mhurhangee/ep-ind-claims huggingface dataset:
A device (10, 10') for washing a suspension of cells, the device comprising: a housing defining a cylindrical outer wall that extends about and along a central longitudinal axis from a first inner surface of a first end to a second inner surface, a first outer surface at the first end; a first cylindrical inner wall that extends about and along the longitudinal axis from the first inner surface to the second inner surface, the first cylindrical inner wall defining a first compartment and a second compartment, wherein the second compartment is adjacent to and concentric with the first compartment; a second valve assembly including a second internal valve, the second valve assembly positioned through the first cylindrical inner wall such that the first compartment is in fluid communication with the second compartment when the second internal valve is open at a second centripetal force; a first inlet port; a plunger assembly comprising a barrel, a plunger, a second inlet port for introducing the suspension of cells into the barrel, and a first valve assembly including a first internal valve, the first valve assembly positioned between the barrel and the first compartment and in fluid communication with the first compartment when the first internal valve is open at a first centripetal force, the second centripetal force being greater than the first centripetal force; and an outlet port. a housing defining a cylindrical outer wall that extends about and along a central longitudinal axis from a first inner surface of a first end to a second inner surface, a first outer surface at the first end; a first cylindrical inner wall that extends about and along the longitudinal axis from the first inner surface to the second inner surface, the first cylindrical inner wall defining a first compartment and a second compartment, wherein the second compartment is adjacent to and concentric with the first compartment; a second valve assembly including a second internal valve, the second valve assembly positioned through the first cylindrical inner wall such that the first compartment is in fluid communication with the second compartment when the second internal valve is open at a second centripetal force; a first inlet port; a plunger assembly comprising a barrel, a plunger, a second inlet port for introducing the suspension of cells into the barrel, and a first valve assembly including a first internal valve, the first valve assembly positioned between the barrel and the first compartment and in fluid communication with the first compartment when the first internal valve is open at a first centripetal force, the second centripetal force being greater than the first centripetal force; and an outlet port.
Galvanic element, in particular a button cell, having a housing comprising a housing cup, a housing cover and a film seal, which isolates the housing cup from the housing cover, wherein the housing cover has a cover base, a cylindrical section adjacent to it and an edge section adjacent to it, characterized in that the edge of the housing cover is bent around outwards in the edge section such that the edge section has an essentially L-shaped cross section, and that the edge is drawn radially inwards.
A method of performing electronic image stabilization comprising: generating spatial statistics for macroblocks within a video frame; generating motion statistics for the macroblocks within the video frame; characterized in: determining reliability indices for motion vectors associated with the macroblocks based on both the spatial statistics and the motion statistics for the macroblocks; determining a global motion vector for the frame based on the motion vectors and the reliability indices; and applying an offset to an image defined by the macroblocks based on the global motion vector. generating spatial statistics for macroblocks within a video frame; generating motion statistics for the macroblocks within the video frame; characterized in: determining reliability indices for motion vectors associated with the macroblocks based on both the spatial statistics and the motion statistics for the macroblocks; determining a global motion vector for the frame based on the motion vectors and the reliability indices; and applying an offset to an image defined by the macroblocks based on the global motion vector. determining reliability indices for motion vectors associated with the macroblocks based on both the spatial statistics and the motion statistics for the macroblocks; determining a global motion vector for the frame based on the motion vectors and the reliability indices; and applying an offset to an image defined by the macroblocks based on the global motion vector.
An exhaust gas treatment apparatus comprising: a device which is provided in an exhaust system and which selectively reduces NO x in an exhaust gas; and a device which is disposed upstream of the device and which decomposes urea and supplies ammonia as a NO x reducing gas, wherein the device includes a urea decomposition catalyst, the urea decomposition catalyst is a catalyst in which metal oxide particulates adhere to a conductive honeycomb substrate or net-like support, and the metal oxide particulates are composed of at least one oxide of a metal selected from the group consisting of Na, Mg, Ca, Ba, La, Ce, Ti, Zr, V, Cr, Mo, W, Mn, Zn, Al, Si, Sb, Cu, Fe, Ru, Co, and Re, and wherein the urea decomposition catalyst further includes, together with the metal oxide particulates, 20% by weight or less, relative to the metal oxide particulates, of a fibrous titanium oxide material having a length of 50 nm to 10 μm, a diameter of 10 nm to 2 μm, and an aspect ratio / of 5 to 1,000, and a titanium oxide binder derived from a peroxo titanic acid compound. a device which is provided in an exhaust system and which selectively reduces NO x in an exhaust gas; and a device which is disposed upstream of the device and which decomposes urea and supplies ammonia as a NO x reducing gas, wherein the device includes a urea decomposition catalyst, the urea decomposition catalyst is a catalyst in which metal oxide particulates adhere to a conductive honeycomb substrate or net-like support, and the metal oxide particulates are composed of at least one oxide of a metal selected from the group consisting of Na, Mg, Ca, Ba, La, Ce, Ti, Zr, V, Cr, Mo, W, Mn, Zn, Al, Si, Sb, Cu, Fe, Ru, Co, and Re, and wherein the urea decomposition catalyst further includes, together with the metal oxide particulates, 20% by weight or less, relative to the metal oxide particulates, of a fibrous titanium oxide material having a length of 50 nm to 10 μm, a diameter of 10 nm to 2 μm, and an aspect ratio / of 5 to 1,000, and a titanium oxide binder derived from a peroxo titanic acid compound.
Device for displaying the day of the month as well as the time of the sunrise and/or of the sunset, comprising a disc for the day of the month out of 31 days, a first index for the day of the month arranged to indicate a day of the month on said day-of-the-month disc, a member for displaying the time of the sunrise and/or of the sunset, a second index arranged to indicate the time of the sunrise and/or a third index arranged to indicate the time of the sunset on said member for displaying the time of the sunrise and/or of the sunset, characterised in that the member for displaying the time of the sunrise and/or of the sunset is formed by the day-of-the-month disc, the second index and/or the third index being arranged to pivot by 11.6° per hour.
A signal buoy for attaching to a submerged object, having a buoyant body and a signal buoy line, the signal buoy line having a cross section, the cross section having an aspect ratio, wherein (i) the signal buoy line's cross section has an aspect ratio greater than four to one; (ii) the signal buoy line is stored in a stack of layers; and (iii) a pressure plate is situated so as to apply pressure to the stack of layers. (i) the signal buoy line's cross section has an aspect ratio greater than four to one; (ii) the signal buoy line is stored in a stack of layers; and (iii) a pressure plate is situated so as to apply pressure to the stack of layers.
A method for preparing a resin composition, the method comprising: preparing a first blend of aqueous colloidal silica and a solvent selected from glycols and glycol ethers; adding a bi-functional silane coupling agent to the first blend to form a second blend; adding tetraethylorthosilicate to the second blend over a period of time to hydrolyze the tetraethylorthosilicate to form a third blend of a second silanol, the first silanol, and the colloidal silica; and adding a fourth blend to the third blend to form a fifth blend, the fourth blend comprising a UV absorber in the solvent. preparing a first blend of aqueous colloidal silica and a solvent selected from glycols and glycol ethers; adding a bi-functional silane coupling agent to the first blend to form a second blend; adding tetraethylorthosilicate to the second blend over a period of time to hydrolyze the tetraethylorthosilicate to form a third blend of a second silanol, the first silanol, and the colloidal silica; and adding a fourth blend to the third blend to form a fifth blend, the fourth blend comprising a UV absorber in the solvent.
A hearing protection device for the passive attenuation of sound at a single human ear canal, the device comprising: a replacement assembly comprising an EAM pad, a pressure pad, and a support frame; and a positioning member (110, 108) that assists with disposing the hearing protection device into the ear canal. a replacement assembly comprising an EAM pad, a pressure pad, and a support frame; and a positioning member (110, 108) that assists with disposing the hearing protection device into the ear canal.
A copolymer made from a polymerization mixture comprising (a) one or more polymerizable principal monomers, which monomers are characterized as having at least one vinylic group and not containing an amino acid residue, (b) one or more not-functionalized co-principal monomers of formula I and/or formula II wherein Y and Z are both H and A is -O-, wherein:R is -H, -CH 3, -CH 2 -CH 3, -(CH 2) 2 -CH 3; X is -NH(CH 2) 4 -, -NH(CH 2) 3 -, -O-C 6 H 4 -CH 2 -, -O-CH 2 -, -O-CH(CH 3)-, -S-CH 2 -, -NH-C 6 H 4 -CH 2 -; Y is H, -CO-C n H 2n+1,-CO-C m H 2m-1,-CO-C p H 2p-3, -CO-C q H 2q-5 (with n=1-22, m =3-22, p = 9-22, q = 15-22) or -CO-cholesten; Z is H, -C n H 2n+1,-C m H 2m-1, -C p H 2p-3, -C q H 2q-5 (with n=1-22, m =3-22, p = 9-22, q = 15-22); and A is -O- or -NH-, (c) one or more functionalized co-principal monomers of formula I and/or formula II wherein Y and/or Z are not H, (d) a free radical initiator and, optionally, (e) a chain-transfer-agent. (a) one or more polymerizable principal monomers, which monomers are characterized as having at least one vinylic group and not containing an amino acid residue, (b) one or more not-functionalized co-principal monomers of formula I and/or formula II wherein Y and Z are both H and A is -O-, wherein:R is -H, -CH 3, -CH 2 -CH 3, -(CH 2) 2 -CH 3; X is -NH(CH 2) 4 -, -NH(CH 2) 3 -, -O-C 6 H 4 -CH 2 -, -O-CH 2 -, -O-CH(CH 3)-, -S-CH 2 -, -NH-C 6 H 4 -CH 2 -; Y is H, -CO-C n H 2n+1,-CO-C m H 2m-1,-CO-C p H 2p-3, -CO-C q H 2q-5 (with n=1-22, m =3-22, p = 9-22, q = 15-22) or -CO-cholesten; Z is H, -C n H 2n+1,-C m H 2m-1, -C p H 2p-3, -C q H 2q-5 (with n=1-22, m =3-22, p = 9-22, q = 15-22); and A is -O- or -NH-, (c) one or more functionalized co-principal monomers of formula I and/or formula II wherein Y and/or Z are not H, (d) a free radical initiator and, optionally, (e) a chain-transfer-agent.
A closure device for securing an electronic device on a holding device, having - a first closure part having a first attaching part, - a second closure part having a second attaching part and which can be attached to the first closure part in a closing direction, wherein at least one thread (211, 311) is arranged on one of the attaching parts (21, 31) and at least one engaging element (311, 211) is arranged on the other of the attaching parts (31, 21) for running onto the at least one thread (211, 311) when attaching the closure parts (2, 3) to one another, and - a magnetic device (22, 32) that acts in a magnetically attracting manner between the first closure part and the second closure part during the attaching process, wherein the at least one thread (211, 311) has a pitch (α) such that, when attaching the closure parts (2, 3) to one another, as a result of the magnetically attractive effect of the magnetic device (22, 32), the at least one thread and the at least one engaging element (311, 211) run onto one another, and the closure parts (2, 3) are thereby automatically twisted in relation to one another in a rotational direction about the closing direction characterized in that in a connected state in which the closure parts (2, 3) are set on each other the closure parts (2, 3) are mechanically interlocked to resist a twisting against the rotational direction. - a first closure part having a first attaching part, - a second closure part having a second attaching part and which can be attached to the first closure part in a closing direction, wherein at least one thread (211, 311) is arranged on one of the attaching parts (21, 31) and at least one engaging element (311, 211) is arranged on the other of the attaching parts (31, 21) for running onto the at least one thread (211, 311) when attaching the closure parts (2, 3) to one another, and - a magnetic device (22, 32) that acts in a magnetically attracting manner between the first closure part and the second closure part during the attaching process, wherein the at least one thread (211, 311) has a pitch (α) such that, when attaching the closure parts (2, 3) to one another, as a result of the magnetically attractive effect of the magnetic device (22, 32), the at least one thread and the at least one engaging element (311, 211) run onto one another, and the closure parts (2, 3) are thereby automatically twisted in relation to one another in a rotational direction about the closing direction
An upper receiver assembly for a firearm, the upper receiver assembly comprising: an upper receiver defining a groove within an interior sidewall, wherein the groove defines a plurality of through-holes extending through the interior sidewall of the upper receiver to an exterior sidewall of the upper receiver, wherein the exterior sidewall defines a raised rail aligned with the groove, such that the groove at least partially extends into the raised rail; and a cam race comprising: a body defining a slide face and an opposite rear face, wherein the body is positioned within the groove; and a plurality of fastener pins extending away from the opposite rear face, wherein each of the plurality of fastener pins extend through a corresponding through-hole. an upper receiver defining a groove within an interior sidewall, wherein the groove defines a plurality of through-holes extending through the interior sidewall of the upper receiver to an exterior sidewall of the upper receiver, wherein the exterior sidewall defines a raised rail aligned with the groove, such that the groove at least partially extends into the raised rail; and a cam race comprising: a body defining a slide face and an opposite rear face, wherein the body is positioned within the groove; and a plurality of fastener pins extending away from the opposite rear face, wherein each of the plurality of fastener pins extend through a corresponding through-hole. a body defining a slide face and an opposite rear face, wherein the body is positioned within the groove; and a plurality of fastener pins extending away from the opposite rear face, wherein each of the plurality of fastener pins extend through a corresponding through-hole.
A method of printing an electronic document, comprising: detecting a print request generated by an application program and then storing document data; obtaining status information of a plurality of printers from a management server; displaying said status information to a user; receiving a user input command; characterized by selecting one of said plurality of printers to receive print control signals to print the electronic document on the basis of the status information, according to said user input command; and sending printer control signals for printing said document data to the selected printer wherein the status information comprises a wait time of the plurality of printers. detecting a print request generated by an application program and then storing document data; obtaining status information of a plurality of printers from a management server; displaying said status information to a user; receiving a user input command; selecting one of said plurality of printers to receive print control signals to print the electronic document on the basis of the status information, according to said user input command; and sending printer control signals for printing said document data to the selected printer
A closure device having a first closure part comprising a body, and a second closure part, said closure parts (2, 3) for closing the closure device are placable against one another along a closing direction and in a closing position being connected to one another, at least one locking element which is disposed so as to be adjustable on the body of the first closure part, and at least one engagement portion which is molded on the second closure part, wherein the at least one locking element and the at least one engagement portion in a closing position are mutually engaged in such a manner that the first closure part and the second closure part are locked to one another, characterized in that the first closure part has a first magnetic installation and the second closure part has a second magnetic installation, wherein the first magnetic installation and the second magnetic installation when placing the first closure part and the second closure part against one another mutually interact in a magnetically attracting manner, and the at least one locking element is magnetically configured in such a manner that the at least one locking element in the closing position by way of the first magnetic installation and/or the second magnetic installation is loaded in the direction of engaging with the at least one engagement portion, wherein closure device comprises an adjustment part which is activatable in an activation direction so as to bring the at least one locking element to disengage from the at least one engagement portion in order to release the first closure part and the second closure part from one another, wherein the first magnetic installation is disposed on the adjustment part and is adjustable conjointly with the adjustment part in such a way that the magnetic attraction forces between the first closure part and the second closure part are reversed into a repulsion by adjusting the adjustment part. a first closure part comprising a body, and a second closure part, said closure parts (2, 3) for closing the closure device are placable against one another along a closing direction and in a closing position being connected to one another, at least one locking element which is disposed so as to be adjustable on the body of the first closure part, and at least one engagement portion which is molded on the second closure part, wherein the at least one locking element and the at least one engagement portion in a closing position are mutually engaged in such a manner that the first closure part and the second closure part are locked to one another, wherein closure device comprises an adjustment part which is activatable in an activation direction so as to bring the at least one locking element to disengage from the at least one engagement portion in order to release the first closure part and the second closure part from one another, wherein the first magnetic installation is disposed on the adjustment part and is adjustable conjointly with the adjustment part in such a way that the magnetic attraction forces between the first closure part and the second closure part are reversed into a repulsion by adjusting the adjustment part.
A fan duct seal for a gas turbine engine comprising: at least one seal body having a hollow center; a first opening formed in the seal body that is in fluid communication with the hollow center wherein the first opening is configured to receive fan air flow; and a second opening formed in the seal body that is in fluid communication with the hollow center such that cooling flow enters the first opening, moves through the seal body and exits from the second opening; wherein in use the air flowing from fore to aft induces a cooling effect on seal material of the seal body; and the at least one seal body comprises a plurality of seal bodies joined together to form a continuous seal, wherein the seal body is configured to be compressed between an inner fixed structure and a pylon structure and the inner fixed structure comprises one of a thrust reverser or fan duct inner fixed structure characterised in that the fan duct seal includes: a joint to connect one seal body to an adjacent seal body, wherein the joint includes an extension portion on the one seal body and a receiver portion on the adjacent seal body that receives the extension portion; and a plug inserted into the joint to increase stability, and wherein the plug includes a plug opening to allow airflow through the plug. at least one seal body having a hollow center; a first opening formed in the seal body that is in fluid communication with the hollow center wherein the first opening is configured to receive fan air flow; and a second opening formed in the seal body that is in fluid communication with the hollow center such that cooling flow enters the first opening, moves through the seal body and exits from the second opening; wherein in use the air flowing from fore to aft induces a cooling effect on seal material of the seal body; and the at least one seal body comprises a plurality of seal bodies joined together to form a continuous seal, wherein the seal body is configured to be compressed between an inner fixed structure and a pylon structure and the inner fixed structure comprises one of a thrust reverser or fan duct inner fixed structure characterised in that the fan duct seal includes: a joint to connect one seal body to an adjacent seal body, wherein the joint includes an extension portion on the one seal body and a receiver portion on the adjacent seal body that receives the extension portion; and a plug inserted into the joint to increase stability, and wherein the plug includes a plug opening to allow airflow through the plug.