mhurhangee/ep-ind-claims huggingface dataset:
A device for the storage or intermediate storage of granulate or bulk material such as wood pellets, animal feed or the like, with a tank, which has a filling opening and an emptying opening which is spatially separated from the filling opening and which is arranged opposite to the filling opening on the bottom side, the filling opening and the emptying opening being adjustable between an open position and a closed position, with a supply line system of a line system connected to the filling opening, for conveying the granulate or the bulk material into the tank, with an emptying line system of the line system connected to the emptying opening for conveying the granulate or the bulk material out of the tank, and with a pressure line system connected to a pressure port of the tank, comprising: - a pressure line connected to the pressure port; - a filter line, in which a filter and a pressure-vacuum valve (12.1) are arranged, being connected to the pressure line; - a compressor line, in which a compressor in the form of a unit for generating a negative pressure inside the tank in a filling configuration and in the form of a unit for generating a positive pressure inside the tank in an emptying configuration is arranged, being connected to the filter line; - a suction line, in which a suction valve (12.2) is arranged, being connected to the compressor line upstream of the compressor; - an exhaust line, in which an exhaust filter and an exhaust valve (12.3) are arranged, being connected to the compressor line downstream of the compressor; - a flow line, in which a drain line system valve (12.4) is disposed, the flow line being connected to said compressor line and further being connected to the emptying line system; and - a control line, in which a control valve (12.5) is arranged, the control line being connected to the flow line and further being connected to the pressure line. - a pressure line connected to the pressure port; - a filter line, in which a filter and a pressure-vacuum valve (12.1) are arranged, being connected to the pressure line; - a compressor line, in which a compressor in the form of a unit for generating a negative pressure inside the tank in a filling configuration and in the form of a unit for generating a positive pressure inside the tank in an emptying configuration is arranged, being connected to the filter line; - a suction line, in which a suction valve (12.2) is arranged, being connected to the compressor line upstream of the compressor; - an exhaust line, in which an exhaust filter and an exhaust valve (12.3) are arranged, being connected to the compressor line downstream of the compressor; - a flow line, in which a drain line system valve (12.4) is disposed, the flow line being connected to said compressor line and further being connected to the emptying line system; and - a control line, in which a control valve (12.5) is arranged, the control line being connected to the flow line and further being connected to the pressure line.
Electro-optical modulator device, comprising - at least one electro-optical phase modulator having a first optical waveguide and an electrode arrangement for applying a voltage across the first optical waveguide, - wherein the electrode arrangement comprises a plurality of waveguide electrodes arranged on top of capacitive segments formed by the first optical waveguide; - a second optical waveguide; - a plurality of capacitive elements formed by capacitive segments of the second optical waveguide, characterized by - a plurality of driver units (30, 30a-d) for supplying a voltage to the electrode arrangement; and - electrical connections between the driver units (30, 30a-d) and the electrode arrangement, wherein the waveguide electrodes are capacitively coupled to the driver units (30, 30a-d) via the capacitive segments and the capacitive elements and the electrical connections, wherein - each one of the electrical connections between the driver units (30, 30a-d) and the electrode arrangement comprise a flexible coplanar strip line (50, 50a-d), wherein - the second optical waveguide is broader than the first optical waveguide. - at least one electro-optical phase modulator having a first optical waveguide and an electrode arrangement for applying a voltage across the first optical waveguide, - wherein the electrode arrangement comprises a plurality of waveguide electrodes arranged on top of capacitive segments formed by the first optical waveguide; - a second optical waveguide; - a plurality of capacitive elements formed by capacitive segments of the second optical waveguide, - a plurality of driver units (30, 30a-d) for supplying a voltage to the electrode arrangement; and - electrical connections between the driver units (30, 30a-d) and the electrode arrangement, wherein the waveguide electrodes are capacitively coupled to the driver units (30, 30a-d) via the capacitive segments and the capacitive elements and the electrical connections, wherein - each one of the electrical connections between the driver units (30, 30a-d) and the electrode arrangement comprise a flexible coplanar strip line (50, 50a-d), wherein - the second optical waveguide is broader than the first optical waveguide.
A method, comprising: generating, at a user equipment, a pseudonym in association with sensed data; calculating a unique value based upon the pseudonym using a first algorithm; sending the unique value, and the sensed data to a server; receiving a certificate from the server, wherein the certificate is calculated based at least in part on the unique value and a grade of the sensed data using a second algorithm; and sending at least the pseudonym and the certificate to a certification center via a secure channel, for obtaining a reward associated with the sensed data; wherein the certification center is internal or external to the server. generating, at a user equipment, a pseudonym in association with sensed data; calculating a unique value based upon the pseudonym using a first algorithm; sending the unique value, and the sensed data to a server; receiving a certificate from the server, wherein the certificate is calculated based at least in part on the unique value and a grade of the sensed data using a second algorithm; and sending at least the pseudonym and the certificate to a certification center via a secure channel, for obtaining a reward associated with the sensed data; wherein the certification center is internal or external to the server.
Method to control the composition of a liquid metal in an evaporator device in a vacuum chamber, wherein the liquid metal comprises two or more metals, the method comprising the steps of - supplying a liquid metal of a first composition in a first vessel for a liquid metal, - supplying a liquid metal of a second composition in a second vessel for a liquid metal, characterised in that the method further comprises the step of feeding the liquid metal of the second composition to the liquid metal of the first vessel or to the evaporator, wherein the composition of the liquid metal in the second vessel is chosen to control the composition of the liquid metal in the evaporator. - supplying a liquid metal of a first composition in a first vessel for a liquid metal, - supplying a liquid metal of a second composition in a second vessel for a liquid metal, characterised in that the method further comprises the step of feeding the liquid metal of the second composition to the liquid metal of the first vessel or to the evaporator, wherein the composition of the liquid metal in the second vessel is chosen to control the composition of the liquid metal in the evaporator.
A battery comprising: a non-vapor phase deposited positive cathode greater than or equal to 0.5 μm and less than or equal to 200 μm thick and comprising a lithium compound, wherein the non-vapor phase deposited positive cathode is fabricated using a non-vapor phase deposition method selected from the group consisting of slurry coating, Meyer rod coating, direct and reverse roll coating, doctor blade coating, spin coating, electrophoretic deposition, sol-gel deposition, spray coating, dip coating and inkjetting; an electrolyte less than or equal to 10 μm thick on the cathode; an inert, metallically conducting material, wherein the inert, metallically conducting material substantially resides in pores, voids and crevices of the cathode between the cathode and the electrolyte; a substrate of the battery of less than or equal to 50 μm in thickness; a negative anode less than or equal to 30 μm thick on the electrolyte. a non-vapor phase deposited positive cathode greater than or equal to 0.5 μm and less than or equal to 200 μm thick and comprising a lithium compound, wherein the non-vapor phase deposited positive cathode is fabricated using a non-vapor phase deposition method selected from the group consisting of slurry coating, Meyer rod coating, direct and reverse roll coating, doctor blade coating, spin coating, electrophoretic deposition, sol-gel deposition, spray coating, dip coating and inkjetting; an electrolyte less than or equal to 10 μm thick on the cathode; an inert, metallically conducting material, wherein the inert, metallically conducting material substantially resides in pores, voids and crevices of the cathode between the cathode and the electrolyte; a substrate of the battery of less than or equal to 50 μm in thickness; a negative anode less than or equal to 30 μm thick on the electrolyte.
An optoelectronic photo sensor, comprising an optic system and an electronic photosensitive device, wherein the optic system comprises at least two lenses having the same focal distance, the electronic photosensitive device comprises a number of separate groups of identical digital photosensitive matrices equal to the number of lenses, each group of digital photosensitive matrices corresponds to one of the lenses; the total number of all digital photosensitive matrices in each group is not less than the number of lenses, the digital photosensitive matrices of each group are arranged on the focal surface of the corresponding lens in a row with gaps such that the same symmetry axis of each digital photosensitive matrix of the respective group is aligned along a single axis of the respective group; said single axes of the respective groups are parallel to each other; the size of each gap in between said digital photosensitive matrices is identical and does not exceed the product of the number of effective pixels multiplied by the physical pixel size in one matrix along said symmetry axis arranged along said single axis of the respective group, oriented along the row, multiplied by the number of groups minus one; the groups of digital photosensitive matrices are arranged so that the digital photosensitive matrices of one group are displaced with respect to the digital photosensitive matrices of another group along the direction of their respective single axis to a distance less than the gap size divided by the number of groups minus one; optic axes of different adjacent lenses are skew by an angle with respect to each other along the direction of the single axis of the respective groups; and the angle is adjusted to a value such that digital photosensitive matrices are configured to capture an image of a scene without gaps along the single axes by combining single images captured by the individual photosensitive matrices.
Underground collection system with a shaft for receiving a removable collection container, in particular a waste or recycling container, wherein the system has a pivoting base plate for closing the shaft following removal of the container and at least one securing mechanism for automatically locking the base plate in the closed position following removal of the collection container and/or for automatically unlocking the base plate when the base plate is under load from the collection container, wherein the securing mechanism comprises at least two locking arms arranged so as to pivot on the base plate, characterised in that the free ends of the at least two locking arms comprise a profile for engaging in a complementary retaining receptacle on the wall or roof of the shaft, at least two pressure transmitters are provided on the base plate and transmit the weight force of a collection container acting on the base plate to the locking arms so as to pivot the latter out of the locked position, and the at least two pressure transmitters and the associated locking arms are spaced apart and the securing mechanism can only be unlocked when at least two of the pressure transmitters are loaded simultaneously. characterised in that the free ends of the at least two locking arms comprise a profile for engaging in a complementary retaining receptacle on the wall or roof of the shaft, at least two pressure transmitters are provided on the base plate and transmit the weight force of a collection container acting on the base plate to the locking arms so as to pivot the latter out of the locked position, and the at least two pressure transmitters and the associated locking arms are spaced apart and the securing mechanism can only be unlocked when at least two of the pressure transmitters are loaded simultaneously.
A portable electric light apparatus defining a kit of parts with multiple uses, comprising: a light assembly with a lamp element and a reflector, and a light housing carrying the lamp element and reflector, a battery case containing a battery, and a power cable adapted to connect the battery case and battery to the light assembly, the battery case having at one end a receiving adapter for the light assembly, the receiving adapter comprising a slot, and the light assembly including a mounting comprising a base configured to slide closely into the slot and lock therein, so as to join together with the battery case in releasably locking relationship to support the light assembly on said one end of the battery case, enabling use of the light apparatus as a single light projecting unit, a bicycle mounting device securable to the battery case, enabling the battery case to be secured to a bicycle or to a helmet, a bicycle light mount securable to the light assembly and adapted to secure the light housing via a slot on the bicycle light mount similar to the slot on the receiving adapter of the battery case, receiving the base of the light assembly sliding closely therein, and the bicycle light mount being adapted to be secured to a bicycle or a helmet, and whereby the light apparatus can be configured as a single unit to serve as a flashlight; or the light housing can be attached to a bicycle handlebar or handlebar stem, all without the use of tools. a light assembly with a lamp element and a reflector, and a light housing carrying the lamp element and reflector, a battery case containing a battery, and a power cable adapted to connect the battery case and battery to the light assembly, the battery case having at one end a receiving adapter for the light assembly, the receiving adapter comprising a slot, and the light assembly including a mounting comprising a base configured to slide closely into the slot and lock therein, so as to join together with the battery case in releasably locking relationship to support the light assembly on said one end of the battery case, enabling use of the light apparatus as a single light projecting unit, a bicycle mounting device securable to the battery case, enabling the battery case to be secured to a bicycle or to a helmet, a bicycle light mount securable to the light assembly and adapted to secure the light housing via a slot on the bicycle light mount similar to the slot on the receiving adapter of the battery case, receiving the base of the light assembly sliding closely therein, and the bicycle light mount being adapted to be secured to a bicycle or a helmet, and whereby the light apparatus can be configured as a single unit to serve as a flashlight; or the light housing can be attached to a bicycle handlebar or handlebar stem, all without the use of tools.
An electrolysis cell body for retaining a molten electrolyte bath, comprising: - a bottom; - at least one sidewall, wherein the sidewall comprises: - a first sidewall portion, configured to fit onto a thermal insulation package of the sidewall and retain the molten electrolyte bath; and - a second sidewall portion configured to extend up from the bottom of the cell body, wherein the second sidewall portion is longitudinally spaced from the first sidewall portion, such that the first sidewall portion, the second sidewall portion, and a base between the first sidewall portion and the second sidewall portion define a trough; wherein the trough is configured to receive a protecting deposit and retain the protecting deposit separate from the cell bottom; and wherein the first sidewall portion comprises an anodically polarized sidewall portion, wherein the anodically polarized sidewall portion is configured to be in liquid communication with the molten electrolyte bath. - a bottom; - at least one sidewall, wherein the sidewall comprises: - a first sidewall portion, configured to fit onto a thermal insulation package of the sidewall and retain the molten electrolyte bath; and - a second sidewall portion configured to extend up from the bottom of the cell body, - a first sidewall portion, configured to fit onto a thermal insulation package of the sidewall and retain the molten electrolyte bath; and - a second sidewall portion configured to extend up from the bottom of the cell body, wherein the second sidewall portion is longitudinally spaced from the first sidewall portion, such that the first sidewall portion, the second sidewall portion, and a base between the first sidewall portion and the second sidewall portion define a trough; wherein the trough is configured to receive a protecting deposit and retain the protecting deposit separate from the cell bottom; and wherein the first sidewall portion comprises an anodically polarized sidewall portion, wherein the anodically polarized sidewall portion is configured to be in liquid communication with the molten electrolyte bath.
A mobile station apparatus configured to transmit uplink control information to a base station apparatus, the mobile station apparatus comprising: a transmitter configured in a case that the uplink control information, UCI, consists of channel state information and hybrid automatic repeat request, HARQ, control information, to either perform, a first transmission process of transmitting to the base station apparatus in a sub-frame in which simultaneous transmission on a physical uplink shared channel and a physical uplink control channel is performed, the channel state information on the physical uplink shared channel and the HARQ control information on the physical uplink control channel, or perform a second transmission process of transmitting to the base station apparatus in a sub-frame in which transmission on the physical uplink shared channel is performed, the uplink control information on the physical uplink shared channel, wherein the first and second transmission processes are performed based on information included in a radio resource control, RRC, signaling received from the base station apparatus, the information being used for indicating whether all the UCI is to be transmitted on the physical uplink shared channel in a sub-frame in which transmission on the physical uplink shared channel is performed. a transmitter configured in a case that the uplink control information, UCI, consists of channel state information and hybrid automatic repeat request, HARQ, control information, to either perform, a first transmission process of transmitting to the base station apparatus in a sub-frame in which simultaneous transmission on a physical uplink shared channel and a physical uplink control channel is performed, the channel state information on the physical uplink shared channel and the HARQ control information on the physical uplink control channel, or perform a second transmission process of transmitting to the base station apparatus in a sub-frame in which transmission on the physical uplink shared channel is performed, the uplink control information on the physical uplink shared channel, wherein the first and second transmission processes are performed based on information included in a radio resource control, RRC, signaling received from the base station apparatus, the information being used for indicating whether all the UCI is to be transmitted on the physical uplink shared channel in a sub-frame in which transmission on the physical uplink shared channel is performed.
A method for applying a film to an imprinted substrate of plastics, wherein the substrate, at least in part, is being irreversibly coated with said film, comprising the following process steps: providing the substrate, coating the substrate with a thin coat of a transparent adhesion promoter curing under the influence of electromagnetic waves, contacting the substrate and the film, and curing the adhesion promoter under the influence of electromagnetic waves, in particular under the influence of light, characterized in that a cutting of the substrate occurs prior to or in the joining station. providing the substrate, coating the substrate with a thin coat of a transparent adhesion promoter curing under the influence of electromagnetic waves, contacting the substrate and the film, and curing the adhesion promoter under the influence of electromagnetic waves, in particular under the influence of light, characterized in that a cutting of the substrate occurs prior to or in the joining station.
A method of measuring a property of entrained gas in a hydraulic liquid received by a working chamber of a fluid working motor (201, 205), characterised in that the said property is determined from the period of time elapsing between the closure of a first valve to isolate the working chamber and the passive opening of a second valve to bring the working chamber into fluid communication with a manifold (16, 204).