mhurhangee/patent-ind-claim-en huggingface dataset:
A surgery support system comprising: an acquiring unit configured to acquire a first surgery image; an analysis unit configured to generate risk analysis information from the first surgery image by applying the first surgery image acquired by the acquiring unit to a trained model generated using learning data, the learning data including a second surgery image different from the first surgery image, the second surgery image having associated information on a complication risk due to surgery; and an output unit configured to output surgery support information that is based on the risk analysis information generated by the analysis unit, in a superimposed manner on the first surgery image. an acquiring unit configured to acquire a first surgery image; an analysis unit configured to generate risk analysis information from the first surgery image by applying the first surgery image acquired by the acquiring unit to a trained model generated using learning data, the learning data including a second surgery image different from the first surgery image, the second surgery image having associated information on a complication risk due to surgery; and an output unit configured to output surgery support information that is based on the risk analysis information generated by the analysis unit, in a superimposed manner on the first surgery image.
A bone anchor inserter (100; 300), comprising: a shaft configured to interface with a bone anchor ; a circumferential proper depth indicator on the shaft; an upper visual indicator on the shaft, the upper visual indicator located adjacent to the proper depth indicator on a first side of the proper depth indicator furthest from the bone anchor; and a lower visual indicator on the shaft, the lower visual indicator located adjacent to the proper depth indicator on a second side of the proper depth indicator opposite from the first side, the lower visual indicator being a visually different pattern, design or colour from the upper visual indicator, wherein the proper depth indicator is an interface between the pattern, design or colour of the upper visual indicator and the lower visual indicator . a shaft configured to interface with a bone anchor ; a circumferential proper depth indicator on the shaft; an upper visual indicator on the shaft, the upper visual indicator located adjacent to the proper depth indicator on a first side of the proper depth indicator furthest from the bone anchor; and a lower visual indicator on the shaft, the lower visual indicator located adjacent to the proper depth indicator on a second side of the proper depth indicator opposite from the first side, the lower visual indicator being a visually different pattern, design or colour from the upper visual indicator, wherein the proper depth indicator is an interface between the pattern, design or colour of the upper visual indicator and the lower visual indicator .
A method of calibrating a levelling offset meter (LOM) for calculating the angular offset between a plane parallel to the LOM and a predetermined reference plane, the LOM comprising a bull's eye spirit level having a bubble therein, and a processor operatively coupled to an imager , characterized in that the method comprises: Capturing , by the imager , a plurality of images of the spirit level , the plurality of images associated with a respective plurality of known angular offsets, each image being captured while the LOM is oriented with respect to the predetermined reference plane at the known angular offset associated with the image; wherein said different known angular offsets are obtained by setting the LOM on a moveable table or surface which can be tilted at various degrees of pitch and/or roll and which allows for precise measuring of the tilt angles; calculating, by the processor , in respect of each image, a pixel distance from the bubble center to a predetermined zero offset pixel, thereby obtaining in respect of the plurality of images a plurality of pixel distances, each pixel distance associated with a known angular offset; fitting , by the processor , a function to a plurality of pairs of values, each pair of values comprising a pixel distance and its associated known angular offset, said function being useable to map a new pixel distance obtained in respect of a new image to a corresponding angular offset between a plane parallel to the LOM and the predetermined reference plane; and storing the function in a memory . Capturing , by the imager , a plurality of images of the spirit level , the plurality of images associated with a respective plurality of known angular offsets, each image being captured while the LOM is oriented with respect to the predetermined reference plane at the known angular offset associated with the image; wherein said different known angular offsets are obtained by setting the LOM on a moveable table or surface which can be tilted at various degrees of pitch and/or roll and which allows for precise measuring of the tilt angles; calculating, by the processor , in respect of each image, a pixel distance from the bubble center to a predetermined zero offset pixel, thereby obtaining in respect of the plurality of images a plurality of pixel distances, each pixel distance associated with a known angular offset; fitting , by the processor , a function to a plurality of pairs of values, each pair of values comprising a pixel distance and its associated known angular offset, said function being useable to map a new pixel distance obtained in respect of a new image to a corresponding angular offset between a plane parallel to the LOM and the predetermined reference plane; and storing the function in a memory .
An isolated adenovirus with a mutation in the RGD motif of the penton protein, wherein the mutation causes reduced binding of β3 integrins of a host cell, and two mutations in the hexon hypervariable loops, wherein said hexon mutations comprise a mutation in the HVR1 loop and a mutation in the HVR7 loop, wherein the HVR7 mutation comprises a T425A mutation according to SEQ ID NO:2; wherein the HVR1 mutation comprises a substitution with SEQ ID NO:5 or SEQ ID NO:6.
Cooking device , comprising a hob , an extractor hood having a fan device that is arranged below the hob when the cooking device is in the installed position, and a frame that encompasses the hob , the cooking device being arranged substantially in one plane with a worktop, characterised in that the frame is arranged, at least in portions, so as to be vertically movable relative to the hob and is located, in a rest state, in one plane with the hob and is raised at least in portions with respect to the hob in an operating state, in particular of the extractor hood, and, in the operating state, exposes at least one suction opening of the extractor hood.
A bracket for being connected to batteries and a power consumption device body , a battery of the batteries comprising a box body and a battery cell accommodated in the box body , wherein the bracket comprises: a pair of first beams , the pair of first beams being oppositely arranged; at least one support beam , wherein each support beam is connected to the pair of first beams , a space between the pair of first beams is separated by the at least one support beam into a plurality of subspaces , the plurality of subspaces are arranged along the length direction of the first beams , each subspace is configured to accommodate at least one of the batteries , two adjacent subspaces is separated by each support beam , and each support beam is configured to install the box bodies of the batteries accommodated in the two adjacent subspaces ; a first locking mechanism , and the first locking mechanism is installed on a support beam of the at least one support beam and is configured to lock the box bodies of the batteries on the support beam . a pair of first beams , the pair of first beams being oppositely arranged; at least one support beam , wherein each support beam is connected to the pair of first beams , a space between the pair of first beams is separated by the at least one support beam into a plurality of subspaces , the plurality of subspaces are arranged along the length direction of the first beams , each subspace is configured to accommodate at least one of the batteries , two adjacent subspaces is separated by each support beam , and each support beam is configured to install the box bodies of the batteries accommodated in the two adjacent subspaces ; a first locking mechanism , and the first locking mechanism is installed on a support beam of the at least one support beam and is configured to lock the box bodies of the batteries on the support beam .
A sprung floor , comprising a sprung beam which is capable of being mounted on an underfloor and comprising at least one floor panel which is mounted on the sprung beam in a sprung manner, said sprung beam having chord planks which are arranged in a cross shape to each other and the upper side of the floor panel realising a stage area which is suitable for dancing, characterised in that at least one support panel which, by means of at least one actuator , is adjustable between a rest position and a support position is arranged under the floor panel , said support panel not being in contact with the floor panel in the rest position and the surface of said support panel coming into contact with the underside of the floor panel and supporting the floor panel from below in the support position.
A self-supporting polycrystalline gallium nitride substrate composed of a plurality of gallium nitride-based single crystal grains having a specific crystal orientation in a direction approximately normal to the substrate, characterized in that crystal orientations of individual gallium nitride-based single crystal grains as determined from inverse pole figure mapping by electron backscatter diffraction (EBSD) analysis performed on a substrate surface are distributed with various tilt angles from the specific crystal orientation, wherein an average tilt angle thereof is 1 to 10° a ratio D T /D B is greater than 1.0, which is a ratio of a cross-sectional average diameter D T at an outermost surface of the gallium nitride-based single crystal grains exposed at a top surface of the self-supporting polycrystalline gallium nitride substrate to a cross-sectional average diameter D B at an outermost surface of the gallium nitride-based single crystal grains exposed at a bottom surface of the self-supporting polycrystalline gallium nitride substrate. crystal orientations of individual gallium nitride-based single crystal grains as determined from inverse pole figure mapping by electron backscatter diffraction (EBSD) analysis performed on a substrate surface are distributed with various tilt angles from the specific crystal orientation, wherein an average tilt angle thereof is 1 to 10° a ratio D T /D B is greater than 1.0, which is a ratio of a cross-sectional average diameter D T at an outermost surface of the gallium nitride-based single crystal grains exposed at a top surface of the self-supporting polycrystalline gallium nitride substrate to a cross-sectional average diameter D B at an outermost surface of the gallium nitride-based single crystal grains exposed at a bottom surface of the self-supporting polycrystalline gallium nitride substrate.
A projectile of small arms ammunition comprising at least a head portion with a blunted nose surface , a central leading portion , and a boattail , which tapers towards the projectile base, wherein the largest diameter of the cross-section of the central leading portion is equal to "D", wherein a caliber of the projectile is within the range of 5.45-14.5mm, wherein a length of the head portion is equal to 1.9 - 2.9 D , and the diameter (D 2 ) at the interface between the nose surface and the lateral surface of the head portion is equal to 0.15 - 0.3 D , wherein between the said central leading portion and the boattail a step transition is made so that the largest diameter (D 4 ) of the cross-section of the boattail is equal to 0.94-0.97 D .
Packaging, in particular packaging bag , preferably for receiving pourable and/or free-flowing products such as cement and the like, comprising at least one spun-bonded nonwoven or packaging spun-bonded nonwoven, characterized in that the spun-bonded nonwoven or packaging spun-bonded nonwoven comprises continuous filaments of thermoplastic material, that either the continuous filaments are monocomponent filaments and comprise at least 3 wt.%, preferably at least 4 wt.% of at least one filler for improving the weldability of the spun-bonded nonwoven - in particular for reducing the welding temperature during thermal welding of the spun-bonded nonwoven - or that the continuous filaments are formed from multicomponent filaments, in particular as bicomponent filaments and that a plastic component arranged on the surface of the multicomponent filaments or bicomponent filaments comprises at least 3 wt.%, preferably at least 4 wt.% of at least one filler for improving the weldability of the spun-bonded nonwoven - in particular for reducing the welding temperature during thermal welding of the spun-bonded nonwoven and that the spun-bonded nonwoven/packaging spun-bonded nonwoven forms the packaging wall and/or is part of the packaging wall and wherein sections of the spun-bonded nonwoven/packaging spun-bonded nonwoven in the side wall region and/or in the bottom region and/or in the top region of the packaging or the packaging wall are welded together. that either the continuous filaments are monocomponent filaments and comprise at least 3 wt.%, preferably at least 4 wt.% of at least one filler for improving the weldability of the spun-bonded nonwoven - in particular for reducing the welding temperature during thermal welding of the spun-bonded nonwoven - or that the continuous filaments are formed from multicomponent filaments, in particular as bicomponent filaments and that a plastic component arranged on the surface of the multicomponent filaments or bicomponent filaments comprises at least 3 wt.%, preferably at least 4 wt.% of at least one filler for improving the weldability of the spun-bonded nonwoven - in particular for reducing the welding temperature during thermal welding of the spun-bonded nonwoven
A laser cutting machine, in which a laser cutting head (K) can be guided by means of a guide system along two preferably orthogonal axes over a workpiece support (W), wherein the laser cutting head (K) is displaceably guided on a bridge (B), designed in the form of a substantially straight, box-like profile, along said bridge, wherein the profile has at least one guide for a cutting carriage carrying the laser cutting head (K), and wherein the centre of gravity (S) of the laser cutting head (K) as viewed from a direction perpendicular to the workpiece support (W) is always next to the vertical plane of symmetry (VSE) of the bridge (B), characterised in that the cutting carriage and/or the laser cutting head (K) is connected to an energy supply and/or laser source and/or an evaluation unit by means of a cable track , and the bridge is designed in such a way that at least two side surfaces of the profile opposite one another in relation to the vertical plane of symmetry (VSE) together at least over part of the height of the profile form an angle (α) that is not equal to zero and less than 180°, preferably less than 90°, which angle opens in the direction of the machining region, wherein a second side surface , which faces away from the cutting carriage or the laser cutting head (K) with respect to the vertical plane of symmetry (VSE), has an inclined portion at least over part of the height thereof, which forms an angle (γ) between 10° and 60°, preferably between 20° and 45°, with the vertical plane of symmetry (VSE), and a projection with an upper side extending substantially perpendicular to the inclined portion is provided on the second side surface in the portion closer to the machining region, wherein the lower strand of a portion of the cable track extending in the longitudinal direction of the bridge (B) is supported on the upper side of the projection of the bridge (B).
An emulsion comprising i) at least one tackifier, ii) at least one polyether polyol having an oxyethylene content of at least 50% by weight, iii) at least one nonionic surfactant having a hydrophilic-lipophilic balance of 12 to 19 and iv) at least one hydrophobically-modified fumed silica, carbon black, hydrophobically modified talc, or a mixture of any two or more thereof; wherein the emulsion contains 0.1 to 5 weight percent of component iv) and no more than 10 weight percent water, based on the total weight of the emulsion, and the weight ratio of component ii) to component i) is 0.5 to 10.
Device for introducing incoherent material into a machine for processing incoherent material, said device comprising an external body which defines inside it a passage channel configured to be passed through by an incoherent material (M) and having an inlet aperture and an outlet aperture , said device also comprising deviation means mobile with respect to said external body , which are associated with the latter and are configured to selectively modify the cross-section (S) of said outlet aperture , said deviation means comprise both a first mobile wall pivoted at one end thereof to said external body in order to rotate about a first axis (Y), and also a second mobile wall , opposite said first mobile wall , and pivoted at one end thereof to said external body in order to rotate about a second axis (Z), characterized in that said external body comprises a plurality of fixed walls , and said deviation means have a first operating configuration in which said first mobile wall is in a work position inclined toward the inside of said external body and the second mobile wall is in an inactive position aligned with adjacent fixed walls , and a second operating configuration in which said first mobile wall is in an inactive position aligned with adjacent fixed walls and the second mobile wall is in a work position inclined toward the inside of said external body .
A unit-dose tablet composition comprising a surfactant, a builder, a filler and an effervescent agent selected from organic acids wherein at least 90% wt. of the effervescent agent is coated with triglyceride oil.
A transverse vehicle drive assembly, connected to a vehicle axle half shaft, characterized in that : the vehicle drive assembly comprises a first power source and an automatic transmission , the automatic transmission is provided with a first input shaft , the first power source is connected to the first input shaft , and a differential is provided at a connection between the automatic transmission and the vehicle axle half shaft; in the automatic transmission , a first intermediate shaft is provided parallel to the first input shaft , a second intermediate shaft is provided coaxial with the first input shaft , a third intermediate shaft is provided coaxial with the first intermediate shaft , a first clutch is provided between the first intermediate shaft and the third intermediate shaft , and a second clutch is provided between the first input shaft and the second intermediate shaft ; and the first input shaft is provided with a first gear , the first intermediate shaft is provided with a second gear , and the first gear and the second gear are in engaged transmission; the second intermediate shaft is provided with a third gear , the third intermediate shaft is provided with a fourth gear , and the third gear and the fourth gear are in engaged transmission; and the differential is provided with a fifth gear , and the fourth gear is simultaneously in engaged transmission with the fifth gear .
Dividing wall W <16> comprising one side S KK <161> having the surface O KK <163> and, opposite the side S KK <161>, a side S A/MK <162> having the surface O A/MK <164>, wherein the dividing wall W <16> encompasses a frame element R <2> composed of two opposite parts R 1 <201> and R 2 <202>, with at least two alkali metal cation-conducting solid-state electrolyte ceramics F A <18> and F B <19> disposed therebetween, wherein R 1 <201> is directly contactable via the surface O KK <163>, wherein R 2 <202> is directly contactable via the surface O A/MK ≤ 164>, wherein the frame element R <2> forms an edge element R R <20> and a separating element R T <17>, wherein the edge element R R <20> at least partly bounds the surfaces O KK <163> and O A/MK <164>, and wherein the separating element R T <17> lies between the alkali metal cation-conducting solid-state electrolyte ceramics encompassed by the dividing wall W <16> and separates these from one another, such that the alkali metal cation-conducting solid-state electrolyte ceramics encompassed by the dividing wall W <16> are directly contactable both via the surface O KK <163> and via the surface O A/MK <164>, characterized in that R 1 <201> and R 2 <202> are secured to one another by at least one securing element B R <91> at the edge element R R <20>, and R 1 <201> and R 2 <202> are secured to one another by at least one securing element B T <92> at the separating element R T <17>. wherein the dividing wall W <16> encompasses a frame element R <2> composed of two opposite parts R 1 <201> and R 2 <202>, with at least two alkali metal cation-conducting solid-state electrolyte ceramics F A <18> and F B <19> disposed therebetween, wherein R 1 <201> is directly contactable via the surface O KK <163>, wherein R 2 <202> is directly contactable via the surface O A/MK ≤ 164>, wherein the frame element R <2> forms an edge element R R <20> and a separating element R T <17>, wherein the edge element R R <20> at least partly bounds the surfaces O KK <163> and O A/MK <164>, and wherein the separating element R T <17> lies between the alkali metal cation-conducting solid-state electrolyte ceramics encompassed by the dividing wall W <16> and separates these from one another, such that the alkali metal cation-conducting solid-state electrolyte ceramics encompassed by the dividing wall W <16> are directly contactable both via the surface O KK <163> and via the surface O A/MK <164>, characterized in that R 1 <201> and R 2 <202> are secured to one another by at least one securing element B R <91> at the edge element R R <20>, and R 1 <201> and R 2 <202> are secured to one another by at least one securing element B T <92> at the separating element R T <17>.
A vehicle front structure comprising a shock absorbing member at an interior of a bumper face below a front grille , the shock absorbing member comprising: a load receiving portion configured to receive a load; a locking portion configured to be locked to an upper end edge of a bumper beam located behind and below the load receiving portion , at a time of receding of the shock absorbing member ; and a connecting portion connecting the load receiving portion and the locking portion , wherein a deformation facilitating portion with respect to a load from an upper front side is provided or formed at the connecting portion , characterized in that a concave-convex shaped portion which is concave and convex in a vehicle width direction is provided or formed at the load receiving portion . a load receiving portion configured to receive a load; a locking portion configured to be locked to an upper end edge of a bumper beam located behind and below the load receiving portion , at a time of receding of the shock absorbing member ; and a connecting portion connecting the load receiving portion and the locking portion , wherein a deformation facilitating portion with respect to a load from an upper front side is provided or formed at the connecting portion , characterized in that a concave-convex shaped portion which is concave and convex in a vehicle width direction is provided or formed at the load receiving portion .