mhurhangee/patent-ind-claim-en huggingface dataset:
A screen module, comprising: a fingerprint unit comprising a plurality of fingerprint sensors , which are located in a content display area of the screen module and configured to perform fingerprint acquisition; a processing component connected with the fingerprint unit, the processing component being configured to, after a triggering operation of a user's finger on the content display area is detected, determine a scanning area according to a triggered area corresponding to the triggering operation, and switch fingerprint sensors in the scanning area from a closed state to an actuated state to perform partial scanning of a fingerprint in the scanning area ; data transmission lines connected to the plurality of fingerprint sensors and the processing component , and configured to transmit the fingerprint data acquired by the fingerprint sensors in the scanning area to the processing component ; and a LCD display module , wherein projections of the plurality of fingerprint sensors in a vertical direction fall within projections of areas of a black matrix in sub-pixels of the LCD display module in the vertical direction, wherein the plurality of fingerprint sensors are arranged on a surface of a color filter of the LCD display module and correspond to a plurality of sub-pixels on the color filter respectively, wherein the processing component is further configured to magnify the triggered area by a preset magnification to obtain the scanning area . a fingerprint unit comprising a plurality of fingerprint sensors , which are located in a content display area of the screen module and configured to perform fingerprint acquisition; a processing component connected with the fingerprint unit, the processing component being configured to, after a triggering operation of a user's finger on the content display area is detected, determine a scanning area according to a triggered area corresponding to the triggering operation, and switch fingerprint sensors in the scanning area from a closed state to an actuated state to perform partial scanning of a fingerprint in the scanning area ; data transmission lines connected to the plurality of fingerprint sensors and the processing component , and configured to transmit the fingerprint data acquired by the fingerprint sensors in the scanning area to the processing component ; and a LCD display module , wherein projections of the plurality of fingerprint sensors in a vertical direction fall within projections of areas of a black matrix in sub-pixels of the LCD display module in the vertical direction, wherein the plurality of fingerprint sensors are arranged on a surface of a color filter of the LCD display module and correspond to a plurality of sub-pixels on the color filter respectively, wherein the processing component is further configured to magnify the triggered area by a preset magnification to obtain the scanning area .
An infusion device that can insert an infusion needle at a controlled rate of speed to a depth to deliver medicament to the upper 3 mm of skin surface, comprising: an infusion device base, comprising at least one adhesive layer for releasably securing said infusion device base with said skin surface; an inserter, wherein said inserter comprises an activation subassembly releasably secured to said infusion device base that is configured to release at least a user contact element and a driving spring from said infusion device base upon completed activation, and leave at least a needle with said infusion device base upon completed activation; wherein said activation sub assembly further comprises a plunger and an inserter base . characterized by a pushable handle , configured to release said driving spring of said inserter to insert said needle when pushed toward said skin surface, and further configured to release from said infusion device base when pushed , wherein pressing downward of the handle is used to release said plunger such that the driving spring can drive the plunger downward, and insert the needle into the skin surface, wherein further pressing of the handle releases the inserter base which is urged upward into the handle by the remaining tension of the driving spring , and releases a large part of the activation sub assembly from the base, while leaving only the plunger in the base. an infusion device base, comprising at least one adhesive layer for releasably securing said infusion device base with said skin surface; an inserter, wherein said inserter comprises an activation subassembly releasably secured to said infusion device base that is configured to release at least a user contact element and a driving spring from said infusion device base upon completed activation, and leave at least a needle with said infusion device base upon completed activation; wherein said activation sub assembly further comprises a plunger and an inserter base . characterized by a pushable handle , configured to release said driving spring of said inserter to insert said needle when pushed toward said skin surface, and further configured to release from said infusion device base when pushed , wherein pressing downward of the handle is used to release said plunger such that the driving spring can drive the plunger downward, and insert the needle into the skin surface, wherein further pressing of the handle releases the inserter base which is urged upward into the handle by the remaining tension of the driving spring , and releases a large part of the activation sub assembly from the base, while leaving only the plunger in the base.
Vane-type gas pump comprising a pump housing , wherein the pump housing forms a pump chamber , in which a pump rotor having at least one displaceable sliding element is rotatably mounted, wherein at least one fluid inlet opening and at least one fluid outlet opening are allocated to the pump chamber , wherein the pump housing comprises a closed guiding ring , a separate first thrust disk , and a second separate thrust disk , wherein the guiding ring is axially clamped directly to the first thrust disk by means of at least one guiding ring adjustment means , and wherein the first thrust disk , the guiding ring , and the second thrust disk are axially clamped together by means of at least one separate housing clamping means , and wherein the at least one guiding ring adjustment means is put through a through bore formed in the guiding ring , characterized in that the diameter of the through bore is larger than the diameter of the guiding ring adjustment means so that the guiding ring is adjustable relative to the first thrust disk .
Article comprising a main body made of a polymer material, wherein the article surface is entirely or partially exposed to warmth or heat, characterized in that the polymer material of the main body consists entirely or partially of a carbon black-free polymer mixture having reflective microparticles incorporated in it, wherein the microparticles are metal particles made of brass and wherein the article is a hose and wherein the polymer material is a vulcanized thermoplastic-free rubber mixture containing at least one rubber component and mixture ingredients.
A source follower for a capacitive sensor device having a sense node and a shield node , the source follower comprising: a transistor including a gate , a drain , and a source ; and a switch array configured to selectively couple the gate to a supply voltage or to a source follower current (I SF ) source, to selectively couple the drain to the source follower current source or to the supply voltage, to selectively couple the source to ground or to the shield node, and to selectively couple the transistor between the sense node and the shield node, while an input capacitance ( C IN ) is permanently coupled between the gate and the sense node, and further being configured to substantially disable current to the transistor during a first mode of operation ( T OFF ) , wherein the gate and the input capacitance are precharged to the supply voltage, the drain is floating, and the source is coupled to ground, precharge the transistor during a second mode of operation ( T PRECHARGE ) , wherein the gate is coupled to the source follower current source and allowed to settle, the drain is coupled to the source follower current source, the source is coupled to ground, and the input capacitance is precharged to a gate-source voltage of the transistor, and provide that during a third mode of operation ( T CHARGE ) the sense node is coupled to a fixed supply current ( I CHARGE ) , the drain is coupled to the supply voltage, and the source is coupled to the shield node such that the transistor is enabled to copy a voltage at the sense node to the shield node. a transistor including a gate , a drain , and a source ; and a switch array configured to selectively couple the gate to a supply voltage or to a source follower current (I SF ) source, to selectively couple the drain to the source follower current source or to the supply voltage, to selectively couple the source to ground or to the shield node, and to selectively couple the transistor between the sense node and the shield node, while an input capacitance ( C IN ) is permanently coupled between the gate and the sense node, and further being configured to substantially disable current to the transistor during a first mode of operation ( T OFF ) , wherein the gate and the input capacitance are precharged to the supply voltage, the drain is floating, and the source is coupled to ground, precharge the transistor during a second mode of operation ( T PRECHARGE ) , wherein the gate is coupled to the source follower current source and allowed to settle, the drain is coupled to the source follower current source, the source is coupled to ground, and the input capacitance is precharged to a gate-source voltage of the transistor, and provide that during a third mode of operation ( T CHARGE ) the sense node is coupled to a fixed supply current ( I CHARGE ) , the drain is coupled to the supply voltage, and the source is coupled to the shield node such that the transistor is enabled to copy a voltage at the sense node to the shield node.
A metrology apparatus comprising an indexed articulated joint comprising: first and second relatively reorientable bodies, respectively having mutually engageable engagement elements , which can be locked together in a plurality of different angular orientations about a first axis so as to provide for a plurality of angularly indexed positions of the first and second bodies; at least one verification sensor configured to provide a measure of the relative spatial configuration of first and second bodies when in their locked state, and wherein the apparatus is configured such that in the event of the first and second bodies locking together at an indexed position, the verification sensor is used to measure the relative spatial configuration of the first and second bodies, and wherein the apparatus is further configured such that information obtained from said measure is compared to calibration information which was obtained from at least one other measure of the relative spatial configuration of the first and second bodies when the first and second bodies were locked at said indexed position at an earlier point in time, in order to establish information about the state of engagement of the first and second bodies. first and second relatively reorientable bodies, respectively having mutually engageable engagement elements , which can be locked together in a plurality of different angular orientations about a first axis so as to provide for a plurality of angularly indexed positions of the first and second bodies; at least one verification sensor configured to provide a measure of the relative spatial configuration of first and second bodies when in their locked state, and wherein the apparatus is configured such that in the event of the first and second bodies locking together at an indexed position, the verification sensor is used to measure the relative spatial configuration of the first and second bodies, and wherein the apparatus is further configured such that information obtained from said measure is compared to calibration information which was obtained from at least one other measure of the relative spatial configuration of the first and second bodies when the first and second bodies were locked at said indexed position at an earlier point in time, in order to establish information about the state of engagement of the first and second bodies.
A container (10; 110; 210; 310; 410; 510; 610; 710) for a liquid medicament, comprising: - at least one deformable casing forming at least one cavity to receive the medicament , - at least a first outlet (15; 515) in fluid connection with the cavity and extending through the casing , - wherein the casing comprises a first wall portion and a second wall portion , wherein the second wall portion is located opposite to the first wall portion , and characterized by - multiple filaments each of which extending through the cavity and each of which having a first end and a second end , wherein the second end is opposite to the first end and wherein the first ends of the filaments are connected to the first wall portion and wherein the second ends of the filaments are connected to the second wall portion and wherein a maximum distance between oppositely located first and second wall portions of the casing is defined and limited by the length of the respective filaments extending between first and second wall portions. - at least one deformable casing forming at least one cavity to receive the medicament , - at least a first outlet (15; 515) in fluid connection with the cavity and extending through the casing , - wherein the casing comprises a first wall portion and a second wall portion , wherein the second wall portion is located opposite to the first wall portion , and characterized by - multiple filaments each of which extending through the cavity and each of which having a first end and a second end , wherein the second end is opposite to the first end and wherein the first ends of the filaments are connected to the first wall portion and wherein the second ends of the filaments are connected to the second wall portion and wherein a maximum distance between oppositely located first and second wall portions of the casing is defined and limited by the length of the respective filaments extending between first and second wall portions.
A process for the preparation of core-shell microcapsules comprising the following steps: a) dissolving at least one polyisocyanate having at least two isocyanate groups, in an oil phase preferably comprising a perfume; b) dispersing the oil phase obtained in step a) into an aqueous solution comprising as an emulsifier i) a mixture of a neutral polyvinyl alcohol and a cationic polymer selected from the group consisting of quaternized copolymer of vinylpyrrolidone and dimethylaminoethyl methacrylate, polydiallyldimethyl ammonium chloride, copolymer of allyl dimethyl ammonium chloride/ acrylamide and copolymer of acrylamidopropyltrimonium chloride and acrylamide; ii) a mixture of a neutral polyvinyl alcohol and a biomacromolecule produced by living organisms; iii) a biomacromolecule produced by living organisms to form an oil-in-water emulsion: c) adding to the oil-in-water emulsion obtained in step b) a polymeric cross-linker bearing amino groups with a molecular weight equal or higher than 2 000 g/mol, followed by a polyamine with a molecular weight lower than 250 g/mol to form a microcapsule slurry, characterized in that biomacromolecule produced by living organisms is chosen from the group consisting of gum Arabic, soy protein, gelatin, sodium caseinate, modified starch and mixtures thereof. a) dissolving at least one polyisocyanate having at least two isocyanate groups, in an oil phase preferably comprising a perfume; b) dispersing the oil phase obtained in step a) into an aqueous solution comprising as an emulsifier i) a mixture of a neutral polyvinyl alcohol and a cationic polymer selected from the group consisting of quaternized copolymer of vinylpyrrolidone and dimethylaminoethyl methacrylate, polydiallyldimethyl ammonium chloride, copolymer of allyl dimethyl ammonium chloride/ acrylamide and copolymer of acrylamidopropyltrimonium chloride and acrylamide; ii) a mixture of a neutral polyvinyl alcohol and a biomacromolecule produced by living organisms; iii) a biomacromolecule produced by living organisms to form an oil-in-water emulsion: c) adding to the oil-in-water emulsion obtained in step b) a polymeric cross-linker bearing amino groups with a molecular weight equal or higher than 2 000 g/mol, followed by a polyamine with a molecular weight lower than 250 g/mol to form a microcapsule slurry, characterized in that biomacromolecule produced by living organisms is chosen from the group consisting of gum Arabic, soy protein, gelatin, sodium caseinate, modified starch and mixtures thereof.
A motor control apparatus , performing control on a motor comprised in a controlled object, wherein the motor control apparatus comprises: a feedback control part , generating a driving torque instruction value used to enable the motor to perform driving based on a detection value of a rotation detector that performs detection on a rotational state of the motor ; and a feedforward control part , generating a model instruction value, and outputting the model instruction value to the feedback control part , characterized in that the feedforward control part comprises a first torque limiting part , wherein the first torque limiting part limits a model torque instruction value comprised in the model instruction value within a first limit range. a feedback control part , generating a driving torque instruction value used to enable the motor to perform driving based on a detection value of a rotation detector that performs detection on a rotational state of the motor ; and a feedforward control part , generating a model instruction value, and outputting the model instruction value to the feedback control part , characterized in that the feedforward control part comprises a first torque limiting part , wherein the first torque limiting part limits a model torque instruction value comprised in the model instruction value within a first limit range.
A printing apparatus comprising: a holding unit which is arranged to simultaneously hold, so as to be rotatable, a plurality of roll bodies (R) on each of which a medium (M) is wound in a cylindrical shape; a transport device which is arranged to transport the plurality of mediums in the transport direction in a state of being lined up in the width direction and which has a transport unit that is arranged to impart a transport force in a transport direction (F) by coming into contact with the mediums that are unwound from the plurality of roll bodies which are held by the holding unit, a plurality of pressing units which are arranged to press the plurality of mediums toward the transport unit, and a plurality of adjustment units corresponding to the plurality of pressing units and which are each arranged to adjust a pressing force of a respective one of the plurality of pressing units so as to adjust the pressing force applied to the plurality of mediums in each of a plurality of regions in a width direction (X) that intersects with the transport direction; a printing unit which is arranged to perform printing on the plurality of mediums that are transported by the transport device; and a control unit which is arranged to control the plurality of adjustment units such that the pressing force on a medium of the plurality of mediums that is in a non-printing state is smaller than the pressing force on a medium of the plurality of mediums that is in a printing state. a holding unit which is arranged to simultaneously hold, so as to be rotatable, a plurality of roll bodies (R) on each of which a medium (M) is wound in a cylindrical shape; a transport device which is arranged to transport the plurality of mediums in the transport direction in a state of being lined up in the width direction and which has a transport unit that is arranged to impart a transport force in a transport direction (F) by coming into contact with the mediums that are unwound from the plurality of roll bodies which are held by the holding unit, a plurality of pressing units which are arranged to press the plurality of mediums toward the transport unit, and a plurality of adjustment units corresponding to the plurality of pressing units and which are each arranged to adjust a pressing force of a respective one of the plurality of pressing units so as to adjust the pressing force applied to the plurality of mediums in each of a plurality of regions in a width direction (X) that intersects with the transport direction; a printing unit which is arranged to perform printing on the plurality of mediums that are transported by the transport device; and a control unit which is arranged to control the plurality of adjustment units such that the pressing force on a medium of the plurality of mediums that is in a non-printing state is smaller than the pressing force on a medium of the plurality of mediums that is in a printing state.
A method at a server for enabling sharing of an asset by an authorised User Equipment device, UE, with other authorised UEs, the asset comprising at least one of content or functionality on a sharing UE, the method comprising: receiving, at the server, an indication of a location of the sharing UE and credentials from the sharing UE, wherein the credentials are for connection to the sharing UE over a peer to peer communication protocol; encrypting, at the server, the received credentials using an encryption key corresponding to a decryption key available to authorised UEs; and facilitating distribution of the encrypted credentials from the server to at least one other authorised UE, wherein facilitating the distribution of the encrypted credentials comprises at least sending an indication of the location of the sharing UE to the at least one other authorised UE. receiving, at the server, an indication of a location of the sharing UE and credentials from the sharing UE, wherein the credentials are for connection to the sharing UE over a peer to peer communication protocol; encrypting, at the server, the received credentials using an encryption key corresponding to a decryption key available to authorised UEs; and facilitating distribution of the encrypted credentials from the server to at least one other authorised UE, wherein facilitating the distribution of the encrypted credentials comprises at least sending an indication of the location of the sharing UE to the at least one other authorised UE.
An antenna, comprising an antenna array and a first BUTLER network , wherein the antenna array comprises multiple radiating elements arranged vertically; the first BUTLER network implements splitting of beams on a vertical plane and has n input ports and m output ports, wherein m and n are natural numbers, n is greater than or equal to 2, m is greater than or equal to 3, and m is greater than n; the m output ports are respectively connected to at least one radiating element of the antenna array, and the radiating elements connected to the m output ports in the antenna array are arranged on a vertical plane; and the n input ports of the BUTLER network respectively receive a path of signals, the n input ports receive n paths of signals and, after phase adjustment and amplitude adjustment by the first BUTLER network, output signals of n groups of phase distribution combination through the m output ports, each group of phase distribution combination includes m phases, each output port respectively outputs signals of one phase in each group of phase distribution combination, the multiple radiating elements connected to the m output ports radiate n beams, and the n beams are distributed at specific angles on the vertical plane.