mhurhangee/ep-ind-claims huggingface dataset:
A plug unit for an electrical device, in particular for a device with high current consumption, comprising at least two current paths (S1,S2) conducting current in operation of the device and each of which comprises a contact element (K1,K2) with a plug contact body and a line connector electrically connected to the plug contact body and, electrically conductively connected to the line connector, a line end piece (LE1,LE2) of a feed cable leading to the device, a plug bridge with a contact carrier, on which the contact elements (K1,K2) are held such that the plug contact bodies lie on one side of the contact carrier and the line connectors lie on the other side of the contact carrier, and a plug housing, which surrounds the plug bridge, the cable connectors and the line end pieces (LE1,LE2), characterised in that the plug unit comprises at least one first temperature sensor and at least one second temperature sensor, in that the at least one first temperature sensor is thermally coupled to at least one of the current paths (S1,S2) to a greater extent than the at least one second temperature sensor and in that the at least one second temperature sensor is coupled to at least one reference region of the plug housing to a greater extent than the at least one first temperature sensor.
Architecture of a propulsion system of a multiple-engine helicopter comprising turboshaft engines (5, 6), each turboshaft engine (5, 6) comprising a gas generator (17, 27) and a free turbine (10, 20) that is rotated by the gases from said gas generator, characterised in that it comprises: - at least one turboshaft engine from among said turboshaft engines, referred to as the hybrid turboshaft engine, that is capable of operating in at least one standby mode during a stable flight of the helicopter, the other turboshaft engines, referred to as running turboshaft engines, operating alone during this stable flight, - an air turbine that is mechanically connected to said gas generator of said hybrid turboshaft engine, - means for withdrawing pressurised air from the gas generator of a running turboshaft engine, - a duct for routing this withdrawn air to said air turbine such that the air turbine can transform the energy from said pressurised air into mechanical energy that drives said gas generator of said hybrid turboshaft engine. - at least one turboshaft engine from among said turboshaft engines, referred to as the hybrid turboshaft engine, that is capable of operating in at least one standby mode during a stable flight of the helicopter, the other turboshaft engines, referred to as running turboshaft engines, operating alone during this stable flight, - an air turbine that is mechanically connected to said gas generator of said hybrid turboshaft engine, - means for withdrawing pressurised air from the gas generator of a running turboshaft engine, - a duct for routing this withdrawn air to said air turbine such that the air turbine can transform the energy from said pressurised air into mechanical energy that drives said gas generator of said hybrid turboshaft engine.
A contact lens, comprising: a substrate that forms at least part of a body of the contact lens, the substrate comprising a hydrogel; and a hydration component that is configured to generate information associated with hydration level of an eye in which the contact lens is worn; wherein the hydration component comprises one or more sensors to generate the information associated with the hydration level; wherein the one or more sensors include at least one sensor configured to sense swelling of the hydrogel, and wherein the contact lens further comprises a processor that is configured to determine hydration level of the eye in which the contact lens is worn based on the information. a substrate that forms at least part of a body of the contact lens, the substrate comprising a hydrogel; and a hydration component that is configured to generate information associated with hydration level of an eye in which the contact lens is worn; wherein the hydration component comprises one or more sensors to generate the information associated with the hydration level; wherein the one or more sensors include at least one sensor configured to sense swelling of the hydrogel, and wherein the contact lens further comprises a processor that is configured to determine hydration level of the eye in which the contact lens is worn based on the information.
Method for manufacturing containers filled with a liquid filling material out of preforms made of a thermoplastic material, wherein the respective preform is thermally conditioned and then formed into the container during a forming and filling phase in a multi-part mound of a forming station, filling it with at least one liquid filling material as a pressure medium supplied to the preform under a pressure, wherein, while being formed into the container, the preform is preferably at least intermittently guided through a draw bar and is stretched in the axis direction, wherein the mould is transferable from an closed state into an open state for iteratively loading it with a preform and for subsequently removing a ready-formed container, wherein forming into the container is carried out against the mould inner wall with the mould closed, wherein the mould consists of a mould base and at least two lateral mould halves (206, 207), wherein the mould base and the other moulding elements (206, 207) are movably arranged towards each other and border one another at dividing lines, wherein the mould base is arranged in the vertical direction below the lateral moulds (206, 207), characterized in that, between successive loading operations, a method step of removing liquid from the mould is at least intermittently carried out via the mould base executing a tilting movement during or after transfer to its open state, in particular, starting with the transfer of the mould from the closed to the open state.
A method of fabricating a photodetector array or pixel array, the method having the following steps in the following order: forming a plurality of trenches at a front side of a substrate, the plurality of trenches having a predetermined trench depth; performing an oxidation step, thereby forming an oxide layer on inner walls of the plurality of trenches, said inner walls comprising sidewalls; removing the oxide layer from at least the sidewalls of the plurality of trenches; filling the plurality of trenches with a highly doped material; forming a plurality of photodiodes at the front side of the substrate, whereby each of the plurality of photodiodes is surrounded by the trenches in a plane parallel to the front side of the substrate; and thinning the substrate from the back side to a predetermined final substrate thickness. forming a plurality of trenches at a front side of a substrate, the plurality of trenches having a predetermined trench depth; performing an oxidation step, thereby forming an oxide layer on inner walls of the plurality of trenches, said inner walls comprising sidewalls; removing the oxide layer from at least the sidewalls of the plurality of trenches; filling the plurality of trenches with a highly doped material; forming a plurality of photodiodes at the front side of the substrate, whereby each of the plurality of photodiodes is surrounded by the trenches in a plane parallel to the front side of the substrate; and thinning the substrate from the back side to a predetermined final substrate thickness.
A sealing device (1; 2; 3) for sealing between a through-hole and a shaft inserted through the through-hole, the through-hole and the shaft rotating relative to each other, comprising: a reinforcing ring having an annular shape around an axis line (x); and an elastic body part formed from an elastic body, the elastic body part being attached to the reinforcing ring and having an annular shape around the axis line (x), wherein the elastic body part includes a seal lip having an annular shape, the seal lip contacting the shaft such that the shaft is slidable; and a side lip having an annular shape, wherein the side lip is provided on an atmosphere side (a) of the seal lip and extends toward the atmosphere side (a), a part of the side lip on a distal end edge side is configured to be in contact with a sliding surface perpendicular to the axis line (x), characterised in that in a surface of the side lip on an inner periphery side, at least one circumferential groove that is a groove having an annular shape around the axis line (x) is provided and at least one axial groove (41; 42; 44, 45; 46) that is a groove extending along a direction of the axis line (x) is provided, and the circumferential groove and the axial groove (41; 42; 44, 45; 46) are connected with each other. a reinforcing ring having an annular shape around an axis line (x); and an elastic body part formed from an elastic body, the elastic body part being attached to the reinforcing ring and having an annular shape around the axis line (x), wherein the elastic body part includes a seal lip having an annular shape, the seal lip contacting the shaft such that the shaft is slidable; and a side lip having an annular shape, wherein the side lip is provided on an atmosphere side (a) of the seal lip and extends toward the atmosphere side (a), a part of the side lip on a distal end edge side is configured to be in contact with a sliding surface perpendicular to the axis line (x), characterised in that in a surface of the side lip on an inner periphery side, at least one circumferential groove that is a groove having an annular shape around the axis line (x) is provided and at least one axial groove (41; 42; 44, 45; 46) that is a groove extending along a direction of the axis line (x) is provided, and the circumferential groove and the axial groove (41; 42; 44, 45; 46) are connected with each other.
A surgical system comprising: an image capture system, the image capture system being configured to capture a plurality of surgical site scenes, wherein the image capture system is further configured to capture each surgical site scene in the plurality of surgical site scenes from reflected light of three different wavebands comprising a first waveband having a range from 450 to 580 nanometers, a second waveband having a range from 640 to 750 nanometers, and a third waveband having a range from 900 to 1080 nanometers, each waveband of the plurality of wavebands being reflected by ureter tissue and tissue around the ureter tissue; a ureter analysis module coupled to the image capture system, the ureter analysis module being configured to: detect a difference between a spectral reflectance of the ureter tissue and a spectral reflectance of the tissue around the ureter tissue in each of the three wavebands; and identify the ureter tissue in the captured surgical site scenes based on the detected difference between the spectral reflectance of the ureter tissue and the spectral reflectance of the tissue around the ureter tissue; and a display device coupled to the ureter analysis module, the display device being configured to display a surgical site scene with the ureter tissue highlighted. an image capture system, the image capture system being configured to capture a plurality of surgical site scenes, wherein the image capture system is further configured to capture each surgical site scene in the plurality of surgical site scenes from reflected light of three different wavebands comprising a first waveband having a range from 450 to 580 nanometers, a second waveband having a range from 640 to 750 nanometers, and a third waveband having a range from 900 to 1080 nanometers, each waveband of the plurality of wavebands being reflected by ureter tissue and tissue around the ureter tissue; a ureter analysis module coupled to the image capture system, the ureter analysis module being configured to: detect a difference between a spectral reflectance of the ureter tissue and a spectral reflectance of the tissue around the ureter tissue in each of the three wavebands; and identify the ureter tissue in the captured surgical site scenes based on the detected difference between the spectral reflectance of the ureter tissue and the spectral reflectance of the tissue around the ureter tissue; and detect a difference between a spectral reflectance of the ureter tissue and a spectral reflectance of the tissue around the ureter tissue in each of the three wavebands; and identify the ureter tissue in the captured surgical site scenes based on the detected difference between the spectral reflectance of the ureter tissue and the spectral reflectance of the tissue around the ureter tissue; and a display device coupled to the ureter analysis module, the display device being configured to display a surgical site scene with the ureter tissue highlighted.
Method for producing a thermocompensated and coloured coil spring for a watchmaking piece, said method comprising the successive steps of: a) providing a coil spring comprising a silicon core, b) forming a first layer of silicon oxide on all of the faces (2a, 2b, 2c, 2d) of the core of the coil spring, the first layer having a thickness which is equal to a fraction of the thickness required for achieving thermal compensation, c) removing the first layer of silicon oxide from one face of the core designed to be coloured as a result of the interference effect, d) forming a second layer of silicon oxide on the face of the core designed to be coloured as a result of the interference effect and on other faces (2b, 2c, 2d) of the core designed to ensure thermal compensation, the second layer of silicon oxide having a predetermined thickness for achieving thermal compensation and also giving to said face of the core intended to be colored a colour as a result of the interference effect. a) providing a coil spring comprising a silicon core, b) forming a first layer of silicon oxide on all of the faces (2a, 2b, 2c, 2d) of the core of the coil spring, the first layer having a thickness which is equal to a fraction of the thickness required for achieving thermal compensation, c) removing the first layer of silicon oxide from one face of the core designed to be coloured as a result of the interference effect, d) forming a second layer of silicon oxide on the face of the core designed to be coloured as a result of the interference effect and on other faces (2b, 2c, 2d) of the core designed to ensure thermal compensation, the second layer of silicon oxide having a predetermined thickness for achieving thermal compensation and also giving to said face of the core intended to be colored a colour as a result of the interference effect.
A leveling slider exchange arrangement for use in an apparatus for manufacturing three-dimensional work pieces by irradiating powder layers with electromagnetic radiation or particle radiation, the leveling slider exchange arrangement comprising: - a powder application device adapted to apply a raw material powder onto a carrier, - a leveling slider adapted to level the raw material powder applied onto the carrier by means of the powder application device, - an attachment mechanism adapted to releasably attach the leveling slider in a leveling slider attachment position in the powder application device, - a storage chamber adapted to store at least one exchange leveling slider, the storage chamber being connected to a connecting channel adapted to connect the storage chamber to the leveling slider attachment position in the powder application device, - a leveling slider exchange mechanism adapted to withdraw the exchange leveling slider from the storage chamber, to move the exchange leveling slider to the leveling slider attachment position in the powder application device via the connecting channel and to bring the exchange leveling slider into engagement with the attachment mechanism. - a powder application device adapted to apply a raw material powder onto a carrier, - a leveling slider adapted to level the raw material powder applied onto the carrier by means of the powder application device, - an attachment mechanism adapted to releasably attach the leveling slider in a leveling slider attachment position in the powder application device, - a storage chamber adapted to store at least one exchange leveling slider, the storage chamber being connected to a connecting channel adapted to connect the storage chamber to the leveling slider attachment position in the powder application device, - a leveling slider exchange mechanism adapted to withdraw the exchange leveling slider from the storage chamber, to move the exchange leveling slider to the leveling slider attachment position in the powder application device via the connecting channel and to bring the exchange leveling slider into engagement with the attachment mechanism.
Profile arrangement for a window or a door, comprising - a first profile and a second profile, wherein - the first profile and the second profile are connected by at least a first insulating web and a second insulating web, and - a third profile and a fourth profile, wherein - the third profile and the fourth profile are connected by at least a third insulating web and a fourth insulating web, wherein - a first insulating body is mounted on the arrangement consisting of the first profile, second profile and the at least one insulating web, wherein - a second insulating body is mounted on the arrangement consisting of the third profile, fourth profile and the at least one insulating web, wherein - the arrangement consisting of the first profile, second profile, first insulating web and second insulating web forms a frame, wherein - the arrangement consisting of the third profile, fourth profile, third insulating web and fourth insulating web forms a sash frame, wherein - the first insulating body is mounted on the first insulating web and the second insulating body is mounted on the third insulating web, wherein - the insulating bodies (21, 22) are opposite one another when the window or door is closed, characterized in that - when the window or door is closed, the first insulating body and the second insulating body have a gap between them which is open to both sides, wherein - the gap spacing is greater than 0 but less than or equal to 2 mm. - a first profile and a second profile, wherein - the first profile and the second profile are connected by at least a first insulating web and a second insulating web, and - a third profile and a fourth profile, wherein - the third profile and the fourth profile are connected by at least a third insulating web and a fourth insulating web, wherein - a first insulating body is mounted on the arrangement consisting of the first profile, second profile and the at least one insulating web, wherein - a second insulating body is mounted on the arrangement consisting of the third profile, fourth profile and the at least one insulating web, wherein - the arrangement consisting of the first profile, second profile, first insulating web and second insulating web forms a frame, wherein - the arrangement consisting of the third profile, fourth profile, third insulating web and fourth insulating web forms a sash frame, wherein - the first insulating body is mounted on the first insulating web and the second insulating body is mounted on the third insulating web, wherein - the insulating bodies (21, 22) are opposite one another when the window or door is closed, - when the window or door is closed, the first insulating body and the second insulating body have a gap between them which is open to both sides, wherein - the gap spacing is greater than 0 but less than or equal to 2 mm.
A laundry treatment apparatus comprising: a cabinet having an accommodation space formed therein to accommodate laundry; a presser removably mounted in the accommodation space and configured to apply pressure to laundry to remove wrinkles from laundry, wherein the presser includes: a support part for supporting laundry; and a press part rotatably connected to the support part to apply pressure to laundry inserted between the press part and the support part, wherein the support part includes a support body which forms an external appearance of the support part; characterized in that the support part includes a support plate disposed in front of the support body to support laundry; wherein the support plate is configured such that a middle portion in a lateral direction thereof is secured to the front surface of the support body and such that a distance between the support plate and the support body gradually increases from the middle portion of the support plate to both lateral sides thereof. a cabinet having an accommodation space formed therein to accommodate laundry; a presser removably mounted in the accommodation space and configured to apply pressure to laundry to remove wrinkles from laundry, wherein the presser includes: a support part for supporting laundry; and a press part rotatably connected to the support part to apply pressure to laundry inserted between the press part and the support part, wherein the support part includes a support body which forms an external appearance of the support part; characterized in that the support part includes a support plate disposed in front of the support body to support laundry; wherein the support plate is configured such that a middle portion in a lateral direction thereof is secured to the front surface of the support body and such that a distance between the support plate and the support body gradually increases from the middle portion of the support plate to both lateral sides thereof. a support part for supporting laundry; and a press part rotatably connected to the support part to apply pressure to laundry inserted between the press part and the support part, wherein the support part includes a support body which forms an external appearance of the support part; characterized in that the support part includes a support plate disposed in front of the support body to support laundry; wherein the support plate is configured such that a middle portion in a lateral direction thereof is secured to the front surface of the support body and such that a distance between the support plate and the support body gradually increases from the middle portion of the support plate to both lateral sides thereof.
A continuous process for producing sulfuric acid, comprising the steps: I. combusting a sulfur-containing waste gas in a combustion unit to form a sulfur dioxide-containing process gas, II. concentrating SO 2, III. catalytically oxidizing SO 2 to SO 3 in a first contact stage, IV. absorbing SO 3, V. optionally passing through additional stages for further catalytic oxidation of SO 2 to SO 3, optionally with subsequent absorption of SO 3, characterized in that the sulfur-containing waste gas contains an amine acid gas that results from amine scrubbing and has an H 2 S content of 80-90 mol-%, or the sulfur-containing waste gas contains a gas that results from a sour water stripper and contains one or more compounds having bound nitrogen, wherein the combustion in step I is distributed over at least two combustion zones that are separated from one another by heat exchangers so that the maximum temperature in a combustion zone does not exceed 2000°C, and the sulfur-containing waste gas with bound nitrogen is metered into the first combustion zone and is combusted under locally prevailing reducing conditions to suppress the formation of nitrogen oxides. I. combusting a sulfur-containing waste gas in a combustion unit to form a sulfur dioxide-containing process gas, II. concentrating SO 2, III. catalytically oxidizing SO 2 to SO 3 in a first contact stage, IV. absorbing SO 3, V. optionally passing through additional stages for further catalytic oxidation of SO 2 to SO 3, optionally with subsequent absorption of SO 3,