mhurhangee/patent-ind-claim-en huggingface dataset:
A tunable laser based light source for Li-Fi communication comprising: a laser for emitting, in operation, a scanning beam , a first optical element configured to reflect and/or refract the scanning beam emitted from the laser, and a second optical element configured to broaden the scanning beam reflected/refracted by the first optical element, wherein the scanning beam is configured to scan a scanning area, wherein the scanning area is extending with a first scanning length in a broadening direction (S1) and a second scanning length in a scanning direction (S2), wherein the broadening direction (S1) and the scanning direction (S2) are mutually perpendicular, wherein the second optical element is configured to broaden the scanning beam in the broadening direction (S1) to a width larger than the first scanning length, and wherein the laser and the first optical element are configured to cooperate to enable the scanning beam to be swept along the scanning direction (S2). a laser for emitting, in operation, a scanning beam , a first optical element configured to reflect and/or refract the scanning beam emitted from the laser, and a second optical element configured to broaden the scanning beam reflected/refracted by the first optical element, wherein the scanning beam is configured to scan a scanning area, wherein the scanning area is extending with a first scanning length in a broadening direction (S1) and a second scanning length in a scanning direction (S2), wherein the broadening direction (S1) and the scanning direction (S2) are mutually perpendicular, wherein the second optical element is configured to broaden the scanning beam in the broadening direction (S1) to a width larger than the first scanning length, and wherein the laser and the first optical element are configured to cooperate to enable the scanning beam to be swept along the scanning direction (S2).
A semiconductor package , comprising: a substrate having thereon at least an antenna layer and a ground reflector layer under the antenna layer; a radio frequency, RF, die disposed on or in the substrate ; a molding compound disposed on the antenna layer of the substrate; a frequency-selective surface, FSS, structure disposed on the molding compound ; and a plurality of supporting pillars between the FSS structure and the substrate , wherein the plurality of supporting pillars surrounds the antenna layer and the FSS structure. a substrate having thereon at least an antenna layer and a ground reflector layer under the antenna layer; a radio frequency, RF, die disposed on or in the substrate ; a molding compound disposed on the antenna layer of the substrate; a frequency-selective surface, FSS, structure disposed on the molding compound ; and a plurality of supporting pillars between the FSS structure and the substrate , wherein the plurality of supporting pillars surrounds the antenna layer and the FSS structure.
Process for the production of a food seasoning, comprising mixing together, also in separate steps and at different times, at least the following components: - at least one of wine vinegar (M1) and balsamic vinegar (M2); - rectified concentrated grape must (M3); - fruit juice and pulp (M4); and - at least a thickener and stabilizer substance (M7); wherein said mixing comprises a first mixing step of said at least one of said wine vinegar (M1) and balsamic vinegar (M2) and said rectified concentrated grape must (M3), to obtain a base product (M1, M2, M3); wherein said process comprises a step of adding said thickener and stabilizer substance (M7) to said base product (M1, M2, M3); wherein said process comprises a step of mixing and heating of said base product (M1, M2, M3) added with said thickener and stabilizer substance (M7), said mixing and heating taking place at a temperature between 45°C and 80°C; wherein said process comprises a step of cooling of said heated base product (M1, M2, M3) added with said thickener and stabilizer substance (M7); and wherein said fruit juice and pulp (M4) is obtained by fruit squeezing; characterized in that said mixing comprises a second mixing step of said cooled base product (M1, M2, M3) added with said thickener and stabilizer substance (M7) with said fruit juice and pulp (M4), and in that , before said second mixing step , said process comprises the following steps: - concentrating said squeezed fruit juice and pulp (M4), wherein said concentrating takes place under vacuum by heating said squeezed fruit juice and pulp (M4) at a temperature between 40°C and 50°C; - storing said concentrated fruit juice and pulp (M4); - re-hydrating said stored fruit juice and pulp (M4); said second mixing step taking place with said rehydrated fruit juice and pulp (M4). - at least one of wine vinegar (M1) and balsamic vinegar (M2); - rectified concentrated grape must (M3); - fruit juice and pulp (M4); and - at least a thickener and stabilizer substance (M7); - concentrating said squeezed fruit juice and pulp (M4), wherein said concentrating takes place under vacuum by heating said squeezed fruit juice and pulp (M4) at a temperature between 40°C and 50°C; - storing said concentrated fruit juice and pulp (M4); - re-hydrating said stored fruit juice and pulp (M4);
Milling device for the fine milling of cereals, in particular coffee beans, comprising a housing in which a grinder is arranged that can be driven by at least one driving device , the grinder comprising a plurality of milling rollers , which define at least two milling passages , each with a milling gap, such that a milling gap is formed by the smallest distance d between two adjacent milling rollers, wherein all successive milling passages are part of a product guide channel, wherein at least a number n>2 milling rollers are provided, which are arranged offset to one another such that a milling roller forms a milling gap d 1-(n-1) with two adjacent milling rollers so that the grinder has a number (n-1) of milling passages , characterized in that a housing part is provided for the grinder , said housing part comprising a continuous product guide channel extending from an inlet opening to an outlet opening and having recesses for the milling rollers.
A method for preventing anti-forensics actions, the method comprising: identifying a suspicious object from a plurality of objects on a computing device; monitoring actions performed by the suspicious object, wherein the actions comprise commands and requests originating from the suspicious object; intercepting a first command by the suspicious object to create or modify a digital artifact on the computing device; subsequent to intercepting the first command, intercepting a second command by the suspicious object to delete the suspicious object; wherein the method is characterized in that it further comprises: in response to intercepting both the first command to create or modify the digital artifact and the second command to delete the suspicious object: blocking the second command; and storing the suspicious object and the digital artifact in a digital repository. identifying a suspicious object from a plurality of objects on a computing device; monitoring actions performed by the suspicious object, wherein the actions comprise commands and requests originating from the suspicious object; intercepting a first command by the suspicious object to create or modify a digital artifact on the computing device; subsequent to intercepting the first command, intercepting a second command by the suspicious object to delete the suspicious object; blocking the second command; and storing the suspicious object and the digital artifact in a digital repository.
Power supply arrangement for operating a multivoltage system of an agricultural vehicle, comprising a first network section with a motor generator connected thereto and a second network section with a lead battery connected thereto, wherein the first network section has a first voltage level (V 1 ), corresponding to the nominal voltage of the lead battery , for operating electrical vehicle components and the second network section has a second voltage level (V 2 ), different from and higher than said first voltage level, for charging the lead battery and for supplying an electrical load , consisting of an agricultural auxiliary device , with electrical energy, wherein an interface is provided and forms a voltage source that connects the two network sections and that provides a compensation voltage resulting from the two voltage levels (V 1 , V 2 ) in a charging operating mode in which the motor generator is used to generate electrical energy, and that is bypassed in a motor operating mode in which the motor generator is supplied with the electrical energy available from the lead battery in order to generate a drive torque with operation of the electrical load being interrupted, wherein a changeover switch for switching between the charging operating mode and the motor operating mode is provided such that the second network section is connected to the voltage source in the charging operating mode and is connected to the first network section with the voltage source disconnected in the motor operating mode.
A method for wireless communication, comprising: transmitting an indication of a user equipment, UE, capability, wherein the UE capability includes at least an uplink, UL, carrier aggregation, CA, capability of a UE ; receiving a CA configuration and an auxiliary UL configuration, the CA configuration comprising one or more carriers (305-a) configured for UL data transmissions and the auxiliary UL configuration comprising one or more carriers (305-b, 305-c) configured for UL reference signal transmissions; transmitting , based on the CA configuration and the UL CA capability of the UE, a sounding reference signal, SRS, using the one or more carriers of the auxiliary UL configuration; the method further characterised by identifying one or more switching symbols based at least in part on a location of the SRS relative to other symbols of the subframe; puncturing an UL data transmission based at least in part on the one or more switching symbols; and transmitting , during a symbol period after the one or more switching symbols, the UL data transmission using the one or more carriers configured for UL data transmissions. transmitting an indication of a user equipment, UE, capability, wherein the UE capability includes at least an uplink, UL, carrier aggregation, CA, capability of a UE ; receiving a CA configuration and an auxiliary UL configuration, the CA configuration comprising one or more carriers (305-a) configured for UL data transmissions and the auxiliary UL configuration comprising one or more carriers (305-b, 305-c) configured for UL reference signal transmissions; transmitting , based on the CA configuration and the UL CA capability of the UE, a sounding reference signal, SRS, using the one or more carriers of the auxiliary UL configuration; the method further characterised by identifying one or more switching symbols based at least in part on a location of the SRS relative to other symbols of the subframe; puncturing an UL data transmission based at least in part on the one or more switching symbols; and transmitting , during a symbol period after the one or more switching symbols, the UL data transmission using the one or more carriers configured for UL data transmissions.
A combination weighing apparatus comprising: a conveying unit that conveys an article; a plurality of hoppers that temporarily store the article conveyed by the conveying unit; a weighing unit that weighs a weighing value corresponding to the mass of the article stored in the hoppers ; and a control unit that executes combination weighing processing for selecting a weighing value combination, such that a total value becomes a target weighing value, from a plurality of the weighing values weighed by the weighing unit and associated respectively with the plurality of hoppers and controlling the hopper corresponding to the combination so as to discharge the article, characterized in that the control unit is adapted to execute the combination weighing processing with a second value used as the target weighing value after controlling all of the hoppers so as to discharge the article while leaving the article in the conveying unit when the second value is less than a first value in a case where the target weighing value is changed from the first value to the second value. a conveying unit that conveys an article; a plurality of hoppers that temporarily store the article conveyed by the conveying unit; a weighing unit that weighs a weighing value corresponding to the mass of the article stored in the hoppers ; and a control unit that executes combination weighing processing for selecting a weighing value combination, such that a total value becomes a target weighing value, from a plurality of the weighing values weighed by the weighing unit and associated respectively with the plurality of hoppers and controlling the hopper corresponding to the combination so as to discharge the article, characterized in that the control unit is adapted to execute the combination weighing processing with a second value used as the target weighing value after controlling all of the hoppers so as to discharge the article while leaving the article in the conveying unit when the second value is less than a first value in a case where the target weighing value is changed from the first value to the second value.
A nuclear magnetic resonance device for subterranean characterization, comprising: a tool body ; a controller ; a measurement device coupled to and extendable from the tool body , the measurement device including a radio frequency coil that generates a radio frequency magnetic field B 1 in response to a signal from the controller ; and a permanent magnet coupled to the tool body and located external to the measurement device , the permanent magnet generating a static magnetic field B 0 ; wherein the radio frequency coil is controllable to receive a signal produced by nuclear spin induced by B 0 , B 1 , or both. a tool body ; a controller ; a measurement device coupled to and extendable from the tool body , the measurement device including a radio frequency coil that generates a radio frequency magnetic field B 1 in response to a signal from the controller ; and a permanent magnet coupled to the tool body and located external to the measurement device , the permanent magnet generating a static magnetic field B 0 ; wherein the radio frequency coil is controllable to receive a signal produced by nuclear spin induced by B 0 , B 1 , or both.
Rolling-body cage for guiding rolling bodies of a rolling bearing, in particular of a large-diameter rolling bearing, wherein the rolling-body cage has at least one sliding element , wherein the sliding element is connected to the rolling-body cage , and wherein the sliding element has a free end surface , which has a sliding material , characterized in that the sliding element has a prefabricated carrier body , which is made of steel and is welded to the rolling-body cage , wherein the free end surface of the sliding element has a functional layer made of the sliding material , wherein the rolling-body cage has a circular-ring-form cage body with a central axis (M) extending in the axial direction of the cage body, wherein the cage body has two first surfaces , which extend essentially perpendicularly to the central axis (M), wherein the rolling-body cage has accommodating openings for accommodating the rolling bodies , wherein a crosspiece is arranged between two adjacent accommodating openings , this crosspiece extending in the radial direction (R), wherein the at least one sliding element is arranged on one of the crosspieces such that the carrier body rests on the crosspiece by way of an abutment surface and is welded to the rolling-body cage via at least one weld seam , wherein the length of the at least one sliding element in the radial direction (R) is greater than the width of the at least one sliding element in the circumferential direction (U), and wherein the length of the at least one sliding element in the radial direction (R) corresponds approximately to the length of the crosspiece in the radial direction (R), or wherein a plurality of individual sliding elements are arranged along the crosspiece and are welded thereto. in that the sliding element has a prefabricated carrier body , which is made of steel and is welded to the rolling-body cage , wherein the free end surface of the sliding element has a functional layer made of the sliding material , wherein the rolling-body cage has a circular-ring-form cage body with a central axis (M) extending in the axial direction of the cage body, wherein the cage body has two first surfaces , which extend essentially perpendicularly to the central axis (M), wherein the rolling-body cage has accommodating openings for accommodating the rolling bodies , wherein a crosspiece is arranged between two adjacent accommodating openings , this crosspiece extending in the radial direction (R), wherein the at least one sliding element is arranged on one of the crosspieces such that the carrier body rests on the crosspiece by way of an abutment surface and is welded to the rolling-body cage via at least one weld seam , wherein the length of the at least one sliding element in the radial direction (R) is greater than the width of the at least one sliding element in the circumferential direction (U), and wherein the length of the at least one sliding element in the radial direction (R) corresponds approximately to the length of the crosspiece in the radial direction (R), or wherein a plurality of individual sliding elements are arranged along the crosspiece and are welded thereto.
Method for operating a cooking appliance having at least one cooking chamber that can be closed by at least one cooking chamber door , the cooking chamber being heated and/or high-frequency radiation being emitted into the cooking chamber using at least one heating device during at least one cooking process for the preparation of food, characterised in that an automatic execution of a follow-up program is stored in a cooking program, in which follow-up program, after the end of the cooking process in the cooking program previously executed by means of at least one drying device , condensate collected in the cooking chamber is, at least in part, evaporated and removed from the cooking chamber by means of the heating device if it is determined by means of at least one monitoring device that there is no food in the cooking chamber and that the cooking chamber door is closed.
A ski boot comprising: a substantially rigid foot-case which is adapted to accommodate the user's foot and has the lower part structured to couple with a ski binding device; a substantially rigid cuff which is adapted to surround the lower part of the user's leg and is pivotally joined to the foot-case so as to be able to rotate about a transversal axis (A) substantially perpendicular to the midplane of the ski boot; a protective tongue and/or gaiter that closes the upper part of the foot-case ; and foot-case closing means adapted to selectively close/tighten the foot-case on the user's foot; said foot-case closing means comprising an oblong, transversal locking band with a flexible and substantially inextensible structure, which extends transversally to the midplane of the ski boot, astride of and flush to the protective tongue and/or gaiter , and has a first end stably fixed/connected to a first lateral side of the foot-case , at a hinge connecting said cuff to said foot-case ; wherein the foot-case closing means additionally comprise a manually-operated coupling assembly , which is adapted to connect a second end of said transversal locking band selectively and alternatively to the foot-case or to the cuff , at a second lateral side of the foot-case opposite to said first lateral side, and is moreover adapted to tighten and keep tightened the transversal locking band . said foot-case closing means comprising an oblong, transversal locking band with a flexible and substantially inextensible structure, which extends transversally to the midplane of the ski boot, astride of and flush to the protective tongue and/or gaiter , and has a first end stably fixed/connected to a first lateral side of the foot-case , at a hinge connecting said cuff to said foot-case ; wherein the foot-case closing means additionally comprise a manually-operated coupling assembly , which is adapted to connect a second end of said transversal locking band selectively and alternatively to the foot-case or to the cuff , at a second lateral side of the foot-case opposite to said first lateral side, and is moreover adapted to tighten and keep tightened the transversal locking band .
A method of controlling a process for producing an olefin polymer in at least one reactor, comprising: (a) calculating a first value of at least one property of a first polymer component using a mathematical model for the first polymer component produced by a first catalyst or under a first set of reaction conditions; wherein the method of controlling the process is characterised by the steps of: (b) calculating a second value of the at least one property of a second polymer component using a mathematical model for the second polymer component produced by a , second catalyst or under a first set of reaction conditions; (c) determining the relative rate of production of the first and second polymer components; (d) calculating a bulk average value of the at least one property using a mathematical model for the bulk averaged composition; (e) adjusting one or more reaction conditions thereby effecting an instantaneous value of the at least one property of at least one of the first or second polymer components or effecting the production rate of at least one of the first or second polymer components to move the bulk average value toward a desired set point value. (a) calculating a first value of at least one property of a first polymer component using a mathematical model for the first polymer component produced by a first catalyst or under a first set of reaction conditions; (b) calculating a second value of the at least one property of a second polymer component using a mathematical model for the second polymer component produced by a , second catalyst or under a first set of reaction conditions; (c) determining the relative rate of production of the first and second polymer components; (d) calculating a bulk average value of the at least one property using a mathematical model for the bulk averaged composition; (e) adjusting one or more reaction conditions thereby effecting an instantaneous value of the at least one property of at least one of the first or second polymer components or effecting the production rate of at least one of the first or second polymer components to move the bulk average value toward a desired set point value.
A control assembly by sliding contact for a motor vehicle comprising: - a support ; - a printed circuit board arranged on the support ; - a control element covering the printed circuit board and comprising a control area by the sliding of an operator's finger; the printed circuit board comprising a first series of position sensors configured to determine the position and direction of sliding of an operator's finger, the first series of position sensors being mounted to bear against the control element vis-à-vis the control area by sliding; the printed circuit board comprises at least a first detection element being both a bearing force sensor and a haptic actuator, the first detection element being interposed to bear between the printed circuit board and a connection member , the connection member being in direct contact with the control element ; the printed circuit board comprises a first cut forming a first elastic tab on which the first detection element is arranged. - a support ; - a printed circuit board arranged on the support ; - a control element covering the printed circuit board and comprising a control area by the sliding of an operator's finger;