mhurhangee/patent-ind-claim-en huggingface dataset:
A pharmaceutical composition for use in a method of treating and/or preventing a cancer comprising, as an active ingredient, a polynucleotide comprising the nucleotide sequence as set forth in SEQ ID NO: 1 or 2, wherein the polynucleotide comprises a nucleotide sequence as set forth in any one of SEQ ID NOs: 3 to 5 on the 3' terminal side of the nucleotide sequence as set forth in SEQ ID NO: 1 or 2.
A device for a wireless network comprising a single primary channel having a first predefined bandwidth (BW-101) configured as a common channel of operation for one or more devices associated with a specific access point , and a plurality of secondary channels having a second predefined bandwidth within the first predefined bandwidth (BW-101), wherein the device is configured to: execute a first Carrier-Sense Multiple Access with Collision Avoidance, CSMA/CA, instance associated with the primary channel to gain access to the primary channel , wherein a first back-off is generated; execute a second CSMA/CA instance associated with one of the secondary channels to gain access to the secondary channel , wherein a second back-off is generated; if the primary channel is occupied by another device being associated with another access point, determine duration of a transmission by other device on the primary channel ; and adjust total duration of all transmissions on the secondary channel to be shorter than or equal to the duration of the transmission by the other device on the primary channel . execute a first Carrier-Sense Multiple Access with Collision Avoidance, CSMA/CA, instance associated with the primary channel to gain access to the primary channel , wherein a first back-off is generated; execute a second CSMA/CA instance associated with one of the secondary channels to gain access to the secondary channel , wherein a second back-off is generated; if the primary channel is occupied by another device being associated with another access point, determine duration of a transmission by other device on the primary channel ; and adjust total duration of all transmissions on the secondary channel to be shorter than or equal to the duration of the transmission by the other device on the primary channel .
A vapour provision system comprising: a reservoir defining a storage volume to hold aerosolisable substrate fluid as a free-flowing fluid; one or more walls encompassing a space for receiving at least a part of the reservoir; and an aerosolisable substrate fluid detection system comprising: an optical source located externally of the reservoir on a surface of the one or more walls to face inwardly into the space, and operable to emit light at a wavelength or wavelengths into the storage volume; an optical detector located externally of the reservoir on a surface of the one or more walls to face inwardly into the space, and operable to detect light at the wavelength or wavelengths emitted by the optical source that has traversed an optical path through the storage volume; and a controller configured to determine a characteristic of light detected by the optical detector and deduce information regarding a level of aerosolisable substrate fluid in the storage volume from the determined characteristic of the light. a reservoir defining a storage volume to hold aerosolisable substrate fluid as a free-flowing fluid; one or more walls encompassing a space for receiving at least a part of the reservoir; and an aerosolisable substrate fluid detection system comprising: an optical source located externally of the reservoir on a surface of the one or more walls to face inwardly into the space, and operable to emit light at a wavelength or wavelengths into the storage volume; an optical detector located externally of the reservoir on a surface of the one or more walls to face inwardly into the space, and operable to detect light at the wavelength or wavelengths emitted by the optical source that has traversed an optical path through the storage volume; and a controller configured to determine a characteristic of light detected by the optical detector and deduce information regarding a level of aerosolisable substrate fluid in the storage volume from the determined characteristic of the light. an optical source located externally of the reservoir on a surface of the one or more walls to face inwardly into the space, and operable to emit light at a wavelength or wavelengths into the storage volume; an optical detector located externally of the reservoir on a surface of the one or more walls to face inwardly into the space, and operable to detect light at the wavelength or wavelengths emitted by the optical source that has traversed an optical path through the storage volume; and a controller configured to determine a characteristic of light detected by the optical detector and deduce information regarding a level of aerosolisable substrate fluid in the storage volume from the determined characteristic of the light.
A system for providing individual ground-based Access Network Internet Protocol, IP, addresses to a plurality of passenger wireless devices which are located onboard an aircraft in flight, comprising: means for assigning each of the plurality of passenger wireless devices a globally unique IP address; aircraft network means , located in said aircraft , for communicating with at least one of said plurality of passenger wireless devices (101, 221-224) located in said aircraft ; and Air-To-Ground network means for transporting aggregated data packets, independent of said individual globally unique IP addresses associated with said plurality of passenger wireless devices on said aircraft , between said aircraft network and a ground-based Access Network , comprising: data concentrator means, located on said aircraft , for converting subscriber traffic and signaling channels received from said plurality of passenger wireless devices (101, 221-224) located in said aircraft and identified with the assigned globally unique IP address to at least one aggregate data stream having a single IP address different than the assigned globally unique IP addresses; and wherein the system further comprises: an Air-to-Ground modem on board the aircraft ; a Packet Data Serving Node, PDSN, of the ground-based Access Network, and wherein the PDSN has Layer 2 Tunneling Protocol, L2TP, Access Concentrator, LAC, means for (i) initiating a Layer 2 IP tunnel using a Layer 2 tunneling protocol with a first endpoint of the tunnel being the PDSN and a second endpoint of the tunnel being the Air-to-Ground modem and (ii) exchanging said aggregated data packets within the tunnel. means for assigning each of the plurality of passenger wireless devices a globally unique IP address; aircraft network means , located in said aircraft , for communicating with at least one of said plurality of passenger wireless devices (101, 221-224) located in said aircraft ; and Air-To-Ground network means for transporting aggregated data packets, independent of said individual globally unique IP addresses associated with said plurality of passenger wireless devices on said aircraft , between said aircraft network and a ground-based Access Network , comprising: data concentrator means, located on said aircraft , for converting subscriber traffic and signaling channels received from said plurality of passenger wireless devices (101, 221-224) located in said aircraft and identified with the assigned globally unique IP address to at least one aggregate data stream having a single IP address different than the assigned globally unique IP addresses; and an Air-to-Ground modem on board the aircraft ; a Packet Data Serving Node, PDSN, of the ground-based Access Network, and wherein the PDSN has Layer 2 Tunneling Protocol, L2TP, Access Concentrator, LAC, means for (i) initiating a Layer 2 IP tunnel using a Layer 2 tunneling protocol with a first endpoint of the tunnel being the PDSN and a second endpoint of the tunnel being the Air-to-Ground modem and (ii) exchanging said aggregated data packets within the tunnel.
Method for purifying raw phosphoric acid, characterized in that a) raw phosphoric acid is reacted with ash, calcium hydroxide and at least one sulfide, b) the acid-insoluble portion of the solids is separated, so that a filtrate is obtained, characterized in that the ash is obtained by incinerating phosphate-containing sewage sludges, biodegradable wastes, bio-wastes and/or animal wastes in a waste incineration plant. a) raw phosphoric acid is reacted with ash, calcium hydroxide and at least one sulfide, b) the acid-insoluble portion of the solids is separated, so that a filtrate is obtained,
A display unit comprising one or more display panels and a peripheral frame in which the one or more display panels are mounted and by which the one or more display panels are supported, wherein the peripheral frame comprises a plurality of straight extruded sections (3a to 3d) and a plurality of corner sections (4a to 4d) linking the straight extruded sections (3a to 3d) together to form the peripheral frame , each straight extruded section (3a to 3d) having a main body portion defining a substantially flat and inflexible inward facing surface , in which surface a plurality of transversely spaced extruded channels (16b to 16f) are formed running longitudinally in a length direction of the straight extruded section, each channel (16b to 16f) in profile having a narrow neck portion and a wider main portion below the neck portion, the display unit further comprising a plurality of mountings for one or more components of the display unit to be supported by the peripheral frame , characterised in that the display unit further comprises a plurality of channel engaging members each arranged to be slotted into any one of the extruded channels (16b to 16f) to permit each channel engaging member to be placed in any desired transversely spaced channel and to slide along that channel to a desired longitudinal position, to anchor a mounting for a component of the display unit against the substantially flat and inflexible inward facing surface at a desired longitudinal position and at more than one transverse location.
A sealing arrangement for a control device for the flow of coolant in a cooling circuit of a vehicle, comprising a sealing frame , a support element and a spring arranged between the sealing frame and the support element , wherein the sealing frame has an annular sealing surface which can be pressed by the spring against a movable control element of the control device , characterised in that the sealing frame has, on the side opposite its sealing surface , at least two spring supports with an intermediate space arranged between them, the support element has, on its side facing the sealing frame , at least one spring support which enters into the at least one intermediate space of the sealing frame when the sealing frame and the support element move towards each other, and the spring is a spring washer which is in contact both with the spring supports of the sealing frame and with said at least one spring support of the support element . the sealing frame has an annular sealing surface which can be pressed by the spring against a movable control element of the control device , characterised in that the sealing frame has, on the side opposite its sealing surface , at least two spring supports with an intermediate space arranged between them, the support element has, on its side facing the sealing frame , at least one spring support which enters into the at least one intermediate space of the sealing frame when the sealing frame and the support element move towards each other, and the spring is a spring washer which is in contact both with the spring supports of the sealing frame and with said at least one spring support of the support element .
Timepiece comprising a mechanical movement which comprises: - an indicator mechanism of at least one time data item, - a mechanical resonator suitable for oscillating along a general oscillation axis about a neutral position corresponding to the minimum potential energy state thereof, - a maintenance device of the mechanical resonator forming therewith a mechanical oscillator which is arranged to time the running of the indicator mechanism, - an auxiliary oscillator forming a reference time base and determining a set-point frequency F0c, as well as a set-point period T0c equal by definition to the inverse of the set-point frequency, for the mechanical resonator; the timepiece further comprising a synchronisation device arranged to slave the mean frequency of the mechanical oscillator on the set-point frequency F0c, the synchronisation device comprising an electromagnetic braking device of the mechanical resonator, this electromagnetic braking device being formed of at least one coil and at least one permanent magnet (30,32; 60; 64,65; 84) which are arranged such that, within a usable operating range of the mechanical oscillator, an induced voltage is generated between the two terminals of the coil in each alternation of this oscillation; the synchronisation device being arranged to be able to momentarily reduce the impedance between the two terminals of the coil; characterised in that the synchronisation device is arranged so as to reduce the impedance between the two terminals of the coil during distinct time intervals Tp and such that the starts of any two successive time intervals, among said distinct time intervals, exhibit therebetween a time distance D T equal to a positive whole number N multiplied by half of the set-point period T0c for the mechanical oscillator, i.e. a mathematical relation D T = N·T0c/2, the synchronisation device being arranged to determine by means of the reference time base the start of each of the distinct time intervals so as to fulfil the mathematical relation between the time distance D T and the set-point period T0c. - an indicator mechanism of at least one time data item, - a mechanical resonator suitable for oscillating along a general oscillation axis about a neutral position corresponding to the minimum potential energy state thereof, - a maintenance device of the mechanical resonator forming therewith a mechanical oscillator which is arranged to time the running of the indicator mechanism, - an auxiliary oscillator forming a reference time base and determining a set-point frequency F0c, as well as a set-point period T0c equal by definition to the inverse of the set-point frequency, for the mechanical resonator;
An actinic-ray-curable ink composition comprising: a di(meth)acrylate having a linear alkylene group; a di(meth)acrylate having an alkylene oxide chain; a cyclohexyldienone-based polymerization inhibitor that includes at least one selected from the group consisting of a compound represented by Formula below and a compound represented by Formula below; and a photopolymerization initiator, wherein, in Formula , R 1a and R 1b each independently represent an alkyl group having 1 to 8 carbon atoms, R 1c represents a phenyl group or a cyclohexyl group, wherein, in Formula , R 2a , R 2b , R 2c , and R 2d each independently represent an alkyl group having 1 to 8 carbon atoms, and wherein in the di(meth)acrylate having a linear alkylene group, the alkylene group has 9 or more carbon atoms. a di(meth)acrylate having a linear alkylene group; a di(meth)acrylate having an alkylene oxide chain; a cyclohexyldienone-based polymerization inhibitor that includes at least one selected from the group consisting of a compound represented by Formula below and a compound represented by Formula below; and a photopolymerization initiator, wherein, in Formula , R 1a and R 1b each independently represent an alkyl group having 1 to 8 carbon atoms, R 1c represents a phenyl group or a cyclohexyl group, wherein, in Formula , R 2a , R 2b , R 2c , and R 2d each independently represent an alkyl group having 1 to 8 carbon atoms, and wherein in the di(meth)acrylate having a linear alkylene group, the alkylene group has 9 or more carbon atoms.
A fingerprint identification apparatus, applicable for an electronic device with a display screen , comprising: an optical function layer , disposed between the display screen and a middle frame of the electronic device , wherein the optical function layer comprises a quarter-wave plate and a polarizer , and the polarizer is disposed under the quarter-wave plate ; and an optical fingerprint module, disposed under the optical function layer , and configured to receive a fingerprint optical signal transmitted through the quarter-wave plate and the polarizer , wherein the fingerprint optical signal is used for detecting fingerprint information of a finger; wherein the optical function layer is configured to cut off a transmission path of a reflected light signal to the optical fingerprint module provided under the middle frame, so as to attenuate an inverted image of an opening cross-section in a fingerprint image, the reflected light signal comprises a leakage light under the display screen and a reflected light reflected back by the finger above the display screen , the reflected light signal being reflected by the opening cross-section of the middle frame and then reflected by an opening cross-section and re-reflected by a lower surface of the display screen . an optical function layer , disposed between the display screen and a middle frame of the electronic device , wherein the optical function layer comprises a quarter-wave plate and a polarizer , and the polarizer is disposed under the quarter-wave plate ; and an optical fingerprint module, disposed under the optical function layer , and configured to receive a fingerprint optical signal transmitted through the quarter-wave plate and the polarizer , wherein the fingerprint optical signal is used for detecting fingerprint information of a finger; wherein the optical function layer is configured to cut off a transmission path of a reflected light signal to the optical fingerprint module provided under the middle frame, so as to attenuate an inverted image of an opening cross-section in a fingerprint image, the reflected light signal comprises a leakage light under the display screen and a reflected light reflected back by the finger above the display screen , the reflected light signal being reflected by the opening cross-section of the middle frame and then reflected by an opening cross-section and re-reflected by a lower surface of the display screen .
A porous polyvinyl acetal object having a large number of cells, comprising: a polyvinyl acetal; and a plasticizer, the porous object having an open cell ratio of 50% or higher, the open cell ratio being the volumetric ratio of cells connected to the outside of the porous object relative to the apparent volume of the porous object determined by size measurement, and being determined by pycnometry described in JIS K7138, according to the method disclosed in the description of present specification, the porous object in the form of a sample with a size of 10 cm in length, 10 cm in width, and 4 mm in thickness having a coefficient of rebound (rebounding height/drop height) of 0.1 or lower in measurement of a rebounding height of a 1.27 cm (1/2-inch) SUS ball in conformity with JIS B 1501 dropped from a given drop height to the center of the sample placed on an iron plate with a size of 10 cm or more in length, 10 cm or more in width, and 1 cm in thickness. a polyvinyl acetal; and a plasticizer, the porous object having an open cell ratio of 50% or higher, the open cell ratio being the volumetric ratio of cells connected to the outside of the porous object relative to the apparent volume of the porous object determined by size measurement, and being determined by pycnometry described in JIS K7138, according to the method disclosed in the description of present specification, the porous object in the form of a sample with a size of 10 cm in length, 10 cm in width, and 4 mm in thickness having a coefficient of rebound (rebounding height/drop height) of 0.1 or lower in measurement of a rebounding height of a 1.27 cm (1/2-inch) SUS ball in conformity with JIS B 1501 dropped from a given drop height to the center of the sample placed on an iron plate with a size of 10 cm or more in length, 10 cm or more in width, and 1 cm in thickness.
Method for cutting a sheet metal format with a predetermined contour from a sheet metal strip supplied continuously in a forward movement direction (X), the method comprising a cutting step in which the corresponding cutting is performed by means of at least one cutting head hitting the sheet metal strip , the method further comprising - measuring a first distance from a first edge (1.1) of the sheet metal strip with respect to a first reference point in a direction (Y1, Y2) perpendicular to the forward movement direction (X), by means of a first detector (3.1); - calculating a corrected cutting path (T2) from a predetermined cutting path (T1) for the required predetermined contour, depending on the first distance measured; and - generating a cut in the sheet metal strip , causing the cutting head to move following the corrected cutting path (T2); characterized in that the measurement of the first distance is performed at a point of the sheet metal strip that is aligned in the direction (Y1, Y2) perpendicular to the forward movement direction (X) with a point of said sheet metal strip hit by said cutting head . - measuring a first distance from a first edge (1.1) of the sheet metal strip with respect to a first reference point in a direction (Y1, Y2) perpendicular to the forward movement direction (X), by means of a first detector (3.1); - calculating a corrected cutting path (T2) from a predetermined cutting path (T1) for the required predetermined contour, depending on the first distance measured; and - generating a cut in the sheet metal strip , causing the cutting head to move following the corrected cutting path (T2);