mhurhangee/ep-ind-claims huggingface dataset:
A carton (5; 205) for holding a plurality of containers, the carton comprising: a plurality of panels (17, 21, 23, 31, 35; 217, 221, 223, 231, 235) extending at least partially around an interior of the carton; a dispenser (7; 207) comprising a dispenser panel (101, 103, 125; 301, 303, 325), the dispenser panel being at least partially defined by a tear line (105, 115; 305, 315) extending in at least one panel (31, 35; 231, 235) of the plurality of panels, the dispenser panel being at least partially removable from the carton to create a dispenser opening (127; 327); and a handle (11; 211) for grasping and carrying the carton, the handle comprising a handle feature (75, 76, 77a, 77b, 79a, 79b, 83a, 83b, 85a, 85b, 87a, 87b, 89a, 89b, 91, 93a, 93b; 275, 276, 277a, 277b, 279a, 279b, 283a, 283b, 285a, 285b, 287a, 287b, 289a, 289b, 291, 293a, 293b) extending in at least the dispenser panel, at least a portion of the handle being removable from the carton with the dispenser panel, characterized in that the tear line comprises a first directional portion (161, 165; 361, 365) and a second directional portion (163, 167; 363, 367), a first end of the first directional portion being adjacent a second end of the second directional portion, the first directional portion is configured to be torn toward the first end of the first directional portion, and the second directional portion is configured for being torn toward the second end of the second directional portion. a plurality of panels (17, 21, 23, 31, 35; 217, 221, 223, 231, 235) extending at least partially around an interior of the carton; a dispenser (7; 207) comprising a dispenser panel (101, 103, 125; 301, 303, 325), the dispenser panel being at least partially defined by a tear line (105, 115; 305, 315) extending in at least one panel (31, 35; 231, 235) of the plurality of panels, the dispenser panel being at least partially removable from the carton to create a dispenser opening (127; 327); and a handle (11; 211) for grasping and carrying the carton, the handle comprising a handle feature (75, 76, 77a, 77b, 79a, 79b, 83a, 83b, 85a, 85b, 87a, 87b, 89a, 89b, 91, 93a, 93b; 275, 276, 277a, 277b, 279a, 279b, 283a, 283b, 285a, 285b, 287a, 287b, 289a, 289b, 291, 293a, 293b) extending in at least the dispenser panel, at least a portion of the handle being removable from the carton with the dispenser panel, characterized in that the tear line comprises a first directional portion (161, 165; 361, 365) and a second directional portion (163, 167; 363, 367), a first end of the first directional portion being adjacent a second end of the second directional portion, the first directional portion is configured to be torn toward the first end of the first directional portion, and the second directional portion is configured for being torn toward the second end of the second directional portion.
Use of a building protection for mounting a solar system on a roof waterproofing structure of a flat roof, wherein the building protection comprises at least one first layer for protection the roof waterproofing structure placed underneath in mounting position as well as at least one second layer, characterized in that the second layer comprises an aluminum foil with a polyethylene or a polyester coating and is configured for the protection of the roof waterproofing structure against plasticizer migration and that the first layer comprises felt, a fabric or a foam made of synthetic material or a composite material with elastic materials, wherein the first layer has a thickness of 4 to 45 mm and the second layer a thickness of 0,004 to 0,02 mm, wherein the building protection is placed with the second layer downwards onto the roof waterproofing structure for mounting the solar system on the roof waterproofing structure and then the solar system is placed onto the first layer facing upwards.
A direct current power supply comprising: an exciter having an excitation winding and operable to output an excitation voltage; a generator connected to the exciter and that generates a multiphase output having phase voltages based on the excitation voltage; a rectifier configured to receive the multiphase output and having diodes oriented to rectify multiphase output; a direct current link capacitor connected to an output of the rectifier that generates a direct current link capacitor voltage; a controller having an exciter winding driver, digital storage, and instructions stored on the digital storage operable upon execution by the controller to: receive a phase voltage for each phase of the multiphase output; define a maximum line-to-line voltage based on the phase voltages; generate an oscillating signal according to the maximum line-to-line voltage; and energize the exciter winding driver to drive the excitation winding based on the oscillating signal; and characterised in that: the phase voltages define a quadratic mean that is maintained greater than the direct current link capacitor voltage during a load-off. an exciter having an excitation winding and operable to output an excitation voltage; a generator connected to the exciter and that generates a multiphase output having phase voltages based on the excitation voltage; a rectifier configured to receive the multiphase output and having diodes oriented to rectify multiphase output; a direct current link capacitor connected to an output of the rectifier that generates a direct current link capacitor voltage; a controller having an exciter winding driver, digital storage, and instructions stored on the digital storage operable upon execution by the controller to: receive a phase voltage for each phase of the multiphase output; define a maximum line-to-line voltage based on the phase voltages; generate an oscillating signal according to the maximum line-to-line voltage; and energize the exciter winding driver to drive the excitation winding based on the oscillating signal; and characterised in that: receive a phase voltage for each phase of the multiphase output; define a maximum line-to-line voltage based on the phase voltages; generate an oscillating signal according to the maximum line-to-line voltage; and energize the exciter winding driver to drive the excitation winding based on the oscillating signal; and characterised in that: the phase voltages define a quadratic mean that is maintained greater than the direct current link capacitor voltage during a load-off.
Component comprising - an optoelectronic device which has at least one semiconductor chip and a housing body and the semiconductor chip is provided for generating short-wave radiation in the blue or ultraviolet spectral range, - an apparatus having at least one fastening element, wherein the apparatus is fastened on the housing body of the optoelectronic component via the fastening element, and - a separate optical element, wherein - the apparatus comprises a frame which is intended for accommodating the optical element and on which the fastening element is arranged, and the fastening element is designed in the manner of a pin, - the housing body has a cavity in which the semiconductor chip is arranged, - at least one fastening device for fastening the apparatus by means of the fastening element is formed on the housing body, - the fastening device comprises at least one cavity or recess in the housing body accommodating the fastening element of the apparatus, - the apparatus is fastened to the housing body by means of the fastening element via an adhesive connection, - the housing body is produced by means of injection molding, compression molding or transfer molding, - the apparatus and the housing body are identical in terms of their material composition, - and the apparatus is designed as a holder for the separate optical element. - an optoelectronic device which has at least one semiconductor chip and a housing body and the semiconductor chip is provided for generating short-wave radiation in the blue or ultraviolet spectral range, - an apparatus having at least one fastening element, wherein the apparatus is fastened on the housing body of the optoelectronic component via the fastening element, and - a separate optical element, wherein - the apparatus comprises a frame which is intended for accommodating the optical element and on which the fastening element is arranged, and the fastening element is designed in the manner of a pin, - the housing body has a cavity in which the semiconductor chip is arranged, - at least one fastening device for fastening the apparatus by means of the fastening element is formed on the housing body, - the fastening device comprises at least one cavity or recess in the housing body accommodating the fastening element of the apparatus, - the apparatus is fastened to the housing body by means of the fastening element via an adhesive connection, - the housing body is produced by means of injection molding, compression molding or transfer molding, - the apparatus and the housing body are identical in terms of their material composition, - and the apparatus is designed as a holder for the separate optical element.
A method for supporting uplink transmissions in a wireless transmit/receive unit, WTRU, operating on a reduced bandwidth of a system bandwidth, the method comprising: determining a frequency location of the reduced bandwidth within the system bandwidth for an uplink, UL, transmission; determining a frequency location of an UL resource in a first subframe of a plurality of subframes based on at least one of a subframe number of the first subframe, a transmission repetition number associated with the first subframe, or a coverage enhancement, CE, level of the WTRU, wherein the UL resource comprises two consecutive physical resource blocks, PRBs, in the same frequency location within the reduced bandwidth; and sending a physical uplink control channel, PUCCH, transmission to a base station in the UL resource in the first subframe. determining a frequency location of the reduced bandwidth within the system bandwidth for an uplink, UL, transmission; determining a frequency location of an UL resource in a first subframe of a plurality of subframes based on at least one of a subframe number of the first subframe, a transmission repetition number associated with the first subframe, or a coverage enhancement, CE, level of the WTRU, wherein the UL resource comprises two consecutive physical resource blocks, PRBs, in the same frequency location within the reduced bandwidth; and sending a physical uplink control channel, PUCCH, transmission to a base station in the UL resource in the first subframe.
An apparatus (10, 50) for use in the cooking of food products, the apparatus comprising: a first chamber (24, 42) having a shape configured to receive a food product for cooking; a second chamber (30, 44) having a shape configured to receive fluids created during the cooking process; a channel (32, 54) between the first chamber (24, 42) and the second chamber (30, 44) for moving cooking fluids from the first chamber to the second chamber after cooking a food product within the first chamber; and wherein the first chamber, the second chamber, and the channel between the first chamber and the second chamber are formed by a seal (26, 52); and characterised in that the seal (26, 52), which extends from a first end of the apparatus and terminates short of a second end of the apparatus, is angularly inclined relative to the first end. a first chamber (24, 42) having a shape configured to receive a food product for cooking; a second chamber (30, 44) having a shape configured to receive fluids created during the cooking process; a channel (32, 54) between the first chamber (24, 42) and the second chamber (30, 44) for moving cooking fluids from the first chamber to the second chamber after cooking a food product within the first chamber; and wherein the first chamber, the second chamber, and the channel between the first chamber and the second chamber are formed by a seal (26, 52); and characterised in that the seal (26, 52), which extends from a first end of the apparatus and terminates short of a second end of the apparatus, is angularly inclined relative to the first end.
An assembly permitting fluid flow therethrough and defining first and second fluid flow paths, the assembly comprising: a. an inlet of the first fluid flow path; b. an outlet of the first fluid flow path; c. a valve positioned in the first fluid flow path; and characterized in that first fluid travels in a first direction along the first fluid flow path and second fluid travels in second and third directions along the second fluid flow path, the second direction being substantially parallel to the first direction and the third direction being substantially opposite the second direction. a. an inlet of the first fluid flow path; b. an outlet of the first fluid flow path; c. a valve positioned in the first fluid flow path; and
Quick-stop mechanism for a drive by means of a control body which is fitted in a rotationally symmetrical manner on the weapon casing and is intended for a linear feed of a breech of an automatic cannon, wherein the breech is opened and closed via the control body, having • a toothing formation, which is made on the end side of the control body and in which engages a counterpart with a toothing formation, • a retainer, which is fitted on the counterpart, and incorporated on the control body, and is in functional connection with the counterpart, • a force transducer, which is mounted in the counterpart, wherein • the retainer, when a shot has been fired, frees the movement of the control body and, when a shot has not been fired, prevents the control body from moving, and • the counterpart ∘ is carried along in a free direction of rotation of the control body, and ∘ can slide out of the toothing formation of the control body in the blocking direction of the control body, counter to a force exerted by the force transducer, and therefore the stopped rotational energy is dissipated and/or absorbed by the force transducer. • a toothing formation, which is made on the end side of the control body and in which engages a counterpart with a toothing formation, • a retainer, which is fitted on the counterpart, and incorporated on the control body, and is in functional connection with the counterpart, • a force transducer, which is mounted in the counterpart, wherein • the retainer, when a shot has been fired, frees the movement of the control body and, when a shot has not been fired, prevents the control body from moving, and • the counterpart ∘ is carried along in a free direction of rotation of the control body, and ∘ can slide out of the toothing formation of the control body in the blocking direction of the control body, counter to a force exerted by the force transducer, and therefore the stopped rotational energy is dissipated and/or absorbed by the force transducer. ∘ is carried along in a free direction of rotation of the control body, and ∘ can slide out of the toothing formation of the control body in the blocking direction of the control body, counter to a force exerted by the force transducer,
A method for pilot time slot hopping in a network, the method comprising: generating, using a processing device, a multiple input multiple output, MIMO, system message frame structure including a downlink time slot and a header comprising a plurality of header time slots; wherein the generating includes determining, based on a predetermined scheme, allocation of at least one of the plurality of header time slots as a pilot signal time slot to at least one user device within a cell; the method characterized by periodically monitoring a metric indicative of pilot contamination to determine re-allocation, wherein if pilot contamination is indicated while pilot signal time slot hopping is deactivated, then activating pilot signal time slot hopping in which the pilot signal time slot is re-allocated; and if pilot contamination is not indicated, then maintaining a current time slot allocation of the plurality of header time slots, and deactivating pilot signal time slot hopping. generating, using a processing device, a multiple input multiple output, MIMO, system message frame structure including a downlink time slot and a header comprising a plurality of header time slots; wherein the generating includes determining, based on a predetermined scheme, allocation of at least one of the plurality of header time slots as a pilot signal time slot to at least one user device within a cell; the method characterized by periodically monitoring a metric indicative of pilot contamination to determine re-allocation, wherein if pilot contamination is indicated while pilot signal time slot hopping is deactivated, then activating pilot signal time slot hopping in which the pilot signal time slot is re-allocated; and if pilot contamination is not indicated, then maintaining a current time slot allocation of the plurality of header time slots, and deactivating pilot signal time slot hopping. if pilot contamination is indicated while pilot signal time slot hopping is deactivated, then activating pilot signal time slot hopping in which the pilot signal time slot is re-allocated; and if pilot contamination is not indicated, then maintaining a current time slot allocation of the plurality of header time slots, and deactivating pilot signal time slot hopping.
A door or a window comprising a. a sash and b. a frame, c. wherein the sash has sash spars (4, 5, 6, 7), d. wherein the sash spars (4, 5, 6, 7), together with a filling, form a casement and e. the casement furthermore has at least one handle profile, f. wherein the handle profile is preferably arranged in parallel to one of the sash spars (4, 5, 6, 7), g. wherein the handle profile is fixed on a sash composite profile, characterized in that h. the handle profile has a handle groove, which is open toward the outer side of the casement of the door. a. a sash and b. a frame, c. wherein the sash has sash spars (4, 5, 6, 7), d. wherein the sash spars (4, 5, 6, 7), together with a filling, form a casement and e. the casement furthermore has at least one handle profile, f. wherein the handle profile is preferably arranged in parallel to one of the sash spars (4, 5, 6, 7), g. wherein the handle profile is fixed on a sash composite profile, characterized in that h. the handle profile has a handle groove, which is open toward the outer side of the casement of the door.
A quick hitch coupler having means for releasably coupling a tool to the quick hitch coupler, the means for releasably coupling a tool to the quick hitch coupler comprising tool pin engaging means on spaced apart portions of a main body of the quick hitch coupler, one tool pin engaging means having an associated latching means movably mounted on the main body of the quick hitch coupler between a tool pin locking position and a tool pin releasing position, the latching means having a locking means movably mounted on the latching means for securing a tool pin onto the latching means, wherein the locking means rests in a tool pin releasing position when the quick hitch coupler is in the fully crowded position.
An air-conditioning system, comprising: an air conditioner having a refrigerant circuit in which a refrigerant circulates and a controller and being configured to condition air in an indoor space; a countermeasure device (60, 65) provided against leakage of the refrigerant to the indoor space; a detector configured to detect a concentration of the refrigerant in the indoor space; and a first relay (811, 812) connected to the controller and the countermeasure device (60, 65), the controller of the air conditioner having a program that enables the operation of closing the first relay (811, 812) when the concentration of the refrigerant detected by the detector exceeds the predetermined allowable concentration, and characterized in that the countermeasure device (60, 65) having a controller (63, 67), said controller (63, 67) of the countermeasure device (60, 65) having a dedicated program that enables the operation of activating the countermeasure device (60, 65) when the first relay (811, 812) is closed. an air conditioner having a refrigerant circuit in which a refrigerant circulates and a controller and being configured to condition air in an indoor space; a countermeasure device (60, 65) provided against leakage of the refrigerant to the indoor space; a detector configured to detect a concentration of the refrigerant in the indoor space; and a first relay (811, 812) connected to the controller and the countermeasure device (60, 65), the controller of the air conditioner having a program that enables the operation of closing the first relay (811, 812) when the concentration of the refrigerant detected by the detector exceeds the predetermined allowable concentration, and characterized in that the countermeasure device (60, 65) having a controller (63, 67), said controller (63, 67) of the countermeasure device (60, 65) having a dedicated program that enables the operation of activating the countermeasure device (60, 65) when the first relay (811, 812) is closed.
An emergency landing apparatus for an aircraft, the emergency landing apparatus comprising: a housing for ejection from the aircraft; a parachute, arranged for deployment from the housing, comprising a canopy; a rocket motor, positioned in the housing, arranged to provide upwards thrust to control descent of the aircraft during emergency landing of the aircraft; a rocket motor initiator, positioned in the housing, arranged to initiate the rocket motor; and one or more sensors for sensing ejection of the housing from the aircraft and for arming the rocket motor initiator in response to sensing ejection of the housing from the aircraft. a housing for ejection from the aircraft; a parachute, arranged for deployment from the housing, comprising a canopy; a rocket motor, positioned in the housing, arranged to provide upwards thrust to control descent of the aircraft during emergency landing of the aircraft; a rocket motor initiator, positioned in the housing, arranged to initiate the rocket motor; and one or more sensors for sensing ejection of the housing from the aircraft and for arming the rocket motor initiator in response to sensing ejection of the housing from the aircraft.
Apparatus for reducing the current drawn during starting of a single-phase AC asynchronous motor, having an auxiliary winding and having a main winding, which apparatus has a first NTC thermistor which can be connected in series with the main winding, wherein the first NTC thermistor can effectively be connected in series with the main winding at the start of the switching-on process in order to limit the starting current through the main winding, and wherein the first NTC thermistor does not limit the current through the auxiliary winding, wherein a starting circuit (8, 9 or 8, 9') with a starting capacitor for producing a phase shift in the auxiliary winding is connected to the auxiliary winding in a switchable manner, wherein a first switch is provided in order to bridge the first NTC thermistor after completion of the starting process, wherein a second switch is provided in order to switch off the starting circuit (8, 9 or 8, 9'), wherein a control arrangement is provided in order to switch the first and second switches (6, 10) on and off as a function of time, characterized in that a PTC thermistor or a second NTC thermistor for limiting capacitive current surges through the starting capacitor is provided in series with the capacitor in the starting circuit, and in that the control arrangement is designed such that the second switch can be operated before the first switch.