mhurhangee/ep-ind-claims huggingface dataset:
Electrical enclosure comprising a front part and a rear part, an external framework defining the general shape of the electrical enclosure and an internal framework comprising fixing uprights and cross members positioned in a same plane, a functional assembly fixed onto the internal framework and comprising a plurality of functional units each provided with a deck intended to receive one or more electrical apparatuses, characterized in that: - the decks are fixed onto said fixing uprights and cross members contiguously to form a separation wall arranged in said plane and delimiting a first space situated towards the front part and a second space situated towards the rear part and intended to receive an electrical distribution system, - each deck comprises at least one opening, - the functional assembly comprises at least one support fixed independently onto an upright or cross member of the internal framework and an electrical connector arranged on said support and intended to power a functional unit, said support being positioned on the fixing upright or cross member so as to allow the connector to pass through said opening produced through the deck, - a power supply cable of the functional unit is intended to be connected directly to the electrical connector, on the side of the front face of the deck of the functional unit, - the power supply cable linked to the connector is interconnected at the rear with the electrical distribution system of other functional units or with a power source. - the decks are fixed onto said fixing uprights and cross members contiguously to form a separation wall arranged in said plane and delimiting a first space situated towards the front part and a second space situated towards the rear part and intended to receive an electrical distribution system, - each deck comprises at least one opening, - the functional assembly comprises at least one support fixed independently onto an upright or cross member of the internal framework and an electrical connector arranged on said support and intended to power a functional unit, said support being positioned on the fixing upright or cross member so as to allow the connector to pass through said opening produced through the deck, - a power supply cable of the functional unit is intended to be connected directly to the electrical connector, on the side of the front face of the deck of the functional unit, - the power supply cable linked to the connector is interconnected at the rear with the electrical distribution system of other functional units or with a power source.
A method of preparing a supported metallocene catalyst, the method comprising the steps of: preparing a mixture of a racemic form of the following Chemical Formula 1 and a meso isomer of the following Chemical Formula 2; dissolving the mixture in a solvent including toluene and hexane, wherein concentrations of toluene and hexane are each independently 0.05 M or more; wherein the step of dissolving the mixture in the solvent including toluene and hexane includes the step of first adding toluene to the mixture to dissolve the mixture, and sequentially, adding hexane thereto to dissolve the mixture at a temperature lower than the dissolution temperature of toluene; filtering the mixture dissolved in the solvent to remove the solidified meso isomer of Chemical Formula 2; and removing the solvent from the filtered mixture, and then supporting the resulting product onto a carrier: in Chemical Formulae 1 and 2, X 1 and X 2 are each independently halogen, R 1 and R 1 ' are each independently an aryl group having 6 to 20 carbon atoms which is substituted with an alkyl group having 1 to 20 carbon atoms, R 2, R 3, R 4, R 2 ', R 3 ', and R 4 ' are each independently hydrogen, halogen, an alkyl group having 1 to 20 carbon atoms, an alkenyl group having 2 to 20 carbon atoms, an alkoxy group having 1 to 20 carbon atoms, an aryl group having 6 to 20 carbon atoms, an alkylaryl group having 7 to 20 carbon atoms, or an arylalkyl group having 7 to 20 carbon atoms, A is carbon, silicon, or germanium, and R 5 and R 6 are each independently an alkyl group having 1 to 20 carbon atoms. preparing a mixture of a racemic form of the following Chemical Formula 1 and a meso isomer of the following Chemical Formula 2; dissolving the mixture in a solvent including toluene and hexane, wherein concentrations of toluene and hexane are each independently 0.05 M or more; wherein the step of dissolving the mixture in the solvent including toluene and hexane includes the step of first adding toluene to the mixture to dissolve the mixture, and sequentially, adding hexane thereto to dissolve the mixture at a temperature lower than the dissolution temperature of toluene; filtering the mixture dissolved in the solvent to remove the solidified meso isomer of Chemical Formula 2; and removing the solvent from the filtered mixture, and then supporting the resulting product onto a carrier: in Chemical Formulae 1 and 2, X 1 and X 2 are each independently halogen, R 1 and R 1 ' are each independently an aryl group having 6 to 20 carbon atoms which is substituted with an alkyl group having 1 to 20 carbon atoms, R 2, R 3, R 4, R 2 ', R 3 ', and R 4 ' are each independently hydrogen, halogen, an alkyl group having 1 to 20 carbon atoms, an alkenyl group having 2 to 20 carbon atoms, an alkoxy group having 1 to 20 carbon atoms, an aryl group having 6 to 20 carbon atoms, an alkylaryl group having 7 to 20 carbon atoms, or an arylalkyl group having 7 to 20 carbon atoms, A is carbon, silicon, or germanium, and R 5 and R 6 are each independently an alkyl group having 1 to 20 carbon atoms.
A fishing reel, in particular for fly fishing, comprising a spool, whose annular or tubular hub part is removably mounted on a shaft, said removable shaft being axially fixed in the hub part by means of at least one releasable detent connection and being non-rotatably retained in the body of the spool by means of at least one positive connection, characterized in that said shaft comprises at least one elastically pretensioned detent element, at least one detent recess being provided in the inner circumferential surface of the hub part of the body of the spool to lock the detent element into place, the at least one detent element being a ball loaded in its guide by a compression spring.
A system comprising: a first mobile device comprising a location processor, a communication processor, and a display (110, 111, 112, 113); and a second mobile device comprising a location processor and a communication processor (120, 121, 123); wherein the first mobile device is configured to wirelessly communicate with the second mobile device (130, 405); wherein the first mobile device is configured to receive distance and bearing data from the second mobile device; characterized in that the first mobile device is configured to determine whether it has a three dimensional map of an area; when the first mobile device has a three dimensional map of the area, the first mobile device is configured to superimpose on the display a synthetic image of a person holding the second mobile device within a three dimensional display of the area base on said map; when the first mobile device does not have the three dimensional map of the area, the first mobile device is configured to read a database in a server to retrieve the three dimensional map; and when there is no three dimensional map available via the server, the first mobile device is configured to superimpose the synthetic image of the person holding the second mobile device on a blank screen of the display. a first mobile device comprising a location processor, a communication processor, and a display (110, 111, 112, 113); and a second mobile device comprising a location processor and a communication processor (120, 121, 123); wherein the first mobile device is configured to wirelessly communicate with the second mobile device (130, 405); wherein the first mobile device is configured to receive distance and bearing data from the second mobile device; the first mobile device is configured to determine whether it has a three dimensional map of an area; when the first mobile device has a three dimensional map of the area, the first mobile device is configured to superimpose on the display a synthetic image of a person holding the second mobile device within a three dimensional display of the area base on said map; when the first mobile device does not have the three dimensional map of the area, the first mobile device is configured to read a database in a server to retrieve the three dimensional map; and when there is no three dimensional map available via the server, the first mobile device is configured to superimpose the synthetic image of the person holding the second mobile device on a blank screen of the display.
An aspiration valve device comprising: a housing body having a first passageway therethrough; a connector body having a second passageway therethrough, the connector body including a first shoulder and a second shoulder, at least a portion of the connector body formed within the first passageway; a piston body formed within the first passageway, the piston body including a septum disposed at a first end of the piston body; and a flexible valve disc having a top surface, the flexible valve disc mounted between a second, opposing end of the piston body and the connector body so that the top surface of the valve disc forms an annular seal with the second shoulder of the connector body to separate the second passageway from the first passageway, wherein the piston body and the valve disc are configured such that as a result of a drop in differential pressure of the first passageway relative to the second passageway, the valve disc is flexed away from the second shoulder to allow fluid flow from the second passageway into the first passageway. a housing body having a first passageway therethrough; a connector body having a second passageway therethrough, the connector body including a first shoulder and a second shoulder, at least a portion of the connector body formed within the first passageway; a piston body formed within the first passageway, the piston body including a septum disposed at a first end of the piston body; and a flexible valve disc having a top surface, the flexible valve disc mounted between a second, opposing end of the piston body and the connector body so that the top surface of the valve disc forms an annular seal with the second shoulder of the connector body to separate the second passageway from the first passageway, wherein the piston body and the valve disc are configured such that as a result of a drop in differential pressure of the first passageway relative to the second passageway, the valve disc is flexed away from the second shoulder to allow fluid flow from the second passageway into the first passageway.
A sound transmission material, the sound transmission material having Taber stiffness being not less than 5 mN·m, a bending resistance being not less than 100 mN, porosity being not less than 50%, and a thickness being not more than 3 mm; characterized in that the transmission material is formed by entangling metal fibers with each other, wherein the metal fibers have a diameter of 0.5 to 50 μm.
A gripping element (1010, 1100) of a weft yarn of a gripper loom comprising a device (10, 100) for opening said gripping element (1010, 1100), said device (10, 100) comprising opening means (11, 101) and positioning means (12, 102) of the weft yarn, moving between at least two different operating positions, in a plane containing a direction line of said gripping element (1010, 1100), a drive which controls the motion of said opening means (11, 101) and said positioning means (12, 102), through a linkage (21, 22), the motion of said opening means (11, 101) and said positioning means (12, 102) occurring along the same motion direction of said gripping element (1010, 1100) of weft yarn, said opening means (11, 101) and said positioning means (12, 102) not interacting with the warp yarn, said opening means (11, 101) comprising a punch and said positioning means (12, 102) comprising an appendix belonging to a runner connected to said linkage (21, 22), said runner sliding along a guide along the same motion direction of said gripping element (1010, 1100) of weft yarn, characterized in that it comprises at least one gripper with a front opening adapted to receive at least the punch belonging to said opening means (11, 101), between a main body (1011, 1101) and a cover (1012, 1102), said main body (1011, 1101) interacting with said cover (1012, 1102) through elastic elements (1013, 1103, 1104).
A method for maintaining post-thaw cell viability of at least 70%, the method comprising the steps of: providing a cell suspension comprising one or more cells which have been thawed from a cryopreserved state; and mixing the cell suspension with a cell stabilizing medium to form a mixture, wherein the cell stabilizing medium is a thermoreversible hydrogel in a liquid state when mixed with the cell suspension that has been thawed and comprises 5 wt% to 15.7 wt%, 5 wt% to 7.5 wt%, or 10 wt% to 15.7 wt% of gelatin based on the total weight of the cell stabilizing medium, and wherein the volume ratio of the cell stabilizing medium to the cell suspension ranges from 3 to 25, 6.25 to 12.5, or 5 to 10. providing a cell suspension comprising one or more cells which have been thawed from a cryopreserved state; and mixing the cell suspension with a cell stabilizing medium to form a mixture, wherein the cell stabilizing medium is a thermoreversible hydrogel in a liquid state when mixed with the cell suspension that has been thawed and comprises 5 wt% to 15.7 wt%, 5 wt% to 7.5 wt%, or 10 wt% to 15.7 wt% of gelatin based on the total weight of the cell stabilizing medium, and wherein the volume ratio of the cell stabilizing medium to the cell suspension ranges from 3 to 25, 6.25 to 12.5, or 5 to 10.
An infusion set for removable installation onto the skin of a user and for use with a fluid infusion device having a fluid reservoir, the infusion set comprising: a cannula (142, 512) that provides a fluid flow path; an inner housing (132, 506, 702) including an articulation member, coupled to the cannula, the articulation member pivotable relative to the inner housing to move the cannula relative to the inner housing, and the inner housing is coupled to a first end of a fluid supply line to provide a fluid to the cannula, a second end of the fluid supply line to be coupled to the fluid reservoir to receive the fluid; and an outer housing (130, 502) uncoupled from the inner housing that surrounds the inner housing and receives a portion of the fluid supply line such that any strain imparted to the fluid supply line will be dissipated by the outer housing. a cannula (142, 512) that provides a fluid flow path; an inner housing (132, 506, 702) including an articulation member, coupled to the cannula, the articulation member pivotable relative to the inner housing to move the cannula relative to the inner housing, and the inner housing is coupled to a first end of a fluid supply line to provide a fluid to the cannula, a second end of the fluid supply line to be coupled to the fluid reservoir to receive the fluid; and an outer housing (130, 502) uncoupled from the inner housing that surrounds the inner housing and receives a portion of the fluid supply line such that any strain imparted to the fluid supply line will be dissipated by the outer housing.
A method of providing a source of secondary imaging of a moving anatomical object of interest of a patient, the method comprising: receiving a series of ultrasound images representative of an area containing the anatomical object, the images corresponding to different time points over an imaging period; determining for each ultrasound image a displacement, within a frame of reference fixed with respect to the ultrasound imaging field of view, of a pre-defined reference point fixed with respect to the anatomical object; accessing a dataset comprising a set of reference images representative of the anatomical object in different movement positions, the reference images corresponding to a different imaging modality to the ultrasound images, and wherein each reference image is associated in the dataset with a corresponding recorded displacement of said reference point within a frame of reference fixed with respect to the reference imaging field of view; selecting, for each received ultrasound image, at least one of the reference images based on the determined displacement of the reference point in the received image; and generating for each received ultrasound image an output representative of the selected reference image, the output providing a source of secondary imaging. receiving a series of ultrasound images representative of an area containing the anatomical object, the images corresponding to different time points over an imaging period; determining for each ultrasound image a displacement, within a frame of reference fixed with respect to the ultrasound imaging field of view, of a pre-defined reference point fixed with respect to the anatomical object; accessing a dataset comprising a set of reference images representative of the anatomical object in different movement positions, the reference images corresponding to a different imaging modality to the ultrasound images, and wherein each reference image is associated in the dataset with a corresponding recorded displacement of said reference point within a frame of reference fixed with respect to the reference imaging field of view; selecting, for each received ultrasound image, at least one of the reference images based on the determined displacement of the reference point in the received image; and generating for each received ultrasound image an output representative of the selected reference image, the output providing a source of secondary imaging.
A solar thermal absorber through which a heat transfer fluid can circulate to be heated by solar radiation incident on an upper surface of the absorber, the absorber comprising overlying layers of flexible foil (41,31,32,43) sealingly joined together at joins (61,62) to form plural enclosures (42,33) between respective co-joined layers, wherein a first enclosure provides a passageway for a heat transfer fluid to circulate, and wherein a second enclosure is capable of being selectively filled with a gas, the second enclosure being above and overlying the first enclosure such that solar radiation passes through the second enclosure to reach the upper layer forming the fluid passageway, wherein the second enclosure is capable of being at least partly evacuated of the gas, thus increasing the convective heat transfer between the circulating fluid and the ambient surroundings, wherein the upper layer forming the fluid passageway comprises a wavelength selective flexible foil comprising: a polymer layer with a surface nanostructure; and a metal layer conformally coating the surface nanostructure of said polymer layer and facing away from the fluid passageway, such that the absorption coefficient varies with the wavelength, having relatively high absorption coefficient in the visible and NIR spectrum and relatively low absorption coefficient in the FIR spectrum. wherein a first enclosure provides a passageway for a heat transfer fluid to circulate, and wherein a second enclosure is capable of being selectively filled with a gas, the second enclosure being above and overlying the first enclosure such that solar radiation passes through the second enclosure to reach the upper layer forming the fluid passageway, wherein the second enclosure is capable of being at least partly evacuated of the gas, thus increasing the convective heat transfer between the circulating fluid and the ambient surroundings, wherein the upper layer forming the fluid passageway comprises a wavelength selective flexible foil comprising: a polymer layer with a surface nanostructure; and a metal layer conformally coating the surface nanostructure of said polymer layer and facing away from the fluid passageway, such that the absorption coefficient varies with the wavelength, having relatively high absorption coefficient in the visible and NIR spectrum and relatively low absorption coefficient in the FIR spectrum. a polymer layer with a surface nanostructure; and a metal layer conformally coating the surface nanostructure of said polymer layer and facing away from the fluid passageway, such that the absorption coefficient varies with the wavelength, having relatively high absorption coefficient in the visible and NIR spectrum and relatively low absorption coefficient in the FIR spectrum.
A fluid control valve comprising a cylindrical housing with at least one opening (41, 42) through a housing wall, a cylindrical main valve axially movably arranged inside the housing for controlling a fluid flow through the at least one opening (41, 42) and a main valve spring member acting on the main valve, wherein the main valve comprises a base wall defining a fluid control volume and fluid main volume in the cylindrical housing, wherein the base wall comprises an opening for fluidly connecting the fluid control volume with the fluid main volume, wherein the fluid control valve further comprises: a pilot valve positioned at the base wall opening, which pilot valve is moveably arranged for controlling a fluid flow through the base wall opening; and an electro-mechanical actuator configured to act on the pilot valve for controlling the main valve via the pilot valve, characterized in that the pilot valve is secured at the base wall opening by means of cage in which the pilot valve is located, wherein the cage is fixed with respect to the base wall, and wherein the cage comprises a filter for preventing contamination particles within the fluid from entering the control volume. a pilot valve positioned at the base wall opening, which pilot valve is moveably arranged for controlling a fluid flow through the base wall opening; and an electro-mechanical actuator configured to act on the pilot valve for controlling the main valve via the pilot valve,
Independent multiple hydrogenerator on a floating blade with maximum thrust surface and self-orienting employing a series of conversion mechanisms for converting the linear motion of a fluid into the rotational motion of a shaft, whereby the hydrogenerator comprises at least one floating blade-shaped structure with four arms at each end of which there is an electric generator driven by a conversion mechanism, and, the conversion mechanisms being arranged clockwise around the central axis of the blade-shaped structure, whereby each of the conversion mechanisms is configured to rotate clockwise or counter clockwise alternately, i.e. if one rotates clockwise, the next rotates counter clockwise, the next rotates clockwise and the last rotates counter clockwise; and wherein on a lower face of a central part of the blade-shaped structure a tube of a length greater than the depth reached by the conversion mechanisms is fixed, and whereby to the tube is attached a fixed plate along the entire length of a generatrix of the tube and located at the mid-position of the imaginary line joining two adjacent conversion mechanisms clockwise about the axis of the blade-shaped structure, so that the forces acting on the fixed plate rotate the assembly so that it always faces the entire cross-section of the maximum thrust surface perpendicular to the direction of the water flow, which enters through one side of an imaginary square that would form the four conversion mechanisms; and wherein the tube is partially closed at its lower end and has a chain or mooring cable attached to its central axis and to an anchor or deadman at the bottom, with said tube having two openings for an inlet and outlet electrical cables.