mhurhangee/patent-ind-claim-en huggingface dataset:
A system for treating dental or periodontal problems, the system comprising: a solution for being dispensed in the root canal or area of interest; said at least one solution having a first component which enlarges and porositizes nerve tissue and a second component which dissolves nerve tissue and debrides the accompanying area; a source of pulsed laser light for applying an activating energy to the first solution upon being dispensed in the root canal or area of interest in order to activate the first component of the solution, thereby mechanically removing tissue from walls of the root canal or from the area of interest,; an optical light fiber attached to a proximal end of the laser source having an application tip at a distal end of the optical light fiber so that pulsed light from the laser source is transmitted into and through the application tip for being emitted into the first solution to produce a photoacoustic wave therein; said application tip having a tapered angle; wherein the optical light fiber comprises cladding which is stripped rearwardly from about 5 mm to about 15 mm of the distal end of the optical light fiber. a solution for being dispensed in the root canal or area of interest; said at least one solution having a first component which enlarges and porositizes nerve tissue and a second component which dissolves nerve tissue and debrides the accompanying area; a source of pulsed laser light for applying an activating energy to the first solution upon being dispensed in the root canal or area of interest in order to activate the first component of the solution, thereby mechanically removing tissue from walls of the root canal or from the area of interest,; an optical light fiber attached to a proximal end of the laser source having an application tip at a distal end of the optical light fiber so that pulsed light from the laser source is transmitted into and through the application tip for being emitted into the first solution to produce a photoacoustic wave therein; said application tip having a tapered angle; wherein the optical light fiber comprises cladding which is stripped rearwardly from about 5 mm to about 15 mm of the distal end of the optical light fiber.
A display device for a vehicle comprising: a display unit which displays vehicle information; a NAND flash memory which stores, together with an error correction code, data which is related to display of the display unit ; and a control unit which causes the display to present the vehicle information by using the data, wherein the control unit determines whether a load on the vehicle is low, the control unit (3 4) determines, with the error correction code, whether an error is present in the data stored in the NAND flash memory when the load on the vehicle is low as a data-loss avoidance process, and the control unit corrects the error with the error correction code when the error is present in the data. a display unit which displays vehicle information; a NAND flash memory which stores, together with an error correction code, data which is related to display of the display unit ; and a control unit which causes the display to present the vehicle information by using the data, wherein the control unit determines whether a load on the vehicle is low, the control unit (3 4) determines, with the error correction code, whether an error is present in the data stored in the NAND flash memory when the load on the vehicle is low as a data-loss avoidance process, and the control unit corrects the error with the error correction code when the error is present in the data.
A method for the production of a photovoltaic component (P) which is made of individual, series-connected solar cells (E 1 ...E 9 ), wherein in each solar cell semiconductor grains are arranged in an insulating layer from which the semiconductor grains project on a front side, sit on a conducting lower layer on an opposite rear side and are electrically connected to a conducting front contact layer on the front side, wherein a separating trough is provided between adjacent solar cells (E 1 , E 2 ), in the region whereof the solar cells are electrically series-connected to one another in that each front contact layer of a solar cell (E 1 ) is connected to the conducting lower layer of an adjacent solar cell (E 2 ), characterized in that a photovoltaic component (P) is initially completely produced without separating troughs, wherein semiconductor grains are arranged on/in the insulating layer spaced apart from one another, a conducting front contact layer making contact with the free surfaces of the semiconductor grains is applied to the upper surface of the component and below the insulating layer the conducting lower layer is applied in such a manner that the semiconductor grains are conductively connected to the lower layer and that then on one side of each required separating trough the front contact layer plus an upper portion of the semiconductor grains is removed along a strip, an electrically conductive connection strip bridging a partial width (b') of the separating trough is applied which, on one side of the separating trough, covers the front contact layers of the semiconductor grains which have not been removed and, on the other side, the surfaces of the lower grain residues remaining following the removal in an electrically conductive manner, wherein in the region of the separating trough in the conducting lower layer a joint extending up to the insulating layer or the lower side of the semiconductor grains is arranged.
A shoe sorter comprising: a switch plate configured to define a movement path of a shoe pin of a pusher shoe of the shoe sorter; and characterized by : a finger mechanically coupled to the switch plate , wherein the finger is configured to be moved in a first direction (X) in response to a first portion of the shoe pin contacting a top portion of the finger ; and an actuation arm , pivotably engaged to the finger so that a movement of the finger in the first direction (X) causes a movement of the actuation arm in a second direction (Z), wherein the actuation arm in the second direction causes a change in a signal outputted by a photoelectric sensor coupled to the shoe sorter, wherein the change in the signal is used by a processor to determine that the shoe pin is misaligned. a finger mechanically coupled to the switch plate , wherein the finger is configured to be moved in a first direction (X) in response to a first portion of the shoe pin contacting a top portion of the finger ; and an actuation arm , pivotably engaged to the finger so that a movement of the finger in the first direction (X) causes a movement of the actuation arm in a second direction (Z), wherein the actuation arm in the second direction causes a change in a signal outputted by a photoelectric sensor coupled to the shoe sorter, wherein the change in the signal is used by a processor to determine that the shoe pin is misaligned.
A correction method for a gyro sensor which measures angular velocity of a vehicle about an axis in a vertical direction, comprising: a generation process of performing a process on a difference (E (n)) between a measured azimuth (Vs) obtained by performing a process on a sensor output, which is an output from the gyro sensor , and a vehicle azimuth (Vd) estimated by using markers arranged along a traveling road of the vehicle to obtain correction information; and a correction process of correcting the sensor output or the measured azimuth (Vs) by using the correction information, wherein the correction information is information indicating a temporal change of the difference (E(n)), wherein the correction process is a process of correcting the sensor output or the measured azimuth (Vs) with a correction amount based on the correction information, characterized in that the correction information includes at least a gradient a of a straight line approximating the temporal change of the difference (E(n)), and the correction process is a process of shifting the output from the gyro sensor by the correction amount corresponding to the gradient a, or the correction information includes at least a gradient a and an intercept b of a straight line approximating the temporal change of the difference (E(n)), and the correction process is a process of shifting the measured azimuth by the correction amount obtained by multiplying a value of the gradient a by an elapsed time T from a starting point of the temporal change of the difference and adding a value of the intercept b. a generation process of performing a process on a difference (E (n)) between a measured azimuth (Vs) obtained by performing a process on a sensor output, which is an output from the gyro sensor , and a vehicle azimuth (Vd) estimated by using markers arranged along a traveling road of the vehicle to obtain correction information; and a correction process of correcting the sensor output or the measured azimuth (Vs) by using the correction information, wherein the correction information is information indicating a temporal change of the difference (E(n)), wherein the correction process is a process of correcting the sensor output or the measured azimuth (Vs) with a correction amount based on the correction information, characterized in that the correction information includes at least a gradient a of a straight line approximating the temporal change of the difference (E(n)), and the correction process is a process of shifting the output from the gyro sensor by the correction amount corresponding to the gradient a, or the correction information includes at least a gradient a and an intercept b of a straight line approximating the temporal change of the difference (E(n)), and the correction process is a process of shifting the measured azimuth by the correction amount obtained by multiplying a value of the gradient a by an elapsed time T from a starting point of the temporal change of the difference and adding a value of the intercept b.
A dental curing composition comprising: (a) a matrix resin comprising at least one polymerizable monomer, the matrix resin having 10,000 to 17,000 mPa·s of viscosity at 25°C, (b) an organic-inorganic composite filler, (c) an inorganic filler, and (d) a polymeric initiator, and (e) a low viscosity polymerizable monomer, wherein the content of the low viscosity polymerizable monomer is equal to or higher than 0.01% by weight and equal to or lower than 10% by weight in relation to 100% by weight of the matrix resin, and wherein the low viscosity polymerizable monomer has a viscosity of equal to or lower than 100 mPa·s at 25°C, wherein the at least one polymerizable monomer of the matrix resin comprises an acryloyl and/or a methacryloyl group. (a) a matrix resin comprising at least one polymerizable monomer, the matrix resin having 10,000 to 17,000 mPa·s of viscosity at 25°C, (b) an organic-inorganic composite filler, (c) an inorganic filler, and (d) a polymeric initiator, and (e) a low viscosity polymerizable monomer, wherein the content of the low viscosity polymerizable monomer is equal to or higher than 0.01% by weight and equal to or lower than 10% by weight in relation to 100% by weight of the matrix resin, and wherein the low viscosity polymerizable monomer has a viscosity of equal to or lower than 100 mPa·s at 25°C,
An apparatus for detecting micro-cracks in lids, comprising: - a surface for supporting and moving of one or more lids ( C ) having means for forwarding the lids ( C ); - a control station associated with said supporting and moving surface and having control means adapted to detect micro-fractures and micro-cracks in the lids ( C ); wherein said control means comprise an IR device having an IR emitter and an IR receiver mutually facing and spaced apart to define a tunnel for the passage of the lids ( C ) to be controlled, said IR emitter being adapted to send, upon the transit of a lid ( C ) in said tunnel , a IR radiation beam, said IR receiver being adapted to receive radiation possibly passing through the lid ( C ) in a direct way and/or by reflection and to generate an error signal. characterized by comprising a pre-control station arranged upstream of said control station and adapted to carry out a dimensional analysis of the lids, said pre-control station comprising a bridge placed on said supporting and moving surface to define therewith a passage section whose dimensions substantially correspond to those of the lids ( C ) to make the regular lids freely pass and block upside down or deformed lids avoiding these latter come into said control station . - a surface for supporting and moving of one or more lids ( C ) having means for forwarding the lids ( C ); - a control station associated with said supporting and moving surface and having control means adapted to detect micro-fractures and micro-cracks in the lids ( C ); wherein said control means comprise an IR device having an IR emitter and an IR receiver mutually facing and spaced apart to define a tunnel for the passage of the lids ( C ) to be controlled, said IR emitter being adapted to send, upon the transit of a lid ( C ) in said tunnel , a IR radiation beam, said IR receiver being adapted to receive radiation possibly passing through the lid ( C ) in a direct way and/or by reflection and to generate an error signal. characterized by comprising a pre-control station arranged upstream of said control station and adapted to carry out a dimensional analysis of the lids, said pre-control station comprising a bridge placed on said supporting and moving surface to define therewith a passage section whose dimensions substantially correspond to those of the lids ( C ) to make the regular lids freely pass and block upside down or deformed lids avoiding these latter come into said control station .
A security access device, comprising an RFID reader and a retrofit sender, the retrofit sender comprising an RFID circuitry wirelessly connected to an RFID send circuit of the RFID reader, a touch access surface and a touch field generator having an input operatively connected to the RFID circuitry and a gated output operatively connected to the touch access surface, wherein the touch field generator is configured to impart a field over the entire surface of a body touching the touch access surface, the field being representative of an RFID signal sent by the RFID reader's send circuit to the retrofit sender.
A radiographic imaging system comprising: a radiographic imaging apparatus configured to generate a radiographic image based on radiation emitted from a radiation generating apparatus ; control means configured to control the radiographic imaging apparatus based on processing requests received from each of a first terminal apparatus and a second terminal apparatus ; state management means configured to manage a state of the control means ; determination means configured, based on the state of the control means , to determine whether a processing request output from the second terminal apparatus is executable; and processing request management means configured to manage processing requests from the second terminal apparatus, wherein the second terminal apparatus is configured to acquire a right to control the control means from the first terminal apparatus , and the control means is configured to control the radiographic imaging apparatus based on a processing request received from the second terminal apparatus , wherein in a case where the control means controls the radiographic imaging apparatus based on the processing request from the second terminal apparatus , the first terminal apparatus is configured to acquire the right to control the control means from the second terminal apparatus , and wherein the processing request management means enqueues the processing request if the processing request is executable, and does not enqueue the processing request output from the second terminal apparatus in a case the processing request is not executable. a radiographic imaging apparatus configured to generate a radiographic image based on radiation emitted from a radiation generating apparatus ; control means configured to control the radiographic imaging apparatus based on processing requests received from each of a first terminal apparatus and a second terminal apparatus ; state management means configured to manage a state of the control means ; determination means configured, based on the state of the control means , to determine whether a processing request output from the second terminal apparatus is executable; and processing request management means configured to manage processing requests from the second terminal apparatus, wherein the second terminal apparatus is configured to acquire a right to control the control means from the first terminal apparatus , and the control means is configured to control the radiographic imaging apparatus based on a processing request received from the second terminal apparatus , wherein in a case where the control means controls the radiographic imaging apparatus based on the processing request from the second terminal apparatus , the first terminal apparatus is configured to acquire the right to control the control means from the second terminal apparatus , and wherein the processing request management means enqueues the processing request if the processing request is executable, and does not enqueue the processing request output from the second terminal apparatus in a case the processing request is not executable.
Sealing film for application to a base surface , comprising a carrier film and multiple functional layers , wherein the functional layers comprise at least two color display layers and at least two adhesion-controlling layers , wherein the sealing film has an adhesive layer for attachment to the base surface , wherein the functional layers are arranged between the carrier film and the adhesive layer , wherein the carrier film can be at least partially detached from the functional layers , in particular from the at least two color display layers , so as to bring the sealing film from a first state into a second state , wherein in the second state at least one symbol is optically visible, which symbol is not visible in the first state , wherein the at least two adhesion-controlling layers are provided for removing defined regions from the at least two color display layers and making visible the at least one symbol during detachment of the carrier film , characterized in that the functional layers comprise at least one further adhesion-controlling layer , so as to make at least one layer that lies behind the further adhesion-controlling layer , viewed from the carrier film in the direction of the adhesive layer , and a code visible in the second state , at least in certain sections, by means of the detachment.
An automatic analyzer comprising: a suction nozzle configured to suction a reaction auxiliary liquid and a reaction solution, said reaction solution including a sample and a reagent; a container retaining member having mounted thereon a container for retaining the reaction auxiliary liquid, said container retaining member further having a reaction vessel mounting place for mounting a vessel that contains the reaction solution; a drive mechanism configured to drive the container retaining member to bring the vessel or the container for the reaction auxiliary liquid close to the suction nozzle ; and a supply nozzle configured to supply the reacton auxiliary liquid to the container ; wherein the supply nozzle is fixedly disposed on the container retaining member or on the drive mechanism to retain its relative positional relationship to the container so that the supply nozzle moves in accordance with the movement of the container moved by the drive mechanism . a suction nozzle configured to suction a reaction auxiliary liquid and a reaction solution, said reaction solution including a sample and a reagent; a container retaining member having mounted thereon a container for retaining the reaction auxiliary liquid, said container retaining member further having a reaction vessel mounting place for mounting a vessel that contains the reaction solution; a drive mechanism configured to drive the container retaining member to bring the vessel or the container for the reaction auxiliary liquid close to the suction nozzle ; and a supply nozzle configured to supply the reacton auxiliary liquid to the container ; wherein the supply nozzle is fixedly disposed on the container retaining member or on the drive mechanism to retain its relative positional relationship to the container so that the supply nozzle moves in accordance with the movement of the container moved by the drive mechanism .
Recombinant N.meningitidis NadA in trimeric form, wherein the NadA consists of the amino acid sequence of SEQ ID NO: 2.
A method for preparing an electrode comprising a metal support, vertically aligned carbon nanotubes and a metal oxide deposited over the entire length of said vertically aligned carbon nanotubes, said method comprising the following successive steps: a) synthesizing, on a metal support, a mat of vertically aligned carbon nanotubes; b) electrochemically depositing said metal oxide on said carbon nanotubes from an electrolyte solution comprising at least one precursor of said metal oxide and at least one nitrate as anion of the electrolyte. a) synthesizing, on a metal support, a mat of vertically aligned carbon nanotubes; b) electrochemically depositing said metal oxide on said carbon nanotubes from an electrolyte solution comprising at least one precursor of said metal oxide and at least one nitrate as anion of the electrolyte.
Vehicle seat with a roller guide , wherein the roller guide has one at least partially laterally open guide rail (8; 8') and exactly one running roller (11; 11') rolling in the guide rail (8; 8') and connected to parts of the vehicle seat by means of at least one axle , wherein the guide rail (8; 8') comprises a roller bottom-side inner wall arranged parallel to a central axis of the running roller (11; 11'), extending parallel thereto a roller top-side inner wall and a roller outer-side inner wall arranged perpendicularly to the central axis , wherein at least one lower transition inner wall (42; 42') is arranged between the roller bottom-side and the roller outer-side inner wall and at least one upper transition inner wall (41; 41') is arranged between the roller top-side and the roller outer-side inner wall , wherein the transition inner walls (41, 42; 41', 42') are configured free from a right-angled portion and in directions from the roller top-side and the roller bottom-side inner wall towards the roller outer-side inner wall with a continuously reducing spacing (d41, d42; d41', d42') from the central axis of the running roller (11; 11'), characterised in that on an axial loading (FA) of the roller guide in the direction of the central axis of the running roller (11; 11'), a lower portion of an outer end portion at a first end of the running roller (11; 11') configured to face the roller outer-side inner wall lies with contact against the lower transition inner wall (42; 42').