mhurhangee/patent-ind-claim-en huggingface dataset:
An image capturing apparatus comprising: a lens array comprising a plurality of equal size and equal focal length lenses; and a sensor comprising a plurality of sensing pixels, wherein each lens covers an area in the sensor corresponding to each lens, wherein the lens array and the sensor are spaced apart from each other by the focal length of each of the lenses; wherein each of at least a portion of the plurality of sensing pixels in the sensor is configured to generate sensing information based on light entering through different lenses in the lens array, and wherein light incident on each sensing pixel, among the portion of the plurality of sensing pixels, corresponds to combinations of different viewpoints; and wherein a ratio between a number of the plurality of sensing pixels and a number of the plurality of lenses is a real non-integer number. a lens array comprising a plurality of equal size and equal focal length lenses; and a sensor comprising a plurality of sensing pixels, wherein each lens covers an area in the sensor corresponding to each lens, wherein the lens array and the sensor are spaced apart from each other by the focal length of each of the lenses; wherein each of at least a portion of the plurality of sensing pixels in the sensor is configured to generate sensing information based on light entering through different lenses in the lens array, and wherein light incident on each sensing pixel, among the portion of the plurality of sensing pixels, corresponds to combinations of different viewpoints; and wherein a ratio between a number of the plurality of sensing pixels and a number of the plurality of lenses is a real non-integer number.
A terminal-based wakelock control method, for a terminal with an Android operating system, the method comprising: obtaining (S11) a first application program that runs in the background; determining (S12) whether the first application program meets a preset filter criterion; selecting (S13) a first application program that does not meet the preset filter criterion, as a second application program; saving (S15) characteristic information of a wakelock held by the second application program and a service called by the second application program, wherein the wakelock prevents the terminal from entering a sleep state and the characteristic information comprises an identifier corresponding to the second application program; forcibly releasing (S14) the wakelock held by the second application program and the service called by the second application program; and setting (S16) the second application program to an agent lock state, wherein, when the second application program is set to the agent lock state, if a wakelock application request, a wakelock change request, or a wakelock deletion request for the second application program and the service called by the second application program is received, the corresponding characteristic information is changed, but the corresponding request is not specifically executed. obtaining (S11) a first application program that runs in the background; determining (S12) whether the first application program meets a preset filter criterion; selecting (S13) a first application program that does not meet the preset filter criterion, as a second application program; saving (S15) characteristic information of a wakelock held by the second application program and a service called by the second application program, wherein the wakelock prevents the terminal from entering a sleep state and the characteristic information comprises an identifier corresponding to the second application program; forcibly releasing (S14) the wakelock held by the second application program and the service called by the second application program; and setting (S16) the second application program to an agent lock state, wherein, when the second application program is set to the agent lock state, if a wakelock application request, a wakelock change request, or a wakelock deletion request for the second application program and the service called by the second application program is received, the corresponding characteristic information is changed, but the corresponding request is not specifically executed.
Food comminution system having a food comminution apparatus with a base part which has a receptacle for a cutting part, and with an actuating part which is connected in an articulated manner to the base part and, in order to press a food product to be comminuted through a cutting part which is inserted into the receptacle , can be pivoted out of an inserting position against the cutting part into a closed position and subsequently from the closed position into the inserting position again, characterized by an additional comminution tool which can be fixed in a working position on the food comminution apparatus and which has a fastening portion and a tool portion , the fastening portion being clamped in between the base part and the actuating part in a positively locking manner in the working position, and the tool portion being arranged outside the receptacle in the working position.
A system for production of biogas comprising: - at least one main digestion unit , constituted by one or a plurality of elements which can contain biogas and liquid digestate ; - at least one methanization digester , which is designed for the production of biogas , comprising a tank which can contain a container containing solid biomass , said container being able to be filled with liquid digestate and said digester comprising: at least one area for introduction of the container containing solid biomass and for discharge of the container containing residual digested solid biomass , said area on which a roof can be opened and closed, and at least one area for discharge of the biogas ; - said methanization digester being connected by means of a circuit for supply of liquid digestate and a circuit for discharge of biogas and liquid digestate to and from said main digestion unit . - at least one main digestion unit , constituted by one or a plurality of elements which can contain biogas and liquid digestate ; - at least one methanization digester , which is designed for the production of biogas , comprising a tank which can contain a container containing solid biomass , said container being able to be filled with liquid digestate and said digester comprising: at least one area for introduction of the container containing solid biomass and for discharge of the container containing residual digested solid biomass , said area on which a roof can be opened and closed, and at least one area for discharge of the biogas ; - said methanization digester being connected by means of a circuit for supply of liquid digestate and a circuit for discharge of biogas and liquid digestate to and from said main digestion unit .
An apparatus comprising a transmission control circuitry configured to control a short-range transmitter and a radio transmitter operationally connectable to the transmission control circuitry , the radio transmitter having a longer wireless transmission range than a wireless transmission range of the short-range transmitter , characterized in that the transmission control circuitry is configured to cause the short-range transmitter to transmit a short-range signal indicating to a receiver apparatus receiving the short-range signal a radio resource in which the apparatus shall transmit and the receiver apparatus shall receive a radio signal , and to cause the radio transmitter to transmit the radio signal in the radio resource indicated with the short-range signal .
A method for identifying and selecting a subject with increased risk of developing a cardiometabolic disease, and optionally a hematological cancer, comprising the steps of: (a) sequencing at least part of a genome comprising an ASXL1 gene of one or more cells in a blood sample of the subject, (b) identifying from said sequencing one or more mutations in said ASXL1 gene, wherein presence of said mutation(s) indicates an increased risk of developing a cardiometabolic disease, and optionally a hematological cancer. (a) sequencing at least part of a genome comprising an ASXL1 gene of one or more cells in a blood sample of the subject, (b) identifying from said sequencing one or more mutations in said ASXL1 gene, wherein presence of said mutation(s) indicates an increased risk of developing a cardiometabolic disease, and optionally a hematological cancer.
A computer-executable method in a content centric network for assembling a single content stream that enables downloading of a content collection using the single content stream over the content-centric network , comprising: obtaining the content collection that includes a plurality of content components; generating, for the content collection , a manifest having respective entries corresponding to the respective content components; assembling the single content stream by including the manifest followed by the plurality of content components, wherein the manifest and the content components are packaged into content objects under a same namespace, wherein each content component spans multiple chunks (516.4, 516.5) within the single content stream with each chunk corresponding to a packaged content object and being assigned a sequence number, and wherein the entry in the manifest specifies sequence numbers of the multiple chunks, thereby facilitating a requester to request one or more content components within the content collection using interests comprising the same namespace and sequence numbers corresponding to content objects of the requested one or more content components, said sequence number being determined from the manifest. obtaining the content collection that includes a plurality of content components; generating, for the content collection , a manifest having respective entries corresponding to the respective content components; assembling the single content stream by including the manifest followed by the plurality of content components, wherein the manifest and the content components are packaged into content objects under a same namespace, wherein each content component spans multiple chunks (516.4, 516.5) within the single content stream with each chunk corresponding to a packaged content object and being assigned a sequence number, and wherein the entry in the manifest specifies sequence numbers of the multiple chunks, thereby facilitating a requester to request one or more content components within the content collection using interests comprising the same namespace and sequence numbers corresponding to content objects of the requested one or more content components, said sequence number being determined from the manifest.
A pretreatment composition for removal of heat-adhered soils comprising; one or more alkyl amines, wherein said alkyl amine is a primary fatty amine, and from 70 wt. % to 98 wt. % of an ester solvent based on the total weight of the composition.
A method for controlling an aircraft , the method comprising: accessing data aboard the aircraft , the data including: respective positions, relative to each other and to a runway , of a plurality of radar targets disposed within a region adjacent to the runway ; and a desired attitude of the aircraft relative to the runway ; scanning the region with a radar disposed aboard the aircraft to obtain radar data corresponding to respective positions, relative to each other and to the aircraft , of a plurality of radar reflections from the region, including reflections from the radar targets ; distinguishing the radar data corresponding to the radar targets from the radar data corresponding to the radar reflections , by using a correlator aboard the aircraft; assessing a position and an attitude of the aircraft relative to the runway using the stored data and the radar data corresponding to the radar targets ; evaluating the position and the attitude of the aircraft relative to the runway using a navigation system that is independent of the radar; computing a difference between the assessed position and the evaluated position; computing a difference between the assessed attitude and the evaluated attitude; and controlling the aircraft in accordance with at least one of the position difference and the attitude difference. respective positions, relative to each other and to a runway , of a plurality of radar targets disposed within a region adjacent to the runway ; and a desired attitude of the aircraft relative to the runway ; scanning the region with a radar disposed aboard the aircraft to obtain radar data corresponding to respective positions, relative to each other and to the aircraft , of a plurality of radar reflections from the region, including reflections from the radar targets ; distinguishing the radar data corresponding to the radar targets from the radar data corresponding to the radar reflections , by using a correlator aboard the aircraft; assessing a position and an attitude of the aircraft relative to the runway using the stored data and the radar data corresponding to the radar targets ; evaluating the position and the attitude of the aircraft relative to the runway using a navigation system that is independent of the radar; computing a difference between the assessed position and the evaluated position; computing a difference between the assessed attitude and the evaluated attitude; and controlling the aircraft in accordance with at least one of the position difference and the attitude difference.
A method of protecting a gas container interior, the method comprising: providing an inlet and exhaust manifold comprising a port assembly attachable to a port of the gas container ; producing a protective coating by exposing the gas container interior to sequential self-saturating surface reactions by sequential inlet of reactive gases via said port assembly and said port into the gas container interior; and pumping reaction residue via said port and said port assembly out from the gas container , and guiding inactive purge gas into an intermediate space between the gas container and a surrounding chamber wall, and pumping said inactive purge gas out from the intermediate space , wherein the inlet and exhaust manifold provides at least one in-feed line (41-43) and an exhaust line , precursor vapor being discharged from the at least one infeed line (41-43) at a discharge point within the gas container , and the exhaust line beginning at an exhaust point within the gas container , wherein: - the discharge point resides at an end of the gas container in which the port resides and the exhaust point resides opposite to the end in which the port resides; or - the exhaust point resides at an end of the gas container in which the port resides and the discharge point resides opposite to the end in which the port resides. providing an inlet and exhaust manifold comprising a port assembly attachable to a port of the gas container ; producing a protective coating by exposing the gas container interior to sequential self-saturating surface reactions by sequential inlet of reactive gases via said port assembly and said port into the gas container interior; and pumping reaction residue via said port and said port assembly out from the gas container , and guiding inactive purge gas into an intermediate space between the gas container and a surrounding chamber wall, and pumping said inactive purge gas out from the intermediate space , wherein the inlet and exhaust manifold provides at least one in-feed line (41-43) and an exhaust line , precursor vapor being discharged from the at least one infeed line (41-43) at a discharge point within the gas container , and the exhaust line beginning at an exhaust point within the gas container , wherein: - the discharge point resides at an end of the gas container in which the port resides and the exhaust point resides opposite to the end in which the port resides; or - the exhaust point resides at an end of the gas container in which the port resides and the discharge point resides opposite to the end in which the port resides. - the discharge point resides at an end of the gas container in which the port resides and the exhaust point resides opposite to the end in which the port resides; or - the exhaust point resides at an end of the gas container in which the port resides and the discharge point resides opposite to the end in which the port resides.
A formulation for treating chronic wounds, comprising: benzenesulfonic acid (10 - 75% wt. percent); phenolsulfonic acid (10 - 75% wt. percent); water (0 - 30% wt. percent); and colloidal silica (0 - 10% wt. percent). benzenesulfonic acid (10 - 75% wt. percent); phenolsulfonic acid (10 - 75% wt. percent); water (0 - 30% wt. percent); and colloidal silica (0 - 10% wt. percent).
Flexible underwater pipe of the unbonded type, intended for the transport of hydrocarbons, comprising a plurality of layers, at least one layer of which comprises a crosslinked polyethylene with raised temperature resistance.
A data receiving method, comprising: receiving a synchronization signal block; determining, based on an index of the synchronization signal block, a transmission subwindow corresponding to a physical downlink control channel, PDCCH, wherein the transmission subwindow is one of n transmission subwindows, and the in total n transmission subwindows are distributed in two adjacent transmission windows, wherein n is a positive integer greater than 1, wherein different transmission subwindows in the two adjacent transmission windows are corresponding to different indexes of the synchronization signal blocks; and receiving the PDCCH in the transmission subwindow. receiving a synchronization signal block; determining, based on an index of the synchronization signal block, a transmission subwindow corresponding to a physical downlink control channel, PDCCH, wherein the transmission subwindow is one of n transmission subwindows, and the in total n transmission subwindows are distributed in two adjacent transmission windows, wherein n is a positive integer greater than 1, wherein different transmission subwindows in the two adjacent transmission windows are corresponding to different indexes of the synchronization signal blocks; and receiving the PDCCH in the transmission subwindow.
A method of controlling radio transmission, the method comprising: a radio device (10; 11; 100; 1000; 1400; 1600; 1800; 1900) configuring a full duplex radio link from the radio device to a further radio device (10; 11; 100; 1000; 1400; 1600; 1800; 1900), the full duplex radio link supporting simultaneous bidirectional transmission on a carrier frequency; before starting own transmission activity on the carrier frequency, the radio device (10; 11; 100; 1000; 1400; 1600; 1800; 1900) detecting transmission activity on the carrier frequency; the radio device (10; 11; 100; 1000; 1400; 1600; 1800; 1900) determining whether the detected transmission activity is by the further radio device (10; 11; 100; 1000; 1400; 1600; 1800; 1900); and the radio device (10; 11; 100; 1000; 1400; 1600; 1800; 1900) controlling its own transmission activity on the carrier frequency depending on whether the detected transmission activity is by the further radio device (10; 11; 100; 1000; 1400; 1600; 1800; 1900). a radio device (10; 11; 100; 1000; 1400; 1600; 1800; 1900) configuring a full duplex radio link from the radio device to a further radio device (10; 11; 100; 1000; 1400; 1600; 1800; 1900), the full duplex radio link supporting simultaneous bidirectional transmission on a carrier frequency; before starting own transmission activity on the carrier frequency, the radio device (10; 11; 100; 1000; 1400; 1600; 1800; 1900) detecting transmission activity on the carrier frequency; the radio device (10; 11; 100; 1000; 1400; 1600; 1800; 1900) determining whether the detected transmission activity is by the further radio device (10; 11; 100; 1000; 1400; 1600; 1800; 1900); and the radio device (10; 11; 100; 1000; 1400; 1600; 1800; 1900) controlling its own transmission activity on the carrier frequency depending on whether the detected transmission activity is by the further radio device (10; 11; 100; 1000; 1400; 1600; 1800; 1900).
Combination including 4-[ -3-ethenyl-3,7-dimethylocta-1,6-dienyl]phenol and a hydro-glycolic Tahiti vanilla pod extract obtained by extraction with at least one hydro-glycolic solvent, a hydro-glycolic solvent being a mixture of water and one or more C3 to C5 glycols.
A packaging unit for packaging pharmaceuticals into a pouch, the packaging unit comprising: packaging equipment operable to form the pouch; a track configured to direct the pharmaceuticals toward the packaging equipment; and a receptacle coupled to the track upstream of the packaging equipment to receive the pharmaceuticals from the track, the receptacle including a valve mechanism that is movable relative to the track to push the pharmaceuticals into the pouch, characterised in that the receptacle further includes a flapper , wherein the flapper pushes a first side of the pouch toward a second side of the pouch. packaging equipment operable to form the pouch; a track configured to direct the pharmaceuticals toward the packaging equipment; and a receptacle coupled to the track upstream of the packaging equipment to receive the pharmaceuticals from the track, the receptacle including a valve mechanism that is movable relative to the track to push the pharmaceuticals into the pouch, characterised in that the receptacle further includes a flapper , wherein the flapper pushes a first side of the pouch toward a second side of the pouch.
A method for identifying a subject with cancer who is suitable for treatment with an immune checkpoint modulator, said method comprising: (i) determining the number of clonal neo-antigens in one or more cancer cells from said subject; and/or (ii) determining the ratio of clonal: sub-clonal neo-antigens and/or sub-clonal neo-antigen fraction in more than one cancer cell from said subject, wherein a higher number of clonal neo-antigens, and/or a higher ratio of clonal:sub-clonal neo-antigens, or lower (or low) sub-clonal neo-antigen fraction in comparison to a reference sample is indicative of response to an immune checkpoint modulator. (i) determining the number of clonal neo-antigens in one or more cancer cells from said subject; and/or (ii) determining the ratio of clonal: sub-clonal neo-antigens and/or sub-clonal neo-antigen fraction in more than one cancer cell from said subject,