mhurhangee/ep-ind-claims huggingface dataset:
A composition for use in the oral treatment of animals against parasites which are Neospora caninum or Toxoplasma gondii, wherein the composition is: - a composition comprising an essential oil from genus Cinnamonum and an essential oil from genus Eugenia or - a composition comprising a combination of essential oils consisting of an essential oil from genus Cinnamonum and an essential oil from genus Origanum, or - a composition comprising a combination of essential oils consisting of an essential oil from genus Cinnamonum and an essential oil from Thymus, or - a composition comprising an essential oil from genus Eugenia and an essential oil from genus Origanum. - a composition comprising an essential oil from genus Cinnamonum and an essential oil from genus Eugenia or - a composition comprising a combination of essential oils consisting of an essential oil from genus Cinnamonum and an essential oil from genus Origanum, or - a composition comprising a combination of essential oils consisting of an essential oil from genus Cinnamonum and an essential oil from Thymus, or - a composition comprising an essential oil from genus Eugenia and an essential oil from genus Origanum.
A bioreaction vessel comprising: a plastic wall, wherein the plastic wall comprises an aperture therethrough; a membrane holder comprising a cylindrical portion coupled to the aperture and a flange portion affixed to the plastic wall, wherein the membrane holder couples a membrane to the plastic wall and wherein the membrane holder is configured to removably mount an oxygen sensor external to the single-use bioreaction vessel; and a window membrane composed of a plastic having a high oxygen permeability and being coupled to the membrane holder to seal the aperture, the window membrane being disposed to contact a bioreaction material within the single-use bioreaction vessel and wherein the window membrane is configured to contact the oxygen sensor when the oxygen sensor is mounted in the membrane holder. a plastic wall, wherein the plastic wall comprises an aperture therethrough; a membrane holder comprising a cylindrical portion coupled to the aperture and a flange portion affixed to the plastic wall, wherein the membrane holder couples a membrane to the plastic wall and wherein the membrane holder is configured to removably mount an oxygen sensor external to the single-use bioreaction vessel; and a window membrane composed of a plastic having a high oxygen permeability and being coupled to the membrane holder to seal the aperture, the window membrane being disposed to contact a bioreaction material within the single-use bioreaction vessel and wherein the window membrane is configured to contact the oxygen sensor when the oxygen sensor is mounted in the membrane holder.
A sample injection device for biochemical analysis configured to inject a sample into a carrier-liquid channel (3A,3B) which is connected on one side to a source of carrier-liquid, and on another side to a biochemical analysis device, the sample injection device comprising: Septa (13,14) that constitute an upper wall and a lower wall at a sample injection position of the carrier-liquid channel (3A,3B); a vessel which is arranged below the septum on the lower wall side and configured to store the sample; a cylindrical needle which penetrates through the septum on the upper wall side in a vertical direction and which is capable of further penetrating through the septum on the lower wall side; a needle moving unit configured to induce the needle to move in a vertical direction and capable of inducing the needle to move at least to a sample drawing position, at which a tip of the needle faces an inside of the vessel after having penetrated through the septum on the lower wall side, and to a sample injection position, at which the tip of the needle faces an inside of the carrier-liquid channel (3A,3B) after having exited through the septum on the lower wall side; and a measurement pump connected with the needle on a side of a base end section thereof and configured to carry out drawing when the needle is positioned at the sample drawing position and carry out discharge when the needle is positioned at the sample injection position. Septa (13,14) that constitute an upper wall and a lower wall at a sample injection position of the carrier-liquid channel (3A,3B); a vessel which is arranged below the septum on the lower wall side and configured to store the sample; a cylindrical needle which penetrates through the septum on the upper wall side in a vertical direction and which is capable of further penetrating through the septum on the lower wall side; a needle moving unit configured to induce the needle to move in a vertical direction and capable of inducing the needle to move at least to a sample drawing position, at which a tip of the needle faces an inside of the vessel after having penetrated through the septum on the lower wall side, and to a sample injection position, at which the tip of the needle faces an inside of the carrier-liquid channel (3A,3B) after having exited through the septum on the lower wall side; and a measurement pump connected with the needle on a side of a base end section thereof and configured to carry out drawing when the needle is positioned at the sample drawing position and carry out discharge when the needle is positioned at the sample injection position.
A mechanical winch with improved ergonomics with a mechanism for controlling the winch comprising: - a drum onto which a pulling rope is wound, - a brake comprising a brake handle and a brake belt installed on the drum, - a clutch comprising a handle, - a first rope for activation of pulling, wherein the first rope is led via pulleys to the handle connected with the clutch, which is arranged to trigger rotation of the drum, and - a second rope for releasing of the brake, which is connected to the brake handle, characterized in that the winch further comprises a rolling element, linear movement of which is arranged to be transferred via an eccentric or any other suitable element or mechanism in order to squeeze or release the brake belt, and that the brake handle is provided with a curved cut-out, arranged to allow a linear movement of the rolling element, and that the curved cut-out is made in a middle part of the brake handle wherein the cut-out is in the first, upper part flatter and in the second, bottom part steeper. - a drum onto which a pulling rope is wound, - a brake comprising a brake handle and a brake belt installed on the drum, - a clutch comprising a handle, - a first rope for activation of pulling, wherein the first rope is led via pulleys to the handle connected with the clutch, which is arranged to trigger rotation of the drum, and - a second rope for releasing of the brake, which is connected to the brake handle, characterized in that the winch further comprises a rolling element, linear movement of which is arranged to be transferred via an eccentric or any other suitable element or mechanism in order to squeeze or release the brake belt, and that the brake handle is provided with a curved cut-out, arranged to allow a linear movement of the rolling element, and that the curved cut-out is made in a middle part of the brake handle wherein the cut-out is in the first, upper part flatter and in the second, bottom part steeper. - a first rope for activation of pulling, wherein the first rope is led via pulleys to the handle connected with the clutch, which is arranged to trigger rotation of the drum, and - a second rope for releasing of the brake, which is connected to the brake handle, the winch further comprises a rolling element, linear movement of which is arranged to be transferred via an eccentric or any other suitable element or mechanism in order to squeeze or release the brake belt, and that the brake handle is provided with a curved cut-out, arranged to allow a linear movement of the rolling element, and that the curved cut-out is made in a middle part of the brake handle wherein the cut-out is in the first, upper part flatter and in the second, bottom part steeper.
A method for mobile network geo location, comprising: determining that a mobile device undergoes multiple cell transitions; determining, for each cell transition of the multiple cell transitions, at least one candidate location of the mobile device based on mobile communications data associated with at least two cells; obtaining geographic map data indicating at least one travel path; determining at least one candidate route associated with the mobile device along the at least one travel path, the at least one candidate route being associated with at least one candidate location for each cell transition connected by the at least one travel path; the method being characterized by selecting a candidate route from among the at least one candidate route based on: utilizing solutions to graph theory's shortest path problem and a weighting factor for each candidate location, of the at least one candidate location, based on a distance of a respective candidate location from a nearest travel path, of the at least one travel path, to the respective candidate location; and determining a location of the mobile device based on the selected candidate route. determining that a mobile device undergoes multiple cell transitions; determining, for each cell transition of the multiple cell transitions, at least one candidate location of the mobile device based on mobile communications data associated with at least two cells; obtaining geographic map data indicating at least one travel path; determining at least one candidate route associated with the mobile device along the at least one travel path, the at least one candidate route being associated with at least one candidate location for each cell transition connected by the at least one travel path; the method being characterized by selecting a candidate route from among the at least one candidate route based on: utilizing solutions to graph theory's shortest path problem and a weighting factor for each candidate location, of the at least one candidate location, based on a distance of a respective candidate location from a nearest travel path, of the at least one travel path, to the respective candidate location; and determining a location of the mobile device based on the selected candidate route. utilizing solutions to graph theory's shortest path problem and a weighting factor for each candidate location, of the at least one candidate location, based on a distance of a respective candidate location from a nearest travel path, of the at least one travel path, to the respective candidate location; and determining a location of the mobile device based on the selected candidate route.
A computer-implemented method, comprising: receiving a request from a service client for a facet of a resource in a graph via a first network service application programming interface, API, the first network service API provided by way of a first network service operating in a first network; identifying a network address of a second network service API exposed by a second network service registered with the first network service to provide the facet; obtaining, by way of the first network service, data for use in authenticating with the second network service; and providing a response to the request received from the service client, the response comprising an instruction to the service client to perform a redirect to the network address of the second network service API exposed by the second network service to obtain the facet using the data for use in authenticating with the second network service. receiving a request from a service client for a facet of a resource in a graph via a first network service application programming interface, API, the first network service API provided by way of a first network service operating in a first network; identifying a network address of a second network service API exposed by a second network service registered with the first network service to provide the facet; obtaining, by way of the first network service, data for use in authenticating with the second network service; and providing a response to the request received from the service client, the response comprising an instruction to the service client to perform a redirect to the network address of the second network service API exposed by the second network service to obtain the facet using the data for use in authenticating with the second network service.
A centrifugal separator having a stationary casing and a centrifuge rotor, which is provided in the stationary casing and arranged to rotate around an axis (x) of rotation at a rotary speed and which comprises a plurality of nozzles for discharge of a product from the centrifuge rotor in a direction (y), wherein the centrifugal separator comprises a sensor device, which comprises a transfer element, which has a first part and a second part (21") and which is configured to be mounted in such a way that the first part is located inside the stationary casing and outside the centrifuge rotor and that the second part (21") is located outside the stationary casing, wherein at least the first part of the transfer element has an elongated shape, a receiving head, which is comprised by the first part of the transfer element, a sensor element, which is mounted to the second part (21") of transfer element and which is configured to sense vibrations and/or shock pulses propagating from the receiving head to the sensor element, and an evaluation unit, which communicates with the sensor element for transmitting signals from the sensor element to the evaluation unit, wherein the transfer element is mounted in the stationary casing, directed such that the end face of the receiving head faces the passing jets from the nozzles during rotation of the rotor, characterized in that part of the envelope surface of the transfer element except the receiving head is surrounded by a protecting tube which protects the first part of the transfer element from splashing and vibrations not generated from the receiving head.
An inkjet printhead, comprising: an oleophobic membrane comprising: a metal structure (710,810) having a nanostructured surface (730,830); and a low-surface energy coating (740,840) disposed on the metal structure, wherein the oleophobic membrane comprises pores. an oleophobic membrane comprising: a metal structure (710,810) having a nanostructured surface (730,830); and a low-surface energy coating (740,840) disposed on the metal structure, wherein the oleophobic membrane comprises pores. a metal structure (710,810) having a nanostructured surface (730,830); and a low-surface energy coating (740,840) disposed on the metal structure, wherein the oleophobic membrane comprises pores.
A planar element for use in a papermaking machine, wherein the planar element is a planar blade selected from the group consisting essentially of doctor blades, coater blades, top plates, foil blades, creping blades, and covers for forming boards and suction boxes, characterized in that said planar element comprises a synthetic construction incorporating nanoparticles in a polymeric resin matrix, wherein the nanoparticles have a size between 0.1 to 100 nm.
A method for rapidly detecting premature rupture of fetal membrane by using inter-cellular adhesion molecule-1 as detection marker and using vaginal fluid as a sample which is performed by a rapid detection tool comprising: a lining sheet, a water absorbing pad, a nitrocellulose membrane, a gold-label pad and a sample pad, wherein said water absorbing pad, nitrocellulose membrane, gold-label pad and sample pad are sequentially connected to each next one from top to bottom and bound to the lining sheet, and the gold-label pad is partly covered by the sample pad; a detection line formed by coating sheep anti-human inter-cellular adhesion molecule-1 polyclonal antibody and a control line formed by coating sheep anti-mouse immunoglobulin G polyclonal antibody are disposed on the nitrocellulose membrane, wherein the detection line is located below the control line, and the detection line and the control line are spaced apart; the gold-label pad is formed by water absorbing fibers coated with a gold-label mouse anti-human inter-cellular adhesion molecule-1 monoclonal antibody conjugate.
A method of controlling a luminaire at a first physical location in a physical space to render a lighting effect in the physical space, the method being performed by a control device and comprising steps of: - receiving at least one data object for use in rendering the lighting effect, the data object defining at least one virtual object comprising an influence value for the virtual object and a coordinate vector denoting a virtual location of the virtual object in a virtual space; - determining the first physical location of the luminaire in the physical space from a map of the physical space; - determining a separation value between the first physical location of the luminaire and a second physical location in the physical space corresponding to the virtual location of the virtual object in the virtual space; and - controlling at least one characteristic of light emitted by the luminaire as a function of the determined separation value and the influence value for the virtual object, thereby rendering the lighting effect. - receiving at least one data object for use in rendering the lighting effect, the data object defining at least one virtual object comprising an influence value for the virtual object and a coordinate vector denoting a virtual location of the virtual object in a virtual space; - determining the first physical location of the luminaire in the physical space from a map of the physical space; - determining a separation value between the first physical location of the luminaire and a second physical location in the physical space corresponding to the virtual location of the virtual object in the virtual space; and - controlling at least one characteristic of light emitted by the luminaire as a function of the determined separation value and the influence value for the virtual object, thereby rendering the lighting effect.
Process for continuously preparing α,β-unsaturated C 10 -aldehydes from aliphatic C 5 -aldehydes, which comprises the following steps: a) aldol condensation of aliphatic C 5 -aldehydes to give α,β-unsaturated C 10 -aldehydes in the presence of an aqueous base in a tubular reactor; b) phase separation of the output from the tubular reactor into an aqueous catalyst phase and an organic product phase; c) separation of the organic product phase into α,β-unsaturated C 10 -aldehydes, aliphatic C 5 -aldehydes and by-products; d) discharge of a portion of the aqueous catalyst phase to remove the water of reaction and supplementation with fresh base and subsequent recycling into the tubular reactor; characterized in that the aliphatic C 5 -aldehydes and/or the α,β-unsaturated C 10 -aldehydes are dispersed as droplets in the aqueous base; wherein the average Sauter diameter of the droplets is in the range from 0.2 mm to 1.54 mm. a) aldol condensation of aliphatic C 5 -aldehydes to give α,β-unsaturated C 10 -aldehydes in the presence of an aqueous base in a tubular reactor; b) phase separation of the output from the tubular reactor into an aqueous catalyst phase and an organic product phase; c) separation of the organic product phase into α,β-unsaturated C 10 -aldehydes, aliphatic C 5 -aldehydes and by-products; d) discharge of a portion of the aqueous catalyst phase to remove the water of reaction and supplementation with fresh base and subsequent recycling into the tubular reactor;
A steel sheet having a composition comprising, in mass%, C: 0.05% or more and 0.20% or less, Si: 0.60% or more and 1.65% or less, Mn: 1.8% or more and 3.5% or less, P: 0.05% or less, S: 0.005% or less, Al: 0.08% or less, and N: 0.0060% or less, optionally at least one or two selected from the group consisting of V: 0.001% or more and 1% or less, Ti: 0.001% or more and 0.3% or less, and Nb: 0.001% or more and 0.3% or less, optionally at least one or two selected from the group consisting of Cr: 0.001% or more and 1.0% or less, Mo: 0.001% or more and 1.0% or less, Ni: 0.001% or more and 1.0% or less, B: 0.0001% or more and 0.0050% or less, and Sb: 0.001% or more and 0.050% or less, and optionally 0.0001% or more and 0.1% or less in total of at least one or two selected from the group consisting of REM, Sn, Mg, and Ca the balance being Fe and inevitable impurities, the steel sheet having a metallographic structure containing, in terms of an area ratio, ferrite of 25% or more and 65% or less, martensite having iron-based carbides precipitated in the grains thereof of 35% or more and 75% or less, and the balance structure other than the ferrite and the martensite of 20% or less, including 0%, in total, average grain diameters of the ferrite and the martensite being respectively 5 μm or lower, and a total of concentrations of Si and Mn at interface between the ferrite and the martensite being, in terms of an atomic concentration, 5% or more and is measured according to the method indicated in the description, and the steel sheet having a tensile strength of 900 MPa or higher.
A hemodialysis machine comprising: a main body; a door connected to the main body, the door and the main body cooperating to define a non-removable chamber, wherein the door is openable relative to the main body of the hemodialysis machine to allow a salt to be placed into the non-removable chamber when the door is in an open position; a fluid inlet and a fluid outlet in fluid communication with the non-removable chamber; and a pumping mechanism configured to deliver a fluid from a fluid source to the non-removable chamber through the fluid inlet to mix with salt within the non-removable chamber to form a salt solution that exits the non-removable chamber through the fluid outlet. a main body; a door connected to the main body, the door and the main body cooperating to define a non-removable chamber, wherein the door is openable relative to the main body of the hemodialysis machine to allow a salt to be placed into the non-removable chamber when the door is in an open position; a fluid inlet and a fluid outlet in fluid communication with the non-removable chamber; and a pumping mechanism configured to deliver a fluid from a fluid source to the non-removable chamber through the fluid inlet to mix with salt within the non-removable chamber to form a salt solution that exits the non-removable chamber through the fluid outlet.
A pharmaceutical composition, comprising: a) a vitamin E; and b) a compound which is (5R,8S)-7-[ -2-{[ -2-cyclohexyl-2-({[ -1-isopropylpiperidin-2-yl]carbonyl}amino)acetyl]amino}-3,3-dimethylbutanoyl]-N-{(1R,2R)-2-ethyl-1-[(pyrrolidin-1-ylsulfonyl)carbamoyl]cyclopropyl}-10,10-dimethyl-7-azadispiro[3.0.4.1]decane-8-carboxamide; or pharmaceutically acceptable salts thereof. a) a vitamin E; and b) a compound which is
A process for producing an N-methylidene-pyridylmethylamine oligomer represented by a formula (II') shown below: comprising reacting a hexamethylenetetraammonium salt compound represented by a formula shown below: with a base, wherein the A represents a group represented by formula shown below: R represents a hydrogen atom, L represents a halogen atom, an alkylsulfonyloxy group of 1 to 20 carbon atoms, a haloalkylsulfonyloxy group of 1 to 20 carbon atoms, or a substituted or unsubstituted arylsulfonyloxy group, X represents a hydrogen atom, a halogen atom, or a substituted or unsubstituted alkyl group, and n represents an integer of 2 to 20, wherein the N-methylidene-pyridylmethylamine oligomer represented by formula (II') has a cyclic structure. R represents a hydrogen atom, L represents a halogen atom, an alkylsulfonyloxy group of 1 to 20 carbon atoms, a haloalkylsulfonyloxy group of 1 to 20 carbon atoms, or a substituted or unsubstituted arylsulfonyloxy group, X represents a hydrogen atom, a halogen atom, or a substituted or unsubstituted alkyl group, and n represents an integer of 2 to 20, wherein the N-methylidene-pyridylmethylamine oligomer represented by formula (II') has a cyclic structure.