mhurhangee/patent-ind-claim-en huggingface dataset:
A microsensor comprising a first electrode and a second electrode , each electrode comprising a plurality of parallel tracks , each track comprising a connected end and a free end, each track extending from a strip , the strip connecting the tracks at their connected ends, the tracks of the two electrodes being offset and in mirror symmetry so that the tracks of the two electrodes are interdigitated and comprise between each pair of interdigitated tracks an assembly of nanoparticles in a ligand, wherein each track extending from the strip comprises at least one change of direction.
A system for automated measurement of motor vehicles, in particular passenger cars, with a measuring unit comprising - a scanning unit for - contactless and/or tactile 3D detection of the geometry of the motor vehicle bodywork and/or - surveying of the chassis of the motor vehicle, - a travel unit for moving and orienting the measuring unit , which is designed as a chassis with an electromotive drive connected to rollers , which makes it possible to freely position the measuring unit in a simple manner in space, in particular in the workshop relative to the vehicle and - an orientation element adjustably arranged on the measuring unit for orienting vehicle sensors and/or cameras on the motor vehicle . - a central control unit for automatically controlling the measuring unit for orienting the scanning unit relative to the motor vehicle and for orienting the orientation element. - a scanning unit for - contactless and/or tactile 3D detection of the geometry of the motor vehicle bodywork and/or - surveying of the chassis of the motor vehicle, - contactless and/or tactile 3D detection of the geometry of the motor vehicle bodywork and/or - surveying of the chassis of the motor vehicle, - a travel unit for moving and orienting the measuring unit , which is designed as a chassis with an electromotive drive connected to rollers , which makes it possible to freely position the measuring unit in a simple manner in space, in particular in the workshop relative to the vehicle and - an orientation element adjustably arranged on the measuring unit for orienting vehicle sensors and/or cameras on the motor vehicle . - a central control unit for automatically controlling the measuring unit for orienting the scanning unit relative to the motor vehicle and for orienting the orientation element.
A method, performed by a user equipment, UE , for selecting a contention-based random-access, CBRA, procedure for an initial access to a cell served by a network node in a wireless communication network, the method comprising: determining a value indicative of a current timing advance, TA; if the value does not exceed a certain threshold, selecting a first CBRA procedure not involving receiving a TA command prior to transmitting payload data to the cell; otherwise selecting a second CBRA procedure invovling receiving a TA command prior to transmitting payload data to the cell; and performing the selected CBRA procedure for the initial access to the cell; further comprising: receiving an indication, from the network node, of whether selecting the first CBRA procedure is enabled or disabled for the cell; and performing the second CBRA procedure based on determining, from the indication, that the selecting of the first CBRA is disabled for the cell. determining a value indicative of a current timing advance, TA; if the value does not exceed a certain threshold, selecting a first CBRA procedure not involving receiving a TA command prior to transmitting payload data to the cell; otherwise selecting a second CBRA procedure invovling receiving a TA command prior to transmitting payload data to the cell; and performing the selected CBRA procedure for the initial access to the cell; further comprising: receiving an indication, from the network node, of whether selecting the first CBRA procedure is enabled or disabled for the cell; and performing the second CBRA procedure based on determining, from the indication, that the selecting of the first CBRA is disabled for the cell. receiving an indication, from the network node, of whether selecting the first CBRA procedure is enabled or disabled for the cell; and performing the second CBRA procedure based on determining, from the indication, that the selecting of the first CBRA is disabled for the cell.
Device for physical exercise comprising: a pair of skis having a top side and a bottom side, a frame , two pendulate arms , each of the pendulate arms has an upper end rotatably connected to the frame about a rotational axis, and a lower end pivotably connected to one of the skis, and at least one resistance unit connected to the pendulate arms, at least one support part (1;29;30) located below the skis respectively, and two movable elements (20;26;28) connected to the bottom sides of the skis respectively, and each of the movable elements are arranged to glide or roll along the support parts, characterised in that , the device comprises a pair of first cords connecting the pendulate arms with the resistance unit , and each of the first cords is adjustably attached to one of the pendulate arms to enable a connection point between the cord and the pendulate arm to be raised and lowered along the pendulate arm. a pair of skis having a top side and a bottom side, a frame , two pendulate arms , each of the pendulate arms has an upper end rotatably connected to the frame about a rotational axis, and a lower end pivotably connected to one of the skis, and at least one resistance unit connected to the pendulate arms, at least one support part (1;29;30) located below the skis respectively, and two movable elements (20;26;28) connected to the bottom sides of the skis respectively, and each of the movable elements are arranged to glide or roll along the support parts, characterised in that , the device comprises a pair of first cords connecting the pendulate arms with the resistance unit , and each of the first cords is adjustably attached to one of the pendulate arms to enable a connection point between the cord and the pendulate arm to be raised and lowered along the pendulate arm.
A cassette (4000A-4000H) for calibration of a cassette based pumping system , the cassette (4000A-4000H) comprising: a rigid body configured to be sealingly installed within the cassette based pumping system , characterized in that the cassette is a volumetric standard cassette and the rigid body has a midbody and a number of solid pump chambers regions (4181A-4181H) each having a predefined geometry defining a known volume of the pump chamber region, the rigid body being flow path and orifice free.
An apparatus for post cure inflation-treatment of a tire, the apparatus comprising: a plurality of vertical columns ; a modular frame ; a top rim plate , coupled to at least one drive unit , configured to move vertically in one of up and down position; and at least one arm , actuated by at least one arm actuating drive , wherein the modular frame and the plurality of vertical columns are configured to act as structures for mounting the top rim plate , a bottom rim plate mounted on said at least one arm , which in turn is guided on the modular frame , wherein said at least one arm is configured to linearly move with the bottom rim plate in one of an IN position and an OUT position to load and unload the tire, and during the IN position, the at least one arm with the bottom rim plate is concentric with the top rim plate , characterized in that the bottom rim plate is spring loaded to maintain a clearance with the modular frame ; the at least one drive unit comprises at least one sensing device for controlling the movement of the top rim plate ; and the top rim plate is adapted to move vertically by means of screw and nut means actuated by the at least one drive unit . a plurality of vertical columns ; a modular frame ; a top rim plate , coupled to at least one drive unit , configured to move vertically in one of up and down position; and at least one arm , actuated by at least one arm actuating drive , wherein the modular frame and the plurality of vertical columns are configured to act as structures for mounting the top rim plate , a bottom rim plate mounted on said at least one arm , which in turn is guided on the modular frame , wherein said at least one arm is configured to linearly move with the bottom rim plate in one of an IN position and an OUT position to load and unload the tire, and during the IN position, the at least one arm with the bottom rim plate is concentric with the top rim plate , characterized in that the bottom rim plate is spring loaded to maintain a clearance with the modular frame ; the at least one drive unit comprises at least one sensing device for controlling the movement of the top rim plate ; and the top rim plate is adapted to move vertically by means of screw and nut means actuated by the at least one drive unit .
Device intended to generate electricity comprising a planar fuel cell comprising: • cells each provided with an anode and a cathode associated with a membrane , • a first face and a second face opposite to said first face , said first face being arranged on the side with the anodes of said fuel cell and said second face being arranged on the side with the cathodes of said fuel cell , characterized in that it comprises a system configured to generate a first air flow (F1) intended to cooperate thermally with the first face , and configured to generate a second air flow (F2) intended to cooperate with the second face to ensure the supply of oxidizer to the cathodes of said fuel cell. • cells each provided with an anode and a cathode associated with a membrane , • a first face and a second face opposite to said first face , said first face being arranged on the side with the anodes of said fuel cell and said second face being arranged on the side with the cathodes of said fuel cell ,
Method for 3D printing mineral wool fiber-containing products of predetermined three-dimensional geometry by successive addition of material according to the additive shaping principle from 3D model data, involving performing each of the following method steps: • forming a shapeable mixture comprising mineral wool fibers and at least one binder mixed in a shapeable foam comprising water as a base, at least one foaming agent and gas as its components; • applying the shapeable mixture comprising mineral wool fibers and at least one binder mixed in said shapeable foam via a nozzle into the application region layer-by-layer; • curing or drying at least one of the layers to form a mineral wool fiber-containing intermediate product of predetermined shape by curing or drying the at least one binder of said shapeable mixture, wherein the method further comprises the step of causing the shapeable foam to at least partly, preferably by at least 80 %, more preferably by at least 90 %, and most preferably by at least 98 % by weight thereof disappear from the mineral wool fiber-containing intermediate product, the step being performed thermally by heating the mineral wool fiber-containing intermediate product to a temperature high enough for eliminating the foam and its components by vaporization, burning, and/or decomposition or any combinations thereof, but low enough to avoid decomposition of the at least one binder. • forming a shapeable mixture comprising mineral wool fibers and at least one binder mixed in a shapeable foam comprising water as a base, at least one foaming agent and gas as its components; • applying the shapeable mixture comprising mineral wool fibers and at least one binder mixed in said shapeable foam via a nozzle into the application region layer-by-layer; • curing or drying at least one of the layers to form a mineral wool fiber-containing intermediate product of predetermined shape by curing or drying the at least one binder of said shapeable mixture,
A suture manipulating device comprising: a jaw structure having a longitudinal axis, wherein the jaw structure comprises a first jaw having a first jaw track and a second jaw having a second jaw track ; a shuttle for holding and moving a suture , said shuttle being movable in said first and second tracks (64, 264; 66, 148); wherein said first jaw track distally terminates at a first track port and said second jaw track distally terminates at a second track port , said first and second track ports aligning with each other and being adjacent to or in contact with each other when the jaw structure is in its closed configuration; a first pusher configured for sliding in said first jaw track and for pushing the shuttle from the first jaw track out the first track port and into the second track port; a second pusher configured for sliding in said second jaw track and for pushing the shuttle from the second jaw track out the second track port and into the first track port; characterised by an opening element between the first jaw and the second jaw, wherein the opening element is configured to produce an outward force against the first jaw to bring the jaw structure into an open configuration when the opening element is translated proximally along the longitudinal axis of the jaw structure; and a closing element configured to compress the first jaw toward the second jaw to bring the jaw structure into a closed configuration when the closing element is translated distally with respect to the jaw structure. a jaw structure having a longitudinal axis, wherein the jaw structure comprises a first jaw having a first jaw track and a second jaw having a second jaw track ; a shuttle for holding and moving a suture , said shuttle being movable in said first and second tracks (64, 264; 66, 148); wherein said first jaw track distally terminates at a first track port and said second jaw track distally terminates at a second track port , said first and second track ports aligning with each other and being adjacent to or in contact with each other when the jaw structure is in its closed configuration; a first pusher configured for sliding in said first jaw track and for pushing the shuttle from the first jaw track out the first track port and into the second track port; a second pusher configured for sliding in said second jaw track and for pushing the shuttle from the second jaw track out the second track port and into the first track port; characterised by an opening element between the first jaw and the second jaw, wherein the opening element is configured to produce an outward force against the first jaw to bring the jaw structure into an open configuration when the opening element is translated proximally along the longitudinal axis of the jaw structure; and a closing element configured to compress the first jaw toward the second jaw to bring the jaw structure into a closed configuration when the closing element is translated distally with respect to the jaw structure.
Sanding tool having a sanding body that is rotatable about an axis of rotation , wherein the lateral surface of the sanding body is configured as intended as a sanding surface for sanding, characterized in that the sanding body has at least two openings , passing through the sanding body , on diametrically opposite sides of the lateral surface with respect to the axis of rotation , said openings being arranged such that a sander can see through the rotating sanding body while sanding, wherein, for this purpose, several pairs of diametrically opposite openings are arranged in the sanding body so as to be offset in a vertical direction H and in a circumferential direction from one another and the openings are optionally in the form of slots which are oriented along or transversely to the axis of rotation or are in the form of triangles with rounded corners in the sanding body .
A pump assembly with at least one liquid space in the interior, said liquid space containing a liquid or being designed for receiving a liquid, wherein a sensor is arranged in the liquid space which sensor is designed to detect at least one material property of the liquid located in the liquid space , characterized in that a filter element is arranged in the interior of the liquid space in a manner such that it at least partly separates a space containing the sensor from the further surroundings inside the liquid space and that it shields the sensor with respect to the surrounding liquid space , the filter element being permeable to the liquid and designed such that it decreases the ingress of gas bubbles towards the sensor .
An ultrasonic sensor (1; 21; 31) comprising: a cylindrical case having a bottom which includes a bottom plate and a side wall ; a piezoelectric element that is disposed at the bottom plate in the case; a pin terminal , one of end portions thereof being disposed in the case and the other end portion thereof being disposed outside of the case; a strip-shaped flexible substrate (9; 29A, 29B; 39A; 39B) including a first end and a second end, the first end being connected to the one of the end portions of the pin terminal, the second end being connected to the piezoelectric element; and a damping member that seals the one of the end portions of the pin terminal and the flexible substrate in the case, wherein the flexible substrate is bent and disposed in the case so that the first end connected to the one of the end portions of the pin terminal extends in a same direction as the one of the end portions of the pin terminal and is connected to the pin terminal over a substantial portion of the end portion of the pin terminal and so that the flexible substrate bends from the first end, extends towards the side wall of the case, and terminates in the second end. a cylindrical case having a bottom which includes a bottom plate and a side wall ; a piezoelectric element that is disposed at the bottom plate in the case; a pin terminal , one of end portions thereof being disposed in the case and the other end portion thereof being disposed outside of the case; a strip-shaped flexible substrate (9; 29A, 29B; 39A; 39B) including a first end and a second end, the first end being connected to the one of the end portions of the pin terminal, the second end being connected to the piezoelectric element; and a damping member that seals the one of the end portions of the pin terminal and the flexible substrate in the case, wherein the flexible substrate is bent and disposed in the case so that the first end connected to the one of the end portions of the pin terminal extends in a same direction as the one of the end portions of the pin terminal and is connected to the pin terminal over a substantial portion of the end portion of the pin terminal and so that the flexible substrate bends from the first end, extends towards the side wall of the case, and terminates in the second end.
A method for outputting a wake-up model, comprising: acquiring voice information received within a preset time period before a device is awakened, wherein the device is provided with the wake-up model for outputting preset response information when a preset wake-up word is received, wherein awaking the device is awaking a speech assistant of the device; performing speech recognition on the voice information to obtain a recognition result; extracting feature information of the voice information in response to determining that the recognition result does not include the preset wake-up word; generating a counterexample training sample based on the feature information, wherein the feature information of the voice information is used as the counterexample training sample; and training the wake-up model using the counterexample training sample, and outputting the trained wake-up model, wherein the training is performed by using a wake-up word included in the voice information as an input, and using null information as an expected output. acquiring voice information received within a preset time period before a device is awakened, wherein the device is provided with the wake-up model for outputting preset response information when a preset wake-up word is received, wherein awaking the device is awaking a speech assistant of the device; performing speech recognition on the voice information to obtain a recognition result; extracting feature information of the voice information in response to determining that the recognition result does not include the preset wake-up word; generating a counterexample training sample based on the feature information, wherein the feature information of the voice information is used as the counterexample training sample; and training the wake-up model using the counterexample training sample, and outputting the trained wake-up model, wherein the training is performed by using a wake-up word included in the voice information as an input, and using null information as an expected output.
A system for wirelessly detecting a status of a plurality of components (110A-1 10N) within a vehicle using a single connection, comprising: a plurality of modules (102A-102N) coupled with one or more sensors, wherein each of the modules is associated with a same type of component as the others of the modules and is configured to monitor a status of the associated component; wherein each of the modules comprises a wireless radio (104A-104N) and two electrical inputs , wherein one of the electrical inputs is connected to a remote switch that when actuated disables the wireless radio, and wherein the other of the electrical inputs is connected to a second remote switch that when actuated causes the wireless radio to switch to a client; wherein each of the modules is configured to switch a configuration of its wireless radio between a wireless access point, WAP, and a client; wherein the system further comprises a processor and a set of instructions to dynamically configure a wireless radio of one of the modules to be the WAP and configure the wireless radios of the remaining modules to connect to the WAP as clients; and wherein the processor is further configured to automatically switch the module acting as the WAP to a client upon detection of a distinct wireless network of an aircraft server , and automatically connect the wireless radios of each module with the distinct wireless network of the aircraft server. a plurality of modules (102A-102N) coupled with one or more sensors, wherein each of the modules is associated with a same type of component as the others of the modules and is configured to monitor a status of the associated component; wherein each of the modules comprises a wireless radio (104A-104N) and two electrical inputs , wherein one of the electrical inputs is connected to a remote switch that when actuated disables the wireless radio, and wherein the other of the electrical inputs is connected to a second remote switch that when actuated causes the wireless radio to switch to a client; wherein each of the modules is configured to switch a configuration of its wireless radio between a wireless access point, WAP, and a client; wherein the system further comprises a processor and a set of instructions to dynamically configure a wireless radio of one of the modules to be the WAP and configure the wireless radios of the remaining modules to connect to the WAP as clients; and wherein the processor is further configured to automatically switch the module acting as the WAP to a client upon detection of a distinct wireless network of an aircraft server , and automatically connect the wireless radios of each module with the distinct wireless network of the aircraft server.