mhurhangee/ep-ind-claims huggingface dataset:
Use of a coating composition comprising: (a) a resinous binder, (b) up to 10 percent by weight based on weight of resin solids in the coating composition of a reaction product comprising: (i) a phosphorus acid, and (ii) polyglycidyl ether of cyclohexane dimethanol for coating food or beverage containers. (a) a resinous binder, (b) up to 10 percent by weight based on weight of resin solids in the coating composition of a reaction product comprising: (i) a phosphorus acid, and (ii) polyglycidyl ether of cyclohexane dimethanol for coating food or beverage containers. (i) a phosphorus acid, and (ii) polyglycidyl ether of cyclohexane dimethanol for coating food or beverage containers.
A brewing assembly for a refrigerator appliance, the brewing assembly comprising: a dispensing assembly for selectively dispensing a flow of water; a pitcher configured to removably be positioned within the refrigerator appliance and being fluidly coupled to the dispensing assembly; an upper reservoir positioned within the pitcher for receiving the flow of water from the dispensing assembly; a brew module positioned within the pitcher below the upper reservoir and comprising a plurality of canisters for receiving brewing contents and the flow of water from the upper reservoir to create a brewed beverage; a lower reservoir positioned below the brew module for receiving the brewed beverage from the plurality of canisters; and a plurality of water dispensing valves fluidly coupled to the upper reservoir, each of the plurality of water dispensing valves being positioned over one of the canisters to regulate the flow of water into each of the canisters; wherein the upper reservoir is periodically filled by the dispensing assembly and then selectively dispenses a flow of water into the brew module, wherein the upper reservoir comprises a plurality of drip passages which fluidly connect upper storage volume and brew module.
Filling machine for filling bottles or similar containers with a liquid filling material, having a rotor drivable to revolve about a vertical machine axis, which is rotatably mounted via a rotor bearing on a machine frame, and having a plurality of filling elements provided on the rotor, which together with a respective container carrier retain the containers during filling, form filling points, to which the containers to be filled are fed at a container infeed, and the filled containers are removed at a container outfeed, and at which containers, oriented with their container axis parallel or substantially parallel to the machine axis, are filled within the angular range of the rotational movement of the rotor between the container infeed and the container outfeed, with at least one filling material container arranged at the rotor and rotating with this rotor, which - is closed by a cover, not rotating with the rotor and connected to the machine frame, and - with a material connection for delivering the filling material into the filling material container, wherein the material connection is provided on the cover and preferably coaxially with the machine axis into which the filling material container opens, characterised in that the transition between the filling material container and the cover is sealed by at least one seal, wherein the gas chamber formed above the filling material level in the partially filled filling material container can be subjected to an inert gas under pressure during the filling operation. - is closed by a cover, not rotating with the rotor and connected to the machine frame, and - with a material connection for delivering the filling material into the filling material container, wherein the material connection is provided on the cover and preferably coaxially with the machine axis into which the filling material container opens, characterised in that
A battery stack comprising: a plurality of alternating anode and cathode layers (865, 860), each of the anode layers having a base layer, the anode layer including an anode tab extending from a first position, the anode tab having one or more additional conductive layers such that the anode tab has a thickness greater than a thickness of the anode base layer such that alternating anode tabs are generally flush with each other so as to minimize movement of the anode tabs when the anode tabs are squeezed together; and wherein each cathode layer includes a cathode tab extending from a second position. a plurality of alternating anode and cathode layers (865, 860), each of the anode layers having a base layer, the anode layer including an anode tab extending from a first position, the anode tab having one or more additional conductive layers such that the anode tab has a thickness greater than a thickness of the anode base layer such that alternating anode tabs are generally flush with each other so as to minimize movement of the anode tabs when the anode tabs are squeezed together; and wherein each cathode layer includes a cathode tab extending from a second position.
A device for secure data transfer of an original data set comprising: a first module configured to: divide the original data set (131, 401) into a plurality of blocks (A, B, C, D, E, X), wherein at least two blocks in the plurality of blocks (A, B, C, D, E, X) have different sizes; and a cryptographic processor (122, 161) configured to encrypt the plurality of blocks (A, B, C, D, E, X); and a second module configured to: determine a plurality of data transfer slots, wherein the number of data transfer slots is based on a generated random number and variable with each transmission; insert the plurality of blocks (A, B, C, D, E, X) into the plurality of data transfer slots; and transfer the plurality of encrypted blocks (A, B, C, D, E, X) in random order from a source (110, 210) to one or more destinations (150, 250) via the plurality of data transfer slots. divide the original data set (131, 401) into a plurality of blocks (A, B, C, D, E, X), wherein at least two blocks in the plurality of blocks (A, B, C, D, E, X) have different sizes; and a cryptographic processor (122, 161) configured to encrypt the plurality of blocks (A, B, C, D, E, X); and a second module configured to: determine a plurality of data transfer slots, wherein the number of data transfer slots is based on a generated random number and variable with each transmission; insert the plurality of blocks (A, B, C, D, E, X) into the plurality of data transfer slots; and transfer the plurality of encrypted blocks (A, B, C, D, E, X) in random order from a source (110, 210) to one or more destinations (150, 250) via the plurality of data transfer slots. determine a plurality of data transfer slots, wherein the number of data transfer slots is based on a generated random number and variable with each transmission; insert the plurality of blocks (A, B, C, D, E, X) into the plurality of data transfer slots; and transfer the plurality of encrypted blocks (A, B, C, D, E, X) in random order from a source (110, 210) to one or more destinations (150, 250) via the plurality of data transfer slots.
Antenna device for a hearing instrument, having an antenna arrangement (16, 36) which has a preferred transmission and reception spatial direction, and having a further electric hearing instrument component which emits electromagnetic disturbance radiation predominantly in a disturbance radiation spatial direction, - the antenna arrangement (16, 36) and the further hearing instrument component are arranged in such a way that the transmission and reception spatial direction and the disturbance radiation spatial direction are oriented transversely to one another in such a way that coupling of disturbance radiation into the antenna arrangement (16, 36) is reduced, characterized in that the antenna arrangement (16, 36) has a coil core (22, 32) made of magnetically permeable material, formed at one end of an at least partly planar screen (26, 37), which is arranged transversely to the transmission and reception spatial direction of the antenna arrangement (16, 36), in that the further hearing instrument component is a receiver (14, 34) and in that the coil core (22, 32) and the screen (26, 37) have a sound channel passing therethrough. - the antenna arrangement (16, 36) and the further hearing instrument component are arranged in such a way that the transmission and reception spatial direction and the disturbance radiation spatial direction are oriented transversely to one another in such a way that coupling of disturbance radiation into the antenna arrangement (16, 36) is reduced,
A switch control panel for a motor vehicle with a housing for the accommodation of an actuating surface for manual action by means of an element, and with a sensor which interacts with the actuating surface such that the sensor generates a signal when the element approaches the actuating surface and/or when the element contacts the actuating surface and/or when the element applies pressure to the actuating surface, wherein the signal is used to switch on and/or trigger a function in the manner of a switch signal and wherein the actuator is arranged on the actuating surface, characterized in that the actuating surface forms a substantially closed surface on the housing, that the sensor consists of a Hall sensor as well as a magnetized element arranged on the side of the actuator facing away from the actuating surface, that the actuating surface sags when the element applies pressure, in such a manner that the magnetized element moves corresponding to the impact of the element on the actuating surface, and that the change of the magnetic field is evaluated in the Hall sensor for the generation of the signal when the magnetized element moves.
Method for simultaneous operation of a read/write station of an RFID system and a frequency duplex system (D1, D2) in the same frequency band, wherein the read/write station of the RFID system uses at least one frequency for communication between the read/write station and at least one transponder in transmitting range of the RFID read/write station to a transmitting/receiving unit of the frequency duplex system, which uses at least one first frequency and a second frequency assigned to the first frequency at a known duplex frequency spacing, and in which the transmitting power and the receiving sensitivity of the transmitting/receiving unit is known, wherein the first frequency is used as a forward channel for data transmission from a first transmitting/receiving unit to a second transmitting/receiving unit and the second frequency is used as a backward channel for data transmission from the second transmitting/receiving unit to the first transmitting/receiving unit, wherein the read/write station of the RFID system evaluates the receiving level of at least in each case the second frequency of the backward channel of the frequency duplex system for checking whether the RFID system can use the frequency of the forward channel of the frequency duplex system for communication.
A display control apparatus configured to cause display means to display an image of photoacoustic image data as volume data derived from a photoacoustic wave generated by light irradiation of an object, the display control apparatus comprising: first means configured to obtain positional information of a surface of the object; and second means configured to cause the display means to display the image of the photoacoustic image data on a surface having a shape as the surface-shape of the object or a similar shape as the surface-shape of the object based on the positional information of the surface of the object. first means configured to obtain positional information of a surface of the object; and second means configured to cause the display means to display the image of the photoacoustic image data on a surface having a shape as the surface-shape of the object or a similar shape as the surface-shape of the object based on the positional information of the surface of the object.
An optical device comprising: a semiconductor chip having a first surface that receives direct-view light and transmits the direct-view light through the transparent regions of the optical device, a plurality of electro-optical circuits formed on the semiconductor chip, including light emitters configured to output display light, and the transparent regions being arranged between respective light emitters of the light emitters; and a planar, diffractive lens arranged to induce a phase curvature on the display light and to induce a same phase curvature on the direct-view light as on the display light. a semiconductor chip having a first surface that receives direct-view light and transmits the direct-view light through the transparent regions of the optical device, a plurality of electro-optical circuits formed on the semiconductor chip, including light emitters configured to output display light, and the transparent regions being arranged between respective light emitters of the light emitters; and a planar, diffractive lens arranged to induce a phase curvature on the display light and to induce a same phase curvature on the direct-view light as on the display light.
A secure computation system in which r is assumed to be a random number which satisfies 0 ≤ r < 1, [[r]] is assumed to be concealed text of the random number r, and [[2 r]] is assumed to be concealed text of 2 r, which is 2 raised to a power r, the secure computation system which is configured with two or more secure computation devices and calculates, from concealed text [[x]] of a value x which is a power to which 2 is raised, concealed text [[2 x]] of 2 x, which is 2 raised to the power x which is the value x, the secure computation system comprising: a decimal fraction decomposing means that calculates concealed text [[x]]-[[r]] of a difference x-r between the value x and the random number r from the concealed text [[x]] by using the concealed text [[r]] and generates concealed text [[e]] and [[f]] of an integer portion e and a decimal fraction portion f (0 ≤ f < 1) of the difference x-r from the concealed text [[x]]-[[r]]; a reconstructing means that reconstructs the decimal fraction portion f from the concealed text [[f]]; a left shift means that generates, from the decimal fraction portion f and the concealed text [[e]], concealed text [[y]] of a left shift value y which is a value obtained by shifting 2 f, which is 2 raised to a power f which is the decimal fraction portion f, to a left by e bit; and a power calculating means that calculates, as the concealed text [[2 x]], concealed text [[2 r]]×[[y]] of a value 2 r ×y obtained by multiplying the 2 r, which is a power of 2, by the left shift value y from the concealed text [[y]] by using the concealed text [[2 r]]. a decimal fraction decomposing means that calculates concealed text [[x]]-[[r]] of a difference x-r between the value x and the random number r from the concealed text [[x]] by using the concealed text [[r]] and generates concealed text [[e]] and [[f]] of an integer portion e and a decimal fraction portion f (0 ≤ f < 1) of the difference x-r from the concealed text [[x]]-[[r]]; a reconstructing means that reconstructs the decimal fraction portion f from the concealed text [[f]]; a left shift means that generates, from the decimal fraction portion f and the concealed text [[e]], concealed text [[y]] of a left shift value y which is a value obtained by shifting 2 f, which is 2 raised to a power f which is the decimal fraction portion f, to a left by e bit; and a power calculating means that calculates, as the concealed text [[2 x]], concealed text [[2 r]]×[[y]] of a value 2 r ×y obtained by multiplying the 2 r, which is a power of 2, by the left shift value y from the concealed text [[y]] by using the concealed text [[2 r]].
Device for parking bicycles, said device comprising a first row of a plurality of bicycle stand elements that are positioned side by side, said bicycle stand elements of said first row being directly accessible by a user such that a bicycle to be parked can be placed by the user in one of the plurality of bicycle stand elements, wherein the device further comprises a second row of a plurality of bicycle stand elements that are positioned side by side, wherein said second row is positioned at a vertical distance above said first row, and wherein the device comprises a lifting unit with which a user can place a bicycle to be parked in one of the bicycle stand elements of the second row, wherein the lifting unit is movable between, and can be placed by a user close to, at least two of the plurality of bicycle stand elements of the second row, and wherein the lifting unit comprises bicycle supporting means on which the bicycle to be parked can be placed, characterised in that each bicycle stand element of the second row comprises a respective transferring means, that is arranged for cooperating with the lifting unit, wherein the transferring means is configured to be taken out of the respective bicycle stand element by means of a guide, and is configured to be placed on the bicycle supporting means of the lifting unit, for transferring the bicycle to be parked from said lifting unit to said one of the at least two of the plurality of bicycle stand elements of the second row.
A method comprising receiving information about a multimedia content to be delivered to at least one passenger in a vehicle; receiving information about a route of the at least one passenger; locating a first and a second wireless link along the route and a first and a second storage device in functional connection with a corresponding wireless link, wherein the first and the second wireless links have different ranges and are operated according to wireless access technology defined in IEEE standard 802.11ad; determining a duration of playback of the multimedia content; splitting the multimedia content into a first and a second piece of data based at least partly on a predefined stopping schedule of the vehicle comprising at least one data storage within range of the first and the second wireless link; distributing the first and the second piece of data to the first and the second storage device, respectively; delivering, in response to the vehicle stopping within range of the first wireless link, the first piece of data to the at least one data storage in the vehicle for further delivery to the at least one passenger; and delivering, in response to the vehicle stopping within range of the second wireless link, the second piece of data to the at least one data storage in the vehicle for further delivery to the at least one passenger.
Method for assessing image details for forming a correspondence, wherein mutually corresponding features in two individual images are ascertained, comprising: - receiving an image signal from an image sensor, - evaluating the image signal to determine to what extent noise caused by the image sensor is present for a selected region of the image sensor, and - ascertaining a resulting assessment parameter for an image detail (2, 3) of an image captured by the image sensor, which assessment parameter describes whether the image detail (2, 3) is suitable for forming a correspondence, wherein the image detail (2, 3) corresponds to the selected region of the image sensor and wherein the resulting assessment parameter is ascertained based on the determined extent of the noise, characterized in that for the selected region of the image sensor in each case a proportional extent of the noise in different signal paths is determined, in that the image signal in the different signal paths is in each case differently filtered, and the resulting assessment parameter for the image detail (2, 3) is determined based on the respective proportional extent of the noise from all signal paths. - receiving an image signal from an image sensor, - evaluating the image signal to determine to what extent noise caused by the image sensor is present for a selected region of the image sensor, and - ascertaining a resulting assessment parameter for an image detail (2, 3) of an image captured by the image sensor, which assessment parameter describes whether the image detail (2, 3) is suitable for forming a correspondence, wherein the image detail (2, 3) corresponds to the selected region of the image sensor and wherein the resulting assessment parameter is ascertained based on the determined extent of the noise, characterized in that for the selected region of the image sensor in each case a proportional extent of the noise in different signal paths is determined, in that the image signal in the different signal paths is in each case differently filtered, and the resulting assessment parameter for the image detail (2, 3) is determined based on the respective proportional extent of the noise from all signal paths.
Drive system for a weaving machine comprising a first drive gear wheel for driving a first group of elements, a second drive gear wheel for driving a second group of elements, a switching gearwheel, wherein the switching gearwheel is displaceable between a first position, in which the switching gear wheel is in drive connection with the first drive gear wheel and the second drive gear wheel, and a second position, in which the switching gear wheel is not in drive connection with the first drive gear wheel, and a blocking device, characterized in that the blocking device can be activated for blocking a rotation of the second drive gear wheel while the second drive gear wheel is in standstill, wherein the blocking device comprises a lever having a tooth for engaging with teeth of the second drive gear wheel, and wherein the lever is mounted swivellable about a swivel axis of the lever extending in parallel to the rotation axis of the second drive gear wheel between a blocking position, in which the tooth engages with the second drive gear wheel, and a rest position, in which the tooth is disengaged from the second drive gearwheel.
An oligomer of from 20 to 50 nucleotides in length, wherein the oligomer comprises the chemical structure AtTTCcaaattcactTTtAC (SEQ ID NO: 473), wherein upper case letters denote a bicyclic nucleoside having a bridge between C2' and C4' of the ribose sugar and the lower case letters denote DNA.
A key for a lock cylinder with a shaft (1, 13, 27), with recesses (5, 6, 16, 19, 24) arranged in the shaft (1, 13, 27), wherein the shaft (1, 13, 27) is designed step-shaped in a cross section perpendicular to the longitudinal axis, in such a manner that the shaft (1, 13, 27) has two partial shafts (3, 4, 14, 15, 28, 29) which are offset with respect to one another in their plane and the partial shafts (3, 4, 14, 15, 28, 29) are connected with one another via a web (7, 20), so that broad sides (8, 23) of the shaft (1, 13, 27) have in a top view in each case a protruding side (9, 21) and a recessed side (10, 22), wherein a recess (5, 16) closest to the web (7, 20) is arranged on the protruding side (9, 22) of the broad sides (8, 23) and at least one of the recesses (6, 16, 24) is designed as a longitudinal groove arranged in the broad sides (8, 23) and wherein several recesses are designed as a series of calottes and are arranged on both broad sides, characterized in that the recess designed as a longitudinal groove is arranged off-center in the series of recesses designed as calottes.