mhurhangee/patent-ind-claim-en huggingface dataset:
Brake force booster device for a brake system of a vehicle, having a driver braking force transmission component ; an actuator force transmission component ; and a differential travel sensor, having - a field-generating component which is arranged at or adjacent to the driver braking force transmission component or the actuator force transmission component and by means of which a first electrical and/or magnetic field with a predefined intensity distribution is generated in a three-dimensional axis system which can be defined fixedly with respect to a first body , wherein the first body is the driver braking force transmission component or the actuator force transmission component ; - a sensor device which is arrangeable on the vehicle such that the driver braking force transmission component and the actuator force transmission component are adjustable in relation to the sensor device and by means of which at least one intensity value (I, I1, I2, Imax, Ired) of a second electrical and/or magnetic field , which is generated owing to an interaction of the first electrical and/or magnetic field with a second body , can be determined, wherein the second body is not the same as the first body and is the driver braking force transmission component or the actuator force transmission component ; and - an evaluation device by means of which, taking into consideration the at least one intensity value (I, I1, I2, Imax, Ired), an item of output information regarding a differential travel (s, s1) that exists between the driver braking force transmission component and the actuator force transmission component can be defined. - a field-generating component which is arranged at or adjacent to the driver braking force transmission component or the actuator force transmission component and by means of which a first electrical and/or magnetic field with a predefined intensity distribution is generated in a three-dimensional axis system which can be defined fixedly with respect to a first body , wherein the first body is the driver braking force transmission component or the actuator force transmission component ; - a sensor device which is arrangeable on the vehicle such that the driver braking force transmission component and the actuator force transmission component are adjustable in relation to the sensor device and by means of which at least one intensity value (I, I1, I2, Imax, Ired) of a second electrical and/or magnetic field , which is generated owing to an interaction of the first electrical and/or magnetic field with a second body , can be determined, wherein the second body is not the same as the first body and is the driver braking force transmission component or the actuator force transmission component ; and - an evaluation device by means of which, taking into consideration the at least one intensity value (I, I1, I2, Imax, Ired), an item of output information regarding a differential travel (s, s1) that exists between the driver braking force transmission component and the actuator force transmission component can be defined.
An engineered T-cell expressing a Chimeric Antigen Receptor directed against at least one antigen expressed at the surface of a malignant or infected cell, said T-cell being characterized in that i) expression of B2M is inhibited in said T-cell due to a selective inactivation by DNA cleavage of the gene encoding B2M by a TAL-nuclease through the expression in the T-cell of said TALE nuclease and ii) at least one gene encoding a component of the TCR receptor is inactivated.
An inspiratory gas volume divider comprising at least two inspiratory lines ending with inspiratory branches and comprising one-way valves , and at least two expiratory lines ending with expiratory branches and comprising one-way valves , wherein the inspiratory branches and the expiratory branches are combined in pairs with each other in at least two inspiratory-expiratory pairs, while the initial portions of the inspiratory lines are connected to a valve divider , characterised in that the valve divider is provided with a control input, wherein the fragments of inspiratory lines in the valve divider are in the form of elastic tubes deformable by means of a moveable element for controlling gas volume in the inspiratory lines downstream of the valve divider ; inspiratory gas volume measurement systems are interconnected into the inspiratory lines downstream of the valve divider , wherein the output signals of the inspiratory gas volume measurement systems are delivered to a controller for controlling the inlet control means of the valve divider and the output signals of the controller are delivered to the volume divider's control input.
A sheltering device of adjusting an assembly angle applied for a display screen with a first display and a second display , wherein the sheltering device comprises: a shelter comprising: a bridging component , comprising: a first lateral member detachably connected to the first display ; and a second lateral member rotatably assembled with the first lateral member and detachably connected to the second display ; a first top member , a corner of the first top member being fixed at a right angle on an upper end of the first lateral member , to protrude the first top member from a side of the first lateral member opposite to the second lateral member ; and a second top member , a corner of the second top member being fixed at a right angle on an upper end of the second lateral member to protrude the second top member from a side of the second lateral member opposite to the first lateral member , and partly overlapped with the first top member for matching relative rotation between the first lateral member and the second lateral member . a bridging component , comprising: a first lateral member detachably connected to the first display ; and a second lateral member rotatably assembled with the first lateral member and detachably connected to the second display ; a first lateral member detachably connected to the first display ; and a second lateral member rotatably assembled with the first lateral member and detachably connected to the second display ; a first top member , a corner of the first top member being fixed at a right angle on an upper end of the first lateral member , to protrude the first top member from a side of the first lateral member opposite to the second lateral member ; and a second top member , a corner of the second top member being fixed at a right angle on an upper end of the second lateral member to protrude the second top member from a side of the second lateral member opposite to the first lateral member , and partly overlapped with the first top member for matching relative rotation between the first lateral member and the second lateral member .
A method for diagnosing a manufacturing line having at least one automation element controlled by a programmable logic controller, PLC, , the method comprising: receiving, at a server module , operation data from the at least one automation element from the PLC ; continuously capturing feed-back data at a data collection device associated with the at least one automation element ; tagging the feed-back data with a part-tag associated with a part travelling through the manufacturing line at a moment when the part is at or passing through the automation element ; determining a trigger condition based on the operation data from the at least one automation element ; if the trigger condition is detected, further tagging the feed-back data based on a time frame of the trigger condition , the tagging comprising a part number, a time-stamp, a pre-event tag at a beginning of the time frame, an active tag at the time of the trigger condition, and a post-event tag at an end of the time frame; storing, at the server module, the feed-back data in association with the operation data and trigger condition to allow for diagnosing an issue associated with the trigger condition based on the stored data. receiving, at a server module , operation data from the at least one automation element from the PLC ; continuously capturing feed-back data at a data collection device associated with the at least one automation element ; tagging the feed-back data with a part-tag associated with a part travelling through the manufacturing line at a moment when the part is at or passing through the automation element ; determining a trigger condition based on the operation data from the at least one automation element ; if the trigger condition is detected, further tagging the feed-back data based on a time frame of the trigger condition , the tagging comprising a part number, a time-stamp, a pre-event tag at a beginning of the time frame, an active tag at the time of the trigger condition, and a post-event tag at an end of the time frame; storing, at the server module, the feed-back data in association with the operation data and trigger condition to allow for diagnosing an issue associated with the trigger condition based on the stored data.
A system for the rotatable coupling of at least one closing element ( D ) , such as a door, a window, a shutter or the like, and a stationary support structure ( S ) , such as a wall, a floor, a frame or the like, comprising: - a hinge device anchorable to the at least one closing element ( D ); - a mounting plate anchorable to the stationary support structure ( S ); wherein the hinge device comprises a hinge body and at least one pivot defining a first axis ( X ) , said hinge body and said at least one pivot being reciprocally coupled each other to reciprocally rotate around said first axis (X), said at least one pivot including at least one coupling portion protruding from said hinge body ; wherein said mounting plate includes, respectively consists of, a plate-shaped body having at least one seat for the coupling portion of said pivot ; wherein said plate-shaped body includes means to adjust its position with respect the stationary support structure ( S ); and further characterized in that said adjustment means include an element for the rotatable mounting of said plate-shaped body to the stationary support structure ( S ), said rotatable mounting element defining a third rotation axis ( X' ) for said plate-shaped body substantially parallel to said first axis ( X ) and spaced apart therefrom, said adjustment means further including means to limit the rotation of said plate-shaped body around said third axis ( X' ) by an angle ( α ) predetermined; and further characterized in that said limiting means include an elongated slot on said plate-shaped body facing said stationary support structure ( S ) and an abutment element fixable on the latter, said elongated slot and said abutment element being reciprocally coupled so that the former moves with respect the latter between at least two end stroke positions, said limiting means further including at least one adjustment screw passing through said plate-shaped body and acting within said slot to vary the position of one of said end stroke positions. - a hinge device anchorable to the at least one closing element ( D ); - a mounting plate anchorable to the stationary support structure ( S );
An integrated circuit device comprising a low voltage regulator and driver circuitry, wherein the driver circuitry comprises drivers having a low side transistor connected in series with a high side transistor coupled between a first voltage node and a second voltage node and configured to drive a signal according to an input signal , the low voltage regulator having a common connection coupled to a virtual ground (VGND) of at least one power domain in the integrated circuit die, wherein the virtual ground is configurable to be back-biased with respect to a true ground, an input coupled to a supply voltage (VDD), and an output coupled to and supplying a regulated voltage to transistors in the at least one power domain; wherein the first voltage node (130; 106) of all low side transistors of all drivers of the driver circuitry are connected to the virtual ground (VGND) and the respective second voltage node is coupled through a first switch either with an output of the low voltage regulator or another supply voltage node receiving an operating voltage, and wherein the true ground (TGND) is coupled to a substrate of the integrated circuit die, wherein when the virtual ground (VGND) is back-biased relative to the true ground (TGND) sufficient to reduce leakage current to a predefined level in a given process technology, the output voltage of the low voltage regulator rises with the virtual ground voltage to approximately the same voltage as the operating voltage.
A chemical-mechanical polishing composition for polishing a substrate, comprising: an abrasive having a primary particle size of 20 to 40 nm, a hydroxyethyl cellulose having a weight average molecular weight of 200,000 or less, a basic component, a surfactant comprising at least one of an alkylene polyalkylene oxide amine polymer and a polyoxyalkylene alkyl ether, wherein the alkylene polyalkylene oxide amine polymer contains at least two repeating structural units containing a tertiary amine having an alkylene group and a polyalkyleneoxide group bound to an N atom, and the polyoxyalkylene alkyl ether is represented by the formula (i) RO-(AO) n -H, wherein R is a branched C 11 to C 15 alkyl group, A is an alkylene group selected from the group consisting of an ethylene group, a propylene group, and a combination thereof, n represents average addition mol numbers of AO and is 2 to 30, and an aqueous carrier. an abrasive having a primary particle size of 20 to 40 nm, a hydroxyethyl cellulose having a weight average molecular weight of 200,000 or less, a basic component, a surfactant comprising at least one of an alkylene polyalkylene oxide amine polymer and a polyoxyalkylene alkyl ether, wherein the alkylene polyalkylene oxide amine polymer contains at least two repeating structural units containing a tertiary amine having an alkylene group and a polyalkyleneoxide group bound to an N atom, and the polyoxyalkylene alkyl ether is represented by the formula (i) RO-(AO) n -H, wherein R is a branched C 11 to C 15 alkyl group, A is an alkylene group selected from the group consisting of an ethylene group, a propylene group, and a combination thereof, n represents average addition mol numbers of AO and is 2 to 30, and an aqueous carrier.
A carbon dioxide electrolysis device, comprising: an anode configured to oxidize water or a hydroxide ion and thus generate oxygen; an anode solution flow path configured to supply an anode solution to the anode; a cathode configured to reduce carbon dioxide to generate a carbon compound: a gas flow path configured to supply a gas to the cathode, the gas containing carbon dioxide; a diaphragm provided between the anode and the cathode and including a porous film with a hydrophilic polymer supported thereon; and a protective member provided between the anode and the diaphragm and protecting the diaphragm. an anode configured to oxidize water or a hydroxide ion and thus generate oxygen; an anode solution flow path configured to supply an anode solution to the anode; a cathode configured to reduce carbon dioxide to generate a carbon compound: a gas flow path configured to supply a gas to the cathode, the gas containing carbon dioxide; a diaphragm provided between the anode and the cathode and including a porous film with a hydrophilic polymer supported thereon; and a protective member provided between the anode and the diaphragm and protecting the diaphragm. a gas flow path configured to supply a gas to the cathode, the gas containing carbon dioxide; a diaphragm provided between the anode and the cathode and including a porous film with a hydrophilic polymer supported thereon; and a protective member provided between the anode and the diaphragm and protecting the diaphragm.
A dual-stroke safety switch of a washing machine, comprising a control rod, a base and a control switch, the control switch being mounted in the base , and the control rod being movably connected to the base , wherein a middle part of the control rod is rotatably connected to the base and one end of the control rod is provided between a water tub and a shell of the washing machine for bearing an eccentric hit from the water tub, characterized in that the control switch comprises a first control switch and a second control switch which are arranged to be controlled by said control rod such that the motion strokes of the control rod corresponding to the first control switch and the second control switch for motion are different, namely the control rod providing two motion strokes respectively for controlling a switch-off of the first control switch and the second control switch , wherein the motion stroke of the control rod for switching off the first control switch is smaller than the motion stroke of the control rod for switching off the second control switch .
Method for determining a threat score of an electronic document , the method comprising the steps of: - loading and rendering the electronic document in a document sandbox; - querying a list of all available navigation elements in the electronic document from the document sandbox; - controlling the document sandbox to simulate user interaction with the electronic document based on the queried list; - while loading and rendering the electronic document and while controlling the document sandbox to simulate user interaction with the electronic document, monitoring the document sandbox for events triggered by the electronic document and belonging to one of at least two predefined event classes; - recording each observed event together with a respective event class it belongs to; - determining a threat score of the electronic document based on predefined numerical weights associated with each of the predefined event classes to which the recorded events belong. - loading and rendering the electronic document in a document sandbox; - querying a list of all available navigation elements in the electronic document from the document sandbox; - controlling the document sandbox to simulate user interaction with the electronic document based on the queried list; - while loading and rendering the electronic document and while controlling the document sandbox to simulate user interaction with the electronic document, monitoring the document sandbox for events triggered by the electronic document and belonging to one of at least two predefined event classes; - recording each observed event together with a respective event class it belongs to; - determining a threat score of the electronic document based on predefined numerical weights associated with each of the predefined event classes to which the recorded events belong.
A compound of formula (I) in which M is hydrogen or a pharmaceutically acceptable salt forming cation, R 1 and R 2 represent independently of one another hydrogen or methyl, W represents a bond or O, X represents CR 4 , R 4 represents Cl, R 3 represents hydrogen, amino, hydroxy, (C 1 -C 6 )-alkyl or a 4-, 5- or 6-membered nitrogen-containing heterocycle, whereby alkyl may be substituted with a substituent selected from the group consisting of hydroxy, amino, carboxy, carbonyloxy, mono- or di-(C 1 -C 6 )-alkylamino, -NH-CH(=NH), -NH-C(=NH)(NH 2 ), 5- or 6-membered nitrogen-containing heteroaryl and 5- or 6-membered nitrogen-containing heterocyclyl, and the salts thereof, the solvates thereof and the solvates of the salts thereof, or a deuterated compound of any such compound. M is hydrogen or a pharmaceutically acceptable salt forming cation, R 1 and R 2 represent independently of one another hydrogen or methyl, W represents a bond or O, X represents CR 4 , R 4 represents Cl, R 3 represents hydrogen, amino, hydroxy, (C 1 -C 6 )-alkyl or a 4-, 5- or 6-membered nitrogen-containing heterocycle, whereby alkyl may be substituted with a substituent selected from the group consisting of hydroxy, amino, carboxy, carbonyloxy, mono- or di-(C 1 -C 6 )-alkylamino, -NH-CH(=NH), -NH-C(=NH)(NH 2 ), 5- or 6-membered nitrogen-containing heteroaryl and 5- or 6-membered nitrogen-containing heterocyclyl, and the salts thereof, the solvates thereof and the solvates of the salts thereof, or a deuterated compound of any such compound.
Motor-driven medical suction pump with a pump unit for generating a negative pressure which is accommodated in a housing and with a terminal box which can be mechanically coupled to said housing and which can be connected to a power source via a connecting cable and has contact elements (16; 18) to supply the pump unit with a power current which, when the terminal box is coupled to the housing, are electrically conductively connected to contact counter elements (46; 48) provided on the housing side, which lead to the pump unit, and wherein a sensor and a switch are provided, wherein the sensor is configured to check the coupling of the terminal box and wherein the switch supplies a power current to at least one of the contact elements (16; 18), characterized in that an evaluation unit is provided, in that the evaluation unit is data-based connected to the sensor and the switch so that the switch connects the contact element (16; 18) to the power current supply when a signal of the sensor confirming the coupling is present and disconnects the power current supply when a signal of the sensor confirming the coupling is absent.
A rapid-entry shoe comprising: a sole support having an upper surface configured to support a sole of a user's foot; an inner layer below the upper surface; two connection points , each connection point dispersed around the periphery of the sole support ; an upper defining an opening adapted to receive entry of the user's foot into the shoe; a rear portion of the upper configured to secure the user's foot in the shoe, the rear portion being located on the upper surface of the sole support ; a deformable element comprising a rear flexible loop having two ends, each end being directly connected to a respective one of the connection points , each connection point comprising a structure contiguously extending into the inner layer of the sole support at one of said connection points , the rear flexible loop being operatively attached to said rear portion; wherein the rear flexible loop is configured to have a native position in which the rear flexible loop holds the rear portion of the shoe in a closed position securing the user's foot in the shoe; and wherein the rear flexible loop may be deformed by an opening force to open the shoe to permit rapid entry of the user's foot into the shoe, the rear flexible loop further comprising a rear bending portion or an upper spinning portion . a sole support having an upper surface configured to support a sole of a user's foot; an inner layer below the upper surface; two connection points , each connection point dispersed around the periphery of the sole support ; an upper defining an opening adapted to receive entry of the user's foot into the shoe; a rear portion of the upper configured to secure the user's foot in the shoe, the rear portion being located on the upper surface of the sole support ; a deformable element comprising a rear flexible loop having two ends, each end being directly connected to a respective one of the connection points , each connection point comprising a structure contiguously extending into the inner layer of the sole support at one of said connection points , the rear flexible loop being operatively attached to said rear portion; wherein the rear flexible loop is configured to have a native position in which the rear flexible loop holds the rear portion of the shoe in a closed position securing the user's foot in the shoe; and wherein the rear flexible loop may be deformed by an opening force to open the shoe to permit rapid entry of the user's foot into the shoe, the rear flexible loop further comprising a rear bending portion or an upper spinning portion .