mhurhangee/patent-ind-claim-en huggingface dataset:
A method for fabricating a semiconductor device structure, the method comprising: forming a first gate structure being a trench gate structure adjacent to a first region of semiconductor material having a first conductivity type, and forming a second gate structure being a lateral gate structure overlying the first region and offset from the first gate structure ; and subsequently: forming a second region being a body region of semiconductor material having a second conductivity type within the first region of semiconductor material by implanting ions having the second conductivity type into the first region and diffusing the implanted ions; forming, by implanting ions, a further region of semiconductor material having the first conductivity type within the body region adjacent to the trench gate structure ; and forming, by implanting ions a third region being a source region of semiconductor material having the first conductivity type within the second region , wherein a first portion of the second region underlying the second gate structure is disposed between the first gate structure and the third region . forming a first gate structure being a trench gate structure adjacent to a first region of semiconductor material having a first conductivity type, and forming a second gate structure being a lateral gate structure overlying the first region and offset from the first gate structure ; and subsequently: forming a second region being a body region of semiconductor material having a second conductivity type within the first region of semiconductor material by implanting ions having the second conductivity type into the first region and diffusing the implanted ions; forming, by implanting ions, a further region of semiconductor material having the first conductivity type within the body region adjacent to the trench gate structure ; and forming, by implanting ions a third region being a source region of semiconductor material having the first conductivity type within the second region , wherein a first portion of the second region underlying the second gate structure is disposed between the first gate structure and the third region . forming a second region being a body region of semiconductor material having a second conductivity type within the first region of semiconductor material by implanting ions having the second conductivity type into the first region and diffusing the implanted ions; forming, by implanting ions, a further region of semiconductor material having the first conductivity type within the body region adjacent to the trench gate structure ; and forming, by implanting ions a third region being a source region of semiconductor material having the first conductivity type within the second region , wherein a first portion of the second region underlying the second gate structure is disposed between the first gate structure and the third region .
A stabilizer for a line , the stabilizer comprising: a guide configured for arrangement on the line to resist and/or damp lateral motions of the line , the guide comprising: a guide jacket having a static sleeve configured to allow the line to pass through the guide ; and a liner housed within the guide jacket and having an inner diameter and an outer diameter, the inner diameter defining an opening to allow the line to pass through the guide , the liner comprising a resilient wear-resistant material; characterised in that : the liner comprises a break point configured to provide a defined break in the event of a failure of the liner . a guide jacket having a static sleeve configured to allow the line to pass through the guide ; and a liner housed within the guide jacket and having an inner diameter and an outer diameter, the inner diameter defining an opening to allow the line to pass through the guide , the liner comprising a resilient wear-resistant material; characterised in that : the liner comprises a break point configured to provide a defined break in the event of a failure of the liner .
Coated polyester film with transparency of at least 93 %, measured according to ASTM-D 1003-61 (method A), comprising: at least one base layer B which comprises a thermoplastic polyester and a UV stabilizer; where the polyester film has a first and a second surface, where a permanent antifog coating has been applied on at least one of the surfaces of the polyester film, and where the refractive index of the antifog coating is lower than that of the base layer B and where the antifog coating is the reaction product of a dispersion of an antifog-coating composition that comprises, alongside water, a) hygroscopic, porous material, b) a crosslinking agent based on polymer, c) an adhesion-promoting organofunctional silane and d) one or more surfactants. at least one base layer B which comprises a thermoplastic polyester and a UV stabilizer; where the polyester film has a first and a second surface, where a permanent antifog coating has been applied on at least one of the surfaces of the polyester film, and where the refractive index of the antifog coating is lower than that of the base layer B and where the antifog coating is the reaction product of a dispersion of an antifog-coating composition that comprises, alongside water, a) hygroscopic, porous material, b) a crosslinking agent based on polymer, c) an adhesion-promoting organofunctional silane and d) one or more surfactants.
A motor unit for a sunroof comprising: a lower housing configured as a box body having an open upper surface and having a drive motor provided therein, the drive motor driving a motor shaft having a worm gear provided thereon; an upper housing configured as a box body having an open lower surface so as to cover the open upper surface of the lower housing , the upper housing having a protruding hub formed at a center portion thereof; a bush provided in the protruding hub of the upper housing ; a worm wheel having a circumference configured to be rotated in engagement with the worm gear and having a hub part formed at a center of the worm wheel by protruding therefrom, the hub part being rotatably installed by passing through an inside of the bush ; a drive shaft installed to be fixed to the worm wheel by passing through the hub part of the worm wheel ; a pinion gear coupled to an upper end part of the drive shaft such that power is transmitted therebetween; a washer located between the pinion gear and the hub part of the worm wheel ; and a bottom cover allowing the worm wheel to be rotatably mounted thereto, wherein a bent part is formed at an upper end of the drive shaft , the bent part covering a portion of an upper surface of the pinion gear , and a contact part is formed at an upper surface of the worm wheel , the contact part configured to be in contact with a lower surface of the bush . a lower housing configured as a box body having an open upper surface and having a drive motor provided therein, the drive motor driving a motor shaft having a worm gear provided thereon; an upper housing configured as a box body having an open lower surface so as to cover the open upper surface of the lower housing , the upper housing having a protruding hub formed at a center portion thereof; a bush provided in the protruding hub of the upper housing ; a worm wheel having a circumference configured to be rotated in engagement with the worm gear and having a hub part formed at a center of the worm wheel by protruding therefrom, the hub part being rotatably installed by passing through an inside of the bush ; a drive shaft installed to be fixed to the worm wheel by passing through the hub part of the worm wheel ; a pinion gear coupled to an upper end part of the drive shaft such that power is transmitted therebetween; a washer located between the pinion gear and the hub part of the worm wheel ; and a bottom cover allowing the worm wheel to be rotatably mounted thereto, wherein a bent part is formed at an upper end of the drive shaft , the bent part covering a portion of an upper surface of the pinion gear , and a contact part is formed at an upper surface of the worm wheel , the contact part configured to be in contact with a lower surface of the bush .
Measuring device for measuring parameters in melts, in particular for measuring the temperature, in particular in metal or cryolite melts with a melting point above 500°C, with an optical fibre for receiving radiation from the melt and with a cable drum that comprises an external circumference for accommodation of the optical fibre and an internal space that is surrounded by the external circumference, characterised in that an optical fibre connection , a distributor , and a mode filter for the optical fibre are arranged in the internal space , whereby one end of the optical fibre is guided through an opening in the external jacket surface of the cable drum into the internal space of the cable drum and, there, is guided into the distributor by means of guide rails on the internal circumferential surface of the cable drum , and whereby the optical fibre is guided through the mode filter into the optical fibre connection via various guide elements that are arranged in the distributor .
Galley, comprising - a roller-shutter device having at least one load-bearing slat unit , a first roller-shutter profile and an opposite second roller-shutter profile and at least one roller-shutter guide ; and - a counter unit having a counter and a counter-guide profile , which interacts with the roller-shutter guide to guide the load-bearing slat unit ; and - wherein the roller-shutter guide can be moved relative to the counter-guide profile in a horizontal direction of the counter ; - wherein the roller-shutter guide engages around the counter-guide profile at least partly arranged above the counter ; - wherein the first roller-shutter profile and the opposite second roller-shutter profile are formed with the roller-shutter guide as a U-shaped profile, characterized in that the roller-shutter guide has at least one guide roller , which is arranged between the first roller-shutter profile and the second roller-shutter profile and which interacts with the counter-guide profile . - a roller-shutter device having at least one load-bearing slat unit , a first roller-shutter profile and an opposite second roller-shutter profile and at least one roller-shutter guide ; and - a counter unit having a counter and a counter-guide profile , which interacts with the roller-shutter guide to guide the load-bearing slat unit ; and - wherein the roller-shutter guide can be moved relative to the counter-guide profile in a horizontal direction of the counter ; - wherein the roller-shutter guide engages around the counter-guide profile at least partly arranged above the counter ; - wherein the first roller-shutter profile and the opposite second roller-shutter profile are formed with the roller-shutter guide as a U-shaped profile,
Machine for the assembly of profiles which are formed of at least a first profile section and a second profile section which are connected by means of one or several thermally insulating sections , whereby edges of the thermally insulating sections are provided in grooves of the profile sections , whereby the machine is provided with one or several press tools or roller tools which can intervene at the grooves of the profile sections in order to plastically deform one or several walls of the grooves by means of pressing or rolling, and in order to achieve a clamping of the thermally insulating sections in the grooves and thus a connection between the profile sections , whereby the machine is provided with roughening means with which the grooves can be roughened, and whereby the press tools and the roughening means are provided on one or several trolleys which can move to and fro along profile sections to be assembled, and whereby during a forward movement of the trolley or trolleys, the grooves are first roughened and the thermally insulating sections are provided in the grooves , and during a return movement of the trolley or trolleys the grooves are plastically deformed by means of the press tools so as to connect the profile sections whereby the machine is provided with at least one pair of press tools (49-50, 51-52) provided on either side of a profile section to be assembled, whereby both press tools (49-50, 51-52) of such a pair of press tools are moreover arranged such that they can move in a lateral direction (HH') at right angles to the longitudinal direction of a profile to be formed during the pressure or rolling operation, whereby the machine is provided with press means , said press means adapted for exerting an adjustable pressure on the related press tools of at least one such pair of press tools (49-50, 51 -52) on either side of a profile section to be assembled in the aforesaid lateral direction (HH') and towards the profile sections to be assembled so as to be able to exert an adjustable force on the corresponding walls of the grooves , characterized in that the press tools constantly position themselves in relation to the central axis of the profile to be formed under the influence of the local shape of the profile sections by use of a hydraulic system with switching means which contain one or several proportional valves such that a constant force is continuously exerted on each of the respective walls of the grooves of the profile sections during the processing of a profile , irrespective of small deviations in the shape of the profile sections due to differences within certain tolerance limits while they are being manufactured, and whereby the aforesaid lateral direction (HH') is horizontal.
A turbomachine vane , this vane being made of a composite material formed of carbon fibres woven in three-dimensions and embedded in a polymerised resin, this vane comprising a root connected by a stilt to a blade which comprises a pressure side and a suction side , at least one anti-wear strip of fabric being located on a surface of the root and/or the stilt, characterised in that the at least one anti-wear strip is secured in a unitary manner to the surface of the root by said resin, and is produced by weaving PTFE and/or aramid fibres.
A heat pump system having an apparatus for separating refrigerant from lubricant in the heat pump system comprising: - a refrigeration circuit having a compressor that raises a pressure of a refrigerant gas, a condenser in fluid communication with the compressor that condenses the refrigerant gas into a high pressure liquid, an expansion valve in fluid communication with the condenser , the expansion valve converting the high pressure liquid into a mist of liquid entrained in gas, an evaporator in communication with the expansion valve and with the compressor , the evaporator changing the state of the mist of liquid to the refrigerant gas, the compressor further including components requiring lubrication, and the refrigerant gas dissolving in a lubricant in the compressor ; - a sump that receives the lubricant, the refrigerant gas and combinations thereof from the compressor ; - a conduit for providing the lubricant from the sump to the components of the compressor requiring lubrication; and - a refrigerant pressure reducing device between the sump and a low pressure region of the system reducing an amount of the refrigerant gas dissolved in the lubricant, the refrigerant pressure reducing device configured to lower refrigerant gas pressure within the sump below that of the low pressure region of the system, thereby removing the refrigerant gas from the sump and directing the refrigerant gas to the low pressure region of the system before the lubricant is returned from the sump to lubricate the components of the compressor , characterised in that the refrigerant pressure reducing device is not an ejector pump. - a refrigeration circuit having a compressor that raises a pressure of a refrigerant gas, a condenser in fluid communication with the compressor that condenses the refrigerant gas into a high pressure liquid, an expansion valve in fluid communication with the condenser , the expansion valve converting the high pressure liquid into a mist of liquid entrained in gas, an evaporator in communication with the expansion valve and with the compressor , the evaporator changing the state of the mist of liquid to the refrigerant gas, the compressor further including components requiring lubrication, and the refrigerant gas dissolving in a lubricant in the compressor ; - a sump that receives the lubricant, the refrigerant gas and combinations thereof from the compressor ; - a conduit for providing the lubricant from the sump to the components of the compressor requiring lubrication; and - a refrigerant pressure reducing device between the sump and a low pressure region of the system reducing an amount of the refrigerant gas dissolved in the lubricant, the refrigerant pressure reducing device configured to lower refrigerant gas pressure within the sump below that of the low pressure region of the system, thereby removing the refrigerant gas from the sump and directing the refrigerant gas to the low pressure region of the system before the lubricant is returned from the sump to lubricate the components of the compressor ,
An in vitro method for identifying a simple fatty liver or steatohepatitis in a subject suffering from fatty liver, the method comprising: measuring a target marker GP73 in a blood sample to be tested from the subject, and comparing the level of the target marker GP73 in the blood sample to be tested with a standard level thereof; wherein when the level of the target marker GP73 in the blood sample to be tested is lower than the standard level, the subject is identified as suffering from a simple fatty liver; or when the level of the target marker GP73 in the blood sample to be tested is higher than the standard level, the subject is identified as suffering from steatohepatitis. measuring a target marker GP73 in a blood sample to be tested from the subject, and comparing the level of the target marker GP73 in the blood sample to be tested with a standard level thereof; wherein when the level of the target marker GP73 in the blood sample to be tested is lower than the standard level, the subject is identified as suffering from a simple fatty liver; or when the level of the target marker GP73 in the blood sample to be tested is higher than the standard level, the subject is identified as suffering from steatohepatitis.
A pipe joint arrangement , comprising: a first pipe comprising a main body having a first diameter (D2), an end portion and a first pipe wall thickness (t); a second pipe comprising an end portion ; the end portion of the first pipe being welded to the end portion of the second pipe to form a pipe joint and to seal the pipe joint between the first pipe and the second pipe ; the first pipe comprising an outwardly-extending, buckle-inducing deformation that is spaced apart from the pipe joint in an upstream direction; wherein a crest height (X) of the buckle-inducing deformation is 50% to 500% of the first pipe wall thickness (t); wherein a contour of the buckle-inducing deformation is symmetric about a longitudinal axis of the first pipe , convex or sine-shaped, and curved from a crest of the buckle-inducing deformation to a regular exterior surface of the main body of the first pipe having the first diameter (D2); and wherein the buckle-inducing deformation is configured to ensure that buckling occur at the preselected location of the buckle-inducing deformation of the first pipe when the pipe joint arrangement is subjected to a geohazard event. a first pipe comprising a main body having a first diameter (D2), an end portion and a first pipe wall thickness (t); a second pipe comprising an end portion ; the end portion of the first pipe being welded to the end portion of the second pipe to form a pipe joint and to seal the pipe joint between the first pipe and the second pipe ; the first pipe comprising an outwardly-extending, buckle-inducing deformation that is spaced apart from the pipe joint in an upstream direction; wherein a crest height (X) of the buckle-inducing deformation is 50% to 500% of the first pipe wall thickness (t); wherein a contour of the buckle-inducing deformation is symmetric about a longitudinal axis of the first pipe , convex or sine-shaped, and curved from a crest of the buckle-inducing deformation to a regular exterior surface of the main body of the first pipe having the first diameter (D2); and wherein the buckle-inducing deformation is configured to ensure that buckling occur at the preselected location of the buckle-inducing deformation of the first pipe when the pipe joint arrangement is subjected to a geohazard event.
An image processing device comprising: at least one processor , a memory which stores a program configured to cause the processor to: detect a spicula candidate region (K21, K31, K32, K41, K42, K51) including a line structure that extends radially, from each of a plurality of tomographic images (P) indicating a plurality of tomographic planes of an object, and determine whether or not the spicula candidate region is a spicula on the basis of an amount of change of a center position of the line structure included in the spicula candidate region between the tomographic planes, wherein the program causes the processor to determine the spicula candidate region to be a spicula if a variation of the center position of the line structure in the spicula candidate region between the tomographic planes in an in-tomographic-plane direction is within a predetermined reference range. at least one processor , a memory which stores a program configured to cause the processor to: detect a spicula candidate region (K21, K31, K32, K41, K42, K51) including a line structure that extends radially, from each of a plurality of tomographic images (P) indicating a plurality of tomographic planes of an object, and determine whether or not the spicula candidate region is a spicula on the basis of an amount of change of a center position of the line structure included in the spicula candidate region between the tomographic planes, wherein the program causes the processor to determine the spicula candidate region to be a spicula if a variation of the center position of the line structure in the spicula candidate region between the tomographic planes in an in-tomographic-plane direction is within a predetermined reference range.
Method for operating a driver assistance system of a motor vehicle while the motor vehicle is travelling, in which a virtual vehicle is displayed to the driver of the motor vehicle on at least one display element , and in order to assist the driver , the virtual vehicle is varied with regard to its size and/or position and/or appearance on the display element while the virtual vehicle is displayed on the display element , characterized in that at least one current location of the motor vehicle is determined, wherein the virtual vehicle is displayed in a country-specific and/or region-specific manner depending on the determined location.
A radio frequency module waterproof structure, wherein the waterproof structure comprises a case body , a cover body , a first sealing layer , a middle sealing layer , and a second sealing layer , the first sealing layer is mounted on the case body , and the second sealing layer is mounted on the cover body and is arranged opposite to the first sealing layer ; the cover body covers the case body , and the middle sealing layer is sandwiched between the first sealing layer and the second sealing layer ; at least two first jacks are formed at a junction of the first sealing layer and the middle sealing layer ; and at least two second jacks are formed at a junction of the second sealing layer and the middle sealing layer , and the at least two first jacks and the at least two second jacks are distributed at two layers, one above the other, and are arranged in a staggered manner, wherein a support body is wrapped inside the middle sealing layer , and the support body and the middle sealing layer are formed by means of insert molding, wherein the support body is a metal piece that has a same shape as that of the middle sealing layer and a size smaller than that of the middle sealing layer .