mhurhangee/patent-ind-claim-en huggingface dataset:
A pulse-width-regulating valve for the regulation of a fluid flow and/or a fluid pressure, the pulse-width-regulating valve comprising: an inflow valve ; a cut-off valve connected in series with the inflow valve , at least one of the cut-off valve and the inflow valve being provided with an axially displaceable or rotatable valve element , the valve element offering gliding port transitions said gliding port transitions making it possible that any speed acceleration of said valve element is achievable prior to reaching an opening position and/or a closing position; a valve gear device , wherein the cut-off valve and the inflow valve are connected to the valve gear device ; and a valve synchronizer , wherein the valve gear device is connected to the valve synchronizer , and the valve synchronizer is arranged to adjust an operational phase relationship for opening and closing movements between the cut-off valve and the inflow valve . an inflow valve ; a cut-off valve connected in series with the inflow valve , at least one of the cut-off valve and the inflow valve being provided with an axially displaceable or rotatable valve element , the valve element offering gliding port transitions said gliding port transitions making it possible that any speed acceleration of said valve element is achievable prior to reaching an opening position and/or a closing position; a valve gear device , wherein the cut-off valve and the inflow valve are connected to the valve gear device ; and a valve synchronizer , wherein the valve gear device is connected to the valve synchronizer , and the valve synchronizer is arranged to adjust an operational phase relationship for opening and closing movements between the cut-off valve and the inflow valve .
An oral care product array comprising: a handle component comprising a power source; a first refill component comprising a first light generating module configured to emit light in a first spectrum from the first refill component ; and a second refill component comprising a second light generating module configured to emit light in a second spectrum from the second refill component , the second spectrum being different than the first spectrum; the first refill component alterable between: a decoupled state in which the first refill component is separated from the handle component ; and a coupled state in which the first refill component is mounted to the handle component and the first light generating module is powered by the power source to emit light in the first spectrum from the first refill component ; and the second refill component alterable between: a decoupled state in which the second refill component is separated from the handle component ; and a coupled state in which the second refill component is mounted to the handle component and the second light generating module is powered by the power source to emit light in the second spectrum from the second refill component ; characterized in that the first and second refill components each comprise a selection indicator feature and the handle component comprises a selection identifier which interacts with the selection indicator feature when either the first or second refill component is in the coupled state. a handle component comprising a power source; a first refill component comprising a first light generating module configured to emit light in a first spectrum from the first refill component ; and a second refill component comprising a second light generating module configured to emit light in a second spectrum from the second refill component , the second spectrum being different than the first spectrum; the first refill component alterable between: a decoupled state in which the first refill component is separated from the handle component ; and a coupled state in which the first refill component is mounted to the handle component and the first light generating module is powered by the power source to emit light in the first spectrum from the first refill component ; and the second refill component alterable between: a decoupled state in which the second refill component is separated from the handle component ; and a coupled state in which the second refill component is mounted to the handle component and the second light generating module is powered by the power source to emit light in the second spectrum from the second refill component ; characterized in that the first and second refill components each comprise a selection indicator feature and the handle component comprises a selection identifier which interacts with the selection indicator feature when either the first or second refill component is in the coupled state.
A method for sensitive identification of high-affinity complexes made of two ligands and one receptor , comprising the steps i) interaction of a large number of different complexes made of ligands of a chemical library with at least one receptor in a solution, the ligands of the library having a single-strand DNA or RNA with a base length of more than 2 bases, which is bonded chemically covalently to the ligands , and only 2 to 10 bases of the single-strand DNA or RNA of a first part of the ligands being complementary to bases of the single-strand DNA or RNA of a second part of the ligands ; ii) incubation of the solution for a specific period of time, complexes made of ligand complexes and the receptor being produced; iii) identification of the resulting complexes made of ligand complexes and the receptor , characterized in that the solution is incubated at a room temperature at which, between the first part of the ligands and the second part of the ligands , an equilibrium of hybridisation to form ligand complexes and dissociation to form free ligands arises, wherein, in step i), the ligands are complexed to form ligand complexes via hybridisation of the DNA or RNA, wherein the single-strand DNA or RNA in the first part of the ligands and the single-strand DNA or RNA in the second part of the ligands comprises a base sequence which codes for the chemically covalently-bonded ligand . i) interaction of a large number of different complexes made of ligands of a chemical library with at least one receptor in a solution, the ligands of the library having a single-strand DNA or RNA with a base length of more than 2 bases, which is bonded chemically covalently to the ligands , and only 2 to 10 bases of the single-strand DNA or RNA of a first part of the ligands being complementary to bases of the single-strand DNA or RNA of a second part of the ligands ; ii) incubation of the solution for a specific period of time, complexes made of ligand complexes and the receptor being produced; iii) identification of the resulting complexes made of ligand complexes and the receptor ,
A method for transmitting a demodulation reference signal, comprising: a base station transmitting a plurality of demodulation reference signal, DMRS, ports through frequency division multiplexing, FDM, and/or code division multiplexing, CDM, and/or time division multiplexing, TDM; wherein the base station transmits a DMRS in at least one orthogonal frequency division multiplexing, OFDM, symbol group, wherein n OFDM symbols constitute one OFDM symbol group {x1, x2, ... xn}, 0<n<5, 0≤x1∼xn<14, and x1∼xn and n are integers. a base station transmitting a plurality of demodulation reference signal, DMRS, ports through frequency division multiplexing, FDM, and/or code division multiplexing, CDM, and/or time division multiplexing, TDM; wherein the base station transmits a DMRS in at least one orthogonal frequency division multiplexing, OFDM, symbol group, wherein n OFDM symbols constitute one OFDM symbol group {x1, x2, ... xn}, 0<n<5, 0≤x1∼xn<14, and x1∼xn and n are integers.
A system for determining parameters for image acquisition, the system comprising: one or more image sensors , wherein each image sensor : is arranged to capture a set of images of a scene; and each image sensor comprises a set of adjustable imaging parameters; a projector configured to project a moving pattern on the scene, wherein the projector comprises a set of adjustable projector parameters; and a processor in communication with the one or more image sensors and the projector , wherein the processor is configured to determine, based on a set of one or more operational or thermal constraints associated with the projector : the set of adjustable projector parameters to control the projector to project the moving pattern on the scene, and the set of adjustable imaging parameters to control the one or more image sensors to capture the set of images of the moving pattern on the scene, characterised in that the processor is further configured to determine the set of adjustable projector parameters and the set of adjustable imaging parameters so as to reduce noise in 3D data generated based on the set of images below a noise threshold, wherein otherwise a portion of the 3D data includes one or more missing pixels due to the noise. one or more image sensors , wherein each image sensor : is arranged to capture a set of images of a scene; and each image sensor comprises a set of adjustable imaging parameters; is arranged to capture a set of images of a scene; and each image sensor comprises a set of adjustable imaging parameters; a projector configured to project a moving pattern on the scene, wherein the projector comprises a set of adjustable projector parameters; and a processor in communication with the one or more image sensors and the projector , wherein the processor is configured to determine, based on a set of one or more operational or thermal constraints associated with the projector : the set of adjustable projector parameters to control the projector to project the moving pattern on the scene, and the set of adjustable imaging parameters to control the one or more image sensors to capture the set of images of the moving pattern on the scene, characterised in that the processor is further configured to determine the set of adjustable projector parameters and the set of adjustable imaging parameters so as to reduce noise in 3D data generated based on the set of images below a noise threshold, wherein otherwise a portion of the 3D data includes one or more missing pixels due to the noise. the set of adjustable projector parameters to control the projector to project the moving pattern on the scene, and the set of adjustable imaging parameters to control the one or more image sensors to capture the set of images of the moving pattern on the scene, characterised in that the processor is further configured to determine the set of adjustable projector parameters and the set of adjustable imaging parameters so as to reduce noise in 3D data generated based on the set of images below a noise threshold, wherein otherwise a portion of the 3D data includes one or more missing pixels due to the noise.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving , from a base station, BS, resource configuration information for uplink, UL, or downlink, DL, transmission in a plurality of bandwidth parts, BWPs, the resource configuration information indicating UL and DL resources configured per BWP in a time domain; receiving , from the BS, information associated with an activated BWP; determining frequency domain resource information corresponding to the activated BWP; determining time domain resource information, based on the resource configuration information and the activated BWP, the time domain resource information including at least one UL resource and at least one DL resource configured for the activated BWP; and communicating (1306; 1308; 1309) with the BS based on the time domain resource information and the frequency domain resource information. receiving , from a base station, BS, resource configuration information for uplink, UL, or downlink, DL, transmission in a plurality of bandwidth parts, BWPs, the resource configuration information indicating UL and DL resources configured per BWP in a time domain; receiving , from the BS, information associated with an activated BWP; determining frequency domain resource information corresponding to the activated BWP; determining time domain resource information, based on the resource configuration information and the activated BWP, the time domain resource information including at least one UL resource and at least one DL resource configured for the activated BWP; and communicating (1306; 1308; 1309) with the BS based on the time domain resource information and the frequency domain resource information.
A communication apparatus for a hearing protection apparatus for a mission performing user , the communication apparatus comprising: - a communication device comprising a hearing protection device interface , wherein the hearing protection device interface comprises a wired interface; - a sensor interface device comprising a sensor interface configured to connect with a plurality of sensor devices including a first sensor device (S1) and a second sensor device (S2), wherein the communication device is releasably connected to the sensor interface device via respective connectors of the communication device and the sensor interface device for mechanical and electrical connection between the communication device and the sensor interface device ; - a memory ; and - a processing unit ; wherein the processing unit is configured to: - obtain first sensor data via a first sensor interface of the sensor interface , wherein the first sensor interface comprises a first connector for mechanical and electrical connection to the first sensor device (S1), and wherein the first sensor data comprises information related to a physical condition and/or mental condition of the user ; - obtain second sensor data via a second sensor interface of the sensor interface ; and - determine user data based on the first sensor data and the second sensor data. - a communication device comprising a hearing protection device interface , wherein the hearing protection device interface comprises a wired interface; - a sensor interface device comprising a sensor interface configured to connect with a plurality of sensor devices including a first sensor device (S1) and a second sensor device (S2), wherein the communication device is releasably connected to the sensor interface device via respective connectors of the communication device and the sensor interface device for mechanical and electrical connection between the communication device and the sensor interface device ; - a memory ; and - a processing unit ; - obtain first sensor data via a first sensor interface of the sensor interface , wherein the first sensor interface comprises a first connector for mechanical and electrical connection to the first sensor device (S1), and wherein the first sensor data comprises information related to a physical condition and/or mental condition of the user ; - obtain second sensor data via a second sensor interface of the sensor interface ; and - determine user data based on the first sensor data and the second sensor data.
An optical sensor comprising: pixels including: photoreceptors (PR) for detecting received light, analog comparators (C) for comparing signals from the photoreceptors to a ramp voltage; current memories (LC) for storing current counts that are related to the ramp voltage; old memories (LO) for storing previous counts; and one or more digital comparators (DC) for comparing a difference between the current counts and the previous counts to at least one event threshold. pixels including: photoreceptors (PR) for detecting received light, analog comparators (C) for comparing signals from the photoreceptors to a ramp voltage; current memories (LC) for storing current counts that are related to the ramp voltage; old memories (LO) for storing previous counts; and one or more digital comparators (DC) for comparing a difference between the current counts and the previous counts to at least one event threshold.
A method for monitoring vehicle states in rail vehicles , containing the following steps: inputting (S10) data from at least one on-vehicle vehicle monitoring system , inputting (S10) data from at least one on-track vehicle monitoring system , the data being captured and supplied by the at least one on-vehicle vehicle monitoring system and the at least one on-track vehicle monitoring system , evaluating (S12) the data input and determining (S14) error states of a rail vehicle from the data evaluated, characterised in that , as the data is evaluated and error states of a rail vehicle are determined from the data evaluated, the data from the at least one on-vehicle vehicle monitoring system and the data from the at least one on-track vehicle monitoring system are correlated with one another and plausibility checked in order to determine the error states of the rail vehicle . inputting (S10) data from at least one on-vehicle vehicle monitoring system , inputting (S10) data from at least one on-track vehicle monitoring system , the data being captured and supplied by the at least one on-vehicle vehicle monitoring system and the at least one on-track vehicle monitoring system , evaluating (S12) the data input and determining (S14) error states of a rail vehicle from the data evaluated, characterised in that , as the data is evaluated and error states of a rail vehicle are determined from the data evaluated, the data from the at least one on-vehicle vehicle monitoring system and the data from the at least one on-track vehicle monitoring system are correlated with one another and plausibility checked in order to determine the error states of the rail vehicle .
A process to obtain tetraxetan that comprises the following steps: (a) obtention of tetraxetan by the following reaction: where X is a halogen, Y is selected from hydrogen or an alkaline element, the base is selected from potassium, sodium or lithium hydroxide, the pH is maintained between 7 and 8.5 and the reaction temperature is maintained between 70 and 100°C, and crystallization of the obtained tetraxetan by lowering the pH below 3 to obtain a tetraxetan crude; (b) purification of the crystallized tetraxetan crude obtained in the previous step, involving at least one electrodialysis; (c) isolation of the product obtained in the previous step by spray drying. (a) obtention of tetraxetan by the following reaction: where X is a halogen, Y is selected from hydrogen or an alkaline element, the base is selected from potassium, sodium or lithium hydroxide, the pH is maintained between 7 and 8.5 and the reaction temperature is maintained between 70 and 100°C, and crystallization of the obtained tetraxetan by lowering the pH below 3 to obtain a tetraxetan crude; (b) purification of the crystallized tetraxetan crude obtained in the previous step, involving at least one electrodialysis; (c) isolation of the product obtained in the previous step by spray drying.
A signalling device for a motor vehicle, comprising an opaque screen including passages connecting a front face to a rear face of said screen, a first light source capable of emitting a first light beam illuminating several passages at the rear face of the opaque screen , a means for focusing the first light beam , interposed between the first light source and the opaque screen , to allow the transmission of 80% to 95% of the light intensity of the first light beam through the passages , the means for focusing the first light beam comprising: - a first optical diopter , arranged opposite the first light source , so that the light rays composing the first light beam propagate parallel or substantially parallel to each other, downstream from the first optical diopter ; and - a second optical diopter , arranged between the first optical diopter and the opaque screen , so as to split the first light beam into several sub-light beams , characterized in that , the second optical diopter includes several protrusions , at its front face , each protrusion occupying a passage of the opaque screen - a first optical diopter , arranged opposite the first light source , so that the light rays composing the first light beam propagate parallel or substantially parallel to each other, downstream from the first optical diopter ; and - a second optical diopter , arranged between the first optical diopter and the opaque screen , so as to split the first light beam into several sub-light beams ,
A device for determining a volume of liquid in a hydrocarbon fluid sample, the device including: - a cell comprising an upper part defined by a tubular sidewall and a lower part that is tapered with a pointed end, defined by a cone-shaped closed extremity, the lower part forming a chamber configured to receive the liquid; and - a piston comprising an upper part and a lower part , the piston being slidable in the cell and sealing the cell in a gas-tight manner. - a cell comprising an upper part defined by a tubular sidewall and a lower part that is tapered with a pointed end, defined by a cone-shaped closed extremity, the lower part forming a chamber configured to receive the liquid; and - a piston comprising an upper part and a lower part , the piston being slidable in the cell and sealing the cell in a gas-tight manner.
Hand-operated working apparatus, preferably a handheld garden or forestry working apparatus, comprising - a first housing body , - an apparatus connecting part extending away from the first housing body , - a handle housing body , which is displaceably held on the apparatus connecting part , wherein it rests against the first housing body in a position of use and is fixed to the first housing body and/or to the apparatus connecting part and, in a release position displaced on the apparatus connecting part , is moved away from the first housing body , and - an electrical cable connection , which is fixed at a first fixing point in or on the first housing body , is fixed at a second fixing point in or on the handle housing body and, between the two fixing points , has a finger-actuated detachable electrical plug-in connection which is inaccessible in the position of use of the handle housing body , wherein - the electrical cable connection has an additional cable length , with which it follows the movement of the handle housing body away from the position of use into the release position, and - the electrical plug-in connection for finger-actuated detachment is accessible in a transition region from the first housing body and the handle housing body when the handle housing body is in the release position . - a first housing body , - an apparatus connecting part extending away from the first housing body , - a handle housing body , which is displaceably held on the apparatus connecting part , wherein it rests against the first housing body in a position of use and is fixed to the first housing body and/or to the apparatus connecting part and, in a release position displaced on the apparatus connecting part , is moved away from the first housing body , and - an electrical cable connection , which is fixed at a first fixing point in or on the first housing body , is fixed at a second fixing point in or on the handle housing body and, between the two fixing points , has a finger-actuated detachable electrical plug-in connection which is inaccessible in the position of use of the handle housing body , wherein - the electrical cable connection has an additional cable length , with which it follows the movement of the handle housing body away from the position of use into the release position, and - the electrical plug-in connection for finger-actuated detachment is accessible in a transition region from the first housing body and the handle housing body when the handle housing body is in the release position .