mhurhangee/ep-ind-claims huggingface dataset:
A silicone emulsion comprising: A) 10 to 95 wt % of a silicone having a viscosity of at least 500,000 cP at 25°C measured according to the relevant method indicated in the description; B) 0.1 to 30 wt % of a silicone polyether; C) 0 to 90 wt % water; D) 0 to 30 wt % of a co-surfactant; and E) 0 to 30 wt % of a non-aqueous polar co-solvent, wherein the silicone polyether B) comprises a cross-linked reaction product comprising a polydiorganosiloxane-polyoxyalkylene copolymer in a block arrangement of segments comprising at least one of: p, A p and B p, wherein A denotes a polyoxyalkylene segment, B denotes a polydiorganosiloxane segment, and p is an integer greater than zero; wherein ratio of combined weight of D) and E) to B) is from 0 to 5. A) 10 to 95 wt % of a silicone having a viscosity of at least 500,000 cP at 25°C measured according to the relevant method indicated in the description; B) 0.1 to 30 wt % of a silicone polyether; C) 0 to 90 wt % water; D) 0 to 30 wt % of a co-surfactant; and E) 0 to 30 wt % of a non-aqueous polar co-solvent, wherein the silicone polyether B) comprises a cross-linked reaction product comprising a polydiorganosiloxane-polyoxyalkylene copolymer in a block arrangement of segments comprising at least one of: p, A p and B p, wherein A denotes a polyoxyalkylene segment, B denotes a polydiorganosiloxane segment, and p is an integer greater than zero; wherein ratio of combined weight of D) and E) to B) is from 0 to 5. wherein the silicone polyether B) comprises a cross-linked reaction product comprising a polydiorganosiloxane-polyoxyalkylene copolymer in a block arrangement of segments comprising at least one of: p, A p and B p, wherein A denotes a polyoxyalkylene segment, B denotes a polydiorganosiloxane segment, and p is an integer greater than zero; wherein ratio of combined weight of D) and E) to B) is from 0 to 5.
Luminaire with a light holder which is suspended in at least two current-carrying hanging devices and is or can be coupled by the hanging devices to the mains supply, wherein the light holder has at least two current collectors (22, 24), wherein the hanging devices each enclose at least in part, more particularly in a loop, one current collector (22, 24, 27) which is in conductive connection with the light, characterised in that at least one, more particularly at least two, of the current collectors (22, 24, 27) has/have an electrically insulating, more particularly ring-shaped, insulator section, to the outside of which the respective hanging device is in contact and which has in particular a circular shape, and wherein an electrically conductive contact device is provided in the insulator section and is in electrical contact with the light and which has at least one contact projection which extends up to the outside of the insulator section, so that it enables an electrical connection with the hanging device.
A method for manufacturing a dental resin block, the method comprising: injecting a material before cure that is to be a dental resin block into a mold that has an aperture configured to make the pressure inside and outside the mold same and wherein the mold is formed by synthetic resin; putting the mold with the material before cure that is to be a dental resin block into a vessel with which whole of the composition and the mold can have a predetermined pressure, and pressurizing the mold and the material before cure, which is injected into the mold, with a pressure of 1.0 MPa or more; and heating the mold and the material before cure, which is injected into the mold, with a temperature of 60°C or more, at the same time when the pressure has been raised, to be polymerized under the situation where the pressure inside and outside the mold is the same. injecting a material before cure that is to be a dental resin block into a mold that has an aperture configured to make the pressure inside and outside the mold same and wherein the mold is formed by synthetic resin; putting the mold with the material before cure that is to be a dental resin block into a vessel with which whole of the composition and the mold can have a predetermined pressure, and pressurizing the mold and the material before cure, which is injected into the mold, with a pressure of 1.0 MPa or more; and heating the mold and the material before cure, which is injected into the mold, with a temperature of 60°C or more, at the same time when the pressure has been raised, to be polymerized under the situation where the pressure inside and outside the mold is the same.
Combination of a dispenser for dispensing beverages with at least a container for beverages, said dispenser comprising a containment structure (1.1) and at least one drawing station, having: - a compartment obtained within said structure (1.1), adapted to the placement of said at least one container to be filled, - a base (3.1) for supporting said at least one container, - at least one opening or spout (3.3) for dispensing beverages, overlying said base (3.1), said combination between a dispenser and a container being characterised in that said at least one container and said compartment are provided each with a centring element (4, 6) having reciprocal shape, the reciprocal coupling between said centring elements (4, 6) enabling the positioning of said container in said compartment in such a way that the mouth (5.2) of said container is vertically aligned with said overlying opening or spout (3.3) for dispensing the beverages, and in that said reciprocal coupling between said centring elements (4, 6) activates a wireless communication system for the exchange of data between said container and said dispenser, said system comprising: - a reader (4.1) located in said centring element of said compartment of the drawing station of said dispenser, - a microchip located in said centring element of said container, provided with non-volatile memory for the storage of said data, suitable for being read or written by said reader (4.1), - an antenna adapted to send and receive signals between said reader (4.1) and microchip, - an information system for the management of data exchanged between said reader (4.1) and microchip, said communication system activating only when the coupling between said centring element of said compartment and said centring element of said container takes place. - a compartment obtained within said structure (1.1), adapted to the placement of said at least one container to be filled, - a base (3.1) for supporting said at least one container, - at least one opening or spout (3.3) for dispensing beverages, overlying said base (3.1), - a reader (4.1) located in said centring element of said compartment of the drawing station of said dispenser, - a microchip located in said centring element of said container, provided with non-volatile memory for the storage of said data, suitable for being read or written by said reader (4.1), - an antenna adapted to send and receive signals between said reader (4.1) and microchip, - an information system for the management of data exchanged between said reader (4.1) and microchip,
An ONE GLASS SOLUTION touch screen, including: a substrate; a first polycrystalline-Indium Tin Oxide array that is provided in a display area of the substrate, the first polycrystalline-Indium Tin Oxide array including a plurality of first polycrystalline-Indium Tin Oxide touch electrodes arranged and equally spaced in a length direction of the substrate; and a second polycrystalline-Indium Tin Oxide array that is provided on the first polycrystalline-Indium Tin Oxide array, the second polycrystalline-Indium Tin Oxide array including a plurality of second polycrystalline-Indium Tin Oxide touch electrodes arranged and equally spaced in the length direction of the substrate, wherein the distance a between any two adjacent first polycrystalline-Indium Tin Oxide touch electrodes in the first polycrystalline-Indium Tin Oxide array is smaller than the distance b between any two adjacent second polycrystalline-Indium Tin Oxide touch electrodes in the second polycrystalline-Indium Tin Oxide array, a shape of each of the first polycrystalline-Indium Tin Oxide touch electrodes is the same as a shape of each of the second polycrystalline-Indium Tin Oxide touch electrodes, and the center of a projection of the second polycrystalline-Indium Tin Oxide touch electrode on the corresponding first polycrystalline-Indium Tin Oxide touch electrode coincides with the center of the corresponding first polycrystalline-Indium Tin Oxide touch electrode. a substrate; a first polycrystalline-Indium Tin Oxide array that is provided in a display area of the substrate, the first polycrystalline-Indium Tin Oxide array including a plurality of first polycrystalline-Indium Tin Oxide touch electrodes arranged and equally spaced in a length direction of the substrate; and a second polycrystalline-Indium Tin Oxide array that is provided on the first polycrystalline-Indium Tin Oxide array, the second polycrystalline-Indium Tin Oxide array including a plurality of second polycrystalline-Indium Tin Oxide touch electrodes arranged and equally spaced in the length direction of the substrate, wherein the distance a between any two adjacent first polycrystalline-Indium Tin Oxide touch electrodes in the first polycrystalline-Indium Tin Oxide array is smaller than the distance b between any two adjacent second polycrystalline-Indium Tin Oxide touch electrodes in the second polycrystalline-Indium Tin Oxide array, a shape of each of the first polycrystalline-Indium Tin Oxide touch electrodes is the same as a shape of each of the second polycrystalline-Indium Tin Oxide touch electrodes, and the center of a projection of the second polycrystalline-Indium Tin Oxide touch electrode on the corresponding first polycrystalline-Indium Tin Oxide touch electrode coincides with the center of the corresponding first polycrystalline-Indium Tin Oxide touch electrode.
An image processing apparatus comprising: a storage unit configured to store an image of an object photographed by an imaging apparatus; an extraction unit configured to extract a linear region in which a linear damage appears from the image of the object; a calculation unit configured to obtain a luminance information sum by adding luminance information for each pixel included in the linear region in a direction crossing the linear region; and an estimation unit configured to estimate a width of the linear damage from the calculated luminance information sum, based on a relational expression indicating a relationship between luminance information sum and a width of a damage, characterized in that the relational expression includes a parameter indicating a posture of the imaging apparatus with respect to a surface of the object. a storage unit configured to store an image of an object photographed by an imaging apparatus; an extraction unit configured to extract a linear region in which a linear damage appears from the image of the object; a calculation unit configured to obtain a luminance information sum by adding luminance information for each pixel included in the linear region in a direction crossing the linear region; and an estimation unit configured to estimate a width of the linear damage from the calculated luminance information sum, based on a relational expression indicating a relationship between luminance information sum and a width of a damage, characterized in that the relational expression includes a parameter indicating a posture of the imaging apparatus with respect to a surface of the object.
A carrier ring for an encoder, the carrier ring comprises suspension means with resilient members (6; 6'; 7; 7'; 7"; 8; 8'), adjustment elements (6a; 16) are arranged in connection with the resilient members (6; 6'; 7; 7'; 7"; 8; 8'), in order to provide an effective resilient effect and adjustability of the carrier ring, the resilient members (6; 6') are formed integrally with the ring, wherein the resilient members (6; 6') comprises through openings in the carrier ring, the through openings have an oblong shape and are positioned closer to an inner periphery of the carrier ring such that a respective thin wall section with a decreased thickness is formed for each opening, towards the inner periphery, which position of the wall section can be altered by resilient action by influence of the adjustment elements (6a; 16), characterised in that the resilient members (6; 6') at the inner periphery of the carrier ring comprises protrusions which are adjustable by means of the adjustment elements (6a; 16) in the direction towards the central axis of the ring.
A method of packet processing, comprising receiving a packet at a network port (112, 114) of a network switch appliance (20,100), the network switch appliance having a plurality of instrument ports (128, 129) for communicating with respective network monitoring tools (40, 170, 172) that perform network security functions; and determining a state of a source (30, 160, 162) associated with the packet at multiple time points; characterized by: operating a plurality of network switch appliances (20,100) as a cluster, wherein two or more of the plurality of network switch appliances (20,100) in the cluster are communicatively coupled to each other via a first network, wherein the step of receiving a packet at a network port (112, 114) of a network switch appliance (20,100) comprises receiving the packet from a second network at the network port (112, 114) of the network switch appliance (20,100) in the cluster; and determining one or more instrument ports (128, 129) to which to pass the packet based at least in part on the state of the source (30, 160, 162), wherein if the determined state of the source (30, 160, 162) has a first state value, then the network switch appliance (20, 100) passes the packet to a first one of the one or more instrument ports (128, 129) for communicating with a first subset of the network monitoring tools, and if the determined state of the source (30, 160, 162) has a second state value, then the network switch appliance (20, 100) passes the packet to a second one of the one or more instrument ports (128, 129) for communicating with a second subset of the network monitoring tools. operating a plurality of network switch appliances (20,100) as a cluster, wherein two or more of the plurality of network switch appliances (20,100) in the cluster are communicatively coupled to each other via a first network, wherein the step of receiving a packet at a network port (112, 114) of a network switch appliance (20,100) comprises receiving the packet from a second network at the network port (112, 114) of the network switch appliance (20,100) in the cluster; and determining one or more instrument ports (128, 129) to which to pass the packet based at least in part on the state of the source (30, 160, 162), wherein if the determined state of the source (30, 160, 162) has a first state value, then the network switch appliance (20, 100) passes the packet to a first one of the one or more instrument ports (128, 129) for communicating with a first subset of the network monitoring tools, and if the determined state of the source (30, 160, 162) has a second state value, then the network switch appliance (20, 100) passes the packet to a second one of the one or more instrument ports (128, 129) for communicating with a second subset of the network monitoring tools.
Drive device for a motor vehicle, having a machine housing in which an operating material consumer, an operating material tank and an operating material pump are arranged, wherein in the machine housing there is an air space into which at least one machine shaft of the drive device protrudes and which is separated by a separating wall from the operating material tank, which is formed adjacent to the air space in the machine housing, characterized in that the operating material tank is only fluidically connected to the air space via an overflow opening formed in the separating wall.
A device, comprising: a biomolecule comprising a protein in electronic communication with a graphene body defining a GFET hybrid body, the graphene body in the form of a single-atom thick sheet, wherein the protein comprises a fluorescent protein; the GFET hybrid body having a photocurrent response determined by the optical absorption peak in a wavelength range determined by the absorption spectrum of the bound fluorescent protein. a biomolecule comprising a protein in electronic communication with a graphene body defining a GFET hybrid body, the graphene body in the form of a single-atom thick sheet, wherein the protein comprises a fluorescent protein; the GFET hybrid body having a photocurrent response determined by the optical absorption peak in a wavelength range determined by the absorption spectrum of the bound fluorescent protein.
A KLβ agonist for use in a method of treating an obesity-related condition, wherein the obesity-related condition is diabetes mellitus or insulin resistance, the method comprising administering the KLβ agonist to an individual in need of such treatment, wherein the KLβ agonist is an anti-KLβ antibody.
A telescope or riflescope with a central tube disposed between an objective lens and an eyepiece, wherein the central tube contains an erecting system, in which an optical magnification means with adjustable magnification with a more than fourfold magnification is integrated, and wherein the erecting system and the optical magnification means are accommodated in one component and the optical magnification means has a lens arrangement with at least two optical elements (3a, 3b) which are displaceable relative to one another, wherein the erecting system is disposed between an objective lens-end image plane and an eyepiece-end image plane, and wherein the objective lens-end image plane lies between the objective lens and the end of the erecting system facing the objective lens, and the eyepiece-end image plane lies between the eyepiece and the end of the erecting system facing the eyepiece, and wherein, by displacing the at least two optical elements (3a, 3b), which are displaceable relative to one another, of the erecting system, an intermediate image projected by the objective lens in an objective lens-end image plane is projected with a variable reproduction scale and oriented upright with a maximum zoom greater than five in an eyepiece-end image plane, and wherein an optical beam deflector device, which is disposed on the end of the erecting system facing the eyepiece, is integrated in the erecting system as an additional lens arrangement with a refractive power between -20 dpt (diopters) and -40 dpt, such that a subjective field of view (2 ω') of the long-range optical device of at least 22° is guaranteed, at least for light with a wavelength of approximately 550 nm, for all magnifications at which the objective lens-end intermediate image is projected into the eyepiece-end image plane, and wherein the optical beam deflector device is disposed on the end of the eyepiece-end image plane of the telescope or riflescope facing away from the eyepiece.
A method of selectively forming a conductive material, comprising: removing a portion of each of an organic material and an underlying insulative material to form at least one opening extending through the organic material and at least partially into the underlying insulative material, wherein the organic material is selected from the group consisting of a diazonaphthoquinone-based material, polyhydroxystyrene-based material, phenol formaldehyde-based material, epoxy-based material, polychloroprene, polyvinyl ether, poly(vinyl acetate), poly(vinyl chloride), polysiloxane, poly(methyl methacrylate), polyurethane, polyacrylate, polyacrylamide, novolak, polymethylglutarimide, polymethylsilane, and combinations thereof; cleaning surfaces exposed by the at least one opening; lining exposed surfaces of the underlying insulative material with a conductive material without forming the conductive material on the organic material; removing a further portion of the organic material to expose a surface of the underlying insulative material; forming a dielectric material over and in contact with the conductive material and the surface of the underlying insulative material in the at least one opening, the dielectric material partially filling the at least one opening; forming another conductive material over and in contact with the dielectric material to form a capacitor structure; and removing the organic material after forming the capacitor structure. removing a portion of each of an organic material and an underlying insulative material to form at least one opening extending through the organic material and at least partially into the underlying insulative material, wherein the organic material is selected from the group consisting of a diazonaphthoquinone-based material, polyhydroxystyrene-based material, phenol formaldehyde-based material, epoxy-based material, polychloroprene, polyvinyl ether, poly(vinyl acetate), poly(vinyl chloride), polysiloxane, poly(methyl methacrylate), polyurethane, polyacrylate, polyacrylamide, novolak, polymethylglutarimide, polymethylsilane, and combinations thereof; cleaning surfaces exposed by the at least one opening; lining exposed surfaces of the underlying insulative material with a conductive material without forming the conductive material on the organic material; removing a further portion of the organic material to expose a surface of the underlying insulative material; forming a dielectric material over and in contact with the conductive material and the surface of the underlying insulative material in the at least one opening, the dielectric material partially filling the at least one opening; forming another conductive material over and in contact with the dielectric material to form a capacitor structure; and removing the organic material after forming the capacitor structure.
Method for reducing the concentration of free Fc-moieties in a fluid comprising an Fc-containing protein, the method comprising subjecting said fluid to cation exchange chromatography on a cation exchange resin at a pH of at least one unit below the isoelectric point (pi) of said Fc-containing protein and washing the cation exchange resin with a buffer having a conductivity of 8.2 to 8.6 mS/cm and at a pH of 5.5 to 7.5
A multilayered wound care product comprising: (a) an upper liquid-absorbing layer; (b) an intermediate occlusive layer impermeable to fluid and gases; and (c) an active agent-releasing bottom layer; wherein the occlusive layer and the active agent-releasing layer are sheet-like layers with common pores or perforations that enable the passage of wound exudate through the common pores or perforations of the said two layers to reach the liquid-absorbing layer, wherein the active agent-releasing layer comprises an active agent being a therapeutic gas, wherein the wound care product further comprises a gas-permeable layer oriented towards the wound area. (a) an upper liquid-absorbing layer; (b) an intermediate occlusive layer impermeable to fluid and gases; and (c) an active agent-releasing bottom layer; wherein the occlusive layer and the active agent-releasing layer are sheet-like layers with common pores or perforations that enable the passage of wound exudate through the common pores or perforations of the said two layers to reach the liquid-absorbing layer, wherein the active agent-releasing layer comprises an active agent being a therapeutic gas, wherein the wound care product further comprises a gas-permeable layer oriented towards the wound area.
Guide device for a motor-driven cutting tool, in particular for a milling cutter which can be mounted on an electric cable having a cable axis for forming a cable shoulder, having a tool holder carrying the cutting tool, which tool holder can be rotated about the electrical cable and can be moved along a control curve along the cable axis, wherein the control curve includes a semi-parabolic course.