mhurhangee/patent-ind-claim-en huggingface dataset:
A system for sizing a natural intestine , wherein the system comprises (i) a product carrier , (ii) a product transport and sealing system , (iii) a measuring system , and (iv) a control system ; wherein - the product carrier comprises a fluid channel and a measuring portion , wherein a product carrier surface at the measuring portion comprises one or more perforations fluidly connected to the fluid channel ; - the product transport and sealing system is configured (i) for moving the intestine over the product carrier , wherein the intestine surrounds the product carrier surface , and (ii) for temporarily sealing the intestine along at least part of the measuring portion ; - the measuring system comprises (i) a radiation sensor system for measuring a cross-sectional dimension of the intestine at the measuring portion , wherein the radiation sensor system comprises a radiation source radiationally coupled to a radiation detector , wherein the radiation detector is arranged downstream of the measuring portion , relative to the radiation source , (ii) a pressure sensor for sensing a fluid pressure of the fluid in the fluid channel , and (iii) a flow sensor for sensing a fluid flow of the fluid in the fluid channel ; - the control system is configured for determining a cross-sectional size of the intestine at the measuring portion based on a combination of (i) a signal of the radiation sensor system , (ii) a signal of the pressure sensor , and (iii) a signal of the flow sensor . - the product carrier comprises a fluid channel and a measuring portion , wherein a product carrier surface at the measuring portion comprises one or more perforations fluidly connected to the fluid channel ; - the product transport and sealing system is configured (i) for moving the intestine over the product carrier , wherein the intestine surrounds the product carrier surface , and (ii) for temporarily sealing the intestine along at least part of the measuring portion ; - the measuring system comprises (i) a radiation sensor system for measuring a cross-sectional dimension of the intestine at the measuring portion , wherein the radiation sensor system comprises a radiation source radiationally coupled to a radiation detector , wherein the radiation detector is arranged downstream of the measuring portion , relative to the radiation source , (ii) a pressure sensor for sensing a fluid pressure of the fluid in the fluid channel , and (iii) a flow sensor for sensing a fluid flow of the fluid in the fluid channel ; - the control system is configured for determining a cross-sectional size of the intestine at the measuring portion based on a combination of (i) a signal of the radiation sensor system , (ii) a signal of the pressure sensor , and (iii) a signal of the flow sensor .
An antenna , comprising a feed contact , a first antenna branch , a second antenna branch and a third antenna branch , wherein the first antenna branch , the second antenna branch and the third antenna branch are respectively electrically connected with the feed contact , forming electromagnetic coupling effect therebetween; the first antenna branch has a first length for sending and receiving signals in a first frequency band; the second antenna branch has a second length for sending and receiving signals in a second frequency band; the third antenna branch has a third length for sending and receiving signals in a third frequency band; the first antenna branch , the second antenna branch and the third antenna branch are integrally formed in an L-shape; the first antenna branch is a first side of the L-shape, the second antenna branch is a second side of the L-shape, and the third antenna branch is disposed at a corner of the L-shape formed by the first antenna branch and the second antenna branch; wherein the antenna further includes a first grounding point and a second grounding point ; the first antenna branch is grounded through the first grounding point ; the second antenna branch is grounded through the second grounding point ; and the third antenna branch is grounded through the first grounding point ; the first frequency band signal served by the first antenna branch is a Wi-Fi 2.4 GHz frequency band signal, the second frequency band signal served by the second antenna branch is an N78 frequency band signal, and the third frequency band signal served by the third antenna branch is a Wi-Fi 5 GHz frequency band signal the first antenna branch , the second antenna branch and the third antenna branch are respectively electrically connected with the feed contact , forming electromagnetic coupling effect therebetween; the first antenna branch has a first length for sending and receiving signals in a first frequency band; the second antenna branch has a second length for sending and receiving signals in a second frequency band; the third antenna branch has a third length for sending and receiving signals in a third frequency band; the first antenna branch , the second antenna branch and the third antenna branch are integrally formed in an L-shape; the first antenna branch is a first side of the L-shape, the second antenna branch is a second side of the L-shape, and the third antenna branch is disposed at a corner of the L-shape formed by the first antenna branch and the second antenna branch; wherein the antenna further includes a first grounding point and a second grounding point ; the first antenna branch is grounded through the first grounding point ; the second antenna branch is grounded through the second grounding point ; and the third antenna branch is grounded through the first grounding point ; the first frequency band signal served by the first antenna branch is a Wi-Fi 2.4 GHz frequency band signal, the second frequency band signal served by the second antenna branch is an N78 frequency band signal, and the third frequency band signal served by the third antenna branch is a Wi-Fi 5 GHz frequency band signal
A system for remote interaction with a pointing means of an aircraft cockpit display system equipped with HMIs, comprising three layers: - a lower layer configured to receive the wired electric power supply and data exchange connections; - an upper layer comprising a hand-rest knob , at least one physical interaction means configured to interact on the pointing means for pointing at the HMIs of the cockpit, and a module with a touch-sensitive flat surface configured to interact on the pointing device for pointing at the HMIs of the cockpit and arranged in the extension of the hand-rest knob ; and - an intermediate layer configured to make it possible to modify the position of the upper layer . - a lower layer configured to receive the wired electric power supply and data exchange connections; - an upper layer comprising a hand-rest knob , at least one physical interaction means configured to interact on the pointing means for pointing at the HMIs of the cockpit, and a module with a touch-sensitive flat surface configured to interact on the pointing device for pointing at the HMIs of the cockpit and arranged in the extension of the hand-rest knob ; and - an intermediate layer configured to make it possible to modify the position of the upper layer .
A method for obtaining information useful to determine the effect of the use of sun protection products on chronic sun exposure on the skin of an individual, the method comprising the steps of: (a) obtaining genomic DNA from skin cells derived from the individual, wherein the skin cells include epidermal skin cells; and (b) observing cytosine methylation of at least two CpG loci in the genomic DNA selected from the group consisting of: cg02066936 cg16929393 cg06427571, so that information useful to determine the effect of the use of sun protection products on chronic sun exposure is obtained. (a) obtaining genomic DNA from skin cells derived from the individual, wherein the skin cells include epidermal skin cells; and (b) observing cytosine methylation of at least two CpG loci in the genomic DNA selected from the group consisting of: cg02066936 cg16929393 cg06427571, so that information useful to determine the effect of the use of sun protection products on chronic sun exposure is obtained. cg02066936 cg16929393 cg06427571, so that information useful to determine the effect of the use of sun protection products on chronic sun exposure is obtained.
A method for data transmission in a wireless communication network, comprising: in data reported by a plurality of transmitter nodes and received by a receiver node, when a statistical result of data reported by K transmitter nodes satisfies one of preset conditions, selecting one transmitter node from the K transmitter nodes, wherein K is an integer greater than 1; receiving, by the receiver node, data subsequently transmitted by the selected transmitter node; and notifying, by the receiver node, to the unselected K-1 transmitter nodes of optimization information and the data subsequently transmitted by the selected transmitter node; wherein the optimization information comprises a basis for a transmitter node to determine whether to transmit subsequent data; characterized in that , wherein after notifying, by the receiver node, to the unselected K-1 transmitter nodes of optimization information and the data subsequently transmitted by the selected transmitter node, the method further comprises: determining, by the unselected K-1 transmitter nodes, whether to transmit subsequently generated data of the unselected K-1 transmitter nodes according to the optimization information and the data subsequently transmitted by the selected transmitter node. in data reported by a plurality of transmitter nodes and received by a receiver node, when a statistical result of data reported by K transmitter nodes satisfies one of preset conditions, selecting one transmitter node from the K transmitter nodes, wherein K is an integer greater than 1; receiving, by the receiver node, data subsequently transmitted by the selected transmitter node; and notifying, by the receiver node, to the unselected K-1 transmitter nodes of optimization information and the data subsequently transmitted by the selected transmitter node; wherein the optimization information comprises a basis for a transmitter node to determine whether to transmit subsequent data; characterized in that , wherein after notifying, by the receiver node, to the unselected K-1 transmitter nodes of optimization information and the data subsequently transmitted by the selected transmitter node, the method further comprises: determining, by the unselected K-1 transmitter nodes, whether to transmit subsequently generated data of the unselected K-1 transmitter nodes according to the optimization information and the data subsequently transmitted by the selected transmitter node.
Anchor system for anchoring in the ground, comprising: - an elongated tension member with a first threaded portion at a distal end , - an anchor body with a hinge body provided in a central region, comprising a through bore , - a connecting element which is able to be led through the through-bore and has a T-shaped end with a transverse rod which is able to be pivotably received in the hinge body and whose further end has a second threaded portion , characterized in that the anchor system comprises a connection adapter which forms a detachable screw connection between the connecting element accommodated on the anchor body and the elongated tension member . - an elongated tension member with a first threaded portion at a distal end , - an anchor body with a hinge body provided in a central region, comprising a through bore , - a connecting element which is able to be led through the through-bore and has a T-shaped end with a transverse rod which is able to be pivotably received in the hinge body and whose further end has a second threaded portion ,
Rail vehicle with a roof air-conditioning channel , which is arranged under a roof panel of the rail vehicle, characterized in that the roof panel is made up of individual extruded sections , which run in the longitudinal direction of the rail vehicle and adjoin one another transversely in relation to the rail vehicle, integrated in the roof panel are two downwardly projecting webs , which extend parallel to one another in the longitudinal direction of the rail vehicle, are provided on an underside of two of the extruded sections and form at least a portion of side walls of the roof air-conditioning channel , wherein a portion of the roof panel extending between the webs in the transverse direction of the rail vehicle forms a top of the roof air-conditioning channel and the roof air-conditioning channel has an elongated bottom element , which adjoins the webs in an airtight manner.
A method of coding video information, comprising: using one or more computing devices comprising computer hardware to perform the steps of storing, in a memory, video data associated with a plurality of layers including a reference layer, the memory comprising a decoded picture buffer, DPB, associated with each layer; obtaining, from the reference layer, an intra random access point, IRAP, picture in a current access unit, AU, to be coded wherein the IRAP picture is associated with a NoRaslOutputFlag having a value of 1 and wherein the NoRaslOutputFlag is indicative of whether a random access skipped leading, RASL, picture is to be output;determining whether the reference layer IRAP picture activates a new video parameter set, VPS, or whether the reference layer IRAP picture is associated with a NoClrasOutputFlag having a value of 1, the NoClrasOutputFlag indicative of whether a cross-layer random access skip, CL-RAS, picture is to be output; in response to determining that the reference layer IRAP picture activates a new VPS or that the reference layer IRAP picture is associated with a NoClrasOutputFlag having a value of 1, removing pictures in the DPB associated with each of the plurality of layers; and in response to determining that the reference layer IRAP picture does not activate a new VPS and that the reference layer IRAP picture is not associated with a NoClrasOutputFlag having a value of 1, removing only pictures in the DPB associated with the reference layer. obtaining, from the reference layer, an intra random access point, IRAP, picture in a current access unit, AU, to be coded wherein the IRAP picture is associated with a NoRaslOutputFlag having a value of 1 and wherein the NoRaslOutputFlag is indicative of whether a random access skipped leading, RASL, picture is to be output;determining whether the reference layer IRAP picture activates a new video parameter set, VPS, or whether the reference layer IRAP picture is associated with a NoClrasOutputFlag having a value of 1, the NoClrasOutputFlag indicative of whether a cross-layer random access skip, CL-RAS, picture is to be output; in response to determining that the reference layer IRAP picture activates a new VPS or that the reference layer IRAP picture is associated with a NoClrasOutputFlag having a value of 1, removing pictures in the DPB associated with each of the plurality of layers; and in response to determining that the reference layer IRAP picture does not activate a new VPS and that the reference layer IRAP picture is not associated with a NoClrasOutputFlag having a value of 1, removing only pictures in the DPB associated with the reference layer.
Method for preparing transparent tissue samples of a biological tissue for examination by light microscopy, comprising the steps of: a) dehydrating the tissue sample with a dehydrating solvent and b) clearing the dehydrated tissue sample by placing it in an embedding medium comprising an aromatic ester corresponding to formula I or formula IV, where where R 1 is -H, -CH 3 or -CH 2 -CH 3 , R 2 is a radical of the formula II or formula III R 3 is -H, -CH 3 , -CH 2 -CH 3 or -OCH 3 , R 4 is -H or -CH 3 , R 5 is -H or -CH 3 and n is 1 or 2; or a) dehydrating the tissue sample with a dehydrating solvent and b) clearing the dehydrated tissue sample by placing it in an embedding medium comprising an aromatic ester corresponding to formula I or formula IV, where where R 1 is -H, -CH 3 or -CH 2 -CH 3 , R 2 is a radical of the formula II or formula III R 3 is -H, -CH 3 , -CH 2 -CH 3 or -OCH 3 , R 4 is -H or -CH 3 , R 5 is -H or -CH 3 and n is 1 or 2; or R 1 is -H, -CH 3 or -CH 2 -CH 3 , R 2 is a radical of the formula II or formula III R 3 is -H, -CH 3 , -CH 2 -CH 3 or -OCH 3 , R 4 is -H or -CH 3 , R 5 is -H or -CH 3 and n is 1 or 2; or
An article of footwear comprising: a sole structure ; an upper including a first section and a second section and partially defining a foot-receiving cavity over the sole structure ; wherein the first section is fixed to the sole structure and the second section articulates between an access position and a use position, the foot-receiving cavity being more exposed in the access position than in the use position; a strap extending from one of the first section and the second section ; and a grab handle extending from the strap and at least partially forming a loop; wherein the strap extends across the second section of the upper when the second section is in the use position; and wherein the strap has a distal portion configured to releasably secure to one of the first section or the second section with the grab handle exposed; wherein a width of the strap between an upper edge of the strap and a lower edge of the strap varies between the distal end of the strap and a proximal end of the strap ; wherein the strap is wider at an intermediate portion of the strap than between the proximal end and the intermediate portion and than between the distal end and the intermediate portion ; and wherein the intermediate portion of the strap is disposed against the second section when the strap is releasably secured to the one of the first section or the second section . a sole structure ; an upper including a first section and a second section and partially defining a foot-receiving cavity over the sole structure ; wherein the first section is fixed to the sole structure and the second section articulates between an access position and a use position, the foot-receiving cavity being more exposed in the access position than in the use position; a strap extending from one of the first section and the second section ; and a grab handle extending from the strap and at least partially forming a loop; wherein the strap extends across the second section of the upper when the second section is in the use position; and wherein the strap has a distal portion configured to releasably secure to one of the first section or the second section with the grab handle exposed; wherein a width of the strap between an upper edge of the strap and a lower edge of the strap varies between the distal end of the strap and a proximal end of the strap ; wherein the strap is wider at an intermediate portion of the strap than between the proximal end and the intermediate portion and than between the distal end and the intermediate portion ; and wherein the intermediate portion of the strap is disposed against the second section when the strap is releasably secured to the one of the first section or the second section .
A hydrogen-fuelled gas turbine engine comprising: a fuel pump configured to pump cryogenically-stored hydrogen fuel through a main fuel conduit ; a hydrogen fuel vaporiser having a fuel offtake to divert a portion of hydrogen fuel from the main fuel conduit , a burner to burn the portion of hydrogen fuel diverted from the main fuel conduit , and a heat exchanger to transfer heat produced by the burner to hydrogen fuel in the main fuel conduit, thereby vaporising it; and a fuel injection system configured to receive vaporised hydrogen fuel and inject it into a combustor ; wherein the gas turbine engine comprises a compressor for compressing inlet air for supply to the combustor , and characterised in that the gas turbine engine further comprises a bleed air system configured to bleed compressed air from the compressor and supply it to the burner to burn with the portion of hydrogen fuel diverted from the main fuel conduit . a fuel pump configured to pump cryogenically-stored hydrogen fuel through a main fuel conduit ; a hydrogen fuel vaporiser having a fuel offtake to divert a portion of hydrogen fuel from the main fuel conduit , a burner to burn the portion of hydrogen fuel diverted from the main fuel conduit , and a heat exchanger to transfer heat produced by the burner to hydrogen fuel in the main fuel conduit, thereby vaporising it; and a fuel injection system configured to receive vaporised hydrogen fuel and inject it into a combustor ; wherein the gas turbine engine comprises a compressor for compressing inlet air for supply to the combustor , and characterised in that the gas turbine engine further comprises a bleed air system configured to bleed compressed air from the compressor and supply it to the burner to burn with the portion of hydrogen fuel diverted from the main fuel conduit .
A device for expression of a powder, comprising: a) an elongated hollow reservoir , the reservoir having a manual air pump attached to the reservoir and an expression port at a distal end of said reservoir, b) a porous filter slidably disposed within the reservoir between said air pump and said expression port; c) a spring disposed within the reservoir between the air pump and the filter; wherein the powder is disposed within the reservoir between the filter and the expression port, and the pump is in a fluid communication with the expression port through the porous filter and through the powder. a) an elongated hollow reservoir , the reservoir having a manual air pump attached to the reservoir and an expression port at a distal end of said reservoir, b) a porous filter slidably disposed within the reservoir between said air pump and said expression port; c) a spring disposed within the reservoir between the air pump and the filter;
A modified polytetrafluoroethylene for paste extrusion molding comprising a polymer having units based on tetrafluoroethylene, and a polymer having units based on a monomer represented by the formula , wherein the content of the units based on a monomer represented by the formula is from 10 to 500 mass ppm, to all units in the modified polytetrafluoroethylene, and the standard specific gravity is from 2.155 to 2.175, Formula CH 2 =CR 1 -L-R 2 wherein R 1 represents a hydrogen atom or an alkyl group, L represents a single bond, -CO-O-*, -O-CO-* or -O-, * represents a bonding position to R 2 , and R 2 represents a hydrogen atom, an alkyl group or a nitrile group, wherein the modified polytetrafluoroethylene is a mixture of a polymer having units based on tetrafluoroethylene and a polymer having units based on a monomer represented by the formula , or is a mixture further containing a copolymer comprising units based on tetrafluoroethylene and units based on a monomer represented by the formula . the content of the units based on a monomer represented by the formula is from 10 to 500 mass ppm, to all units in the modified polytetrafluoroethylene, and the standard specific gravity is from 2.155 to 2.175, Formula CH 2 =CR 1 -L-R 2 wherein R 1 represents a hydrogen atom or an alkyl group, L represents a single bond, -CO-O-*, -O-CO-* or -O-, * represents a bonding position to R 2 , and R 2 represents a hydrogen atom, an alkyl group or a nitrile group, wherein the modified polytetrafluoroethylene is a mixture of a polymer having units based on tetrafluoroethylene and a polymer having units based on a monomer represented by the formula , or is a mixture further containing a copolymer comprising units based on tetrafluoroethylene and units based on a monomer represented by the formula .
A lumpy skin disease virus (LSDV) interleukin-10-like gene knock-out mutant, wherein the interleukin-10-like gene has been inactivated by deletion from the viral genome.