mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a linearly translatable cartridge mounting assembly having a plurality of fluid dispensing cartridge mounting stations; a plurality of fluid dispensing cartridges mounted to respective fluid dispensing cartridge mounting stations, each of the plurality of fluid dispensing cartridges comprising a fluid reservoir, a compressible metering chamber comprising a first end coupled to the fluid reservoir and a second end, the first end comprising an unopposed fluid conduit for passage of a fluid between the fluid reservoir and the metering chamber, a valve coupled to the second end of the metering chamber, and a nozzle coupled to the valve; a plurality of compression assemblies coupled to respective fluid dispensing cartridges operable to compress the compressible metering chamber to eject a fluid there from; and a receiving assembly positioned beneath the mounting assembly, the receiving assembly comprising a plurality of receiving member positions for supporting a sample holding member; characterized in that each of the plurality of compression assemblies comprises a first compression member and a second compression member, and the first compression member and the second compression member are operable to move along a length dimension of the metering chamber in a direction from the first end to the second end to compress adjacent regions along the length dimension of the metering chamber during fluid ejection. a linearly translatable cartridge mounting assembly having a plurality of fluid dispensing cartridge mounting stations; a plurality of fluid dispensing cartridges mounted to respective fluid dispensing cartridge mounting stations, each of the plurality of fluid dispensing cartridges comprising a fluid reservoir, a compressible metering chamber comprising a first end coupled to the fluid reservoir and a second end, the first end comprising an unopposed fluid conduit for passage of a fluid between the fluid reservoir and the metering chamber, a valve coupled to the second end of the metering chamber, and a nozzle coupled to the valve; a plurality of compression assemblies coupled to respective fluid dispensing cartridges operable to compress the compressible metering chamber to eject a fluid there from; and a receiving assembly positioned beneath the mounting assembly, the receiving assembly comprising a plurality of receiving member positions for supporting a sample holding member; characterized in that each of the plurality of compression assemblies comprises a first compression member and a second compression member, and the first compression member and the second compression member are operable to move along a length dimension of the metering chamber in a direction from the first end to the second end to compress adjacent regions along the length dimension of the metering chamber during fluid ejection.
A detector (100; 400) comprising: a radiation absorption layer comprising a first surface (101; 201), a first electrical contact (119A; 219A) on the first surface, a second surface (102; 202) opposite the first surface, a second electrical contact (119B; 219B) on the second surface, and a plurality of sidewalls; an electronics layer bonded to the radiation absorption layer, the electronics layer comprising an electronic system configured to process electrical signals on the second electrical contact; characterized in that only one (116;216;416) of the plurality of sidewalls is doped. a radiation absorption layer comprising a first surface (101; 201), a first electrical contact (119A; 219A) on the first surface, a second surface (102; 202) opposite the first surface, a second electrical contact (119B; 219B) on the second surface, and a plurality of sidewalls; an electronics layer bonded to the radiation absorption layer, the electronics layer comprising an electronic system configured to process electrical signals on the second electrical contact;
An installation box comprising a body that includes a bottom and a side wall disposed generally at right angles to said bottom, and at least one screw (6, 16) which is part of a respective mounting device (8, 13), wherein the side wall includes an edge which defines an opening on the box body opposite said bottom, wherein the side wall includes at least one elongate side opening that extends from said edge down to the bottom of the box body, wherein an elongate element (11, 12) is situated in the side opening together with one mounting device (8, 13) and one screw (6, 16) which elongate element is pivotally disposed in the wall of said body wherein said screw (6, 16) extend along said elongate element (11, 12), and wherein the elongate element (11, 12) support the respective mounting device (8, 13), and wherein the pivot axis of the elongate element (11, 12) is located adjacent said edge, a projection (21, 22) which extends out from the body of the box at least one end of a side opening nearest the bottom of the box body and at least one of the mounting devices (8, 13) includes a supportive part (9, 14) and a shelf structure (10, 15) generally at right angles to said supportive part (9, 14) and said screw (6, 16) runs through the supportive part (9, 14) which screw (6, 16) is able to continuously adjust the position of the mounting device (8, 13) along the elongate element (11, 12) characterised in that one surface directed out from the box body of at least one of said elongate elements (11, 12) is provided with teeth or serrations and in that a surface of the supportive part (9, 14) directed towards said surface of the elongate element (11, 12) is provided with at least one tooth, the teeth of the elongate element and the at least one tooth of the supportive part are engaging with each other.
Liquid ring vacuum pump for the degassing of plastics melts, having a pump inlet, at which gases are drawn in, and having a pump outlet, via which gases are discharged, and having a circuit for the compression liquid, in which circuit there is provided an exchangeable filter insert for filtering coarse impurities out of the compression liquid, and possibly having a pre-condensation system upstream of the pump inlet for the filtering of fine impurities, characterized in that the compression liquid circuit has only one fine and/or ultrafine filter which, even during an exchange of a used filter surface for a new or cleaned filter surface, is arranged and operates continuously in a closed compression liquid circuit, wherein the continuously operating filter is assigned a control device which, in a manner dependent on, and by monitoring of, the degree of contamination and/or the filtering time and/or the pressure conditions at the filter and/or the flow speed conditions at the filter, effect the change of a used filter surface for a new or cleaned filter surface by onward switching.
An energy device for surgical operation having an operational area portion for transmitting energy to a body target portion, characterized in that a coating layer formed on an outer periphery of a base material constituting the operational area portion is comprised of a base coating having a thickness of 0.1-1.0 μm formed on the base material and an outermost coating having a thickness of 0.1 μm formed on the base coating, the base coating is silicon oxide or a mixture containing silicon oxide, while the outermost coating is polysiloxane or a compound containing polysiloxane or a compound containing a partly fluorinated polysiloxane, and wherein a surface roughness of the base material is 0.01-1.0 μm as Ra value before the formation of the coating layer.
A method for operating a first electronic device (101; 301; 404; 701; 801), the method comprising: determining whether to share application data of an application of the first electronic device, based on device authentication between the first electronic device and a second electronic device (102; 302; 410; 702; 802) or user authentication between the first electronic device and the second electronic device; in response to determination to share the application data, identifying first application data among the application data based on a predetermined privacy level; receiving, from the second electronic device, information regarding second application data of the application of the second electronic device; determining common interest information comprising an event associated with the first electronic device and the second electronic device based on the first application data and the information regarding second application data; identifying at least part of the first application data associated with the event from a storage of the first electronic device based on the common interest information; and transmitting, to the second device, the at least part of the first application data associated with the event. determining whether to share application data of an application of the first electronic device, based on device authentication between the first electronic device and a second electronic device (102; 302; 410; 702; 802) or user authentication between the first electronic device and the second electronic device; in response to determination to share the application data, identifying first application data among the application data based on a predetermined privacy level; receiving, from the second electronic device, information regarding second application data of the application of the second electronic device; determining common interest information comprising an event associated with the first electronic device and the second electronic device based on the first application data and the information regarding second application data; identifying at least part of the first application data associated with the event from a storage of the first electronic device based on the common interest information; and transmitting, to the second device, the at least part of the first application data associated with the event.
A method for identifying a single nucleotide residue of interest at a position within a stretch of consecutive nucleotide residues in a DNA, wherein the DNA is a single-stranded DNA or a double-stranded DNA, comprising the steps of: (a) incubating the DNA with at least one oligonucleotide primer, each primer comprising a removably attached label (i) corresponding to a particular primer sequence, and (ii) having a unique signature detectable by a nanopore, wherein the nucleotides in the primer that are 5' to the nucleotide at the 3'-terminus of the primer are substantially fully complementary to the nucleotides in the DNA immediately 3' to the single nucleotide of interest, terminating nucleotides that comprise a hook, and DNA polymerase, so as to perform a single base extension of a primer whose 3' terminal nucleotide hybridized to the single nucleotide residue of interest in the DNA, if such a primer was present, using the terminating nucleotide, thereby forming an extension product of the primer which had a 3' nucleotide complementary to the nucleotide of interest in the DNA; (b) capturing the extension product by binding or reacting the hook of the terminating nucleotide incorporated onto the primer with a chemical moiety, compound, or other material having a high affinity for the hook, and washing away any unextended primers from step (a), thereby separating the extension product; (c) removing the label from the extension product, if present; and (d) detecting by nanopore the signature of the label of the primer whose 3' terminal nucleotide hybridized to the single nucleotide residue of interest, so as to identify the label and primer; thereby identifying the single nucleotide residue of interest. (a) incubating the DNA with at least one oligonucleotide primer, each primer comprising a removably attached label (i) corresponding to a particular primer sequence, and (ii) having a unique signature detectable by a nanopore, wherein the nucleotides in the primer that are 5' to the nucleotide at the 3'-terminus of the primer are substantially fully complementary to the nucleotides in the DNA immediately 3' to the single nucleotide of interest, terminating nucleotides that comprise a hook, and DNA polymerase, so as to perform a single base extension of a primer whose 3' terminal nucleotide hybridized to the single nucleotide residue of interest in the DNA, if such a primer was present, using the terminating nucleotide, thereby forming an extension product of the primer which had a 3' nucleotide complementary to the nucleotide of interest in the DNA; (b) capturing the extension product by binding or reacting the hook of the terminating nucleotide incorporated onto the primer with a chemical moiety, compound, or other material having a high affinity for the hook, and washing away any unextended primers from step (a), thereby separating the extension product; (c) removing the label from the extension product, if present; and (d) detecting by nanopore the signature of the label of the primer whose 3' terminal nucleotide hybridized to the single nucleotide residue of interest, so as to identify the label and primer;
Epinephrine nanoparticles comprising epinephrine bitartrate encapsulated with chitosan and tripolyphosphate; wherein, in the epinephrine nanoparticles, a weight ratio of chitosan to tripolyphosphate is in the range from 2:1 to 3:1, and particle size ranges from 50 to 400 nm.
A head mounted display, HMD, comprising: means for generating at least one virtual display (107A-B); means for presenting the at least one virtual display (107A-B)on the HMD; and means for storing computer-generated information that is presented in an extended desktop, wherein the means for presenting is configured to enable a user to view the at least one virtual display (107A-B) and a physical display in a real-world scene, wherein the at least one virtual display (107A-B) is presented on the means for presenting as an additional object in the real-world scene, wherein the at least one virtual display (107A-B) is used in conjunction with the physical display to present the computer-generated information in the extended desktop from a visual perspective of the user, and wherein the stored computer-generated information is presented exclusively in the virtual display only if the physical display is not in a field of vision of the HMD. means for generating at least one virtual display (107A-B); means for presenting the at least one virtual display (107A-B)on the HMD; and means for storing computer-generated information that is presented in an extended desktop, wherein the means for presenting is configured to enable a user to view the at least one virtual display (107A-B) and a physical display in a real-world scene, wherein the at least one virtual display (107A-B) is presented on the means for presenting as an additional object in the real-world scene, wherein the at least one virtual display (107A-B) is used in conjunction with the physical display to present the computer-generated information in the extended desktop from a visual perspective of the user, and wherein the stored computer-generated information is presented exclusively in the virtual display only if the physical display is not in a field of vision of the HMD. wherein the means for presenting is configured to enable a user to view the at least one virtual display (107A-B) and a physical display in a real-world scene, wherein the at least one virtual display (107A-B) is presented on the means for presenting as an additional object in the real-world scene, wherein the at least one virtual display (107A-B) is used in conjunction with the physical display to present the computer-generated information in the extended desktop from a visual perspective of the user, and wherein the stored computer-generated information is presented exclusively in the virtual display only if the physical display is not in a field of vision of the HMD.
A method for packet processing during a server failure, comprising: receiving, by a router, a request packet generated by a client requesting Fast Channel Changing, FCC, and Retransmission, RET, wherein the request packet carries information about a primary value-added service server in the router, the request packet is sent by the client, and the primary value-added service server is capable of providing FCC and RET; querying, by the router, a locally-stored state of the primary value-added service server according to the information about the primary value-added service server carried in the request packet; and when the state of the primary value-added service server is a failed state, forwarding, by the router, the request packet to a request routing server for rerouting, and sending, by the router, a failure message to the client after the forwarding, wherein the failure message is used to instruct the client to delete an address of the primary value-added service server stored on the client. receiving, by a router, a request packet generated by a client requesting Fast Channel Changing, FCC, and Retransmission, RET, wherein the request packet carries information about a primary value-added service server in the router, the request packet is sent by the client, and the primary value-added service server is capable of providing FCC and RET; querying, by the router, a locally-stored state of the primary value-added service server according to the information about the primary value-added service server carried in the request packet; and when the state of the primary value-added service server is a failed state, forwarding, by the router, the request packet to a request routing server for rerouting, and sending, by the router, a failure message to the client after the forwarding, wherein the failure message is used to instruct the client to delete an address of the primary value-added service server stored on the client.
A user terminal comprising: a communications interface for communicating with a lighting system comprising one or more luminaires for illuminating an environment; a user interface comprising a screen, the user interface being configured to output a displayed image to a user of the user terminal on said screen, and to allow the user to select a region from amongst a plurality of regions in the displayed image each having a respective color (22a, 22b, 22c', 22d, 22e'); and a controller configured to control one or more of the luminaires of the lighting system, via said communications interface, to emit illumination for rendering the color of the region selected by the user from the displayed image; wherein the controller is configured to determine the displayed image based on a source image, the displayed image being a modification of the source image modified to account for an insusceptibility of one or more colors in the source image to be rendered through said illumination. a communications interface for communicating with a lighting system comprising one or more luminaires for illuminating an environment; a user interface comprising a screen, the user interface being configured to output a displayed image to a user of the user terminal on said screen, and to allow the user to select a region from amongst a plurality of regions in the displayed image each having a respective color (22a, 22b, 22c', 22d, 22e'); and a controller configured to control one or more of the luminaires of the lighting system, via said communications interface, to emit illumination for rendering the color of the region selected by the user from the displayed image; wherein the controller is configured to determine the displayed image based on a source image, the displayed image being a modification of the source image modified to account for an insusceptibility of one or more colors in the source image to be rendered through said illumination.
Thermosolar water treatment plant having a closed tank as the hot water store, the sun-side upper side of which is covered by a transparent pane through which the sun's rays shine and heat a liquid in the interior of the tank, wherein the liquid releases the energy absorbed by the sun's rays to a heat exchanger arranged in the tank, wherein the tank is a tank operated without pressure and is held in a heat-insulating mounting made of foamed EPP plastic mouldings, wherein the mouldings may be fitted together slightly and connected to one another, wherein the mouldings are arranged around the outer circumference of the tank, wherein the tank is covered on its side facing the sun by a transparent pane and a solar-selective coating is arranged between the transparent pane and the upper side, and wherein the heat exchanger is at least one corrugated pipe made of stainless steel through which service water can flow.
A scroll-type compressor comprising: a revolving scroll rotatably connected to an eccentric shaft portion of a main shaft; a stationary scroll facing the revolving scroll to form a compression chamber compressing a refrigerant, and having an ejection port on an end plate, the ejection port ejecting the compressed refrigerant toward a high-pressure chamber; and a discharge cover covering the ejection port; the ejection port including: an upstream port section provided on an upstream side in an inflow direction of the refrigerant; and a downstream port section provided on a downstream side in the inflow direction of the refrigerant, the downstream port section having a greater volume than the upstream port section; characterised in that the downstream port section includes: partitioning wall(s) partitioning an interior of the downstream port section into a plurality of areas; and a refrigerant passage passing the refrigerant through the plurality of areas. a revolving scroll rotatably connected to an eccentric shaft portion of a main shaft; a stationary scroll facing the revolving scroll to form a compression chamber compressing a refrigerant, and having an ejection port on an end plate, the ejection port ejecting the compressed refrigerant toward a high-pressure chamber; and a discharge cover covering the ejection port; the ejection port including: an upstream port section provided on an upstream side in an inflow direction of the refrigerant; and a downstream port section provided on a downstream side in the inflow direction of the refrigerant, the downstream port section having a greater volume than the upstream port section; characterised in that the downstream port section includes: partitioning wall(s) partitioning an interior of the downstream port section into a plurality of areas; and a refrigerant passage passing the refrigerant through the plurality of areas. an upstream port section provided on an upstream side in an inflow direction of the refrigerant; and a downstream port section provided on a downstream side in the inflow direction of the refrigerant, the downstream port section having a greater volume than the upstream port section; partitioning wall(s) partitioning an interior of the downstream port section into a plurality of areas; and a refrigerant passage passing the refrigerant through the plurality of areas.
A case for a mobile device with a screen, the case comprising a band arranged to surround the edge of the device, the band comprising a layer of flexible polymer and a layer of a damping material which is softer than the flexible polymer provided within the flexible polymer layer, the damping material having a plurality of protrusions projecting inwardly from a substantial portion of the inner periphery of the band to engage with the device, wherein the protrusions are arranged such that, in normal use there is substantially no contact between the band and the device other than through the protrusions; wherein the protrusions are provided at least in the corner regions of the case; characterised in that there are regions (7, 8) around the band where the damping material is absent so as to allow access to buttons and/or ports in the mobile device, such that it does not extend continuously around the band and the only layer is the layer of the flexible polymer; and in that the flexible polymer is TPU and the damping material is a viscoelastic polymer