mhurhangee/patent-ind-claim-en huggingface dataset:
A plasma polymerization coating device, comprising a vacuum chamber, wherein any cross section of a chamber body inner wall of the side part of the vacuum chamber is a circle with the same diameter or a polygon with the same edge length, wherein the polygon has at least 6 edges; porous electrodes are installed in the vacuum chamber proximal to the inner wall of the vacuum chamber ; the porous electrodes form porous arched structures with a distance from the inner wall of the vacuum chamber; the porous electrodes are connected with a high frequency power source ; at least two discharge cavities are installed on an outer wall of the vacuum chamber in a sealed manner; at least two layers of metal grids are arranged at where the discharge cavities connect to the inner walls of the vacuum chamber; the metal grids are insulated from the inner walls of the vacuum chamber; the metal grids are connected to a pulse power source ; a discharge source is disposed in the discharge cavity and is connected to a power source ; the discharge cavity is connected with a carrier gas pipe ; the other end of the carrier gas pipe is connected to a carrier gas source; a monomer vapor pipe is connected to the vacuum chamber, and an outlet end of the monomer vapor pipe is located in front of the discharge cavity , with the other end of the monomer vapor pipe being connected to a monomer vapor source; a tail gas collecting tube is vertically provided along the central axis of the vacuum chamber; one end of the tail gas collecting tube extends from the vacuum chamber and is connected to a vacuum pump, and holes are provided on the wall of the tail gas collecting tube; a rotation rack is disposed in the vacuum chamber; the rotation shaft of the rotation rack is coaxial with the central axis of the vacuum chamber; and the substrate to be treated is placed on the rotation rack.
A method in a communication network, the method comprising: sending , from an access point , a sounding packet to a client device over a wireless downlink communication channel, the sounding packet having a packet bandwidth and comprising a plurality of subchannels; receiving , at the access point , a partial channel estimation of the downlink communication channel from the client device , wherein the partial channel estimation corresponds to a subchannel block having a subchannel block contiguous bandwidth that is less than the packet bandwidth; determining , at the access point , a steering matrix from the partial channel estimation, the steering matrix for steering a transmission to the client device ; and in transmitting an information carrying data packet on the downlink communication channel, applying , at the access point , the steering matrix to only a portion, in frequency, of the information carrying data packet, the portion corresponding to the subchannel block. sending , from an access point , a sounding packet to a client device over a wireless downlink communication channel, the sounding packet having a packet bandwidth and comprising a plurality of subchannels; receiving , at the access point , a partial channel estimation of the downlink communication channel from the client device , wherein the partial channel estimation corresponds to a subchannel block having a subchannel block contiguous bandwidth that is less than the packet bandwidth; determining , at the access point , a steering matrix from the partial channel estimation, the steering matrix for steering a transmission to the client device ; and in transmitting an information carrying data packet on the downlink communication channel, applying , at the access point , the steering matrix to only a portion, in frequency, of the information carrying data packet, the portion corresponding to the subchannel block.
A method for performing at least one agricultural task in a field on which plants have been planted or are to be planted in a pattern, the method comprising: providing an agricultural machine with a prime mover and a tool bar connected to the prime mover , wherein a plurality of units are attached to the tool bar , the units configured to perform at least one agricultural task and wherein at least two of the units are disposed in an offset from each other with respect to a forward direction (V) of travel of the machine about the tool bar ; providing a control unit in communication with the prime mover and the units ; and wherein the control unit automatically activates the units as the machine travels along a plurality of rows defined by the pattern of plants , to perform the at least one agricultural task selectively at locations determined by the planting pattern; characterized in that the offset of the units in the forward direction (V) corresponds at least approximately to the spacing of the actual or intended position of the plants in the forward direction of the machine divided by the number of units of the tool bar , wherein said units are activated successively one after the other in time. providing an agricultural machine with a prime mover and a tool bar connected to the prime mover , wherein a plurality of units are attached to the tool bar , the units configured to perform at least one agricultural task and wherein at least two of the units are disposed in an offset from each other with respect to a forward direction (V) of travel of the machine about the tool bar ; providing a control unit in communication with the prime mover and the units ; and wherein the control unit automatically activates the units as the machine travels along a plurality of rows defined by the pattern of plants , to perform the at least one agricultural task selectively at locations determined by the planting pattern; characterized in that the offset of the units in the forward direction (V) corresponds at least approximately to the spacing of the actual or intended position of the plants in the forward direction of the machine divided by the number of units of the tool bar , wherein said units are activated successively one after the other in time.
A tire comprising a tread portion which has an asymmetric tread pattern and which has a designated mounting direction to a vehicle, wherein the tread portion has an outer tread end (Teo) that is positioned outward of a tire equator (C) on an outer side of the vehicle when mounted to the vehicle, an inner tread end (Tei) that is positioned inward of the tire equator (C) on an inner side of the vehicle when mounted to the vehicle, a plurality of circumferential grooves that extend continuously in a tire circumferential direction, and a plurality of land portions that are defined by the circumferential grooves , the circumferential grooves include an outer circumferential groove that extends adjacently to the tire equator (C) in a region closer to the outer tread end (Teo) than the tire equator (C) is, the land portions include an outer shoulder land portion , the outer shoulder land portion has a first outer lateral groove that extends inward from the outer tread end (Teo) in the tire axial direction and terminates in the outer shoulder land portion , and an angle of the first outer lateral groove relative to the tire axial direction at a terminating position in the outer shoulder land portion is 0 to 20°, characterized in that the outer shoulder land portion is defined between the outer circumferential groove and the outer tread end (Teo) so as to continuously extend therebetween in a tire axial direction, and has the largest width (Wo) in the tire axial direction among the land portions . a tread portion which has an asymmetric tread pattern and which has a designated mounting direction to a vehicle, wherein the tread portion has an outer tread end (Teo) that is positioned outward of a tire equator (C) on an outer side of the vehicle when mounted to the vehicle, an inner tread end (Tei) that is positioned inward of the tire equator (C) on an inner side of the vehicle when mounted to the vehicle, a plurality of circumferential grooves that extend continuously in a tire circumferential direction, and a plurality of land portions that are defined by the circumferential grooves , the circumferential grooves include an outer circumferential groove that extends adjacently to the tire equator (C) in a region closer to the outer tread end (Teo) than the tire equator (C) is, the land portions include an outer shoulder land portion , the outer shoulder land portion has a first outer lateral groove that extends inward from the outer tread end (Teo) in the tire axial direction and terminates in the outer shoulder land portion , and an angle of the first outer lateral groove relative to the tire axial direction at a terminating position in the outer shoulder land portion is 0 to 20°, characterized in that the outer shoulder land portion is defined between the outer circumferential groove and the outer tread end (Teo) so as to continuously extend therebetween in a tire axial direction, and has the largest width (Wo) in the tire axial direction among the land portions .
A non-burning type flavor inhaler , comprising: a housing having an airflow path that continues from an inlet to an outlet ; an atomizer configured to atomize an aerosol source without burning; a sensor including a capacitor, the sensor outputting a value indicating electric capacitance of the capacitor, the electric capacitance changes depending on a puff action of a user; and a controller configured to detect a start or an end of a puff duration on the basis of an output value that is output from the sensor , characterized in that the controller is configured to detect the start or the end of the puff duration when an inclination formed by two or more of the output values has a predetermined sign and when an absolute value of the inclination having the predetermined sign is larger than a predetermined value. a housing having an airflow path that continues from an inlet to an outlet ; an atomizer configured to atomize an aerosol source without burning; a sensor including a capacitor, the sensor outputting a value indicating electric capacitance of the capacitor, the electric capacitance changes depending on a puff action of a user; and a controller configured to detect a start or an end of a puff duration on the basis of an output value that is output from the sensor , characterized in that the controller is configured to detect the start or the end of the puff duration when an inclination formed by two or more of the output values has a predetermined sign and when an absolute value of the inclination having the predetermined sign is larger than a predetermined value.
A coherent growth substrate product formed of mineral wool, the product having two opposed top and bottom surfaces and a seed hole extending from the top surface towards the bottom surface, the base of the seed hole defining a seed bed (B), wherein the volume of the growth substrate product is not more than 150 cm 3 , wherein the seed bed has a width of at least 5 mm and the seed hole has a depth in the range of 7 mm to 15 mm, wherein the average density of the growth substrate product is 70 to 85 kg/m 3 ; and wherein the seed hole has a volume in the range 4 to 35% of the total volume of the growth substrate product.
A method of fixing ink on a fabric , which has been unwound from a first reel , impregnated with an aqueous solution and digitally printed, wherein impregnation comprises immersion of the fabric unwound from the first reel in a tank containing said aqueous solution , the method comprising the following further steps: - following the digital printing step, steaming, in a steaming chamber , the fabric printed and impregnated with the aqueous solution , in such a manner as to fix the ink to the fabric ; then - drying the fabric and bringing it back to its initial size through two adapted machines (14 and 15) or simply drying the fabric ; and subsequently - rewinding the fabric onto a second reel or arranging the fabric in sheets; wherein said aqueous solution comprises at least one or more substances selected from the group constituted by pH stabilization compounds and salts. the method comprising the following further steps: - following the digital printing step, steaming, in a steaming chamber , the fabric printed and impregnated with the aqueous solution , in such a manner as to fix the ink to the fabric ; then - drying the fabric and bringing it back to its initial size through two adapted machines (14 and 15) or simply drying the fabric ; and subsequently - rewinding the fabric onto a second reel or arranging the fabric in sheets; - following the digital printing step, steaming, in a steaming chamber , the fabric printed and impregnated with the aqueous solution , in such a manner as to fix the ink to the fabric ; then - drying the fabric and bringing it back to its initial size through two adapted machines (14 and 15) or simply drying the fabric ; and subsequently - rewinding the fabric onto a second reel or arranging the fabric in sheets; wherein said aqueous solution comprises at least one or more substances selected from the group constituted by pH stabilization compounds and salts.
A method of quantitative analysis of a plurality of protein targets in a sample comprising: (a) providing a sample comprising a plurality of cells, comprising a plurality of protein targets; (b) providing a plurality of compositions each comprising an antibody conjugated with an oligonucleotide, wherein the oligonucleotide comprises a unique identifier for the antibody that it is conjugated therewith and a poly(A) tail, and the antibody is capable of specifically binding to at least one of the plurality of protein targets; (c) contacting the plurality of compositions with the sample for specific binding with the plurality of protein targets; (d) the cells are separated into wells such that a well receives only one cell; (e) providing a plurality of oligonucleotide probes immobilized on a solid support, wherein each of the plurality of oligonucleotide probes comprises a target binding region and a barcode sequence, wherein the target binding region comprises poly(dT) and wherein the barcode sequence is from a diverse set of unique barcode sequences; (f) contacting the plurality of oligonucleotide probes with the oligonucleotides of the plurality of compositions; (g) extending the oligonucleotide probes hybridized to the oligonucleotides to produce a plurality of labeled nucleic acids, wherein each of the labeled nucleic acid comprises a unique identifier and a barcode sequence; and (h) determining the number of unique barcode sequences for each unique identifier, (i) whereby the quantity of each protein target in the sample is determined. (a) providing a sample comprising a plurality of cells, comprising a plurality of protein targets; (b) providing a plurality of compositions each comprising an antibody conjugated with an oligonucleotide, wherein the oligonucleotide comprises a unique identifier for the antibody that it is conjugated therewith and a poly(A) tail, and the antibody is capable of specifically binding to at least one of the plurality of protein targets; (c) contacting the plurality of compositions with the sample for specific binding with the plurality of protein targets; (d) the cells are separated into wells such that a well receives only one cell; (e) providing a plurality of oligonucleotide probes immobilized on a solid support, wherein each of the plurality of oligonucleotide probes comprises a target binding region and a barcode sequence, wherein the target binding region comprises poly(dT) and wherein the barcode sequence is from a diverse set of unique barcode sequences; (f) contacting the plurality of oligonucleotide probes with the oligonucleotides of the plurality of compositions; (g) extending the oligonucleotide probes hybridized to the oligonucleotides to produce a plurality of labeled nucleic acids, wherein each of the labeled nucleic acid comprises a unique identifier and a barcode sequence; and (h) determining the number of unique barcode sequences for each unique identifier, (i) whereby the quantity of each protein target in the sample is determined.
An airframe structure assembly comprising: a flight deck floor panel ; a seat track ; a sliding joint for isolating load transfer between the seat track and the flight deck floor panel comprising: a lug comprising a first end and a second end opposite the first end , wherein the first end is attached to the seat track and the second end comprises an elongate aperture ; and a clevis comprising an oblate shaped slider bushing that is coupled to the lug ; and wherein: the clevis comprises a platform at a first end of the clevis and a pair of arms extending from the platform ; and the platform of the clevis is affixed to the flight deck floor panel . a flight deck floor panel ; a seat track ; a sliding joint for isolating load transfer between the seat track and the flight deck floor panel comprising: a lug comprising a first end and a second end opposite the first end , wherein the first end is attached to the seat track and the second end comprises an elongate aperture ; and a clevis comprising an oblate shaped slider bushing that is coupled to the lug ; and wherein: the clevis comprises a platform at a first end of the clevis and a pair of arms extending from the platform ; and the platform of the clevis is affixed to the flight deck floor panel . the clevis comprises a platform at a first end of the clevis and a pair of arms extending from the platform ; and the platform of the clevis is affixed to the flight deck floor panel .
A chimeric AAV capsid protein comprising the amino acid sequence set forth in any one of SEQ ID NOs: 5-8.
Method for machine gluing stone strips to a substrate, wherein glue is applied to the substrate and/or the stone strips, wherein subsequently, after a delay time, the stone strips are each pressed against the substrate with the glue between the stone strips and the substrate, during a contact time and with a contact pressure, characterised in that the contact pressure is determined as a function of the delay time between the glue being applied and the stone strip being pressed. wherein glue is applied to the substrate and/or the stone strips, wherein subsequently, after a delay time, the stone strips are each pressed against the substrate with the glue between the stone strips and the substrate, during a contact time and with a contact pressure, characterised in that the contact pressure is determined as a function of the delay time between the glue being applied and the stone strip being pressed.
An apparatus for treating sleep disordered breathing and monitoring a patient for indications of cardiovascular disease comprising: a pressure delivery device for delivering positive airway pressure at therapeutic levels for treatment of sleep disordered breathing, a controller configured to detect and record sleep disordered breathing-related information or events associated with the treatment of the patient's sleep disordered breathing, and to adjust the delivery of positive airway pressure based on the detection of breathing-related events; a memory for storing as a function of time the detected breathing-related information or events and for storing as a function of time information concerning the cardiovascular condition of the patient, characterized in that the controller is further configured to: associate changes in the cardiovascular condition of the patient to changes in sleep-disordered breathing-related information or events on a common time scale so that changes that occur substantially in common may be observed, and wherein associating changes in the cardiovascular condition of the patient to changes in sleep-disordered breathing-related information or events on a common time scale includes determining a relationship between the cardiovascular condition of the patient and the sleep-disordered breathing. a pressure delivery device for delivering positive airway pressure at therapeutic levels for treatment of sleep disordered breathing, a controller configured to detect and record sleep disordered breathing-related information or events associated with the treatment of the patient's sleep disordered breathing, and to adjust the delivery of positive airway pressure based on the detection of breathing-related events; a memory for storing as a function of time the detected breathing-related information or events and for storing as a function of time information concerning the cardiovascular condition of the patient, characterized in that the controller is further configured to: associate changes in the cardiovascular condition of the patient to changes in sleep-disordered breathing-related information or events on a common time scale so that changes that occur substantially in common may be observed, and wherein associating changes in the cardiovascular condition of the patient to changes in sleep-disordered breathing-related information or events on a common time scale includes determining a relationship between the cardiovascular condition of the patient and the sleep-disordered breathing. associate changes in the cardiovascular condition of the patient to changes in sleep-disordered breathing-related information or events on a common time scale so that changes that occur substantially in common may be observed, and wherein associating changes in the cardiovascular condition of the patient to changes in sleep-disordered breathing-related information or events on a common time scale includes determining a relationship between the cardiovascular condition of the patient and the sleep-disordered breathing.
A handheld electric hair dryer, comprising: a main body and a handle wherein the main body comprises a primary fluid inlet , a primary fluid outlet , a fan unit , a heating element , and a fluid flow path characterized in that the fluid flow path comprises: a primary fluid flow path that extends from the primary fluid inlet 101 into the main body to the primary fluid outlet along a straight line; a side fluid flow path ; and a wall-defined fluid flow path , wherein the side fluid flow path and the wall-defined fluid flow path meet the primary fluid flow path before entering the fan unit ; the fan unit is disposed on the primary fluid flow path wherein the fan unit is adapted to suck fluid into the primary fluid flow path and to transmit the fluid through the heating element so that the fluid in the primary fluid flow path is heated; wherein the side fluid flow path comprises at least two bends ; the side fluid flow path comprises an entry that comprises a plurality of holes that extend at least partially around an outer wall of the main body ; wherein the side fluid flow path is perpendicular to the primary fluid flow path ; characterized in that the two bends are approximately right angles. a primary fluid flow path that extends from the primary fluid inlet 101 into the main body to the primary fluid outlet along a straight line; a side fluid flow path ; and a wall-defined fluid flow path , wherein the side fluid flow path and the wall-defined fluid flow path meet the primary fluid flow path before entering the fan unit ; the fan unit is disposed on the primary fluid flow path wherein the fan unit is adapted to suck fluid into the primary fluid flow path and to transmit the fluid through the heating element so that the fluid in the primary fluid flow path is heated; wherein the side fluid flow path comprises at least two bends ; the side fluid flow path comprises an entry that comprises a plurality of holes that extend at least partially around an outer wall of the main body ; wherein the side fluid flow path is perpendicular to the primary fluid flow path ; characterized in that the two bends are approximately right angles.