mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising a chuck for clamping workpieces or tools in a clamping space with a clamping force (F) and a drive motor , in particular provided in a chuck receiving portion for receiving the chuck and/or the drive motor , with: - at least two clamping jaws which can be moved in a translational manner along a clamping plane (E) in the direction of a centre Z of the clamping space, wherein the clamping space is formed by end faces of the clamping jaws and - a transmission system which is arranged at least predominantly in the interior of the chuck and which in particular is purely mechanical, preferably purely form-fitting, for transmitting a drive torque of a drive motor , which can be coupled to the transmission system by coupling means of the transmission system, to the clamping jaws in order to move the clamping jaws , wherein the clamping space can be adjusted from the maximum size of the clamping space to the minimum size of the clamping space solely by the drive motor and the movement carried out by the drive motor via the transmission system, characterised in that the system comprises a robot arm for exchanging the chuck, wherein the coupling means can be coupled in an automated manner to a corresponding coupling connection of the drive motor , and wherein an opening width (D) between at least two of the clamping jaws and the clamping force (F) can be adjusted directly by the drive motor . - at least two clamping jaws which can be moved in a translational manner along a clamping plane (E) in the direction of a centre Z of the clamping space, wherein the clamping space is formed by end faces of the clamping jaws and - a transmission system which is arranged at least predominantly in the interior of the chuck and which in particular is purely mechanical, preferably purely form-fitting, for transmitting a drive torque of a drive motor , which can be coupled to the transmission system by coupling means of the transmission system, to the clamping jaws in order to move the clamping jaws , wherein the clamping space can be adjusted from the maximum size of the clamping space to the minimum size of the clamping space solely by the drive motor and the movement carried out by the drive motor via the transmission system, characterised in that the system comprises a robot arm for exchanging the chuck, wherein the coupling means can be coupled in an automated manner to a corresponding coupling connection of the drive motor , and wherein an opening width (D) between at least two of the clamping jaws and the clamping force (F) can be adjusted directly by the drive motor .
An adaptive hydraulic pressure generator comprising at least two successively arranged pressure chambers (11, 12; 201, 202; 301, 302, 303; 401, 402, 403) each divided into two chamber spaces for systems, especially for wave energy systems, in which a mechanical driving force (F) producing energy varies significantly and acts on piston rods (15-17) or on a body forming the pressure chambers and produces reciprocating motion between piston surfaces or displacement surfaces (A 1y , A 1a , A 2y , A 2a ) connected to the piston rods (15-17) and the at least two pressure chambers (11, 12; 201, 202; 301, 302, 303; 401, 402, 403), which causes a fluid in the pressure chambers to be connected via a pressure duct to a system duct connected with an application or via a low pressure duct to a container , wherein the pressure generator is equipped with a control system comprising a control valve system equipped with a control logic which is arranged to connect the chamber spaces of the pressure chambers (11, 12; 201, 202; 301, 302, 303; 401, 402, 403) either to each other, to the pressure duct or the low pressure duct in such a way that the effective area (A eff ) of the piston surfaces or displacement surfaces (A 1y , A 1a , A 2y , A 2a ) changes in accordance with the changes in the mechanical driving force exerted on the piston or displacement surfaces (A 1y , A 1a , A 2y , A 2a ) or the body forming the pressure chamber in such a way that the pressure produced by the pressure generator in the fluid supplied to the system duct exceeds a given threshold pressure as required by the application.
A method for manufacturing a quantum device , comprising the following steps: • A formation of a superconducting layer made of a superconducting material on a substrate , said superconducting layer having a face extending mainly along a basal xy plane, • A formation of a mask on the superconducting layer, said mask comprising masking patterns and at least two openings separated by a masking pattern and alternately disposed in a direction (x) of the xy plane, said at least two openings exposing respectively at least two portions of the superconducting layer and being separated from each other in said direction (x) by a separation distance pi (i=1...n), said at least two openings each further having a width di (i=1 ...n+1) in said direction (x), the separation distance pi and the width di being less than a coherence length L of a Cooper pair in said superconducting material, • A modification, through said at least two openings , of said at least two exposed portions of the superconducting layer , so as to form at least two barriers (31 32, 3i) of width di, each barrier separating two superconducting regions of the superconducting layer . • A formation of a superconducting layer made of a superconducting material on a substrate , said superconducting layer having a face extending mainly along a basal xy plane, • A formation of a mask on the superconducting layer, said mask comprising masking patterns and at least two openings separated by a masking pattern and alternately disposed in a direction (x) of the xy plane, said at least two openings exposing respectively at least two portions of the superconducting layer and being separated from each other in said direction (x) by a separation distance pi (i=1...n), said at least two openings each further having a width di (i=1 ...n+1) in said direction (x), the separation distance pi and the width di being less than a coherence length L of a Cooper pair in said superconducting material, • A modification, through said at least two openings , of said at least two exposed portions of the superconducting layer , so as to form at least two barriers (31 32, 3i) of width di, each barrier separating two superconducting regions of the superconducting layer .
A method for wireless communications, comprising: establishing , at a base station , communication with a user equipment, UE ; determining that the UE supports uplink communication over a plurality of services; configuring power control parameters for at least one service from the plurality of services supported by the UE , wherein configuring the power control parameters comprises correlating the power control parameters for the plurality of services with a single power control command; and transmitting the single power control command to the UE , to configure transmission power, based on the single power control command, for each of the plurality of services for the uplink communication establishing , at a base station , communication with a user equipment, UE ; determining that the UE supports uplink communication over a plurality of services; configuring power control parameters for at least one service from the plurality of services supported by the UE , wherein configuring the power control parameters comprises correlating the power control parameters for the plurality of services with a single power control command; and transmitting the single power control command to the UE , to configure transmission power, based on the single power control command, for each of the plurality of services for the uplink communication
Kitchen appliance comprising a housing on which a vessel can be arranged, the housing having a locking device for locking the vessel to a lid, the locking device having at least one pivotable locking element , a locking lever which can be connected to the locking element for conjoint rotation, and an actuator , the locking lever and the actuator being operatively connected such that the locking lever can be pivoted from an open position into a locking position, and vice versa, as a result of an actuation of the actuator , a detection device being assigned to the locking device, which detection device is designed to recognise a position of the locking lever , and such that the detection device is arranged at least partially on the housing , characterised in that the detection device is itself assigned to the locking lever , so that the position of said locking lever can be detected directly, or in that an end region of a locking linkage which is operatively connected to the actuator is arranged at an end of the locking lever that faces away from the locking element , and in that the detection device is assigned to the locking linkage , which is designed in such a way that a conclusion can be drawn about the position of the locking lever from the position of the locking linkage .
Method for automatically ascertaining cleaning, maintenance and/or repair information (Info) for a motor-driven treatment tool , wherein the treatment tool comprises a residue (RS), able to be detected externally optically, caused during the operation of the treatment tool , wherein the method involves the steps of: a) Optically detecting the residue (RS) by means of an optical detection unit , b) Classing the detected residue (RS) in accordance with a type (AT) of the residue (RS) by means of a classing unit , c) Determining the cleaning, maintenance and/or repair information (Info) based on the classing by means of a determination unit , and d) Outputting the determined cleaning, maintenance and/or repair information (Info) by means of an output unit . a) Optically detecting the residue (RS) by means of an optical detection unit , b) Classing the detected residue (RS) in accordance with a type (AT) of the residue (RS) by means of a classing unit , c) Determining the cleaning, maintenance and/or repair information (Info) based on the classing by means of a determination unit , and d) Outputting the determined cleaning, maintenance and/or repair information (Info) by means of an output unit .
A manufacturing assistance device having at least one transmitter (S) for transmitting ultrasound and having at least a first receiving unit (E) for receiving ultrasound by measuring the propagation time of an ultrasonic measuring signal and having an ultrasonic locating unit for the ultrasonic location of the at least one transmitter (S) for transmitting ultrasound or of objects connected to the at least one transmitter (S), such as tools and/or workpieces and/or components or the like, by determining a distance of the transmitter (S) from at least the one first receiving unit (E) for receiving ultrasound by measuring the propagation time of the ultrasonic measuring signal, wherein a first coordinate system comprising a first coordinate origin (U) for determining the position of the at least one transmitter (S) and/or of the object with first coordinates (X, Y, Z) is assigned to at least the first receiving unit (E), wherein at least a second receiving unit (E) for receiving ultrasound by measuring the propagation time of the ultrasonic measuring signal is provided, wherein a second coordinate system comprising a second coordinate origin (U) and/or another spatial orientation for determining the position of the at least one transmitter (S) and/or of the object with second coordinates (X, Y, Z) is assigned to the second receiving unit (E), and wherein a coordinate transformation unit for transforming at least one of the at least two coordinate systems is provided such that a common coordinate system comprising a common coordinate origin (U) and/or a common spatial orientation is assigned to the at least two receiving units (E), wherein the first receiving unit (E) has a first reception range (B) and the second receiving unit (E) has a second reception range (B), and wherein the at least two reception ranges (B) have a common overlap range (TB), and wherein the overlap range (TB) is configured as a transformation range (TB) of the coordinate transformation unit , wherein the coordinate transformation unit is configured in such a way that, during a transformation phase, the at least one transmitter (S) is disposed and/or moves in the transformation range (TB), and that within the transformation range (TB), provision is made of a transformation position (P) configured as a trigger position of the at least one transmitter (S), wherein the at least one transmitter (S) is disposed at the transformation position (P) configured as a trigger position between two separate movement phases within the transformation range (TB), characterized in that at least one of the at least two receiving units (E) is configured in such a way that, in the trigger position of the at least one transmitter (S), it triggers a trigger pulse for the coordinate transformation unit , and is able to detect whether the transmitter is moving or stationary, and uses a standstill of the transmitter after a movement phase as a trigger point for detecting the corresponding transformation position.
Door opening mechanism having a housing for installation in a door having a door frame and a door leaf that is moveably, in particular pivotably, mounted thereon, having a moveably mounted door opener latch in the housing , a remote-controlled locking device and an intermediate changer constructed as a single or multi-armed lever or slider mounted in the housing, and which interacts with the door opener latch in such a way that the door opener latch can be switched into a locking position and a release position, wherein it is provided that the locking device comprises a remote-controlled actuator and an armature that can be operated thereby, which interacts with the changer in such a way that it is switchable between a locking position in which the changer locks the door opener latch and a release position in which the changer releases the door opener latch , characterised in that, a force-transmitting element is arranged between armature and changer which, in the locking position, rests directly on the changer and directly on the armature in order to lock the changer and wherein the force-transmitting element is floatingly mounted either on the armature or on the changer , wherein either the force-transmitting element is constructed as a solid pin which is floatingly mounted in an elongated hole , or wherein the force-transmitting element is formed as a sleeve and is mounted floatingly in such a way that either the armature has a holding mandrel for supporting the sleeve or the changer has a holding mandrel for supporting the sleeve and the inner diameter of the sleeve is greater than the outer diameter of the holding mandrel .
A bib , in particular for feeding a baby, comprising: - a piece of flexible cloth forming a screen to protect the torso of the baby and furthermore an indentation intended to lie at the front of the neck of the baby; and - a crescent-shaped silicon collar intended to be mounted in said indentation, said collar comprising an inner margin which sticks out from the cloth, inside said indentation, an outer margin , intended to be superimposed with the piece of cloth , characterised in that the collar comprises a strip attached to an edge of the indentation , preferably by sewing, the inner margin extending along a first edge of said strip and the outer margin extending along an opposite edge of said strip. - a piece of flexible cloth forming a screen to protect the torso of the baby and furthermore an indentation intended to lie at the front of the neck of the baby; and - a crescent-shaped silicon collar intended to be mounted in said indentation, said collar comprising an inner margin which sticks out from the cloth, inside said indentation, an outer margin , intended to be superimposed with the piece of cloth , characterised in that the collar comprises a strip attached to an edge of the indentation , preferably by sewing, the inner margin extending along a first edge of said strip and the outer margin extending along an opposite edge of said strip.
A shock absorber assembly with adjustable height for two-wheeled motor vehicles and the like, or sidecars or lightweight vehicles with three or four wheels of the leaning type in corners, comprising a shock absorber with at least one spring , for example a helical spring coaxial to the shock absorber , said shock absorber having a nominal length (L) and at least two couplings operatively connected to the suspension of the vehicle, said spring having a first end and a second end , at least one hydraulic fluid pusher installed in series with the spring , said pusher acting on either one of the two ends of the spring or said pusher acting on one of the two couplings , a source of hydraulic fluid under pressure in fluid connection with said pusher and to actuate said pusher , an accumulator tank assembly in fluid connection with said pusher , said accumulator tank assembly in turn comprising at least one tank and at least one solenoid valve which controls the opening or closing of the inlet/outlet opening of the hydraulic fluid of said tank , said solenoid valve being provided with a large-section port and reduced pressure drops for the hydraulic fluid, characterised in that said source of pressurised hydraulic fluid in direct fluid connection without intermediate valves with said pusher , and in that said solenoid valve is provided with the large-section port and reduced pressure drops for the hydraulic fluid, so as to allow quick discharge of the hydraulic fluid present in the pusher towards said tank and causing an immediate release of the preload of the spring of the shock absorber or an immediate reduction of the loaded length of the shock absorber and therefore an immediate lowering of the vehicle.
Control system for controlling and/or monitoring devices, comprising: - a distributed database system (BC) or a distributed communication system; - a first selection module for selecting control instructions on the basis of selection rules, wherein - the selection rules comprise global selection rules and/or local selection rules and/or device-related selection rules, - a first memory module for storing the selected control instructions in control transactions, wherein - the control transactions are stored in the distributed database system (BC) or by the distributed communication system; - the control transactions are transmitted to devices (D, BCN_D) or nodes (BCN, BCN_D) by means of the distributed database system (BC) or by means of the distributed communication system. - a distributed database system (BC) or a distributed communication system; - a first selection module for selecting control instructions on the basis of selection rules, wherein - the selection rules comprise global selection rules and/or local selection rules and/or device-related selection rules, - the selection rules comprise global selection rules and/or local selection rules and/or device-related selection rules, - a first memory module for storing the selected control instructions in control transactions, wherein - the control transactions are stored in the distributed database system (BC) or by the distributed communication system; - the control transactions are transmitted to devices (D, BCN_D) or nodes (BCN, BCN_D) by means of the distributed database system (BC) or by means of the distributed communication system. - the control transactions are stored in the distributed database system (BC) or by the distributed communication system; - the control transactions are transmitted to devices (D, BCN_D) or nodes (BCN, BCN_D) by means of the distributed database system (BC) or by means of the distributed communication system.
A fire protection device for hung back-ventilated facades, comprising a closure element which is designed to close a gap in a hung back-ventilated facade in the event of a fire, and which can be moved between an open position and a closed position, wherein a tension element is provided which impinges the closure element into the closed position and which can be moved between a pretensioned position and a closing position, wherein the closure element is retained in the pretensioned position by means of a securing element , wherein the securing element is designed in such a way that it releases the closure element when a temperature threshold value is exceeded, characterized in that a mounting element is provided that is designed for mounting on a building wall , and that the closure element is designed for mounting an isolation element on the building wall , wherein the mounting element and the closure element are arranged coaxially with respect to a central longitudinal axis of the fire protection device , wherein the closure element can be displaced axially between the open position and the closed position.
A method for receiving a signal performed by a user equipment , UE, in 3rd generation partnership project, 3GPP,-based wireless communication supporting narrowband Internet of Things, NB-IoT, operations, operating in time division duplex, TDD, the method comprising: configuring (S3002) a search space for receiving a narrowband physical downlink control channel, NPDCCH, transmitted by a base station , BS; and monitoring (S3004) NPDCCH candidates in a corresponding subframe based on the configured search space, wherein each NPDCCH candidate is configured with one or more narrowband control channel elements, NCCEs, based on a corresponding aggregation level, AL, characterized in that in monitoring (S3004) the NPDCCH candidates: based on that the corresponding subframe is a TDD special subframe including a downlink pilot time slot, DwPTS, a guard period, GP, and an uplink pilot time slot, UpPTS, the UE monitors each NPDCCH candidate in the TDD special subframe other than an AL-1 based NPDCCH candidate with 1-NCCE. supporting narrowband Internet of Things, NB-IoT, operations, operating in time division duplex, TDD, the method comprising: configuring (S3002) a search space for receiving a narrowband physical downlink control channel, NPDCCH, transmitted by a base station , BS; and monitoring (S3004) NPDCCH candidates in a corresponding subframe based on the configured search space, wherein each NPDCCH candidate is configured with one or more narrowband control channel elements, NCCEs, based on a corresponding aggregation level, AL, characterized in that in monitoring (S3004) the NPDCCH candidates: based on that the corresponding subframe is a TDD special subframe including a downlink pilot time slot, DwPTS, a guard period, GP, and an uplink pilot time slot, UpPTS, the UE monitors each NPDCCH candidate in the TDD special subframe other than an AL-1 based NPDCCH candidate with 1-NCCE.