mhurhangee/ep-ind-claims huggingface dataset:
A method of determining an aspiration and/or dispense, comprising: providing a bio-liquid container; either aspirating or dispensing various assay components from or to the bio-liquid container; characterized by the following steps: - capturing an image at a point when a pipette is immersed in the bio-liquid container; - processing the image by an image processor to determine and/or verify a depth of insertion (Di) of the pipette; - capturing at least one or more images at one or more points in time during aspirating or during dispensing; - determining the aspirated or dispensed volume based upon the at least two images that are processed by a computing algorithm of the image processor to determine and/or verify various height (Hc, H1, H2, Hr) and/or volume changes due to the aspiration or dispensing of various assay components, and - determining whether the aspirating or the dispensing is sufficient based upon the at least two images. providing a bio-liquid container; either aspirating or dispensing various assay components from or to the bio-liquid container; characterized by the following steps: - capturing an image at a point when a pipette is immersed in the bio-liquid container; - processing the image by an image processor to determine and/or verify a depth of insertion (Di) of the pipette; - capturing at least one or more images at one or more points in time during aspirating or during dispensing; - determining the aspirated or dispensed volume based upon the at least two images that are processed by a computing algorithm of the image processor to determine and/or verify various height (Hc, H1, H2, Hr) and/or volume changes due to the aspiration or dispensing of various assay components, and - determining whether the aspirating or the dispensing is sufficient based upon the at least two images. - capturing an image at a point when a pipette is immersed in the bio-liquid container; - processing the image by an image processor to determine and/or verify a depth of insertion (Di) of the pipette; - capturing at least one or more images at one or more points in time during aspirating or during dispensing; - determining the aspirated or dispensed volume based upon the at least two images that are processed by a computing algorithm of the image processor to determine and/or verify various height (Hc, H1, H2, Hr) and/or volume changes due to the aspiration or dispensing of various assay components, and - determining whether the aspirating or the dispensing is sufficient based upon the at least two images.
A V-ribbed belt comprising a plurality of V-shaped ribs, - wherein each of the plurality of V-shaped ribs includes a V-shaped rib body formed from a rubber composition and a rib-side reinforcing fabric covering a surface of the V-shaped rib body, - wherein the rib-side reinforcing fabric is a woven fabric containing a first fiber and a second fiber, and - wherein in the woven fabric, at least either the first fiber or the second fiber is inclined relative to a longitudinal direction and a width direction of the belt, - characterized in that an angle of a direction of the first fiber with respect to the longitudinal direction of the belt is not less than 10° and not greater than 25°. - wherein each of the plurality of V-shaped ribs includes a V-shaped rib body formed from a rubber composition and a rib-side reinforcing fabric covering a surface of the V-shaped rib body, - wherein the rib-side reinforcing fabric is a woven fabric containing a first fiber and a second fiber, and - wherein in the woven fabric, at least either the first fiber or the second fiber is inclined relative to a longitudinal direction and a width direction of the belt, - characterized in that an angle of a direction of the first fiber with respect to the longitudinal direction of the belt is not less than 10° and not greater than 25°.
A system for providing cellular services to a roaming subscriber outside a home public land mobile network, HPLMN comprising: a visited public land mobile network, VPLMN; at least one processor within the VPLMN; and memory storing instructions that, when executed by the at least one processor, cause the system to: instantiate one or more network functions as software processes performing data plane packet processing within a network functions virtualisation, NFV, environment hosted by the VPLMN and associated with the home public land mobile network, HPLMN, wherein the network functions provide the roaming subscriber with network services associated with the HPLMN. a visited public land mobile network, VPLMN; at least one processor within the VPLMN; and memory storing instructions that, when executed by the at least one processor, cause the system to: instantiate one or more network functions as software processes performing data plane packet processing within a network functions virtualisation, NFV, environment hosted by the VPLMN and associated with the home public land mobile network, HPLMN, wherein the network functions provide the roaming subscriber with network services associated with the HPLMN.
Needleless access device comprising an adaptor for connecting a drug delivery device to the needleless access device, the adaptor comprising a globally tubular body having a proximal region and a distal region, said proximal region being provided with engagement means for mounting said adaptor on the drug delivery device, wherein said distal region is provided on its inner wall with an internal thread cooperating with a straight external thread of the needleless access device on a determined length L of said internal thread, said internal thread having on a distal part of said length L, said distal part having a length L1, a major diameter D1 of constant value mating that of said straight external thread, characterised in that said internal thread has on a proximal part of said length L a major diameter D2, where D2 is strictly smaller than D1, wherein said internal thread further comprises a tapered portion linking said proximal part to said distal part, said tapered portion having a length L2.
Thermo-forming packaging machine comprising a forming station for forming trays into a base film, a sealing station and a control unit, where said sealing station comprises an adjustment device for adjusting the position of the sealing station along a direction of production, and a displacement measuring device, where said thermo-forming packaging machine is adapted to be operated intermittently with a feed length for every work cycle, characterized in that a measuring system is provided within one feed length upstream of said sealing station for determining the location of said trays being supplied to said sealing station in the direction of production during a following work cycle (Ty) and that said control unit is configured to control the position of said sealing station according to the determined location of said trays in a true-to-cycle manner in its position relative to said trays using said adjustment device.
Valve for a container for dispensing pressurized fluid, said valve comprising a housing which is mounted on a valve cup, a hollow stem provided in a passage of the housing which stem has at least one lateral inlet opening at its lower end and an outlet opening at its upper end, which stem is displaceable between a closed position and an open position and spring means by means of which the stem is pushed in the closed position, wherein the housing has a circumferential step-like contour with an outer, lower part and a central, upper part, wherein the valve cup follows essentially the step-like contour line of the housing and ends horizontally on the top of the housing close to the stem and wherein a sealing is provided on the upper side of the housing between the housing and the valve cup and which seals at the same time the valve cup against the housing and the stem against the housing, characterized in that the lower part of the housing situated in the container is provided with a circumferential groove in which the spring means, preferably a metallic spring element, is held which pushes the stem in the closed position.
Particle separating catalytic reactor for chemical reactions, comprising at least one filter unit installed in said catalytic reactor, for separating particles from the inlet fluid stream to the reactor, said filter unit comprises a base, at least one filter cassette comprising one or more filter screens comprising apertures, wherein said base comprises at least one mounting face for mounting of one or more of the filter cassettes and the base further comprises a fluid outlet for the filter unit to a catalyst reaction chamber of the reactor, whereby the base is an integrated cassette base and filter unit outlet, characterized in that the filter unit comprises at least one 1 st order cassette and at least one 2 nd order cassette, the 1 st order cassette adapted to be mounted on the mounting face and the 2 nd order cassette adapted to be mounted on the 1 st order cassette, whereby the 1 st and the 2 nd order cassettes are arranged in serial connection with regard to the fluid flow and the cassette is made by two sections, each section comprising a screen, and said two sections are attached together with one or more hand operated quick release fixtures, whereby the cassette is easily assembled or disassembled and the two cassette sections can be assembled by tilting one section towards the other from an angle of less than 45° and fixed together by said quick release fixture, and disassembled by removing the quick release fixture and tilting the two sections away from each other to an angle of less than 45° and the filter unit further comprises one or more locking bar, each locking bar is adapted to lock a plurality of cassettes to the base and the filter unit comprises a lid adapted to cover the top end of the base and one or more cassettes when the base and cassettes are assembled.
A terminal with a stiffener, comprising a display, a housing, and a fingerprint recognition assembly, wherein the display and the housing jointly form a receptacle, and the fingerprint recognition assembly is located in the receptacle; the fingerprint recognition assembly comprises a fingerprint recognition module and the stiffener, the stiffener comprises a first mounting part configured to carry the fingerprint recognition module and at least one first connection part, and the first connection part is connected to a side of the first mounting part; the housing comprises a support member being a middle frame located between the display and a rear cover of the housing, the support member is provided with a first accommodation area being a through slot penetrating the middle frame, wherein openings at opposite ends of the first accommodation area face the display and the rear cover of the housing, respectively, the first mounting part is located in the first accommodation area, and the first connection part extends out of the first accommodation area and is connected to the support member; and the support member is provided with a second accommodation area used to carry the first connection part, the second accommodation area is connected to the first accommodation area, and an opening of the second accommodation area faces the display. the display and the housing jointly form a receptacle, and the fingerprint recognition assembly is located in the receptacle; the fingerprint recognition assembly comprises a fingerprint recognition module and the stiffener, the stiffener comprises a first mounting part configured to carry the fingerprint recognition module and at least one first connection part, and the first connection part is connected to a side of the first mounting part; the housing comprises a support member being a middle frame located between the display and a rear cover of the housing, the support member is provided with a first accommodation area being a through slot penetrating the middle frame, wherein openings at opposite ends of the first accommodation area face the display and the rear cover of the housing, respectively, the first mounting part is located in the first accommodation area, and the first connection part extends out of the first accommodation area and is connected to the support member; and the support member is provided with a second accommodation area used to carry the first connection part, the second accommodation area is connected to the first accommodation area, and an opening of the second accommodation area faces the display.
A control device comprising: a storage unit configured to store one or more face images registered in advance; a first detection unit configured to detect a person who goes in and out through an entrance of an area and configured to acquire a face image of said person from an imaging device which is configured to take an image of an image taking range containing the entrance, and further configured to collate said face image with the one or more face images stored in the storage unit, and determine that said person is out-of-target in a case where a degree of similarity between the face images is higher than a threshold as a result of the collation; a count unit configured to count up the number of persons in the area except the number of persons who are determined as being out-of-target based on a detection result of the first detection unit; an acquisition unit configured to acquire the number of persons from the count unit; and an operation mode control unit configured to control an operation mode of a processing unit according to the acquired number of persons. a storage unit configured to store one or more face images registered in advance; a first detection unit configured to detect a person who goes in and out through an entrance of an area and configured to acquire a face image of said person from an imaging device which is configured to take an image of an image taking range containing the entrance, and further configured to collate said face image with the one or more face images stored in the storage unit, and determine that said person is out-of-target in a case where a degree of similarity between the face images is higher than a threshold as a result of the collation; a count unit configured to count up the number of persons in the area except the number of persons who are determined as being out-of-target based on a detection result of the first detection unit; an acquisition unit configured to acquire the number of persons from the count unit; and an operation mode control unit configured to control an operation mode of a processing unit according to the acquired number of persons.
A support assembly of a hub of an internal clutch with an external power input mechanism, comprising: a hub rotatably supported by a first lateral cover and a second lateral cover which are combined by using bearings installed therebetween; and a driving device; wherein the first lateral cover and the second lateral cover are fixedly retained to a fixing shaft; the first lateral cover is formed with at least one through hole for installing the driving device; the driving device is operable to transfer external power into the first lateral cover by passing through the driving device so as to drive an internal clutch therein; characterized in that the first lateral cover is formed with an axle hole; a plurality of buckling strips are installed within the axle hole operable to retain the fixing shaft and a part of the fixing shaft is fixed to a buckling groove so that the first lateral cover is non-rotatably fixed to the fixing shaft. a hub rotatably supported by a first lateral cover and a second lateral cover which are combined by using bearings installed therebetween; and a driving device; wherein the first lateral cover and the second lateral cover are fixedly retained to a fixing shaft; the first lateral cover is formed with at least one through hole for installing the driving device; the driving device is operable to transfer external power into the first lateral cover by passing through the driving device so as to drive an internal clutch therein; characterized in that the first lateral cover is formed with an axle hole; a plurality of buckling strips are installed within the axle hole operable to retain the fixing shaft and a part of the fixing shaft is fixed to a buckling groove so that the first lateral cover is non-rotatably fixed to the fixing shaft.
Method of operating a regasification terminal, the method comprising: a) obtaining a re-gas stream of LNG from one or more LNG storage tanks, the one or more storage tanks being at a first pressure, wherein the first pressure is in the range of 0.9 - 1.2 bar, b) passing the re-gas stream through a regasifier unit to obtain a regasified natural gas stream, wherein the method further comprises c) receiving a feed stream of pressurized LNG at a second pressure, the second pressure being greater than the first pressure, the second pressure being above 2 bar, d) generating a cooling stream comprising at least a portion of the re-gas stream, e) processing the feed stream of pressurized LNG at the second pressure into a processed feed stream comprising LNG by e1) expanding the feed stream, and e2) cooling the feed stream against the cooling stream, f) passing the processed feed stream to at least one of the LNG storage tanks, wherein the cooling stream is generated by splitting the re-gas stream in a side-stream of the re-gas stream (13") and a remainder of the re-gas stream. a) obtaining a re-gas stream of LNG from one or more LNG storage tanks, the one or more storage tanks being at a first pressure, wherein the first pressure is in the range of 0.9 - 1.2 bar, b) passing the re-gas stream through a regasifier unit to obtain a regasified natural gas stream, wherein the method further comprises c) receiving a feed stream of pressurized LNG at a second pressure, the second pressure being greater than the first pressure, the second pressure being above 2 bar, d) generating a cooling stream comprising at least a portion of the re-gas stream, e) processing the feed stream of pressurized LNG at the second pressure into a processed feed stream comprising LNG by e1) expanding the feed stream, and e2) cooling the feed stream against the cooling stream, e1) expanding the feed stream, and e2) cooling the feed stream against the cooling stream, f) passing the processed feed stream to at least one of the LNG storage tanks,
A lighting device, comprising: a first light panel; a second light panel provided adjacent the first light panel; and a diffuser provided over a boundary between the first and second light panels (11,12) to diffuse light between the first and second light panels (11,12), the diffuser having light blocking regions to diffuse the light, wherein the diffuser includes a base member and at least one light diffusing material provided on the base member to form the light blocking regions, characterized in that the diffuser includes at least one adhesive member provided between the base member and the first and second light panels (11, 12) to fix the first light panel to the second light panel. a first light panel; a second light panel provided adjacent the first light panel; and a diffuser provided over a boundary between the first and second light panels (11,12) to diffuse light between the first and second light panels (11,12), the diffuser having light blocking regions to diffuse the light, wherein the diffuser includes a base member and at least one light diffusing material provided on the base member to form the light blocking regions, characterized in that the diffuser includes at least one adhesive member provided between the base member and the first and second light panels (11, 12) to fix the first light panel to the second light panel.
A reference signal sending method, comprising: determining, by a network device, a plurality of resource elements, REs used to carry a first CSI-RS of one CSI-RS port, wherein the plurality of REs are distributed in a plurality of resource units, wherein in each resource unit, a plurality of REs used to carry the first CSI-RS are located on a plurality of subcarriers in a same symbol, values of the first CSI-RS carried on at least two REs are different and are from one first pilot sequence, and values of the first CSI-RS are loaded to the plurality of REs in the resource unit by using a first multiplex code; and sending, by the network device, the first CSI-RS to a terminal device by using the plurality of REs. determining, by a network device, a plurality of resource elements, REs used to carry a first CSI-RS of one CSI-RS port, wherein the plurality of REs are distributed in a plurality of resource units, wherein in each resource unit, a plurality of REs used to carry the first CSI-RS are located on a plurality of subcarriers in a same symbol, values of the first CSI-RS carried on at least two REs are different and are from one first pilot sequence, and values of the first CSI-RS are loaded to the plurality of REs in the resource unit by using a first multiplex code; and sending, by the network device, the first CSI-RS to a terminal device by using the plurality of REs.
Device for producing energy having an air-towed vessel and at least one water current turbine linked to the vessel by at least one electric cable, the water current turbine being further linked to the vessel by at least one mechanical linking cable in order to be towed by the vessel, characterized in that the device for producing energy comprises a system for managing the movements and/or positions of the water current turbines and/or a system for managing the movements and/or positions of the supports connecting at least two water current turbines.
A device for synchronizing entanglement sources (141, 142) with optical pump in a quantum communication network, comprising a pulsed optical source allowing the emission of telecom wavelength optical pulses (I 1, I 2) distributed in parallel to the set of entanglement sources so as to ensure an optical clock common to said entanglement sources and comprising, for each entanglement source, a frequency conversion device (243, 253) for the distributed optical pulse, allowing the generation of a optical pulse at a wavelength adapted to optically pump the entanglement source for the generation of pairs of entangled photons.
A method of allocating a Physical Cell ID, PCI, to a small cell, the method comprising the steps of: receiving signal strength data for a plurality of small cells; defining a plurality of bands in a coverage area of a macro cell's base station based on the received signal strength data, wherein each band has a predetermined signal strength range; and characterised in that the small cell is one of a plurality of small cells disposed within the coverage area of the macro cell's base station; the signal strength data relates to the strength of a signal from the macro cell's base station at each cell of the plurality of small cells; selecting a group for each small cell based on the strength of the signal from the macro cell's base station at that small cell and the signal strength range for each band; and allocating a PCI to each small cell of the plurality of small cells based on its selected group, such that there is no duplication of PCls across different groups. receiving signal strength data for a plurality of small cells; defining a plurality of bands in a coverage area of a macro cell's base station based on the received signal strength data, wherein each band has a predetermined signal strength range; and characterised in that the small cell is one of a plurality of small cells disposed within the coverage area of the macro cell's base station; the signal strength data relates to the strength of a signal from the macro cell's base station at each cell of the plurality of small cells; selecting a group for each small cell based on the strength of the signal from the macro cell's base station at that small cell and the signal strength range for each band; and allocating a PCI to each small cell of the plurality of small cells based on its selected group, such that there is no duplication of PCls across different groups.