mhurhangee/patent-ind-claim-en huggingface dataset:
An instrument manipulator comprising: an inner frame ; and a plurality of independent actuator drive modules coupled to the frame; wherein each one of the plurality of actuator drive modules is configured to independently drive a corresponding one of a plurality of driven mechanical inputs of a surgical instrument coupled to the instrument manipulator without force input from another actuator output; and characterised in that each actuator drive module of the plurality of actuator drive modules is coupled to the frame via a spring mechanism configured to spring load the actuator drive modules against the driven mechanical inputs . an inner frame ; and a plurality of independent actuator drive modules coupled to the frame; wherein each one of the plurality of actuator drive modules is configured to independently drive a corresponding one of a plurality of driven mechanical inputs of a surgical instrument coupled to the instrument manipulator without force input from another actuator output; and characterised in that each actuator drive module of the plurality of actuator drive modules is coupled to the frame via a spring mechanism configured to spring load the actuator drive modules against the driven mechanical inputs .
A larvae separating device for separating live insects, in particular live insect larvae, or live worms from water, comprising a screening drum having a shell portion comprising meshes with a mesh width of from 1.0 mm to 2.5 mm, preferably from 1.3 mm to 2.0 mm, and having a transport screw within the screening drum for transporting the insects or the worms from an inlet end of the screening drum to an outlet end of the screening drum. a screening drum having a shell portion comprising meshes with a mesh width of from 1.0 mm to 2.5 mm, preferably from 1.3 mm to 2.0 mm, and having a transport screw within the screening drum for transporting the insects or the worms from an inlet end of the screening drum to an outlet end of the screening drum.
A floor tile screen, comprising a box body , a rear body , a PCB board and a front body , wherein the rear body is fixed on the box body , the PCB board is arranged between the rear body and the front body , the PCB board is provided with lamp beads; a plurality of transparent fixing columns are fixedly arranged on the front body , the fixing columns pass through the PCB board and are fixedly connected with the rear body , and the fixing columns avoid the lamp beads; the floor tile screen being characterized in that : one end of each of the plurality of fixing columns close to the front body is fixedly provided with a plurality of limit blocks , the length of each of the plurality of limit blocks from one end close to the front body to one end far away from the front body is the same, and the limit blocks can abut against the PCB board or the rear body ; and the plurality of limit blocks are arranged at intervals along the circumferential direction of the fixing column . one end of each of the plurality of fixing columns close to the front body is fixedly provided with a plurality of limit blocks , the length of each of the plurality of limit blocks from one end close to the front body to one end far away from the front body is the same, and the limit blocks can abut against the PCB board or the rear body ; and the plurality of limit blocks are arranged at intervals along the circumferential direction of the fixing column .
Device for impinging a material web with a liquor , wherein the device has a wetting section , an application section , a squeezing section , and a liquor-collection assembly , characterized in that the liquor-collection assembly has a first collection trough that is assigned to the application section , and a second collection trough that is assigned to the squeezing section .
Eccentric screw pump, comprising: - a rotor which extends along a longitudinal axis of the rotor from a drive end to a free end, the rotor having a cavity extending along the longitudinal axis - A stator housing with an interior space which extends along the longitudinal axis from a stator inlet opening to a stator outlet opening and is designed to accommodate the rotor, - A drive motor with a drive shaft which is coupled with the rotor to transmit a torque, - A first cardan joint which is placed in the transmission of the torque between the drive shaft and the rotor , - A stator outlet flange which is arranged in the direction of flow behind the rotor, wherein the rotor is connected to the first cardan joint by means of a first shaft-hub connection , - in that a first tensioning element , which is connected to the first shaft-hub connection on the side of the stator inlet opening, extends through the cavity of the rotor and is actuable with a tool on the side of the stator outlet opening or is actuable by means of a tool extending through this cavity, and - in that the first shaft-hub connection can be connected and disconnected from the side of the stator outlet opening by means of the tool attached to the first tensioning element. - a rotor which extends along a longitudinal axis of the rotor from a drive end to a free end, the rotor having a cavity extending along the longitudinal axis - A stator housing with an interior space which extends along the longitudinal axis from a stator inlet opening to a stator outlet opening and is designed to accommodate the rotor, - A drive motor with a drive shaft which is coupled with the rotor to transmit a torque, - A first cardan joint which is placed in the transmission of the torque between the drive shaft and the rotor , - A stator outlet flange which is arranged in the direction of flow behind the rotor, - in that a first tensioning element , which is connected to the first shaft-hub connection on the side of the stator inlet opening, extends through the cavity of the rotor and is actuable with a tool on the side of the stator outlet opening or is actuable by means of a tool extending through this cavity, and - in that the first shaft-hub connection can be connected and disconnected from the side of the stator outlet opening by means of the tool attached to the first tensioning element.
A fastening system for fastening a rail for rolling stocks such as trains, comprising a base plate , an elastic material and a rigid casing , wherein the base plate is embedded in the elastic material and the elastic material is arranged, at least partially, between the base plate and the rigid casing , characterised in that the elastic material comprises several zones, the zones having different elastic properties, wherein a first zone being at or closer to an inner side of the system has a lower e-modulus than a second zone being at or closer to an outer side of the system, wherein the inner side of the system is, when in use in a track, the side which faces a centre of the track, and wherein the outer side of the system is the side which, in use, is facing away from the centre of the track.
A bursting capsule comprising a hollow cavity completely enclosed and delimited by a vessel wall comprising a frangible material; a rupturing fluid disposed in the hollow cavity ; an electrical conductor disposed on an outside surface of the vessel wall ; and a conformal coating on at least a portion of the outside surface, wherein the conformal coating comprises a polyurethane polymer and the conformal coating covers the electrical conductor ; wherein the bursting capsule is configured to be actuated either by a predetermined trigger temperature or by an electrical current. a frangible material; a rupturing fluid disposed in the hollow cavity ; an electrical conductor disposed on an outside surface of the vessel wall ; and a conformal coating on at least a portion of the outside surface, wherein the conformal coating comprises a polyurethane polymer and the conformal coating covers the electrical conductor ; wherein the bursting capsule is configured to be actuated either by a predetermined trigger temperature or by an electrical current.
A method, implemented in a wireless transmit/receive unit, WTRU , the method comprising: receiving downlink control information, DCI, and a cyclic redundancy check, CRC, scrambled with a paging radio network temporary identifier, P-RNTI, wherein the DCI does not include downlink, DL, grant information for an associated paging message, and wherein the DCI includes at least one of a single bit indication of system information modification, an earthquake tsunami warning system, ETWS, or a commercial mobile alert service, CMAS; and on a condition that the at least one single bit indication indicates that a system information block, SIB, has changed or will change, acquiring or re-acquiring the SIB. receiving downlink control information, DCI, and a cyclic redundancy check, CRC, scrambled with a paging radio network temporary identifier, P-RNTI, wherein the DCI does not include downlink, DL, grant information for an associated paging message, and wherein the DCI includes at least one of a single bit indication of system information modification, an earthquake tsunami warning system, ETWS, or a commercial mobile alert service, CMAS; and on a condition that the at least one single bit indication indicates that a system information block, SIB, has changed or will change, acquiring or re-acquiring the SIB.
A method to determine the magnitude M A of a signal component with frequency ω A from a set of N digital samples of an input signal acquired at a sampling rate R, said input signal having a discrete spectral representation containing n bins with frequencies ω 1 ,...,ω n and corresponding magnitudes M 1 ,...,M n , said spectral representation being derivable from said input signal by means of a transform , characterized in that • an extraction bin with index k ∈[1,..., n ] and frequency ω k ≠ω A is chosen from the spectral representation , and the magnitude M k of this extraction bin is determined; • an allocation factor is determined, said allocation factor indicating a portion M ks of a sinusoidal signal with frequency ω A and unity magnitude that is allocated to the extraction bin when the transform is applied to said sinusoidal signal to generate a spectral representation out of said sinusoidal signal ; • the magnitude M A of the signal component is determined from the magnitude M k of the extraction bin in combination with the allocation factor by M A = M K /M KS . • an extraction bin with index k ∈[1,..., n ] and frequency ω k ≠ω A is chosen from the spectral representation , and the magnitude M k of this extraction bin is determined; • an allocation factor is determined, said allocation factor indicating a portion M ks of a sinusoidal signal with frequency ω A and unity magnitude that is allocated to the extraction bin when the transform is applied to said sinusoidal signal to generate a spectral representation out of said sinusoidal signal ; • the magnitude M A of the signal component is determined from the magnitude M k of the extraction bin in combination with the allocation factor by M A = M K /M KS .
A method of manufacturing a wool-like yarn from continuous filaments of polymer material for use as an upstanding pile of a floor covering , wherein the yarn is obtained by a process comprising steps of: - providing at least partially oriented, continuous filaments of the polymer; - drawing and air texturizing the filaments to form a thread , wherein a first group of straight filaments forms a core of the thread and a second group of filaments are overfed with respect to the first group of filaments to form a hairy sheath ; - twisting and/or cabling a plurality of threads together to form the wool-like yarn having a weight of greater than 2000 dtex. - providing at least partially oriented, continuous filaments of the polymer; - drawing and air texturizing the filaments to form a thread , wherein a first group of straight filaments forms a core of the thread and a second group of filaments are overfed with respect to the first group of filaments to form a hairy sheath ; - twisting and/or cabling a plurality of threads together to form the wool-like yarn having a weight of greater than 2000 dtex.
Method for monitoring tyre pressure of a vehicle tyre by means of a tyre pressure monitoring unit which comprises a pressure sensor for measuring tyre pressure and a transmitter for wirelessly transmitting tyre pressure data, wherein pressure data are transmitted in a first operating mode of the tyre pressure monitoring unit in that data transmissions (D) are made at first time intervals (t1), each containing a plurality of data telegrams (F) with identical pressure data which follow one another at second time intervals (t2) which are less than 1% of the first time intervals (t1), and wherein in a second operating mode of the tyre pressure monitoring unit at least some of the data transmissions (D), which follow one another at first time intervals (t1), consist only of a single data telegram (F), characterised in that in the second operating mode, every nth data transmission (D) consists of several data telegrams (F) and the remaining data transmissions (D) consist of only a single data telegram (F), where n is a natural number between 3 and 10. wherein pressure data are transmitted in a first operating mode of the tyre pressure monitoring unit in that data transmissions (D) are made at first time intervals (t1), each containing a plurality of data telegrams (F) with identical pressure data which follow one another at second time intervals (t2) which are less than 1% of the first time intervals (t1), and wherein in a second operating mode of the tyre pressure monitoring unit at least some of the data transmissions (D), which follow one another at first time intervals (t1), consist only of a single data telegram (F), characterised in that in the second operating mode, every nth data transmission (D) consists of several data telegrams (F) and the remaining data transmissions (D) consist of only a single data telegram (F), where n is a natural number between 3 and 10.
Residual air gap disc for a solenoid valve , wherein the solenoid valve serves for controlling a liquid flow in a fuel injector , having a first face side , which is assigned to an electromagnet , and having a second face side , which is assigned to a magnet armature , wherein the first face side is designed to lie against the electromagnet , and the second face side is designed to be either in contact with the magnet armature , or spaced apart therefrom, in a manner dependent on the electrical energization of the electromagnet , characterized in that the first face side of the residual air gap disc is preferably of planar form and the second face side of the residual air gap disc is provided with a structuring , wherein the structural elements comprise radially arranged grooves which extend from an inner peripheral surface to an outer peripheral surface of the residual air gap disc , and the residual air gap disc is, in cross section, of undulating form in a peripheral direction at its outer peripheral surface .
A device for the processing of work pieces with a transport device for the transport of the work pieces , with a first processing device for the shape processing of the circumferential sides of the work piece , with an orientation device for the orientation of the work piece for the further processing of a first side of the work piece in the movement direction of the work piece and with a second processing device for the processing of the one first side of the work piece in the movement direction of the work piece, characterised by a return means by means of which the work piece can be rotated by a predefined angle and the rotated work piece can be returned to the orientation device for the processing of one of the further sides of the work piece in the movement direction of the work piece.
Rotating stirring device for a beverage preparation machine , said device comprising a tool rotating about an axis A and intended to stir a preparation contained in a container and a conduit for conveying hot water and/or steam to the rotating tool, said conveying conduit comprising a tubular part which extends along the axis A between a lower end which is coupled to the rotating tool by means of a first coupling device and an upper end which is coupled to a drive shaft by means of a second coupling device, characterised in that the second coupling device comprises a flexible tubular sleeve which extends along the axis A and allows to removably fix, by interlocking, the tubular part with the drive shaft .
A preparation jig for a tympanic membrane regenerating agent comprising: a vessel including housing walls forming an interior space (S1) for housing a medicinal solution support capable of holding a medicinal solution, and including an opening opening in one direction and formed in the housing walls, wherein an interior of the medicinal solution support is a sponge, and the medicinal solution support is adapted to be removed from the vessel ; and a holding portion disposed in the interior space for restricting movement of the medicinal solution support, wherein the interior space comprises an opening side and a deep side below the opening side; the deep side of the interior space is a housing portion (S3) for housing the medicinal solution support holding the medicinal solution, wherein the tympanic membrane regenerating agent is said medicinal solution support soaked in the medicinal solution, and the opening side of the interior space is an installation space (S1) in which the holding portion is disposed. a vessel including housing walls forming an interior space (S1) for housing a medicinal solution support capable of holding a medicinal solution, and including an opening opening in one direction and formed in the housing walls, wherein an interior of the medicinal solution support is a sponge, and the medicinal solution support is adapted to be removed from the vessel ; and a holding portion disposed in the interior space for restricting movement of the medicinal solution support, wherein the interior space comprises an opening side and a deep side below the opening side; the deep side of the interior space is a housing portion (S3) for housing the medicinal solution support holding the medicinal solution, wherein the tympanic membrane regenerating agent is said medicinal solution support soaked in the medicinal solution, and the opening side of the interior space is an installation space (S1) in which the holding portion is disposed.
A copolymer composition with advantages for textile fibers; said composition comprising: polyethylene terephthalate copolymer; between 4.5 and 5.5 percent by weight adipic acid based on the amount of copolymer; between 630 and 770 parts per million by weight of pentaerythritol based on the amount of copolymer; and between 3.4 and 4.2 percent by weight polyethylene glycol based on the amount of copolymer. polyethylene terephthalate copolymer; between 4.5 and 5.5 percent by weight adipic acid based on the amount of copolymer; between 630 and 770 parts per million by weight of pentaerythritol based on the amount of copolymer; and between 3.4 and 4.2 percent by weight polyethylene glycol based on the amount of copolymer.
Filling machine for filling containers with liquid contents, wherein the filling machine has a plurality of filling positions , wherein each filling position has a filling element , and wherein each filling element comprises a sealing element for sealing an opening (5.1) of the container , a liquid channel which can be controlled by a filling valve , and a gas channel which can be closed by a gas valve , wherein the liquid channel is fluidically connected to the interior (5.2) of the container when the filling valve is open, and the gas channel is fluidically connected to the interior (5.2) of the container when the gas valve is open, wherein the filling machine is designed to introduce CO 2 or N 2 into the container via the gas channel before it is filled with liquid contents, and to produce a preload pressure in the container , wherein the CO 2 which is present under preload pressure in the container for carbonating or the N 2 present in the container for nitrogenating the liquid contents are of the required quantity, and then to introduce the liquid contents into the container via the liquid channel under a filling pressure which exceeds the preload pressure, characterised in that the filling element has a pressure sensor, which is configured such as to measure the pressure in the interior (5.2) of the container and/or in the region of the opening (5.1) of the container , and that the sealing element is adjacent to a protection space , and each filling position has a closing device , wherein the closing device is configured such as to close the opening (5.1) of the container in the protection space with a closing cover .
A control method for controlling an air intake system which supplies air to an engine of a vehicle ; the intake system comprises a main air intake coupled to an air filter , which is provided with a heating device ; the control method comprises the step of determining a pressure difference (ΔP) between upstream and downstream of the air filter ; the control method is characterized in that it comprises the further steps of: determining a variation speed (dΔP/dt) of the pressure difference (ΔP) between upstream and downstream of the air filter by calculating the first derivative in time of the pressure difference (ΔP) between upstream and downstream of the air filter ; and turning on and/or turning off the heating device based on the variation speed (dΔP/dt) of the pressure difference (ΔP) between upstream and downstream of the air filter . determining a variation speed (dΔP/dt) of the pressure difference (ΔP) between upstream and downstream of the air filter by calculating the first derivative in time of the pressure difference (ΔP) between upstream and downstream of the air filter ; and turning on and/or turning off the heating device based on the variation speed (dΔP/dt) of the pressure difference (ΔP) between upstream and downstream of the air filter .