mhurhangee/ep-ind-claims huggingface dataset:
A file key storage method, performed by a terminal, the method comprising: receiving an encryption request for a target file; generating a key for the target file based on the encryption request; and transmitting a key storage request to an external safety device, wherein the key storage request is configured to request the external safety device to store a correspondence between an identifier of the target file and the key, characterized in that the external safety device is a wearable device comprising a first operating system and a second operating system, a storage space of the first operating system being independent of a storage space of the second operating system; and said transmitting the key storage request to the external safety device comprises: transmitting the key storage request to the first operating system of the wearable device, wherein the key storage request is configured to instruct the first operating system to store the correspondence between the identifier of the target file and the key in the second operating system. receiving an encryption request for a target file; generating a key for the target file based on the encryption request; and transmitting a key storage request to an external safety device, wherein the key storage request is configured to request the external safety device to store a correspondence between an identifier of the target file and the key, characterized in that the external safety device is a wearable device comprising a first operating system and a second operating system, a storage space of the first operating system being independent of a storage space of the second operating system; and said transmitting the key storage request to the external safety device comprises: transmitting the key storage request to the first operating system of the wearable device, wherein the key storage request is configured to instruct the first operating system to store the correspondence between the identifier of the target file and the key in the second operating system.
A bicycle comprising: a front wheel and a rear wheel cooperatively defining a central plane and forward and rearward directions; a front fork supported by the front wheel; a frame supported by the front fork and the rear wheel, the frame including: a head tube rotationally coupled to the front fork; a down tube extending downward and rearward from the head tube; a motor mount coupled to and extending from the down tube; and a chainstay coupled between the motor mount and the rear wheel; and a motor mounted to the motor mount, wherein the motor mount includes: a down tube mount coupled to the down tube; and a chainstay mount coupled to the chainstay; characterized in that the motor mount includes a side brace secured to the down tube mount and wrapping around one side of the motor to the chainstay mount, wherein the side brace connects the down tube mount to the chainstay mount, and wherein a side of the motor mount opposite the side brace includes an opening large enough to facilitate insertion and removal of the motor. a front wheel and a rear wheel cooperatively defining a central plane and forward and rearward directions; a front fork supported by the front wheel; a frame supported by the front fork and the rear wheel, the frame including: a head tube rotationally coupled to the front fork; a down tube extending downward and rearward from the head tube; a motor mount coupled to and extending from the down tube; and a chainstay coupled between the motor mount and the rear wheel; a head tube rotationally coupled to the front fork; a down tube extending downward and rearward from the head tube; a motor mount coupled to and extending from the down tube; and a chainstay coupled between the motor mount and the rear wheel; and a motor mounted to the motor mount, a down tube mount coupled to the down tube; and a chainstay mount coupled to the chainstay; characterized in that the motor mount includes a side brace secured to the down tube mount and wrapping around one side of the motor to the chainstay mount, wherein the side brace connects the down tube mount to the chainstay mount, and wherein a side of the motor mount opposite the side brace includes an opening large enough to facilitate insertion and removal of the motor.
An adjustment method for a digital rear view device fitted to a vehicle and comprising a) a camera positioned in a rear part of said vehicle in order to acquire digital images of a part of its rear environment, and b) a display screen displaying at least a selected part of said acquired images, comprising i) a first step in which an image representative of an environment including a horizon line is placed behind said rear portion at a predefined adjustment position with respect to a predefined element of said vehicle then an image is acquired with said camera and at least a part of this acquired image is displayed on said display screen with at least one horizontal line located at a predefined height corresponding to a minimum height at which said horizon line must be displayed, and ii) a second step in which the position of said camera and/or said portion of the acquired image to be displayed is adjusted so that said horizon line is displayed at a height greater than or equal to said horizontal line, characterized in that in said first step a transparent mask containing said horizontal line is placed against said display screen.
A method for traffic signal control for an intersection of a traffic network, the traffic network comprising one or more sensors, the method comprising: receiving sensor readings from the one or more sensors, the sensor readings comprising a plurality of physical characteristics associated with vehicles approaching the intersection; discretizing the sensor readings based on a grid of cells projected only onto segments of one or more streets, the segments comprising areas where traffic on such one or more streets approach the intersection; for each of the plurality of physical characteristics, associating, for each of the cells in the grid of cells, a respective value for the cell in the grid of cells representing the physical characteristic associated with each of the vehicles if the vehicles at least partially occupy the cell, otherwise associating a null value for the cell; for each of the plurality of physical characteristics, generating a matrix associated with the physical characteristic comprising a combination of the grid of cells projected onto the one or more streets with the respective values for each cell in the grid of cells; combining each matrix associated with each of the plurality of physical characteristics as separate layers in a multi-layered matrix; determining, using a machine learning model trained with a traffic control training set, one or more traffic actions with the multi-layered matrix as input, the traffic control training set comprising previously determined multi-layered matrices for a plurality of traffic scenarios at the intersection; and communicating the one or more actions to the traffic network. receiving sensor readings from the one or more sensors, the sensor readings comprising a plurality of physical characteristics associated with vehicles approaching the intersection; discretizing the sensor readings based on a grid of cells projected only onto segments of one or more streets, the segments comprising areas where traffic on such one or more streets approach the intersection; for each of the plurality of physical characteristics, associating, for each of the cells in the grid of cells, a respective value for the cell in the grid of cells representing the physical characteristic associated with each of the vehicles if the vehicles at least partially occupy the cell, otherwise associating a null value for the cell; for each of the plurality of physical characteristics, generating a matrix associated with the physical characteristic comprising a combination of the grid of cells projected onto the one or more streets with the respective values for each cell in the grid of cells; combining each matrix associated with each of the plurality of physical characteristics as separate layers in a multi-layered matrix; determining, using a machine learning model trained with a traffic control training set, one or more traffic actions with the multi-layered matrix as input, the traffic control training set comprising previously determined multi-layered matrices for a plurality of traffic scenarios at the intersection; and communicating the one or more actions to the traffic network.
A liquid electrostatic ink composition comprising: a pigment; a carrier liquid; a resin; a charge director; a fatty acid amide, and a polyalkylene wax.
An abnormal temperature detection device comprising: a temperature acquirer configured to acquire temperature data (D1, D2); a preprocessor configured to perform preprocessing of calculating a feature amount indicating at least one of a standard deviation, a first-order difference, and a second-order difference of the temperature data (D1, D2); a synthesizer configured to perform synthesis processing of synthesizing the feature amount and past determination information indicating whether the temperature data (D1, D2) acquired in the past is normal or abnormal; a learner configured to generate an identification model by performing machine learning on a result of synthesis by the synthesizer; and a determiner configured to determine whether temperature data for detection which is acquired by the temperature acquirer, and on which the preprocessing is performed by the preprocessor and the synthesis processing is performed by the synthesizer, is normal or abnormal by using the identification model. a temperature acquirer configured to acquire temperature data (D1, D2); a preprocessor configured to perform preprocessing of calculating a feature amount indicating at least one of a standard deviation, a first-order difference, and a second-order difference of the temperature data (D1, D2); a synthesizer configured to perform synthesis processing of synthesizing the feature amount and past determination information indicating whether the temperature data (D1, D2) acquired in the past is normal or abnormal; a learner configured to generate an identification model by performing machine learning on a result of synthesis by the synthesizer; and a determiner configured to determine whether temperature data for detection which is acquired by the temperature acquirer, and on which the preprocessing is performed by the preprocessor and the synthesis processing is performed by the synthesizer, is normal or abnormal by using the identification model.
Rubber composition based on: - a reinforcing filler, - a crosslinking system, - an elastomer matrix that is reactive with respect to the crosslinking system, which elastomer matrix comprises an elastomer A comprising monomer units of a first methacrylic acid ester which represent at least 20 mol% of the monomer units of the elastomer A, with the proviso that if the elastomer A is a polymer of several monomers, the elastomer A is a statistical copolymer. - a reinforcing filler, - a crosslinking system, - an elastomer matrix that is reactive with respect to the crosslinking system, which elastomer matrix comprises an elastomer A comprising monomer units of a first methacrylic acid ester which represent at least 20 mol% of the monomer units of the elastomer A,
An apparatus (40, 40', 40", 40"", 40A, 40B, 40C), comprising: an electronic amplifier; an electrical feedback line connecting an output of the electronic amplifier to an input of the electronic amplifier; a plurality of electrical sources (64, 66, 68, 70) connected to nodes on the electrical feedback line; and an electronic controller configured to adjust the electrical sources (64, 66, 68, 70) in a manner responsive to a current input to the electrical feedback line. an electronic amplifier; an electrical feedback line connecting an output of the electronic amplifier to an input of the electronic amplifier; a plurality of electrical sources (64, 66, 68, 70) connected to nodes on the electrical feedback line; and an electronic controller configured to adjust the electrical sources (64, 66, 68, 70) in a manner
Device for the electrical connection of at least one light source to an electric power supply device, the connecting device comprising a lead frame, first connecting means which are designed for the connection of the frame, by bridging, to a light source which is remote from the frame, the lead frame being accommodated on a support which forms a rack of the device, defining an essentially planar surface, upon which the frame is accommodated, and characterized in that the connecting device moreover comprises second connecting means which are designed to connect the frame, by crimping, to an electric power supply device, the second connecting means comprising at least one electrically-conductive lug designed to be crimped to a connecting element of an electric power supply device, the second connecting means comprising a row of a plurality of electrically conductive lugs, separated by one or more electrically insulating elements.
Steam cooking appliance, having - a cooking appliance muffle, which delimits a cooking compartment which can have steam applied to it, - at least one water inlet opening for the introduction of water into the cooking compartment and - a water reception area disposed in the cooking compartment, via which the water can be filled, characterised in that - the at least one water inlet opening is arranged on the cooking compartment side flush with a wall of the cooking appliance muffle surrounding it, in that - in a front view into the cooking compartment the at least one water inlet opening is arranged behind a support for a food carrier projecting into the cooking compartment and in that - the support for the food carrier, behind which the at least one water inlet opening is disposed, is shortened compared to the other supports. - a cooking appliance muffle, which delimits a cooking compartment which can have steam applied to it, - at least one water inlet opening for the introduction of water into the cooking compartment and - a water reception area disposed in the cooking compartment, via which the water can be filled, - the at least one water inlet opening is arranged on the cooking compartment side flush with a wall of the cooking appliance muffle surrounding it, in that - in a front view into the cooking compartment the at least one water inlet opening is arranged behind a support for a food carrier projecting into the cooking compartment and in that - the support for the food carrier, behind which the at least one water inlet opening is disposed, is shortened compared to the other supports.
A system for treating reflux disease in a human or animal mammal patient, characterized in that the system comprises: two or more separate movement restriction device segments, adapted to be implanted in the abdominal cavity, each movement restriction device segment comprising a biocompatible material and each being adapted to be invaginated by the stomach wall and to in situ form an implantable movement restriction device with an outer surface including a biocompatible material, wherein the movement restriction device is adapted to be invaginated by and rest with at least a part of its outer surface against the patient's stomach fundus wall, in a position between the patient's diaphragm and the fundus wall, such that movement of the cardiac notch of the patient's stomach towards the patient's diaphragm is restricted, when the movement restriction device is implanted in the patient, to thereby prevent the cardia from sliding through the patient's diaphragm opening into the patient's thorax, so as to maintain the supporting pressure against the patient's cardia sphincter muscle exerted from the patient's abdomen, and wherein the two or more separate movement restriction device segments are separable to individually pass through the intestinal system of the patient, if released from their invaginated position.
A method for performing a gas separation, comprising: contacting an adsorbent or membrane comprising an 8-member ring microporous material with a barrier compound under effective conditions to selectivate the adsorbent or membrane, wherein the barrier compound has molecular sizes of a minimum dimension of 4.05 to 5.65 Angstroms and a maximum dimension of 25 or less Angstroms, wherein the effective conditions for contacting the adsorbent or membrane with the barrier compound comprise a temperature from 50°C to 350°C and a total pressure of 100 psig (690 kPag) to 2000 psig (13.8 MPag), for a period of 1 hour to 150 hours or longer, wherein the barrier compound is present either as a liquid or as a gas with a partial pressure of the barrier compound that is at least 10% of the saturation vapor pressure of the barrier compound, wherein selectivation of the adsorbent or membrane comprises diffusion of barrier compound molecules through a pore structure of the 8-member ring microporous material; contacting the selectivated adsorbent or membrane with an input gas stream containing a first component and a second component to form a first gas stream enriched in the first component relative to the input gas stream; and collecting a second gas stream enriched in the second component relative to the input gas stream. contacting an adsorbent or membrane comprising an 8-member ring microporous material with a barrier compound under effective conditions to selectivate the adsorbent or membrane, wherein the barrier compound has molecular sizes of a minimum dimension of 4.05 to 5.65 Angstroms and a maximum dimension of 25 or less Angstroms, wherein the effective conditions for contacting the adsorbent or membrane with the barrier compound comprise a temperature from 50°C to 350°C and a total pressure of 100 psig (690 kPag) to 2000 psig (13.8 MPag), for a period of 1 hour to 150 hours or longer, wherein the barrier compound is present either as a liquid or as a gas with a partial pressure of the barrier compound that is at least 10% of the saturation vapor pressure of the barrier compound, wherein selectivation of the adsorbent or membrane comprises diffusion of barrier compound molecules through a pore structure of the 8-member ring microporous material; contacting the selectivated adsorbent or membrane with an input gas stream containing a first component and a second component to form a first gas stream enriched in the first component relative to the input gas stream; and collecting a second gas stream enriched in the second component relative to the input gas stream.
A communication device comprising: a controller configured to receive data transmission packets from another communication device, create a reception confirmation packet indicating reception of the data transmission packet for each data transmission packet, and store the created reception confirmation packets in a transmission buffer; and characterized by further comprising a transmitter configured to transmit one or more reception confirmation packets selected in order from and including the newest reception confirmation packet stored in the transmission buffer to the other communication device and discard remaining reception confirmation packets from the transmission buffer such that reception confirmation packets other than the one or more transmitted reception confirmation packets are not transmitted to the other communication device. a controller configured to receive data transmission packets from another communication device, create a reception confirmation packet indicating reception of the data transmission packet for each data transmission packet, and store the created reception confirmation packets in a transmission buffer; and characterized by further comprising a transmitter configured to transmit one or more reception confirmation packets selected in order from and including the newest reception confirmation packet stored in the transmission buffer to the other communication device and discard remaining reception confirmation packets from the transmission buffer such that reception confirmation packets other than the one or more transmitted reception confirmation packets are not transmitted to the other communication device.
An absorbent article comprising a fluid impermeable substrate having a body-facing surface and a garment-facing surface, the body-facing surface having a skin-adhesive and absorbent gel composition thereon for adhering the substrate directly to a wearer and for absorbing bodily fluids; wherein the skin-adhesive and absorbent gel composition includes a hydrogel, and characterised in that the hydrogel is intertwined with a fibrous web, and in that the skin adhesive and absorbent gel composition further comprises an adhesion modifier, wherein the adhesion modifier includes colloidal particles, crosslinked copolymers, or combinations thereof.
Flame-proofed, vulcanised polymer composition containing as polymeric component at least one halogen-free olefinic elastomer of the M-group with a saturated main chain with a proportion of more than 70 phr in relation to the polymeric constituents, wherein the proportion of mineral oil softening agents in the composition is less than or equal to 50 phr, and wherein the polymeric component or the polymeric components of the composition is/are single phase and homogeneous characterised in that at least one or a combination of different halogen-free water-releasing metal hydrates is contained as flame proofing agents with a proportion of in total 60 to 100 phr, that a vulcanised matrix is formed by a sulphur or sulphur-containing crosslinking system, wherein the crosslinking system extends throughout the entire matrix and permeates it completely, and that the entire composition is halogen-free.
A flash boiling apparatus for a liquid food product that comprises particles, said flash boiling apparatus comprising a vacuum vessel provided with a product inlet for incoming liquid food product, a vapour outlet pipe and a product outlet for outgoing liquid food product (L'), a pressure relief valve arranged upstream the product inlet, for providing a pressure drop that results in flash boiling of the incoming liquid food product, and an inlet section arranged between the pressure relief valve and the product inlet, for conveying the liquid food product from the pressure relief valve to the product inlet, wherein the inlet section comprises a through-flow area that increases in a direction from the pressure relief valve to the product inlet, such that a flow velocity (v flow) of the liquid food product decreases when it passes the inlet section the inlet section comprises a bend; characterized in that the flash boiling apparatus comprises a product return line that is connected to the inlet section for feeding liquid food product (L") that previously has passed the inlet section back into the inlet section to introduce liquid food product (L") at the bend.
Display device having at least one electronic display, a printed circuit board on which the at least one electronic display makes electrical contact, and a mounting frame affixed to the printed circuit board, in which the at least one electronic display is inserted, wherein the mounting frame has a latching mechanism, which is designed to affix the mounting frame onto the printed circuit board, characterised in that the mounting frame has at least two frame sections (13a, 13b, 13c), each frame section (13a, 13b, 13c) of which is designed to accommodate an electronic display.
A curtain coatable gas barrier coating composition comprising a polymer selected from polysaccharides and a surfactant, wherein said polysaccharides are soluble or dispersable or suspendable in water and the surfactant is a water soluble non-ionic ethoxylated alcohol, characterized in that the solids content of the composition is 4-15% and the surfactant has the formula RO(CH 2 CH 2 O) X H, wherein: R=iso-C 13 H 27 and x is 8 or higher; or R=iso-C 10 and x is 5, 6, 7, 8 or 11. R=iso-C 13 H 27 and x is 8 or higher; or R=iso-C 10 and x is 5, 6, 7, 8 or 11.