mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a container in a blowing mould, the blown container (22; 72; 82) having a neck and a bottom aligned along a longitudinal axis and at least one transverse dimension in a longitudinal cross-section including the longitudinal axis, said container when blown being enclosed within a blowing mould (12; 70; 80) comprising two side halves (12a, 12b; 70a, 70b; 80a; 80b), said method comprising the steps of: - placing a plastic preform into the blowing mould; - closing the blowing mould so that the two side halves (12a, 12b; 70a, 70b; 80a; 80b) are in contact with each other along a joint plane; - blowing the preform so as to form the blown container; - moving apart the two side halves (12a, 12b; 70a, 70b; 80a; 80b) of the blowing mould along a substantially transverse direction, the two side halves being moved apart from the joint plane over an overall distance that is less than the greatest transverse dimension of the blown container and that enables extraction of the blown container from the blowing mould (12; 70; 80). - placing a plastic preform into the blowing mould; - closing the blowing mould so that the two side halves (12a, 12b; 70a, 70b; 80a; 80b) are in contact with each other along a joint plane; - blowing the preform so as to form the blown container; - moving apart the two side halves (12a, 12b; 70a, 70b; 80a; 80b) of the blowing mould along a substantially transverse direction, the two side halves being moved apart from the joint plane over an overall distance that is less than the greatest transverse dimension of the blown container and that enables extraction of the blown container from the blowing mould (12; 70; 80).
Hydraulic torque tool for tightening or loosening fasteners having an apparatus to transfer torque within the torque tool for tightening or loosening fasteners formed within a link drive means and between a first and a second side plate (51,52) of the link drive means, the apparatus including: a drive plate having piston engagement means at a first end and a machined face gear with radial serrations at a second end, and a ratchet drive having a machined face gear with corresponding radial serrations at a first end and a threaded fastener engagement means at a second end, characterized in that the apparatus includes a wave spring formed between the drive plate and a side plate (51, 52) of the torque tool, wherein the side plates (51,52) of the link drive means are tapered from a first end, adjacent the piston engagement means, to a second end, adjacent the threaded fastener engagement means, such that the width of the link drive means at the second end is substantially thinner than the width of the link drive means at the first end. a drive plate having piston engagement means at a first end and a machined face gear with radial serrations at a second end, and a ratchet drive having a machined face gear with corresponding radial serrations at a first end and a threaded fastener engagement means at a second end,
A device for measuring and controlling the dosage of a small quantity of fluid, characterized in that it comprises: - a needle adapted to be deformed by oscillation and to contain said small quantity of fluid; - a resonating element of the piezoelectric laminar type, coupled to said needle for the purpose of determining said oscillation, said resonating element being adapted to be energized in order to detect variations of oscillation parameters of the needle and of the resonating element; - means for controlling the supply and/or delivery of said small quantity of fluid into/from said needle; - energizing and detecting means adapted to send energizing signals to said resonating element and to detect variations of oscillation parameters of the needle and of the resonating element for the purpose of controlling said supply and/or delivery control means and determining said dosage. - a needle adapted to be deformed by oscillation and to contain said small quantity of fluid; - a resonating element of the piezoelectric laminar type, coupled to said needle for the purpose of determining said oscillation, said resonating element being adapted to be energized in order to detect variations of oscillation parameters of the needle and of the resonating element; - means for controlling the supply and/or delivery of said small quantity of fluid into/from said needle; - energizing and detecting means adapted to send energizing signals to said resonating element and to detect variations of oscillation parameters of the needle and of the resonating element for the purpose of controlling said supply and/or delivery control means and determining said dosage.
An electric precipitator comprising: a charger unit including at least two charge cells (310, 320, 330, 340, 350) to charge dust particles contained in air; and a collector unit to collect the dust particles charged by the charger unit, the at least two charge cells (310, 320) include a first cell, through which the dust particles pass at a first velocity, and a second cell, through which the dust particles pass at a second velocity faster than the first velocity, which said second cell is arranged parallel to said first cell, characterized in that: the first charge cell and the second charge cell respectively are adapted to charge the dust particles depending on the velocities (V1, V2) of the dust particles, such that each charge cell (310; 320) comprises a discharge electrode (110; 120) and a pair of counter electrodes (210, 220; 220, 230), and the distance between said counter electrodes (210, 220) and said discharge electrode of the first cell is greater than the distance between said counter electrodes (220, 230) and said discharge electrode of said the second cell. a charger unit including at least two charge cells (310, 320, 330, 340, 350) to charge dust particles contained in air; and a collector unit to collect the dust particles charged by the charger unit, the at least two charge cells (310, 320) include a first cell, through which the dust particles pass at a first velocity, and a second cell, through which the dust particles pass at a second velocity faster than the first velocity, which said second cell is arranged parallel to said first cell, characterized in that: the first charge cell and the second charge cell respectively are adapted to charge the dust particles depending on the velocities (V1, V2) of the dust particles, such that each charge cell (310; 320) comprises a discharge electrode (110; 120) and a pair of counter electrodes (210, 220; 220, 230), and the distance between said counter electrodes (210, 220) and said discharge electrode of the first cell is greater than the distance between said counter electrodes (220, 230) and said discharge electrode of said the second cell. the first charge cell and the second charge cell respectively are adapted to charge the dust particles depending on the velocities (V1, V2) of the dust particles, such that each charge cell (310; 320) comprises a discharge electrode (110; 120) and a pair of counter electrodes (210, 220; 220, 230), and the distance between said counter electrodes (210, 220) and said discharge electrode of the first cell is greater than the distance between said counter electrodes (220, 230) and said discharge electrode of said the second cell.
A hydrogenated crystalline norbornene ring-opening polymer obtained by hydrogenating 80% or more of carbon-carbon double bonds of a ring-opening polymer that is obtained by ring-opening polymerization of norbornene monomers including 90 to 100 wt% of 2-norbornene and 0 to 10 wt% of a 2-norbornene derivative which is selected from a norbornene monomer having a substituent which does not include an aliphatic carbon-carbon double bond and which does not have a ring condensed with the 2-norbornene ring and a polycyclic (tricyclic or higher) norbornene monomer having a substituent which does not include an aliphatic carbon-carbon double bond and which has a ring structure condensed with the 2-norbornene ring, such as dicyclopentadiene, wherein the ring-opening polymerization is carried out in in the presence of a branching agent which is a compound having a cycloalkene structure and one or more substituents including an aliphatic carbon-carbon double bond in the molecule, or a cycloalkane compound having three or more substituents including an aliphatic carbon-carbon double bond in the molecule, the hydrogenated crystalline norbornene ring-opening polymer having a melting point of 110 to 145°C and a branching index of 0.4 to 0.95, wherein the hydrogenation degree of the hydrogenated crystalline norbornene ring-opening polymer is determined by 1 H-NMR spectrum measurement using deuterochloroform as a solvent, the melting point is measured in accordance with JIS K7121 using a differential scanning calorimeter after heating the sample to a temperature 30°C higher than the melting point, cooling the sample to room temperature at a cooling rate of -10°C/min, and heating at a rate of 10°C/min, and the branching index is defined by "g=[η]Bra/[η]Lin", wherein [η]Bra indicates the intrinsic viscosity of a branched hydrogenated crystalline norbornene ring-opening polymer, and [η]Lin indicates the intrinsic viscosity of a linear hydrogenated crystalline norbornene ring-opening polymer having the same weight average molecular weight, the intrinsic viscosity [η] being a value obtained by measuring a sample dissolved in cyclohexane at 60°C.
A Proxy Call Session Control Function server for accessing an IP Multimedia Subsystem, hereinafter IMS, via IMS signalling (S-50) transported through a bearer layer, the bearer layer bearing media IP flows (B-55) for IMS media and a signalling IP flow (B-50) for IMS signalling, the Proxy Call Session Control Function server comprising: protocol handler (16, 15) configured to receive (S-530, S-535) a request for IMS registration from a subscriber and forward the request for IMS registration to the IMS; and characterized in that it also comprises: processing rules handler configured to establish (I-a) a signalling session for IMS signalling during the IMS registration and prior to receiving media session information agreed for IMS media; and signalling session means configured to submit (S-545, 1-12, 1-10), during the IMS registration and prior to receiving the media session information agreed for the IMS media, toward a rules-control function device (2, 2-bis): signalling session information related to the signalling IP flow, without the media session information related to the media IP flows; and a request for notification of signalling session events detected on the signalling IP flow (B-50) for the IMS signalling. protocol handler (16, 15) configured to receive (S-530, S-535) a request for IMS registration from a subscriber and forward the request for IMS registration to the IMS; processing rules handler configured to establish (I-a) a signalling session for IMS signalling during the IMS registration and prior to receiving media session information agreed for IMS media; and signalling session means configured to submit (S-545, 1-12, 1-10), during the IMS registration and prior to receiving the media session information agreed for the IMS media, toward a rules-control function device (2, 2-bis): signalling session information related to the signalling IP flow, without the media session information related to the media IP flows; and a request for notification of signalling session events detected on the signalling IP flow (B-50) for the IMS signalling. signalling session information related to the signalling IP flow, without the media session information related to the media IP flows; and a request for notification of signalling session events detected on the signalling IP flow (B-50) for the IMS signalling.
Aircraft, having a spherical body which generates buoyancy or which may generate buoyancy when filled with gas, wherein the aircraft further comprises four actuation units arranged on the surface of the body for movement of the aircraft in any arbitrary combination of translation and rotation in three-dimensional space through the air, and at least one camera arranged on or in the surface of the body.
A fuel injection control device for an internal combustion engine comprising a common-rail for accumulating pressurized fuel, and an automatic engine stopping and restarting device for automatically stopping and restarting the engine, wherein the pressure within the common-rail during engine stopping is changed over between values as the engine is stopped with an operation of the automatic engine stopping and restarting device or as the engine is stopped without an operation of the automatic engine stopping and restarting device, wherein the pressure within the common-rail when the engine is stopped with operating of the automatic engine stopping and restarting device is maintained at or reduced to a pressure higher than the pressure within the common-rail allowing fuel to be injected.
A decorative sheet comprising (a) a color layer and (b) a transparent layer formed on and adjacent to the color layer, wherein the ratio of the thickness of the transparent layer: the thickness of the color layer is 2-19:1, and the color layer and the transparent layer consist of a polyester-based material, wherein the transparent layer is a single layer, and the color layer comprises a design consisting of a single color or a plurality of colors and wherein the gloss on the transparent layer analyzed according to ASTM D523 is 40-100%, the total transmittance from the color layer to the transparent layer analyzed according to ASTM D1003 is 0.1-10%, and the difference in color brightness indices of the transparent layer and of the color layer analyzed according to ASTM E1164 is 1-40%.
An apparatus for a wireless power transmitter, the apparatus comprising: power transmission circuitry, data transmission circuity, and control circuitry, the control circuitry configured to: control the power transmission circuitry to transmit power for a time duration; detect a change in load in the power transmission circuitry during the time duration, wherein the change indicates a presence of a wireless power receiver; decode metadata received from the wireless power receiver via the power transmission circuitry, wherein the metadata includes an indicator of an activation time instant of power transmission; and regulate power transmission to the wireless power receiver according to the metadata, wherein the power transmission occurs synchronously or asynchronously with data transmission via a single common antenna coupled to the power transmission circuitry and data transmission circuitry control the power transmission circuitry to transmit power for a time duration; detect a change in load in the power transmission circuitry during the time duration, wherein the change indicates a presence of a wireless power receiver; decode metadata received from the wireless power receiver via the power transmission circuitry, wherein the metadata includes an indicator of an activation time instant of power transmission; and regulate power transmission to the wireless power receiver according to the metadata, wherein the power transmission occurs synchronously or asynchronously with data transmission via a single common antenna coupled to the power transmission circuitry and data transmission circuitry
A device, comprising: one or more embedded sensors configured to detect a change in a user activity; a non-transitory memory storage comprising instructions; and one or more processors in communication with the non-transitory memory storage and the one or more embedded sensors, wherein the one or more processors execute the instructions to: passively collect location coordinates of the device using location information requested by a third party application or service; receive a signal comprising an intent for a location request in response to the change in the user activity; determine whether the device is located within a user stay area and, based thereon, set a time threshold; and determine that a duration of time between reception of a previous location request and reception of the signal exceeds the time threshold and, based thereon, request a location coordinate of the device for use by another application or service. one or more embedded sensors configured to detect a change in a user activity; a non-transitory memory storage comprising instructions; and one or more processors in communication with the non-transitory memory storage and the one or more embedded sensors, wherein the one or more processors execute the instructions to: passively collect location coordinates of the device using location information requested by a third party application or service; receive a signal comprising an intent for a location request in response to the change in the user activity; determine whether the device is located within a user stay area and, based thereon, set a time threshold; and determine that a duration of time between reception of a previous location request and reception of the signal exceeds the time threshold and, based thereon, request a location coordinate of the device for use by another application or service. passively collect location coordinates of the device using location information requested by a third party application or service; receive a signal comprising an intent for a location request in response to the change in the user activity; determine whether the device is located within a user stay area and, based thereon, set a time threshold; and determine that a duration of time between reception of a previous location request and reception of the signal exceeds the time threshold and, based thereon, request a location coordinate of the device for use by another application or service.
An aqueous solution for treating a metal surface comprising (a) at least one phosphorous compound or its salt represented by the following formula wherein R1 of the phosphorous compound I. is selected from the group consisting of n-propyl, isopropyl, n-hexyl, isohexyl, n-heptyl, isoheptyl, n-octyl, isooctyl, n-nonyl, isononyl, n-decyl, isodecyl, n-undecyl, isodecyl, n-dodecyl, isododecyl and wherein R2 and R3 is H. (b) at least one solderability-enhancing compound or its salt represented by the following formulas wherein n = 1 - 20, and wherein n = 1 - 20, and and wherein n = 1 - 20. (a) at least one phosphorous compound or its salt represented by the following formula wherein R1 of the phosphorous compound I. is selected from the group consisting of n-propyl, isopropyl, n-hexyl, isohexyl, n-heptyl, isoheptyl, n-octyl, isooctyl, n-nonyl, isononyl, n-decyl, isodecyl, n-undecyl, isodecyl, n-dodecyl, isododecyl and wherein R2 and R3 is H. (b) at least one solderability-enhancing compound or its salt represented by the following formulas wherein n = 1 - 20, and wherein n = 1 - 20, and and wherein n = 1 - 20.
A reverse osmosis filter module comprising: a tube which includes an opening that accommodates a permeable liquid in a longitudinal direction; one or more reverse osmosis membranes which extends outward from the tube and are wound around the tube; and a feed spacer which is in contact with the one or more reverse osmosis membranes and wound around the tube, wherein the feed spacer is formed by repeatedly positioning spiral filaments on a two-dimensional plane, wherein each of the spiral filaments forms a circular flow path having a diameter of 0.2 to 0.5 mm, wherein the filaments have a diameter of 0.2 mm to 0.5 mm and a pitch of 780 to 3,120 μm, wherein the pitch is the distance between the multiple circular flow paths formed by the spiral shape, wherein the spiral filaments are arranged such that a vortex of a liquid being supplied to the feed spacer is formed at upper and lower sides of the filaments, wherein the upper and lower sides of the filaments are in contact with the reverse osmosis membranes, wherein the feed spacer is formed: - by manufacturing the filaments by extrusion molding, arranging the filaments in parallel, and bonding connecting portions to one side and the other side of each of the arranged filaments to fix the filaments; or - as a single filament being provided to reciprocate between one side and the other side on a plane. a tube which includes an opening that accommodates a permeable liquid in a longitudinal direction; one or more reverse osmosis membranes which extends outward from the tube and are wound around the tube; and a feed spacer which is in contact with the one or more reverse osmosis membranes and wound around the tube, wherein the feed spacer is formed by repeatedly positioning spiral filaments on a two-dimensional plane, wherein each of the spiral filaments forms a circular flow path having a diameter of 0.2 to 0.5 mm, wherein the filaments have a diameter of 0.2 mm to 0.5 mm and a pitch of 780 to 3,120 μm, wherein the pitch is the distance between the multiple circular flow paths formed by the spiral shape, wherein the spiral filaments are arranged such that a vortex of a liquid being supplied to the feed spacer is formed at upper and lower sides of the filaments, wherein the upper and lower sides of the filaments are in contact with the reverse osmosis membranes, wherein the feed spacer is formed: - by manufacturing the filaments by extrusion molding, arranging the filaments in parallel, and bonding connecting portions to one side and the other side of each of the arranged filaments to fix the filaments; or - as a single filament being provided to reciprocate between one side and the other side on a plane. - by manufacturing the filaments by extrusion molding, arranging the filaments in parallel, and bonding connecting portions to one side and the other side of each of the arranged filaments to fix the filaments; or - as a single filament being provided to reciprocate between one side and the other side on a plane.
A refrigeration cycle system, comprising: a refrigeration cycle apparatus comprising a refrigeration cycle configured to circulate refrigerant, and a controller configured to control the refrigeration cycle, an air-blowing fan (604, 607) controlled by the controller, and a refrigerant detection unit (605, 608) configured to detect a concentration of leaked refrigerant and to output a detection signal to the controller, the controller being configured to operate the air-blowing fan (604, 607) when detecting leakage of the refrigerant, characterized in that the controller is configured to stop the air-blowing fan (604, 607) when a temporal change of the concentration of the leaked refrigerant is negative. a refrigeration cycle apparatus comprising a refrigeration cycle configured to circulate refrigerant, and a controller configured to control the refrigeration cycle, a refrigeration cycle configured to circulate refrigerant, and a controller configured to control the refrigeration cycle, an air-blowing fan (604, 607) controlled by the controller, and a refrigerant detection unit (605, 608) configured to detect a concentration of leaked refrigerant and to output a detection signal to the controller, the controller being configured to operate the air-blowing fan (604, 607) when detecting leakage of the refrigerant, characterized in that the controller is configured to stop the air-blowing fan (604, 607) when a temporal change of the concentration of the leaked refrigerant is negative.