mhurhangee/ep-ind-claims huggingface dataset:
A substrate to be processed, before pattern-irradiation by an electron beam, having laminated thereon a resist film for an electron beam and an organic conductive film, in which at least the resist film for an electron beam and the organic conductive film are laminated in order on the substrate to be processed having a conductive inorganic thin film as its surface layer, characterized in that a surface to be processed of the substrate to be processed has an area of direct contact between the organic conductive film and the conductive inorganic thin film in part thereof and an area where the conductive inorganic thin film is appeared out, wherein the area where the conductive inorganic thin film is appeared out is arranged along the peripheral edge of the substrate to be processed in a peripheral form having a certain width in a surrounding area on the surface to be processed between a virtual intersection line between a side surface (2") of the substrate to be processed and the surface to be processed and the edge of the area of direct contact between the organic conductive film and the conductive inorganic thin film, and the area of direct contact between the organic conductive film and the conductive inorganic thin film is arranged in a peripheral form with a prescribed width inside the surrounding area having the certain width where the conductive inorganic thin film is appeared out.
An air cycle machine comprising: an inlet of a cooling air flow path; at least one bearing downstream from the inlet along the cooling air flow path and in fluidic connection with the inlet; an outlet of the cooling air flow path downstream from the at least one bearing and in fluidic connection with the at least one bearing; the air cycle machine characterized in that it further comprises a temperature sensor along the cooling air flow path; a valve in fluidic connection with the cooling air flow path; and an electronic controller electrically connected to and receiving temperature data from the temperature sensor with the electronic controller adjusting the valve to modify an amount of cooling air flowing through the cooling air flow path depending on the temperature data. an inlet of a cooling air flow path; at least one bearing downstream from the inlet along the cooling air flow path and in fluidic connection with the inlet; an outlet of the cooling air flow path downstream from the at least one bearing and in fluidic connection with the at least one bearing; the air cycle machine characterized in that it further comprises a temperature sensor along the cooling air flow path; a valve in fluidic connection with the cooling air flow path; and an electronic controller electrically connected to and receiving temperature data from the temperature sensor with the electronic controller adjusting the valve to modify an amount of cooling air flowing through the cooling air flow path depending on the temperature data.
A multi-connector (10; 10') for arranging a tubing segment and feeding and discharging lines (31, 32) of an extracorporeal blood circulation on a tube roller pump of a medical device, wherein the multi-connector (10; 10') comprising at least a base member and two connector elements (12, 13; 12', 13') for connecting the respective ends of the tubing segment to the feeding line and the discharging line, the connector elements (12, 13; 12', 13') are arranged on two opposed sides of the base member, wherein the outer contour of a first connector element (12; 12') includes at least one slide bearing portion which is inserted without a tool into a recess correspondingly formed in the pump housing of the tube roller pump as slide bearing portion, and wherein a pivot bearing (12; 24) is formed by the slide bearing portion of the first connector element (12; 12'), so that the multi-connector (10; 10') is pivotable about the cylinder axis of the first connector element (12; 12'), and wherein the multi-connector (10; 10') includes means (13, 13') spaced apart from the first connector element (12; 12') for locking the multi-connector (10; 10') with the pump housing of the tube roller pump, characterized in that at the multi-connector (10; 10') means are provided by which the multi-connector (10; 10') is held at the pump housing in a position in which it is guided at the pump housing by the first connector element (12; 12'), but is not detachably fastened to the pump housing via the means for locking.
An apparatus for producing a three-dimensional work piece comprising: - a process chamber, - a carrier disposed in the process chamber and adapted to receive a layer of raw material powder, - a control unit, - an irradiation system adapted to selectively irradiate electromagnetic or particle radiation onto the layer of raw material powder applied onto the carrier from a sintering/melting radiation emission plane, wherein the electromagnetic or particle radiation irradiated by the irradiation system enters the process chamber via a top wall of the process chamber, and wherein the control unit is adapted to control the operation of the irradiation system in such a manner that the raw material powder is heated to a first temperature which allows sintering and/or melting of the raw material powder in order to generate a layer of the three-dimensional work piece, and - a heating system adapted to selectively irradiate electromagnetic or particle radiation onto the layer of raw material powder applied onto the carrier from a heating radiation emission plane (30a, 30b) that is different from the sintering/melting radiation emission plane, wherein the electromagnetic or particle radiation irradiated by the heating system enters the process chamber via a side wall (34, 36) of the process chamber, and wherein the control unit is adapted to control the operation of the heating system in such a manner that the raw material powder is heated to a second temperature that is lower than the first temperature. - a process chamber, - a carrier disposed in the process chamber and adapted to receive a layer of raw material powder, - a control unit, - an irradiation system adapted to selectively irradiate electromagnetic or particle radiation onto the layer of raw material powder applied onto the carrier from a sintering/melting radiation emission plane, wherein the electromagnetic or particle radiation irradiated by the irradiation system enters the process chamber via a top wall of the process chamber, and wherein the control unit is adapted to control the operation of the irradiation system in such a manner that the raw material powder is heated to a first temperature which allows sintering and/or melting of the raw material powder in order to generate a layer of the three-dimensional work piece, and - a heating system adapted to selectively irradiate electromagnetic or particle radiation onto the layer of raw material powder applied onto the carrier from a heating radiation emission plane (30a, 30b) that is different from the sintering/melting radiation emission plane, wherein the electromagnetic or particle radiation irradiated by the heating system enters the process chamber via a side wall (34, 36) of the process chamber, and wherein the control unit is adapted to control the operation of the heating system in such a manner that the raw material powder is heated to a second temperature that is lower than the first temperature.
Automation system comprising - a first control facility with a first fieldbus connection, - a second control facility with a second fieldbus connection, - a fieldbus, - a peripheral board with at least one I/O peripheral module for the connection of sensors and/or actuators, wherein the peripheral board has an interface module with a third fieldbus connection for communication to or from the control facilities (1,2), wherein the interface module has at least one I/O module, in which interconnection information is stored, wherein the interconnection information features an assignment of input/outputs of the I/O peripheral module(s) to the control facilities (1,2), characterised in that the interface module additionally has a virtual I/O module, in which an output region, in which the first control facility can write output data, is assigned to the first control facility, and furthermore an input region, from which the second control facility can retrieve input data, is assigned to the second control facility, the virtual I/O module is configured in this case such that the output data is copied from the output region of the first control facility into the input region as input data for the second control facility. - a first control facility with a first fieldbus connection, - a second control facility with a second fieldbus connection, - a fieldbus, - a peripheral board with at least one I/O peripheral module for the connection of sensors and/or actuators, wherein the peripheral board has an interface module with a third fieldbus connection for communication to or from the control facilities (1,2),
Belt or belt segment, having a plurality of strength members that extend in a longitudinal direction and are arranged parallel to one another, and a connecting element which forms one end of the belt or belt segment and is configured to be connected to a further connecting element at the other end of the belt or to one end of a further belt segment, wherein the ends of the strength members are held by the connecting element, characterized in that the ends of the strength members are connected to at least one clamping body in a force-fitting manner, wherein the clamping body can be held by the connecting element in a force-fitting manner at least in the longitudinal direction.
A biological assay system comprising: a valveless cartridge for sample processing, the cartridge comprising a sample chamber; a first blister comprising a first treatment composition; a second blister comprising a second composition; a third blister comprising a third composition; a first mixing chamber; a second mixing chamber; first mixing bellows; second bellows; a tortuous conduit connecting the first and second mixing chambers; a reading cuvette connected to a reading zone, and a reader assembly unit, the unit comprising: a cartridge handling unit for insertion of said cartridge; an optical illuminator; and an optical detector, wherein the sample chamber, first blister and second blister are each connected to the first mixing chamber; the third blister is connected to the second mixing chamber; the first bellows is connected to the second mixing chamber; the second bellows is a reading bellows connected to the first mixing chamber via the reading cuvette; the reading cuvette is connected to the first mixing chamber; the reading cuvette is connected to the reading zone; and the optical detector comprises detection elements for independent detection of different wavelengths. a valveless cartridge for sample processing, the cartridge comprising a sample chamber; a first blister comprising a first treatment composition; a second blister comprising a second composition; a third blister comprising a third composition; a first mixing chamber; a second mixing chamber; first mixing bellows; second bellows; a tortuous conduit connecting the first and second mixing chambers; a reading cuvette connected to a reading zone, and a sample chamber; a first blister comprising a first treatment composition; a second blister comprising a second composition; a third blister comprising a third composition; a first mixing chamber; a second mixing chamber; first mixing bellows; second bellows; a tortuous conduit connecting the first and second mixing chambers; a reading cuvette connected to a reading zone, and a reader assembly unit, the unit comprising: a cartridge handling unit for insertion of said cartridge; an optical illuminator; and an optical detector, a cartridge handling unit for insertion of said cartridge; an optical illuminator; and an optical detector, wherein the sample chamber, first blister and second blister are each connected to the first mixing chamber; the third blister is connected to the second mixing chamber; the first bellows is connected to the second mixing chamber; the second bellows is a reading bellows connected to the first mixing chamber via the reading cuvette; the reading cuvette is connected to the first mixing chamber; the reading cuvette is connected to the reading zone; and the optical detector comprises detection elements for independent detection of different wavelengths.
Thermal oil system • with a heater for thermal oil, comprising a heating device and a heater pipe, which is heated by the heating device and through which thermal oil to be heated flows, wherein the thermal oil is heated to a film temperature actual value in the heated heater pipe, • with an oil supply device, which generates a volume stream of thermal oil to be heated in the heater pipe of the heater, and • with a device for regulating the film temperature actual value, comprising a temperature determination device as well as a device for controlling the heater, characterised in that the temperature determination device is suitable for determining the film temperature actual value, and in that the device for controlling the heater is designed for controlling the heater in dependence on the film temperature actual value determined by means of the temperature determination device, wherein the device for controlling the heater includes a device for controlling the oil supply device, which device sets the volume stream of thermal oil to be heated generated by the oil supply device in the heater pipe of the heater, by controlling the oil supply device in dependence on the film temperature actual value determined in such a way that the film temperature actual value does not exceed a permissible film temperature maximum value. • with a heater for thermal oil, comprising a heating device and a heater pipe, which is heated by the heating device and through which thermal oil to be heated flows, wherein the thermal oil is heated to a film temperature actual value in the heated heater pipe, • with an oil supply device, which generates a volume stream of thermal oil to be heated in the heater pipe of the heater, and • with a device for regulating the film temperature actual value, comprising a temperature determination device as well as a device for controlling the heater,
A method for providing mono-vision in a multi-view system comprising N views of the same scene and N-1 viewing zones, wherein N is greater or equal to four and wherein each viewing zone is provided with two views adjacent in said N views so as to provide stereo-vision, the method comprising the steps of: receiving an instruction requesting to provide mono-vision for a current viewing zone, said current viewing zone corresponding to a first view for a position m in said N views and a second view at a position m+1 in said N views; and rearranging the N views by: if said first view belongs to the first half of said N views, for each view at position n from position 1 to position m in said N views, copying the view at position n+1 into the view at position n; otherwise, for each view at position n from position N-1 to position m, copying the view at position n into the view at position n+1. receiving an instruction requesting to provide mono-vision for a current viewing zone, said current viewing zone corresponding to a first view for a position m in said N views and a second view at a position m+1 in said N views; and rearranging the N views by: if said first view belongs to the first half of said N views, for each view at position n from position 1 to position m in said N views, copying the view at position n+1 into the view at position n; otherwise, for each view at position n from position N-1 to position m, copying the view at position n into the view at position n+1. if said first view belongs to the first half of said N views, for each view at position n from position 1 to position m in said N views, copying the view at position n+1 into the view at position n; otherwise, for each view at position n from position N-1 to position m, copying the view at position n into the view at position n+1.
An apparatus for manufacturing a surface-layered part, wherein the surface-layered part comprises a base member assembled with a surface layer member, wherein a front side of the flat base member is covered by the surface layer member, and a wrapping portion formed at an edge of the surface layer member is configured to be fitted onto an edge of the base member, the apparatus comprising: a workpiece supporting table on which the base member and the surface layer member are placed such that the surface layer member is layered with the base member, and a push-to-fit device configured to push the wrapping portion formed at the edge of the surface layer member in a direction to fit the wrapping portion onto the edge of the base member from an opened position in which the wrapping portion is away from the edge of the base member, the push-to-fit device comprises a pushing portion configured to push the wrapping portion formed at the edge of the surface layer member, the pushing portion comprises a rigid base member, characterised in that the pushing portion comprises an elastic member formed on a surface of the rigid base member. a workpiece supporting table on which the base member and the surface layer member are placed such that the surface layer member is layered with the base member, and a push-to-fit device configured to push the wrapping portion formed at the edge of the surface layer member in a direction to fit the wrapping portion onto the edge of the base member from an opened position in which the wrapping portion is away from the edge of the base member, the push-to-fit device comprises a pushing portion configured to push the wrapping portion formed at the edge of the surface layer member, the pushing portion comprises a rigid base member, characterised in that the pushing portion comprises an elastic member formed on a surface of the rigid base member.
A semiconductor light emitting device comprising: a substrate having a first surface and a second surface opposite the first surface; a semiconductor structure disposed on the first surface of the substrate; a cavity disposed in the substrate, the cavity extending from the second surface of the substrate opposite the semiconductor structure toward the semiconductor structure, the cavity having a sloped side wall (42, 44); wherein the sloped side wall (42, 44) of the cavity is coated with a reflective material; the semiconductor light emitting device further comprising: a high refractive index coating formed on the first surface; wherein light is efficiently extracted through external sidewalls of the semiconductor light emitting device; wherein a transparent, conductive material is disposed between the semiconductor structure and the high refractive index coating; and wherein a surface of the high refractive index coating opposite the transparent conductive material is textured. a substrate having a first surface and a second surface opposite the first surface; a semiconductor structure disposed on the first surface of the substrate; a cavity disposed in the substrate, the cavity extending from the second surface of the substrate opposite the semiconductor structure toward the semiconductor structure, the cavity having a sloped side wall (42, 44); wherein the sloped side wall (42, 44) of the cavity is coated with a reflective material; the semiconductor light emitting device further comprising: a high refractive index coating formed on the first surface; wherein light is efficiently extracted through external sidewalls of the semiconductor light emitting device; wherein a transparent, conductive material is disposed between the semiconductor structure and the high refractive index coating; and wherein a surface of the high refractive index coating opposite the transparent conductive material is textured. a high refractive index coating formed on the first surface; wherein light is efficiently extracted through external sidewalls of the semiconductor light emitting device; wherein a transparent, conductive material is disposed between the semiconductor structure and the high refractive index coating; and wherein a surface of the high refractive index coating opposite the transparent conductive material is textured.
A gas turbine engine, comprising: a plurality of inlet guide vanes; and an inlet case supporting each of the plurality of inlet guide vanes, the inlet case being provided with at least one passageway in communication with a source of fluid, and the at least one passageway being configured to communicate the fluid to each of the plurality of inlet guide vanes to prevent ice from forming on the inlet guide vanes; characterised in that each of the plurality of inlet guide vanes includes a vane stem mounted to the inlet case, an axial passageway and a perpendicular passageway which is perpendicular to the axis of the inlet guide vanes and provided in the vane stem thereof, the perpendicular passageway being in fluid communication with the axial passageway, the at least one passageway of the inlet case and the perpendicular passageway of an adjacent inlet guide vane. a plurality of inlet guide vanes; and an inlet case supporting each of the plurality of inlet guide vanes, the inlet case being provided with at least one passageway in communication with a source of fluid, and the at least one passageway being configured to communicate the fluid to each of the plurality of inlet guide vanes to prevent ice from forming on the inlet guide vanes; characterised in that each of the plurality of inlet guide vanes includes a vane stem mounted to the inlet case, an axial passageway and a perpendicular passageway which is perpendicular to the axis of the inlet guide vanes and provided in the vane stem thereof, the perpendicular passageway being in fluid communication with the axial passageway, the at least one passageway of the inlet case and the perpendicular passageway of an adjacent inlet guide vane.