mhurhangee/ep-ind-claims huggingface dataset:
Method for determining a relative position between a vehicle and an object located to the side thereof, having the following method steps: a) sensing the object by means of at least one lateral object-sensing sensor during forward travel of the vehicle, b) sensing a vehicle movement by means of a camera system which is arranged in the rear region of the vehicle or in the region of the windscreen of the vehicle or in the region of a side window of the vehicle and which generates video images (36, 38) at various recording times (48, 50), c) linking the sensed vehicle movements to a mounting position of the camera system, the position of the at least one lateral object-sensing sensor and a centre of rotation of the vehicle, and d) determining a relative change in position of the vehicle with respect to the object sensed previously according to method step (a). a) sensing the object by means of at least one lateral object-sensing sensor during forward travel of the vehicle, b) sensing a vehicle movement by means of a camera system which is arranged in the rear region of the vehicle or in the region of the windscreen of the vehicle or in the region of a side window of the vehicle and which generates video images (36, 38) at various recording times (48, 50), c) linking the sensed vehicle movements to a mounting position of the camera system, the position of the at least one lateral object-sensing sensor and a centre of rotation of the vehicle, and d) determining a relative change in position of the vehicle with respect to the object sensed previously according to method step (a).
Surgical device comprising a rod having at its proximal end a handle and at its distal end a deformable sleeve surrounding said rod, and a longitudinally movable control element (21, 22, 40); said rod being made up of a hollow inner tubular element surrounded by a sheath having a rigidity which allows it to deform as much as the tubular element and which is sufficient for transmitting a longitudinal movement force and/or axial rotation force exerted on the handle to the sleeve, said sheath sliding around the hollow tubular element, with two degrees of freedom, namely: ∘ a freedom of relative translational movement of the hollow inner tubular element with respect to the sheath ∘ a freedom of relative rotational movement of the hollow inner tubular element with respect to the sheath, and the two ends of said sleeve being fixed respectively to the end of the tubular element and the end of said sheath so as to allow a deformation to be exerted by retraction, by relative translational, and torsional, movement of said hollow inner tubular element with respect to said sheath, by relative rotational movement of said hollow inner tubular element with respect to said sheath; said control element (21, 22, 40) being longitudinally movable to move the proximal end of said sleeve between: o∘ a rest position in which said deformable sleeve has a tubular shape, ∘ and an active position in which said sleeve is deformed by bringing its distal and proximal ends together ∘ and in rotation to exert an angular force on said sheath to twist said sleeve and cause the formation of a double torus (37, 38) having a closed intersection forming a constriction closing the inlet vein of the rod. ∘ a freedom of relative translational movement of the hollow inner tubular element with respect to the sheath ∘ a freedom of relative rotational movement of the hollow inner tubular element with respect to the sheath, and the two ends of said sleeve being fixed respectively to the end of the tubular element and the end of said sheath so as to allow a deformation to be exerted by retraction, by relative translational, and torsional, movement of said hollow inner tubular element with respect to said sheath, by relative rotational movement of said hollow inner tubular element with respect to said sheath; said control element (21, 22, 40) being longitudinally movable to move the proximal end of said sleeve between: o∘ a rest position in which said deformable sleeve has a tubular shape, ∘ and an active position in which said sleeve is deformed by bringing its distal and proximal ends together ∘ and in rotation to exert an angular force on said sheath to twist said sleeve and cause the formation of a double torus (37, 38) having a closed intersection forming a constriction closing the inlet vein of the rod.
A process for manufacturing an absorbent article, said article comprising: - a first sheet layer presenting an array of absorbent receiving pockets (4, 4a); - masses of superabsorbent material, which masses are placed in said absorbent receiving pockets (4, 4a); - a second sheet layer placed on top of the first layer; said process comprising the steps of - providing the first sheet layer; - conforming said first sheet layer on a first roll, whereby longitudinal corrugations are formed on the first sheet layer by friction of the first sheet layer on a corresponding corrugated surface of said first roll; - conforming said corrugated first sheet layer on a second roll, said second roll comprising recesses (91a, 91b, 91c) corresponding to the array of absorbent receiving pockets (4, 4a), whereby a pattern of pockets (4, 4a) is obtained; - providing a pre-metered amount of SAP particulate material; - providing a second sheet layer and affixing it for sandwiching with the first sheet layer; - finishing the absorbent article, characterized in that said longitudinal corrugations formed on the first sheet layer by friction of the first sheet layer on a corresponding corrugated surface of said first roll form a lengthwise profile of the absorbent receiving pockets (4, 4a). - a first sheet layer presenting an array of absorbent receiving pockets (4, 4a); - masses of superabsorbent material, which masses are placed in said absorbent receiving pockets (4, 4a); - a second sheet layer placed on top of the first layer; said process comprising the steps of - providing the first sheet layer; - conforming said first sheet layer on a first roll, whereby longitudinal corrugations are formed on the first sheet layer by friction of the first sheet layer on a corresponding corrugated surface of said first roll; - conforming said corrugated first sheet layer on a second roll, said second roll comprising recesses (91a, 91b, 91c) corresponding to the array of absorbent receiving pockets (4, 4a), whereby a pattern of pockets (4, 4a) is obtained; - providing a pre-metered amount of SAP particulate material; - providing a second sheet layer and affixing it for sandwiching with the first sheet layer; - finishing the absorbent article, - providing the first sheet layer; - conforming said first sheet layer on a first roll, whereby longitudinal corrugations are formed on the first sheet layer by friction of the first sheet layer on a corresponding corrugated surface of said first roll; - conforming said corrugated first sheet layer on a second roll, said second roll comprising recesses (91a, 91b, 91c) corresponding to the array of absorbent receiving pockets (4, 4a), whereby a pattern of pockets (4, 4a) is obtained; - providing a pre-metered amount of SAP particulate material; - providing a second sheet layer and affixing it for sandwiching with the first sheet layer; - finishing the absorbent article, characterized in that said longitudinal corrugations formed on the first sheet layer by friction of the first sheet layer on a corresponding corrugated surface of said first roll form a lengthwise profile of the absorbent receiving pockets (4, 4a).
Fluid velocity turbine meter including a rotatable longitudinal body of a turbine equipped with longitudinal blades and regularly distributed support arms of the blades connecting the blades to the rotatable body of the turbine, characterized in that each blade has a plurality of separate longitudinal thrust members (14, 15) on the support arm, the cross sections of which are adapted to receive the thrust of the fluid jet when the blade is active and to allow circulation of fluid between the thrust members (14, 15) when the blade is inactive.
A poison free rat and/or mouse trap for placement on the ground, the poison free trap comprising: - a housing with a rat and/or mouse entry opening positioned in the side wall and/or in the bottom wall; and - a mechanical and/or electrical killing device positioned within the housing; characterized in that the killing means of the mechanical and/or electrical killing device is positioned at a level above the level of the rat and/or mouse entry opening, and wherein at least a part of the rat and/or mouse entry opening is lined with one or more rows of serrated protrusions. - a housing with a rat and/or mouse entry opening positioned in the side wall and/or in the bottom wall; and - a mechanical and/or electrical killing device positioned within the housing; characterized in that the killing means of the mechanical and/or electrical killing device is positioned at a level above the level of the rat and/or mouse entry opening, and wherein at least a part of the rat and/or mouse entry opening is lined with one or more rows of serrated protrusions.
A method to detect and address tampering with an application containing an initial translation code during execution on a computing system, wherein an initial translation code for a first instruction of the application is obtained through a separate secure encryption protocol loaded into an instruction linear feedback shift register (LFSR), the method including: detecting execution of at least one illegal operation; branching to a secure portion of an operating system of the computing system when execution of at least one illegal operation is detected; notifying a user if the initial translation code is zero; and executing a re-encryption routine if the initial translation code is not zero; wherein executing the re-encryption routine comprises re-encrypting the application with a new translation code which is randomly generated. detecting execution of at least one illegal operation; branching to a secure portion of an operating system of the computing system when execution of at least one illegal operation is detected; notifying a user if the initial translation code is zero; and executing a re-encryption routine if the initial translation code is not zero; wherein executing the re-encryption routine comprises re-encrypting the application with a new translation code which is randomly generated.
A disc brake comprising: an actuation mechanism comprising a piston for applying an actuating force to a brake pad, and a wear adjustment mechanism for adjusting extension of the piston to account for wear of said brake pad, the wear adjustment mechanism comprising a manual rewind apparatus having a manual adjuster shaft; a brake caliper having a housing cavity for at least partly accommodating the actuation mechanism, the housing cavity being partially defined by an inboard wall of the brake caliper; characterised by an inboard support interface and an outboard support interface where the manual adjuster shaft is supported; wherein the inboard support interface is located within the housing cavity, outboard of the inboard wall. an actuation mechanism comprising a piston for applying an actuating force to a brake pad, and a wear adjustment mechanism for adjusting extension of the piston to account for wear of said brake pad, the wear adjustment mechanism comprising a manual rewind apparatus having a manual adjuster shaft; a brake caliper having a housing cavity for at least partly accommodating the actuation mechanism, the housing cavity being partially defined by an inboard wall of the brake caliper; characterised by an inboard support interface and an outboard support interface where the manual adjuster shaft is supported; wherein the inboard support interface is located within the housing cavity, outboard of the inboard wall.
A method of analysing 3-dimensional medical scan images, the method comprising: defining an extent of a first region of interest (ROI-1) in a first scan image, the first scan image showing biological function information; identifying a second region (ROI-2) in a second scan image, the second region in the second scan image corresponding to the first region of interest (ROI-1) in the first scan image, the second scan image showing structural information; the method further characterised by comprising: classifying each spatial location of the second region (ROI-2), to provide a classification of the spatial locations of the second region (ROI-2) into at least one category of tissue type; and providing information about a proportion of the spatial locations in the second region (ROI-2) that correspond to the at least one category of tissue type. defining an extent of a first region of interest (ROI-1) in a first scan image, the first scan image showing biological function information; identifying a second region (ROI-2) in a second scan image, the second region in the second scan image corresponding to the first region of interest (ROI-1) in the first scan image, the second scan image showing structural information; the method further characterised by comprising: classifying each spatial location of the second region (ROI-2), to provide a classification of the spatial locations of the second region (ROI-2) into at least one category of tissue type; and providing information about a proportion of the spatial locations in the second region (ROI-2) that correspond to the at least one category of tissue type. classifying each spatial location of the second region (ROI-2), to provide a classification of the spatial locations of the second region (ROI-2) into at least one category of tissue type; and providing information about a proportion of the spatial locations in the second region (ROI-2) that correspond to the at least one category of tissue type.
A process for preparing a thin film transistor comprising in any sequence: (a) a semiconductor layer; and (b) a single, phase-separated gate dielectric layer comprising a lower-k dielectric polymer being a polysilsesquioxane and a higher-k dielectric polymer being poly(2-hydroxyethyl methacrylate), wherein the lower-k dielectric polymer is in a higher concentration than the higher-k dielectric polymer in a region of the dielectric layer closest to the semiconductor layer, wherein the phase-separated gate dielectric layer comprises a morphology of: (i) a first phase forming a plurality of dots in a continuous matrix of a second phase; (ii) a first phase forming a plurality of rods in a continuous matrix of a second phase; or (iii) a first phase interpenetrating into a second phase to form bicontinuous domains, wherein the process comprises the steps of forming a dielectric composition by dissolving said lower-k dielectric polymer and said higher-k dielectric polymer in a liquid and thus forming a single phase, liquid depositing the dielectric composition onto a substrate in a single step, causing phase separation of the lower-k dielectric polymer and the higher-k dielectric polymer to form a single, phase-separated dielectric layer, and depositing a semiconductor layer on said dielectric layer. (a) a semiconductor layer; and (b) a single, phase-separated gate dielectric layer comprising a lower-k dielectric polymer being a polysilsesquioxane and a higher-k dielectric polymer being poly(2-hydroxyethyl methacrylate), wherein the lower-k dielectric polymer is in a higher concentration than the higher-k dielectric polymer in a region of the dielectric layer closest to the semiconductor layer, (i) a first phase forming a plurality of dots in a continuous matrix of a second phase; (ii) a first phase forming a plurality of rods in a continuous matrix of a second phase; or (iii) a first phase interpenetrating into a second phase to form bicontinuous domains, forming a dielectric composition by dissolving said lower-k dielectric polymer and said higher-k dielectric polymer in a liquid and thus forming a single phase, liquid depositing the dielectric composition onto a substrate in a single step, causing phase separation of the lower-k dielectric polymer and the higher-k dielectric polymer to form a single, phase-separated dielectric layer, and depositing a semiconductor layer on said dielectric layer.
A derivative of a photosensitizer for use in photodynamic tumor therapy, wherein the photosensitizer has Formula I and the derivative of the photosensitizer has Formula II: wherein: X is S or Se; Y is selected from the group consisting of halogen ion, ClO 4 -, PF 6 -, BF 4 -, CH 3 COO - or OTs -; R 1 and R 2 are independently selected from the group consisting of H, alkyl, alkoxy, alkylamido, alkyl azide, alkylalkynyl, alkylamino, alkylsulfonyl, alkylhydroxy and alkylcarboxy; R 3 is selected from the group consisting of H, alkyl, alkoxy, aryloxy, morpholinyl, carbonyl, amido, azido, alkynyl, amino, sulfonic acid, hydroxy and carboxy; L 1 is a linking chain selected from -(CH 2) m - or -(CH 2 CH 2 O) n -; wherein the said m is an integer from 5 to 20, and the said n is an integer from 2 to 20; R 4 is an anticancer and chemotherapy drug molecule or a molecular drug with tumor targeting function, wherein the said R 4 is selected from the group consisting of a1 to a10: X is S or Se; Y is selected from the group consisting of halogen ion, ClO 4 -, PF 6 -, BF 4 -, CH 3 COO - or OTs -; R 1 and R 2 are independently selected from the group consisting of H, alkyl, alkoxy, alkylamido, alkyl azide, alkylalkynyl, alkylamino, alkylsulfonyl, alkylhydroxy and alkylcarboxy; R 3 is selected from the group consisting of H, alkyl, alkoxy, aryloxy, morpholinyl, carbonyl, amido, azido, alkynyl, amino, sulfonic acid, hydroxy and carboxy; L 1 is a linking chain selected from -(CH 2) m - or -(CH 2 CH 2 O) n -; wherein the said m is an integer from 5 to 20, and the said n is an integer from 2 to 20; R 4 is an anticancer and chemotherapy drug molecule or a molecular drug with tumor targeting function, wherein the said R 4 is selected from the group consisting of a1 to a10:
A stainless steel foil for separators of polymer electrolyte fuel cells, comprising: a substrate made of stainless steel foil; a Sn alloy layer with which a surface of the substrate is coated, with a strike layer in between, a Sn-containing oxide layer on a surface of the Sn alloy layer, characterized in that a coating weight of the strike layer is 0.001 g/m 2 to 1 g/m 2, and the Sn-containing oxide layer has a film thickness of 5 nm to 50 nm. a substrate made of stainless steel foil; a Sn alloy layer with which a surface of the substrate is coated, with a strike layer in between, a Sn-containing oxide layer on a surface of the Sn alloy layer, characterized in that a coating weight of the strike layer is 0.001 g/m 2 to 1 g/m 2, and the Sn-containing oxide layer has a film thickness of 5 nm to 50 nm.
A pneumatic radial tire comprising: a carcass composed of at least one carcass layer extending toroidally between a left-and-right pair of bead cores; a tread portion which is arranged on the outside in the tire radial direction of a crown region of the carcass to form a ground contacting portion; and a belt composed of at least two belt layers (5a, 5b) which is arranged between the tread portion and the crown region of the carcass to form a reinforcing portion, characterised in that: a reinforcing material constituting the belt layers (5a, 5b) is a bundle (6, 16) formed by arranging two cords without twisting them; there being at least two bundles (6, 16) and the diameters of all filaments constituting the cords are the same, and the relation between the diameter of each filament a (mm), the expected value We (mm) of the interval between adjacent bundles and the interval W (mm) between circumcircles of adjacent cords (X, Y) of adjacent bundles (6, 16) is given by relation: We ≥ W + a / 4 wherein the cord has a (1×2) structure or a (1+1) structure. a reinforcing material constituting the belt layers (5a, 5b) is a bundle (6, 16) formed by arranging two cords without twisting them; there being at least two bundles (6, 16) and the diameters of all filaments constituting the cords are the same, and the relation between the diameter of each filament a (mm), the expected value We (mm) of the interval between adjacent bundles and the interval W (mm) between circumcircles of adjacent cords (X, Y) of adjacent bundles (6, 16) is given by relation: We ≥ W + a / 4 wherein the cord has a (1×2) structure or a (1+1) structure.
A glass panel unit manufacturing method comprising: an arrangement step of stacking a first substrate, including a glass pane (15, 105), and a second substrate, including a glass pane (25, 205), one upon the other with a first sealant in a frame shape interposed between the first substrate and the second substrate; a bonding step of bonding together the first substrate and the second substrate with the first sealant to create an inner space (51, 510) surrounded with the first sealant between the first substrate and the second substrate; a pressure reducing step of producing a reduced pressure in the inner space (51, 510) through an exhaust port that the first substrate has; and a sealing step of sealing the exhaust port up while maintaining the reduced pressure in the inner space (51, 510), wherein the arrangement step including arranging a dam between the first substrate and the second substrate such that the dam is surrounded with the first sealant, characterized in that, the pressure reducing step including exhausting the air in the inner space (51, 510) through the exhaust port into which a solid second sealant has been inserted, the sealing step including melting and expanding the second sealant, inserted into the exhaust port, by heating the second sealant and thereby sealing the exhaust port up with the second sealant expanded to the point of coming into contact with the dam. an arrangement step of stacking a first substrate, including a glass pane (15, 105), and a second substrate, including a glass pane (25, 205), one upon the other with a first sealant in a frame shape interposed between the first substrate and the second substrate; a bonding step of bonding together the first substrate and the second substrate with the first sealant to create an inner space (51, 510) surrounded with the first sealant between the first substrate and the second substrate; a pressure reducing step of producing a reduced pressure in the inner space (51, 510) through an exhaust port that the first substrate has; and a sealing step of sealing the exhaust port up while maintaining the reduced pressure in the inner space (51, 510), wherein the arrangement step including arranging a dam between the first substrate and the second substrate such that the dam is surrounded with the first sealant, characterized in that, the pressure reducing step including exhausting the air in the inner space (51, 510) through the exhaust port into which a solid second sealant has been inserted, the sealing step including melting and expanding the second sealant, inserted into the exhaust port, by heating the second sealant and thereby sealing the exhaust port up with the second sealant expanded to the point of coming into contact with the dam.
A piece for a modular tyre liner, the piece defining an elongate axis, and being planar and generally rectangular and cut to define: a key head and a key hole, the key head configured for insertion into an associated key hole of an adjacent piece for engagement in use to form a mechanical interlock with the adjacent piece, wherein the key head and a key hole are configured for allowing movement of the piece with respect to the adjacent piece along the length of the liner in use, wherein the key hole has a T-shaped cross-section, and wherein the T-shaped cross-section has a lengthwise slot orientated towards the key head and a perpendicular cross slot, the piece being configured for connection to the adjacent piece by bending the key head of the piece in half along the elongate axis of the piece and by inserting the bent key head through the lengthwise slot of the adjacent piece, characterised in that the key head is sandwiched between adjacent portions of the next two pieces in series.