mhurhangee/ep-ind-claims huggingface dataset:
Dispensing device (OE/A; OE/B; OE/C), connected via a conduit to a store of liquid CO2 for supplying variable flow rates of said liquid CO2 to a use apparatus operating at a pressure lower than that of its triple point, comprising: - a hollow outer body (11; 40) extended along an axis X defining internally at least one hollow part (21; 55-1; 55-2; 56-1; 56-2), provided with a first inlet (14; 43) in order to allow the passage of a flow of CO2 (L+V), coming from said store towards said use apparatus via an outlet, and - a mobile component apt to slide inside said hollow outer body (11; 40) in order to vary the area of the section of passage of the outlet for the flow (L+V) of CO2, wherein on said mobile component are acting a flow pressure (Pa) of said flow (L+V) of CO2 and a use apparatus pressure (Pu) existing in said use apparatus, as well as a pressure exerting a force contrary to that of the flow pressure (Pa), wherein - in said hollow outer body (11; 40) a second inlet (12; 41) is provided for feeding a fluid, at a pressurisation fluid pressure (Pc) apt to exert on the mobile component a force contrary to the force exerted by the flow pressure (Pa), characterised in that said mobile component comprises a rod (25; 54) whereon at least one piston is restrained and carrying, at one of its ends, a gate valve (26a; 26b; 26c) apt to vary the section of passage for the flow (L+V) of CO2 of said outlet formed in a base wall of said hollow body (11; 40). - a hollow outer body (11; 40) extended along an axis X defining internally at least one hollow part (21; 55-1; 55-2; 56-1; 56-2), provided with a first inlet (14; 43) in order to allow the passage of a flow of CO2 (L+V), coming from said store towards said use apparatus via an outlet, and - a mobile component apt to slide inside said hollow outer body (11; 40) in order to vary the area of the section of passage of the outlet for the flow (L+V) of CO2, wherein on said mobile component are acting a flow pressure (Pa) of said flow (L+V) of CO2 and a use apparatus pressure (Pu) existing in said use apparatus, as well as a pressure exerting a force contrary to that of the flow pressure (Pa), wherein - in said hollow outer body (11; 40) a second inlet (12; 41) is provided for feeding a fluid, at a pressurisation fluid pressure (Pc) apt to exert on the mobile component a force contrary to the force exerted by the flow pressure (Pa), characterised in that said mobile component comprises a rod (25; 54) whereon at least one piston is restrained and carrying, at one of its ends, a gate valve (26a; 26b; 26c) apt to vary the section of passage for the flow (L+V) of CO2 of said outlet formed in a base wall of said hollow body (11; 40).
A system to transmit an audio signal, the system comprising: an input transducer assembly comprising at least one light source configured to emit at least one wavelength of light; and an output transducer assembly comprising, at least one detector configured to detect the at least one wavelength of light, active circuitry coupled to the at least one detector; a transducer electrically coupled to the active circuitry, the transducer configured to vibrate at least one of an eardrum, an ossicle, or a cochlea of the user in response to the at least one wavelength of light, wherein the input transducer assembly is configured to receive the audio signal and to adjust an output of the at least one light source to power the active circuitry in response to the audio signal, wherein the input transducer assembly is configured to measure the audio signal to determine the energy of the audio signal and to adjust an amount of energy transmitted with the at least one light source in response to the measured audio signal, wherein the input transducer assembly is configured to adjust a bias of the at least one light source based on the determined energy of the audio signal. an input transducer assembly comprising at least one light source configured to emit at least one wavelength of light; and an output transducer assembly comprising, at least one detector configured to detect the at least one wavelength of light, active circuitry coupled to the at least one detector; a transducer electrically coupled to the active circuitry, the transducer configured to vibrate at least one of an eardrum, an ossicle, or a cochlea of the user in response to the at least one wavelength of light, wherein the input transducer assembly is configured to receive the audio signal and to adjust an output of the at least one light source to power the active circuitry in response to the audio signal, wherein the input transducer assembly is configured to measure the audio signal to determine the energy of the audio signal and to adjust an amount of energy transmitted with the at least one light source in response to the measured audio signal, wherein the input transducer assembly is configured to adjust a bias of the at least one light source based on the determined energy of the audio signal.
A system for supplying electric energy to a mining vehicle, the system comprising a bipolar low voltage direct current LVDC supply having a certain total voltage, said voltage substantially being 1500V or less, and comprising a positive pole and a negative pole and a neutral point between the positive pole and the negative pole, said neutral point being at 0V, whereby the total voltage is divided in to two halves that are substantially equal, and the mining vehicle, said mining vehicle comprising at least a first energy unit (4a,6a) and a second energy unit (4b,6b), the first energy unit (4a,6a) being connected between the positive pole and the neutral point and the second energy unit (4b,6b) being connected between the negative pole and the neutral point; characterized in that the bipolar LVDC supply further comprises a first converter and a second converter connected in series whereby the neutral point is arranged between the first and second converters to keep the voltage balanced in said two halves.
A light-emitting device, comprising: a supporting substrate; an organic electroluminescent element comprising a first electrode, one or more organic electroluminescent layers and a second electrode that are layered in this order on the supporting substrate; a first extracting electrode for electrically connecting to an external electric power supply, that is extended from the first electrode in a first direction on the supporting substrate; a second extracting electrode for electrically connecting to an external electric power supply, that is arranged in the first direction to the first electrode and that is arranged away from the first electrode and the first extracting electrode on the supporting substrate; a connecting electrode that is integrally formed and extended from the second electrode, that is connected to the second extracting electrode, and that is provided to be extended in the first direction, from an end of the second electrode in the first direction to reach on the second extracting electrode, on the supporting substrate; and a first heat-dissipating member that is integrally formed and extended from the second electrode, that is arranged in a second direction that is perpendicular to the first direction, and that is composed of: a first component extended from one end of the second electrode one way along the second direction; and a second component extended from the other end of the second electrode in the opposite way along the second direction, and that is insulated electrically from the first electrode and the first extracting electrode, on the supporting substrate. a supporting substrate; an organic electroluminescent element comprising a first electrode, one or more organic electroluminescent layers and a second electrode that are layered in this order on the supporting substrate; a first extracting electrode for electrically connecting to an external electric power supply, that is extended from the first electrode in a first direction on the supporting substrate; a second extracting electrode for electrically connecting to an external electric power supply, that is arranged in the first direction to the first electrode and that is arranged away from the first electrode and the first extracting electrode on the supporting substrate; a connecting electrode that is integrally formed and extended from the second electrode, that is connected to the second extracting electrode, and that is provided to be extended in the first direction, from an end of the second electrode in the first direction to reach on the second extracting electrode, on the supporting substrate; and a first heat-dissipating member that is integrally formed and extended from the second electrode, that is arranged in a second direction that is perpendicular to the first direction, and that is composed of: a first component extended from one end of the second electrode one way along the second direction; and a second component extended from the other end of the second electrode in the opposite way along the second direction, and that is insulated electrically from the first electrode and the first extracting electrode, on the supporting substrate.
A mountable construction in the form of a deflection device for a belt for continuously conveying material, the mountable construction comprising: a first support frame arranged in a first direction and a second support frame arranged in a second direction; the support frames (1000, 2000) are coupleable with each other; the mountable construction further comprising first and second belt deflectors (121, 122; 231, 232, 233, 234) being arranged in connection to the support frames (1000, 2000), wherein the first belt deflector (121, 122) is arranged substantially vertically and the second belt deflector (231, 232, 233, 234) is arranged substantially horizontally; characterised in that the mountable construction includes a connection module for coupling the second support frame with the first support frame, the connection module serves as an interface via which the first and second support frames (1000, 2000) can be connected to each other and released from each other; the connection module comprises a first face for coupling the connection module with the first support frame and/or the connection module comprises a second face for coupling the connection module with the second support frame; and the first face is adapted to form a horizontal angle with a connection direction of the connection module, and/or the second face is adapted to form a further horizontal angle with the connection direction of the connection module, the connection module being adapted such that the second support frame is coupleable to the first support frame at a variable or different horizontal angle. a first support frame arranged in a first direction and a second support frame arranged in a second direction; the support frames (1000, 2000) are coupleable with each other; the mountable construction further comprising first and second belt deflectors (121, 122; 231, 232, 233, 234) being arranged in connection to the support frames (1000, 2000), wherein the first belt deflector (121, 122) is arranged substantially vertically and the second belt deflector (231, 232, 233, 234) is arranged substantially horizontally; characterised in that the mountable construction includes a connection module for coupling the second support frame with the first support frame, the connection module serves as an interface via which the first and second support frames (1000, 2000) can be connected to each other and released from each other; the connection module comprises a first face for coupling the connection module with the first support frame and/or the connection module comprises a second face for coupling the connection module with the second support frame; and the first face is adapted to form a horizontal angle with a connection direction of the connection module, and/or the second face is adapted to form a further horizontal angle with the connection direction of the connection module, the connection module being adapted such that the second support frame is coupleable to the first support frame at a variable or different horizontal angle.
Sensor for quasi-simultaneous measurement of at least two of the three measurement types of transmission and/or forward scattering and/or diffuse reflection and for simultaneous measurement of the transmission and forward scattering or the transmission and diffuse reflection of a liquid sample, wherein the sensor is constructed from: a) one or more light sources and b) one or more illumination optical units and c) at least one measurement cell and d) 2, 3, 4, 5, 6, 7 or 8 reception optical units (TM/VS/REM) and e) 2, 3, 4, 5, 6, 7 or 8 detectors (TM/VS/REM) for measuring transmission signals generated by transmission, for measuring forward scattering signals generated by forward scattering and for measuring diffuse reflection signals generated by diffuse reflection, wherein the measurement cell is a flow cell, which has two opposing measurement windows and disposed in parallel, which are disposed relative to one another such that a measurement gap is formed between the measurement windows and filled by the sample to be measured, wherein the measurement windows have a defined distance from one another, which is variably adjustable during flow operation, wherein the measurement cell is configured in such a way that one of the two measurement windows (MF1, MF2) is connected to an axially movable plunger and wherein the position of the plunger, and hence also the defined distance between the measurement windows and is variably adjustable by a positioning system during the flow operation, with an accuracy of on average 40 to 100 nm as a standard deviation of the difference between the actual value and target value. a) one or more light sources and b) one or more illumination optical units and c) at least one measurement cell and d) 2, 3, 4, 5, 6, 7 or 8 reception optical units (TM/VS/REM) and e) 2, 3, 4, 5, 6, 7 or 8 detectors (TM/VS/REM) for measuring transmission signals generated by transmission, for measuring forward scattering signals generated by forward scattering and for measuring diffuse reflection signals generated by diffuse reflection,
A seat device for a vehicle comprising: a seat part upward-downward swingably supported and being capable of changing a posture thereof to a use posture that allows sitting on the seat part and to a non-use posture that does not allow sitting on the seat part; a support part generally upward-downward swingably supported and configured to support the seat part when the seat part is in the use posture; a guide part coupled to the seat part and comprising: a free groove configured to slidably guide a predetermined portion of the support part; and a regulation groove configured to regulate sliding of the predetermined portion in a state in which the seat part has been changed to the use posture; and a release member configured to cause the predetermined portion to slide from the regulation groove to the free groove, characterized by a biasing member configured to bias the support part so that the predetermined portion is held in the regulation groove in the state in which the seat part has been changed to the use posture, the support part configured to swing in first direction against a biasing force of the biasing member by the sliding of the predetermined portion from the regulation groove to the free groove. a seat part upward-downward swingably supported and being capable of changing a posture thereof to a use posture that allows sitting on the seat part and to a non-use posture that does not allow sitting on the seat part; a support part generally upward-downward swingably supported and configured to support the seat part when the seat part is in the use posture; a guide part coupled to the seat part and comprising: a free groove configured to slidably guide a predetermined portion of the support part; and a regulation groove configured to regulate sliding of the predetermined portion in a state in which the seat part has been changed to the use posture; and a release member configured to cause the predetermined portion to slide from the regulation groove to the free groove, a free groove configured to slidably guide a predetermined portion of the support part; and a regulation groove configured to regulate sliding of the predetermined portion in a state in which the seat part has been changed to the use posture; and a release member configured to cause the predetermined portion to slide from the regulation groove to the free groove, characterized by a biasing member configured to bias the support part so that the predetermined portion is held in the regulation groove in the state in which the seat part has been changed to the use posture, the support part configured to swing in first direction against a biasing force of the biasing member by the sliding of the predetermined portion from the regulation groove to the free groove.
Wall panel for a façade element of a building comprising a plurality of successive wall panels wherein the wall panel is provided with a first and a second profiled edge (2,3) at opposite sides of an intermediate part of the wall panel wherein the first profiled edge is shaped into a male portion and the second profiled edge into a mating female portion, wherein - the first profiled edge has an edge portion (4,6,8,11) connected to the intermediate part of the wall panel, said edge portion (4,6,8,11) comprising a protruding part forming the male portion, and said edge portion (4,6,8,11) of the first profiled edge comprising a flanged edge portion extending in a direction away from the edge portion (4,6,8,11) and the second profiled edge, - the second profiled edge has an edge portion (5,7,9,12) connected to the intermediate part of the wall panel, said edge portion (5,7,9,12) comprising a protruding part forming the female portion, and said edge portion (5,7,9,12) of the second profiled edge comprising a flanged edge portion extending in the space between the first and second edge portions (2,3), characterised in that the geometry of the first and second profiled edges (2,3) is such that the contact between mounted successive wall panels is restricted to the inner legs (15, 17) of the protruding parts (4,5) and at the flanged edge portions (11,12) and that a gap is defined between the top side and bottom side of the protruding parts (4,5) of successive wall panels when mounted. - the first profiled edge has an edge portion (4,6,8,11) connected to the intermediate part of the wall panel, said edge portion (4,6,8,11) comprising a protruding part forming the male portion, and said edge portion (4,6,8,11) of the first profiled edge comprising a flanged edge portion extending in a direction away from the edge portion (4,6,8,11) and the second profiled edge, - the second profiled edge has an edge portion (5,7,9,12) connected to the intermediate part of the wall panel, said edge portion (5,7,9,12) comprising a protruding part forming the female portion, and said edge portion (5,7,9,12) of the second profiled edge comprising a flanged edge portion extending in the space between the first and second edge portions (2,3), - the second profiled edge has an edge portion (5,7,9,12) connected to the intermediate part of the wall panel, said edge portion (5,7,9,12) comprising a protruding part forming the female portion, and
A surgical retractor comprising: a tongue blade, a handle defining a tongue blade receiving opening, the handle having a locking mechanism attached to a surface of the handle, the locking mechanism adapted to selectively lock the tongue blade in position, the handle defining a first plane; a U-shaped bar having a first leg, a second leg, and a curved loop between the first leg and the second leg, the first leg and the second leg cooperating to define a second plane; a locking hinge secured to the surface of the handle, and adapted to be locked at more than one surgical position, and the locking hinge hingedly connecting only the first leg of the U-shaped bar to the handle; and one or more maxillary braces connected to the second leg of the U-shaped bar, the one or more maxillary braces adapted to engage a patient's maxilla, wherein the tongue blade comprises a stem and a tip, the stem of the tongue blade adapted to be slidably received into the tongue blade receiving opening of the handle, and the tip adapted to press against a tongue of a patient when the surgical retractor is inserted into an oral cavity of the patient and wherein the handle and the U-shaped bar may be moved relative to one another via the locking hinge whereat the locking hinge rigidly and securely locks the U-shaped bar and the handle and said retractor being characterized in that the first plane and the second plane are adjustable to form any angle varying from about 0 degrees to about 360 degrees. a tongue blade, a handle defining a tongue blade receiving opening, the handle having a locking mechanism attached to a surface of the handle, the locking mechanism adapted to selectively lock the tongue blade in position, the handle defining a first plane; a U-shaped bar having a first leg, a second leg, and a curved loop between the first leg and the second leg, the first leg and the second leg cooperating to define a second plane; a locking hinge secured to the surface of the handle, and adapted to be locked at more than one surgical position, and the locking hinge hingedly connecting only the first leg of the U-shaped bar to the handle; and one or more maxillary braces connected to the second leg of the U-shaped bar, the one or more maxillary braces adapted to engage a patient's maxilla, wherein the tongue blade comprises a stem and a tip, the stem of the tongue blade adapted to be slidably received into the tongue blade receiving opening of the handle, and the tip adapted to press against a tongue of a patient when the surgical retractor is inserted into an oral cavity of the patient and wherein the handle and the U-shaped bar may be moved relative to one another via the locking hinge whereat the locking hinge rigidly and securely locks the U-shaped bar and the handle and said retractor being characterized in that the first plane and the second plane are adjustable to form any angle varying from about 0 degrees to about 360 degrees.
A semi-permeable film, comprising a polymer matrix; and a nanoporous material within the polymer matrix, the nanoporous material including a nanoporous core and a coating layer on a surface of the nanoporous core, wherein the nanoporous core is selected from zeolite, hydrotalcite, kaolinite, mellite, montmorillonite, saponite, and a combination thereof; characterized by the coating layer including a particle selected from a metal hydroxide particle, a metal oxide particle, and a combination thereof.
Camera with an apparatus for deflecting and for widening a visual range of the camera, wherein the apparatus has a first mirror element and a second mirror element which are tilted with respect to an optical axis of the camera in a longitudinal direction and which are tilted relative to each other in order to guide light to the camera from a visible range lying laterally with respect to the optical axis and in order to detect a required width of the visible range in combined part regions (34a-b) with the two mirror elements (12, 14), characterized in that, the first mirror element and the second mirror element are arranged next to each other at a shaft and in that the mirror elements (12, 14) are additionally tilted in a transverse direction perpendicular to the longitudinal direction so that the part regions (34a-b) lying one behind the other in the object region are detected in the camera on top of each other, wherein the camera comprises an illumination apparatus whose light is deflected via the mirror elements (12, 14) into the visible range in order to illuminate the visible range.