mhurhangee/ep-ind-claims huggingface dataset:
A hand-held blender, comprising: a handle; a motor configured in the handle; a switch configured on the handle and for controlling the motor; an input shaft configured to rotate synchronously with a rotor of the motor; an output shaft configured for outputting power to a stirring tool, and coaxially connected to a lower end of the input shaft; and a deceleration component and a plurality of output connectors arranged between the input shaft and the output shaft; characterized in that an active connector is partially sleeved on the output shaft and a shift lever is sleeved on the output shaft; the active connector is controlled by the shift lever so that the active connector can move up and down to selectively joint with different output connectors. a handle; a motor configured in the handle; a switch configured on the handle and for controlling the motor; an input shaft configured to rotate synchronously with a rotor of the motor; an output shaft configured for outputting power to a stirring tool, and coaxially connected to a lower end of the input shaft; and a deceleration component and a plurality of output connectors arranged between the input shaft and the output shaft; characterized in that an active connector is partially sleeved on the output shaft and a shift lever is sleeved on the output shaft; the active connector is controlled by the shift lever so that the active connector can move up and down to selectively joint with different output connectors.
An apparatus for defrosting and/or cooking foods, comprising: a supporting structure; a treatment zone; supporting means for at least one food to be cooked at the treatment zone, mounted on the supporting structure; radio frequency dielectric heating means mounted on the supporting structure at the treatment zone and in turn comprising at least two electrodes positioned at the treatment zone, and a device for applying between the electrodes a difference in electric potential which is variable, characterised in that said frequency is ranged between 1 MHz and 300MHz. at least one electrode being at least partly made of ferromagnetic material; and induction heating means electromagnetically coupled to the at least one electrode at least partly made of ferromagnetic material, for, in use, heating it in such a way that the self-same at least one electrode transmits heat to the food. a supporting structure; a treatment zone; supporting means for at least one food to be cooked at the treatment zone, mounted on the supporting structure; radio frequency dielectric heating means mounted on the supporting structure at the treatment zone and in turn comprising at least two electrodes positioned at the treatment zone, and a device for applying between the electrodes a difference in electric potential which is variable, characterised in that said frequency is ranged between 1 MHz and 300MHz. at least one electrode being at least partly made of ferromagnetic material; and induction heating means electromagnetically coupled to the at least one electrode at least partly made of ferromagnetic material, for, in use, heating it in such a way that the self-same at least one electrode transmits heat to the food.
A key duplication machine comprising: a key blank identification system comprising: an outer shell having an opening to receive a key (22, 24) including a microchip embedded therein; a read/write device positioned on the key duplication machine to interface with said key located in the opening wherein said read/write device is configured to transmit data to said key and configured to receive data from said key located at said opening; and an optical imaging device is mounted within the machine and positioned such that it captures an optical image of said key at said opening. an outer shell having an opening to receive a key (22, 24) including a microchip embedded therein; a read/write device positioned on the key duplication machine to interface with said key located in the opening wherein said read/write device is configured to transmit data to said key and configured to receive data from said key located at said opening; and an optical imaging device is mounted within the machine and positioned such that it captures an optical image of said key at said opening.
A method of operating an augmented reality processed terrain and obstacle threat scouting and reporting service, the method comprising: using at least one sensor of a monitoring vehicle to monitor terrain and obstacle data; comparing monitored terrain and obstacle data with stored terrain and obstacle data in a vehicle terrain and obstacle database associated with the monitoring vehicle; transmitting monitored terrain and obstacle data that is different than the stored terrain and obstacle data within the vehicle terrain and obstacle database from the monitoring vehicle to a remote distribution center; validating and updating terrain and obstacle data stored in a distribution terrain and obstacle database at the remote distribution center based at least in part on the transmitted monitored different terrain and obstacle data transmitted by the monitoring vehicle; transmitting terrain and obstacle data from the distribution terrain and obstacle database located at the remote distribution center to at least one consumer vehicle (240, 242), wherein the monitored different terrain and obstacle data from the monitoring vehicle that is not validated by the remote distribution center is presented as non-validated georeferenced delta terrain and obstacle data; and differentially indicating the non-validated georeferenced delta terrain and obstacle data from validated terrain and obstacle data received from the remote distribution center on a display system of the at least one consumer vehicle (240, 242). using at least one sensor of a monitoring vehicle to monitor terrain and obstacle data; comparing monitored terrain and obstacle data with stored terrain and obstacle data in a vehicle terrain and obstacle database associated with the monitoring vehicle; transmitting monitored terrain and obstacle data that is different than the stored terrain and obstacle data within the vehicle terrain and obstacle database from the monitoring vehicle to a remote distribution center; validating and updating terrain and obstacle data stored in a distribution terrain and obstacle database at the remote distribution center based at least in part on the transmitted monitored different terrain and obstacle data transmitted by the monitoring vehicle; transmitting terrain and obstacle data from the distribution terrain and obstacle database located at the remote distribution center to at least one consumer vehicle (240, 242), wherein the monitored different terrain and obstacle data from the monitoring vehicle that is not validated by the remote distribution center is presented as non-validated georeferenced delta terrain and obstacle data; and differentially indicating the non-validated georeferenced delta terrain and obstacle data from validated terrain and obstacle data received from the remote distribution center on a display system of the at least one consumer vehicle (240, 242).
An ink composition for continuous deflected ink jet printing, which is liquid at ambient temperature, comprising: a) a solvent comprising, preferably consisting of, one or more organic solvent compound(s), and optionally water; b) a binder, comprising a saturated copolyester resin and a terpene-phenol resin; c) a compound having an ethylenically unsaturated double bond and a silicon chain; d) optionally, one or more dye(s) and/or pigment(s). a) a solvent comprising, preferably consisting of, one or more organic solvent compound(s), and optionally water; b) a binder, comprising a saturated copolyester resin and a terpene-phenol resin; c) a compound having an ethylenically unsaturated double bond and a silicon chain; d) optionally, one or more dye(s) and/or pigment(s).
A semiconductor device comprising: a substrate; at least one transducer provided on the substrate, the at least one transducer including at least one electrically conductive circuit element; and a dielectric layer deposited onto the substrate over the at least one transducer, the dielectric layer including an outer surface that faces away from the substrate; and a surface charge mitigation layer formed of a conductive material deposited onto the outer surface of the dielectric layer, the surface charge mitigation layer being electrically coupled to ground potential; characterized in that the surface charge mitigation layer is patterned to form pores to alter a flexibility of the surface charge mitigation layer and/or an optical property of the surface charge mitigation layer. a substrate; at least one transducer provided on the substrate, the at least one transducer including at least one electrically conductive circuit element; and a dielectric layer deposited onto the substrate over the at least one transducer, the dielectric layer including an outer surface that faces away from the substrate; and a surface charge mitigation layer formed of a conductive material deposited onto the outer surface of the dielectric layer, the surface charge mitigation layer being electrically coupled to ground potential; characterized in that the surface charge mitigation layer is patterned to form pores to alter a flexibility of the surface charge mitigation layer and/or an optical property of the surface charge mitigation layer.
A device for forming elongated material, wherein the device comprises - a track (220-222, 521) for guiding the material in the device, wherein the track is arranged to guide the material into a desired form when the material is fed into the device, wherein the track of the device forms a closed geometry of a knot, - a release cavity (224, 324, 524, 824, 924) defined by surrounding structure of the device, the track being open to the release cavity during the movement of the material, and - an opening (223, 523) along the entire length of the track for removing the elongated material from the track to the release cavity after the formation, characterised in that the device further comprises means (862-869, 963-979) for pushing the elongated material in order to move the material within the track such that the material follows the track during the feeding based on the internal tension of the material and on curvature of the track. - a track (220-222, 521) for guiding the material in the device, wherein the track is arranged to guide the material into a desired form when the material is fed into the device, wherein the track of the device forms a closed geometry of a knot, - a release cavity (224, 324, 524, 824, 924) defined by surrounding structure of the device, the track being open to the release cavity during the movement of the material, and - an opening (223, 523) along the entire length of the track for removing the elongated material from the track to the release cavity after the formation,
A support fitment for guided attachment of an extraction device to an injector nozzle arranged in an engine casing, comprising: - a plate-shaped base element on which the extraction device can be guided, - two arms arranged on the base element, - at least three support feet for supporting the base element on the engine casing, characterised in that the base element is supported by way of at least two support feet on one of the two arms and by way of at least one support foot on the other of the two arms on the engine casing and that the two arms are mounted on the base element rotatably about at least two mutually transversely extending axes (A 1, A 2). - a plate-shaped base element on which the extraction device can be guided, - two arms arranged on the base element, - at least three support feet for supporting the base element on the engine casing,
A method for tracing items through a non-sequential process, the method comprising the steps of: - receiving an item at an in-feed area, - obtaining first information related to said item and storing the information in a computer system, - select at least one handling instruction for said item, wherein said selection of handling instructions is made dynamically, - selecting at least one processing station to process said item, wherein said selection of processing station is made dynamically, - transferring said item between said in-feed area and said at least one processing station, while tracing its position, - processing said item into smaller objects, - obtain second information related to each of the smaller objects, - transferring said smaller objects to an out-feed area, while tracing their position, wherein at said out-feed area each of said smaller objects is provided with at least one information record related to the initial meat product and the processing thereof, said record constituting traceable historic information of said objects/items, wherein said record is generated from said first information, said processing information, and said second information, and wherein said first and second traceable information is obtained with imaging means, and wherein said non-sequential transferring of objects/items is carried out by a robot. - receiving an item at an in-feed area, - obtaining first information related to said item and storing the information in a computer system, - select at least one handling instruction for said item, wherein said selection of handling instructions is made dynamically, - selecting at least one processing station to process said item, wherein said selection of processing station is made dynamically, - transferring said item between said in-feed area and said at least one processing station, while tracing its position, - processing said item into smaller objects, - obtain second information related to each of the smaller objects, - transferring said smaller objects to an out-feed area, while tracing their position, wherein at said out-feed area each of said smaller objects is provided with at least one information record related to the initial meat product and the processing thereof, said record constituting traceable historic information of said objects/items, wherein said record is generated from said first information, said processing information, and said second information, and wherein said first and second traceable information is obtained with imaging means, and wherein said non-sequential transferring of objects/items is carried out by a robot.
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.
A method for manufacturing a coffee tablet designed for preparing coffee therewith, wherein an amount of coffee starting material being coffee grindings obtained by grinding roasted coffee beans, is compacted at a particular compressive pressure so that a coffee tablet with a particular hardness is obtained, wherein after grinding of the roasted beans, the coffee grindings are not finished prior to compacting of the grindings, while the particular hardness at a particular compressive pressure depends on a number of coffee parameters, including moisture content of the coffee starting material, degree of roast of the coffee starting material, and pouring volume of the coffee starting material, wherein the particular compressive pressure is in the range of 70 -130 bar, and the hardness of the coffee tablet, depending on the coffee parameter values at the particular compressive pressure, is in the range of 20 - 75 N, wherein the degree of roast of the coffee starting material prior to compacting of the coffee tablet is in the range of 80 - 30, wherein the pouring volume of the coffee starting material prior to compacting the coffee tablet is in the range of 500 - 880 ml per 250 g of coffee starting material, and wherein the moisture content of the coffee starting material prior to compacting of the coffee tablet is 2 - 8%, such that the obtained hardness of the coffee tablet effects the disintegration thereof at a desired moment, in a desired manner.
A method of operating a content node that caches data objects between origin servers and end user devices, the method comprising: encrypting the data objects using encryption keys, wherein each of the encryption keys is unique to each of the data objects; receiving a purge request to erase at least one data object; in response to the purge request, identifying whether the purge request indicates a request to purge a subset of the data objects that is less than all of the data objects or a request to erase all of the data objects; characterized by each of the encryption keys comprising a first portion shared by the encryption keys and a second portion unique to each encryption key; and wherein: if the purge request indicates a request to purge a subset of the plurality of data objects, erasing the second portion of at least one encryption key in the encryption keys associated with the at least one data object; and if the purge request indicates a request to erase all of the data objects, erasing the first portion of the encryption keys. encrypting the data objects using encryption keys, wherein each of the encryption keys is unique to each of the data objects; receiving a purge request to erase at least one data object; in response to the purge request, identifying whether the purge request indicates a request to purge a subset of the data objects that is less than all of the data objects or a request to erase all of the data objects; characterized by each of the encryption keys comprising a first portion shared by the encryption keys and a second portion unique to each encryption key; and wherein: if the purge request indicates a request to purge a subset of the plurality of data objects, erasing the second portion of at least one encryption key in the encryption keys associated with the at least one data object; and if the purge request indicates a request to erase all of the data objects, erasing the first portion of the encryption keys. if the purge request indicates a request to purge a subset of the plurality of data objects, erasing the second portion of at least one encryption key in the encryption keys associated with the at least one data object; and if the purge request indicates a request to erase all of the data objects, erasing the first portion of the encryption keys.
Mobile scaffolding comprising: at least two pairs of lateral shoulders configured to be vertically arranged parallel to each other, said lateral shoulders having housings communicating with the outside, at least one tie rod suitable to be mounted between the two pairs of lateral shoulders, and at least one quick-coupling mechanism permanently connected to one end of the tie rod and comprising an elastically deformable screw anchor between a non-deformed configuration in which it can be axially inserted and removed within one of said housings and a deformed configuration in which it interferes with walls delimiting said housing for connecting said end of said tie rod to said side shoulders, characterized in that said quick-coupling mechanism comprises expansion means disposed in an internal cavity of said screw anchor and configured to assume a rest configuration in which said screw anchor is in said non-deformed configuration and a locking configuration in which said screw anchor is in said deformed configuration, and in which, in said locking configuration, said expansion means generate an expansion force directed radially compared to the screw anchor, said expansion force pushes from the inside the screw anchor against the walls delimiting said housing. at least two pairs of lateral shoulders configured to be vertically arranged parallel to each other, said lateral shoulders having housings communicating with the outside, at least one tie rod suitable to be mounted between the two pairs of lateral shoulders, and at least one quick-coupling mechanism permanently connected to one end of the tie rod and comprising an elastically deformable screw anchor between a non-deformed configuration in which it can be axially inserted and removed within one of said housings and a deformed configuration in which it interferes with walls delimiting said housing for connecting said end of said tie rod to said side shoulders, characterized in that said quick-coupling mechanism comprises expansion means disposed in an internal cavity of said screw anchor and configured to assume a rest configuration in which said screw anchor is in said non-deformed configuration and a locking configuration in which said screw anchor is in said deformed configuration, and in which, in said locking configuration, said expansion means generate an expansion force directed radially compared to the screw anchor, said expansion force pushes from the inside the screw anchor against the walls delimiting said housing.
A method for reducing interference in a receiver comprising at least two antennas (4, 6), each receiving a signal transmitted through an associated radio propagation channel, the received signals corresponding with the same emitted signal comprising frames of symbols distributed in time and frequency, among which some symbols, called pilot symbols, are known to the receiver, where the said method comprises the following steps: - weighting of each of the signals received with a weighting vector associated respectively with a respective antenna of the receiver; - combination of the weighted signals received to obtain a combined received signal; - weighting of a reference signal comprising pilot symbols with another weighting vector; - comparison of the combined received signal and the weighted reference signal to obtain an error; the said method being characterized in that it comprises the following step: - determination of the weighting vectors using a maximum a posteriori criterion by maximising a probability of realisation of the said weighting vectors conditionally with the error obtained. - weighting of each of the signals received with a weighting vector associated respectively with a respective antenna of the receiver; - combination of the weighted signals received to obtain a combined received signal; - weighting of a reference signal comprising pilot symbols with another weighting vector; - comparison of the combined received signal and the weighted reference signal to obtain an error; the said method being characterized in that it comprises the following step: - determination of the weighting vectors using a maximum a posteriori criterion by maximising a probability of realisation of the said weighting vectors conditionally with the error obtained.