mhurhangee/ep-ind-claims huggingface dataset:
Turbomachine comprising a stationary flow profile row, which is a guide vane row, and a downstream rotor blade row, between which a radially inner cooling channel is formed, the guide vane row and the rotor blade row each comprising a platform ring (10, 12) which delimits a radially outer hot-gas channel, and comprising a sealing means for preventing an intake of hot gas into the cooling channel from the hot-gas channel through an axial gap between the rows (1, 2), the sealing means having an axial ring on the guide vane side, which ring is oriented downstream, extends axially over a platform ring rear edge of the guide vane row and has an end portion that is directed radially outward, and the sealing means comprising a platform ring overhang on the rotor blade side, which overhang is directed upstream and comprises an end portion that is directed radially inward, the axial ring being arranged radially inward of the platform ring overhang and forming an axial overlap therewith, the front platform ring overhang seamlessly transitioning into the platform ring and thus following, at least in portions, an ideal flow path of the hot gas over the platform ring on the rotor blade row side, characterized in that the guide vanes of the guide vane row are formed without a rear platform ring overhang, and each comprise an axial projection that is positioned radially inward of a rear platform edge and has an end region that is directed radially outward, such that, when mounted on the guide vane row, the adjacent axial projections form the axial ring and the end regions form the circumferential end portion.
A hand-operated and/or foot-operated control device with a detector system for a medical motor system, comprising a multi-channel redundantly-configured detection device (40, 42) which is accommodated in the hand-operated and/or foot-operated control device that is adapted to control the medical motor system and which is positioned to detect the actuation of an actuating device (22; 23) of the hand-operated and/or foot-operated control device, wherein the actuation device is configured as a lever or slider; the multi-channel redundant detection device (40, 42) comprises at least two detection receiving devices; and the multi-channel redundant detection device (40, 42) is designed to allow the plausibility of its output signals to be checked, characterized in that the multi-channel redundant detection device (40, 42) comprises one respectively associated detection transmitting device for the at least two detection receiving devices; and the associated detection transmitting device is provided for each of the at least two detection receiving devices and is arranged to charge a corresponding one of the at least two detection receiving devices with a respective detection transmitting quantity.
A method for the gasification of large pieces of solid fuels in the form of bales of stalk-like biomass in a device according to claim 4, in which the solid fuel to be gasified is placed in a gasification space, partially combusted by adding combustion air so that heat is released which brings about the gasification of the remaining material, wherein gas is aspirated from, and returned to, the gasification space, the carbonization gas generated enters a vortex burner chamber via a slit located in the bottom section of the gasification space, where it is intermixed with secondary air and then burns out in an afterburner chamber, the heating gases generated are cooled down in a heat exchanger unit, wherein the heating gas cooled down to 600°C and bellow in a water-cooed spatial region with a ceramic coating which the heating gas enters tangentially and in which it rises, and further heat is dissipated to the boiler water via heat exchanger pipes, and the heating gas, exiting as waste gas from a waste gas nozzle of the heat exchanger unit, is conducted to a chimney by an induced-draft fan, characterized in that gas that is present in the gasification space is aspirated using a ventilator unit in the gasification space and is then blown as accelerated heating gas without admixing combustion air in the gasification space against the bale of stalk-like biomass to be gasified.
Method for producing a welded structural link between a thermoplastic matrix composite material and an elastomer, comprising the following operations: - a first operation of functionalising the elastomeric material by means of a nonwoven fabric consisting of fibres of thermoplastic material, with the functionalising being carried out by placing the fabric on the surface of the raw elastomeric material and penetration of the fabric into the superficial layer of the elastomeric material during the vulcanising operation of said elastomeric material, with the vulcanising being carried out by hot pressing of the elastomeric material and of the fabric deposited on the surface thereof; - a second welding operation per se, during which the thermoplastic composite material is welded to the functionalised layer of the elastomeric material. - a first operation of functionalising the elastomeric material by means of a nonwoven fabric consisting of fibres of thermoplastic material, with the functionalising being carried out by placing the fabric on the surface of the raw elastomeric material and penetration of the fabric into the superficial layer of the elastomeric material during the vulcanising operation of said elastomeric material, with the vulcanising being carried out by hot pressing of the elastomeric material and of the fabric deposited on the surface thereof; - a second welding operation per se, during which the thermoplastic composite material is welded to the functionalised layer of the elastomeric material.
A calibration system for a three dimensional printing system which forms a three dimensional article of manufacture through a layer-by-layer process with layers being formed by the operation of a light engine selectively curing photocure resin onto a face of the three dimensional article of manufacture comprising: at least one sensor including a photodetector overlaid by an optical element, the optical element simulating a dense portion of an optical path between the light engine and the face of the three dimensional article of manufacture, the dense portion of the optical path including a layer of the photocure resin; an apparatus for positioning the at least one sensor to provide coverage of a lateral build plane of the light engine; and a controller configured to: (a) activate the light engine to illuminate the build plane at a lateral position; (b) receive a signal from the at least one sensor in response to received light from the light engine; (c) repeat (a)-(b) until a set of calibration values mapping the light engine build plane is defined; and (d) store the set of calibration values for the light engine, the calibration values compensating for a variation in the optical path as a function of the lateral position in the build plane. at least one sensor including a photodetector overlaid by an optical element, the optical element simulating a dense portion of an optical path between the light engine and the face of the three dimensional article of manufacture, the dense portion of the optical path including a layer of the photocure resin; an apparatus for positioning the at least one sensor to provide coverage of a lateral build plane of the light engine; and a controller configured to: (a) activate the light engine to illuminate the build plane at a lateral position; (b) receive a signal from the at least one sensor in response to received light from the light engine; (c) repeat (a)-(b) until a set of calibration values mapping the light engine build plane is defined; and (d) store the set of calibration values for the light engine, the calibration values compensating for a variation in the optical path as a function of the lateral position in the build plane. (a) activate the light engine to illuminate the build plane at a lateral position; (b) receive a signal from the at least one sensor in response to received light from the light engine; (c) repeat (a)-(b) until a set of calibration values mapping the light engine build plane is defined; and (d) store the set of calibration values for the light engine, the calibration values compensating for a variation in the optical path as a function of the lateral position in the build plane.
An air chuck with a head, comprising: a handle having a front face having a manufactured angle; the air chuck being characterised in that: the head is a variable angle swivel head; and a swivel mechanism which comprises a banjo bolt, an air chuck tip and a pin, which together provide an air passage, whereby said head is connected to said handle by said swivel mechanism, and said manufactured angle of said front face of said handle lies in the range of 15 degrees to 45 degrees. a handle having a front face having a manufactured angle; the air chuck being characterised in that: the head is a variable angle swivel head; and the head is a variable angle swivel head; and a swivel mechanism which comprises a banjo bolt, an air chuck tip and a pin, which together provide an air passage, whereby said head is connected to said handle by said swivel mechanism, and said manufactured angle of said front face of said handle lies in the range of 15 degrees to 45 degrees.
A refrigerator comprising - a body, - at least one opening disposed on the body, - two doors (4, 5) supported from one of their sides to the side walls of the body so as to cover the opening and to stand side by side when closed, - more than one shelf mounted onto the door (4, 5) and - a mullion disposed on the first door, that makes rotational movement around the axis whereby it is connected to the first door during the opening/closing motion of the first door and that closes between the doors (4, 5) air-proofingly when the two doors (4, 5) are closed, characterized by - at least one light source, disposed on the mullion, that provides at least the shelves on the first door to be illuminated when the first door is open and provides at least the interior of the body to be illuminated when the second door is open and the first door is closed. - a body, - at least one opening disposed on the body, - two doors (4, 5) supported from one of their sides to the side walls of the body so as to cover the opening and to stand side by side when closed, - more than one shelf mounted onto the door (4, 5) and - a mullion disposed on the first door, that makes rotational movement around the axis whereby it is connected to the first door during the opening/closing motion of the first door and that closes between the doors (4, 5) air-proofingly when the two doors (4, 5) are closed, characterized by - at least one light source, disposed on the mullion, that provides at least the shelves on the first door to be illuminated when the first door is open and provides at least the interior of the body to be illuminated when the second door is open and the first door is closed.
Protection device for use in an electrical current circuit of an electrical machine, in particular an electric motor, having a holding device that is embodied for the purpose of receiving and holding current supplying devices for supplying the electrical current, wherein the holding device is embodied from a first material having a first melting temperature T1, having a temperature protection device that is embodied for the purpose of protecting the electrical current circuit, and that is embodied from a second material having a second melting temperature T2, wherein the first material and the second material are selected in such a manner and/or the temperature protection device is arranged in such a manner that the electrical current circuit is independently interrupted when achieving at least one of the melting temperatures T1, T2, characterized in that the ratio of the first melting temperature T1 to the second melting temperature T2 is in the range of 1.2 to 1.5.
A delivery unit for an apparatus for making a beverage, in particular for making an espresso coffee, the delivery unit comprising: - a cup-shaped body delimiting an inner chamber, the cup-shaped body comprising a lateral wall and a bottom wall; - an infeed spout for introducing beverage into the inner chamber; - an outfeed opening through which the beverage can come out of the inner chamber, the outfeed opening being positioned in a central portion of the bottom wall; - a partition wall located in the inner chamber and surrounding the outfeed opening, the partition wall dividing the inner chamber into a peripheral region and a central region, the outfeed opening being in the central region, characterised in that the infeed spout is designed to introduce the beverage into the peripheral region of the inner chamber with a direction substantially tangential to the lateral wall; and wherein the partition wall comprises a plurality of passage openings for allowing the beverage to pass from the peripheral region to the central region. - a cup-shaped body delimiting an inner chamber, the cup-shaped body comprising a lateral wall and a bottom wall; - an infeed spout for introducing beverage into the inner chamber; - an outfeed opening through which the beverage can come out of the inner chamber, the outfeed opening being positioned in a central portion of the bottom wall; - a partition wall located in the inner chamber and surrounding the outfeed opening, the partition wall dividing the inner chamber into a peripheral region and a central region, the outfeed opening being in the central region,
A process for the production of 15-hydroxy derivatives of fatty acids comprising enzymatically oxidizing a fatty acid under a pressurized oxygen atmosphere of at least 200 kPa (2 bar) to form a 15-hydroperoxy fatty acid intermediate; and reducing at least a portion of the 15-hydroperoxy fatty acid intermediate using cysteine as a reducing agent.
A copper-ceramic bonded body comprising: a copper member formed of copper or a copper alloy; and a ceramic member formed of nitride ceramic or alumina, wherein the copper member and the ceramic member are bonded to each other, an active element oxide layer containing an active element, oxygen, and phosphorous is formed at bonding interfaces between the copper member and the ceramic member, a concentration of the active element in the active element oxide layer is in a range of 35 at% to 70 at%, a thickness of the active element oxide layer is in a range of 5 nm to 220 nm, measured by observing the bonding interfaces with magnification of 200000 using a transmission electron microscope, the active element is Ti, Zr, Hf or Nb, and the phosphorous concentration of the active element oxide layer is in a range of 1.5 mass% to 10 mass%. a copper member formed of copper or a copper alloy; and a ceramic member formed of nitride ceramic or alumina, wherein the copper member and the ceramic member are bonded to each other, an active element oxide layer containing an active element, oxygen, and phosphorous is formed at bonding interfaces between the copper member and the ceramic member, a concentration of the active element in the active element oxide layer is in a range of 35 at% to 70 at%, a thickness of the active element oxide layer is in a range of 5 nm to 220 nm, measured by observing the bonding interfaces with magnification of 200000 using a transmission electron microscope, the active element is Ti, Zr, Hf or Nb, and the phosphorous concentration of the active element oxide layer is in a range of 1.5 mass% to 10 mass%.
Method for refining a fat mass (m), namely a chocolate mass or cocoa mass, wherein the fat mass (m) is exposed to an active atmosphere which is different from the ambient atmosphere in at least one open centrifugal mixer (1; 21; 41) that offers a free discharge of the mass in such a manner that no backup of the mass occurs, having a substantially horizontally arranged drum, the end of which is open and is not tapered or is only slightly tapered, and a shaft that is at least in part provided with pegs, wherein the active atmosphere has a pressure and/or composition that is different from the ambient atmosphere.
A socket-side plug and a pin-side plug for electrical connection with each other, wherein the pin-side plug comprises a pin-side plug housing with a plug base and a plug wall, an electrically conducting contact pin with a free pin end and a base-side pin end for fastening the contact pin to the pin-side plug housing, and a protective element, which is designed to be electrically insulating, wherein the protective element is arranged on the pin-side plug housing at a distance from the contact pin and wherein the socket-side plug comprises a socket-side plug housing with a plug base and a plug wall, and a socket, which is arranged in the socket-side plug housing and is designed for receiving the contact pin in the connected state, wherein the socket-side plug housing has a receptacle for receiving the protective element in the connected state, characterized in that the socket is arranged in a conductor element, wherein the receptacle for receiving the protective element extends into the conductor element, and that the receptacle is arranged in the conductor element in such a way that the protective element is surrounded by the conductor element exclusively on its circumferential side, but not at its end face.
A method comprising: composing uplink feedback signaling for individual ones of a plurality of received downlink high speed packet access carriers associated with a subframe duration, each carrier having an associated carrier index, where the uplink feedback signaling is composed in accordance with a mapping configured to distribute the uplink feedback signaling over a plurality of consecutive uplink long term evolution subframes (262, 264) associated with a different subframe duration based at least in part on the associated carrier indices, where the mapping is further configured to distribute a precoding control indicator for a primary downlink high speed packet access carrier to a first subframe 0 of the plurality of uplink long term evolution subframes, a precoding control indicator for a first secondary downlink high speed packet access carrier is assigned to a next occurring second subframe 0 of the plurality of uplink long term evolution subframes, a precoding control indicator for a second secondary downlink high speed packet access carrier to a first subframe 1 of the plurality of uplink long term evolution subframes following the first subframe 0, and a precoding control indicator for a third secondary downlink high speed packet access carrier to a second subframe 1 of the plurality of uplink long term evolution subframes following the second subframe 0; and transmitting the uplink feedback signaling on the plurality of uplink long term evolution subframes (262, 264). composing uplink feedback signaling for individual ones of a plurality of received downlink high speed packet access carriers associated with a subframe duration, each carrier having an associated carrier index, where the uplink feedback signaling is composed in accordance with a mapping configured to distribute the uplink feedback signaling over a plurality of consecutive uplink long term evolution subframes (262, 264) associated with a different subframe duration based at least in part on the associated carrier indices, where the mapping is further configured to distribute a precoding control indicator for a primary downlink high speed packet access carrier to a first subframe 0 of the plurality of uplink long term evolution subframes, a precoding control indicator for a first secondary downlink high speed packet access carrier is assigned to a next occurring second subframe 0 of the plurality of uplink long term evolution subframes, a precoding control indicator for a second secondary downlink high speed packet access carrier to a first subframe 1 of the plurality of uplink long term evolution subframes following the first subframe 0, and a precoding control indicator for a third secondary downlink high speed packet access carrier to a second subframe 1 of the plurality of uplink long term evolution subframes following the second subframe 0; and transmitting the uplink feedback signaling on the plurality of uplink long term evolution subframes (262, 264).
An intraocular lens configured to be implanted within a capsular bag of a patient's eye, the lens comprising: a fluid optic body comprising a cavity for containing an optical fluid, the cavity defined by: a deformable optical membrane configured to extend across an optical axis of a patient's eye, the deformable optical membrane defining an anterior surface of the cavity; a second optical membrane configured to extend across the optical axis of the patient's eye, the second optical membrane defining a posterior surface of the cavity; and a sidewall having an anterior end connected to the deformable optical membrane and a posterior end connected to the second optical membrane such that the sidewall extends between the deformable optical membrane and the second optical membrane; and a second optic body spaced a distance apart from the fluid optic body and configured to extend across the optical axis of the patient's eye; and a plurality of struts extending from the sidewall and coupling the fluid optic body to the second optic body, wherein the struts are configured such that axial compression of the capsular bag along the optical axis causes the plurality of struts to rotate the sidewall about a pivot in a manner that increases a diameter of the cavity at the anterior end of the sidewall relative to a diameter of the cavity at the posterior end of the sidewall such that a radius of curvature of the deformable optical membrane is increased. a deformable optical membrane configured to extend across an optical axis of a patient's eye, the deformable optical membrane defining an anterior surface of the cavity; a second optical membrane configured to extend across the optical axis of the patient's eye, the second optical membrane defining a posterior surface of the cavity; and a sidewall having an anterior end connected to the deformable optical membrane and a posterior end connected to the second optical membrane such that the sidewall extends between the deformable optical membrane and the second optical membrane; and a second optic body spaced a distance apart from the fluid optic body and configured to extend across the optical axis of the patient's eye; and a plurality of struts extending from the sidewall and coupling the fluid optic body to the second optic body, wherein the struts are configured such that axial compression of the capsular bag along the optical axis causes the plurality of struts to rotate the sidewall about a pivot in a manner that increases a diameter of the cavity at the anterior end of the sidewall relative to a diameter of the cavity at the posterior end of the sidewall such that a radius of curvature of the deformable optical membrane is increased.