mhurhangee/ep-ind-claims huggingface dataset:
Dispensing device for dispensing powder, in particular containing or consisting of a drug, as a spray including fine powder particles, the dispensing device comprising, a means for providing pressurized gas for dispensing the powder, a mouthpiece, a storage device having multiple separate storage chambers each containing a single dose of the powder to be dispensed by gas pressure, wherein the storage device comprises ducts associated to the storage chambers so that each dose of powder can be dispensed through a separate duct by the gas pressure, wherein each storage chamber comprises a respective gas inlet, wherein the respective duct forms a respective powder outlet, wherein the duct is connected to the respective storage chamber at one axial end and the gas inlet is connected to the other axial end of the respective storage chamber, and wherein the gas inlet is connected tangentially to the respective storage chamber, and wherein the duct is tangentially connected to the respective storage chamber, characterized in that the respective duct is located at a mouthpiece entrance with no flow restrictions after the duct for dispensing the powder.
A nonwoven support manufactured from fibers of natural, mineral, artificial or synthetic origin to form bituminous membranes, particularly for covering roofs, characterized in that the nonwoven support is impregnated with a binding resin which is an aqueous starch-based solution, which consists of starch, a crosslinker of natural origin, a catalyst and water, and possibly additives and a hydrophobing agent, wherein the starch is of native type or modified, wherein in the modified starch, the starch molecules were subjected to a controlled degradation through thermal or enzymatic treatment, wherein the crosslinking agent is a carboxylic acid having two or more carboxylic groups.
An apparatus for grading and washing sand comprising a chassis, a first grading screen for removing oversize material from a feed material, said first grading screen comprising an apertured deck, means for supplying water onto material on the deck of the first grading screen and a sump thereunder for receiving undersize material and water passing through the deck of the first grading screen, oversize material passing over a downstream end of the deck of the first grading screen, a second grading screen having an apertured deck, said apertures being smaller in size than the apertures of the deck of the first grading screen, means for supplying water onto material on the deck of the second grading screen and a sump thereunder for receiving undersize material and water passing through the deck of the second grading screen, oversize material passing over a downstream end of the deck of the second grading screen, configured such that undersize material collected in the sump of the second grading screen is passed to a washing stage before being collected as a sand product, characterised in that the first and second grading screens (10,30) are mounted on the chassis and are located adjacent one another such that oversize material passing over the downstream end of the decks (14,32) of the first and second grading screens (10,30) is passed onto a common conveyor or onto respective first and second conveyors.
Method for coding impulse responses of audio signals wherein the audio signals are encoded using the MPEG-4 Audio standard, wherein said impulse responses allow the reproduction of sound signals corresponding to a certain room characteristic, comprising: generating parameters representing an impulse response of a room for a sound source; characterized by inserting said parameters into multiple successive MPEG-4 "PROTO params " control parameter fields (15, 16, 17, 18) of an MPEG-4 BIFS stream, wherein a first params control parameter field contains information about the number and content of the following params control parameter fields. generating parameters representing an impulse response of a room for a sound source; characterized by inserting said parameters into multiple successive MPEG-4 "PROTO params " control parameter fields (15, 16, 17, 18) of an MPEG-4 BIFS stream, wherein a first params control parameter field contains information about the number and content of the following params control parameter fields.
A composition for use in preventing and treating skin hyperpigmentation disorder caused by post-inflammatory pigmentation containing an interferon-inducible T-cell alpha chemoattractant (ITAC) as an active ingredient, wherein ITAC is in an amount of 0.0001 to 0.0005% by weight based on total weight of the composition.
A laser markable composition comprising (a) an aqueous medium; (b) a leuco dye; (c) an optothermal converting agent; and (d) an colour developing agent, characterized in that the colour developing agent is a polymer particle capable of forming an acid upon exposure to heat. (a) an aqueous medium; (b) a leuco dye; (c) an optothermal converting agent; and (d) an colour developing agent,
A method for coating a component, in which the coating material in powder form is applied to the component to be coated by means of cold gas spraying, characterized in that - the surface of the component is roughened before deposition of the coating material, - the coating is deposited in layers, - then a surface heat treatment is carried out, in which the deposited coating material is melted, wherein - the surface heat treatment is carried out after deposition of each layer or one or more times between the deposition of successive layers, - areas of the component near the surface are also melted, and - the core of the component is neither melted nor heated to a temperature range which approaches the surface temperature but instead is lower than 70% of the surface temperature. - the surface of the component is roughened before deposition of the coating material, - the coating is deposited in layers, - then a surface heat treatment is carried out, in which the deposited coating material is melted, - the surface heat treatment is carried out after deposition of each layer or one or more times between the deposition of successive layers, - areas of the component near the surface are also melted, and - the core of the component is neither melted nor heated to a temperature range which approaches the surface temperature but instead is lower than 70% of the surface temperature.
A power supply system, comprising: a first power source apparatus and a second power source apparatus electrically connected with a grid power source line provided between a grid power source and a load device, a power source line of the first power source apparatus being joined with the grid power source line at a first junction, and a power source line of the second power source apparatus being joined with the grid power source line at a second junction provided nearer the load device with respect to the first junction, wherein the power supply system comprises: a first current sensor (CT2-1) provided on the grid power source line between the grid power source and the first junction; and a second current sensor (CT2-2) provided on the power source line of the first power source apparatus between the first power source apparatus and the first junction, characterised in that the second power source apparatus controls the output of power from the second power source apparatus itself, on the basis of each of the outputs from the first current sensor (CT2-1) and the second current sensor (CT2-2), in a first priority mode in which the first power source apparatus is preferentially used. a first power source apparatus and a second power source apparatus electrically connected with a grid power source line provided between a grid power source and a load device, a power source line of the first power source apparatus being joined with the grid power source line at a first junction, and a power source line of the second power source apparatus being joined with the grid power source line at a second junction provided nearer the load device with respect to the first junction, wherein the power supply system comprises: a first current sensor (CT2-1) provided on the grid power source line between the grid power source and the first junction; and a second current sensor (CT2-2) provided on the power source line of the first power source apparatus between the first power source apparatus and the first junction, characterised in that the second power source apparatus controls the output of power from the second power source apparatus itself, on the basis of each of the outputs from the first current sensor (CT2-1) and the second current sensor (CT2-2), in a first priority mode in which the first power source apparatus is preferentially used. a first current sensor (CT2-1) provided on the grid power source line between the grid power source and the first junction; and a second current sensor (CT2-2) provided on the power source line of the first power source apparatus between the first power source apparatus and the first junction, characterised in that the second power source apparatus controls the output of power from the second power source apparatus itself, on the basis of each of the outputs from the first current sensor (CT2-1) and the second current sensor (CT2-2), in a first priority mode in which the first power source apparatus is preferentially used.
A method of transmitting an acknowledgement/negative-acknowledgement, ACK/NACK, signal by a user equipment, UE, in a wireless communication system, the method comprising: receiving data from a base station, BS; generating an ACK signal or a NACK signal in response to the data; based on the ACK signal being generated, transmitting, to the BS, the ACK signal based on applying a first cyclic shift, CS, value to a base sequence for transmitting the ACK/NACK signal; and based on the NACK signal being generated, transmitting, to the BS, the NACK signal based on applying a second CS value to the base sequence, wherein the first CS value is different from the second CS value, wherein the first CS value is determined based on applying a offset value configured for each UE to a cell-specific CS value configured for each cell, wherein the second CS value is determined such that a difference between the first and second CS values becomes a specific value, and wherein the specific value depends on a length of the base sequence and a number of bits of the ACK/NACK signal. receiving data from a base station, BS; generating an ACK signal or a NACK signal in response to the data; based on the ACK signal being generated, transmitting, to the BS, the ACK signal based on applying a first cyclic shift, CS, value to a base sequence for transmitting the ACK/NACK signal; and based on the NACK signal being generated, transmitting, to the BS, the NACK signal based on applying a second CS value to the base sequence, wherein the first CS value is different from the second CS value, wherein the first CS value is determined based on applying a offset value configured for each UE to a cell-specific CS value configured for each cell, wherein the second CS value is determined such that a difference between the first and second CS values becomes a specific value, and wherein the specific value depends on a length of the base sequence and a number of bits of the ACK/NACK signal.
A strut provided in an exhaust diffuser and having an airfoil-shaped cross-section, the strut comprising: a cut portion formed in a trailing edge of the strut in a span direction, wherein the cut portion provides a stepped portion in at least a portion of the trailing edge; wherein the cut portion begins from a radial external end of the strut; characterized in that ribs are provided along both boundaries between the cut portion and a wing-shaped surface of the airfoil, respectively. a cut portion formed in a trailing edge of the strut in a span direction, wherein the cut portion provides a stepped portion in at least a portion of the trailing edge; wherein the cut portion begins from a radial external end of the strut;
Ventilation component, comprising a channel-shaped housing with circumferentially arranged housing walls of preferably rectangular or square cross-section, wherein at least one radial fan is arranged in the housing, and wherein, in the region of the housing walls upstream of the radial fan seen in the direction of flow, at least one soundproofing and/or sound-damping material is provided, circumferentially and preferably directly on the housing walls, preferably arranged centrally and leaving the flow channel clear, characterized in that the radial fan comprises a soundproofing splitter, arranged behind the radial fan when seen in the direction of flow, wherein the region between the longitudinal and/or transverse outer dimensions of the splitter is filled at least in parts and preferably completely with sound absorption material, wherein the splitter is arranged at a distance from the housing walls, and therefore the splitter is surrounded on all sides by a circumferential free space for the flowing of the gas, such that the splitter can be flowed around on all sides by the flowing gas.
A wall hung boiler device comprising a boiler which has at least one body sheet and at least one front panel sheet that allows to see and interfere with the internal structure of the body sheet, and characterized by comprising a smart lock which allows the front panel sheet of boiler devices to be opened only via Bluetooth connection and comprises - At least one lock body which is located on a position of the body sheet of the boiler that is close to the front panel sheet, - At least one latch which is positioned in the inner volume of the lock body and which acts as a lock by means of limiting the movement of the front panel sheet mounted to the boiler body sheet by extending towards the front panel sheet through an opening located close to the front panel sheet, - At least one electronic circuit which enables the front sheet to be locked by means of pulling the latch out of the lock body or the front sheet to be unlocked by means of pulling the latch inside the lock body, and which, by means of a Bluetooth connection, enables the operation of a step motor that enables the rotation of a cogwheel located inside the lock body and contacting the teeth on the latch in order to convert the rotational movement into linear movement. - At least one lock body which is located on a position of the body sheet of the boiler that is close to the front panel sheet, - At least one latch which is positioned in the inner volume of the lock body and which acts as a lock by means of limiting the movement of the front panel sheet mounted to the boiler body sheet by extending towards the front panel sheet through an opening located close to the front panel sheet, - At least one electronic circuit which enables the front sheet to be locked by means of pulling the latch out of the lock body or the front sheet to be unlocked by means of pulling the latch inside the lock body, and which, by means of a Bluetooth connection, enables the operation of a step motor that enables the rotation of a cogwheel located inside the lock body and contacting the teeth on the latch in order to convert the rotational movement into linear movement.
A turbine exhaust unit supporting device (1000, 2000) installed at a rear side of a turbine casing to support a turbine exhaust unit through which exhaust gas passing through a turbine is discharged, the supporting device (1000, 2000) comprising: a casing supporting block unit installed on an outer circumferential surface of the turbine casing; an exhaust unit supporting block unit spaced from the casing supporting block unit and installed on an outer circumferential surface of the turbine exhaust unit; and a rotary coupler having a first end rotatably coupled to the casing supporting block unit and a second end rotatably coupled to the exhaust unit supporting block unit. a casing supporting block unit installed on an outer circumferential surface of the turbine casing; an exhaust unit supporting block unit spaced from the casing supporting block unit and installed on an outer circumferential surface of the turbine exhaust unit; and a rotary coupler having a first end rotatably coupled to the casing supporting block unit and a second end rotatably coupled to the exhaust unit supporting block unit.
Apparatus to automatically insert a liquid inside components of inhalers, in particular cartomizers for electronic cigarettes, wherein each of said components comprises a body, preferably of a tubular shape, defining an internal cavity that extends along a longitudinal axis, closed at one of its ends and configured to receive said liquid, a tubular element and a bushing being arranged within the internal cavity, and a cotton felted cloth being housed within an annular space between the tubular element and the bushing, said apparatus comprising injection means having at least one injector, wherein said at least one injector comprises an injector head placed at one of its ends and having a substantially symmetrical conformation with respect to its symmetrical axis and configured to cooperate with said internal cavity of said body, and at least one injection needle configured to come out of said injection head in order to inject said liquid into the internal cavity, while said injection head is stationary with respect to said body, arranging itself with the axis of symmetry substantially coinciding with the longitudinal axis of said internal cavity characterized in that the injection head has an external diameter that is smaller than the internal diameter of the internal cavity and in that said at least one injection needle comprises three vertical injection needles arranged at angular offsets to each other of 120° and at a certain distance from the symmetrical axis, so that said three vertical injection needles can contemporaneously be inserted into the felted cloth between the tubular element and the bushing to inject into said felted cloth the liquid.
A method of implementing a collaborative phone reputation system, the method comprising: detecting, at a compute device, an incoming call for a user of the compute device; determining, at a compute device, a local probabilistic score that the incoming call is desirable for the user; and performing an action at the compute device based on the local probabilistic score; wherein determining the local probabilistic score comprises: determining that the incoming call is from a party in a contact list of the user; and increasing the local probabilistic score based on the determination that the incoming call is from the party in the contact list; and wherein the local probabilistic score is less than a threshold, and wherein performing the action at the compute device based on the local probabilistic score comprises sending the incoming call to voicemail to leave a voicemail message. detecting, at a compute device, an incoming call for a user of the compute device; determining, at a compute device, a local probabilistic score that the incoming call is desirable for the user; and performing an action at the compute device based on the local probabilistic score; wherein determining the local probabilistic score comprises: determining that the incoming call is from a party in a contact list of the user; and increasing the local probabilistic score based on the determination that the incoming call is from the party in the contact list; and determining that the incoming call is from a party in a contact list of the user; and increasing the local probabilistic score based on the determination that the incoming call is from the party in the contact list; and wherein the local probabilistic score is less than a threshold, and wherein performing the action at the compute device based on the local probabilistic score comprises sending the incoming call to voicemail to leave a voicemail message.
Multilaminar plastic support material having a plurality N of A-B-A layer sequences, wherein the A layer includes a first thermosetting plastic and the B layer includes a second thermosetting plastic, and wherein the first thermosetting plastic is a virgin plastic and the second plastic is a recycled plastic, and wherein 250 ≥ N ≥ 2, preferably 200 ≥ N ≥ 3, preferably 125 ≥ N ≥ 4, still more preferably 100 ≥ N ≥ 5.
A push-in mechanism for pushing articles into a box that is opened sideways, the push-in mechanism comprising: a box standby part configured to cause the box to wait; an article placement part having a placement surface on which the articles are temporarily placed; a push-in plate installed in a standing state so as to have a pressing surface configured to push the articles toward the box; a horizontal movement mechanism configured to reciprocate the push-in plate horizontally above the placement surface such that the push-in plate moves toward the box or moves away from the box; and a lifting/lowering mechanism configured to move the push-in plate so as to change a separation distance in the height direction between a lower edge of the pressing surface and the placement surface; characterized in that the push-in mechanism is configured such that: the push-in plate packs the articles into the box by moving closer to the box; and the distance separating the height of the lower edge of the pressing surface and the placement surface in the height direction is increased after finishing the push-in action of the push-in plate pushing the articles into the box. a box standby part configured to cause the box to wait; an article placement part having a placement surface on which the articles are temporarily placed; a push-in plate installed in a standing state so as to have a pressing surface configured to push the articles toward the box; a horizontal movement mechanism configured to reciprocate the push-in plate horizontally above the placement surface such that the push-in plate moves toward the box or moves away from the box; and a lifting/lowering mechanism configured to move the push-in plate so as to change a separation distance in the height direction between a lower edge of the pressing surface and the placement surface; characterized in that the push-in mechanism is configured such that: the push-in plate packs the articles into the box by moving closer to the box; and the distance separating the height of the lower edge of the pressing surface and the placement surface in the height direction is increased after finishing the push-in action of the push-in plate pushing the articles into the box. the push-in plate packs the articles into the box by moving closer to the box; and the distance separating the height of the lower edge of the pressing surface and the placement surface in the height direction is increased after finishing the push-in action of the push-in plate pushing the articles into the box.
An electro-conductive paste for forming an electrode of a solar cell device characterized by containing an electro-conductive particle, an organic binder, a solvent, a glass frit, an organic compound including alkaline earth metal, and either a metal selected from among tellurium and selenium or a compound of the metal, wherein the organic compound including alkaline earth metal of 0.1 to 5 percent by weight relative to the whole electro-conductive paste is contained, the metal of 0.1 to 5 percent by weight relative to the whole electro-conductive paste is contained, and the compound of the metal of 0.01 to 10 percent by weight relative to the whole electro-conductive paste is contained.