mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a user equipment, UE, , the method comprising: determining whether a current new data indicator, NDI, in a current sidelink grant matches a last received NDI in a last received sidelink grant for a first hybrid automatic repeat request, HARQ, process; in response to the current NDI matching the last received NDI, determining whether a first positive acknowledgement, ACK, has been transmitted by the UE in response to the last received sidelink grant; and in response to determining that a first ACK has been transmitted, ignoring or skipping the current sidelink grant and transmitting a second ACK to a base station. determining whether a current new data indicator, NDI, in a current sidelink grant matches a last received NDI in a last received sidelink grant for a first hybrid automatic repeat request, HARQ, process; in response to the current NDI matching the last received NDI, determining whether a first positive acknowledgement, ACK, has been transmitted by the UE in response to the last received sidelink grant; and in response to determining that a first ACK has been transmitted, ignoring or skipping the current sidelink grant and transmitting a second ACK to a base station.
A fire extinguisher gas ejector comprising: a gas cylinder filled with extinguishing gas, sealed with a seal and provided with a mouth part removably attached thereto and a cylinder holder formed therein with a through hole and a nozzle hole ; a piercing pipe , which is slidably mounted onto the cylinder holder , biased to upwardly move, and provided at one end thereof with a tip part capable of piercing the seal, a piercing member coupling with the other end of the piercing pipe ; and a safety member capable of restraining an operation of the piercing pipe ; wherein a hammer having a pointed part is protruded from a bottom of the gas cylinder , a retaining ring for the hammer is attached to a bottom of the gas cylinder , a neck part of a hammer shaft is hooked to an inside of the retaining ring , the pointed part of the hammer shaft is protruded outside the retaining ring , so that a windshield of a car, etc. can be smashed with the hammer . a gas cylinder filled with extinguishing gas, sealed with a seal and provided with a mouth part removably attached thereto and a cylinder holder formed therein with a through hole and a nozzle hole ; a piercing pipe , which is slidably mounted onto the cylinder holder , biased to upwardly move, and provided at one end thereof with a tip part capable of piercing the seal, a piercing member coupling with the other end of the piercing pipe ; and a safety member capable of restraining an operation of the piercing pipe ; wherein a hammer having a pointed part is protruded from a bottom of the gas cylinder , a retaining ring for the hammer is attached to a bottom of the gas cylinder , a neck part of a hammer shaft is hooked to an inside of the retaining ring , the pointed part of the hammer shaft is protruded outside the retaining ring , so that a windshield of a car, etc. can be smashed with the hammer .
A fan motor comprising: a rotating shaft ; a stator including a hole in which the rotating shaft is disposed; a rotor disposed outside the stator; a fan coupled to the rotating shaft; and a housing in which the stator and the rotor are disposed, wherein the rotor includes a yoke and a first magnet coupled to the yoke, characterized in that the fan motor further comprises a magnetic fluid disposed between the first magnet and the stator, wherein the magnetic fluid is disposed on a lower end of the first magnet, wherein the yoke includes a scattering preventer which extends by being bent from a lower end of the yoke toward the rotating shaft, the scattering preventer partially overlaps with the magnetic fluid in a direction of the rotating shaft. a rotating shaft ; a stator including a hole in which the rotating shaft is disposed; a rotor disposed outside the stator; a fan coupled to the rotating shaft; and a housing in which the stator and the rotor are disposed, wherein the rotor includes a yoke and a first magnet coupled to the yoke, characterized in that the fan motor further comprises a magnetic fluid disposed between the first magnet and the stator, wherein the magnetic fluid is disposed on a lower end of the first magnet, wherein the yoke includes a scattering preventer which extends by being bent from a lower end of the yoke toward the rotating shaft, the scattering preventer partially overlaps with the magnetic fluid in a direction of the rotating shaft.
Method for operating an automation component by means of a control program comprising a plurality of control program components (103-1, ..., 103-n), having the steps of: - detecting (S101) fault events of the control program during operation of the automation component ; characterized by - downloading (S102) a current control program component (103-1, ..., 103-n) from a central system for fault analysis on the basis of the detected fault events; and on the basis of a process image of the automation component ; and - updating (S103) an existing control program component (103-1, ..., 103-n) by means of the current control program component (103-1, ..., 103-n) for fault analysis. - detecting (S101) fault events of the control program during operation of the automation component ; - downloading (S102) a current control program component (103-1, ..., 103-n) from a central system for fault analysis on the basis of the detected fault events; and on the basis of a process image of the automation component ; and - updating (S103) an existing control program component (103-1, ..., 103-n) by means of the current control program component (103-1, ..., 103-n) for fault analysis.
Apparatus for semicontinuous production of an x°-tape which is a semifinished sheeting constructed from unidirectionally endless-fibre-reinforced sheeting sections, wherein the fibres are glass or carbon fibres or polymer fibres and in this semifinished sheeting are embedded in a matrix of polycarbonate and aligned at an angle x having a magnitude from non-0° to 90° inclusive to the running direction of the x°-tape, comprising the following main components: (A) a cutting device; (B) a handling device; (C) a joining device, which follow one another in the above order in the apparatus, wherein the main components are arranged such that in plan view the main axis of the apparatus forms a straight line, wherein the handling device (B) is suitable for laying the sheeting sections cut from a 0°-tape rotated in the same plane by the magnitude of the angle x one behind the other in the advancement direction of the 0°-tape such that in the sheeting sections the sides which in the 0°-tape were regions of the mutually parallel outsides are now disposed opposite one another and the joining device (C) is suitable for cohesively joining the sheeting sections to the x°-tape, and wherein the 0°-tape has a thickness of 100 to 350 μm, preferably of 120 to 200 μm. (A) a cutting device; (B) a handling device; (C) a joining device,
A display substrate comprising: a base substrate , a black matrix and a color filter formed on the base substrate , the color filter and the black matrix arranged alternately with a height difference between the black matrix and the color filter , wherein the display substrate further comprising a planarizing layer configured to minimize the height difference between the black matrix and the color filter ; characterized in that the planarizing layer is made of an opaque photoresist formed on the black matrix and has an upper surface flushed with the upper surface of the color filter . a base substrate , a black matrix and a color filter formed on the base substrate , the color filter and the black matrix arranged alternately with a height difference between the black matrix and the color filter , wherein the display substrate further comprising a planarizing layer configured to minimize the height difference between the black matrix and the color filter ; characterized in that the planarizing layer is made of an opaque photoresist formed on the black matrix and has an upper surface flushed with the upper surface of the color filter .
Ropeway system comprising ropeway cabins , which can be conveyed between stations (S) on a transport path (L1, L2) by means of a traction rope in order to transport people and/or goods, the ropeway cabins comprising electrical loads, which can be operated by means of a rechargeable electrical energy accumulator of the ropeway cabin , it being possible to recharge the electrical energy accumulator when stopped at a station by means of a charging station of the ropeway system , characterized in that the ropeway cabin comprises an operation monitoring device which is connected to the energy accumulator and comprises a measuring device for dynamically detecting measured values on the basis of the available amount of energy in the energy accumulator , in that the operation monitoring device comprises a memory module having at least one stored measurement reference value and a reference parameter assigned thereto, in that the electrical loads are each connected to the energy accumulator via one of a plurality of circuits, in that the operation monitoring device has a filter module for comparing a detected measured value with the at least one stored measurement reference value and for selecting the correspondingly stored reference parameter, on the basis of which, between and/or in stations (S), circuits can be selectively coupled to or selectively decoupled from the energy accumulator by means of the operation monitoring device , and in that sensor means of the ropeway cabin are provided for determining location-specific coordinate data, based on which data all circuits can be decoupled from the energy accumulator by means of the operation monitoring device in order to park the ropeway cabin .
A method for drone detection using an outdoor lighting network , the method comprising the steps of: detecting, by one or more radar sensors in the outdoor lighting network , a moving object in an outside environment ; monitoring, by the one or more radar sensors in the outdoor lighting network , the moving object's velocity or velocity change rate over a period of time ; characterized by determining, by the one or more radar sensors in the outdoor lighting network, if the moving object is a drone based on the monitored velocity or velocity change rate of the moving object , the moving object being determined to be a drone if the monitored velocity or velocity change rate is substantially constant; and if the moving object is determined to be a drone: analyzing, by the outdoor lighting network, flight data pertaining to the drone to determine a starting location of the drone; and sending, by the outdoor lighting network, a signal indicating the starting location of the drone . detecting, by one or more radar sensors in the outdoor lighting network , a moving object in an outside environment ; monitoring, by the one or more radar sensors in the outdoor lighting network , the moving object's velocity or velocity change rate over a period of time ; characterized by determining, by the one or more radar sensors in the outdoor lighting network, if the moving object is a drone based on the monitored velocity or velocity change rate of the moving object , the moving object being determined to be a drone if the monitored velocity or velocity change rate is substantially constant; and if the moving object is determined to be a drone: analyzing, by the outdoor lighting network, flight data pertaining to the drone to determine a starting location of the drone; and sending, by the outdoor lighting network, a signal indicating the starting location of the drone .
Nitrobenzaldehyde for use in a method for treating cancer, the use comprising lowering the intracellular pH in the cancer cells by at least 1.16 pH units by (i) administering nitrobenzaldehyde to a patient, and (ii) exposing the cancerous tissue to a light source wherein the nitrobenzaldehyde taken up by the cells of that tissue releases hydrogen ions, resulting in the lowering of the pH of said cells and the induction of apoptosis.
A single axis hinge having a furniture carcass-side hinge portion to be pre-assembled to a furniture carcass and a door-side hinge portion to be pre-assembled to a door wing , the hinge portions being articulately connected with each other, and the furniture carcass-side hinge portion comprises a fork member receiving a link axis and a hinge arm pivotably attached to the fork member and adapted to be inserted into the door-side hinge portion , the door-side hinge portion comprising a hinge cup and a height adjustment means with at least one locking element with which the set vertical position of the door wing can be fixed relative to the furniture carcass , the hinge arm being insertable into a free space in the hinge cup , the hinge arm comprising the locking element of the height adjustment means , by which element the hinge arm can be locked in a desired height position relative to the hinge cup , and the hinge cup comprising guide means for height adjustment which cooperate with the hinge arm , the hinge arm being displaceable in the height direction along the guide means either manually or using a height adjustment element, characterized in that the furniture carcass-side hinge portion and the door-side hinge portion are coupled by means of a clip connection , the clip connection is arranged in the door-side hinge portion and the hinge cup of the door-side hinge portion receives the clip connection .
An apparatus for applying an annular cellulose-based body (A) to a perimeter flange (P) of a container (C), comprising: - a supporting unit having a seat, configured to receive a body of said container (C) by insertion therein, and an annular edge portion surrounding said seat and suitable for receiving and supporting the annular body (A) and said perimeter flange (P) in such a way that the annular body (A) is interposed in use between the annular edge portion and the perimeter flange (P); - a heating device (21; 121), said supporting unit and said heating device (21; 121) being reciprocally movable along an axis of movement (X; W) between a spaced position in which the heating device (21; 121) is inactive and an activation position wherein the heating device (21; 121) is active and is positioned in contact with the perimeter flange (P) in such a way as to heat the annular body (A) through said perimeter flange (P); wherein - the supporting unit comprises an annular recess , surrounding the annular portion , designed to at least partly house an annular end bead (O) of the perimeter flange (P); the apparatus comprising - a forming device (22; 42), which is movable along a respective axis of movement (X; Y) between a far position and an engaging position wherein said forming device (22; 42) engages the annular bead (O), characterized in that the forming device (22; 42) in the engaging position deforms the annular bead (O) pushing said annular bead (O) into the annular recess . - a supporting unit having a seat, configured to receive a body of said container (C) by insertion therein, and an annular edge portion surrounding said seat and suitable for receiving and supporting the annular body (A) and said perimeter flange (P) in such a way that the annular body (A) is interposed in use between the annular edge portion and the perimeter flange (P); - a heating device (21; 121), said supporting unit and said heating device (21; 121) being reciprocally movable along an axis of movement (X; W) between a spaced position in which the heating device (21; 121) is inactive and an activation position wherein the heating device (21; 121) is active and is positioned in contact with the perimeter flange (P) in such a way as to heat the annular body (A) through said perimeter flange (P); wherein - the supporting unit comprises an annular recess , surrounding the annular portion , designed to at least partly house an annular end bead (O) of the perimeter flange (P); the apparatus comprising - a forming device (22; 42), which is movable along a respective axis of movement (X; Y) between a far position and an engaging position wherein said forming device (22; 42) engages the annular bead (O), characterized in that the forming device (22; 42) in the engaging position deforms the annular bead (O) pushing said annular bead (O) into the annular recess .
A counter-rotating turbine (C) of a turbomachine , extending about an axis of rotation (X) and comprising: - an inner rotor configured to rotate about the axis of rotation (X), and comprising at least one inner movable blade rotatably supported by a first shaft , - an outer rotor configured to rotate about the axis of rotation (X) in a direction opposite to the inner rotor , and comprising at least one outer movable blade rotatably supported by a second shaft coaxial with the first shaft , the first and second shafts extending axially from upstream to downstream of the turbine (C), wherein the first shaft is guided in rotation by a first bearing disposed between the first shaft and an upstream casing of the turbine, and the second shaft is guided in rotation by a second bearing disposed between the second shaft and said upstream casing of the turbine, the counter-rotating turbine (C) being characterized in that it comprises an outer casing at least partially surrounding the outer rotor , the outer casing extending axially from an upstream end of the turbine (C), over a length of less than 50%, preferably less than 30%, more preferably less than 15% of the length of the turbine (C). - an inner rotor configured to rotate about the axis of rotation (X), and comprising at least one inner movable blade rotatably supported by a first shaft , - an outer rotor configured to rotate about the axis of rotation (X) in a direction opposite to the inner rotor , and comprising at least one outer movable blade rotatably supported by a second shaft coaxial with the first shaft , the first and second shafts extending axially from upstream to downstream of the turbine (C),
An isolated peptide for use in the inhibition of angiogenesis in a patient in need thereof, wherein the peptide comprises the amino acid sequence of KFARLWTEIPTAIT (SEQ ID NO: 1), FTEIPTI (SEQ ID NO: 3), wherein the peptide or a fragments thereof, reduces the interaction between End Binding Protein 3 (EB3) and Inositol 1,4,5-Trisphosphate Receptor Type 3 (IP 3 R 3 ), wherein the patient is suffering from visual impairment or vision loss (blindness), macular degeneration, central retinal vein occlusion, branch retinal vein occlusion proliferative diabetic retinopathy, neovascular age-related macular degeneration (AMD), retinopathy of prematurity, ischemic retinopathy, intraocular neovascularization, corneal neovascularization, retinal neovascularization, choroidal neovascularization, diabetic macular edema, diabetic retina ischemia, diabetic retinal edema, and proliferative diabetic retinopathy, rubeosis iridis, neovascular glaucoma, retinoblastoma, uveitis and corneal graft neovascularization.
A method for the temporary bonding of a product substrate with a carrier substrate (1, 1', 1", 1"', 1 IV ), comprising at least the following steps: - production of a metallised temporary bonding layer on the product substrate and/or on the carrier substrate (1, 1', 1", 1"', 1 IV ), - bonding of the product substrate to the carrier substrate (1, 1', 1", 1"', 1 IV ) at the metallised temporary bonding layer , characterised in that the carrier substrate (1, 1', 1", 1"', 1 IV ) is constituted structured, wherein the carrier substrate (1, 1', 1", 1′′′, 1 IV ) comprises elevations (1"e, 1′′′e, 1 IV e) and cavities (1"k, 1′′′k, 1 IV k), wherein the elevations (1"e, 1′′′e, 1 IV e) are joined stably to the product substrate via metallic contacts and the cavities (1"k, 1′′′k, 1 IV k) are arranged between the elevations (1"e, 1′′′e, 1 IV e). - production of a metallised temporary bonding layer on the product substrate and/or on the carrier substrate (1, 1', 1", 1"', 1 IV ), - bonding of the product substrate to the carrier substrate (1, 1', 1", 1"', 1 IV ) at the metallised temporary bonding layer ,
The compound (6a R ,9a S )-5,6a,7,8,9,9a-hexahydro-5-methyl-3-(phenylamino)-2-((4-(6-fluoropyridin-2-yl)phenyl)methyl)-cyclopent imidazo[1,2- a ]pyrazolo[4,3- e ]pyrimidin-4(2 H )-one in a phosphate addition salt crystal form, wherein the salt crystals are mono-phosphate salt crystals, or solvates or hydrates thereof.
An injection apparatus comprising: an engagement system (20; 220) comprising: a first capture member (22; 122; 222; 322), and a second capture member (24; 124: 224; 324) positioned to define a capture gap (40; 140; 240) between the first capture member (22; 122; 222; 322) and the second capture member (24; 124: 224; 324), wherein the first capture member (22; 122; 222; 322) is configured to rotate about a first axis (21; 121; 221) in a capture direction, wherein skin of a bird contacting the first capture member (22; 122; 222; 322) in the capture gap (40; 140; 240) is pushed towards the second capture member (24; 124: 224; 324) by the first capture member (22; 122; 222; 322) rotating in the capture direction; and an injection unit operably coupled to the engagement system (20; 220), wherein the injection unit comprises an injection needle (32; 132; 232; 332) and a needle actuator (34; 234; 334) operably connected to the injection needle (32; 132; 232; 332), wherein the needle actuator (34; 234; 334) is configured to move the injection needle (32; 132; 232; 332) between an injection position and a retracted position, wherein the injection needle moves towards the first (22; 122; 222; 322) and second (24; 124: 224; 324) capture members when moving from the retracted position to the injection position, characterized in that the injection needle (32; 132; 232; 332) moves between the injection position and the retracted position along an injection axis (31; 131; 231), wherein the injection axis (31; 131; 231) is aligned with the first axis (21; 121; 221). a first capture member (22; 122; 222; 322), and a second capture member (24; 124: 224; 324) positioned to define a capture gap (40; 140; 240) between the first capture member (22; 122; 222; 322) and the second capture member (24; 124: 224; 324), wherein the first capture member (22; 122; 222; 322) is configured to rotate about a first axis (21; 121; 221) in a capture direction, wherein skin of a bird contacting the first capture member (22; 122; 222; 322) in the capture gap (40; 140; 240) is pushed towards the second capture member (24; 124: 224; 324) by the first capture member (22; 122; 222; 322) rotating in the capture direction; and an injection unit operably coupled to the engagement system (20; 220), wherein the injection unit comprises an injection needle (32; 132; 232; 332) and a needle actuator (34; 234; 334) operably connected to the injection needle (32; 132; 232; 332), wherein the needle actuator (34; 234; 334) is configured to move the injection needle (32; 132; 232; 332) between an injection position and a retracted position, wherein the injection needle moves towards the first (22; 122; 222; 322) and second (24; 124: 224; 324) capture members when moving from the retracted position to the injection position, characterized in that the injection needle (32; 132; 232; 332) moves between the injection position and the retracted position along an injection axis (31; 131; 231), wherein the injection axis (31; 131; 231) is aligned with the first axis (21; 121; 221).