mhurhangee/ep-ind-claims huggingface dataset:
A conductive material comprising: - a first phase including a thermoset compound, - a second phase, which is smaller in volume, including a thermoplastic compound, and - a conductive compound, wherein: - the second phase is dispersed in the first phase, - the two phases are bicontinuous, and - the conductive compound is located at the interface between the first and second phases. - a first phase including a thermoset compound, - a second phase, which is smaller in volume, including a thermoplastic compound, and - a conductive compound, - the second phase is dispersed in the first phase, - the two phases are bicontinuous, and - the conductive compound is located at the interface between the first and second phases.
Household appliance with a rotating knob (16, 32), the household appliance having a positioning region for removably positioning the rotating knob (16; 32), which rotating knob (16; 32) has at least one magnetically attractable body (17, 20; 33), wherein the household appliance has at least one controllable magnetic field device for providing a magnetic field at the location of at least one part of the magnetically attractable body (17, 20; 33) of the rotating knob which is distributed uniformly about the axis of rotation, - the at least one magnetically attractable body (17; 33) has a number of magnetically attractable bodies (17; 33), of which a number of bodies are distributed uniformly about its axis of rotation, - the at least one controllable magnetic field device has at least one electromagnet for generating the magnetic field, wherein the household appliance is also embodied - to control the magnetic field device in order to change a variable resistance of a rotating movement of the rotating knob, and - to adjust a strength of the magnetic field as a function of at least one operating parameter that can be adjusted by the rotating knob (16; 32). - the at least one magnetically attractable body (17; 33) has a number of magnetically attractable bodies (17; 33), of which a number of bodies are distributed uniformly about its axis of rotation, - the at least one controllable magnetic field device has at least one electromagnet for generating the magnetic field, wherein the household appliance is also embodied - to control the magnetic field device in order to change a variable resistance of a rotating movement of the rotating knob, and - to adjust a strength of the magnetic field as a function of at least one operating parameter that can be adjusted by the rotating knob (16; 32).
An aircraft cooling system (300, 400, 600) for operation at aircraft Mach speed, the system comprising: an air intake configured to receive cooling air (302, 420, 428), in use; a first heat exchanger (304, 402, 614) configured to receive air (302, 420) from the air intake in use, and configured to receive compressed refrigerant from a first compressor (326, 414, 602) at a first pressure; an evaporator (318, 404, 616) for positioning within an aircraft and configured to receive heated air (320, 416, 618) from an aircraft compartment; and an expansion valve (310, 406, 626) and a turbine (328, 408, 606); wherein the first heat exchanger (304, 402,614) is configured to reject heat (308, 418) from the compressed refrigerant to the cooling air (302, 420, 428); wherein the expansion valve (310, 406, 626) and the turbine (328, 408,606) are each configured to expand the refrigerant; and wherein the evaporator (318, 404, 616) is configured to transfer heat from the heated air (320, 416, 618) into the expanded refrigerant; the expansion valve (310, 406, 626) and the turbine (328, 408, 606) each being positioned downstream of the first heat exchanger (304, 402, 614); characterized by further comprising a plurality of valves that are configured such as to direct refrigerant through the expansion valve (310, 406, 626) during sub-critical or trans-critical operation and through the turbine (328, 408, 606) without the refrigerant passing through the expansion valve (310, 406, 626) during super-critical operation. an air intake configured to receive cooling air (302, 420, 428), in use; a first heat exchanger (304, 402, 614) configured to receive air (302, 420) from the air intake in use, and configured to receive compressed refrigerant from a first compressor (326, 414, 602) at a first pressure; an evaporator (318, 404, 616) for positioning within an aircraft and configured to receive heated air (320, 416, 618) from an aircraft compartment; and an expansion valve (310, 406, 626) and a turbine (328, 408, 606); wherein the first heat exchanger (304, 402,614) is configured to reject heat (308, 418) from the compressed refrigerant to the cooling air (302, 420, 428); wherein the expansion valve (310, 406, 626) and the turbine (328, 408,606) are each configured to expand the refrigerant; and wherein the evaporator (318, 404, 616) is configured to transfer heat from the heated air (320, 416, 618) into the expanded refrigerant; the expansion valve (310, 406, 626) and the turbine (328, 408, 606) each being positioned downstream of the first heat exchanger (304, 402, 614); characterized by further comprising a plurality of valves that are configured such as to direct refrigerant through the expansion valve (310, 406, 626) during sub-critical or trans-critical operation and through the turbine (328, 408, 606) without the refrigerant passing through the expansion valve (310, 406, 626) during super-critical operation.
An apparatus for cooking food products, the apparatus comprising: - a first heating plate adapted to support the food products; - a second heating plate adapted to face the food products during a cooking operation; - a first resistive heating element associated with the first heating plate and adapted to provide heat to the food products during the cooking operation; - a second resistive heating element associated with the second heating plate and adapted to provide heat to the food products during the cooking operation, and - at least one microwave generator element configured to selectively generate microwave radiation for heating the food products during the cooking operation. characterized in that at least a selected resistive heating element between the first resistive heating element and the second resistive heating element is joined to a first surface of the associated heating plate ( 4; 10) so that it forms a single piece with the associated heating plate ( 4; 10). - a first heating plate adapted to support the food products; - a second heating plate adapted to face the food products during a cooking operation; - a first resistive heating element associated with the first heating plate and adapted to provide heat to the food products during the cooking operation; - a second resistive heating element associated with the second heating plate and adapted to provide heat to the food products during the cooking operation, and - at least one microwave generator element configured to selectively generate microwave radiation for heating the food products during the cooking operation. characterized in that at least a selected resistive heating element between the first resistive heating element and the second resistive heating element is joined to a first surface of the associated heating plate ( 4; 10) so that it forms a single piece with the associated heating plate ( 4; 10).
Floor covering consisting of hard panels, whereby these panels are provided with coupling means on at least two opposite edges (3-4, 5-6), so that several of such panels can be mutually coupled, whereby these coupling means provide for an interlocking in a direction perpendicular to the plane of the floor covering, as well as in a direction perpendicular to the edges concerned and parallel to the plane of the floor covering, whereby said coupling means comprise a tongue and a groove and whereby the lip which is situated on the bottom side of the groove, hereafter called the lower lip, is longer than the lip on the top side, hereafter called the upper lip, wherein the coupling means consist at least of first coupling parts formed of contact surfaces working in conjunction with one another, on the top side of the tongue and the bottom side of the upper lip respectively; second coupling parts formed of contact surfaces, on the top side of the lower lip and an opposite part of the other panel respectively; and third coupling parts which provide for the horizontal interlocking situated on the lower lip, yet further than the free end of the upper lip, whereby the second coupling parts are situated between the first and the third ones, and whereby these second coupling parts consist of contact surfaces working in conjunction with one another and defining a local contact zone situated in the middle or practically in the middle between the tip of the tongue and the third coupling parts; characterized in that said lower lip comprises only one single interlocking part, such that said horizontal interlocking is effected by only one contact surface at the tongue, which cooperates with one contact surface at the lower lip.
A downline wire for connecting a location on surface to at least one detonator in a blast hole, the downline wire including at least two flexible electrical conductors (12, 14), a respective flexible layer of an insulating material (20, 22) which encases each conductor (12, 14), and a flexible sheath in which the insulated conductors (12, 14) are embedded, wherein each conductor (12, 14) comprises a steel core which is clad with copper, the insulating material (20, 22) is selected from a filled flexible polyvinylchloride composition and a polyester elastomer, and the sheath is made from a medium or high density polyethylene compound which includes carbon black.
A primary mission critical service server configured to: store, in a user profile of a user client stored in the primary mission critical service server, information about a visited mission critical service server serving the user client, said information comprising identity information for the visited mission critical service server serving the user client; store, in the user profile, information about a migration status of the user client, said migration status indicating if the user client has migrated from the primary mission critical service server to the visited mission critical service server; and in response to a change in the user profile, send a first message to the visited mission critical service server when the migration status indicates that the user client has migrated from the primary mission critical service server to the visited mission critical service server, wherein the first message comprises information about the change in the user profile during the migration. store, in a user profile of a user client stored in the primary mission critical service server, information about a visited mission critical service server serving the user client, said information comprising identity information for the visited mission critical service server serving the user client; store, in the user profile, information about a migration status of the user client, said migration status indicating if the user client has migrated from the primary mission critical service server to the visited mission critical service server; and in response to a change in the user profile, send a first message to the visited mission critical service server when the migration status indicates that the user client has migrated from the primary mission critical service server to the visited mission critical service server, wherein the first message comprises information about the change in the user profile during the migration.
Textile product containing bioceramic microparticles imbedded into the fibers thereof, provided to be used in human beings and animals, characterized in that the textile product contains bioceramic microparticles with high capacity of infrared irradiation which, in contact with the heat of the human body is capable of transmitting infrared radiation in the range of 3.0 μm to 14.8 μm, the infrared radiation inside this wavelength range being capable of regulating the blood microcirculation as a result of its high protection, wherein said bioceramic microparticles are provided with at least aluminum silicate, zinc oxide and barium magnesium carbonate.
A compound selected from the following compounds or a pharmaceutically acceptable salt thereof: Number in the application Formula 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 31 32 33 34 35 36 37 38 39 41 42 44 45 46 47 48 49 50 51 52 53 55 56 57 58 59 60 61 62 63 64 65 66 67 73 74 75 77 78 79 80 81 82 83 84 87 88 89 90 91 92 93 94 95 96 99 100 101 102 103 104 105 106 107 108 109 110 111 112 114 115 116 117 118 120 122 123 124 125 126 128 129 130 131 132 133 134 135 136 137 138 140 141 148 149 150 153 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 171 172 173 174 175 177 181 182 183 184 189 190 191 192 193 194 195 196 198 200 201 202 203 204 205 206 207 208 210 337 338 340 341
A data mirroring control apparatus comprising: a command distributing unit configured to transmit a first write command to a plurality of mirroring storage devices, the first write command including an instruction for data requested by a host to be written, wherein the plurality of mirroring storage devices redundantly store the same data; a memory lock setting unit configured to set a memory lock on the data requested by the host to be written among data stored in a host memory and configured to release the memory lock on the data after the data with the memory lock is written to the plurality of mirroring storage devices, wherein the memory lock prevents the data requested by the host to be written from being erased from the host memory or being modified before the data is written to the plurality of mirroring storage devices; characterized by a fast storage device setting unit configured to set at least one of the plurality of mirroring storage devices as a fast storage device, wherein the command distributing unit is configured to transmit the first write command to the fast storage device; and wherein the fast storage device setting unit is configured to set the fast storage device based on writing completion speed in response to the write command. a command distributing unit configured to transmit a first write command to a plurality of mirroring storage devices, the first write command including an instruction for data requested by a host to be written, wherein the plurality of mirroring storage devices redundantly store the same data; a memory lock setting unit configured to set a memory lock on the data requested by the host to be written among data stored in a host memory and configured to release the memory lock on the data after the data with the memory lock is written to the plurality of mirroring storage devices, wherein the memory lock prevents the data requested by the host to be written from being erased from the host memory or being modified before the data is written to the plurality of mirroring storage devices; a fast storage device setting unit configured to set at least one of the plurality of mirroring storage devices as a fast storage device, wherein the command distributing unit is configured to transmit the first write command to the fast storage device; and wherein the fast storage device setting unit is configured to set the fast storage device based on writing completion speed in response to the write command.
A method for cutting a lap in a comber comprising: applying pressure to a bobbin toward a lap roller; forming a weak portion in the lap by pulling the lap toward a nipper device in the state in which pressure is applied to the bobbin, the lap being continuous from the bobbin to the nipper device; characterised by cancelling the applied pressure after forming the weak portion; and applying tension to the lap after forming the weak portion to cut the lap at the weak portion. applying pressure to a bobbin toward a lap roller; forming a weak portion in the lap by pulling the lap toward a nipper device in the state in which pressure is applied to the bobbin, the lap being continuous from the bobbin to the nipper device; characterised by cancelling the applied pressure after forming the weak portion; and applying tension to the lap after forming the weak portion to cut the lap at the weak portion.
A method for making sintered spherical boron nitride powder comprising: providing a hexagonal boron nitride slurry comprising 0.5 wt.% to 5 wt.% surfactant and 30 wt.% to 50 wt.% hexagonal boron nitride powder in a medium; spray drying the slurry under conditions effective to produce spherical boron nitride powder comprising spherical agglomerates of boron nitride platelets; and sintering the spherical boron nitride powder. providing a hexagonal boron nitride slurry comprising 0.5 wt.% to 5 wt.% surfactant and 30 wt.% to 50 wt.% hexagonal boron nitride powder in a medium; spray drying the slurry under conditions effective to produce spherical boron nitride powder comprising spherical agglomerates of boron nitride platelets; and sintering the spherical boron nitride powder.
A current feedback-type electronic arc extinguishing apparatus, comprising: a power supply circuit; and a power semiconductor device which is connected to a mechanical switch in parallel, wherein a main loop of the power semiconductor device is connected to a current sensor for detecting switch-off of the mechanical switch; wherein an output signal of the current sensor is connected to a control circuit, and the control circuit is connected to a control port of the power semiconductor device; wherein the control circuit is connected to the power supply circuit, and the power supply circuit supplies power to the control circuit; and wherein when the current sensor detects switch-off of the mechanical switch, the control circuit controls the power semiconductor device to cut off; characterized in that the current sensor is a current transformer; the control circuit includes a trigger switch (OPT3, SCR, Q), and an output signal of the current transformer is connected to an input of the trigger switch; and the trigger switch is connected to an output loop of the power supply circuit, wherein when a current passes through the power semiconductor device, an output signal of the current transformer connected in series to the power semiconductor device triggers the trigger switch (OPT3, SCR, Q) of the control circuit to switch on to bypass the output loop of the power supply circuit to discharge, and the power semiconductor device is automatically closed when a current passes zero. a power supply circuit; and a power semiconductor device which is connected to a mechanical switch in parallel,
A three-dimensional electronic display (100, 200) comprising: a plate light guide (110, 210) configured to guide a light beam (104, 204) at a non-zero propagation angle; an array of multibeam diffraction gratings(120, 220) arranged in a plurality of offset rows (124, 126), a multibeam diffraction grating of the array being configured to diffractively couple out a portion of the guided light beam as a plurality of coupled-out light beams (102, 202) having different principal angular directions corresponding to different views of the 3D electronic display; and a light valve array configured to modulate the plurality of coupled-out light beams corresponding to the different views of the 3D electronic display, the modulated light beams representing pixels of the 3D electronic display. a plate light guide (110, 210) configured to guide a light beam (104, 204) at a non-zero propagation angle; an array of multibeam diffraction gratings(120, 220) arranged in a plurality of offset rows (124, 126), a multibeam diffraction grating of the array being configured to diffractively couple out a portion of the guided light beam as a plurality of coupled-out light beams (102, 202) having different principal angular directions corresponding to different views of the 3D electronic display; and a light valve array configured to modulate the plurality of coupled-out light beams corresponding to the different views of the 3D electronic display, the modulated light beams representing pixels of the 3D electronic display.
A window (600, 305) for a display device comprising: a base layer; a first hard coating layer on the base layer; and a second hard coating layer on the first hard coating layer and having a thickness less than a thickness of the first hard coating layer, wherein the first hard coating layer is between the base layer and the second hard coating layer, and the base layer, the first hard coating layer and the second hard coating layer are different from one another and wherein the first hard coating layer includes a material comprising acryl and epoxy, the ratio between the acryl and the epoxy of the first hard coating layer being 7:3 such that warpage of the first hard coating layer is prevented a base layer; a first hard coating layer on the base layer; and a second hard coating layer on the first hard coating layer and having a thickness less than a thickness of the first hard coating layer, wherein the first hard coating layer is between the base layer and the second hard coating layer, and the base layer, the first hard coating layer and the second hard coating layer are different from one another and wherein the first hard coating layer includes a material comprising acryl and epoxy, the ratio between the acryl and the epoxy of the first hard coating layer being 7:3 such that warpage of the first hard coating layer is prevented
A method of engaging a drive system with a rotating wheel (16, 102) of an aircraft landing gear (10, 100), the method comprising operating a motor (52, 104) to rotate a pinion (60, 64, 103); moving the pinion from a neutral position to a contact position in which it contacts a rotating driven gear (20, 66, 101) at an initial contact time, the rotating driven gear being mounted to the rotating wheel of the aircraft landing gear; then after the initial contact time moving the pinion further to a meshing position where the pinion meshes with the driven gear, wherein a centre-to-centre distance between the pinion and the driven gear reduces as the pinion moves to the contact position and to the meshing position, the driven gear has N gear teeth or rollers (36, 36a, 36b), the pinion has N pinion teeth or rollers which mesh with the teeth or rollers of the driven gear when the pinion is at the meshing position, the pinion and driven gear are rotating at angular velocities ω pinion and ω gear respectively at the initial contact time, and a sync ratio [(ω pinion *N pinion) / (ω gear* N gear)] at the initial contact time is not 1.
Vehicle, in particular a motor vehicle, the vehicle comprising a hub, and a wheel with an axis of rotation, a rim around the axis of rotation and a web connecting the rim to the hub, the veil comprising a plurality of branches extending radially and distributed around the axis of rotation, characterized in that the rim comprises a weld arranged angularly between two consecutive branches of the disc, the wheel comprising a radial play separating the disc from the rim, the weld being arranged angularly at the level of the radial play. the veil comprising a plurality of branches extending radially and distributed around the axis of rotation, characterized in that the rim comprises a weld arranged angularly between two consecutive branches of the disc, the wheel comprising a radial play separating the disc from the rim, the weld being arranged angularly at the level of the radial play.