mhurhangee/patent-ind-claim-en huggingface dataset:
A control arrangement for controlling an electrical power supply circuit to a heater , the control arrangement comprising: a first moveable electrical contact (6a, 6b; 106a, 106b), the first moveable electrical contact (6a, 6b; 106a, 106b) mating with a corresponding first fixed electrical contact (7a, 7b; 107a, 107b) in the electrical power supply circuit in a closed position and the first moveable electrical contact (6a, 6b; 106a, 106b) being separated from the first fixed electrical contact (7a, 7b; 107a, 107b) in an open position to interrupt the electrical power supply circuit ; a first thermally sensitive actuator (10a, 10b; 110a, 110b) operable at an overheat temperature in an overheat mode of operation to move the first moveable electrical contact (6a, 6b; 106a, 106b) from the closed position to the open position; and an electromechanical solenoid (18; 118), comprising an inductive coil wrapped around an armature , and characterised by a solenoid control arrangement for supplying the electromechanical solenoid (18; 118) with electrical power in an interrupt mode of operation such that the armature operates to move the first moveable electrical contact (6a, 6b; 106a, 106b) from the closed position to the open position. a first moveable electrical contact (6a, 6b; 106a, 106b), the first moveable electrical contact (6a, 6b; 106a, 106b) mating with a corresponding first fixed electrical contact (7a, 7b; 107a, 107b) in the electrical power supply circuit in a closed position and the first moveable electrical contact (6a, 6b; 106a, 106b) being separated from the first fixed electrical contact (7a, 7b; 107a, 107b) in an open position to interrupt the electrical power supply circuit ; a first thermally sensitive actuator (10a, 10b; 110a, 110b) operable at an overheat temperature in an overheat mode of operation to move the first moveable electrical contact (6a, 6b; 106a, 106b) from the closed position to the open position; and an electromechanical solenoid (18; 118), comprising an inductive coil wrapped around an armature , and characterised by a solenoid control arrangement for supplying the electromechanical solenoid (18; 118) with electrical power in an interrupt mode of operation such that the armature operates to move the first moveable electrical contact (6a, 6b; 106a, 106b) from the closed position to the open position.
Optical H + -sensor, comprising a H + -indicator material, wherein the H + -indicator material is present between a support material and a H + -permeable layered structure, the layered structure comprising an H + -permeable hydrophilic layer and an H + -permeable cation exchange layer .
A process for obtaining alginate, alginic acid or an alginate derivative, or a salt thereof, said process comprising the steps of: (i) providing a seaweed portion comprising a stipe; (ii) bleaching the seaweed portion comprising a stipe; and (iii) extracting the alginate, alginic acid or an alginate derivative, or a salt thereof from the seaweed portion comprising a stipe; wherein the bleaching comprises a first neutral or alkaline bleaching step that precedes the extraction step, the first neutral or alkaline bleaching step comprising using a bleaching composition under neutral or alkaline conditions, and wherein the bleaching further comprises a first acid bleaching step that precedes the extraction step, the first acid bleaching step comprising using a bleaching composition under acid conditions. (i) providing a seaweed portion comprising a stipe; (ii) bleaching the seaweed portion comprising a stipe; and (iii) extracting the alginate, alginic acid or an alginate derivative, or a salt thereof from the seaweed portion comprising a stipe; wherein the bleaching comprises a first neutral or alkaline bleaching step that precedes the extraction step, the first neutral or alkaline bleaching step comprising using a bleaching composition under neutral or alkaline conditions, and wherein the bleaching further comprises a first acid bleaching step that precedes the extraction step, the first acid bleaching step comprising using a bleaching composition under acid conditions.
An antibody or antigen-binding fragment thereof which (i) binds to a peptide having the amino acid sequence TEDEVQSYPSKHDYV (SEQ ID NO: 5) or EVQSYPSKHDYV (SEQ ID NO: 6) and/or (ii) binds to claudin 18.2 (CLDN18.2), wherein said antibody or antigen-binding fragment thereof binds to CLDN18.2 by binding at least to an epitope within CLDN18.2 having the amino acid sequence TEDEVQSYPSKHDYV (SEQ ID NO: 5) or EVQSYPSKHDYV (SEQ ID NO: 6). (i) binds to a peptide having the amino acid sequence TEDEVQSYPSKHDYV (SEQ ID NO: 5) or EVQSYPSKHDYV (SEQ ID NO: 6) and/or (ii) binds to claudin 18.2 (CLDN18.2), wherein said antibody or antigen-binding fragment thereof binds to CLDN18.2 by binding at least to an epitope within CLDN18.2 having the amino acid sequence TEDEVQSYPSKHDYV (SEQ ID NO: 5) or EVQSYPSKHDYV (SEQ ID NO: 6).
A medical device comprising: a balloon inflatable to an inflated configuration , the balloon comprising: a non-compliant layer coextruded on an inner layer ; and an outer layer coextruded on the non-compliant layer, wherein the non-compliant layer is configured to delaminate from the inner layer and the outer layer in the inflated configuration at a predetermined pressure; wherein the non-compliant layer defines at least one of a discontinuity, a perforation, a window, or an opening in the inflated configuration. a balloon inflatable to an inflated configuration , the balloon comprising: a non-compliant layer coextruded on an inner layer ; and an outer layer coextruded on the non-compliant layer, wherein the non-compliant layer is configured to delaminate from the inner layer and the outer layer in the inflated configuration at a predetermined pressure; a non-compliant layer coextruded on an inner layer ; and an outer layer coextruded on the non-compliant layer, wherein the non-compliant layer is configured to delaminate from the inner layer and the outer layer in the inflated configuration at a predetermined pressure; wherein the non-compliant layer defines at least one of a discontinuity, a perforation, a window, or an opening in the inflated configuration.
Device for verifying an identity of a person, wherein at least personal data is assigned to the person, the device comprising: a detection device , which is configured to detect various personal data of the person, which are relevant for different services, and to generate a data set, wherein the data set comprises a selected combination of the various personal data for a service to be provided; a processor , which is configured to determine a hash value of the data set using a hash function; and a communication interface , which is configured to send the hash value of the data set to a server via a communication network , and to receive a verification indicator from the server via the communication network in order to verify the identity of the person and to provide the service, where an identification document is assigned to the person, wherein the various personal data are stored electronically in the identification document, and wherein the detection device comprises a reading device for reading the various personal data from the identification document, or wherein an identification document is assigned to the person, wherein the various personal data are printed on the identification document, and wherein the detection device comprises an image camera for optically detecting the various personal data on the identification document. a detection device , which is configured to detect various personal data of the person, which are relevant for different services, and to generate a data set, wherein the data set comprises a selected combination of the various personal data for a service to be provided; a processor , which is configured to determine a hash value of the data set using a hash function; and a communication interface , which is configured to send the hash value of the data set to a server via a communication network , and to receive a verification indicator from the server via the communication network in order to verify the identity of the person and to provide the service, where an identification document is assigned to the person, wherein the various personal data are stored electronically in the identification document, and wherein the detection device comprises a reading device for reading the various personal data from the identification document, or wherein an identification document is assigned to the person, wherein the various personal data are printed on the identification document, and wherein the detection device comprises an image camera for optically detecting the various personal data on the identification document.
A trigger assembly for a power tool comprising: a housing ; a moveable plunger extending from a surface of the housing, the moveable plunger including a first end disposed externally from the housing and a second end disposed internally within the housing; a trigger shoe coupled to the first end of the moveable plunger; an arm including a first side that is moveably connected to the second end of the moveable plunger and a second side that is coupled to an annular magnet ; and a sensor configured to sense a magnetic field of the annular magnet, wherein movement of the trigger shoe rotates the annular magnet about a central axis (B) of the annular magnet and alters the magnetic field sensed by the sensor. a housing ; a moveable plunger extending from a surface of the housing, the moveable plunger including a first end disposed externally from the housing and a second end disposed internally within the housing; a trigger shoe coupled to the first end of the moveable plunger; an arm including a first side that is moveably connected to the second end of the moveable plunger and a second side that is coupled to an annular magnet ; and a sensor configured to sense a magnetic field of the annular magnet, wherein movement of the trigger shoe rotates the annular magnet about a central axis (B) of the annular magnet and alters the magnetic field sensed by the sensor.
A current control circuit for connection between a first bi-pole DC electrical network and a converter , the converter including at least one energy storage device, the current control circuit comprising: first and second input terminals for connection to the first electrical network ; first and second output terminals for respective connection to converter terminals of the converter ; first and second switching limbs, the first switching limb interconnecting the first input and output terminals , the second switching limb interconnecting the second input and output terminals , each switching limb including a respective switching element ; a director limb extending between the first and second output terminals , the director limb including a first and a second director limb portions , the first and second director limb portions separated by an intermediate terminal of the director limb, the first director limb portion extending between the first output terminal and the intermediate terminal , the second director limb portion extending between the second output terminal and the intermediate terminal , each director limb portion including a respective current director element and a respective first resistive element connected in series; a second resistive element , a first end of the second resistive element operably connected to the intermediate terminal , a second end of the second resistive element operably connectable to ground; and a controller programmed to selectively control switching of each switching element so as to, in use, regulate a flow of current from the first electrical network to the converter . first and second input terminals for connection to the first electrical network ; first and second output terminals for respective connection to converter terminals of the converter ; first and second switching limbs, the first switching limb interconnecting the first input and output terminals , the second switching limb interconnecting the second input and output terminals , each switching limb including a respective switching element ; a director limb extending between the first and second output terminals , the director limb including a first and a second director limb portions , the first and second director limb portions separated by an intermediate terminal of the director limb, the first director limb portion extending between the first output terminal and the intermediate terminal , the second director limb portion extending between the second output terminal and the intermediate terminal , each director limb portion including a respective current director element and a respective first resistive element connected in series; a second resistive element , a first end of the second resistive element operably connected to the intermediate terminal , a second end of the second resistive element operably connectable to ground; and a controller programmed to selectively control switching of each switching element so as to, in use, regulate a flow of current from the first electrical network to the converter .
An apparatus comprising: an asynchronous pipeline comprising a first stage , a second stage , and a third stage, wherein the second stage provides an input to the first stage and wherein the first stage provides an input to the third stage; a controller configured to provide control signals to the first stage to indicate a modification to an operating speed of the first stage, wherein the modification is determined based on a comparison of a completion status of the first stage to a completion status of the second stage and to a completion status of the third stage; and characterised in that at least one buffer having a variable drive strength to drive signals between portions of the first stage, wherein the controller is configured to provide control signals to indicate at least one modification of the variable drive strength of the at least one buffer for modifying an operating speed of at least one of the portions of the first stage, and wherein the at least one modification of the variable drive strength is determined based on the completion status of the first stage compared to the completion status of the second stage. an asynchronous pipeline comprising a first stage , a second stage , and a third stage, wherein the second stage provides an input to the first stage and wherein the first stage provides an input to the third stage; a controller configured to provide control signals to the first stage to indicate a modification to an operating speed of the first stage, wherein the modification is determined based on a comparison of a completion status of the first stage to a completion status of the second stage and to a completion status of the third stage; and characterised in that at least one buffer having a variable drive strength to drive signals between portions of the first stage, wherein the controller is configured to provide control signals to indicate at least one modification of the variable drive strength of the at least one buffer for modifying an operating speed of at least one of the portions of the first stage, and wherein the at least one modification of the variable drive strength is determined based on the completion status of the first stage compared to the completion status of the second stage.
A wavelength conversion module, comprising: a substrate , having a rough surface (R110) comprising two first regions (R111) and a second region (R112), wherein the second region (R112) is located between the two first regions (R111) in a radial direction on the substrate ; and a wavelength conversion layer , located on the substrate and comprising a wavelength conversion material (WM), a bonding material (BM) and a plurality of diffuse reflection particles (RM), wherein the wavelength conversion material (WM) is distributed in the bonding material (BM), the plurality of diffuse reflection particles (RM) are located on the rough surface (R110) of the substrate , and the plurality of diffuse reflection particles (RM) are located between the wavelength conversion material (WM) and the substrate , and wherein a second density of the plurality of diffuse reflection particles (RM) in the second region (R112) is greater than a first density of the plurality of diffuse reflection particles (RM) in one of the two first regions (R111). a substrate , having a rough surface (R110) comprising two first regions (R111) and a second region (R112), wherein the second region (R112) is located between the two first regions (R111) in a radial direction on the substrate ; and a wavelength conversion layer , located on the substrate and comprising a wavelength conversion material (WM), a bonding material (BM) and a plurality of diffuse reflection particles (RM), wherein the wavelength conversion material (WM) is distributed in the bonding material (BM), the plurality of diffuse reflection particles (RM) are located on the rough surface (R110) of the substrate , and the plurality of diffuse reflection particles (RM) are located between the wavelength conversion material (WM) and the substrate , and wherein a second density of the plurality of diffuse reflection particles (RM) in the second region (R112) is greater than a first density of the plurality of diffuse reflection particles (RM) in one of the two first regions (R111).
A flow cytometry method for evaluating a biological material sample for unassociated virus-size particles of an influenza virus viral type, the method comprising: subjecting to flow cytometry a fluid sample comprising at least a portion of the biological material sample, wherein the fluid sample comprises a fluorescent antibody stain capable of binding, directly or indirectly, with an epitope of the influenza virus viral type, the fluorescent antibody stain comprising a fluorescent component or components attached to an antibody molecule that is specific to binding to the epitope, the flow cytometry comprising: flowing the fluid sample through a flow cell of a flow cytometer; subjecting the fluid sample flowing through the flow cell to excitation radiation capable of causing a fluorescent emission response from the fluorescent antibody stain; and detecting radiation from the flow cell within a wavelength range of the fluorescent emission and evaluating the detected radiation to identify detection events indicative of passage through the flow cell of the unassociated labeled particles of virus size including a said virus-size particle of the influenza virus viral type bound with a portion of the fluorescent antibody stain; wherein, the fluid sample as fed to the flow cytometer comprises: a concentration of the unassociated labeled particles in a range of from 1 × 10 5 to 1 × 10 9 particles per milliliter; and a concentration of the fluorescent antibody stain not bound in the unassociated labeled particles and a total concentration of the fluorescent antibody stain each in a range of from 0.5 microgram per milliliter to 8 micrograms per milliliter. flowing the fluid sample through a flow cell of a flow cytometer; subjecting the fluid sample flowing through the flow cell to excitation radiation capable of causing a fluorescent emission response from the fluorescent antibody stain; and detecting radiation from the flow cell within a wavelength range of the fluorescent emission and evaluating the detected radiation to identify detection events indicative of passage through the flow cell of the unassociated labeled particles of virus size including a said virus-size particle of the influenza virus viral type bound with a portion of the fluorescent antibody stain; wherein, the fluid sample as fed to the flow cytometer comprises: a concentration of the unassociated labeled particles in a range of from 1 × 10 5 to 1 × 10 9 particles per milliliter; and a concentration of the fluorescent antibody stain not bound in the unassociated labeled particles and a total concentration of the fluorescent antibody stain each in a range of from 0.5 microgram per milliliter to 8 micrograms per milliliter. a concentration of the unassociated labeled particles in a range of from 1 × 10 5 to 1 × 10 9 particles per milliliter; and a concentration of the fluorescent antibody stain not bound in the unassociated labeled particles and a total concentration of the fluorescent antibody stain each in a range of from 0.5 microgram per milliliter to 8 micrograms per milliliter.
A method performed in a wireless device for handling dual connectivity to two network nodes , the wireless device having simultaneous connections to a first network node and a second network node and communicating all radio resource control signaling with a radio resource control entity of the first network node , the method comprising: - receiving , from the first network node , a radio resource configuration message, the radio resource configuration message indicating a change in configuration of the connection towards the second network node and including an identifier of the wireless device comprising a Cell Radio Network Temporary Identifier, C-RNTI, for the second network node , - applying the change in configuration towards the second network node in response to the radio resource configuration message, - initiating a random access procedure towards the second network node after applying the change in configuration, wherein the random access procedure comprises a contention based random access and the method initiate the random access procedure by: - transmitting a randomly selected random access preamble to the second network node , - receiving a random access response comprising a random access code, such as Random Access Radio Network Temporary Identifier, RA-RNTI, from the second network node , and - transmitting, to the second network node , a message comprising the identifier of the wireless device , the identifier comprising the Cell Radio Network Temporary Identifier, C-RNTI, received from the first network node and assigned by the second network node . - receiving , from the first network node , a radio resource configuration message, the radio resource configuration message indicating a change in configuration of the connection towards the second network node and including an identifier of the wireless device comprising a Cell Radio Network Temporary Identifier, C-RNTI, for the second network node , - applying the change in configuration towards the second network node in response to the radio resource configuration message, - initiating a random access procedure towards the second network node after applying the change in configuration, wherein the random access procedure comprises a contention based random access and the method initiate the random access procedure by: - transmitting a randomly selected random access preamble to the second network node , - receiving a random access response comprising a random access code, such as Random Access Radio Network Temporary Identifier, RA-RNTI, from the second network node , and - transmitting, to the second network node , a message comprising the identifier of the wireless device , the identifier comprising the Cell Radio Network Temporary Identifier, C-RNTI, received from the first network node and assigned by the second network node .
An arrangement for a screen with a number of sections (1-3) which are foldable and/or pivotal in relation to one another and which form a screen-off, which comprises a fixed section and two sections pivotal in relation thereto, or one fixed section and a number of foldable or pivotal sections in relation to one another, which are pivotally mounted on the fixed section, the fixed section being mounted on a foot , characterised in that the foot includes a supporting base plate , that the base plate is covered with a hood for preventing direct contact of at least the upper side of the base plate and possibly also the major portion of the edges of the base plate , and that the base plate is substantially rectangular and has a bight extending from the corner of the longitudinal side in towards the centre of the base plate, and that at least one counterweight is fixed at each short side of the rectangular base plate .