein the energy transmission element has a rear end in the driving direction, characterized in that the mechanical energy store has a first cylindrical container and a first piston , wherein the first cylindrical container defines a first cylinder axis and the first piston is arranged movably along the first cylinder axis in the first cylindrical container , and therefore the first piston closes off a partial volume of the first cylindrical container , and a gas arranged in the closed-off partial volume of the first cylindrical container forms a first gas spring , wherein the apparatus furthermore has a force transmission device which transmits a spring force of the first gas spring to the rear end of the energy transmission element, wherein the rear end of the energy transmission element is arranged behind the first piston in the driving direction when the energy transmission element is arranged in the starting position, and wherein the apparatus furthermore has a roller train which has a first roller holder with a first roller and a band running around the first roller , wherein the first roller holder is mechanically connected to the first piston and transmits a movement of the first piston to the band , and wherein the band lies against the rear end of the energy transmission element.
Inspection method for closure control of containers, in particular bottles, where the closed containers are transported by a transport apparatus and inspected (102 - 108) by an inspection device in terms of tightness and/or correct seating of closures applied to the containers, wherein the inspection device at least in part captures a respective container together with its closure in an optical 3D measuring method and generates 3D data therefrom, in particular 3D points, 3D line elements and/or 3D area elements, characterised in that the 3D data of the closure and the 3D data of the container are separated from one another when processed by the evaluation device, and that the 3D data is processed (104 - 107) with an evaluation device and a conclusion about the tightness and/or the correct seating of the closure is drawn therefrom. wherein the inspection device at least in part captures a respective container together with its closure in an optical 3D measuring method and generates 3D data therefrom, in particular 3D points, 3D line elements and/or 3D area elements, characterised in that the 3D data of the closure and the 3D data of the container are separated from one another when processed by the evaluation device, and that the 3D data is processed (104 - 107) with an evaluation device and a conclusion about the tightness and/or the correct seating of the closure is drawn therefrom.
Use of a selected amount of sodium cromolyn from within the range 0.01 to 0.1% by weight in a pharmaceutical suspension formulation in HFA propellant for forming floccules with formoterol fumarate dihydrate and fluticasone propionate having an average density the same as that of the HFA propellant ± 0.2g/cm 3 , wherein the formulation comprises an amount of formoterol fumarate dihydrate microparticles within the range of 0.003 to 0.008% by weight and an amount of fluticasone propionate microparticles within the range of 0.01 to 0.6% by weight, based on the total weight of the formulation.
Method for producing a composite element , characterized in that a first element with a recess is provided, which recess extends substantially along a longitudinal direction and has a cross section that is variable over the longitudinal direction with arrow-like shear cams , which are designed as recesses having wider and narrower regions along the longitudinal direction , after which a reinforcement is positioned in the recess , partly protruding from the recess , after which the recess is filled with curable material, in particular concrete , after which the curable material cures in the recess , forming a second element , so that the reinforcement is connected to the first element in form-fitting manner by the cured material, wherein a metal part formed by a steel clip is positioned in the recess , at least an area of which metal part is aligned at an angle of 45 degrees to 135 degrees, in particular 80 degrees to 100 degrees, relative to a longitudinal direction of the recess and is connected to bottom chords of the reinforcement, and extends into the wider regions of the shear cams , characterized in that the metal part formed by a steel clip partially extends along inclined lateral edges of the arrow-like shear cams , wherein inclined regions of the steel clip are connected by a part of steel clip that is aligned approximately normally to a longitudinal direction of the recess, so that a locally greater distance between the bottom chords is stabilised mechanically by means of the steel clip .
A support distributor for a scallop for use in a radial flow reactor, comprising an elongated sheet having: (a) a plurality of perforations extending through a thickness thereof, and (b) at least three edges along a length thereof so as to form a member having at least three support points (A-E) which engage an inner surface of the scallop . (a) a plurality of perforations extending through a thickness thereof, and (b) at least three edges along a length thereof so as to form a member having at least three support points (A-E) which engage an inner surface of the scallop .
A flow sensor rake assembly for taking flow field measurements in a flow machine, the flow machine comprising a rotor arranged to rotate about an axis so as to interact with a fluid flow through the rotor in use, and a static annular wall surrounding the axis, the annular wall being mounted axially upstream or downstream of the rotor so as to be washed by the fluid flow in use, the flow sensor rake assembly comprising: an elongate stem having first and second ends (A, B) and a plurality of probes depending therefrom at spaced locations along the stem ; the elongate stem being mounted to the annular wall at a first end (A) and depending away from the annular wall to the second end (B); the elongate stem being obliquely angled relative to the annular wall when viewed in the axial direction; and the second end (B) of the elongate stem being offset in a circumferential direction relative to the first end (A). an elongate stem having first and second ends (A, B) and a plurality of probes depending therefrom at spaced locations along the stem ; the elongate stem being mounted to the annular wall at a first end (A) and depending away from the annular wall to the second end (B); the elongate stem being obliquely angled relative to the annular wall when viewed in the axial direction; and the second end (B) of the elongate stem being offset in a circumferential direction relative to the first end (A).
A cleaning device (100, 100A-D, 100', 100") for selectively bombarding a surface (O) with a media sequence (MS, MS1-5) of at least a first, in particular gaseous, medium (M1) and a second in particular fluid, medium (M2), the cleaning device comprising: - a nozzle configured to bombard the surface (O) with the second medium (M2), - a cleaning valve (120, 120', 120") having a holding port , a pressure port , a plunger , and a pressure outlet , characterized by : - a high-pressure accumulator (140, 140") configured to store the first medium (M1), in particular bombarded with an accumulator pressure (PS), - a changeover valve configured to selectively create a connection between a first medium supply line and a holding line connected to the holding port , wherein - the pressure outlet is configured to bombard the surface (O) with the first medium (M1) in pulse-like fashion. - a nozzle configured to bombard the surface (O) with the second medium (M2), - a cleaning valve (120, 120', 120") having a holding port , a pressure port , a plunger , and a pressure outlet , - a high-pressure accumulator (140, 140") configured to store the first medium (M1), in particular bombarded with an accumulator pressure (PS), - a changeover valve configured to selectively create a connection between a first medium supply line and a holding line connected to the holding port , wherein - the pressure outlet is configured to bombard the surface (O) with the first medium (M1) in pulse-like fashion.
A saddle-shaped random packing element comprising: a pair of laterally spaced, longitudinally elongated, arcuate side members which cooperatively define a curved longitudinal axis therebetween; oppositely extending arched inner and outer rib elements extending from and between said side members to cooperatively define an interior volume therebetween, wherein the total number of said inner and outer rib elements is five; and at least one lesser rib element longitudinally disposed between said inner and outer arched rib elements , and at least partly disposed in said interior volume , wherein at least 20 percent of the total surface area of said saddle-shaped random packing element is located within said interior volume . a pair of laterally spaced, longitudinally elongated, arcuate side members which cooperatively define a curved longitudinal axis therebetween; oppositely extending arched inner and outer rib elements extending from and between said side members to cooperatively define an interior volume therebetween, wherein the total number of said inner and outer rib elements is five; and at least one lesser rib element longitudinally disposed between said inner and outer arched rib elements , and at least partly disposed in said interior volume , wherein at least 20 percent of the total surface area of said saddle-shaped random packing element is located within said interior volume .
Steer-by-wire steering system for a vehicle, comprising: a steering wheel unit , a wheel unit , and a communication link between the steering wheel unit and the wheel unit ; wherein the steering wheel unit has a steering wheel angle sensor for capturing a steering wheel angle of a steering wheel of the vehicle, a steering wheel actuator for setting a steering wheel target torque on the steering wheel and a steering wheel controller for activating the steering wheel actuator , at least on the basis of the steering wheel target torque ; and wherein the wheel unit has a steering sensor for capturing at least one actual steering value , at least one wheel actuator for setting a target steering value and a wheel controller for activating the wheel actuator , characterized in that the wheel controller is also designed to calculate a virtual torsion rod torque on the basis of the target steering value and the actual steering value and to activate the wheel actuator on the basis of the calculated virtual torsion rod torque and to transfer the calculated virtual torsion rod torque via the communication link to the steering wheel unit , wherein the steering wheel controller is also designed to calculate the steering wheel target torque on the basis of the transferred virtual torsion rod torque . a steering wheel unit , a wheel unit , and a communication link between the steering wheel unit and the wheel unit ; wherein the steering wheel unit has a steering wheel angle sensor for capturing a steering wheel angle of a steering wheel of the vehicle, a steering wheel actuator for setting a steering wheel target torque on the steering wheel and a steering wheel controller for activating the steering wheel actuator , at least on the basis of the steering wheel target torque ; and wherein the wheel unit has a steering sensor for capturing at least one actual steering value , at least one wheel actuator for setting a target steering value and a wheel controller for activating the wheel actuator , characterized in that the wheel controller is also designed to calculate a virtual torsion rod torque on the basis of the target steering value and the actual steering value and to activate the wheel actuator on the basis of the calculated virtual torsion rod torque and to transfer the calculated virtual torsion rod torque via the communication link to the steering wheel unit , wherein the steering wheel controller is also designed to calculate the steering wheel target torque on the basis of the transferred virtual torsion rod torque .
Bearing shield for a blower motor of a radial fan of a range hood , having a first mount which is designed to hold a bearing for a shaft of a rotor of the blower motor , having a second mount which is designed to hold a stator of the blower motor on one side of said mount in the axial direction , and having a plurality of support arms which in the axial direction abut the other side of the second mount and are designed to fasten the bearing shield to a housing of the radial fan such that the rotor and stator of the blower motor are arranged entirely inside a fan wheel that is driven by the fan motor and provided in the housing , wherein the first mount , the second mount and the support arms are formed integrally with one another.