mhurhangee/patent-ind-claim-en huggingface dataset:
A method for byte-range file repair, comprising: determining , at a computing device, whether a description of a service includes an entity tag, ETag, value for a file in response to determining that byte-range file repair is needed to repair the file by the computing device, wherein the description of the service is an Associated Delivery Procedure Description, ADPD, metadata fragment; determining , at the computing device, whether an attribute of the ADPD metadata fragment indicates a server supports using a MD5 hash value as the ETag value in response to determining that the ADPD metadata fragment does not include the ETag value; generating , at the computing device, a partial Hypertext Transfer Protocol, HTTP, GET request for byte-range file repair including the ETag value in an If-Match header element in response to determining that the description of the service includes the ETag value; and generating , at the computing device, a partial HTTP GET request for byte-range file repair including the MD5 hash value as the ETag value in an If-Match header element in response to determining that the attribute of the ADPD metadata fragment indicates the server supports using the MD5 hash value as the ETag. determining , at a computing device, whether a description of a service includes an entity tag, ETag, value for a file in response to determining that byte-range file repair is needed to repair the file by the computing device, wherein the description of the service is an Associated Delivery Procedure Description, ADPD, metadata fragment; determining , at the computing device, whether an attribute of the ADPD metadata fragment indicates a server supports using a MD5 hash value as the ETag value in response to determining that the ADPD metadata fragment does not include the ETag value; generating , at the computing device, a partial Hypertext Transfer Protocol, HTTP, GET request for byte-range file repair including the ETag value in an If-Match header element in response to determining that the description of the service includes the ETag value; and generating , at the computing device, a partial HTTP GET request for byte-range file repair including the MD5 hash value as the ETag value in an If-Match header element in response to determining that the attribute of the ADPD metadata fragment indicates the server supports using the MD5 hash value as the ETag.
An apparatus comprised by an egress leaf router for use in a multicast domain including a root router and one or more penultimate hop routers, characterized in that it comprises: means for sending, by an egress leaf router associated with the multicast domain toward a penultimate hop router of the multicast domain, an indication of a request by the egress leaf router to use multicast domain information of the penultimate hop router as its own identification information for multicast service signaling to the root router, the multicast domain information of the penultimate hop router including an identifier of the penultimate hop router within the multicast domain; means for receiving by the egress leaf router from the penultimate hop router, an advertisement including the multicast domain information of the penultimate hop router; means for sending, by the egress leaf router toward the root router, multicast service signaling including the multicast domain information of the penultimate hop router as its own identification information for establishing multicast service. means for sending, by an egress leaf router associated with the multicast domain toward a penultimate hop router of the multicast domain, an indication of a request by the egress leaf router to use multicast domain information of the penultimate hop router as its own identification information for multicast service signaling to the root router, the multicast domain information of the penultimate hop router including an identifier of the penultimate hop router within the multicast domain; means for receiving by the egress leaf router from the penultimate hop router, an advertisement including the multicast domain information of the penultimate hop router; means for sending, by the egress leaf router toward the root router, multicast service signaling including the multicast domain information of the penultimate hop router as its own identification information for establishing multicast service.
An injector comprising: a cylindrical barrel ; a movable body housed in the barrel ; and a plunger coming into separable contact with the movable body , wherein the movable body includes a main body having an outer diameter smaller than an inner diameter of the barrel , a disk-shaped seal body attached to a front end of the main body and including an outer circumferential end brought into close contact with an inner circumferential surface of the barrel , and at least one projecting portion projecting from the main body toward the inner circumferential surface of the barrel , wherein a distance from a central axis of the movable body to a leading end of the at least one projecting portion is smaller than a half of an outer diameter of the seal body , and wherein the movable body and the plunger are configured to separate from each other by retracting the plunger , characterized in that a pair of stoppers are disposed on one of the barrel and the plunger , and the stoppers come into elastic contact with the other one of the barrel and the plunger in a radial direction of the barrel . a cylindrical barrel ; a movable body housed in the barrel ; and a plunger coming into separable contact with the movable body , wherein the movable body includes a main body having an outer diameter smaller than an inner diameter of the barrel , a disk-shaped seal body attached to a front end of the main body and including an outer circumferential end brought into close contact with an inner circumferential surface of the barrel , and at least one projecting portion projecting from the main body toward the inner circumferential surface of the barrel , a main body having an outer diameter smaller than an inner diameter of the barrel , a disk-shaped seal body attached to a front end of the main body and including an outer circumferential end brought into close contact with an inner circumferential surface of the barrel , and at least one projecting portion projecting from the main body toward the inner circumferential surface of the barrel , wherein a distance from a central axis of the movable body to a leading end of the at least one projecting portion is smaller than a half of an outer diameter of the seal body , and wherein the movable body and the plunger are configured to separate from each other by retracting the plunger , characterized in that a pair of stoppers are disposed on one of the barrel and the plunger , and the stoppers come into elastic contact with the other one of the barrel and the plunger in a radial direction of the barrel .
A method of determining a concentration of a gas in a headspace of a tray having a flexible protective, at least partially transparent film , a surface of the contents of the tray at least partially defining said headspace together with said flexible protective, at least partially transparent film , and wherein said tray further comprises a light transmitting wall or a light reflecting surface in contact with said headspace, said method comprising: creating a determinable optical path length through said headspace of said tray , by contacting said protective, at least partially transparent film by a mechanical means ; said mechanical means including a light source head and a detector head ; transmitting a light signal between said light source head and said detector head through said determinable optical path length; wherein the optical path length within the headspace is defined either from the point of entry of light through the protective, at least partially transparent film to a point of transmission through the transmitting wall, wherein the transmitted light is either detected or reflected back to a point of exit of light through the protective, at least partially transparent film ; or the optical path length within the headspace is defined from the point of entry of light through the protective, at least partially transparent film , film and from the point of reflection at the reflective surface to a point of exit of light through the protective, at least partially transparent film ; determining said concentration of said gas in said headspace of said tray based on the detected transmitted light and said determinable optical path length. creating a determinable optical path length through said headspace of said tray , by contacting said protective, at least partially transparent film by a mechanical means ; said mechanical means including a light source head and a detector head ; transmitting a light signal between said light source head and said detector head through said determinable optical path length; wherein the optical path length within the headspace is defined either from the point of entry of light through the protective, at least partially transparent film to a point of transmission through the transmitting wall, wherein the transmitted light is either detected or reflected back to a point of exit of light through the protective, at least partially transparent film ; or the optical path length within the headspace is defined from the point of entry of light through the protective, at least partially transparent film , film and from the point of reflection at the reflective surface to a point of exit of light through the protective, at least partially transparent film ; determining said concentration of said gas in said headspace of said tray based on the detected transmitted light and said determinable optical path length.
A method of forming on a glass substrate source and drain electrodes for a TFT, the method comprising: forming a relatively hydrophobic polyimide layer on the relatively hydrophilic glass substrate, and patterning the polyimide layer to remove the polyimide layer from places in which the source and drain electrodes are to be formed and retain the polyimide layer in a channel region between the places in which the source and drain electrodes are to be formed, and depositing conductive polymer ink droplets by ink-jet printing to form the source and drain electrodes, wherein the conductive polymer ink is confined by the relatively hydrophobic polyimide layer in the channel region to the relatively hydrophilic substrate areas in which the source and drain electrodes are formed. forming a relatively hydrophobic polyimide layer on the relatively hydrophilic glass substrate, and patterning the polyimide layer to remove the polyimide layer from places in which the source and drain electrodes are to be formed and retain the polyimide layer in a channel region between the places in which the source and drain electrodes are to be formed, and depositing conductive polymer ink droplets by ink-jet printing to form the source and drain electrodes, wherein the conductive polymer ink is confined by the relatively hydrophobic polyimide layer in the channel region to the relatively hydrophilic substrate areas in which the source and drain electrodes are formed.
A transposon system comprising (a) a transposon unit containing inverted terminal repeats (ITRs) or direct terminal repeats (DTRs) that flank a sequence of interest to be inserted into the genome of a target cell; and (b) an RNA encoding a transposase capable of recognizing said ITRs or DTRs and transposing said sequence of interest into said genome; wherein said RNA encoding said transposase is characterized in that it contains a combination of unmodified and modified nucleotides, wherein 5 to 50% of the uridine nucleotides and 5 to 50% of the cytidine nucleotides are respectively modified uridine nucleotides and modified cytidine nucleotides. (a) a transposon unit containing inverted terminal repeats (ITRs) or direct terminal repeats (DTRs) that flank a sequence of interest to be inserted into the genome of a target cell; and (b) an RNA encoding a transposase capable of recognizing said ITRs or DTRs and transposing said sequence of interest into said genome; wherein said RNA encoding said transposase is characterized in that it contains a combination of unmodified and modified nucleotides, wherein 5 to 50% of the uridine nucleotides and 5 to 50% of the cytidine nucleotides are respectively modified uridine nucleotides and modified cytidine nucleotides.
A fryer system , comprising: a vat for receipt of a volume of fluid; a capacitive sensor disposed within the vat such that the capacitive sensor is disposed to communicate with the volume of fluid within the vat ; a tank for holding a reserve of fluid; a plumbing system establishing fluid communication between the vat and the tank , the plumbing system comprising one or more valves and a pump ; a controller receiving a signal representing a capacitive value from the capacitive sensor and controlling operation of the plumbing system based on the capacitive value, wherein the controller is configured to operate the one or more valves and the pump of the plumbing system to maintain a fluid level in the vat , characterized in that the capacitive sensor comprises a radiator structure at a first end and a jack at an end distal from the radiator structure , and a coaxial cable with an inner conductor electrically connected to the radiator structure and to a portion of the jack , wherein the radiator structure comprises a metal cylindrical shell, with a receptacle disposed within the shell for connecting the coaxial cable within the radiator structure . a vat for receipt of a volume of fluid; a capacitive sensor disposed within the vat such that the capacitive sensor is disposed to communicate with the volume of fluid within the vat ; a tank for holding a reserve of fluid; a plumbing system establishing fluid communication between the vat and the tank , the plumbing system comprising one or more valves and a pump ; a controller receiving a signal representing a capacitive value from the capacitive sensor and controlling operation of the plumbing system based on the capacitive value, wherein the controller is configured to operate the one or more valves and the pump of the plumbing system to maintain a fluid level in the vat , the capacitive sensor comprises a radiator structure at a first end and a jack at an end distal from the radiator structure , and a coaxial cable with an inner conductor electrically connected to the radiator structure and to a portion of the jack , wherein the radiator structure comprises a metal cylindrical shell, with a receptacle disposed within the shell for connecting the coaxial cable within the radiator structure .
Device for bleeding-off and/or filling a pressurised fluid cylinder comprising a pressurised fluid cylinder and a separate filling and/or bleeding-off member, the cylinder comprising an orifice wherein is arranged a tap , the cylinder comprising a cap for protecting the tap mounted on the upper end of the cylinder , the cap comprising a rigid structure delimiting a protective volume around the tap , said structure comprising a lower end fixed on the upper end of the cylinder and a first wall forming a central tubular portion, said tubular portion extending between, on the one hand, the lower end and, on the other hand, an open upper end delimiting an orifice for accessing the inner volume of the tubular portion and housing the tap , the cylinder comprising an electronic member for communicating and storing wireless, remotely searchable data arranged in the cap , wherein the electronic member is integrated in the circular edge of the upper end of the first wall , the electronic member for communicating and storing wireless, remotely searchable data comprising an annular antenna arranged concentrically to the access orifice in the circular edge of the upper end of the first wall , and characterised in that the filling and/or bleeding-off member comprises a body which is removably connected to the tap of the pressurised fluid cylinder and housing a push valve member and a fluid circuit intended to be connected to the circuit of the tap of the cylinder , the body of the filling and/or bleeding-off member comprising an end equipped with a connecting head comprising conjugated fastening members of the end of the tap to engage fastened with the latter and an electronic member for communicating and possibly storing wireless, remotely searchable data, the electronic communication member being situated concentrically around said connecting head , and in that when the filling and/or bleeding-off member is connected to the tap, the electronic communication members are arranged opposite one another in two parallel planes, spaced apart by a distance comprised between 0.5cm and 5cm, in particular between 0.1cm and 2cm such that, in the connection position, the filling and/or bleeding-off member on the tap, the electronic communication members wirelessly detect/read/communicate, whatever the relative angular orientation of the body with respect to the cap about a central longitudinal axis of the cylinder .
A recombinant adenovirus, wherein the genome of the recombinant adenovirus encodes a modified E1A protein and a modified or deleted E4orf6/7 protein, and the genome further encodes at least one feature selected from the group: (i) a targeting ligand fused to a FK506 binding protein (FKBP), and an adenovirus fiber protein fused to a wild-type FKBP-rapamycin binding (FRB) protein or a mutant FRB protein comprising a T2098L substitution, (ii) a deletion of the E3-RIDα/RIDβ and E3-14.7k coding sequences, (iii) a modified hexon protein wherein the modified hexon protein optionally comprises an E451Q substitution, (v) a chimeric fiber protein wherein the chimeric fiber protein optionally comprises a fiber shaft from a first adenovirus serotype and a fiber knob from a second adenovirus serotype, (vi) a modified penton protein wherein the modified penton protein optionally comprises a mutation in the integrin-binding RGD motif, (vii) a fiber protein modified to include an RGD peptide, and (viii) a capsid-swapped chimeric adenovirus, wherein the modified E1A protein comprises a mutation that disrupts binding of E1A to the retinoblastoma (Rb) protein and the modified E4orf6/7 protein comprises a mutation that eliminates or impairs binding to E2F or deletes or impairs the nuclear localization signal of E4orf6/7, and wherein the recombinant adenovirus exhibits replication defects in normal cells compared to tumor cells. (i) a targeting ligand fused to a FK506 binding protein (FKBP), and an adenovirus fiber protein fused to a wild-type FKBP-rapamycin binding (FRB) protein or a mutant FRB protein comprising a T2098L substitution, (ii) a deletion of the E3-RIDα/RIDβ and E3-14.7k coding sequences, (iii) a modified hexon protein wherein the modified hexon protein optionally comprises an E451Q substitution, (v) a chimeric fiber protein wherein the chimeric fiber protein optionally comprises a fiber shaft from a first adenovirus serotype and a fiber knob from a second adenovirus serotype, (vi) a modified penton protein wherein the modified penton protein optionally comprises a mutation in the integrin-binding RGD motif, (vii) a fiber protein modified to include an RGD peptide, and (viii) a capsid-swapped chimeric adenovirus,
A method of using a Transmission Charged Particle Microscope (M), comprising: - Providing a specimen (S) on a specimen holder (H); - Using a charged particle beam column to produce a charged particle beam (B) and irradiate at least a portion of the specimen (S) therewith; - Using an imaging system to collect charged particles that traverse the specimen (S) during said irradiation, and to direct them onto a detector ; - Using said detector to record a diffraction pattern of said irradiated portion of the specimen (S), characterized by: - Configuring said detector to operate in particle counting mode; - Recording said diffraction pattern iteratively in a series of successive detection frames, and summing said frames; - During recording of each frame, causing relative motion of said diffraction pattern and said detector, so as to cause each local intensity maximum in said pattern to trace out a locus on said detector. - Providing a specimen (S) on a specimen holder (H); - Using a charged particle beam column to produce a charged particle beam (B) and irradiate at least a portion of the specimen (S) therewith; - Using an imaging system to collect charged particles that traverse the specimen (S) during said irradiation, and to direct them onto a detector ; - Using said detector to record a diffraction pattern of said irradiated portion of the specimen (S), - Configuring said detector to operate in particle counting mode; - Recording said diffraction pattern iteratively in a series of successive detection frames, and summing said frames; - During recording of each frame, causing relative motion of said diffraction pattern and said detector, so as to cause each local intensity maximum in said pattern to trace out a locus on said detector.
Use of a distribution device for uniformly dividing fluid streams into a plurality of substreams in chemical apparatuses, which comprises at least one plate having a plurality of openings , wherein the number of openings in the plate is in the range from 100 to 10 000 and the openings are rounded or chamfered on only one side of the plate, for reducing the tendency for the formation of deposits on the distribution device, wherein the distribution device is arranged in a chemical apparatus through which a fluid to be divided flows vertically from the top downwards, wherein the fluid to be divided is a liquid in which at least one material is dissolved and/or suspended, wherein the plate of the distribution device is arranged perpendicularly to the main flow direction of the fluid passing through it and is also arranged horizontally, and wherein the rounded or chamfered side of the plate is the side of the plate from which the fluid passes through the plate.
Device for tensioning a cord of a shading system , in particular a pleated or Roman blind, with a passage arranged on the shading system , for the cord and with a spring element , one end of which has deflection means for the cord and its other end are assigned fastening means for fastening to the shading system , characterised in that the deflection means are positionable in a first position (assembly position) of the passage adjacent to the threading of the cord through the passage and through the deflection means and in a second position (working position) for tensioning the cord .
A support for raised floors, comprising in the following order: a base for resting on a lower surface , an element for connecting and adjusting the local height of a raised floor, and a resting head for one or more tiles of said raised floor wherein said connecting and adjustment element has a first portion , for providing floors that are inclined with respect to said lower surface , characterized in that said connecting and adjustment element has a second portion , which lies opposite said first portion , for providing floors that are parallel to said lower surface , said first portion and said second portion interacting alternately with said resting head by rotating said element through 180° wherein when said first portion is directed toward said resting head and said second portion is arranged toward said base , said resting head is slidable/rotatable on a concavity of the connecting and adjustment element for adjusting the inclination of the plane of said floor so as to provide said floors that are inclined relative to said lower surface and wherein when said first portion is arranged toward said base and said second portion is directed toward said resting head , said resting head rests stably without the possibility for inclination so as to provide said floors that are parallel to the lower surface .