mhurhangee/ep-ind-claims huggingface dataset:
An image processing apparatus comprising: a document tray; lifting means configured to lift up the document tray upon placement of a document on the document tray; conveyance means configured to convey the document placed on the document tray lifted up by the lifting means; reading means configured to read the document conveyed by the conveyance means; the image processing apparatus being characterised in that it further comprises: registration means configured to register, for an application, whether to lift up the document tray upon the placement of the document on the document tray; and control means configured to cause the lifting means to lift up, during execution of a first application for which the registration means has registered to lift up the document tray upon the placement of the document on the document tray, the document tray upon the placement of the document on the document tray, and to cause the lifting means not to lift up, during execution of a second application for which the registration means has registered not to lift up the document tray upon the placement of the document on the document tray, the document tray upon the placement of the document on the document tray. a document tray; lifting means configured to lift up the document tray upon placement of a document on the document tray; conveyance means configured to convey the document placed on the document tray lifted up by the lifting means; reading means configured to read the document conveyed by the conveyance means; registration means configured to register, for an application, whether to lift up the document tray upon the placement of the document on the document tray; and control means configured to cause the lifting means to lift up, during execution of a first application for which the registration means has registered to lift up the document tray upon the placement of the document on the document tray, the document tray upon the placement of the document on the document tray, and to cause the lifting means not to lift up, during execution of a second application for which the registration means has registered not to lift up the document tray upon the placement of the document on the document tray, the document tray upon the placement of the document on the document tray.
A nasal pharmaceutical composition in solution or suspension form as drop or spray comprising, - a decongestant effective compound which is L-menthol, - dexpanthenol, and - sodium hyaluronate, wherein the molecular weight of sodium hyaluronate is 800-1700 kDa and the amount of sodium hyaluronate is from 0.01 to 5% by weight, and the amount of L-menthol is from 0.002 to 0.2% by weight and the amount of dexpanthenol is from 2 to 5% by weight. - a decongestant effective compound which is L-menthol, - dexpanthenol, and - sodium hyaluronate, wherein the molecular weight of sodium hyaluronate is 800-1700 kDa and the amount of sodium hyaluronate is from 0.01 to 5% by weight, and the amount of L-menthol is from 0.002 to 0.2% by weight and the amount of dexpanthenol is from 2 to 5% by weight.
A header for an agricultural vehicle, comprising: a frame; at least one axle assembly (24L, 24R) connected to the frame and positionable in between a transport position and a field-working position, the at least one axle assembly (24L, 24R) comprising an axle with a first end and a second end; and a pair of wheels respectively connected to the first and second ends of the axle, characterized in that: the at least one axle assembly (24L, 24R) comprises: a telescoping mount connected to the frame; and an axle support member rotatably connected to the telescoping mount; the axle being slideably connected to the axle support member such that the axle rotates and slides relative to the frame, and the wheels are configured for at least partially supporting the header in the transport position and the field-working position. a frame; at least one axle assembly (24L, 24R) connected to the frame and positionable in between a transport position and a field-working position, the at least one axle assembly (24L, 24R) comprising an axle with a first end and a second end; and a pair of wheels respectively connected to the first and second ends of the axle, characterized in that: the at least one axle assembly (24L, 24R) comprises: a telescoping mount connected to the frame; and an axle support member rotatably connected to the telescoping mount; the axle being slideably connected to the axle support member such that the axle rotates and slides relative to the frame, and the wheels are configured for at least partially supporting the header in the transport position and the field-working position. a telescoping mount connected to the frame; and an axle support member rotatably connected to the telescoping mount; the axle being slideably connected to the axle support member such that the axle rotates and slides relative to the frame, and the wheels are configured for at least partially supporting the header in the transport position and the field-working position.
Bacterial extract of a bacterium represented by strain LMB64 which was deposited at the Collection Nationale de Cultures de Microorganismes (CNCM), Institut Pasteur, Paris, on 8 April 2010 under number I-4290, said bacterial extract being obtained by a process comprising the steps of: a. culture of said bacterium in a suitable medium to obtain a bacterial culture; b. liquid/solid separation of said culture and removal of the liquid phase; c. cell lysis of the solid phase, d. resuspension of the lysed solid phase in an aqueous liquid phase, preferentially buffered, e. liquid/solid separation and recovery of the liquid phase, f. optional filtration of the liquid phase. characterized in that the aqueous liquid phase of the resuspension step d) is a basic buffer selected from Tris buffer, arginine buffer or Tris-arginine buffer. a. culture of said bacterium in a suitable medium to obtain a bacterial culture; b. liquid/solid separation of said culture and removal of the liquid phase; c. cell lysis of the solid phase, d. resuspension of the lysed solid phase in an aqueous liquid phase, preferentially buffered, e. liquid/solid separation and recovery of the liquid phase, f. optional filtration of the liquid phase.
Terminal block, in particular jumpering terminal, having an insulating-material housing, at least two busbars and at least four connection bodies, wherein at least two connection planes which are arranged one above the other are formed in the insulating-material housing, wherein each connection plane has a busbar holding area for holding a busbar and two conductor connection chambers which are situated opposite one another and are formed at the ends of the busbar holding area for holding in each case one connection body, wherein the busbar holding areas are designed to be open on a first side of the insulating-material housing for installing the busbars into the busbar holding areas, and wherein the conductor connection chambers are designed to be open on a second side of the insulating-material housing for installing the connection bodies into the conductor connection chambers, wherein the first side of the insulating-material housing is formed at a right angle in relation to the second side of the insulating material housing, so that an installation direction for inserting a busbar into a busbar holding area is formed at a right angle in relation to an installation direction for inserting a connection body into a conductor connection chamber, characterized in that a busbar holding area has at least one busbar positioning element, and in that a connection body has a busbar contact element for making contact with the connection body by way of a busbar, wherein the busbar contact element is in the form of a fork contact, an insulation-displacement contact or a piercing contact, wherein the busbar positioning element has a guide which interacts with a busbar contact element of a connection body, and wherein the busbar positioning element is arranged in an inclined manner in relation to a busbar which is inserted into a busbar holding area.
A multivalent single dose vaccine, wherein the dose of the vaccine comprises: an immunogenic amount of recombinant PCV2 ORF2 capsid antigen; 60 to 180 micrograms of inactivated or attenuated Mycoplasma hyopneumoniae or a lysate or sonicate of an attenuated, inactivated or virulent Mycoplasma hyopneumoniae antigen; a two component adjuvant system, the first component comprising a saponin adjuvant and the second component comprising an oil-in-water adjuvant; and a physiologically acceptable vehicle; wherein said dose comprises a volume of 1 mL; and wherein said dose elicits an immune response in a pig vaccinated with the vaccine that reduces or prevents one or more of: viremia caused by PCV2, PCV2 virus colonization of lymphoid tissues; compared to a pig that is not vaccinated with the vaccine or administered a negative control before challenge with a field strain of PCV2. an immunogenic amount of recombinant PCV2 ORF2 capsid antigen; 60 to 180 micrograms of inactivated or attenuated Mycoplasma hyopneumoniae or a lysate or sonicate of an attenuated, inactivated or virulent Mycoplasma hyopneumoniae antigen; a two component adjuvant system, the first component comprising a saponin adjuvant and the second component comprising an oil-in-water adjuvant; and a physiologically acceptable vehicle; wherein said dose comprises a volume of 1 mL; and wherein said dose elicits an immune response in a pig vaccinated with the vaccine that reduces or prevents one or more of: viremia caused by PCV2, PCV2 virus colonization of lymphoid tissues; compared to a pig that is not vaccinated with the vaccine or administered a negative control before challenge with a field strain of PCV2.
A hydraulic blow molding apparatus comprising: a container forming station having a forming head coupled to a source of liquid blow medium, the container forming station further including a mold configured to receive a preform and having interior surfaces defining a container shape, the container forming station being configured inject a liquid end product into the preform and expand the preform into contact with the interior surfaces of the mold to simultaneously formed and fill a container with the liquid end product, the container being located within the container forming station and being full of the liquid end product, the hydraulic blow molding apparatus being characterized by a seal (76, 176) that is engaged with the container while the container is within the container forming station, and wherein the seal (76, 176) is an inner liner/seal having an axially extending ring in press-fit or frictional engagement with an inner surface the container.
Structural element intended to be assembled with a body shell of a vehicle, notably of motor vehicle type, said structural element comprising a base shell, a trim panel and a strengthening lining forming a support for said trim panel, the structural element comprising an information device arranged reversibly on the lining via a support module, the strengthening lining being a structural interface common to several production variants of said support module, characterized in that the support module is inserted between trim panel and the base shell, bearing against each of them.
A method of preparing regulatory B-cells that produce interleukin-10 (IL-10), which method comprises contacting B-cells ex vivo with an isolated interleukin-35 (IL-35) protein, and culturing the B-cells under conditions to provide B-cells that produce IL-10.
A method for manufacturing a metal-resin composite including a metal plate and a thermoplastic resin that directly covers at least a part of one surface of the metal plate, the method comprising: a support member placing step of placing a resin support member for supporting the metal plate, in a mold; a metal plate placing step of placing the metal plate on the support member; and an integrating step of integrating the thermoplastic resin that is applied to a support member side of the metal plate, the support member, and the metal plate, into one body in the mold, characterised in that the integrating step involves pressing the metal plate onto the mold by the support member to fix the metal plate. a support member placing step of placing a resin support member for supporting the metal plate, in a mold; a metal plate placing step of placing the metal plate on the support member; and an integrating step of integrating the thermoplastic resin that is applied to a support member side of the metal plate, the support member, and the metal plate, into one body in the mold, characterised in that the integrating step involves pressing the metal plate onto the mold by the support member to fix the metal plate.
Method for producing a microtitration plate having capture molecular coatings, wherein the capture molecules are antigens or antibodies, comprising the following steps: - providing a first carrier membrane and a second carrier membrane; - coating the first carrier membrane with the respective first blot lines which each comprise a respective capture molecule type; - coating the second carrier membrane with the respective second blot lines which each comprise a respective capture molecule type; - removing from the first carrier membrane a first membrane segment which comprises respective line portions (LA11,..., LA14) of the respective first blot lines; - removing from the second carrier membrane a second membrane segment which comprises respective line portions (LA21,..., LA23) of the respective second blot lines; - positioning and fixing the first membrane segment on a carrier layer; - positioning and fixing the second membrane segment on the carrier layer; - removing from the carrier layer a carrier layer segment which comprises the first and the second membrane segment (MS1, MS2); - positioning and fixing the carrier layer segment in a well (W, W2) of the microtitration plate. - providing a first carrier membrane and a second carrier membrane; - coating the first carrier membrane with the respective first blot lines which each comprise a respective capture molecule type; - coating the second carrier membrane with the respective second blot lines which each comprise a respective capture molecule type; - removing from the first carrier membrane a first membrane segment which comprises respective line portions (LA11,..., LA14) of the respective first blot lines; - removing from the second carrier membrane a second membrane segment which comprises respective line portions (LA21,..., LA23) of the respective second blot lines; - positioning and fixing the first membrane segment on a carrier layer; - positioning and fixing the second membrane segment on the carrier layer; - removing from the carrier layer a carrier layer segment which comprises the first and the second membrane segment (MS1, MS2); - positioning and fixing the carrier layer segment in a well (W, W2) of the microtitration plate.
A heat transfer system, comprising a plurality of modules arranged in a stack, each of the modules comprising an electrocaloric element comprising an electrocaloric film, a first electrode on a first side of the electrocaloric film, and a second electrode on a second side of the electrocaloric film; a fluid flow path between two or more electrocaloric elements; a first electrical bus element in electrical contact with the first electrode; and a second electrical bus element in electrical contact with second electrode; wherein the first electrical bus element is electrically connected to at least one other electrical bus of another electrocaloric element in the stack at the same polarity as said first electrical bus, or the second electrical bus element is electrically connected to at least one other electrical bus of another electrocaloric element in the stack at the same polarity as said second electrical bus; characterised in that the first or second electrical bus element (18, 20) is in an interlocking configuration with an electrical bus of an adjacent electrocaloric element in the stack. an electrocaloric element comprising an electrocaloric film, a first electrode on a first side of the electrocaloric film, and a second electrode on a second side of the electrocaloric film; a fluid flow path between two or more electrocaloric elements; a first electrical bus element in electrical contact with the first electrode; and a second electrical bus element in electrical contact with second electrode; wherein the first electrical bus element is electrically connected to at least one other electrical bus of another electrocaloric element in the stack at the same polarity as said first electrical bus, or the second electrical bus element is electrically connected to at least one other electrical bus of another electrocaloric element in the stack at the same polarity as said second electrical bus; characterised in that the first or second electrical bus element (18, 20) is in an interlocking configuration with an electrical bus of an adjacent electrocaloric element in the stack.
A signal processing apparatus comprising: an acquisition unit configured to acquire a pulse code modulation, PCM, signal and a direct stream digital, DSD, signal; a PCM upsampling unit configured to upsample the PCM signal to a sampling frequency of the DSD signal; a DSD filter configured to remove a high-frequency component of the DSD signal; a delay amount detection unit configured to analyze a correlation between the DSD signal from which a high-frequency component has been removed and the PCM signal after upsampling, and detect a delay amount; and a crossfade unit configured to adjust timing of the DSD signal and the PCM signal after upsampling by using the detected delay amount and crossfade the DSD signal and the PCM signal after upsampling. an acquisition unit configured to acquire a pulse code modulation, PCM, signal and a direct stream digital, DSD, signal; a PCM upsampling unit configured to upsample the PCM signal to a sampling frequency of the DSD signal; a DSD filter configured to remove a high-frequency component of the DSD signal; a delay amount detection unit configured to analyze a correlation between the DSD signal from which a high-frequency component has been removed and the PCM signal after upsampling, and detect a delay amount; and a crossfade unit configured to adjust timing of the DSD signal and the PCM signal after upsampling by using the detected delay amount and crossfade the DSD signal and the PCM signal after upsampling.
A modulating system comprising: a substrate; a waveguide supported by the substrate and configured to guide light; an active region disposed near a portion of the waveguide; a plurality of electrical contacts configured to produce an electric field in the active region, the electric field being dependent on a selectable voltage; a heater positioned proximate the active region and configured to selectively heat the active region, wherein operatively the electric field and heater vary at least one of: a refractive index in the active region, so that variations in the refractive index modulate a phase of the light in the waveguide, and an absorption in the active region, so that variations in the absorption modulate an intensity of the light in the waveguide; a thermal isolation region comprising a low thermal conductivity to thermally isolate the active region and the heater from the substrate; the modulating system being characterised in that it comprises a heat sink supported by the substrate, wherein the thermal isolation region is further configured to thermally isolate the active region and the heater from the heat sink, wherein the thermal conductivity of the modulation system between the modulation system and the heat sink is highest on an input side of the active region of the modulation system, and in that the active region is disposed on a portion of the waveguide. a substrate; a waveguide supported by the substrate and configured to guide light; an active region disposed near a portion of the waveguide; a plurality of electrical contacts configured to produce an electric field in the active region, the electric field being dependent on a selectable voltage; a heater positioned proximate the active region and configured to selectively heat the active region, wherein operatively the electric field and heater vary at least one of: a refractive index in the active region, so that variations in the refractive index modulate a phase of the light in the waveguide, and an absorption in the active region, so that variations in the absorption modulate an intensity of the light in the waveguide; a refractive index in the active region, so that variations in the refractive index modulate a phase of the light in the waveguide, and an absorption in the active region, so that variations in the absorption modulate an intensity of the light in the waveguide; a thermal isolation region comprising a low thermal conductivity to thermally isolate the active region and the heater from the substrate; the modulating system being characterised in that it comprises a heat sink supported by the substrate, wherein the thermal isolation region is further configured to thermally isolate the active region and the heater from the heat sink, wherein the thermal conductivity of the modulation system between the modulation system and the heat sink is highest on an input side of the active region of the modulation system, and in that the active region is disposed on a portion of the waveguide.
A communications terminal, comprising an antenna, wherein the antenna comprises a circuit board, a radiator, a first feed, a first coupling structure, a second feed, and a second coupling structure, wherein the radiator is disposed around an outer edge of the circuit board, and a ring-shape slot is formed between the outer edge of the circuit board and the radiator; the first feed is electrically connected to the first coupling structure, the first coupling structure is coupled to the radiator along a first direction, and a current in a first polarization direction is formed on the circuit board by using the radiator and the ring-shape slot; the second feed is electrically connected to the second coupling structure, the second coupling structure is coupled to the radiator along a second direction, and a current in a second polarization direction is formed on the circuit board by using the radiator and the ring-shape slot; and a specific included angle is formed between the first direction and the second direction; characterized in that a side of the circuit board opposite to the first coupling structure comprises a first protrusion part, and a first capacitive load groove is formed between the first protrusion part and the radiator; a side of the circuit board opposite to the second coupling structure comprises a second protrusion part, and a second capacitive load groove is formed between the second protrusion part and the radiator; and the first capacitive load groove and the second capacitive load groove are configured to implement capacitive loading between the radiator and the circuit board, wherein the current in the first polarization direction and the current in the second polarization direction are mutually orthogonal and complementary.