mhurhangee/ep-ind-claims huggingface dataset:
Device for flipping over U-shaped bent dough products, in particular croissants having two legs connected by a centre portion, the device comprising: - a conveyor, for conveying the dough products in a direction of conveyance, wherein the legs of the U shape either precede or follow their centre portion; - a flipping over unit, arranged above the conveyor, comprising: ∘ a dough product engaging surface, for engaging the centre portion; ∘ a drive, for moving the dough product engaging surface in the direction of conveyance; ∘ a controller, for controlling the speed of the movement of the dough product engaging surface with respect to the speed of the conveyor; the flipping over unit comprises free space for the legs of the dough product, on both sides of the flipping over unit in a direction perpendicular to the direction of conveyance, for enabling the legs of the dough product, to make a turn when the dough product is flipped, characterised in that the dough product engaging surface is configured for engaging the centre portion without touching the legs of the dough product. - a conveyor, for conveying the dough products in a direction of conveyance, wherein the legs of the U shape either precede or follow their centre portion; - a flipping over unit, arranged above the conveyor, comprising: ∘ a dough product engaging surface, for engaging the centre portion; ∘ a drive, for moving the dough product engaging surface in the direction of conveyance; ∘ a controller, for controlling the speed of the movement of the dough product engaging surface with respect to the speed of the conveyor; ∘ a dough product engaging surface, for engaging the centre portion; ∘ a drive, for moving the dough product engaging surface in the direction of conveyance; ∘ a controller, for controlling the speed of the movement of the dough product engaging surface with respect to the speed of the conveyor;
Internal combustion engine arrangement comprising an internal combustion engine having an intake and an exhaust manifold; the arrangement comprising an outlet line connected to the exhaust manifold, an inlet line connected to the intake manifold, a turbocharger comprising a turbine arranged on the outlet line and a compressor arranged on the inlet line, wherein the turbine is arranged to drive in rotation the compressor and wherein a volumetric controllable compressor, hereinafter "variable compressor ", is arranged between the intake and said compressor, the internal combustion engine being characterized in that said variable compressor is arranged to receive an entire amount of air compressed by said compressor and in comprising control means programmed to control said variable compressor a) to adjust an intake throttling, wherein the variable compressor is controlled to throttle the intake air on the basis of a turbocharger speed, by reducing an air flow entering the combustion engine, in order to avoid turbocharger over speed.
A cell-penetrating peptide characterized in that it comprises an amino acid sequence X 3 X 4 X 1 X 2 X 5 X 4 X 1 X 2 X 6 X 7 X 1 X 8 X 9 X 10 X 11 X 12 X 13 (SEQ ID No: 11), wherein X 1 is F or W, X 2 is F, W or Y, X 3 is beta-A or S, X 4 is K, R or L, X 5 is E, R or S, X 6 is R, T or S, X 7 is E, R or S, X 8 is none, F or_W, X 9 is P or R, X 10 is R or L, X 11 is K, W or R, X 12 is R or F and X 13 is R or K.
A fluid product dispenser with no air intake comprising a reservoir suitable for storing the fluid product and housing a piston, the reservoir having a bottom and a neck located opposite the bottom, said piston having a central axis X and comprising: - sealing means; - guide means; said sealing means extending in a plane orthogonal to the axis X and defining a single outer closed-loop sealing line, distal from the axis X, coming into contact with an inner wall of the tank forming a line of contact, said guide means comprising a base from which extend a plurality of lugs having free ends defining outer guide points, distal from the axis X, coming into contact with the inner wall of the tank forming points of contact, characterized in that said lugs of the piston are oriented towards the neck of the tank, the lugs being able to be immersed in the fluid. - sealing means; - guide means;
A fuel pump having a low pressure fuel inlet and a single piston pumping chamber for supplying high pressure fuel through a pump outlet to an inlet side of a common rail, comprising: a control valve for controlling the quantity of fuel delivered by the fuel pump, a primary pressure relief valve for protecting the high pressure system from excess pressure having an inlet side in hydraulic communication with the inlet side of the common rail and an outlet side in fluid communication with the pumping chamber and an auxiliary pressure relief valve having a. an inlet side in direct hydraulic communication with the pumping chamber or in hydraulic communication with the inlet side of the common rail; and b. an outlet side in direct fluid communication with a fuel passage at the low pressure of the pump inlet; wherein the primary pressure relief valve is located in a fitting attached to the pump housing at the pump outlet and the auxiliary pressure relief valve is located entirely within the pump housing; and wherein the fuel pressurized in the single piston pumping chamber travels through an outlet check valve to the common rail. a. an inlet side in direct hydraulic communication with the pumping chamber or in hydraulic communication with the inlet side of the common rail; and b. an outlet side in direct fluid communication with a fuel passage at the low pressure of the pump inlet;
An antenna arrangement of a base transceiver station of a cellular telecommunication system comprising at least one active antenna (200A, 200B) for performing conversion between a low-frequency digital signal (212A, 212B) and a radio frequency electromagnetic field (206A, 206B), the at least one active antenna (200A, 200B) comprising an antenna element (202A, 202B) for performing conversion between a radio frequency signal (204A, 204B) and the radio frequency electromagnetic field (206A, 206B), wherein the at least one active antenna (200A, 200B) further comprises a transceiver (208A, 208B) coupled with the antenna element (202A, 202B), for performing conversion between the low-frequency digital signal (212A, 212B) and the radio frequency signal (204A, 204B), characterized in that the antenna element (202A, 202B) and the transceiver (208A, 208B) are integrated into a common electromechanical structure, wherein the common electromechanical structure comprises a printed board or an integrated circuit.
A loading equipment intended for use with working machines such as telehandlers, aerial work platforms or the like, comprising a loading basket equipped with a bottom plane able to support operators and a plurality of lateral walls (21, 22, 23, 24, 25, 26, 27, 28) arranged at the sides of a perimeter of said bottom plane, wherein said perimeter is provided with a profile that has a recess, defining in the basket a housing space intended to receive a chimneypot or other similar objects; said equipment comprising one or more reducing elements (51, 52), adapted to be removably fixed to the basket, at the housing space, thereby allowing the gap between the basket and the surface of said chimneypot to be reduced or cancelled; the equipment being characterized in that said reducing elements (51, 52) are rigid and elongated and are adapted to be mounted parallel to respective sides (R1, R2, R3) of the recess.
A communication device for reporting control information, the communication device comprising: a storage unit for storing instructions of: receiving a control signal transmitted by a network; transmitting an analog beam indicator, ABI, as independent control information at a first time instant to the network according to the control signal; and transmitting a rank indicator, RI, of channel state information, CSI, report comprising the RI, a precoding matrix index, PMI, and a channel quality indicator, CQI, at a second time instant to the network, wherein the first time instant is before the second time instant; and a processing means, coupled to the storage unit, configured to execute the instructions stored in the storage unit; wherein the independent control information is not part of the CSI report; wherein the communication device transmits the ABI, when an event occurs. receiving a control signal transmitted by a network; transmitting an analog beam indicator, ABI, as independent control information at a first time instant to the network according to the control signal; and transmitting a rank indicator, RI, of channel state information, CSI, report comprising the RI, a precoding matrix index, PMI, and a channel quality indicator, CQI, at a second time instant to the network, wherein the first time instant is before the second time instant; and a processing means, coupled to the storage unit, configured to execute the instructions stored in the storage unit; wherein the independent control information is not part of the CSI report; wherein the communication device transmits the ABI, when an event occurs.
A method for constituting a history of personal data (DP A 2. of a user, this method being implemented by a terminal (T A) of the user and comprising: - a step of obtaining a symmetric encryption key (KS A) associated with a profile of the user; - a step for collecting personal data (DP A) from the user; - as said personal data (DP A) of the user is collected: (i) a step of encrypting this personal data with the symmetric encryption key (KS A) of this user; and (ii) a step of recording, in a general database (BD C), of blocks (B i) comprising said encrypted data ([B iA]), said blocks (B i) being organized according to a blockchain constituting a subgraph (SG A) of a general graph (G C) whose topology is defined by a preestablished data model, a root block (BR A) of said subgraph (SG A) being associated with a dynamic non-fungible token (NFT A) of this user. - a step of obtaining a symmetric encryption key (KS A) associated with a profile of the user; - a step for collecting personal data (DP A) from the user; - as said personal data (DP A) of the user is collected: (i) a step of encrypting this personal data with the symmetric encryption key (KS A) of this user; and (ii) a step of recording, in a general database (BD C), of blocks (B i) comprising said encrypted data ([B iA]), said blocks (B i) being organized according to a blockchain constituting a subgraph (SG A) of a general graph (G C) whose topology is defined by a preestablished data model, a root block (BR A) of said subgraph (SG A) being associated with a dynamic non-fungible token (NFT A) of this user. (i) a step of encrypting this personal data with the symmetric encryption key (KS A) of this user; and (ii) a step of recording, in a general database (BD C), of blocks (B i) comprising said encrypted data ([B iA]), said blocks (B i) being organized according to a blockchain constituting a subgraph (SG A) of a general graph (G C) whose topology is defined by a preestablished data model, a root block (BR A) of said subgraph (SG A) being associated with a dynamic non-fungible token (NFT A) of this user.
A computer-implemented method for predicting material properties in an Additive Manufacturing process, the method comprising: receiving sensor data during the build of a metallic component using the AM process; characterized by receiving ICME (Integrated Computational Materials Engineering) model output data for building the component, the ICME model output data including predicted melt pool dimensions time-series data, predicted melt temperature time-series data, and predicted defects forming as a result of melt pool evolution and movement; and estimating one or more of porosity size, porosity distribution, surface roughness, residual stresses, and strength of at least a portion of the metallic component using a Deep Neural Network, DNN, by applying the received sensor data and the received ICME model output data as inputs to the DNN, wherein the DNN is trained using sensor data from the build of a second component, ICME model output data for the build of the second component, and post-build inspection data of the second component to estimate the one or more of porosity size, porosity distribution, surface roughness, residual stresses, and strength of at least a portion of the metallic component. receiving sensor data during the build of a metallic component using the AM process; characterized by receiving ICME (Integrated Computational Materials Engineering) model output data for building the component, the ICME model output data including predicted melt pool dimensions time-series data, predicted melt temperature time-series data, and predicted defects forming as a result of melt pool evolution and movement; and estimating one or more of porosity size, porosity distribution, surface roughness, residual stresses, and strength of at least a portion of the metallic component using a Deep Neural Network, DNN, by applying the received sensor data and the received ICME model output data as inputs to the DNN, wherein the DNN is trained using sensor data from the build of a second component, ICME model output data for the build of the second component, and post-build inspection data of the second component to estimate the one or more of porosity size, porosity distribution, surface roughness, residual stresses, and strength of at least a portion of the metallic component.
Integrated gas discharge lamp having: - a lamp base, - a gas discharge lamp burner, - a starting electronics system, characterized in that - the lamp base consists of 2 parts, a first part, comprising the already adjusted gas discharge lamp burner which is embedded in a plastic base by means of a metal clip and metal holding plates, the said base having a metal-reinforced reference plane, and a second part, which is connected to the first part and contains the starting electronics system and an operating electronics system for operating the gas discharge lamp burner; - the first part of the lamp base has a reference ring which defines the reference plane which can be connected to an optical system, and the reference ring defines a defined spatial position of the gas discharge arc in relation to the reference plane of the reference ring; - the lamp base is composed of an insulating plastic and is surrounded by an electrically conductive housing, or the lamp base is composed of an insulating plastic and is coated with an electrically conductive coating, or the lamp base is composed of an electrically conductive plastic. - a lamp base, - a gas discharge lamp burner, - a starting electronics system, - the lamp base consists of 2 parts, a first part, comprising the already adjusted gas discharge lamp burner which is embedded in a plastic base by means of a metal clip and metal holding plates, the said base having a metal-reinforced reference plane, and a second part, which is connected to the first part and contains the starting electronics system and an operating electronics system for operating the gas discharge lamp burner; - the first part of the lamp base has a reference ring which defines the reference plane which can be connected to an optical system, and the reference ring defines a defined spatial position of the gas discharge arc in relation to the reference plane of the reference ring; - the lamp base is composed of an insulating plastic and is surrounded by an electrically conductive housing, or the lamp base is composed of an insulating plastic and is coated with an electrically conductive coating, or the lamp base is composed of an electrically conductive plastic.
Method of preparing a polymer network material comprising a poly(glycidyl ether) structure solely containing ether linkages (-O-) between hydrocarbon moieties, the method comprising the step of copolymerising at least one multi-topic glycidyl ether comprising glycerol glycidyl ether having the Formula I with at least one glycidyl ether component, selected from monoglycidyl ethers comprising one glycidyl ether group selected from monomeric monoglycidyl ethers and monoglycidyl polyethers, and from diglycidyl ethers comprising two glycidyl ether groups selected from monomeric diglycidyl ethers, by ring-opening polymerisation.
An ethylene-vinyl alcohol copolymer resin composition comprising an ethylene-vinyl alcohol copolymer, and a compound having an enediol structure, wherein, a molar ratio of the compound to vinyl alcohol units of the ethylene-vinyl alcohol copolymer is 2.70 x 10 -9 or greater and 2.70 x 10 -5 or less.
A method for producing a simple emulsion containing two different immiscible fluid phases with a low interfacial tension with a high level of uniformity using a microfluidic device having concentric capillaries, comprising the steps of: introducing an outer phase fluid to an outer capillary of the microfluidic device through a tube; introducing an inner phase fluid to an inner capillary of the microfluidic device through a flexible tube, the inner fluid being injected within the outer fluid in the microfluidic device at an outlet of the inner capillary; characterised by mechanically vibrating the flexible tubing which brings the inner phase fluid into the microfluidic device so as to create a pressure disturbance therein, whereby encapsulated drops are formed at the output of the microfluidic device, wherein the flexible tubing is vibrated prior to the outlet without vibrating the outlet. introducing an outer phase fluid to an outer capillary of the microfluidic device through a tube; introducing an inner phase fluid to an inner capillary of the microfluidic device through a flexible tube, the inner fluid being injected within the outer fluid in the microfluidic device at an outlet of the inner capillary; characterised by mechanically vibrating the flexible tubing which brings the inner phase fluid into the microfluidic device so as to create a pressure disturbance therein, whereby encapsulated drops are formed at the output of the microfluidic device, wherein the flexible tubing is vibrated prior to the outlet without vibrating the outlet.
An e-liquid bottle configured to engage with an e-cigarette, comprising a main body, a cover, and a control switch; the cover forming at least one liquid outlet; the control switch being arranged in the cover for controlling opening and closing of the liquid outlet; the liquid outlet being opened when the control switch is pressed inwards and being sealed when the control switch is released; wherein the control switch comprises a button switch, a liquid stopper, and a first restoring member; the button switch is axially movably arranged on the cover; the liquid stopper is located on an inner side of the cover and is connected to the button switch and seals an inner end of the liquid outlet; the first restoring member provides a force such that the button switch restores to its original state and the liquid stopper seals the liquid outlet; the liquid stopper is a gasket, characterized in that the control switch further comprises a supporting member connected to an inner end of the button switch, and the supporting member comprises a supporting board on which the gasket is mounted.
A vertical shaft impact crusher for crushing material, said crusher comprising a rotor for accelerating a first flow of material to be crushed, a first feed means (8, 20) for feeding the first flow of material to the rotor, a housing comprising a circumferential impact wall section against which the accelerated first flow of material may be crushed, and a second feed means (8, 10, 12, 14, 16, 18, 30, 32) for feeding a second flow of material to be crushed into the path of the accelerated first flow of material, the second feed means comprising an inner hopper and an outer hopper, at least one outlet being formed in said inner hopper for allowing said second flow of material to enter a space formed between said inner and outer hoppers (8, 10), a slide plate being located in said space adjacent to said at least one outlet, the slide plate being inclined in a direction being substantially tangential in relation to the rotor, such that material leaving said at least one outlet will slide on the slide plate and obtain a movement in a direction having a substantially tangential component in relation to the rotor, characterized in that an adjustment device (154, 156) is connected to the slide plate, such that the angle between the slide plate and a horizontal plane may be adjusted.
A method of detecting a species in a dilute medium comprising: providing a first laser beam and a second laser beam coherent with each other, and having a matching chirp pattern; passing at least the first laser beam through the dilute medium, whilst the chirp pattern of the first laser beam crosses at least a part of a spectral feature of the species; mixing the first and the second laser beams to form a mixed beam; detecting the mixed beam to form an output signal during the chirp pattern; processing the output signal to measure changes in the mixed beam caused by refractive index variations in the dilute medium across the spectral feature; determining a measure of the species from the changes in the measured properties; and characterised in that the method further comprises a step of: applying an optical frequency shift to the first or second laser beam before mixing the first and the second laser beams. providing a first laser beam and a second laser beam coherent with each other, and having a matching chirp pattern; passing at least the first laser beam through the dilute medium, whilst the chirp pattern of the first laser beam crosses at least a part of a spectral feature of the species; mixing the first and the second laser beams to form a mixed beam; detecting the mixed beam to form an output signal during the chirp pattern; processing the output signal to measure changes in the mixed beam caused by refractive index variations in the dilute medium across the spectral feature; determining a measure of the species from the changes in the measured properties; and characterised in that the method further comprises a step of: applying an optical frequency shift to the first or second laser beam before mixing the first and the second laser beams.