mhurhangee/ep-ind-claims huggingface dataset:
A sizing composition for insulating products based on mineral wool, in particular of rock or of glass, characterized in that it comprises: - a mixture of hydrogenated sugars comprising at least 25% by weight of maltitol, calculated on the basis of the dry matter of the hydrogenated sugars, and - at least one polyfunctional crosslinking agent. - a mixture of hydrogenated sugars comprising at least 25% by weight of maltitol, calculated on the basis of the dry matter of the hydrogenated sugars, and - at least one polyfunctional crosslinking agent.
A hinge for a refrigerator, the hinge comprising: a hinge support mounted on a front vertical surface of a cabinet of the refrigerator, the hinge support having a plate shape in which an opened coupling hole is defined; and a hinge bracket comprising an insertion part inserted into the coupling hole, coupled in a direction crossing the hinge support, and on which a hinge pin that serves as a rotation shaft of a door is mounted, characterized in that the hinge support further includes a bracket support protruding from a front surface thereof and disposed along an outside perimeter of the coupling hole to additionally support the hinge bracket, wherein the end of the hinge bracket near the insertion part is closely attached to an inner surface of the bracket support. a hinge support mounted on a front vertical surface of a cabinet of the refrigerator, the hinge support having a plate shape in which an opened coupling hole is defined; and a hinge bracket comprising an insertion part inserted into the coupling hole, coupled in a direction crossing the hinge support, and on which a hinge pin that serves as a rotation shaft of a door is mounted, characterized in that the hinge support further includes a bracket support protruding from a front surface thereof and disposed along an outside perimeter of the coupling hole to additionally support the hinge bracket, wherein the end of the hinge bracket near the insertion part is closely attached to an inner surface of the bracket support.
Dental implant of the type formed by a single solid body, having an implantation section intended for introduction into the maxillary bone and provided with a self-tapping screw, and a receiving section that comprises a troncoconical surface intended to receive directly a temporary or permanent dental prosthesis, the troncoconical surface being situated in a troncoconical portion above the implantation section, the said implant also having an axial orifice with a thread for receiving a retaining screw, the axial orifice being situated in the upper part of said troncoconical portion as well as a polygonal prismatic surface intended for the tightening of the implant for its implantation in the bone, characterised in that the troncoconical surface is immediately adjacent to the implantation section, without the intermediation of the polygonal prismatic surface and in that the polygonal prismatic surface is integrated into a section of the troncoconical surface, the said polygonal prismatic surface having a diameter equal to or less than the minimum diameter of the cone on the said section of the troncoconical surface.
A film-forming apparatus that laminates a film (200, 210) on a surface of an article (300, 310, 320), said apparatus comprising: a first chamber (10, 11) having a heating means (50, 51) and being capable of maintaining a vacuum or a pressurized state; a second chamber (20, 21) that is disposed so as to be able to be joined to, and separated from, the first chamber (10, 11), that is provided with a movable supporting table (60, 61) on which an article (300, 310, 320) is supported, and that is capable of maintaining a vacuum or a pressurized state; a frame-like film holding member (30, 31) that is disposed between the first chamber (10, 11) and the second chamber (20, 21) and that holds a film (200, 210); and an auxiliary film pressing tool (40, 41, 42) having a film pressing part that inhibits lifting of the film when the film is laminated on the surface of the article (300, 310, 320), wherein the auxiliary film pressing tool (40, 41, 42) is attached to the bottom of the first chamber (10, 11) or the film holding member (30, 31) in a removable manner. a first chamber (10, 11) having a heating means (50, 51) and being capable of maintaining a vacuum or a pressurized state; a second chamber (20, 21) that is disposed so as to be able to be joined to, and separated from, the first chamber (10, 11), that is provided with a movable supporting table (60, 61) on which an article (300, 310, 320) is supported, and that is capable of maintaining a vacuum or a pressurized state; a frame-like film holding member (30, 31) that is disposed between the first chamber (10, 11) and the second chamber (20, 21) and that holds a film (200, 210); and an auxiliary film pressing tool (40, 41, 42) having a film pressing part that inhibits lifting of the film when the film is laminated on the surface of the article (300, 310, 320), wherein the auxiliary film pressing tool (40, 41, 42) is attached to the bottom of the first chamber (10, 11) or the film holding member (30, 31) in a removable manner.
A method of operating a laundry machine including a rotatable drum, the method comprising: rotating the drum in a first motion alternating in a clockwise direction and a counter-clockwise direction at a first RPM; and rotating the drum in a second motion alternating in the clockwise direction and the counter-clockwise direction at a second RPM, the second RPM being faster than the first RPM; characterized in that the method further comprises rotating the drum in a third motion, wherein rotating the drum in the third motion comprises: rotating the drum in only one of the clockwise direction or the counter-clockwise direction at the second RPM when a rotation angle of the drum is 0 to 90 degrees; applying a sudden braking to the drum when the rotation angle of the drum is 90 to 180 degrees; and repeating the rotating of the drum in the only one direction and the applying of the sudden braking to the drum when the rotation angle of the drum is 90 to 180 degrees. rotating the drum in a first motion alternating in a clockwise direction and a counter-clockwise direction at a first RPM; and rotating the drum in a second motion alternating in the clockwise direction and the counter-clockwise direction at a second RPM, the second RPM being faster than the first RPM; characterized in that the method further comprises rotating the drum in a third motion, wherein rotating the drum in the third motion comprises: rotating the drum in only one of the clockwise direction or the counter-clockwise direction at the second RPM when a rotation angle of the drum is 0 to 90 degrees; applying a sudden braking to the drum when the rotation angle of the drum is 90 to 180 degrees; and repeating the rotating of the drum in the only one direction and the applying of the sudden braking to the drum when the rotation angle of the drum is 90 to 180 degrees. rotating the drum in only one of the clockwise direction or the counter-clockwise direction at the second RPM when a rotation angle of the drum is 0 to 90 degrees; applying a sudden braking to the drum when the rotation angle of the drum is 90 to 180 degrees; and repeating the rotating of the drum in the only one direction and the applying of the sudden braking to the drum when the rotation angle of the drum is 90 to 180 degrees.
A bioreactor comprising: a first module comprising a first plurality of anaerobic bacteria; and a second module comprising a second plurality of anaerobic bacteria; wherein an output of the first module is in communication with an input of the second module, wherein the first plurality of anaerobic bacteria comprises a different mixture of anaerobic bacteria than the second plurality of anaerobic bacteria, and wherein the bioreactor comprises a first separator in communication with one of the outputs of the first module to remove volatile organic acids from the first module, and comprises a second separator in fluid communication with one of the outputs of the second module to remove ammonia from the second module in order to maintain the pH of the bioreactor between 5.9 and 8.5, and wherein the first separator and the second separator are each independently selected from a vaporizer, a distillation unit, and a combination thereof. a first module comprising a first plurality of anaerobic bacteria; and a second module comprising a second plurality of anaerobic bacteria; wherein an output of the first module is in communication with an input of the second module, wherein the first plurality of anaerobic bacteria comprises a different mixture of anaerobic bacteria than the second plurality of anaerobic bacteria, and wherein the bioreactor comprises a first separator in communication with one of the outputs of the first module to remove volatile organic acids from the first module, and comprises a second separator in fluid communication with one of the outputs of the second module to remove ammonia from the second module in order to maintain the pH of the bioreactor between 5.9 and 8.5, and wherein the first separator and the second separator are each independently selected from a vaporizer, a distillation unit, and a combination thereof.
A method of supporting location services at a mobile device comprising: receiving at the mobile device an identity of a first location provider; querying a home location server for authorization to a first location server associated with the first location provider with a message, said message including the identity of the first location provider, the first location server providing services to a first service area comprising a venue or building; receiving an authorization from the home location server for access to a second location server associated with a second location provider the second location server providing location services to a second service area larger than the first service area; querying the second location server for authorization to the first location server (320, S808); receiving an authorization to access the first location server from the second location server (330, S810); and accessing the first location server to receive location services. receiving at the mobile device an identity of a first location provider; querying a home location server for authorization to a first location server associated with the first location provider with a message, said message including the identity of the first location provider, the first location server providing services to a first service area comprising a venue or building; receiving an authorization from the home location server for access to a second location server associated with a second location provider the second location server providing location services to a second service area larger than the first service area; querying the second location server for authorization to the first location server (320, S808); receiving an authorization to access the first location server from the second location server (330, S810); and accessing the first location server to receive location services.
A method of operating a low-power wakeup receiver in a wireless device operative in a wireless communication network, comprising: suspending operation of a primary receiver circuit to conserve power; operating a limited-function, low-power wakeup receiver circuit; receiving a wakeup signal transmitted by the network at a first frequency, the wakeup signal being transmitted using Frequency Shift Keying, FSK, wherein a state of an information bit is encoded as a positive or negative offset from the first frequency; frequency down-converting the wake-up signal from the first frequency to a second frequency lower than the first frequency; demodulating the received FSK wakeup signal at the second frequency using first and second matched filters in the discrete time domain, wherein the first filter is configured to detect odd numbered members of an ordered set of equidistant frequencies, and reject even numbered ones, a separation between two frequencies in the ordered set being equal to two times the offset frequency of the FSK signal, and wherein the second filter is configured to detect even numbered members of the ordered set and reject odd numbered ones, thereby recovering data modulated onto the FSK wakeup signal; and if the demodulated data identifies the wireless device, resuming operation of the primary receiver circuit. suspending operation of a primary receiver circuit to conserve power; operating a limited-function, low-power wakeup receiver circuit; receiving a wakeup signal transmitted by the network at a first frequency, the wakeup signal being transmitted using Frequency Shift Keying, FSK, wherein a state of an information bit is encoded as a positive or negative offset from the first frequency; frequency down-converting the wake-up signal from the first frequency to a second frequency lower than the first frequency; demodulating the received FSK wakeup signal at the second frequency using first and second matched filters in the discrete time domain, wherein the first filter is configured to detect odd numbered members of an ordered set of equidistant frequencies, and reject even numbered ones, a separation between two frequencies in the ordered set being equal to two times the offset frequency of the FSK signal, and wherein the second filter is configured to detect even numbered members of the ordered set and reject odd numbered ones, thereby recovering data modulated onto the FSK wakeup signal; and if the demodulated data identifies the wireless device, resuming operation of the primary receiver circuit.
A method of non-destructively evaluating a maize plant for yield and/or for stress tolerance comprising: a. acquiring multiple two-dimensional X ray images of an ear of the maize plant using an X ray imaging system; b. processing the images or a select sampling of the images using computed tomography to generate a three-dimensional image; c. determining at least one physical property of the ear of the maize plant from the three-dimensional image; and d. evaluating the maize plant for yield and/or for stress tolerance based on the at least one physical property. a. acquiring multiple two-dimensional X ray images of an ear of the maize plant using an X ray imaging system; b. processing the images or a select sampling of the images using computed tomography to generate a three-dimensional image; c. determining at least one physical property of the ear of the maize plant from the three-dimensional image; and d. evaluating the maize plant for yield and/or for stress tolerance based on the at least one physical property.
An aircraft computing device (100; 220; 520) for providing image information from an aircraft (200; 500) to a party of a terrestrial communication network, the aircraft computing device (100; 220; 520) comprising a processor unit and a storage unit storing program code which, when executed by the processor unit, configures the computing device (100; 220; 520) to: receive a sequence of pictures acquired by a camera (230; 530) of the aircraft (200; 500); output the received pictures towards at least one user of the aircraft (200; 500); receive user input, the user input indicating a selection by the at least one user of at least one picture from the sequence of pictures; and output the at least one picture selected by the user for transmission towards a party of a communication network, characterized in that: the communication network is a terrestrial communication network; the user input indicates a selection by the user of the party of the terrestrial communication network, wherein the user input indicates the party based on at least one of a phone number, an email address and a uniform resource locator, URL, associated with the party, and the aircraft computing device is configured to output the received pictures towards, and independently receive user input from, a plurality of users of the aircraft. receive a sequence of pictures acquired by a camera (230; 530) of the aircraft (200; 500); output the received pictures towards at least one user of the aircraft (200; 500); receive user input, the user input indicating a selection by the at least one user of at least one picture from the sequence of pictures; and output the at least one picture selected by the user for transmission towards a party of a communication network, characterized in that: the communication network is a terrestrial communication network; the user input indicates a selection by the user of the party of the terrestrial communication network, wherein the user input indicates the party based on at least one of a phone number, an email address and a uniform resource locator, URL, associated with the party, and the aircraft computing device is configured to output the received pictures towards, and independently receive user input from, a plurality of users of the aircraft. the communication network is a terrestrial communication network; the user input indicates a selection by the user of the party of the terrestrial communication network, wherein the user input indicates the party based on at least one of a phone number, an email address and a uniform resource locator, URL, associated with the party, and the aircraft computing device is configured to output the received pictures towards, and independently receive user input from, a plurality of users of the aircraft.
A method for processing a control channel at a user agent,UA, to identify at least one of an uplink and a downlink resource allocated by a resource grant within a multi-carrier communication system wherein resource grants are specified by control channel element, CCE, subset candidates wherein the carriers used for data transmission and reception are configured carriers, the method comprising the steps of: receiving activation signals specifying active and deactivated carriers from among the configured carriers, the activation signals indicating that an uplink carrier is active; decoding the activation signals to identify the active and deactivated carriers; for each active carrier: for each active uplink carrier paired with a deactivated downlink carrier: (i) identifying a number of CCE subset candidates to decode by identifying only candidates associated with a downlink control information, DCI, 0 format for an active uplink carrier for decoding, and (ii) blindly decoding up to the identified number of CCE subset candidates to identify the resource grant; and otherwise: (i) identifying CCE subset candidates for all associated DCI formats, and (ii) blindly decoding the identified CCE subset candidates to identify the resource grant; and for each deactivated carrier: ignoring CCE subset candidates associated with the deactivated carrier. receiving activation signals specifying active and deactivated carriers from among the configured carriers, the activation signals indicating that an uplink carrier is active; decoding the activation signals to identify the active and deactivated carriers; for each active carrier: for each active uplink carrier paired with a deactivated downlink carrier: (i) identifying a number of CCE subset candidates to decode by identifying only candidates associated with a downlink control information, DCI, 0 format for an active uplink carrier for decoding, and (ii) blindly decoding up to the identified number of CCE subset candidates to identify the resource grant; and otherwise: (i) identifying CCE subset candidates for all associated DCI formats, and (ii) blindly decoding the identified CCE subset candidates to identify the resource grant; and for each deactivated carrier: (i) identifying a number of CCE subset candidates to decode by identifying only candidates associated with a downlink control information, DCI, 0 format for an active uplink carrier for decoding, and (ii) blindly decoding up to the identified number of CCE subset candidates to identify the resource grant; and otherwise: (i) identifying CCE subset candidates for all associated DCI formats, and (ii) blindly decoding the identified CCE subset candidates to identify the resource grant; and for each deactivated carrier: (i) identifying CCE subset candidates for all associated DCI formats, and (ii) blindly decoding the identified CCE subset candidates to identify the resource grant; and for each deactivated carrier: ignoring CCE subset candidates associated with the deactivated carrier.
A method for processing polymer biomaterial composites into pellets including the steps of extruding strands of a polymer biomaterial composite at an extrusion temperature of less than 220°C through a die plate into an underwater pelletizer (12,102), cutting the composite strands into pellets in said pelletizer, transporting said composite pellets from said pelletizer as a water and pellet slurry through a slurry line to a dryer (32, 108) and drying said composite pellets, said step of transporting said composite pellets includes injecting a high velocity air into said water and pellet slurry to cause said water to aspirate from said pellets and said pellets to retain internal heat, to reduce moisture uptake by said pellets, and to expedite transport and drying of said pellets, the injection of high velocity air contacting the pellet water slurry to generate water vapor by aspiration and disperse the pellets throughout a said slurry line effectively separating the pellets from the water in the slurry line, and propagating those pellets at an increased velocity to said dryer (32, 108), wherein said drying step includes drying said polymer biomaterial composite pellets with latent heat in said pellets and without additional heating to a moisture level in said polymer biomaterial composite pellets of less than 1%, characterized in that said polymer biomaterial composite includes a coupling agent selected from the group consisting of long chain chlorinated paraffins (LCCP), metal soaps, silanes, titanates and zirconates.
Use of an adhesive tape system as tear strip on a carton consisting of an outer liner and an inner liner, there being disposed between the liners at least one corrugation of card, the adhesive tape system consisting of an adhesive tape A furnished on at least one side with an adhesive coating and having a film carrier, the film being a polyolefin film oriented monoaxially in the longitudinal direction of the strip and the film comprising a mixture of an olefinic polymer and a polar nonolefinic polymer, and consisting of an adhesive tape B furnished on at least one side with an adhesive coating and having a film carrier, the adhesive tapes A and B being disposed one above the other and the adhesive tape A being applied on the inside of the outer liner and the adhesive tape B being applied on the outside of the inner liner, so that the adhesive tape B is disposed beneath the adhesive tape A.