mhurhangee/patent-ind-claim-en huggingface dataset:
Optical resonator device with crossed cavities, being configured for optically trapping atoms, comprising - a first linear optical resonator extending between first resonator mirrors along a first resonator light path and supporting a first resonator mode, - a second linear optical resonator extending between second resonator mirrors along a second resonator light path and supporting a second resonator mode, wherein the first and second resonator light paths span a main resonator plane, and - a carrier device carrying the first and second resonator mirrors , wherein the first and second resonator mirrors are arranged such that the first and second resonator modes cross each other for providing an optical lattice trap in the main resonator plane, characterized in that - the carrier device comprises a monolithic spacer body being made of an ultra-low-expansion material and comprising first carrier surfaces accommodating the first resonator mirrors and second carrier surfaces accommodating the second resonator mirrors , wherein - the first resonator light path extends through a first spacer body bore in the spacer body between the first carrier surfaces , and the second resonator light path extends through a second spacer body bore in the spacer body between the second carrier surfaces . - a first linear optical resonator extending between first resonator mirrors along a first resonator light path and supporting a first resonator mode, - a second linear optical resonator extending between second resonator mirrors along a second resonator light path and supporting a second resonator mode, wherein the first and second resonator light paths span a main resonator plane, and - a carrier device carrying the first and second resonator mirrors , wherein the first and second resonator mirrors are arranged such that the first and second resonator modes cross each other for providing an optical lattice trap in the main resonator plane, characterized in that - the carrier device comprises a monolithic spacer body being made of an ultra-low-expansion material and comprising first carrier surfaces accommodating the first resonator mirrors and second carrier surfaces accommodating the second resonator mirrors , wherein - the first resonator light path extends through a first spacer body bore in the spacer body between the first carrier surfaces , and the second resonator light path extends through a second spacer body bore in the spacer body between the second carrier surfaces .
A matrix-assisted method of analyzing a liquid sample that includes biological materials for one or more target components, comprising: (a) adding a solidifying agent to a specimen obtained from the liquid sample that includes the biological materials; (b) generating a solidified sample comprising dispersed biological materials to capture and immobilize the dispersed biological materials in a three-dimensional state; (c) introducing a refractive index matching material to the solidified sample; and (d) imaging the solidified sample to identify the one or more target components in the dispersed biological materials; wherein the solidifying agent comprises a mixture of chemical monomers and cross linkers to create a synthetic chemical gel having a chemically cross-linked polymer network. (a) adding a solidifying agent to a specimen obtained from the liquid sample that includes the biological materials; (b) generating a solidified sample comprising dispersed biological materials to capture and immobilize the dispersed biological materials in a three-dimensional state; (c) introducing a refractive index matching material to the solidified sample; and (d) imaging the solidified sample to identify the one or more target components in the dispersed biological materials;
An apparatus, comprising: a catheter having a proximal end portion and a distal end portion and defining a lumen therethrough; an introducer having a first member and a second member, at least a portion of the second member movably disposed in the first member between a proximal position and a distal position relative to the first member, the second member including a guide , a distal end portion of the guide being disposed in a distal position relative to the first member when the second member is in the distal position; a locking mechanism coupled to a distal end of the first member, the locking mechanism configured to couple the introducer to a peripheral intravenous line; and an actuator coupled to the catheter , at least a portion of the actuator disposed in the second member and configured to move from a first configuration toward a second configuration to move the second member from its proximal position to its distal position, the actuator configured to move relative to the second member to be placed in the second configuration when the second member is placed in its distal position, the catheter being disposed within the introducer when the actuator is in the first configuration and disposed within and extending past an end of the peripheral intravenous line when the actuator is in the second configuration. a catheter having a proximal end portion and a distal end portion and defining a lumen therethrough; an introducer having a first member and a second member, at least a portion of the second member movably disposed in the first member between a proximal position and a distal position relative to the first member, the second member including a guide , a distal end portion of the guide being disposed in a distal position relative to the first member when the second member is in the distal position; a locking mechanism coupled to a distal end of the first member, the locking mechanism configured to couple the introducer to a peripheral intravenous line; and an actuator coupled to the catheter , at least a portion of the actuator disposed in the second member and configured to move from a first configuration toward a second configuration to move the second member from its proximal position to its distal position, the actuator configured to move relative to the second member to be placed in the second configuration when the second member is placed in its distal position, the catheter being disposed within the introducer when the actuator is in the first configuration and disposed within and extending past an end of the peripheral intravenous line when the actuator is in the second configuration.
Structural unit having a first structural element , having a second structural element and having a connecting unit which is intended for transmitting torque from the first structural element to the second structural element during an operating process, wherein the first structural element is a shaft or a hub or a gearwheel, wherein the first structural element has at least one groove into which at least a component of the connecting unit engages, wherein the connecting unit has two, three, four, five or more integrally formed components, characterized in that the connecting unit consists of at least 90 percent technical ceramic by mass, and the connecting unit fastens the second structural element to the first structural element in a form-fitting manner in relation to a circumferential direction of the first structural element, and the first and second structural elements are displaceable relative to one another in a longitudinal direction of the first structural element, and at least one of the components is of roller-like form.
A method for mounting a motor vehicle tire on a rim of a wheel, wherein at least one tire bead of the motor vehicle tire is prestretched on a separate prestretching machine in a targeted manner before the tire is pulled onto the rim in a tire pulling-on machine, in particular before the tire beads are pulled over the rim flanges of the rim, characterized in that the tire bead is prestretched in that tensioning jaws, which bear in a distributed manner over a circle circumference on the inside of the tire bead , are preferably uniformly radially further outwardly displaced and in so doing stretch the tire bead by introducing stretching forces, wherein the tire bead is thereby stretched from a starting diameter to a target diameter and held at this target diameter for a predetermined holding time of at least 300 ms, preferably at least 500 ms, wherein measurement is made of the diameter of the tire bead during the stretching process or of the stretching forces which are introduced into the tire bead for prestretching the latter, and wherein the measured values are compared with stored desired or limit values.
A composition for cytology staining, comprising: i. a dye component consisting of a single dye of Azure C; ii. one or more hygroscopic polyol(s), said polyol(s) present at less than about 10% v/v of the composition in total; and iii. a remainder, wherein the remainder is a solvent consisting essentially of water. i. a dye component consisting of a single dye of Azure C; ii. one or more hygroscopic polyol(s), said polyol(s) present at less than about 10% v/v of the composition in total; and iii. a remainder, wherein the remainder is a solvent consisting essentially of water.
A surge protection apparatus assembly having a socket (H) for receiving a surge protection device plug (ÜSS), and a surge protection device plug (ÜSS), • wherein the socket (H) is designed for receiving the surge protection device plug (USS) in an essentially form-fitting manner, • wherein the socket (H) has a locking device (V) that holds a plugged-in surge protection device plug (USS) in the socket (H) such that it cannot be removed from the bracket, characterized in that • the surge protection device plug (ÜSS) has a surge protection device (USE) and a first release device (E 1 ), wherein the first release device (E 1 ), in a first warning state of the surge protection device (ÜSE), can act upon the locking device (V) in such a manner that the surge protection device plug (ÜSS) can be removed from the socket. • wherein the socket (H) is designed for receiving the surge protection device plug (USS) in an essentially form-fitting manner, • wherein the socket (H) has a locking device (V) that holds a plugged-in surge protection device plug (USS) in the socket (H) such that it cannot be removed from the bracket, characterized in that • the surge protection device plug (ÜSS) has a surge protection device (USE) and a first release device (E 1 ), wherein the first release device (E 1 ), in a first warning state of the surge protection device (ÜSE), can act upon the locking device (V) in such a manner that the surge protection device plug (ÜSS) can be removed from the socket.
Method for controlling state changes of a drivetrain of a vehicle connecting at least one internal combustion engine and/or one electrical machine to the wheels of the vehicle via a transmission, providing the transfer of torque from the internal combustion engine and/or from the electrical machine to the wheels in accordance with one or more gear ratios, characterized in that : - the authorization to switch from a current state of the drivetrain (E_crt) to a target state of the latter (E_cib) depends on the reduction of the acceleration of the vehicle in an intermediate state of the drivetrain (E_itr) causing the lowest acceleration of the vehicle during the transition between the current state (E_crt) and the target state (E_cib), - this reduction being computed as the acceleration difference of the vehicle between the effective operating point in the current state (E_crt) before the transition and an effective operating point in the intermediate state (E_itr). - the authorization to switch from a current state of the drivetrain (E_crt) to a target state of the latter (E_cib) depends on the reduction of the acceleration of the vehicle in an intermediate state of the drivetrain (E_itr) causing the lowest acceleration of the vehicle during the transition between the current state (E_crt) and the target state (E_cib), - this reduction being computed as the acceleration difference of the vehicle between the effective operating point in the current state (E_crt) before the transition and an effective operating point in the intermediate state (E_itr).
A user equipment , UE, comprising: a cellular wide area radio communication technology circuit configured to provide a communication according to a cellular wide area radio communication technology; a direct device-to-device, D2D, circuit configured to provide D2D communications between the UE and a second UE ; a measurement circuit configured to measure the signal quality of signals of an established D2D communication connection with the second UE ; a message generator configured to: (a) generate, if the measured signal quality fulfils a predefined first signal quality criterion, a first message indicating the measured signal quality to thereby cause an eNodeB to prepare for handover; and (b) generate, if the measured signal quality fulfils a predefined second quality criterion, a second message indicating a request for a handover from the established D2D communication connection with the second UE to a cellular wide area radio communication connection with the second UE ; and a transceiver configured to send the first message and the second message to the eNodeB. a cellular wide area radio communication technology circuit configured to provide a communication according to a cellular wide area radio communication technology; a direct device-to-device, D2D, circuit configured to provide D2D communications between the UE and a second UE ; a measurement circuit configured to measure the signal quality of signals of an established D2D communication connection with the second UE ; a message generator configured to: (a) generate, if the measured signal quality fulfils a predefined first signal quality criterion, a first message indicating the measured signal quality to thereby cause an eNodeB to prepare for handover; and (b) generate, if the measured signal quality fulfils a predefined second quality criterion, a second message indicating a request for a handover from the established D2D communication connection with the second UE to a cellular wide area radio communication connection with the second UE ; and (a) generate, if the measured signal quality fulfils a predefined first signal quality criterion, a first message indicating the measured signal quality to thereby cause an eNodeB to prepare for handover; and (b) generate, if the measured signal quality fulfils a predefined second quality criterion, a second message indicating a request for a handover from the established D2D communication connection with the second UE to a cellular wide area radio communication connection with the second UE ; and a transceiver configured to send the first message and the second message to the eNodeB.
A method for cooperative communication among base stations in a wireless communication system, comprising: predicting a resource level of each base station based on information received from a plurality of base stations; determining base stations having the resource level equal to or less than a set reference level among the plurality of base stations, wherein the set reference level is determined using the resource level for a set interval; configuring available resource information of the determined base stations and the available resource information of the rest of the base stations as different values, by differently configuring resource restriction results of the determined base stations, for the determined base stations and the rest of the base stations; and transmitting the configured available resource information, wherein the resource level represents available resources in a certain time period of the base station. predicting a resource level of each base station based on information received from a plurality of base stations; determining base stations having the resource level equal to or less than a set reference level among the plurality of base stations, wherein the set reference level is determined using the resource level for a set interval; configuring available resource information of the determined base stations and the available resource information of the rest of the base stations as different values, by differently configuring resource restriction results of the determined base stations, for the determined base stations and the rest of the base stations; and transmitting the configured available resource information, wherein the resource level represents available resources in a certain time period of the base station.
A method for shifting gears in a motor vehicle transmission , in which a target gear is engaged, wherein multiple shifting elements (S1 to S6) of the motor vehicle transmission are actuated when the target gear is engaged, wherein the shifting elements interact with corresponding idler wheels or idler shafts, characterized in that in a first step, at least one load-free component of the motor vehicle transmission , namely an idler wheel or an idler shaft of the motor vehicle transmission , which idler wheel or idler shaft was not previously integrated into a power flow and is associated with the target gear, is coupled, via the at least one of the shifting elements (S1 to S6) associated with the idler wheel or the idler shaft, to a transmission input shaft of the motor vehicle transmission or to a drive shaft of the motor vehicle transmission , and, in a second step, a remaining shifting element (S1 to S6) is engaged in order to provide a connection between the transmission input shaft and the drive shaft , and wherein the rotation speed difference thereby occurring in the second step is regulated by means of the remaining shifting element (S1 to S6).
Ground granulated blast furnace slag (GGBS)-based binder comprising: • at least one GGBS; • at least one oxidant O of the GGBS sulphur compounds, particularly of the species S 3 - of said GGBS sulphur compounds, in the oxidation reaction which transforms the GGBS sulphur compounds, particularly of the species S 3 - of said GGBS sulphur compounds, into colourless sulphur species; • and at least one oxidation catalyst OC in said oxidation reaction. • at least one GGBS; • at least one oxidant O of the GGBS sulphur compounds, particularly of the species S 3 - of said GGBS sulphur compounds, in the oxidation reaction which transforms the GGBS sulphur compounds, particularly of the species S 3 - of said GGBS sulphur compounds, into colourless sulphur species; • and at least one oxidation catalyst OC in said oxidation reaction.
Belt buckle for a pelvis belt for supporting a pelvic fracture, having - a housing having a first end and a second end , - a carriage that is arranged moveably in the housing between the first end and the second end , - at least one spring element that is set up to push the carriage in the direction of the second end , - at least one pin that is arranged on the carriage in such a way that it points in the direction of the second end , characterised in that the belt buckle further has - two clamping jaws that are rotatably arranged on the second end of the housing and which have leg spring elements , which they press into a closed position , - a belt guiding region , which runs between the carriage and the clamping jaws , wherein, when the at least one spring element is in a rest position, the at least one pin presses the clamping jaws into an open position , and, when the at least one spring element is in a compressed position, the at least one pin does not press the clamping jaws into the open position , and these are pressed into the closed position by the leg spring elements . - a housing having a first end and a second end , - a carriage that is arranged moveably in the housing between the first end and the second end , - at least one spring element that is set up to push the carriage in the direction of the second end , - at least one pin that is arranged on the carriage in such a way that it points in the direction of the second end , characterised in that the belt buckle further has - two clamping jaws that are rotatably arranged on the second end of the housing and which have leg spring elements , which they press into a closed position , - a belt guiding region , which runs between the carriage and the clamping jaws ,
A multikinase degrader having a structure of: wherein n is 1 to 4.
A system for three-dimensional imaging, the system comprising: a structured light illuminator configured to provide an output light in a structured light pattern with a plurality of nodes, the plurality of nodes having a peak intensity; an imaging sensor configured to detect a reflected light including at least a portion of the output light ; and a time-of-flight,TOF, controller in data communication with the structured light illuminator and the imaging sensor to receive an intensity profile detected by the imaging sensor, the TOF controller configured to apply a detection threshold on the intensity profile to filter out pixels that only receive background illumination, the detection threshold being based upon the peak intensity of the detected intensity profile, the TOF controller being configured to calculate a TOF of the output light and reflected light . a structured light illuminator configured to provide an output light in a structured light pattern with a plurality of nodes, the plurality of nodes having a peak intensity; an imaging sensor configured to detect a reflected light including at least a portion of the output light ; and a time-of-flight,TOF, controller in data communication with the structured light illuminator and the imaging sensor to receive an intensity profile detected by the imaging sensor, the TOF controller configured to apply a detection threshold on the intensity profile to filter out pixels that only receive background illumination, the detection threshold being based upon the peak intensity of the detected intensity profile, the TOF controller being configured to calculate a TOF of the output light and reflected light .