mhurhangee/ep-ind-claims huggingface dataset:
A light emitting element package comprising: a circuit board unit including a first region and second regions, the second regions having a greater height than that of the first region, the second regions including a th region and a th region being opposite each other across the first region; and at least one light emitting element (100a, 100b) disposed in each of the first region and the second regions, a phosphor layer disposed on the respective light emitting elements (100a, 100b), the respective light emitting elements (100a, 100b) are disposed by a distance of within 100 μ m in the horizontal direction, wherein the circuit board unit includes a first circuit board and second circuit boards bonded to the first circuit board, wherein a cavity is formed on the first circuit board, the bottom surface of the cavity forms the first regior, wherein the second regions comprise the second circuit boards, wherein a part of the second circuit board protrudes to an inside of the cavity on the first circuit board, and a bottom surface of the part of the second circuit board faces an upper surface of a part of the first circuit board. a circuit board unit including a first region and second regions, the second regions having a greater height than that of the first region, the second regions including a th region and a th region being opposite each other across the first region; and at least one light emitting element (100a, 100b) disposed in each of the first region and the second regions, a phosphor layer disposed on the respective light emitting elements (100a, 100b), the respective light emitting elements (100a, 100b) are disposed by a distance of within 100 μ m in the horizontal direction, wherein the circuit board unit includes a first circuit board and second circuit boards bonded to the first circuit board, wherein a cavity is formed on the first circuit board, the bottom surface of the cavity forms the first regior, wherein the second regions comprise the second circuit boards, wherein a part of the second circuit board protrudes to an inside of the cavity on the first circuit board, and a bottom surface of the part of the second circuit board faces an upper surface of a part of the first circuit board.
Method for interchanging data between a secure runtime environment (SWd), in which a number of secure applications can be executed, and a non-secure environment (NWd) of a microprocessor unit, in particular in a mobile terminal, characterized in that application data and control data (MCP, NQ) are transmitted using different buffers, different types of control data (MCP, NQ) being transmitted using different buffers, and the buffers being effected using a memory area of a memory which can be read and/or written to by the secure runtime environment (SWd) and the non-secure environment (NWd).
A blade root, particularly of a turbine blade, comprising: - a plurality of opposite pairs of lobes (11, 11', 12, 12', 13, 13'), each of the pair of lobes (11, 11', 12, 12', 13, 13') being arranged substantially mirror-symmetrical and each lobe (11, 11', 12, 12', 13, 13') comprising a convex lobe surface section (65, 65', 66, 66', 67, 67'); - a plurality of opposite pairs of fillets (21, 21', 22, 22', 23, 23'), each of the pair of fillets (21, 21', 22, 22', 23, 23') being arranged substantially mirror-symmetrical and each fillet (21, 21', 22, 22', 23, 23') comprising a concave fillet surface section (75, 75', 76, 76', 77, 77'); - a plurality of flanks (31, 31', 32, 32', 33, 33'), wherein the lobes (11, 11', 12, 12', 13, 13') and the fillets (21, 21', 22, 22', 23, 23') are arranged in an alternating order and each of the flanks (31, 31', 32, 32', 33, 33') is arranged between one of the lobes (11, 11', 12, 12', 13, 13') and one of the fillets (21, 21', 22, 22', 23, 23'); - a bottom of the blade root; wherein a first flank of the plurality of flanks (31, 31', 32, 32', 33, 33') facing away from the bottom has a first planar surface section, the first planar surface section being located in a first plane; and wherein the convex lobe surface section (65, 65', 66, 66', 67, 67') is adjacent to the first planar surface section; characterized in that the first planar surface section is adjacent to a convex surface section and the concave fillet surface section (75, 75', 76, 76', 77, 77') is adjacent to the convex surface section; and the convex surface section and a region of the concave fillet surface section (75, 75', 76, 76', 77, 77') adjoining the convex surface section form a local recess in respect of the first plane. - a plurality of opposite pairs of lobes (11, 11', 12, 12', 13, 13'), each of the pair of lobes (11, 11', 12, 12', 13, 13') being arranged substantially mirror-symmetrical and each lobe (11, 11', 12, 12', 13, 13') comprising a convex lobe surface section (65, 65', 66, 66', 67, 67'); - a plurality of opposite pairs of fillets (21, 21', 22, 22', 23, 23'), each of the pair of fillets (21, 21', 22, 22', 23, 23') being arranged substantially mirror-symmetrical and each fillet (21, 21', 22, 22', 23, 23') comprising a concave fillet surface section (75, 75', 76, 76', 77, 77'); - a plurality of flanks (31, 31', 32, 32', 33, 33'), wherein the lobes (11, 11', 12, 12', 13, 13') and the fillets (21, 21', 22, 22', 23, 23') are arranged in an alternating order and each of the flanks (31, 31', 32, 32', 33, 33') is arranged between one of the lobes (11, 11', 12, 12', 13, 13') and one of the fillets (21, 21', 22, 22', 23, 23'); - a bottom of the blade root;
An electronic control device for a vehicle including an external device, an in-vehicle LAN and a repeater (60, 63) configured to relay communication between the external device and the in-vehicle LAN, and configured to be able to rewrite a program related to a vehicle control by connecting the external device with the vehicle and by accessing the in-vehicle LAN, characterized by comprising: a portable authentication terminal separated from the external device; an in-vehicle authentication system (40, 42, 44) connected with the in-vehicle LAN, configured to authenticate the portable authentication terminal and to be able to transmit an authentication result to the in-vehicle LAN; and a communication authorization unit connected to the in-vehicle LAN and configured to authorize the communication between the external device and the in-vehicle LAN through the repeater if receiving the authentication result of a successful authentication of the portable authentication terminal by the in-vehicle authentication system. a portable authentication terminal separated from the external device; an in-vehicle authentication system (40, 42, 44) connected with the in-vehicle LAN, configured to authenticate the portable authentication terminal and to be able to transmit an authentication result to the in-vehicle LAN; and a communication authorization unit connected to the in-vehicle LAN and configured to authorize the communication between the external device and the in-vehicle LAN through the repeater if receiving the authentication result of a successful authentication of the portable authentication terminal by the in-vehicle authentication system.
Motor vehicle transmission assembly intended to be arranged between a combustion engine and a gearbox, the said assembly comprising: - a rotating electric machine comprising an outer stator having a body and an inner rotor; - a dry friction clutch comprising a clutch mechanism and a friction disc, - an engine flywheel intended to be fixed to the crankshaft of the combustion engine and configured to form a reaction plate of the dry clutch; - an intermediate shaft rotationally coupling the friction disc of the dry friction clutch and the rotor of the electric machine; and characterized by - a monobloc support element intended to fix the transmission assembly to a case of the gearbox and to a case of the combustion engine, and covering the dry friction clutch, the support element engaging with the body of the stator by way of a tight fit and having a cooling circuit for cooling the stator comprising an annular duct (55, 26) combined with inlet (24, 65) and outlet (25, 66) orifices and having a section surrounded by the material of the support element. - a rotating electric machine comprising an outer stator having a body and an inner rotor; - a dry friction clutch comprising a clutch mechanism and a friction disc, - an engine flywheel intended to be fixed to the crankshaft of the combustion engine and configured to form a reaction plate of the dry clutch; - an intermediate shaft rotationally coupling the friction disc of the dry friction clutch and the rotor of the electric machine; and - a monobloc support element intended to fix the transmission assembly to a case of the gearbox and to a case of the combustion engine, and covering the dry friction clutch, the support element engaging with the body of the stator by way of a tight fit and having a cooling circuit for cooling the stator comprising an annular duct (55, 26) combined with inlet (24, 65) and outlet (25, 66) orifices and having a section surrounded by the material of the support element.
The non-therapeutic use of a depigmenting dermopharmaceutical or cosmetic composition comprising a combination of retinol, diosmin and ferulic acid to inhibit melanogenesis, which acts synergistically, in addition to adequate excipients for the topical formulation thereof.
Docking system for spacecraft, comprising an end ring and a docking assembly, the docking assembly comprising a support ring connected to a plurality of linear actuators for deployment and retracting, the support ring and the end ring being connected, such that in a stowed position the docking assembly is placed inside the end ring and in a deployed position the docking assembly is placed out of the end ring, characterized in that the docking assembly comprises at least three docking platforms hinged to the support ring, each docking platform comprising: - a main body, - a guide member, - initial engagement means, and - a docking mechanism fixed to the main body and articulated to the end ring, the support ring and the end ring being connected by elastic means. characterized in that the docking assembly comprises at least three docking platforms hinged to the support ring, each docking platform comprising: - a main body, - a guide member, - initial engagement means, and - a docking mechanism fixed to the main body and articulated to the end ring, - a main body, - a guide member, - initial engagement means, and - a docking mechanism fixed to the main body and articulated to the end ring, the support ring and the end ring being connected by elastic means.
A component mounting machine, comprising: a component supply device which is configured to supply plural types of components (P1, P2); a component transfer device which includes a mounting head having a suction nozzle (471, 472, 473, 474) for sucking the components (P1, P2) from the component supply device and mounting the components (P1, P2) on a positioned substrate, and a head driving mechanism which is configured to move the mounting head in a horizontal plane; and an imaging device which includes an image sensor and a main lens, and is configured to take an image in a state where the suction nozzle (471, 472, 473, 474) sucks the component (P1, P2) from below, characterized in that the imaging device includes a plurality of sub-lenses (53, 6) that are disposed between the mounting head and the image sensor, and is configured to take an image of a position fiducial mark that is respectively disposed in plural types of mounting heads by the image sensor through a sub-lens (53, 6) out of the plurality of sub-lenses (53, 6) and the main lens the position fiducial mark is respectively disposed in the plural types of mounting heads, wherein at least one of an installation position and a disposition height of the fiducial position mark is different depending on the type of the mounting head. a component supply device which is configured to supply plural types of components (P1, P2); a component transfer device which includes a mounting head having a suction nozzle (471, 472, 473, 474) for sucking the components (P1, P2) from the component supply device and mounting the components (P1, P2) on a positioned substrate, and a head driving mechanism which is configured to move the mounting head in a horizontal plane; and an imaging device which includes an image sensor and a main lens, and is configured to take an image in a state where the suction nozzle (471, 472, 473, 474) sucks the component (P1, P2) from below, characterized in that the imaging device includes a plurality of sub-lenses (53, 6) that are disposed between the mounting head and the image sensor, and is configured to take an image of a position fiducial mark that is respectively disposed in plural types of mounting heads by the image sensor through a sub-lens (53, 6) out of the plurality of sub-lenses (53, 6) and the main lens the position fiducial mark is respectively disposed in the plural types of mounting heads, wherein at least one of an installation position and a disposition height of the fiducial position mark is different depending on the type of the mounting head.
A transponder for a wireless communication and contactless identification system, of the type RFID, configured to be affixed to a structure intended to be buried, said transponder comprising: - a set of antenna segments consisting of electrical wires constituting at least a first and a second antenna element (203-1, 203-2), - a connector comprising a RFID chip and at least one tuning capacitance as well as coupling means allowing the electrical coupling of said antenna segments; the said antenna segments being arranged close to each other, at a distance of less than 3 mm and preferably less than 1 mm, so as to allow the appearance of coupling capacities; characterized in that it further includes a printed circuit comprising a connector for connecting three antenna segments (701, 702, 703), said connector comprising: - a first, a second and a third input electrode for connecting a first end of a first, a second and a second a third antenna segment, respectively; - a fourth, a fifth and a sixth output electrode for connecting a second end of said first, said second and said third antenna segment; and in that said printed circuit board comprises: - a first circuit for connecting the first input electrode to the sixth output electrode via an RFID chip; - a second circuit for connecting the second input electrode to the fourth output electrode; - a third circuit for connecting the third input electrode to the fifth output electrode via a capacitor. - a set of antenna segments consisting of electrical wires constituting at least a first and a second antenna element (203-1, 203-2), - a connector comprising a RFID chip and at least one tuning capacitance as well as coupling means allowing the electrical coupling of said antenna segments; - a first, a second and a third input electrode for connecting a first end of a first, a second and a second a third antenna segment, respectively; - a fourth, a fifth and a sixth output electrode for connecting a second end of said first, said second and said third antenna segment; - a first circuit for connecting the first input electrode to the sixth output electrode via an RFID chip; - a second circuit for connecting the second input electrode to the fourth output electrode; - a third circuit for connecting the third input electrode to the fifth output electrode via a capacitor.
A composite fibre of alginate and chitosan suitable for use in wound management products, wherein chitosan polymer is bonded to alginate polymer along the length of the fibre and characterised in that the fibre comprises chitosan in an amount of at least 1% by weight and alginate in an amount of at least 75% by weight and wherein the tenacity of the fibre lies in the range of 2.8 to 10.5 CN/tex and wherein the fibre is produced by (i) extruding a solution of sodium alginate directly into a coagulation bath of chitosan solution comprising chitosan that has been subjected to a controlled degree of disruption by hydrolysis or (ii) extruding a solution of chitosan comprising chitosan that has been subjected to a controlled degree of disruption by hydrolysis into a coagulation bath of sodium alginate and wherein by chitosan it is meant chitosan per se, chitin and chitan and salts thereof.
Motor-sweeper comprising an apparatus for collecting garbage, said apparatus comprising: - a sweep broom support rotatably supported onto a first bar which bar is connected to a body of said motor-sweeper; - a rotating sweep broom mounted onto said sweep support in order to have a rotating axis substantially parallel to a surface to be cleaned; - a leverage assembly acting on said support to regulate the distance of said rotating sweep broom from the surface to be cleaned; - a motor activating said rotating sweep broom, - a container to collect garbage, which container is positioned behind said rotating sweep broom with respect to the forward direction of the motor-sweeper; - a guide assembly connected to said container to guide said garbage collected by the broom towards the collecting container, characterized in that said first rotatably supporting bar of the broom support is positioned at a height (L 1) from the surface higher than the height (L 2) from the surface of the rotating axis of the broom, and at the same time at a position rearmost with respect to said rotating axis of the broom with reference to the forward motion of the motor-sweeper so that said leverage assembly commands said sweep broom support to move the rotating sweep broom towards the surface to be cleaned and at the same time toward the container following the wearing of the sweep broom, and said assembly comprises a flap contacting the surface, which flap is close to the broom and opposite to said container, a connecting portion between said flap and a guiding portion of the garbage towards the container, wherein said assembly is bound directly or indirectly to the frame of the motor-sweeper so that to follow said movement moving the rotating brush and being commanded by the leverage assembly. - a sweep broom support rotatably supported onto a first bar which bar is connected to a body of said motor-sweeper; - a rotating sweep broom mounted onto said sweep support in order to have a rotating axis substantially parallel to a surface to be cleaned; - a leverage assembly acting on said support to regulate the distance of said rotating sweep broom from the surface to be cleaned; - a motor activating said rotating sweep broom, - a container to collect garbage, which container is positioned behind said rotating sweep broom with respect to the forward direction of the motor-sweeper; - a guide assembly connected to said container to guide said garbage collected by the broom towards the collecting container,
An optical scanning device comprising: an optical deflector which has a mirror part a support part, and a plurality of piezoelectric divided sections coupled in series, and includes a piezoelectric actuator which is interposed between the support part and the mirror part and rotates the mirror part about a rotation axis in a reciprocating manner; a driving unit which supplies a first driving voltage and a second driving voltage to a first set and a second set of piezoelectric divided sections so as to provide a relationship of opposite phases from each other in the case where the plurality of piezoelectric divided sections are divided alternately into the first set and the second set in an arrangement order toward an acting end from a proximal end of the optical deflector; and a detection unit that detects a deflection angle of the mirror part about the rotation axis, wherein the driving unit supplies a driving voltage to both the first set and the second set of piezoelectric divided sections during a first driving period, and supplies a driving voltage only to one of the first set and the second set of piezoelectric divided sections during a second driving period, and the detection unit detects the deflection angle based on an output voltage of the other set of piezoelectric divided sections during the second driving period. an optical deflector which has a mirror part a support part, and a plurality of piezoelectric divided sections coupled in series, and includes a piezoelectric actuator which is interposed between the support part and the mirror part and rotates the mirror part about a rotation axis in a reciprocating manner; a driving unit which supplies a first driving voltage and a second driving voltage to a first set and a second set of piezoelectric divided sections so as to provide a relationship of opposite phases from each other in the case where the plurality of piezoelectric divided sections are divided alternately into the first set and the second set in an arrangement order toward an acting end from a proximal end of the optical deflector; and a detection unit that detects a deflection angle of the mirror part about the rotation axis, wherein the driving unit supplies a driving voltage to both the first set and the second set of piezoelectric divided sections during a first driving period, and supplies a driving voltage only to one of the first set and the second set of piezoelectric divided sections during a second driving period, and the detection unit detects the deflection angle based on an output voltage of the other set of piezoelectric divided sections during the second driving period.
A sweetening composition comprising a) 0,1 to 30 g/l of a natural sweet-tasting monosaccharide, b) 40 to 110 g/l of a natural sweet-tasting disaccharide, c) 30 to 220 mg/l of rubusoside and/or at least one rubusoside derivative or 0,01 mg/l to 15 mg/l of neohesperidin or 1 to 500 mg/l of at least one enzyme-treated steviol glycoside or any mixture thereof and water. a) 0,1 to 30 g/l of a natural sweet-tasting monosaccharide, b) 40 to 110 g/l of a natural sweet-tasting disaccharide, c) 30 to 220 mg/l of rubusoside and/or at least one rubusoside derivative or 0,01 mg/l to 15 mg/l of neohesperidin or 1 to 500 mg/l of at least one enzyme-treated steviol glycoside or any mixture thereof and water. 1 to 500 mg/l of at least one enzyme-treated steviol glycoside or any mixture thereof and water.
Method for cryptologically securing an additive production process, wherein a data stream comprises cryptologically linked elements for describing the production process, wherein the elements comprise at least one definition dataset (3a-c) for defining an object (4a, b) for additive production, wherein the at least one definition dataset (3a-c) at least partially spatially defines the object (4a, b) for the additive production and defines a starting material of the object (4a, b) for the additive production, wherein the at least one definition dataset for defining the starting material defines one or more thermoplastic materials in the form of meltable plastics and wherein the at least one definition dataset (3a-c) is inserted by a respective author (6a-c) into the data stream and the cryptological linking is expanded to the at least one definition dataset (3a-c), wherein the data stream is transferred via a system of computer networks to a device for additive production (13a, b) for producing the object (4a, b) by means of the additive production, wherein the integrity of the cryptological linking is checked, and wherein the device for additive production (13a, b) produces the object (4a, b) based on the at least one definition dataset (3a, b) by means of the additive production.