mhurhangee/ep-ind-claims huggingface dataset:
A pressure sensor (1, 2) comprising: a base (10, 210) comprising an accommodation portion which is provided at an upper surface of the base and a recess portion provided at a lower surface of the base; a pressure sensor element disposed in the accommodation portion; and a lead portion (45, 45A) electrically-connected to the pressure sensor element, comprising a terminal portion accommodated in the recess portion provided along the lower surface of the base, and exposed to an outside of the base, wherein the terminal portion comprises a recessed groove portion (5, 5A, 5B, 205) provided on a second surface which is an opposite surface of a first surface facing the base, and wherein by the recessed groove portion, the terminal portion is divided into a first region comprising a tip of the terminal portion and a second region extending away from the tip of the terminal portion. a base (10, 210) comprising an accommodation portion which is provided at an upper surface of the base and a recess portion provided at a lower surface of the base; a pressure sensor element disposed in the accommodation portion; and a lead portion (45, 45A) electrically-connected to the pressure sensor element, comprising a terminal portion accommodated in the recess portion provided along the lower surface of the base, and exposed to an outside of the base, wherein the terminal portion comprises a recessed groove portion (5, 5A, 5B, 205) provided on a second surface which is an opposite surface of a first surface facing the base, and wherein by the recessed groove portion, the terminal portion is divided into a first region comprising a tip of the terminal portion and a second region extending away from the tip of the terminal portion.
A synergistic combination of an antibody specific for CD19 and bendamustine for use in the treatment of non-Hodgkin's lymphoma, chronic lymphocytic leukemia or acute lymphoblastic leukemia, wherein the antibody comprises a variable heavy chain of the sequence EVQLVESGGGLVKPGGSLKLSCAASGYTFTSYVMHWVRQAPGKGLEWIGYINPYNDG TKYNEKFQGRVTISSDKSISTAYMELSSLRSEDTAMYYCARGTYYYGTRVFDYWGQG TLVTVSS (SEQ ID NO: 10) and a variable light chain of the sequence DIVMTQSPATLSLSPGERATLSCRSSKSLQNVNGNTYLYWFQQKPGQSPQLLIYRMSN LNSGVPDRFSGSGSGTEFTLTISSLEPEDFAVYYCMQHLEYPITFGAGTKLEIK (SEQ ID NO: 11) and a heavy chain constant domain of the sequence EVQLVESGGGLVKPGGSLKLSCAASGYTFTSYVMHWVRQAPGKGLEWIGYINPYNDG TKYNEKFQGRVTISSDKSISTAYMELSSLRSEDTAMYYCARGTYYYGTRVFDYWGQG TLVTVSS (SEQ ID NO: 10) and a variable light chain of the sequence DIVMTQSPATLSLSPGERATLSCRSSKSLQNVNGNTYLYWFQQKPGQSPQLLIYRMSN LNSGVPDRFSGSGSGTEFTLTISSLEPEDFAVYYCMQHLEYPITFGAGTKLEIK (SEQ ID NO: 11) and a heavy chain constant domain of the sequence
A method of zooming in a graphical user interface of an electronic device having a touch screen for receiving input from a user via touch interactions, wherein the method comprises detecting a first touch event, which is the result of a first touch interaction at a first coordinate of said touch screen; detecting a second touch event, which is the result of a second touch interaction, subsequent to the first touch interaction, at a second coordinate of said touch screen, wherein the first touch interaction is a first press-down operation at said first coordinate; the second touch interaction is a second press down operation at said second coordinate; and the first press-down operation is terminated before the second press-down operation is performed; characterised by detecting a third touch event, which is the result of a third touch interaction, subsequent to the second touch interaction, at a third coordinate (c3a, c3b) of said touch screen, wherein the third touch interaction is a third press-down operation at said third coordinate (c3a, c3b), and the second press-down operation is terminated before the third press-down operation is performed; and controlling the touch screen to perform a zoom operation on an image displayed on the graphical user interface, wherein the zoom operation is representative of a first distance L 1 between the first coordinate and the second coordinate and a second distance L 2 between the first coordinate and the third coordinate (c3a, c3b).
System for monitoring the use of hand tools comprising: - At least one hand tool which in turn comprises at least one passive transponder integrated inside its handle; - A passive user transponder to link each user with said passive user transponder; - A wearable electronic device adaptable to the hand and/or wrist of the user who is going to handle the hand tool and which includes a reader for reading the passive transponder of the hand tool and the passive user transponder; and - A computer equipment to store and process the information collected by the wearable electronic device; and wherein the passive transponder of the hand tool, the passive user transponder and the reader of said passive transponders that comprises the wearable electronic device are of the type that use radio frequency identification technology (RFID) and work at the low frequency of 125 KHz or 134.5 KHz and in the near field. - At least one hand tool which in turn comprises at least one passive transponder integrated inside its handle; - A passive user transponder to link each user with said passive user transponder; - A wearable electronic device adaptable to the hand and/or wrist of the user who is going to handle the hand tool and which includes a reader for reading the passive transponder of the hand tool and the passive user transponder; and - A computer equipment to store and process the information collected by the wearable electronic device;
Appliance system having at least two appliances, in particular at least two household appliances, the appliances each having a water heater; the respective appliance having a communication interface, by way of which it communicates with the other appliances in the appliance system during operation; at least one of the appliances having a water quantity meter facility, a temperature meter facility and a control facility; the control facility being connected to each of the water heater, the water quantity meter facility and the temperature meter facility for communication purposes, so that the control facility can request values from them and/or activate them; the control facility being programmed and/or containing and implementing corresponding algorithms to perform a method step to identify water hardness; and the control facility being programmed and/or containing and implementing corresponding algorithms so that it transmits the identified water hardness to at least one of the other appliances in the appliance system by way of the communication interface.
A method performed by a network node for configuring a network slice, the method comprising, in response to a request to configure a network slice: configuring network resources for providing the network slice; and configuring a state of the network slice to a first state, wherein in the first state the network slice is disabled, wherein the network slice is associated with an additional state and the additional state comprises a locked state (240, 940) or an unlocked state (250, 950), or a shutting down state, wherein in the locked state (240, 940) and in the shutting down state the network slice does not accept new wireless devices, and the method comprises configuring the additional state of the network slice from the shutting down state to the locked state when a last wireless device leaves the network slice. configuring network resources for providing the network slice; and configuring a state of the network slice to a first state, wherein in the first state the network slice is disabled, wherein the network slice is associated with an additional state and the additional state comprises a locked state (240, 940) or an unlocked state (250, 950), or a shutting down state, wherein in the locked state (240, 940) and in the shutting down state the network slice does not accept new wireless devices, and the method comprises configuring the additional state of the network slice from the shutting down state to the locked state when a last wireless device leaves the network slice.
A processor-implemented method of estimating a state of a battery, the method comprising: acquiring current information and voltage information of a battery; determining time interval values based on the acquired current information such that current integration values corresponding to the time interval values satisfy a condition; generating a feature vector including the determined time interval values and voltage values, the voltage values corresponding to the determined time interval values in the acquired voltage information; and determining state information of the battery based on the generated feature vector and a state estimation model, wherein the state information includes a state of charge, SOC, and/or a state of health, SOH. acquiring current information and voltage information of a battery; determining time interval values based on the acquired current information such that current integration values corresponding to the time interval values satisfy a condition; generating a feature vector including the determined time interval values and voltage values, the voltage values corresponding to the determined time interval values in the acquired voltage information; and determining state information of the battery based on the generated feature vector and a state estimation model, wherein the state information includes a state of charge, SOC, and/or a state of health, SOH.
Smart optical tag, comprising an air-tight housing; a processing unit, which is simultaneously powered by an electrical energy container and the voltage converted from an optical input using an optical-electrical converter; wherein the tag receives first data via a light-optical input, wherein the first data are converted from a light signal into an electrical signal in the optical-electrical converter; wherein the tag transmits second data via a light-optical output, wherein the second data are converted into a light signal in an electrical-optical converter; characterized in that the tag further comprises an electrical communication interface which enables communication with external devices; wherein the smart optical tag is adapted to additionally capture and save information from peripheral measuring-sensor elements through the electrical communication interface.
A repeater system for implementing within a mobile platform, the repeater system comprising: repeater circuitry configured for repeating signals between at least one device and at least one signal source, the repeater circuitry having a plurality of configurable settings for controlling operation of the repeater circuitry; controller circuitry configured for varying at least one of the configurable settings; one or more movement sensors configured and positioned for sensing one or more motions of the mobile platform; and, memory circuitry containing known path information for a predetermined and known path that is to be travelled by the mobile platform, characterized in that the controller circuitry configured to use an input from the one or more movement sensors to determine over a period of time current path information for the mobile platform and to compare the determined current path information to the known path information for the mobile platform for determining the current location of the mobile platform and repeater system as it is moving along the known path; wherein the current path information is information representative of a current path of the mobile platform, the known path information is information representative of the predetermined and known path of the mobile platform, and the current path is a portion of the known path over which the mobile platform travels during the period of time; and the controller circuitry varying the at least one configurable setting based upon the determined current location along the known path. repeater circuitry configured for repeating signals between at least one device and at least one signal source, the repeater circuitry having a plurality of configurable settings for controlling operation of the repeater circuitry; controller circuitry configured for varying at least one of the configurable settings; one or more movement sensors configured and positioned for sensing one or more motions of the mobile platform; and, memory circuitry containing known path information for a predetermined and known path that is to be travelled by the mobile platform, characterized in that the controller circuitry configured to use an input from the one or more movement sensors to determine over a period of time current path information for the mobile platform and to compare the determined current path information to the known path information for the mobile platform for determining the current location of the mobile platform and repeater system as it is moving along the known path; wherein the current path information is information representative of a current path of the mobile platform, the known path information is information representative of the predetermined and known path of the mobile platform, and the current path is a portion of the known path over which the mobile platform travels during the period of time; and the controller circuitry varying the at least one configurable setting based upon the determined current location along the known path.
Transportable formwork device for producing prefabricated concrete parts, comprising at least one vertical central formwork structure (4, 5) and at least one vertical outer formwork structure which delimit an intermediate concrete-receiving space for a prefabricated concrete part to be made, wherein the central formwork structure (4, 5) is arranged fixedly on a mobile support and the outer formwork structure can be moved on rails (9, 10) on an adjustable working platform (6, 7) which adjoins the support, but is designed separately from the support, characterized in that the support carrying the central formwork structure (4, 5) is designed as a semitrailer for a semitrailer tractor or as a trailer.
A biometric user authentication method, comprising: • enrolling a user based on user's biometric samples to generate user's reference data; and • authenticating the user based on a user's live biometric sample and the user's reference data; wherein enrolling a user includes: • acquiring the user's biometric samples; • extracting an enrollment feature vector ( x j) from each user's biometric sample; • computing a biometric reference template vector as a mean vector ( x) based on the enrollment feature vectors ( x j); • computing a variation vector ( q) based on the enrollment feature vectors ( x j) and the mean vector ( x); • randomly generating an enrollment secret vector ( s); and it is characterized by: • computing an enrollment code vector ( z) based on the enrollment secret vector ( s) and the variation vector ( q); • computing a difference vector ( w) as a wrap-around difference between the enrollment code vector ( z) and the mean vector ( x); • setting an error tolerance level ( e); • computing an error correction vector ( p) based on the enrollment secret vector ( s) to enable error correction during the user authentication phase if said error tolerance level ( e) is different from zero; and • storing the variation vector ( q), the difference vector ( w), and the error correction vector ( p) as a first part of the user's reference data to be used during the user authentication phase. • enrolling a user based on user's biometric samples to generate user's reference data; and • authenticating the user based on a user's live biometric sample and the user's reference data; • acquiring the user's biometric samples; • extracting an enrollment feature vector ( x j) from each user's biometric sample; • computing a biometric reference template vector as a mean vector ( x) based on the enrollment feature vectors ( x j); • computing a variation vector ( q) based on the enrollment feature vectors ( x j) and the mean vector ( x); • randomly generating an enrollment secret vector ( s); • computing an enrollment code vector ( z) based on the enrollment secret vector ( s) and the variation vector ( q); • computing a difference vector ( w) as a wrap-around difference between the enrollment code vector ( z) and the mean vector ( x); • setting an error tolerance level ( e); • computing an error correction vector ( p) based on the enrollment secret vector ( s) to enable error correction during the user authentication phase if said error tolerance level ( e) is different from zero; and • storing the variation vector ( q), the difference vector ( w), and the error correction vector ( p) as a first part of the user's reference data to be used during the user authentication phase.
Guiding or holding device having a U-shaped or C-shaped receiving element (1, 1/1, 1/2) for receiving a pipe, hose or a cable, wherein the receiving element (1, 1/1, 1/2) has a coupling portion (3, 3/1, 3/2) for releasably coupling to other components, wherein the coupling portion (3, 3/1, 3/2) is arranged in a peripheral region of the receiving element (1, 1/1, 1/2) and has an outer mounting surface (4, 4/1, 4/2) in the region of which there are arranged coupling elements (20, 21, 20/1, 21/1, 20/2, 21/2 or 24, 24/1, 24/2) which protrude beyond the mounting surface (4, 4/1, 4/2) and project into the mounting surface, via which coupling elements the receiving element (1, 1/1, 1/2) can be selectively coupled to a further receiving element (1, 1/1 or 1/2), wherein a holding element or a connecting element (40, 50) is provided for the receiving element (1, 1/1, 1/2) and by means of which the receiving element (1, 1/1, 1/2) or a plurality of receiving elements (1, 1/1, 1/2) can be selectively coupled, characterized in that the receiving element (1, 1/1, 1/2) forms spaced-apart holding legs (7, 7/1, 7/2, 8, 8/1, 8/2) whose end portions (11, 12) form protruding latching lugs (13, 14) onto which a securing bracket (2, 2/1, 2/2) having corresponding latching depressions (15, 16) can be placed in a latching and releasable manner.
A method of manufacturing a panel for a vehicle, the method comprising: trimming second ends (21, 31) of each of first and second charges (20, 30); overlapping the first and second charges (20, 30) and aligning the second ends (21, 31); positioning forming sheets between the first and second charges (20, 30); securing blades (27, 37) of the first and second charges (20, 30) together, the blades (27, 37) being positioned on an opposing end of the first and second charges (20, 30) from the second ends (21, 31); while the first and second charges (20, 30) are secured together, applying forces to the forming sheets and separating second ends (21, 31) of the first and second charges (20, 30) and forming first and second flanges (28, 38); filling a groove formed between the first and second flanges (28, 38) with filler material; and while the first and second charges (20, 30) are secured together, placing the first and second flanges (28, 38) on a panel with the first and second flanges (28, 38) contacting against the panel and the groove positioned at the panel. trimming second ends (21, 31) of each of first and second charges (20, 30); overlapping the first and second charges (20, 30) and aligning the second ends (21, 31); positioning forming sheets between the first and second charges (20, 30); securing blades (27, 37) of the first and second charges (20, 30) together, the blades (27, 37) being positioned on an opposing end of the first and second charges (20, 30) from the second ends (21, 31); while the first and second charges (20, 30) are secured together, applying forces to the forming sheets and separating second ends (21, 31) of the first and second charges (20, 30) and forming first and second flanges (28, 38); filling a groove formed between the first and second flanges (28, 38) with filler material; and while the first and second charges (20, 30) are secured together, placing the first and second flanges (28, 38) on a panel with the first and second flanges (28, 38) contacting against the panel and the groove positioned at the panel.
A method for providing multi -part persistent content, comprising: requesting, by a client device from a content server via one or more networks, a content item; receiving, by the client device from the content server, a first portion of a multi-part content item, the first portion of the multi-part content item displayed to a user of the client device; providing, by the client device to the content server, an authentication token and an identification of a state of execution of the multi-part content item, the content server storing the authentication token in association with the state of execution of the multi-part content item, wherein the authentication token comprises a device identifier; subsequently requesting, by the client device from the content server, a second content item, the request comprising the authentication token; and receiving, by the client device from the content server, a second portion of the multi part content item, the second portion of the multi-part content item displayed to the user of the client device, the second portion selected by the content server responsive to retrieval of the association between the authentication token and the state of execution of the multi-part content item. requesting, by a client device from a content server via one or more networks, a content item; receiving, by the client device from the content server, a first portion of a multi-part content item, the first portion of the multi-part content item displayed to a user of the client device; providing, by the client device to the content server, an authentication token and an identification of a state of execution of the multi-part content item, the content server storing the authentication token in association with the state of execution of the multi-part content item, wherein the authentication token comprises a device identifier; subsequently requesting, by the client device from the content server, a second content item, the request comprising the authentication token; and receiving, by the client device from the content server, a second portion of the multi part content item, the second portion of the multi-part content item displayed to the user of the client device, the second portion selected by the content server responsive to retrieval of the association between the authentication token and the state of execution of the multi-part content item.