mhurhangee/ep-ind-claims huggingface dataset:
An incubator, comprising a body and a bed, wherein the body includes a buffering member (18a, 18b), the bed is movable between a first position and a second position, the bed is stably mounted on the body when located at the first position, and the bed is mounted on the body via the buffering member (18a, 18b) so that the buffering member (18a, 18b) absorbs and prevents vibration and shock from transmitting from the body to the bed, when located at the second position, the body includes an upper face, the buffering member (18a, 18b) is fixed on the upper face, and the upper face includes a supporting part protruding upward, the bed includes a lower face, characterized in that the lower face includes a hill part protruding downward, when the bed is located at the first position, the supporting part contacts with the lower face and the buffering member (18a, 18b) is apart from the lower face, and when the bed is located at the second position, the buffering member (18a, 18b) contacts with the hill part and the supporting part is apart from the lower face.
A method of controlling a brake system for a vehicle, the method comprising: temporarily disabling braking of the vehicle with a regenerative braking system; applying a foundation brake to provide a foundation brake torque; obtaining vehicle speed data, vehicle inclination data, and foundation brake pressure data while the foundation brake is applied; and determining a foundation brake torque profile that includes a set of vehicle speed values, a set of foundation brake pressure values, and a set of foundation brake torque values, wherein the set of foundation brake torque values is based at least in part on the set of vehicle speed values and the vehicle inclination data. temporarily disabling braking of the vehicle with a regenerative braking system; applying a foundation brake to provide a foundation brake torque; obtaining vehicle speed data, vehicle inclination data, and foundation brake pressure data while the foundation brake is applied; and determining a foundation brake torque profile that includes a set of vehicle speed values, a set of foundation brake pressure values, and a set of foundation brake torque values, wherein the set of foundation brake torque values is based at least in part on the set of vehicle speed values and the vehicle inclination data.
An apparatus for measuring a subject's cornea, comprising: (A.) a slit projection subsystem comprising a light source; (B.) a mask subsystem disposed in a path of light from the light source, comprising a first slit mask defining a plurality of apertures, the plurality of apertures adapted to remain fixed in a location during measurement of the subject's cornea; (C.) a movement apparatus adapted to move at least a portion of the slit projection subsystem, the movement apparatus configured and arranged such that, by moving the portion of the slit projection subsystem, portions of the light can be selectively transmitted through an aperture of the plurality of apertures toward the cornea; (D.) an imaging element (14a, 14b, 18a, 18b) configured and arranged to image at least one of the plurality of apertures onto the cornea; and (E.) an image capture subsystem arranged to capture images of the portions of light after the light impinges on the cornea. (A.) a slit projection subsystem comprising a light source; (B.) a mask subsystem disposed in a path of light from the light source, comprising a first slit mask defining a plurality of apertures, the plurality of apertures adapted to remain fixed in a location during measurement of the subject's cornea; (C.) a movement apparatus adapted to move at least a portion of the slit projection subsystem, the movement apparatus configured and arranged such that, by moving the portion of the slit projection subsystem, portions of the light can be selectively transmitted through an aperture of the plurality of apertures toward the cornea; (D.) an imaging element (14a, 14b, 18a, 18b) configured and arranged to image at least one of the plurality of apertures onto the cornea; and (E.) an image capture subsystem arranged to capture images of the portions of light after the light impinges on the cornea.
A display device comprising: a substrate including a display area that includes a first area and a second area adjacent to each other and a peripheral area at least at one side of the display area; a first plurality of pixels provided in the first area; a second plurality of pixels provided in the second area, wherein each pixel of the first plurality of pixels and the second plurality of pixels includes a first sub-pixel, a second sub-pixel and a third sub-pixel, wherein each of the first sub-pixel, the second sub-pixel and the third sub-pixel includes a light emitting area that includes a light emitting element; and a fingerprint sensor disposed in the first area, wherein in each pixel of the second plurality of pixels, each sub-pixel comprises a pixel circuit configured to drive its light emitting element, characterized by: wherein for each pixel of the first plurality of pixels, at least one of the sub-pixels shares a pixel circuit with a sub-pixel of an adjacent pixel in the first plurality of pixels, wherein sub-pixels that share a pixel circuit comprise light emitting elements of the same color. a substrate including a display area that includes a first area and a second area adjacent to each other and a peripheral area at least at one side of the display area; a first plurality of pixels provided in the first area; a second plurality of pixels provided in the second area, wherein each pixel of the first plurality of pixels and the second plurality of pixels includes a first sub-pixel, a second sub-pixel and a third sub-pixel, wherein each of the first sub-pixel, the second sub-pixel and the third sub-pixel includes a light emitting area that includes a light emitting element; and a fingerprint sensor disposed in the first area, wherein in each pixel of the second plurality of pixels, each sub-pixel comprises a pixel circuit configured to drive its light emitting element, characterized by: wherein for each pixel of the first plurality of pixels, at least one of the sub-pixels shares a pixel circuit with a sub-pixel of an adjacent pixel in the first plurality of pixels, wherein sub-pixels that share a pixel circuit comprise light emitting elements of the same color. wherein for each pixel of the first plurality of pixels, at least one of the sub-pixels shares a pixel circuit with a sub-pixel of an adjacent pixel in the first plurality of pixels, wherein sub-pixels that share a pixel circuit comprise light emitting elements of the same color.
Device for producing an annular bead core element designed to reinforce a tyre, notably a pneumatic tyre, said device comprising an assembly station that is arranged on the one hand to receive a braided torus comprising at least one wire, referred to as the "braid wire", that extends longitudinally from a first end section to a second end section and that is interwoven in helical coils about and along a generatrix line that forms a ring about a main axis that is the central axis of said braided torus, and on the other hand to join and fasten the first end section to the second end section so that the braided torus forms a cohesive annular bead core element, said device being characterized in that it includes a positioning system for automatically adjusting the position of the braided torus in relation to the assembly station, and that includes for this purpose: - a drive unit that is arranged to move the braided torus in relation to the assembly station, - a spacer unit that is arranged to cause the first and second end sections (5, 6) to project from the rest of the braided torus, referred to as the "body of the braided torus", by elastic deformation, and to hold said first and second end sections (5, 6) in projection from the body of the braided torus while said braided torus is being moved by the drive unit, - an end-section sensor that is arranged to detect the presence or passing of the projecting end section (5, 6) in question at a tracking point, which is defined by said end-section sensor and which provides a known reference in relation to the assembly station. - a drive unit that is arranged to move the braided torus in relation to the assembly station, - a spacer unit that is arranged to cause the first and second end sections (5, 6) to project from the rest of the braided torus, referred to as the "body of the braided torus", by elastic deformation, and to hold said first and second end sections (5, 6) in projection from the body of the braided torus while said braided torus is being moved by the drive unit, - an end-section sensor that is arranged to detect the presence or passing of the projecting end section (5, 6) in question at a tracking point, which is defined by said end-section sensor and which provides a known reference in relation to the assembly station.
An induction heating cooker comprising a heater with concentric dual coils applying magnetic energy for heating a vessel placed on a heating zone, two power control circuits that enable the coils to be driven separately, and a microcontroller that controls the operation of the power control circuits, characterized by the microcontroller - that starts the process of detecting the vessel placed on the heating zone by transmitting a signal at a constant detection frequency (F-detection) simultaneously to the coils by means of the power control circuit, - that determines the common detection frequency (F-detection-common) for the coils according to the feedback received from the first coil (coil-1), wherein the first coil is one of the concentric dual coils that detects the vessel first, and - that enables the presence of the vessel to be detected by applying the common detection frequency (F-detection-common) to the second coil (coil-2), wherein the second coil (coil-2) is the other one of the concentric dual coils that completes the vessel detection process after the first coil (coil-1). - that starts the process of detecting the vessel placed on the heating zone by transmitting a signal at a constant detection frequency (F-detection) simultaneously to the coils by means of the power control circuit, - that determines the common detection frequency (F-detection-common) for the coils according to the feedback received from the first coil (coil-1), wherein the first coil is one of the concentric dual coils that detects the vessel first, and - that enables the presence of the vessel to be detected by applying the common detection frequency (F-detection-common) to the second coil (coil-2), wherein the second coil (coil-2) is the other one of the concentric dual coils that completes the vessel detection process after the first coil (coil-1).
Method for processing a web of a printing material into printed products, comprising the steps: a) applying at least one print mark (11, 12) assigned to a printed sheet printed on the web, on a usable width of the web, the at least one print mark (11, 12) including a coded print mark, b) recording at least one image showing a region of the web in which the at least one applied print mark (11, 12) is located, c) searching for and identifying the at least one print mark (11, 12) in the at least one recorded image, d) determining the position (32; 33, 34) of the print mark (11, 12) in the at least one recorded image and deriving a position of the print mark (11, 12) on the web from the position determined, the position of an edge (13, 15) of the web in relation to a stationary reference element which has machine-readable markings (21, 22a, 22b, 22c, 22d) being determined from the at least one image, and the position (32; 34) of the print mark (11, 12) on the web in relation to the stationary reference element and/or to the edge (13, 15) of the web being determined from the at least one image, e) determining, in dependence on the position of the print mark (11, 12) on the web, at least one correction value for synchronising a subsequent further processing operation with the web. a) applying at least one print mark (11, 12) assigned to a printed sheet printed on the web, on a usable width of the web, the at least one print mark (11, 12) including a coded print mark, b) recording at least one image showing a region of the web in which the at least one applied print mark (11, 12) is located, c) searching for and identifying the at least one print mark (11, 12) in the at least one recorded image, d) determining the position (32; 33, 34) of the print mark (11, 12) in the at least one recorded image and deriving a position of the print mark (11, 12) on the web from the position determined, the position of an edge (13, 15) of the web in relation to a stationary reference element which has machine-readable markings (21, 22a, 22b, 22c, 22d) being determined from the at least one image, and the position (32; 34) of the print mark (11, 12) on the web in relation to the stationary reference element and/or to the edge (13, 15) of the web being determined from the at least one image, e) determining, in dependence on the position of the print mark (11, 12) on the web, at least one correction value for synchronising a subsequent further processing operation with the web.
A set associative cache memory comprising: an array of storage elements arranged as N ways (104; ways 0 through 15); an allocation unit that allocates the storage elements of the array in response to memory accesses that miss in the cache memory (106; 122); wherein each of the memory accesses has an associated memory access type, MAT, of a plurality of predetermined MATs, wherein the MAT is received by the cache memory; and a mapping that, for each MAT of the plurality of predetermined MATs, associates the MAT with a subset of one or more ways of the N ways; wherein for each memory access of the memory accesses, the allocation unit allocates into a way of the subset of one or more ways that the mapping associates with the MAT of the memory access; characterised in that the mapping is dynamically updatable during operation of the cache memory, by detecting that a program running on a processor has entered a new phase, and dynamically updating the mapping in response to said detecting that the program running on the processor has entered the new phase (704; 806). an array of storage elements arranged as N ways (104; ways 0 through 15); an allocation unit that allocates the storage elements of the array in response to memory accesses that miss in the cache memory (106; 122); wherein each of the memory accesses has an associated memory access type, MAT, of a plurality of predetermined MATs, wherein the MAT is received by the cache memory; and a mapping that, for each MAT of the plurality of predetermined MATs, associates the MAT with a subset of one or more ways of the N ways; wherein for each memory access of the memory accesses, the allocation unit allocates into a way of the subset of one or more ways that the mapping associates with the MAT of the memory access; characterised in that the mapping is dynamically updatable during operation of the cache memory, by detecting that a program running on a processor has entered a new phase, and dynamically updating the mapping in response to said detecting that the program running on the processor has entered the new phase (704; 806).
Stable oil-in-water emulsion free of surfactants, comprising: (i) zinc oxide powder; (ii) a powder mixture comprising or consisting of maize starch; (iii) a powder comprising or consisting of polysaccharide from bacterial fermentation; (iv) an oil phase; (v) water; wherein the total concentration of (i)+(ii) is comprised between 3% and 12% by weight on total weight of said oil-in-water emulsion; the concentration of (iii) is comprised between 0.05% and 0.7% by weight on the total weight of said oil-in-water emulsion; the concentration of the oil phase (iv) is comprised between 5% and 50% by weight on the total weight of said emulsion; the weight ratio of (i)/(ii) is comprised between 1:5 and 5:1; (ii) is a maize starch mixture containing between 50 and 75% of said starch, between 25 and 50% by weight of polyvinyl alcohol and between 5 and 10% by weight of glycerine on the total weight of the mixture; (iii) is an extract fermented from Sphingomonas and consists of mixtures of polysaccharides with average molecular weight comprised between 2.85 and 5.20 million Da at low charge density in which the repeating unit in the chain consists of 4 sugars, of which one is functionalized with a carboxylate group, while the side chain consists of repeating units with two neutral sugars. (i) zinc oxide powder; (ii) a powder mixture comprising or consisting of maize starch; (iii) a powder comprising or consisting of polysaccharide from bacterial fermentation; (iv) an oil phase; (v) water; the total concentration of (i)+(ii) is comprised between 3% and 12% by weight on total weight of said oil-in-water emulsion; the concentration of (iii) is comprised between 0.05% and 0.7% by weight on the total weight of said oil-in-water emulsion; the concentration of the oil phase (iv) is comprised between 5% and 50% by weight on the total weight of said emulsion; the weight ratio of (i)/(ii) is comprised between 1:5 and 5:1; (ii) is a maize starch mixture containing between 50 and 75% of said starch, between 25 and 50% by weight of polyvinyl alcohol and between 5 and 10% by weight of glycerine on the total weight of the mixture; (iii) is an extract fermented from Sphingomonas and consists of mixtures of polysaccharides with average molecular weight comprised between 2.85 and 5.20 million Da at low charge density in which the repeating unit in the chain consists of 4 sugars, of which one is functionalized with a carboxylate group, while the side chain consists of repeating units with two neutral sugars.
Method for producing a sewer pipe element with a plastics lining, the method comprising the following steps: - providing a mould, comprising an outer formwork and an inner formwork, a mould cavity defined between the outer formwork and inner formwork defining a cylindrical sewer pipe element which has a receiving portion at one axial end and a plug-in portion at the opposite axial end, an inner cross-sectional dimension of the receiving portion being equal to or greater than an outer cross-sectional dimension of the plug-in portion such that, for the axial coupling of two adjacent sewer pipe elements, said plug-in portion of one sewer pipe element can be inserted into the receiving portion of the adjacent sewer pipe element so as to fit therein, the inner formwork being made of plastics material and comprising a first formwork portion defining the inner wall of the receiving portion, and comprising a third formwork portion which defines the inner wall of a pipe portion of the sewer pipe element extending axially between the receiving portion and the plug-in portion, - introducing concrete into the mould, - demoulding the outer formwork, the inner formwork remaining connected to the concrete after curing of the concrete and forming the plastics lining of the finished sewer pipe element, characterised in that in the step of providing the mould, the inner formwork comprises a second formwork portion defining the outer wall of the plug-in portion, and in that in the step of providing the mould, the inner formwork is set up with a vertical cylinder axis, the receiving portion facing upwards, and in that in the step of introducing the concrete, the concrete is introduced into the mould cavity through a radial gap between the first formwork portion and the outer formwork. - providing a mould, comprising an outer formwork and an inner formwork, a mould cavity defined between the outer formwork and inner formwork defining a cylindrical sewer pipe element which has a receiving portion at one axial end and a plug-in portion at the opposite axial end, an inner cross-sectional dimension of the receiving portion being equal to or greater than an outer cross-sectional dimension of the plug-in portion such that, for the axial coupling of two adjacent sewer pipe elements, said plug-in portion of one sewer pipe element can be inserted into the receiving portion of the adjacent sewer pipe element so as to fit therein, - introducing concrete into the mould, - demoulding the outer formwork,
A tyre condition monitoring system comprising a sensing unit adapted for approximation to a tyre to take a measurement of, or at least from which can be derived, tread depth, the sensing unit being adapted for deployment by manual approximation to a tyre and to store and/or transmit measurement data from one or more or all of a set of tyres on a vehicle as well as for mechanical approximation to a tyre for continuing and/or programmed measurement, where the sensing unit is traversed across a tyre to generate a profile from which the depth of each groove of the tread can be derived, and characterized in that a scanning is adapted to be automatically started when the sensing unit encounters one edge of the tyre and automatically stopped when the scanning head encounters the other edge of the tyre.