mhurhangee/ep-ind-claims huggingface dataset:
An electrochemical accumulator including: - at least one electrochemical cell consisting of at least one cathode and one anode and on either side of an electrolyte, two current collectors one of which is connected to the anode and the other to the cathode, - a casing made of aluminum alloy, arranged to contain the electrochemical cell(s) with seal tightness, - two current output terminals (40, 50) one of which is welded to a wall (8,9) of the casing, the output terminal welded to the casing being made of an aluminum-based alloy comprising a magnesium (Mg) content higher than or equal to 0.01% and lower than or equal to 4%, and a copper content higher than or equal to 0.05% and lower than or equal to 0.3%, the aluminum alloy of the output terminal welded to the casing having a metallurgical state providing it with a yield strength (Rm) higher than or equal to 160 MPa. - at least one electrochemical cell consisting of at least one cathode and one anode and on either side of an electrolyte, two current collectors one of which is connected to the anode and the other to the cathode, - a casing made of aluminum alloy, arranged to contain the electrochemical cell(s) with seal tightness, - two current output terminals (40, 50) one of which is welded to a wall (8,9) of the casing,
A display device comprising a plurality of semiconductor light emitting devices, wherein each of the plurality of semiconductor light emitting devices comprises: an n-type semiconductor layer; a p-type semiconductor layer overlapped with the n-type semiconductor layer; an active layer disposed between the n-type semiconductor layer and the p-type semiconductor layer; an n-type electrode directly disposed on the n-type semiconductor layer; and a p-type electrode deposited on the p-type semiconductor layer, wherein the n-type electrode is extended toward an adjoining semiconductor light emitting device to be electrically connected to the adjoining semiconductor light emitting device, wherein the plurality of semiconductor light emitting devices is disposed to form a light emitting device array, and the n-type electrodes of the plurality of semiconductor light emitting devices connect to form a first electrode line extended along a column of the light emitting device array, and the p-type electrodes of the plurality of semiconductor light emitting devices connect to form a second electrode line extended in a direction crossed with the first electrode line. an n-type semiconductor layer; a p-type semiconductor layer overlapped with the n-type semiconductor layer; an active layer disposed between the n-type semiconductor layer and the p-type semiconductor layer; an n-type electrode directly disposed on the n-type semiconductor layer; and a p-type electrode deposited on the p-type semiconductor layer, wherein the n-type electrode is extended toward an adjoining semiconductor light emitting device to be electrically connected to the adjoining semiconductor light emitting device, wherein the plurality of semiconductor light emitting devices is disposed to form a light emitting device array, and the n-type electrodes of the plurality of semiconductor light emitting devices connect to form a first electrode line extended along a column of the light emitting device array, and the p-type electrodes of the plurality of semiconductor light emitting devices connect to form a second electrode line extended in a direction crossed with the first electrode line.
Cosmetic cleansing preparation comprising a) Lauryl Glucoside, b) Sodium Methyl Cocoyl Taurate, and c) cocamidopropyl betaine, characterized in that the cleansing preparation comprises Glyceryl Behenate, Glyceryl Dibehenate and/or Tribehenin. a) Lauryl Glucoside, b) Sodium Methyl Cocoyl Taurate, and c) cocamidopropyl betaine,
Apparatus (101, 403) for capturing an environment of a motor vehicle, comprising: a parking control unit (103, 409), a first data processing device (105, 407), one or more sensor units (107, 405) each comprising one or more environmental sensors for capturing an environment of a motor vehicle and a communication interface for transmitting environmental sensor data corresponding to the respective capture in a wired manner, wherein the parking control unit (103, 409) has a communication interface which is designed to receive the environmental sensor data in a wired manner, wherein the parking control unit (103, 409) is connected between the respective communication interface of the one or more sensor units (107, 405) and the first data processing device (105, 407), wherein the first data processing device (105, 407) has a communication module which is designed to receive data, which are output by means of the communication interface of the parking control unit (103, 409) and are based on the environmental sensor data, in a wired manner, wherein the communication module is designed to transmit the data and/or the environmental data to a second data processing device via a wireless communication network, with the result that the second data processing device can transmit the data and/or the environmental data to a cloud server via a further wireless communication network. a parking control unit (103, 409), a first data processing device (105, 407), one or more sensor units (107, 405) each comprising one or more environmental sensors for capturing an environment of a motor vehicle and a communication interface for transmitting environmental sensor data corresponding to the respective capture in a wired manner, wherein the parking control unit (103, 409) has a communication interface which is designed to receive the environmental sensor data in a wired manner, wherein the parking control unit (103, 409) is connected between the respective communication interface of the one or more sensor units (107, 405) and the first data processing device (105, 407), wherein the first data processing device (105, 407) has a communication module which is designed to receive data, which are output by means of the communication interface of the parking control unit (103, 409) and are based on the environmental sensor data, in a wired manner, wherein the communication module is designed to transmit the data and/or the environmental data to a second data processing device via a wireless communication network, with the result that the second data processing device can transmit the data and/or the environmental data to a cloud server via a further wireless communication network.
A Hall effect plasma thruster comprising an annular discharge channel around a main axis presenting an open downstream end and defined between an inner wall and an outer wall, at least one cathode, a magnetic circuit for creating a magnetic field in said channel, a pipe for feeding ionizable gas to the channel, an anode, and a manifold placed in the upstream end of the channel, said manifold being connected to the pipe and enabling the ionizable gas to flow into the ionization zone of the channel in concentric manner around the main axis, wherein the anode acts as a manifold, and in that the manifold includes directional means that give rise at the outlet from the manifold to swirling motion of the gas around the main axis, characterized in that the directional means comprise a series of exhaust orifices opening out at the outlet from the anode in the proximity of the ionization zone of the channel and forming a first non-zero angle (β) relative to the radial direction in projection onto a plane extending transversely to said main axis so as to orient the flow of gas in said swirling motion, and in that the manifold co-operates with the inner wall and the outer wall to define, going from downstream to upstream: an annular discharge chamber opening out into the ionization zone of the channel; and an annular intermediate chamber having at least one segment located concentrically relative to the discharge chamber; and in that said exhaust orifices connect said intermediate chamber to said discharge chamber.
An ultrasound imaging apparatus capable of automatically saving an ultrasound image of an object, the ultrasound imaging apparatus comprising: a probe configured to acquire the ultrasound image of the object; a memory storing the ultrasound image of the object; and at least one processor configured to set a condition for automatically saving the ultrasound image of the object, set an ultrasound image acquisition and save mode for automatically acquiring and saving the ultrasound image of the object according to the condition, and automatically acquire and save, when a real-time ultrasound image of the object satisfies the condition, the ultrasound image of the object based on the ultrasound image acquisition and save mode, wherein the condition comprises a condition where a velocity of blood flow in a region of interest in the real-time ultrasound image of the object is greater than a particular value, and wherein the ultrasound image acquisition and save mode comprises automatically acquiring and saving an enlarged image of the region of interest, and wherein the at least one processor is further configured to automatically acquire the enlarged image of the region of interest by focusing a beam on the region of interest and automatically save the acquired enlarged image, when the real-time ultrasound image of the object satisfies the condition. a probe configured to acquire the ultrasound image of the object; a memory storing the ultrasound image of the object; and at least one processor configured to set a condition for automatically saving the ultrasound image of the object, set an ultrasound image acquisition and save mode for automatically acquiring and saving the ultrasound image of the object according to the condition, and automatically acquire and save, when a real-time ultrasound image of the object satisfies the condition, the ultrasound image of the object based on the ultrasound image acquisition and save mode, wherein the condition comprises a condition where a velocity of blood flow in a region of interest in the real-time ultrasound image of the object is greater than a particular value, and wherein the ultrasound image acquisition and save mode comprises automatically acquiring and saving an enlarged image of the region of interest, and wherein the at least one processor is further configured to automatically acquire the enlarged image of the region of interest by focusing a beam on the region of interest and automatically save the acquired enlarged image, when the real-time ultrasound image of the object satisfies the condition.
A method for determining blood pressure of a patient, the method comprising: collecting, with a first device, a first plurality of blood pressure measurements (102, 202) of the patient; collecting, with a second device, a second plurality of blood pressure measurements (104, 204) of the patient; identifying, with a processor, a divergence between the first plurality (102, 202) and the second plurality (104, 204); retrieving, from a memory, a clinical event; analyzing, using the processor, the first plurality (102, 202) and the second plurality (104, 204) with reference to the clinical event, wherein analyzing blood pressure measurements with reference to the clinical event comprises: identifying a change in the measurements of the first plurality (102, 202); comparing a time of the identified change with a time of the clinical event; and comparing a directionality of the change in the measurements of the first plurality (102, 202) with a directionality expected from the clinical event, and determining that the first plurality (102, 202) is more accurate than the second plurality (104, 204) based on the analyzing, wherein determining that the first plurality (102, 202) is more accurate comprises determining that the directionality of the identified change in the first plurality (102, 202) is roughly concordant with the expected directionality of the clinical event. collecting, with a first device, a first plurality of blood pressure measurements (102, 202) of the patient; collecting, with a second device, a second plurality of blood pressure measurements (104, 204) of the patient; identifying, with a processor, a divergence between the first plurality (102, 202) and the second plurality (104, 204); retrieving, from a memory, a clinical event; analyzing, using the processor, the first plurality (102, 202) and the second plurality (104, 204) with reference to the clinical event, wherein analyzing blood pressure measurements with reference to the clinical event comprises: identifying a change in the measurements of the first plurality (102, 202); comparing a time of the identified change with a time of the clinical event; and comparing a directionality of the change in the measurements of the first plurality (102, 202) with a directionality expected from the clinical event, and identifying a change in the measurements of the first plurality (102, 202); comparing a time of the identified change with a time of the clinical event; and comparing a directionality of the change in the measurements of the first plurality (102, 202) with a directionality expected from the clinical event, and determining that the first plurality (102, 202) is more accurate than the second plurality (104, 204) based on the analyzing, wherein determining that the first plurality (102, 202) is more accurate comprises determining that the directionality of the identified change in the first plurality (102, 202) is roughly concordant with the expected directionality of the clinical event.
A hydrophobic coating material which comprises an acid catalyzed condensation reaction product comprised of: an organic polymeric silane; an inorganic metal alkoxide; and a fluorinated silane, wherein the organic polymeric silane is a polycaprolactone polyol having 2 to 4 hydroxyl groups reacted with an isocyanate-terminated silane. an organic polymeric silane; an inorganic metal alkoxide; and a fluorinated silane, wherein the organic polymeric silane is a polycaprolactone polyol having 2 to 4 hydroxyl groups reacted with an isocyanate-terminated silane.
A method for contactless communication of a reading device with at least two communication-ready applications (10, 20, 30) located on a portable data carrier, having the steps of: generating a first communication-ready signal to the reading device for a first of the at least two applications (10, 20, 30), the communication-ready signal comprising a first identification number which is assigned to the first of the at least two applications (10, 20, 30) and indicates to the reading device the communication readiness of said first application, and generating a second communication-ready signal to the reading device for a second of the at least two applications (10, 20, 30), the second communication-ready signal comprising a second identification number different from the first identification number, which is assigned to said second application and indicates to the reading device the communication readiness of said second application, characterized in that the first communication-ready signal is generated for a first group of applications (10A-40A) comprising the first application, and the first identification number is assigned to each of the applications (10A-40A) in the first group, and the second communication-ready signal is generated for a second group of applications (10B- 30B) comprising the second application, and the second identification number is assigned to each of the applications (10B-30B) in the second group, the first communication-ready signal indicating to the reading device the communication readiness of each of the applications (10A-40A) of the first group, and the second communication-ready signal indicating to the reading device the communication readiness of each of the applications (10B-30B) of the second group. generating a first communication-ready signal to the reading device for a first of the at least two applications (10, 20, 30), the communication-ready signal comprising a first identification number which is assigned to the first of the at least two applications (10, 20, 30) and indicates to the reading device the communication readiness of said first application, and generating a second communication-ready signal to the reading device for a second of the at least two applications (10, 20, 30), the second communication-ready signal comprising a second identification number different from the first identification number, which is assigned to said second application and indicates to the reading device the communication readiness of said second application,
A connector housing configured to receive at least a contact therein, wherein a first latch and a second latch for locking a case of a mating connector are provided side by side on a top surface of the housing, the first latch comprises a first pressing part, the second latch comprises a second pressing part, the first latch and the second latch are unlocked by pressing down the first pressing part and the second pressing part, wherein a first extension portion and a second extension portion adjacent to each other are formed on the first pressing part and the second pressing part, respectively, characterized in that a distance between the first pressing part and the second pressing part is larger than 30mm and in that a distance between the first extension portion and the second extension portion is less than the 30 mm.
A bluish green phosphor represented by Formula 2 below: [Formula 2] Ba x Mg y Si b OcN d Fe:Eu g wherein 0.5<x<14.5, 0<y≤10, 0.5<x+y≤14.5, and 5≤b≤15, 2≤c≤7, 5≤d≤20, 0<e≤1, and 0<g≤1, and wherein the bluish green phosphor has a single phase crystal structure, and wherein Mg2+ ions of the formula 2 occupy lattice points of Ba2+ ions of the formula 2.
A method for detecting a first target sequence of individual mRNA molecules in a fixed, permeabilized cell, comprising immersing the fixed, permeabilized cell in a hybridization solution containing an excess of a first set of at least 30 non- overlapping nucleic acid hybridization probes that have sequences complementary to said first target sequence that are 7-30 nucleotides in length and that are singly labeled with the same first fluorophore label of a first color; washing the fixed cell to remove unbound probes; and detecting spots of said first fluorophore in the washed fixed cell. immersing the fixed, permeabilized cell in a hybridization solution containing an excess of a first set of at least 30 non- overlapping nucleic acid hybridization probes that have sequences complementary to said first target sequence that are 7-30 nucleotides in length and that are singly labeled with the same first fluorophore label of a first color; washing the fixed cell to remove unbound probes; and detecting spots of said first fluorophore in the washed fixed cell.
Boat, having a deck and decking, characterized in that the decking is formed of wooden elements which consist of thermally modified wood or wood-based materials which is/are at least partly impregnated with a melamine-containing resin.
Jet regulator having a jet regulator housing, in the housing interior of which a perforated plate with a plurality of through-flow holes for dividing through-flowing water is provided, on the outflow-side of which in the jet regulator housing and/or at the outflow end face of the jet regulator housing flow obstructions are provided which, at that location, are arranged or concentrated in a central or middle region and which divert the through-flowing water into an outer annular zone, characterised in that the perforated plate has a central hole-free first deflector surface which is defined by at least one annular wall, that the annular wall is defined on the outer peripheral side by an annularly encircling second deflector surface, that the annular wall comprises passage openings oriented in the radial direction, and that on the side of the passage openings disposed in the deflector surface plane, a respective through-flow hole of the perforated plate is provided.
A gravel pack assembly for a borehole, the assembly comprising: tubing (110a-b) having a bore and having first and second joints (102a-b) coupled together at first and second ends; a first filter disposed on the first joint and filtering fluid passage from the borehole into the bore; a second filter disposed on the second joint and filtering fluid passage from the borehole into the bore; first and second end rings (120a-b) respectively disposed on the first and second joints (102a-b) and respectively securing the first and second filters (140a-b) to the first and second joints (102a-b), at least one of the first and second end rings (120a-b) defining at least one passage communicating with a space between the respective filter (140a-b) and the respective joint (102a-b); a foil abutting the first and second end rings (120a-b) of the first and second filters (140a-b) and enclosing a blank area across the first and second coupled ends (114a-b), the foil having an external surface defining an annulus thereabout with the borehole and at least leaking fluid from the borehole to the blank area enclosed by the foil; and a filter portion (140, 150, 151a, 151b, 151c) of the assembly filtering the leaked fluid of the blank area, wherein the leaked fluid of the blank area communicates through the passage in the at least one first and second end ring (120a-b), to the space between the respective filter (140a-b) and the respective joint (102a-b), and to the bore of the tubing (110a-b). tubing (110a-b) having a bore and having first and second joints (102a-b) coupled together at first and second ends; a first filter disposed on the first joint and filtering fluid passage from the borehole into the bore; a second filter disposed on the second joint and filtering fluid passage from the borehole into the bore; first and second end rings (120a-b) respectively disposed on the first and second joints (102a-b) and respectively securing the first and second filters (140a-b) to the first and second joints (102a-b), at least one of the first and second end rings (120a-b) defining at least one passage communicating with a space between the respective filter (140a-b) and the respective joint (102a-b); a foil abutting the first and second end rings (120a-b) of the first and second filters (140a-b) and enclosing a blank area across the first and second coupled ends (114a-b), the foil having an external surface defining an annulus thereabout with the borehole and at least leaking fluid from the borehole to the blank area enclosed by the foil; and a filter portion (140, 150, 151a, 151b, 151c) of the assembly filtering the leaked fluid of the blank area, wherein the leaked fluid of the blank area communicates through the passage in the at least one first and second end ring (120a-b), to the space between the respective filter (140a-b) and the respective joint (102a-b), and to the bore of the tubing (110a-b).
An optical compound sheet for a backlight module, wherein the optical compound sheet comprises a base layer formed of a transparent material; a light-condensing player, including a plurality of structured patterns formed on the base layer at a predetermined interval, and a surface coating containing nano-particles distributed on a surface of the structured patterns, the surface coating is obtained by distributing and containing nano-particles in a Ultraviolet -curable bond and has a thickness of 0.01 to 1 μm; and an anti-scratching layer, disposed under the base layer and formed by coating a UV-curable bond that contains nano-particles, the nano-particles having a particle diameter of 10 to 100 nm.