mhurhangee/ep-ind-claims huggingface dataset:
A stiffening structure of an automotive door panel part comprising: a door panel part made of a metal sheet that is curved along a height direction, and an impact beam provided at a side of an inner surface of the door panel part, the stiffening structure of the automotive door panel part improves tensile rigidity of the door panel part by attaching a stiffening member made of resin to the inner surface of the door panel part, characterized in that in the door panel part, a character line is formed; the stiffening member includes vertical bone portions (9, 13) configured to extend, in a streak shape, from the impact beam to the character line along the curve of the door panel part, one end of the vertical bone portion (9,13) is placed at the impact beam, and the other end is placed at the character line, and the vertical bone portions (9, 13) are provided at a predetermined interval in a front-rear direction of the door panel part, and are bonded to the inner surface of the door panel part, wherein the stiffening member further includes a horizontal bone portion configured to extend in a direction intersecting with the vertical bone portions (9, 13), and wherein the stiffening member is a fiber-reinforced plastic having elastic modulus of 10 GPa or more. a door panel part made of a metal sheet that is curved along a height direction, and an impact beam provided at a side of an inner surface of the door panel part, the stiffening structure of the automotive door panel part improves tensile rigidity of the door panel part by attaching a stiffening member made of resin to the inner surface of the door panel part, characterized in that in the door panel part, a character line is formed; the stiffening member includes vertical bone portions (9, 13) configured to extend, in a streak shape, from the impact beam to the character line along the curve of the door panel part, one end of the vertical bone portion (9,13) is placed at the impact beam, and the other end is placed at the character line, and the vertical bone portions (9, 13) are provided at a predetermined interval in a front-rear direction of the door panel part, and are bonded to the inner surface of the door panel part, wherein the stiffening member further includes a horizontal bone portion configured to extend in a direction intersecting with the vertical bone portions (9, 13), and wherein the stiffening member is a fiber-reinforced plastic having elastic modulus of 10 GPa or more.
A compound of formula wherein L is -C NH-, -NHC -, -NH- or -NHC NH-; Ar is phenyl, benzyl, naphthyl or heteroaryl, selected from the group consisting of pyridinyl, pyrazolyl, pyrimidinyl, isoxazolyl or pyrazinyl, wherein Ar may be optionally substituted by one, two or three R 1; R 1 is hydrogen, C 1-7 -alkyl, C 1-7 alkoxy, halogen, cyano, cycloalkyl, NHC -C 1-7 alkyl, C 1-7 -alkoxy substituted by halogen, C 1-7 -alkyl substituted by halogen, or is phenyl optionally substituted by one or two halogen atoms, CF 3 O or C 1-7 -alkyl, or is furanyl, thiazolyl or thiophenyl, optionally substituted by halogen or C 1-7 -alkyl; X is -CH 2 - or O; R is hydrogen or halogen; or a pharmaceutically suitable acid addition salt thereof, all racemic mixtures, all their corresponding enantiomers and/or optical isomers. L is -C NH-, -NHC -, -NH- or -NHC NH-; Ar is phenyl, benzyl, naphthyl or heteroaryl, selected from the group consisting of pyridinyl, pyrazolyl, pyrimidinyl, isoxazolyl or pyrazinyl, wherein Ar may be optionally substituted by one, two or three R 1; R 1 is hydrogen, C 1-7 -alkyl, C 1-7 alkoxy, halogen, cyano, cycloalkyl, NHC -C 1-7 alkyl, C 1-7 -alkoxy substituted by halogen, C 1-7 -alkyl substituted by halogen, or is phenyl optionally substituted by one or two halogen atoms, CF 3 O or C 1-7 -alkyl, or is furanyl, thiazolyl or thiophenyl, optionally substituted by halogen or C 1-7 -alkyl; X is -CH 2 - or O; R is hydrogen or halogen;
A method of patterning a conductor on a substrate, comprising: providing an inked elastomeric stamp inked with self-assembled monolayer-forming molecules and having a relief pattern with raised features, the relief pattern having a low density region with a fill factor between 0.5% and 10%, measuring at least 5 square millimeters comprising: a two-dimensional mesh of raised linear features having an average area density value of raised features between 0.5 to 10%; wherein the raised linear features have linear segments having a width value between 0.5 to 25 micrometers; a distance value between adjacent raised linear features of less than 1 millimeter wherein the relief pattern comprises a raised feature measuring at least 50 micrometers in width; contacting the raised linear features of the inked elastomeric stamp to a metal-coated visible light transparent substrate; and etching the metal to form an electrically conductive micropattern corresponding to the raised features of the inked elastomeric stamp on the visible light transparent substrate. providing an inked elastomeric stamp inked with self-assembled monolayer-forming molecules and having a relief pattern with raised features, the relief pattern having a low density region with a fill factor between 0.5% and 10%, measuring at least 5 square millimeters comprising: a two-dimensional mesh of raised linear features having an average area density value of raised features between 0.5 to 10%; wherein the raised linear features have linear segments having a width value between 0.5 to 25 micrometers; a distance value between adjacent raised linear features of less than 1 millimeter wherein the relief pattern comprises a raised feature measuring at least 50 micrometers in width; a two-dimensional mesh of raised linear features having an average area density value of raised features between 0.5 to 10%; wherein the raised linear features have linear segments having a width value between 0.5 to 25 micrometers; a distance value between adjacent raised linear features of less than 1 millimeter wherein the relief pattern comprises a raised feature measuring at least 50 micrometers in width; contacting the raised linear features of the inked elastomeric stamp to a metal-coated visible light transparent substrate; and etching the metal to form an electrically conductive micropattern corresponding to the raised features of the inked elastomeric stamp on the visible light transparent substrate.
A method of manufacture of a tip part assembly for an endoscope, the tip part assembly comprising a tip part and having a proximal end and a distal end, the method comprising the steps of: a) providing a camera assembly of the tip part, the camera assembly including a camera module, the camera assembly having a distal end and a proximal end opposite the distal end, b) providing a cup-shaped housing (8, 8') having an open proximal end, the housing (8, 8') further having a distal end positioned oppositely from the proximal end and defining a distal end of the manufactured tip part assembly, the housing (8, 8') further comprising a circumferential wall extending between the proximal and distal ends (8a, 8b) of the housing (8, 8') and a distal end wall (8e, 8e') positioned at the distal end of the housing (8, 8'), the circumferential wall and the distal end wall (8e, 8e') enclosing a spacing, c) inserting the camera assembly through the open proximal end of the housing (8, 8') so that the camera assembly is at least partly positioned within the spacing, d) subsequent to step c), filling a liquid adhesive into the spacing through the open proximal end of the housing (8, 8') so that the camera assembly is at least partly embedded in the adhesive, and so that the adhesive substantially fills out all spacing volumes around the camera assembly, e) subsequent to step d), allowing or causing the adhesive to harden, whereby the adhesive attaches the housing (8, 8') and the camera assembly to each other, characterized in that in step c) a distal surface of a distal lens of the camera assembly is positioned abutting a proximal surface of the housing distal end wall (8e, 8e'). a) providing a camera assembly of the tip part, the camera assembly including a camera module, the camera assembly having a distal end and a proximal end opposite the distal end, b) providing a cup-shaped housing (8, 8') having an open proximal end, the housing (8, 8') further having a distal end positioned oppositely from the proximal end and defining a distal end of the manufactured tip part assembly, the housing (8, 8') further comprising a circumferential wall extending between the proximal and distal ends (8a, 8b) of the housing (8, 8') and a distal end wall (8e, 8e') positioned at the distal end of the housing (8, 8'), the circumferential wall and the distal end wall (8e, 8e') enclosing a spacing, c) inserting the camera assembly through the open proximal end of the housing (8, 8') so that the camera assembly is at least partly positioned within the spacing, d) subsequent to step c), filling a liquid adhesive into the spacing through the open proximal end of the housing (8, 8') so that the camera assembly is at least partly embedded in the adhesive, and so that the adhesive substantially fills out all spacing volumes around the camera assembly, e) subsequent to step d), allowing or causing the adhesive to harden, whereby the adhesive attaches the housing (8, 8') and the camera assembly to each other, characterized in that in step c) a distal surface of a distal lens of the camera assembly is positioned abutting a proximal surface of the housing distal end wall (8e, 8e').
A medical needle comprising a puncturing part which can penetrate into a living body, the puncturing part having a pair of planar portions which are parallel to each other in an outer surface and a retaining chamber defined within the puncturing part, the retaining chamber passing through the puncturing part and opening to the pair of planar portions on each side, characterized in that the retaining chamber has a tapered shape obtained by joining together truncated ends of a pair of truncated cone-shaped widening portions (18c, 18d) so as to increase in diameter toward both of the pair of planar portions from inside the puncturing part.
An accelerometer adapted for in-car use, the accelerometer comprising: an accelerometer chip; a display interface adapted to display to the driver of the vehicle while driving an indication of net acceleration force perceived by the accelerometer chip in the plane, fixed relative to the vehicle, that includes the centre of gravity of the vehicle when the vehicle is stationary and standing on a level horizontal surface, which plane is parallel to that horizontal surface, at least in magnitude, and optionally also in direction fore-and-aft and/or left-and-right; the display interface including an indicator defining a datum position and adapted to provide an indication of the magnitude of net perceived acceleration force in the said plane of the vehicle by the extent from said datum position that successive regions of the indicator are lit, the indicator being coupled to circuitry linked to the accelerometer chip; characterised in that the successive regions lie in concentric rings around said datum position; and in that the accelerometer further comprises a levelling mechanism to aid set up within the vehicle, the levelling mechanism being provided by a set-up mode in which the orientation of the accelerometer chip is determined by the acceleration due to gravity while the vehicle is stationary on level ground, allowing a zeroing correction, the zeroing correction being applied thereafter while the accelerometer is in use and the vehicle is travelling.
An assembly locking device adapted to a thread (RG; FG) of a thread shaft of a thread bolt with a bolt head, so that the assembly locking device is positionable on the thread (RG; FG) of the thread shaft in a loss-proof manner and the thread bolt with assembly locking device is arrangeable in a pull-out-proof manner inserted in a component opening, wherein the assembly locking device comprises the following features: a. a cylindrical helix comprised of a plurality of helically wound turns (30, 40, 50) of a wire, which, preferably in the pitch direction of a holding turn, comprises a first end and a second end, b. starting at the first end of the helix, at least one holding turn is provided, which extends over an angular range of greater than 360° about a central longitudinal axis of the helix and comprises a positive pitch P H as well as an inner diameter D H, c. following the holding turn, a transition turn is provided which extends over an angular range of at least 65° about the central longitudinal axis of the helix and comprises a smaller pitch P U as well as an increasing inner diameter D U compared to the holding turn, and d. adjacent to the second end of the helix, a blocking turn is provided which extends over an angular range of at least 65° about the central longitudinal axis of the helix and comprises a negative pitch P B compared to the holding turn, so that at least an end portion of the blocking turn is elastically displaceable in the axial direction of the central longitudinal axis between an insertion position and a blocking position, wherein the end portion of the blocking turn forms the second end of the helix in the insertion position and is arranged radially outwardly of the transition turn and/or the holding turn in the blocking position. a. a cylindrical helix comprised of a plurality of helically wound turns (30, 40, 50) of a wire, which, preferably in the pitch direction of a holding turn, comprises a first end and a second end, b. starting at the first end of the helix, at least one holding turn is provided, which extends over an angular range of greater than 360° about a central longitudinal axis of the helix and comprises a positive pitch P H as well as an inner diameter D H, c. following the holding turn, a transition turn is provided which extends over an angular range of at least 65° about the central longitudinal axis of the helix and comprises a smaller pitch P U as well as an increasing inner diameter D U compared to the holding turn, and d. adjacent to the second end of the helix, a blocking turn is provided which extends over an angular range of at least 65° about the central longitudinal axis of the helix and comprises a negative pitch P B compared to the holding turn, so that at least an end portion of the blocking turn is elastically displaceable in the axial direction of the central longitudinal axis between an insertion position and a blocking position, wherein the end portion of the blocking turn forms the second end of the helix in the insertion position and is arranged radially outwardly of the transition turn and/or the holding turn in the blocking position.
An integrated method for gasification and indirect combustion of a solid hydrocarbon feedstock in a chemical loop, comprising: - contacting solid hydrocarbon feedstock with water in a gasification reaction zone to discharge ashes and produce a gaseous effluent comprising syngas CO, H 2 and water H 2 O, said contacting being performed in the absence of air; - supplying reduction reaction zone of a redox chemical loop wherein oxygen-carrying solid particles Me/MeO circulate with at least part of gaseous effluent produced in the gasification reaction zone to produce a CO 2 - and H 2 O-concentrated gaseous effluent; and - reoxidizing the oxygen-carrying solid particles from reduction reaction zone of the chemical loop in oxidation reaction zone by means of an oxidizing gas and discharging fumes; wherein energy required for the gasification reaction is provided at least partly by exothermic combustion of all or part of the syngas produced in the chemical loop, and wherein: - a part of the CO 2 - and H 2 O-concentrated effluent produced in reduction zone is recycled so as to supply gasification reaction zone with oxygen, said part of the CO 2 - and H 2 O-concentrated effluent being provided at a feed point of the gasification zone comprising liquid water, and the fumes are cooled in a heat exchanger placed on a transport line for discharging fumes, by exchange of heat with water in liquid form in order to supply the gasification reactor with water in vapour form, and/or under pressure. - contacting solid hydrocarbon feedstock with water in a gasification reaction zone to discharge ashes and produce a gaseous effluent comprising syngas CO, H 2 and water H 2 O, said contacting being performed in the absence of air; - supplying reduction reaction zone of a redox chemical loop wherein oxygen-carrying solid particles Me/MeO circulate with at least part of gaseous effluent produced in the gasification reaction zone to produce a CO 2 - and H 2 O-concentrated gaseous effluent; and - reoxidizing the oxygen-carrying solid particles from reduction reaction zone of the chemical loop in oxidation reaction zone by means of an oxidizing gas and discharging fumes; - a part of the CO 2 - and H 2 O-concentrated effluent produced in reduction zone is recycled so as to supply gasification reaction zone with oxygen, said part of the CO 2 - and H 2 O-concentrated effluent being provided at a feed point of the gasification zone comprising liquid water, and the fumes are cooled in a heat exchanger placed on a transport line for discharging fumes, by exchange of heat with water in liquid form in order to supply the gasification reactor with water in vapour form, and/or under pressure.
An apparatus comprising: a primary sensor and one or more secondary sensors; a memristor; and a power supply, wherein the primary sensor and the one or more secondary sensors are configured to sense different physical stimuli when connected to the power supply, wherein the primary sensor is a resistive sensor configured to exhibit a decrease in resistance on exposure to its respective stimulus, and wherein the primary sensor and one or more of the secondary sensors are coupled to the memristor such that the decrease in resistance caused by exposure of the primary sensor to its respective stimulus allows a voltage from the power supply to be applied to the memristor so as to switch the memristor from a high resistance state to a low resistance state, thereby resulting in connection of the power supply to the one or more secondary sensors to enable the sensing of their respective stimuli. a primary sensor and one or more secondary sensors; a memristor; and a power supply, wherein the primary sensor and the one or more secondary sensors are configured to sense different physical stimuli when connected to the power supply, wherein the primary sensor is a resistive sensor configured to exhibit a decrease in resistance on exposure to its respective stimulus, and wherein the primary sensor and one or more of the secondary sensors are coupled to the memristor such that the decrease in resistance caused by exposure of the primary sensor to its respective stimulus allows a voltage from the power supply to be applied to the memristor so as to switch the memristor from a high resistance state to a low resistance state, thereby resulting in connection of the power supply to the one or more secondary sensors to enable the sensing of their respective stimuli.
Spring axle for a road vehicle having an axle tube, an end-side axle block, which is connected fixedly to the axle tube, and having a rubber suspension which is integrated in the axle tube, wherein an oscillating wheel lever which is connected to the rubber suspension is arranged rotatably on the axle tube, wherein the axle block has an outer side facing axially away from the axle tube and an inner side facing axially towards the axle tube, characterized in that the oscillating wheel lever has a rotary bearing which is pulled onto it and is fastened to the axle block.
Pipeline apparatus (400; 425) comprising a housing including a riser and a pipeline connector and a device including an instrument housing, and at least one instrument housed by the instrument housing, the at least one instrument configured to interact with fluid flowing through the pipeline connector, a mounting means (25, 211) for releasably mounting the device in the riser and seal means situated between an inner surface of the riser and an outer surface of the mounting means (25, 211), the seal means configured to seal against egress of fluid from the apparatus, the mounting means (25, 211) and the riser each including a part of a locking means (414; 401d) for releasably locking the device in the riser, the device being situated in the pipeline connector; wherein the apparatus further comprises a signal processor mounted within the mounting means (25, 211) and electrically connected to the at least one instrument to receive an electrical signal from said at least one instrument, and wherein when the device is mounted in the riser said at least one instrument is situated in the pipeline connector for interaction with the fluid flowing through said pipeline connector.
A materials handling vehicle comprising: a vehicle power unit; a monomast coupled to said vehicle power unit; and a fork carriage apparatus (300; 1300) supported on said monomast; said fork carriage apparatus comprising: a mast carriage assembly (330; 1330) movably coupled to said monomast; a fork carriage mechanism (310; 1310) to which forks (402, 404; 1402, 1404) are mounted; and a reach mechanism (320; 1320) coupled to said mast carriage assembly and said fork carriage mechanism for effecting movement of said fork carriage mechanism between an extended position and a retracted position, characterised in that said mast carriage assembly includes at least one carriage frame member (332A, 332B, 332C, 332D; 1332A, 1332B, 1332C, 1332D) extending laterally across a front side of said monomast, and the reach mechanism includes at least one laterally extending cross member (362A, 362B, 362C, 362D; 1362A, 1362B, 1362C, 1362D) which is located in vertically spaced relation to said carriage frame member when said fork carriage mechanism is in said retracted position. a vehicle power unit; a monomast coupled to said vehicle power unit; and a fork carriage apparatus (300; 1300) supported on said monomast; said fork carriage apparatus comprising: a mast carriage assembly (330; 1330) movably coupled to said monomast; a fork carriage mechanism (310; 1310) to which forks (402, 404; 1402, 1404) are mounted; and a reach mechanism (320; 1320) coupled to said mast carriage assembly and said fork carriage mechanism for effecting movement of said fork carriage mechanism between an extended position and a retracted position, characterised in that said mast carriage assembly includes at least one carriage frame member (332A, 332B, 332C, 332D; 1332A, 1332B, 1332C, 1332D) extending laterally across a front side of said monomast, and the reach mechanism includes at least one laterally extending cross member (362A, 362B, 362C, 362D; 1362A, 1362B, 1362C, 1362D) which is located in vertically spaced relation to said carriage frame member when said fork carriage mechanism is in said retracted position. a mast carriage assembly (330; 1330) movably coupled to said monomast; a fork carriage mechanism (310; 1310) to which forks (402, 404; 1402, 1404) are mounted; and a reach mechanism (320; 1320) coupled to said mast carriage assembly and said fork carriage mechanism for effecting movement of said fork carriage mechanism between an extended position and a retracted position, characterised in that said mast carriage assembly includes at least one carriage frame member (332A, 332B, 332C, 332D; 1332A, 1332B, 1332C, 1332D) extending laterally across a front side of said monomast, and the reach mechanism includes at least one laterally extending cross member (362A, 362B, 362C, 362D; 1362A, 1362B, 1362C, 1362D) which is located in vertically spaced relation to said carriage frame member when said fork carriage mechanism is in said retracted position.