mhurhangee/ep-ind-claims huggingface dataset:
An arrangement of protective material for dissipating the kinetic energy of a moving object including one or more layers of fibrous armour material encased within a sealed encasement, in which the sealed encasement is formed from a textile armour material which is impregnated with a polymeric substance; characterized in that said polymeric substance is an ionomer, and at least one layer of the encased fibrous armour material is impregnated with a shear thickening fluid; wherein only the fibrous armour material is impregnated with the shear thickening fluid.
A control device for an electric compressor for driving a compressor that constitutes a vehicle-mounted air conditioner with a motor, wherein processings performed by said control device upon receiving a start command for starting and increasing said motor in rotational speed up to a target rotational speed comprise: a processing of detecting a temperature of a power transistor provided in said control device and which converts the voltage supplied from a DC power supply; a processing of determining a rotational speed of said motor or an acceleration rate in increasing the rotational speed of said motor corresponding to the detected temperature of said power transistor, on the basis of a predetermined correlation; and a processing of driving said motor at said determined rotational speed or acceleration rate. a processing of detecting a temperature of a power transistor provided in said control device and which converts the voltage supplied from a DC power supply; a processing of determining a rotational speed of said motor or an acceleration rate in increasing the rotational speed of said motor corresponding to the detected temperature of said power transistor, on the basis of a predetermined correlation; and a processing of driving said motor at said determined rotational speed or acceleration rate.
An adsorption system for enrichment of flavoring agents, including at least one working space, in which at least one sorbent is arranged as a stationary phase and can be supplied with a fluid containing flavoring agents capable of being passed through the working space as a mobile phase for attachment of flavoring agents, wherein the fluid containing flavoring agents is a food product from the group of nutritional products and/or stimulants containing beer, beer wort, hop, hop extract, wort water, malt beer, malt wort and brewery-owned raw materials and products and/or is obtained from a food product containing ethanol from the group of nutritional products and/or stimulants containing beer by means of a dealcoholization device, characterized in that a ratio of average cross-sectional thickness to total length of the at least one working space is at most 0.3 and the total length of a flow path for the fluid provided through the at least one working space is at least 4.0 m, wherein the adsorption system includes a control device, which is formed to operate the adsorption system in an absorption mode, in which the at least one sorbent is supplied with the fluid containing flavoring agents, to adsorb flavoring agents on the sorbent, and in a desorption mode, in which the at least one sorbent is supplied with a fluidic desorbent from the group of ethanol and ethanol-water mixture, to desorb flavoring agents adsorbed on the sorbent as a flavoring agent concentrate.
Facility for mineralising an aqueous beverage, including: - a beverage filtration device, - a device for mineralising the filtered beverage including a tank, in which at least one compound is placed, including at least one mineral element in the form of a metal or a salt thereof, and - a system for circulation of the beverage in said facility capable of carrying the filtered beverage from said filtration device to said mineralisation device, characterised in that the mineralisation device includes: - an anodic mineralisation reactor, which contains: - a system for introducing the water to be mineralised communicating with said circulation system, - said compound constituting a soluble anode linked to the positive pole of an electric current generator and said mineral element contained in the soluble anode being capable of forming metal cations under the effect of an electric current, - a system for removing the beverage once mineralised from said anodisation reactor, - a cathodic reactor including a cathode immersed in a solution saturated with salts capable of ensuring electrical conduction in the medium while avoiding the redeposition by reduction of the metal on said cathode, said cathode being linked to the negative pole of said generator, - a membrane impermeable to the metal cations of said mineral element obtained from the soluble anode under the effect of an electric current, said membrane separating said anodic and cathodic reactors inside the mineralisation device. - a beverage filtration device, - a device for mineralising the filtered beverage including a tank, in which at least one compound is placed, including at least one mineral element in the form of a metal or a salt thereof, and - a system for circulation of the beverage in said facility capable of carrying the filtered beverage from said filtration device to said mineralisation device, - an anodic mineralisation reactor, which contains: - a system for introducing the water to be mineralised communicating with said circulation system, - said compound constituting a soluble anode linked to the positive pole of an electric current generator and said mineral element contained in the soluble anode being capable of forming metal cations under the effect of an electric current, - a system for removing the beverage once mineralised from said anodisation reactor, - a cathodic reactor including a cathode immersed in a solution saturated with salts capable of ensuring electrical conduction in the medium while avoiding the redeposition by reduction of the metal on said cathode, said cathode being linked to the negative pole of said generator, - a membrane impermeable to the metal cations of said mineral element obtained from the soluble anode under the effect of an electric current, said membrane separating said anodic and cathodic reactors inside the mineralisation device.
A refrigerator comprising: a body in which a storage compartment is defined, a door hingedly coupled to the body and serving to open or close the storage compartment, a door opening device to open the door, and a shield provided at a front surface of the door and serving to cover the door opening device, wherein the door opening device is mounted in a grip part defined in any one of an upper surface of the door, a lower surface of the door and a side surface of the door opposite to a hinge shaft of the door, wherein the door opening device includes a pivoting member having a pivoting shaft extending in a longitudinal direction of the grip part, a press portion extending from the pivoting shaft outward of the door, and an operating portion extending from the pivoting shaft inward of the door, and wherein the door opening device further comprises a push unit configured to slide toward the body and to push the body when being pressed by the operating portion of the pivoting member. a body in which a storage compartment is defined, a door hingedly coupled to the body and serving to open or close the storage compartment, a door opening device to open the door, and a shield provided at a front surface of the door and serving to cover the door opening device, wherein the door opening device is mounted in a grip part defined in any one of an upper surface of the door, a lower surface of the door and a side surface of the door opposite to a hinge shaft of the door, wherein the door opening device includes a pivoting member having a pivoting shaft extending in a longitudinal direction of the grip part, a press portion extending from the pivoting shaft outward of the door, and an operating portion extending from the pivoting shaft inward of the door, and wherein the door opening device further comprises a push unit configured to slide toward the body and to push the body when being pressed by the operating portion of the pivoting member.
A data transmission method, comprising: detecting (201, 301) whether a fault occurs in full-bandwidth transmission paths of a bus, wherein the full-bandwidth transmission paths comprise: N data transmission paths and M redundancy check paths; the N data transmission paths are used to transmit a data unit, and the M redundancy check paths are used to perform data link layer check for transmission of the data unit; N and M are both natural numbers greater than 0, and the data unit is a data block with a specific data volume; selecting (202, 302) N transmission paths from the full-bandwidth transmission paths that are not faulty to transmit the data unit, if a quantity of faulty transmission paths is less than or equal to M; and reconfiguring (203, 303) the data volume of the data unit according to a quantity of the full-bandwidth transmission paths that are not faulty and a target burst quantity, if the quantity of faulty transmission paths is greater than M, so that the data volume of the data unit is an integer multiple of the quantity of the full-bandwidth transmission paths that are not faulty, wherein the target burst quantity is a required quantity of transmission over the full-bandwidth transmission paths for completing transmission of one data unit, and transmitting the reconfigured data unit over the full-bandwidth transmission paths that are not faulty. detecting (201, 301) whether a fault occurs in full-bandwidth transmission paths of a bus, wherein the full-bandwidth transmission paths comprise: N data transmission paths and M redundancy check paths; the N data transmission paths are used to transmit a data unit, and the M redundancy check paths are used to perform data link layer check for transmission of the data unit; N and M are both natural numbers greater than 0, and the data unit is a data block with a specific data volume; selecting (202, 302) N transmission paths from the full-bandwidth transmission paths that are not faulty to transmit the data unit, if a quantity of faulty transmission paths is less than or equal to M; and reconfiguring (203, 303) the data volume of the data unit according to a quantity of the full-bandwidth transmission paths that are not faulty and a target burst quantity, if the quantity of faulty transmission paths is greater than M, so that the data volume of the data unit is an integer multiple of the quantity of the full-bandwidth transmission paths that are not faulty, wherein the target burst quantity is a required quantity of transmission over the full-bandwidth transmission paths for completing transmission of one data unit, and transmitting the reconfigured data unit over the full-bandwidth transmission paths that are not faulty.
A method for producing a print product, wherein one or multiple substrate webs for statically printing the same with a print image that is invariable for print copies of the print products are transported in each case by at least one print form-based printing unit, where at least one of the statically printed substrate webs in the region of at least one print-form-less printing device of the reel-fed printing press is additionally dynamically printed in particular in line with the static printing, with access data that is individual for at least some print copies, in particular a win code, wherein via the access data for a buyer of the print product via an interaction medium such as for example the internet information content exceeding the print product, e.g. a win, can be accessed via the print product, wherein in the print copies as individual access data either target person-specific access data and/or target group-specific access data is printed, characterized in that in the print copies target group-specific access data is printed which is dependent on the circle of recipients of concrete print copies and via which a recipient of the print product accesses internet user accounts with target group-specific web offers, which are generated based on the target group-specific data.
A photo-epilation device, comprising: a hand-held housing with at least one light output window opening; broadband intense pulsed light-generating means accommodated in the housing for generating high-intensity light in a broad spectral range suitable for effecting photo-epilation; a control device for driving the light-generating means; a user-operated pulse trigger; wherein the control device is adapted to control the light-generating means so as to switch on the light-generating means in brief pulses having a pulse duration in the range from 1.1 ms to 1.9 ms, preferably about 1.8 ms; and wherein the control device is adapted to control the light-generating means such that the fluence on skin level is in the range from 2 to 7 J/cm 2 per pulse; characterized in that the control device is responsive to the user-operated pulse trigger to control the light-generating means so as to generate one single pulse. a hand-held housing with at least one light output window opening; broadband intense pulsed light-generating means accommodated in the housing for generating high-intensity light in a broad spectral range suitable for effecting photo-epilation; a control device for driving the light-generating means; a user-operated pulse trigger; wherein the control device is adapted to control the light-generating means so as to switch on the light-generating means in brief pulses having a pulse duration in the range from 1.1 ms to 1.9 ms, preferably about 1.8 ms; and wherein the control device is adapted to control the light-generating means such that the fluence on skin level is in the range from 2 to 7 J/cm 2 per pulse; characterized in that the control device is responsive to the user-operated pulse trigger to control the light-generating means so as to generate one single pulse.
Furniture panel, with two large-surface faces (2, 3) and circumferential narrow sides, where the furniture panel has a bore at a distance from the narrow sides and an RFID tag is arranged in the bore, where the face with the bore is unbroken in form, characterised in that a filling piece is arranged in the bore covering the RFID tag.
Trailer coupling comprising a cross member which is mountable on a rear region of a vehicle body, a pivot bearing unit arranged on the cross member, by means of which a ball neck carrying a coupling ball is pivotally mounted about a pivot axis between a working position and a rest position, and a contact unit arranged on the ball neck for establishing an electrical connection to a unit which is fixable on the ball neck, and comprising a cable harness guided from the contact unit to a vehicle-mounted cross member and provided for connecting to a vehicle electrical supply system, characterised in that a transition portion of the cable harness which runs in a movable manner relative to the ball neck and relative to the pivot bearing unit from the ball neck to an attachment point connected fixedly to the cross member forms at least one loop (86, 88) which extends over an end face of the pivot bearing unit extending transversely to the pivot axis and which varies in size when transferring from the working position to the rest position or vice versa, in that, between the ball neck and the attachment point, the transition portion is guided relative to the pivot bearing unit by a guide unit (102, 104), and is configured to run freely to the ball neck on one side of the guide unit (102, 104) and to run freely to the attachment point on the other side of the guide unit (102, 104).
A protective cover for a hand-held electronic device comprising: a base including an inner face and an outer face opposite to the inner face, with the base further including at least one air guiding hole extending from the inner face through the outer face, and with the base further including a periphery extending between the inner face and the outer face; a positioning member provided along the periphery of the base, with the positioning member and the base together defining a receiving space; a cooling module (3, 5) mounted in the receiving space, with the cooling module (3, 5) including a cooling fan (31, 51) and a flow guiding portion (34, 54), with the cooling fan (31, 51) and the flow guiding portion (34, 54) fixed to the inner face of the base, with the cooling fan (31, 51) including an air outlet (312, 512) adjoining the flow guiding portion (34, 54), with the flow guiding portion (34, 54) including a flow guiding face (341, 541) having at least one non-parallel face (342, 542) at a non-parallel angle to the inner face; wherein the protective cover is characterized in that the flow guiding portion (34, 54) further includes at least one spoiler on the flow guiding face (341, 541). a base including an inner face and an outer face opposite to the inner face, with the base further including at least one air guiding hole extending from the inner face through the outer face, and with the base further including a periphery extending between the inner face and the outer face; a positioning member provided along the periphery of the base, with the positioning member and the base together defining a receiving space; a cooling module (3, 5) mounted in the receiving space, with the cooling module (3, 5) including a cooling fan (31, 51) and a flow guiding portion (34, 54), with the cooling fan (31, 51) and the flow guiding portion (34, 54) fixed to the inner face of the base, with the cooling fan (31, 51) including an air outlet (312, 512) adjoining the flow guiding portion (34, 54), with the flow guiding portion (34, 54) including a flow guiding face (341, 541) having at least one non-parallel face (342, 542) at a non-parallel angle to the inner face; wherein the protective cover is characterized in that the flow guiding portion (34, 54) further includes at least one spoiler on the flow guiding face (341, 541).
Method for detecting defects on tyres in a tyre production process, the method comprising: a) providing a tyre; b) acquiring a three-dimensional image of a surface portion of the tyre; c) generating, as a function of the acquired image, a plurality of values indicating the measure of a height profile (S_pa) of the surface portion of the tyre; d) calculating, as a function of the plurality of values of the measure of the height profile and according to a consensus interpolation, a plurality of values indicating an estimation of a reference height profile (<Spar>) of the surface portion of the tyre; e) calculating, as a function of the plurality of values of the measure of the height profile and of the estimation of the reference height profile, a height profile of possible defects (S_papd) in the surface portion of the tyre; f) comparing (207, 208) values of the height profile of possible defects with respect to a threshold value (S_th) in order to detect possible defects in the surface portion of the tyre. a) providing a tyre; b) acquiring a three-dimensional image of a surface portion of the tyre; c) generating, as a function of the acquired image, a plurality of values indicating the measure of a height profile (S_pa) of the surface portion of the tyre; d) calculating, as a function of the plurality of values of the measure of the height profile and according to a consensus interpolation, a plurality of values indicating an estimation of a reference height profile (<Spar>) of the surface portion of the tyre; e) calculating, as a function of the plurality of values of the measure of the height profile and of the estimation of the reference height profile, a height profile of possible defects (S_papd) in the surface portion of the tyre; f) comparing (207, 208) values of the height profile of possible defects with respect to a threshold value (S_th) in order to detect possible defects in the surface portion of the tyre.
A magnetic coupling assembly comprising: an inner barrel comprising an inner barrel shaft, the inner barrel shaft configured to co-rotate with the inner barrel, the inner barrel configured to be coupled to a shaft of a first rotating machine, the inner barrel shaft being separate from the shaft of the first rotating machine; a first bearing assembly configured to support the inner barrel shaft, the first bearing assembly being separate from the first rotating machine; an outer barrel comprising an outer barrel shaft that is separate from a shaft of a second rotating machine, the outer barrel configured to be coupled to the shaft of the second rotating machine, the second rotating machine configured to drive or be driven by the first rotating machine, the outer barrel being fluidically isolated from the inner barrel, the outer barrel configured to surround the inner barrel, the outer barrel being magnetically coupled to the inner barrel to co-rotate with the inner barrel; and a second bearing assembly configured to support the outer barrel shaft, the second bearing assembly being separate from the second rotating machine. an inner barrel comprising an inner barrel shaft, the inner barrel shaft configured to co-rotate with the inner barrel, the inner barrel configured to be coupled to a shaft of a first rotating machine, the inner barrel shaft being separate from the shaft of the first rotating machine; a first bearing assembly configured to support the inner barrel shaft, the first bearing assembly being separate from the first rotating machine; an outer barrel comprising an outer barrel shaft that is separate from a shaft of a second rotating machine, the outer barrel configured to be coupled to the shaft of the second rotating machine, the second rotating machine configured to drive or be driven by the first rotating machine, the outer barrel being fluidically isolated from the inner barrel, the outer barrel configured to surround the inner barrel, the outer barrel being magnetically coupled to the inner barrel to co-rotate with the inner barrel; and a second bearing assembly configured to support the outer barrel shaft, the second bearing assembly being separate from the second rotating machine.
A heat exchanger assembly comprising a heat exchanger core and a housing with walls adapted to enclose the heat exchanger core, wherein the walls of said housing are spaced from the heat exchanger core; characterised in that the created space is filled at least partly by a resilient material so that the resilient material constitutes an exclusive connection between the housing and the heat exchanger core. wherein the walls of said housing are spaced from the heat exchanger core; characterised in that the created space is filled at least partly by a resilient material so that the resilient material constitutes an exclusive connection between the housing and the heat exchanger core.
Turbine engine set comprising an enclosure with a fixed wall, a rotating shaft, a first and a second seal (10; 20) between the wall and the shaft, and a chamber (Cam) upstream from the bearing enclosure between the fixed wall and a stator element which is supplied with air through an opening which is close to said shaft, in which a means for guiding air is arranged along the surface of the wall of the enclosure, on the outside thereof, in such a way that at least some of the air leaving the guide means passes through the first seal, said guide means being supplied with air through an air intake in the chamber (Cam) which is radially remote from the shaft, the opening for feeding in air the chamber (Cam) being radially closer to the shaft than to the air intake feeding the guide means, the air from the air intake being at a higher pressure than in the region of said shaft.