mhurhangee/patent-ind-claim-en huggingface dataset:
A multiple-pane insulating glazing unit having a between-pane space, the multiple-pane insulating glazing unit comprising a pane having a surface coated with a low-emissivity coating, said surface of said pane being exposed to said between-pane space, the low-emissivity coating comprising, in sequence moving outwardly from said surface of said pane, a dielectric base coat comprising oxide film, nitride film, or oxynitride film, a first infrared-reflective layer, a first nickel-aluminum blocker layer in contact with the first infrared-reflective layer, a first dielectric spacer coat comprising an oxide film in contact with the first nickel-aluminum blocker layer, a second infrared-reflective layer, a second nickel-aluminum blocker layer in contact with the second infrared-reflective layer, a second dielectric spacer coat comprising an oxide film in contact with the second nickel-aluminum blocker layer, a third infrared-reflective layer, a third nickel-aluminum blocker layer in contact with the third infrared-reflective layer, and a dielectric top coat comprising an oxide film in contact with the third nickel-aluminum blocker layer, the first nickel-aluminum blocker layer being deposited in metallic form so as to consist of nickel, aluminum and titanium as deposited, the multiple-pane insulating glazing unit having a solar heat gain coefficient of less than 0.2.
A method for protecting unauthorized data access from a memory area of a computing system operable in a first operating mode and in at least one second operating mode, where the first operating mode and the second operating mode have different restrictions regarding memory access, wherein the first operating mode is in particular a test mode having less restriction than the second operating mode, wherein the second operating mode is in particular a user mode having restriction with limited access to the memory, the method comprising: writing, by the memory controller, payload data and associated second check data according to the a second check mechanism to a memory area ; requesting , payload data stored in the memory area from a memory controller ; retrieving , by the memory controller , the payload data from the memory area ; retrieving , by the memory controller , second check data associated with the payload data from the memory area ; checking, in the first operating mode, the payload data using the second check data according to a first check mechanism, to detect failing; checking, in the second operating mode, the payload data using the second check data according to a second check mechanism, to detect passing; wherein said first check mechanism is different from said second check mechanism. writing, by the memory controller, payload data and associated second check data according to the a second check mechanism to a memory area ; requesting , payload data stored in the memory area from a memory controller ; retrieving , by the memory controller , the payload data from the memory area ; retrieving , by the memory controller , second check data associated with the payload data from the memory area ; checking, in the first operating mode, the payload data using the second check data according to a first check mechanism, to detect failing;
Self-tapping screw for screwing into a drilled hole in concrete , wherein the concrete screw (1; 1a; 1b) comprises a. a cylindrical core having a core diameter (D K ), b. a cutting thread for screwing the latter into the concrete , having a thread diameter (D G ), where the following holds: D G > D K , characterized in that a thread pitch (H) is provided, where the following holds: H ≤ 1.2 · D K , a maximum screwing-in depth is at most 30 mm. a. a cylindrical core having a core diameter (D K ), b. a cutting thread for screwing the latter into the concrete , having a thread diameter (D G ),
Multiple tool (5; 47) for a punching device , in particular for a turret punch press, comprising - a housing, - a tool head interacting with the punching device , - a thread cutter magazine comprising a plurality of thread cutters , the thread cutter magazine being connected to the tool head , - a selection device for selecting an active thread cutter which interacts with a workpiece for thread cutting, and - a thread cutter drive device for driving the active thread cutter , characterized in that - the selection device has a guide device , which is configured to displace the active thread cutter axially relative to the other thread cutters in the direction towards the workpiece . - a housing, - a tool head interacting with the punching device , - a thread cutter magazine comprising a plurality of thread cutters , the thread cutter magazine being connected to the tool head , - a selection device for selecting an active thread cutter which interacts with a workpiece for thread cutting, and - a thread cutter drive device for driving the active thread cutter , - the selection device has a guide device , which is configured to displace the active thread cutter axially relative to the other thread cutters in the direction towards the workpiece .
A polar coding method, wherein the method comprises: determining a second sequence based on a code length M of a target polar code, wherein the second sequence is used as a mother code sequence when coding into the target polar code is performed, the second sequence comprises L sequence numbers from a maximum mother code sequence, and ordering of the L sequence numbers in the second sequence is the same as ordering of the L sequence numbers in the maximum mother code sequence with a length of N , wherein the N sequence numbers of N polarized channels in the maximum mother code sequence are sorted in ascending order of reliability metrics, wherein M≤L<N, N and L are positive integer power of 2; and performing polar coding on to-be-coded bits based on the second sequence. determining a second sequence based on a code length M of a target polar code, wherein the second sequence is used as a mother code sequence when coding into the target polar code is performed, the second sequence comprises L sequence numbers from a maximum mother code sequence, and ordering of the L sequence numbers in the second sequence is the same as ordering of the L sequence numbers in the maximum mother code sequence with a length of N , wherein the N sequence numbers of N polarized channels in the maximum mother code sequence are sorted in ascending order of reliability metrics, wherein M≤L<N, N and L are positive integer power of 2; and performing polar coding on to-be-coded bits based on the second sequence.
A method for diagnosis of chronic fatigue syndrome in a subject, comprising the step of determining the presence or absence of antibodies directed against one or more β-adrenergic receptor in a sample of the subject to be diagnosed, wherein the presence of antibodies directed against β-adrenergic receptor is indicative of chronic fatigue syndrome in said subject.
A respiratory inlet assembly configured for securement to a mask , the respiratory inlet assembly comprising: a respiratory inlet housing having a mask end configured to be secured to the mask , and a fitting end configured to mate with a supply fitting of an air supply system, the respiratory inlet housing comprising: an exterior mating surface disposed on the fitting end , the exterior mating surface configured to matingly accept a first type of air supply fitting ; a cavity disposed within the respiratory inlet housing having an opening oriented toward the fitting end , the cavity comprising an interior mating surface configured to matingly accept a second type of air supply fitting; and an adaptor formed as a generally annular member including an adaptor cavity and an exterior mating surface extending circumferentially around the adaptor , the adaptor cavity passing through the adaptor , the adaptor cavity configured to matingly accept a third type of air supply fitting, the exterior mating surface sharing a common configuration with the second type of air supply fitting, wherein the exterior mating surface of the adaptor is configured for mating engagement with the interior mating surface of the cavity of the respiratory inlet housing . an exterior mating surface disposed on the fitting end , the exterior mating surface configured to matingly accept a first type of air supply fitting ; a cavity disposed within the respiratory inlet housing having an opening oriented toward the fitting end , the cavity comprising an interior mating surface configured to matingly accept a second type of air supply fitting; and an adaptor formed as a generally annular member including an adaptor cavity and an exterior mating surface extending circumferentially around the adaptor , the adaptor cavity passing through the adaptor , the adaptor cavity configured to matingly accept a third type of air supply fitting, the exterior mating surface sharing a common configuration with the second type of air supply fitting, wherein the exterior mating surface of the adaptor is configured for mating engagement with the interior mating surface of the cavity of the respiratory inlet housing .
A control system for an electro-hydraulic servo-actuator , the control system comprising: a position sensor , configured to provide a measured position (Pos meas ) of the electro-hydraulic servo-actuator ; a controller , configured to generate a control current (I c ), designed to control actuation of the electro-hydraulic servo-actuator , implementing a position control loop based on a position error (e p ), the position error (e p ) being a difference between a reference position (Pos ref ) and the measured position (Pos meas ) of the electro-hydraulic servo-actuator ; and a limitation stage , coupled to the controller and configured to provide a limitation of the actuator speed of the electro-hydraulic servo-actuator , wherein the limitation stage is configured to limit a rate of change of a driving current (I d ) to be supplied to the electro-hydraulic servo-actuator , in order to limit the actuator speed; characterized in that the limitation stage is configured to implement a closed loop control of the actuator speed based on a measured actuator speed (Speed meas ), to provide a rate-limited driving current (I d ') for controlling the electro-hydraulic servo-actuator , further comprising a derivative block , coupled to the position sensor to receive the measured position (Pos meas ) and configured to determine the measured actuator speed (Speed meas ) as the derivative of the measured position (POS meas ). a position sensor , configured to provide a measured position (Pos meas ) of the electro-hydraulic servo-actuator ; a controller , configured to generate a control current (I c ), designed to control actuation of the electro-hydraulic servo-actuator , implementing a position control loop based on a position error (e p ), the position error (e p ) being a difference between a reference position (Pos ref ) and the measured position (Pos meas ) of the electro-hydraulic servo-actuator ; and a limitation stage , coupled to the controller and configured to provide a limitation of the actuator speed of the electro-hydraulic servo-actuator , wherein the limitation stage is configured to limit a rate of change of a driving current (I d ) to be supplied to the electro-hydraulic servo-actuator , in order to limit the actuator speed; characterized in that the limitation stage is configured to implement a closed loop control of the actuator speed based on a measured actuator speed (Speed meas ), to provide a rate-limited driving current (I d ') for controlling the electro-hydraulic servo-actuator , further comprising a derivative block , coupled to the position sensor to receive the measured position (Pos meas ) and configured to determine the measured actuator speed (Speed meas ) as the derivative of the measured position (POS meas ).
An installation device for the installation of flush-mounted devices on/in a wall , the installation device comprising a dowel and a holder , the dowel comprising a sleeve-shaped body extending along a first longitudinal axis and having a first free end , a second free end arranged opposite the first free end and a fixing section arranged therebetween, wherein a first stop is provided at the first free end of the dowel and wherein a first clamping element is provided at the second free end of the dowel , and wherein the holder comprises a sleeve-shaped body extending along a second longitudinal axis and having a first free end and a second free end arranged opposite thereto, wherein a second stop directed towards the second free end is provided at the first free end and wherein a second clamping element is provided at the second free end , wherein the first stop and the second stop form a pair of stops and wherein the first clamping element and the second clamping element form a clamping pair, characterised in that the holder can be screwed into the dowel and in that the fixing section is designed in such a way that a relative rotary movement between the dowel and the holder in a first direction of rotation leads to a reduction in the distance between the first free end and the second free end of the dowel and in that a relative rotary movement between the dowel and the holder in a second direction of rotation opposite to the first direction of rotation leads to an increase in the distance between the first free end and the second free end of the dowel .
An inflator with a motor fixing ring comprising: a casing , and a core and a motor installed in the casing , and the motor being provided for driving the core to inflate an external object, wherein the inflator further comprises the motor fixing ring sheathed on the motor and clamped between the motor and the casing , and an air gap is formed between an outer surface of the motor and an inner surface of the casing , characterized in that the motor has a circular blind slot concavely formed on an outer surface of the motor , the motor fixing ring is received in the circular blind slot , the motor has an anti-rotation notch communicating with the circular blind slot , and the motor fixing ring has an anti-rotation plate extending into the anti-rotation notch , wherein a sidewall of the circular blind slot is provided for blocking and stopping the ring body of the motor fixing ring to prevent the motor fixing ring from moving with respect to the motor , and wherein the ring body of the motor fixing ring is not protruded from the outer surface of the motor , wherein the casing further has a control module installed therein, and a display screen installed thereon for displaying the operating parameters of the inflator and the motor and the display screen are electrically coupled to the control module . wherein a sidewall of the circular blind slot is provided for blocking and stopping the ring body of the motor fixing ring to prevent the motor fixing ring from moving with respect to the motor , and wherein the ring body of the motor fixing ring is not protruded from the outer surface of the motor , wherein the casing further has a control module installed therein, and a display screen installed thereon for displaying the operating parameters of the inflator and the motor and the display screen are electrically coupled to the control module .
A valve comprising: a first chamber and a second chamber , wherein a movable member is arranged to selectably bring the first and second chambers into and out of fluid communication with one another; the movable member arranged such that when in an open position wherein the first and second chambers are in fluid communication, gas at a first pressure in the first chamber provides a closing force to a first surface area of the movable member to overcome an opening force provided by gas at a second pressure in the second chamber on a second surface area of the movable member whereby the movable member moves to a closed position to isolate the first and second chambers; and further arranged such that: as the movable member moves to the closed position, the second surface area of the movable member exposed within the second chamber is reduced to an exposed annular surface of the second surface area thus reducing the opening force provided by the gas at the second pressure and providing a bias towards the closed position. a first chamber and a second chamber , wherein a movable member is arranged to selectably bring the first and second chambers into and out of fluid communication with one another; the movable member arranged such that when in an open position wherein the first and second chambers are in fluid communication, gas at a first pressure in the first chamber provides a closing force to a first surface area of the movable member to overcome an opening force provided by gas at a second pressure in the second chamber on a second surface area of the movable member whereby the movable member moves to a closed position to isolate the first and second chambers; and further arranged such that: as the movable member moves to the closed position, the second surface area of the movable member exposed within the second chamber is reduced to an exposed annular surface of the second surface area thus reducing the opening force provided by the gas at the second pressure and providing a bias towards the closed position.
A preform disinfection method, the preforms being disinfected and molded in a device for producing sterile bottles , the disinfection method comprises at least the following step: making a disinfectant solution into disinfectant solution aerosol by means of an ultrasonic atomizer , and spraying the disinfectant solution aerosol onto the preforms , so as to attach a substantially uniform thin layer of disinfectant solution to at least the inner surfaces of the preforms to be disinfected; heating the preforms treated in step by radiation to raise a temperature of at least the inner surfaces of the preforms to a first temperature, where the first temperature is greater than or equal to the activation temperature of the disinfectant solution, so as to disinfect at least the inner surfaces of the preforms ; in step , first heating the disinfectant solution or the disinfectant solution aerosol to raise a temperature of the disinfectant solution aerosol to a second temperature, then spraying the disinfectant solution aerosol raised to the second temperature onto the preforms , where the second temperature is greater than the temperature of the preforms before heating in step and lower than the first temperature. making a disinfectant solution into disinfectant solution aerosol by means of an ultrasonic atomizer , and spraying the disinfectant solution aerosol onto the preforms , so as to attach a substantially uniform thin layer of disinfectant solution to at least the inner surfaces of the preforms to be disinfected; heating the preforms treated in step by radiation to raise a temperature of at least the inner surfaces of the preforms to a first temperature, where the first temperature is greater than or equal to the activation temperature of the disinfectant solution, so as to disinfect at least the inner surfaces of the preforms ;
Gluing machine for attaching an edge band (U) to an end face (S) of a workpiece plate (W), with a portable machine housing which may be guided manually along the workpiece plate (W), with an adhesive applicator for the application of adhesive (K) to a rear of the edge band (U) and with a band guidance device to guide the edge band (U) provided with adhesive (K) on to the end face (S) of the workpiece plate (W) for gluing to the end face (S), wherein it has a preparation assembly for the provision of an amount by volume of the adhesive (K) at an adhesive outlet of the adhesive applicator in a suitable liquid state for application of the adhesive (K) to the edge band (U) based on at least one parameter which may be set and/or detected by sensor, characterised in that the parameter or parameters includes or include a width value representing a width (B) of the edge band (U) and/or an adhesive thickness value which represents a coating thickness of the adhesive (K) to be applied to the edge band (U).
A needle device comprising: a catheter hub having a body defining an interior cavity and having a proximal opening ; a catheter tube extending distally of the catheter hub and comprising a distal opening ; a needle hub ; a needle extending distally of the needle hub , said needle comprising a shaft and a needle tip extending distally of the distal opening of the catheter tube in a ready to use position, and a needle guard comprising a proximal wall and at least one arm extending distal the proximal wall , characterized in that said the needle comprises a first shaft diameter region , a first transition region 104c that tapers from a large diameter to a smaller diameter in a proximal direction, a reduced diameter region 104b, and a second transition region 104c that tapers from a small diameter to a larger diameter in the proximal direction, and a second shaft diameter region 104a proximal of the second transition region 104c and at least part of the shaft diameter region and the transition region are located in a bore of the catheter tube , proximal of the distal opening ; and the at least one arm presses against the reduced diameter region in the ready position and secures the needle tip in a protective position. a catheter hub having a body defining an interior cavity and having a proximal opening ; a catheter tube extending distally of the catheter hub and comprising a distal opening ; a needle hub ; a needle extending distally of the needle hub , said needle comprising a shaft and a needle tip extending distally of the distal opening of the catheter tube in a ready to use position, and a needle guard comprising a proximal wall and at least one arm extending distal the proximal wall , characterized in that said the needle comprises a first shaft diameter region , a first transition region 104c that tapers from a large diameter to a smaller diameter in a proximal direction, a reduced diameter region 104b, and a second transition region 104c that tapers from a small diameter to a larger diameter in the proximal direction, and a second shaft diameter region 104a proximal of the second transition region 104c and at least part of the shaft diameter region and the transition region are located in a bore of the catheter tube , proximal of the distal opening ; and the at least one arm presses against the reduced diameter region in the ready position and secures the needle tip in a protective position.