mhurhangee/patent-ind-claim-en huggingface dataset:
An optical tracking system comprising: one or more markers on which a pattern is formed; one or more capturing units configured to include one or more capturing elements that obtain a pattern image of the pattern ; and a processor configured to track locations and postures of the one or more markers based on information that is extracted from at least a part of the pattern included in the pattern image, wherein the pattern includes a plurality of rows of binary-coded sequences ; the binary-coded sequence of each of the plurality of rows includes aperiodic sequences that are repeatedly arranged; the aperiodic sequences included in the binary-coded sequence of one row of the plurality of rows are different from the aperiodic sequences included in the binary-coded sequence of another row of the plurality of rows ; and each of the aperiodic sequences includes a plurality of sub-sequences that are arranged in a predetermined order, wherein the plurality of rows of binary-coded sequences include a first binary-coded sequence and a second binary-coded sequence that are adjacent in a column direction, and wherein a number of bits of each sub-sequence included in the first binary-coded sequence is different from a number of bits of each sub-sequence included in the second binary-coded sequence . one or more markers on which a pattern is formed; one or more capturing units configured to include one or more capturing elements that obtain a pattern image of the pattern ; and a processor configured to track locations and postures of the one or more markers based on information that is extracted from at least a part of the pattern included in the pattern image, wherein the pattern includes a plurality of rows of binary-coded sequences ; the binary-coded sequence of each of the plurality of rows includes aperiodic sequences that are repeatedly arranged; the aperiodic sequences included in the binary-coded sequence of one row of the plurality of rows are different from the aperiodic sequences included in the binary-coded sequence of another row of the plurality of rows ; and each of the aperiodic sequences includes a plurality of sub-sequences that are arranged in a predetermined order, wherein the plurality of rows of binary-coded sequences include a first binary-coded sequence and a second binary-coded sequence that are adjacent in a column direction, and wherein a number of bits of each sub-sequence included in the first binary-coded sequence is different from a number of bits of each sub-sequence included in the second binary-coded sequence .
Method for managing a reversible air conditioning circuit , said circuit being able to operate according to: ∘ a cooling mode in which an internal air flow intended for the car interior is cooled, the heat energy recovered from the internal air flow being discharged into an air flow external to the motor vehicle, ∘ a first dehumidifying mode, stemming from the cooling mode and in which the internal air flow is cooled and then heated up before arriving in the car interior, ∘ a heat pump mode in which the internal air flow is heated up, the heat energy heating up the internal air flow being recovered from the external air flow , and ∘ a second dehumidifying mode, stemming from the heat pump mode and in which the internal air flow is cooled and then heated up before arriving in the car interior, characterized in that the reversible air conditioning circuit includes a central control unit suitable for controlling the passage from one operating mode to another according to a mode transition model which passes: ∘ in a first direction, through the cooling mode, the first dehumidifying mode, the second dehumidifying mode, then through the heat pump mode, and ∘ in a second direction, through the heat pump mode, the second dehumidifying mode, the first dehumidifying mode, then through the cooling mode. ∘ a cooling mode in which an internal air flow intended for the car interior is cooled, the heat energy recovered from the internal air flow being discharged into an air flow external to the motor vehicle, ∘ a first dehumidifying mode, stemming from the cooling mode and in which the internal air flow is cooled and then heated up before arriving in the car interior, ∘ a heat pump mode in which the internal air flow is heated up, the heat energy heating up the internal air flow being recovered from the external air flow , and ∘ a second dehumidifying mode, stemming from the heat pump mode and in which the internal air flow is cooled and then heated up before arriving in the car interior, ∘ in a first direction, through the cooling mode, the first dehumidifying mode, the second dehumidifying mode, then through the heat pump mode, and ∘ in a second direction, through the heat pump mode, the second dehumidifying mode, the first dehumidifying mode, then through the cooling mode.
A light projection system projecting light on a processing apparatus or a plurality of processing apparatuses installed in a factory, comprising: an acquisition unit configured to acquire, from the processing apparatus or each of the processing apparatuses, state information indicating a state of the processing apparatus; a light emission unit (65, 65A - 65H) configured to project the light on the processing apparatus or each of the processing apparatuses; and characterized in that a projection controller configured to control a mode of the light projected from the light emission unit such that the mode of the light reflected from the processing apparatus is changed, on the basis of the state information. an acquisition unit configured to acquire, from the processing apparatus or each of the processing apparatuses, state information indicating a state of the processing apparatus; a light emission unit (65, 65A - 65H) configured to project the light on the processing apparatus or each of the processing apparatuses; and characterized in that a projection controller configured to control a mode of the light projected from the light emission unit such that the mode of the light reflected from the processing apparatus is changed, on the basis of the state information.
A hand washing system , comprising: (i) an integrated reagent and water dispensing unit comprising: a) a personal identification unit comprising a tag reader or a biometric identification module; b) a reagent dispenser comprising multiple slots for holding multiple reagent cartridges ; c) at least one reagent cartridge comprising a cleaning reagent and a sensor for identifying the specific cleaning reagent; d) a connection to a water source ; e) one or more sensors for monitoring the handwashing sequence; f) a controller comprising a processor and memory for managing the unit's operations and for storing handwashing data parameters; and (ii) a server connected to said reagent and water dispensing unit for receiving and analyzing handwashing data parameters, wherein when an individual approaches the integrated reagent and water dispensing unit , the personal identification unit identifies the individual, the controller send's the individual's information to the server and receives a hand-washing sequence assigned to the individual according to his profile, the reagent and water dispensing unit dispenses one or more cleaning reagents and water according to said hand-washing sequence assigned to the individual, the one or more sensors confirm that the individual has performed the assigned hand-washing sequence correctly and the processor sends the server handwashing data parameters. (i) an integrated reagent and water dispensing unit comprising: a) a personal identification unit comprising a tag reader or a biometric identification module; b) a reagent dispenser comprising multiple slots for holding multiple reagent cartridges ; c) at least one reagent cartridge comprising a cleaning reagent and a sensor for identifying the specific cleaning reagent; d) a connection to a water source ; e) one or more sensors for monitoring the handwashing sequence; f) a controller comprising a processor and memory for managing the unit's operations and for storing handwashing data parameters; and a) a personal identification unit comprising a tag reader or a biometric identification module; b) a reagent dispenser comprising multiple slots for holding multiple reagent cartridges ; c) at least one reagent cartridge comprising a cleaning reagent and a sensor for identifying the specific cleaning reagent; d) a connection to a water source ; e) one or more sensors for monitoring the handwashing sequence; f) a controller comprising a processor and memory for managing the unit's operations and for storing handwashing data parameters; and (ii) a server connected to said reagent and water dispensing unit for receiving and analyzing handwashing data parameters,
An apparatus comprising: - means for obtaining, from a timestamp, a truncated timestamp comprising a first number of least significant bits of the timestamp and not comprising at least one most significant bit of the timestamp, - means for deriving a hash value based at least in part on the timestamp, a payload and a secret value, - means for compiling a first message comprising the truncated timestamp, the payload and, at least in part, the hash value, and - means for transmitting the first message toward a recipient. - means for obtaining, from a timestamp, a truncated timestamp comprising a first number of least significant bits of the timestamp and not comprising at least one most significant bit of the timestamp, - means for deriving a hash value based at least in part on the timestamp, a payload and a secret value, - means for compiling a first message comprising the truncated timestamp, the payload and, at least in part, the hash value, and - means for transmitting the first message toward a recipient.
A transmission shift assistance device, especially for a motorcycle, which is designed to detect the driver's shift intention by way of a sensor means and to transmit a corresponding electronic signal to an engine control unit or motor electronics, with a housing , a piston arranged in the housing and also at least one compression spring provided in the housing , wherein the piston is displaceable relative to the housing , compressing at least one compression spring , characterised in that a locking means formed separately from the compression spring or compression springs is provided which below a specified unlocking force exerted on the piston or the housing fixes the piston in a neutral position relative to the housing .
An aerosol-generation apparatus comprising a heater , and a fluid-transfer article , said fluid-transfer article comprising a first region for holding an aerosol precursor and for transferring said aerosol precursor to a second region of said fluid-transfer article , said second region comprising a first part of a first material, said first part being adjacent said first region , and a second part of a second material different from the first material, said second part being adjacent to said first part ; wherein said second part of said second region is porous for passage therethrough of said aerosol precursor to an activation surface of said second region ; said activation surface being disposed to as to interact thermally with said heater , and wherein said second part of said second region has at least one recess therein opening towards said heater , said at least one recess forming at least one gap between said activation surface and said heater , said at least one gap forming at least one air-flow pathway along said activation surface , and characterised in that the second material of the second part is resistant to higher temperatures than said first material, wherein the first part of the second region has a plurality of holes therein, and wherein said second part extends across said plurality of holes in said first part .
Method for starting an internal combustion engine of a motor vehicle, having at least one starter for starting the internal combustion engine, having at least one automatically controlled clutch which is coupled at an input side to an output shaft of the internal combustion engine and at an output side to the drive wheels of the motor vehicle, wherein, during gliding of the motor vehicle, in which the motor vehicle rolls in a drive-free manner with deactivated internal combustion engine and open clutch, the internal combustion engine can be crank-started by closing the clutch, wherein the starter is a pinion-type starter and/or is a belt-type starter-generator which is permanently connected to the engine shaft, characterized in that , during gliding, a combined engine start of the internal combustion engine can be performed by means of a combination of the closing of the clutch and the use of the starter.
A vertebral facet joint fusion implant , comprising: an implant disc shaped having a face , a second face , an interface , and a second interface , the face shaped to compliment a shape of a first bone portion, the interface configured to receive a fastener member, wherein the interface defines a first aperture, wherein the second interface defines a second aperture extending from the first face to the second face, the second aperture having a different shape or size than the first aperture, the implant configured to be secured with the fastener member such that the first bone portion and a second bone portion are fused to each other after the implant is secured by the fastener member. an implant disc shaped having a face , a second face , an interface , and a second interface , the face shaped to compliment a shape of a first bone portion, the interface configured to receive a fastener member, wherein the interface defines a first aperture, wherein the second interface defines a second aperture extending from the first face to the second face, the second aperture having a different shape or size than the first aperture, the implant configured to be secured with the fastener member such that the first bone portion and a second bone portion are fused to each other after the implant is secured by the fastener member.
A storage rack with a plurality of carrier supports arranged one above the other for supporting stored goods carriers which can be conveyed by means of an automatic transport device , with at least one loading and retrieval opening for supplying and retrieving the stored goods carrier , an image acquisition unit being arranged on an upper side of the loading and retrieving opening , characterized in that the storage rack has an illuminating device for highlighting and illuminating a region of the stored goods carrier which is detected by the image acquisition unit , and wherein the image acquisition unit and the illuminating device are fastened to a traversing device which transverses in a first horizontal direction (X) and in a second horizontal direction (Y).
A mold for casting a titanium-containing article, comprising: a bulk consisting of calcium hexaluminate, a calcium aluminate cement, optionally oxide particles, optionally less than 2 wt% silica and optionally less than 5 wt% silicates, said calcium aluminate cement comprising calcium monoaluminate, calcium dialuminate, and mayenite, wherein the calcium hexaluminate is 15 to 50 wt% of the mold and the calcium aluminate cement is 20 to 65 wt% of the mold, wherein said oxide particles are aluminum oxide particles, magnesium oxide particles, calcium oxide particles, zirconium oxide particles, titanium oxide particles, silicon oxide particles, or combinations thereof; and a cavity for casting a titanium-containing article therein. a bulk consisting of calcium hexaluminate, a calcium aluminate cement, optionally oxide particles, optionally less than 2 wt% silica and optionally less than 5 wt% silicates, said calcium aluminate cement comprising calcium monoaluminate, calcium dialuminate, and mayenite, wherein the calcium hexaluminate is 15 to 50 wt% of the mold and the calcium aluminate cement is 20 to 65 wt% of the mold, wherein said oxide particles are aluminum oxide particles, magnesium oxide particles, calcium oxide particles, zirconium oxide particles, titanium oxide particles, silicon oxide particles, or combinations thereof; and a cavity for casting a titanium-containing article therein.
An end mill having • a shank section to be retained in a rotary driven apparatus and • a cutting section connected to the shank section, in which the cutting section comprises - a plurality of axial portions that each have a predetermined length, and - a core which supports at least two spaced apart teeth (6-9) which have a cutting edge (10-13) extending in an axial direction with respect to the axis of rotation of the end mill to a cutting end of the end mill located opposite to a cutting section end closest to the connection to the shank section, in which each cutting edge (10-13) has a flute (15-18) associated therewith and this flute is located before the cutting edge in an intended direction of rotation (R) of the end mill and each flute (15-18) has for each cross-section of the end mill perpendicular to the axis of rotation thereof a bottom point (b 6 -b 9 ) on said core at a shortest distance (x) to the axis of rotation , wherein each of the plurality of axial portions of the cutting section has at least two of said flutes (15-18), the shortest distances (x) of which varying differently, one increasing while the other is decreasing, with the distance to the cutting end of the end mill in the axial direction, and wherein the centre axis of the core corresponds to the axis of rotation of the end mill over the entire length of the cutting section and said shortest distance (x) of at least one of the flutes (15-18) varies by comprising consecutive gradually decreasing and gradually increasing parts, characterized in that the cross-section area of the core is substantially constant or constant in a majority of or in all said axial portions of the cutting section , in that said shortest distance (x) of at least one of the flutes (15-18) varies periodically over the longitudinal extension of the flute, such as by describing a sinusoidal or a zigzag curve, and in that said shortest distance (x) of at least one of the flutes (15-18) has a maximum (ma) exceeding a minimum (mi) thereof by 30-50%. • a shank section to be retained in a rotary driven apparatus and • a cutting section connected to the shank section, in which the cutting section comprises - a plurality of axial portions that each have a predetermined length, and - a core which supports at least two spaced apart teeth (6-9) which have a cutting edge (10-13) extending in an axial direction with respect to the axis of rotation of the end mill to a cutting end of the end mill located opposite to a cutting section end closest to the connection to the shank section, - a plurality of axial portions that each have a predetermined length, and - a core which supports at least two spaced apart teeth (6-9) which have a cutting edge (10-13) extending in an axial direction with respect to the axis of rotation of the end mill to a cutting end of the end mill located opposite to a cutting section end closest to the connection to the shank section,
A passive liquid collecting device, comprising: a reservoir including an outlet ; at least one rigid structure disposed within the reservoir and configured to collect a liquid and direct the liquid to the outlet ; and porous capillary media supported by the at least one rigid structure , characterised in that the passive liquid collecting device further comprises a porous outlet tube leading to the outlet , wherein the at least one rigid structure includes multiple rigid structures arranged circumferentially around the porous outlet tube . a reservoir including an outlet ; at least one rigid structure disposed within the reservoir and configured to collect a liquid and direct the liquid to the outlet ; and porous capillary media supported by the at least one rigid structure , characterised in that the passive liquid collecting device further comprises a porous outlet tube leading to the outlet , wherein the at least one rigid structure includes multiple rigid structures arranged circumferentially around the porous outlet tube .
An antibody or binding fragment thereof comprising: an antibody heavy chain variable region comprising a sequence of the formula V1-X-V2, wherein: (a) V1 comprises an amino acid sequence selected from the group consisting of: (i) SEQ ID NO: 735, (ii) SEQ ID NO: 737, (iii) SEQ ID NO: 739, (vi) SEQ ID NO: 741, (v) SEQ ID NO: 743, (vi) SEQ ID NO: 745, (vii) SEQ ID NO 747, and (viii) SEQ ID NO:749; and (b) X comprises an ultralong CDR3, wherein the ultralong CDR3 comprises, in this order, an amino acid sequence TSVHQETKKYQS (SEQ ID NO: 498), a non-antibody sequence, wherein the non-antibody sequence is a cytokine sequence, a lymphokine sequence, a chemokine sequence, a growth factor sequence, a hormone sequence or a toxin sequence, and an amino acid sequence SYTYNYEWHVDV (SEQ ID NO: 499); and wherein the ultralong CDR3 is 35 amino acids in length or longer, and (c) V2 comprises an amino acid sequence that is WGQGLLVTVSS (SEQ ID NO: 500); and a light chain variable region. an antibody heavy chain variable region comprising a sequence of the formula V1-X-V2, wherein: (a) V1 comprises an amino acid sequence selected from the group consisting of: (i) SEQ ID NO: 735, (ii) SEQ ID NO: 737, (iii) SEQ ID NO: 739, (vi) SEQ ID NO: 741, (v) SEQ ID NO: 743, (vi) SEQ ID NO: 745, (vii) SEQ ID NO 747, and (viii) SEQ ID NO:749; and (b) X comprises an ultralong CDR3, wherein the ultralong CDR3 comprises, in this order, an amino acid sequence TSVHQETKKYQS (SEQ ID NO: 498), a non-antibody sequence, wherein the non-antibody sequence is a cytokine sequence, a lymphokine sequence, a chemokine sequence, a growth factor sequence, a hormone sequence or a toxin sequence, and an amino acid sequence SYTYNYEWHVDV (SEQ ID NO: 499); and wherein the ultralong CDR3 is 35 amino acids in length or longer, and (c) V2 comprises an amino acid sequence that is WGQGLLVTVSS (SEQ ID NO: 500); and (a) V1 comprises an amino acid sequence selected from the group consisting of: (i) SEQ ID NO: 735, (ii) SEQ ID NO: 737, (iii) SEQ ID NO: 739, (vi) SEQ ID NO: 741, (v) SEQ ID NO: 743, (vi) SEQ ID NO: 745, (vii) SEQ ID NO 747, and (viii) SEQ ID NO:749; and (i) SEQ ID NO: 735, (ii) SEQ ID NO: 737, (iii) SEQ ID NO: 739, (vi) SEQ ID NO: 741, (v) SEQ ID NO: 743, (vi) SEQ ID NO: 745, (vii) SEQ ID NO 747, and (viii) SEQ ID NO:749; and (b) X comprises an ultralong CDR3, wherein the ultralong CDR3 comprises, in this order, an amino acid sequence TSVHQETKKYQS (SEQ ID NO: 498), a non-antibody sequence, wherein the non-antibody sequence is a cytokine sequence, a lymphokine sequence, a chemokine sequence, a growth factor sequence, a hormone sequence or a toxin sequence, and an amino acid sequence SYTYNYEWHVDV (SEQ ID NO: 499); and wherein the ultralong CDR3 is 35 amino acids in length or longer, and (c) V2 comprises an amino acid sequence that is WGQGLLVTVSS (SEQ ID NO: 500); and a light chain variable region.