mhurhangee/ep-ind-claims huggingface dataset:
A computing system (100, 200) comprising: hardware (105, 205); a virtual machine monitor (115, 215); characterized in that the computing system (100, 200) further comprises: a virtual trusted runtime BIOS (125, 225) managed by the virtual machine monitor; a replacement portion of the virtual trusted runtime BIOS (126, 226); a privileged domain (120, 220) configured to host the virtual trusted runtime BIOS (125, 225) and the replacement portion of the virtual trusted runtime BIOS (126, 226); and a further virtual BIOS (135, 235) attached to a guest domain (130, 230) configured to send a BIOS access request to the virtual trusted runtime BIOS (125, 225) that contains an address for a requested resource of the virtual trusted runtime BIOS (125, 225); and a router (190, 290) in the virtual machine monitor (115, 215) configured to replace the address contained in the BIOS access request with the address to the resource of the replacement portion of the virtual trusted runtime BIOS (126, 226). hardware (105, 205); a virtual machine monitor (115, 215); characterized in that the computing system (100, 200) further comprises: a virtual trusted runtime BIOS (125, 225) managed by the virtual machine monitor; a replacement portion of the virtual trusted runtime BIOS (126, 226); a privileged domain (120, 220) configured to host the virtual trusted runtime BIOS (125, 225) and the replacement portion of the virtual trusted runtime BIOS (126, 226); and a further virtual BIOS (135, 235) attached to a guest domain (130, 230) configured to send a BIOS access request to the virtual trusted runtime BIOS (125, 225) that contains an address for a requested resource of the virtual trusted runtime BIOS (125, 225); and a router (190, 290) in the virtual machine monitor (115, 215) configured to replace the address contained in the BIOS access request with the address to the resource of the replacement portion of the virtual trusted runtime BIOS (126, 226). a virtual trusted runtime BIOS (125, 225) managed by the virtual machine monitor; a replacement portion of the virtual trusted runtime BIOS (126, 226); a privileged domain (120, 220) configured to host the virtual trusted runtime BIOS (125, 225) and the replacement portion of the virtual trusted runtime BIOS (126, 226); and a further virtual BIOS (135, 235) attached to a guest domain (130, 230) configured to send a BIOS access request to the virtual trusted runtime BIOS (125, 225) that contains an address for a requested resource of the virtual trusted runtime BIOS (125, 225); and a router (190, 290) in the virtual machine monitor (115, 215) configured to replace the address contained in the BIOS access request with the address to the resource of the replacement portion of the virtual trusted runtime BIOS (126, 226).
A capsule for an electronic vapour inhaler, the capsule comprising: a shell for containing a flavour-release medium, at least part of the shell comprising an air permeable material; an induction heatable element disposed inside the shell and arranged to heat the flavour-release medium, characterized in that the cross-section of the induction heatable element conforms generally to the cross-section of the shell. a shell for containing a flavour-release medium, at least part of the shell comprising an air permeable material; an induction heatable element disposed inside the shell and arranged to heat the flavour-release medium, characterized in that the cross-section of the induction heatable element conforms generally to the cross-section of the shell.
Air pulsing device comprising an electronically switched electric motor, said motor comprising a rotor and a stator, the rotor being arranged to rotate about the stator, said stator being mounted on a support means arranged protruding from a plate, in which a shield is positioned, transversely to the output shaft, between the stator and the rotor, said shield being linked electrically to the plate which is connected electrically to an electrical ground, characterized in that the shield is connected electrically to the plate by means passing axially through the stator.
A heat exchanger comprising a plurality of flat sheets arranged in parallel and a plurality of profiled sheets, each of which comprising a number of substantially straight segments and being arranged between two subsequent flat sheets and having a repeating profile, the profiled sheets and the flat sheets together creating a plurality of parallel ducts arranged in layers, the parallel ducts being divided by the profiled sheets into ducts of a first type and ducts of a second type, the ducts of the second type neighbouring the ducts of the first type, wherein each duct of the first and second type has a width w(d) which is a function of a distance d with d the distance from a first flat sheet, the heat exchanger being characterized by following relations: w d = c 1 * d when 0 ≤ d < d1, w d = c 1 * d 1 + c 2 * d − d 1 when d1 ≤ d < d2, and w d = c 1 * d 1 + c 2 * d 2 − d 1 + c 3 * d − d 2 when d2 ≤ d < d3 in which d3 is a distance between the first flat sheet and a subsequent flat sheet, and wherein d1, d2, c1, c2, c3 are constant values, wherein c2 ≠ c1,c3, and wherein 0 < d1 < d2 < d3.
A screw anchor assembly used in pedicle screw fixation, the screw anchor assembly comprising: a screw having screw threads defined on a circumferential surface; a screw anchor (30, 70, 80) having a first end and a second end; an accommodating part defined by anchor screw threads on an inner surface of the screw anchor (30, 70, 80) and having one end to receive the screw; a locking step extending in a radial direction from the first end of the screw anchor (30, 70, 80); and an expanding member adapted to be inserted into the accommodating part for flexibly expanding the accommodating part, wherein the accommodating part is adapted to flexibly expand when the screw is screw-coupled to the screw anchor (30, 70, 80) after the expanding member has been removed. a screw having screw threads defined on a circumferential surface; a screw anchor (30, 70, 80) having a first end and a second end; an accommodating part defined by anchor screw threads on an inner surface of the screw anchor (30, 70, 80) and having one end to receive the screw; a locking step extending in a radial direction from the first end of the screw anchor (30, 70, 80); and an expanding member adapted to be inserted into the accommodating part for flexibly expanding the accommodating part,
A mower combination comprising an agricultural vehicle and a number of work units (6,8,10) suitable for cutting a standing crop connected to the agricultural vehicle, including a front work unit and two lateral work units (8,10) located behind and to the sides of the front work unit, each of the lateral work units (8,10) being provided with conveyor units (16,18) to deposit the cut crop as a swath, the mower combination further comprising a control unit receiving a plurality of signals, including signals representing the speed of the mower combination, the control unit being configured to monitor the plurality of signals representing the speed of the mower combination, characterised in that a tranverse position of each of the conveyor units (16,18) may be altered and in that the plurality of signals further includes signals representing the speed of each of the conveyor units (16,18) and a transverse position of each of the conveyor units (16,18), the control unit being configured to compare the signals representing the speed of the mower combination, a speed of operation of the conveyor units (16,18) and a transverse position of each of the conveyor units (16,18) against a predetermined set of values and to adjust the speed of operation and the transverse position of at least one conveyor unit (16,18) based on this comparison.
Process for fine purification of isophoronediamine from the production of isophoronediamine by aminating hydrogenation of isophorone nitrile in the presence of at least ammonia, hydrogen, a hydrogenation catalyst and optionally further additions and in the presence or absence of organic solvents to obtain a crude isophoronediamine I, characterized in that the crude isophoronediamine I is subjected to a fine purification by means of two vacuum distillation columns, wherein I. in the first vacuum distillation column K I low-boiling by-products still present are removed, and a crude IPDA II is transferred from the bottom of K I into the vacuum distillation column K II, II. and in the second vacuum distillation column K II the isophoronediamine is obtained in pure form overhead and separated from the organic residues, with two condensers being mounted at the top of the vacuum distillation column, wherein the first condenser is a partial condenser and the pure IPDA is removed therein, and wherein the second condenser is a total condenser and the residual portion of the vapour stream from K II is completely condensed therein and recycled as return stream into the first vacuum distillation column K I. I. in the first vacuum distillation column K I low-boiling by-products still present are removed, and a crude IPDA II is transferred from the bottom of K I into the vacuum distillation column K II, II. and in the second vacuum distillation column K II the isophoronediamine is obtained in pure form overhead and separated from the organic residues, with two condensers being mounted at the top of the vacuum distillation column,
A vehicle energy harvester comprising: a subunit having an upper surface forming a roadway surface; a vehicle activated treadle on the subunit, the vehicle activated treadle moveable between a first position in which an upper surface of the treadle is at an angle with respect to the upper surface of the roadway surface and a second position in which the upper surface of the treadle is flush with the upper surface of the roadway surface; a generator that generates power in response to movement of the vehicle activated treadle; the vehicle energy harvester being characterised in that it further comprises a treadle locking device that includes a sliding locking pawl that selectively locks the vehicle activated treadle in the second position in response to a signal received from a temperature sensor or a snow and ice sensor in wired or wireless communication with the treadle locking device. a subunit having an upper surface forming a roadway surface; a vehicle activated treadle on the subunit, the vehicle activated treadle moveable between a first position in which an upper surface of the treadle is at an angle with respect to the upper surface of the roadway surface and a second position in which the upper surface of the treadle is flush with the upper surface of the roadway surface; a generator that generates power in response to movement of the vehicle activated treadle; the vehicle energy harvester being characterised in that it further comprises a treadle locking device that includes a sliding locking pawl that selectively locks the vehicle activated treadle in the second position in response to a signal received from a temperature sensor or a snow and ice sensor in wired or wireless communication with the treadle locking device.
Component for assembling a green roof, such as a flat green roof, a substantially flat green roof, or a pitched roof, or a green wall, which component comprises a flexible layer having at least one pocket containing a substrate for vegetation, wherein the at least one pocket further contains an insert that at least in part shapes the exterior appearance of the pocket, wherein the insert comprises a frame supporting the flexible layer of the at least one pocket, characterized in that the frame has two subframes at opposite ends of the at least one pocket and two parallel elements, such as tubes, beams, and/or profiles, connecting the subframes and defining exterior edges and the exterior top surface of the at least one pocket, wherein the subframes define open ends for filling the pocket with substrate. wherein the at least one pocket further contains an insert that at least in part shapes the exterior appearance of the pocket, wherein the insert comprises a frame supporting the flexible layer of the at least one pocket, characterized in that the frame has two subframes at opposite ends of the at least one pocket and two parallel elements, such as tubes, beams, and/or profiles, connecting the subframes and defining exterior edges and the exterior top surface of the at least one pocket, wherein the subframes define open ends for filling the pocket with substrate.
An electrostatic printing apparatus comprising: a photoconductive member having a surface on which can be created a latent electrostatic image; an intermediate transfer member comprising: a supportive portion (22, 23, 28); and an outer release layer disposed on the supportive portion (22, 23, 28) comprising a base polymer matrix and an additive selected from carbon nanotubes and carbon black nanoparticles, the carbon black nanoparticles having a BET surface area of 700 m 2 /g or greater, the additive being dispersed in the base polymer matrix, and the base polymer being a silicone polymer; wherein the electrostatic printing apparatus is adapted, in use, on contacting the surface of the photoconductive member with an electrostatic ink composition to form a developed toner image on the surface of the latent electrostatic image, then transfer the developed toner image to the outer release layer of intermediate transfer member, and then transfer the developed toner image from the outer release layer of the intermediate transfer member to a print substrate. a photoconductive member having a surface on which can be created a latent electrostatic image; an intermediate transfer member comprising: a supportive portion (22, 23, 28); and an outer release layer disposed on the supportive portion (22, 23, 28) comprising a base polymer matrix and an additive selected from carbon nanotubes and carbon black nanoparticles, the carbon black nanoparticles having a BET surface area of 700 m 2 /g or greater, the additive being dispersed in the base polymer matrix, and the base polymer being a silicone polymer; a supportive portion (22, 23, 28); and an outer release layer disposed on the supportive portion (22, 23, 28) comprising a base polymer matrix and an additive selected from carbon nanotubes and carbon black nanoparticles, the carbon black nanoparticles having a BET surface area of 700 m 2 /g or greater, the additive being dispersed in the base polymer matrix, and the base polymer being a silicone polymer;
A method of washing and grading silica sand for glass production comprising removing trash and relatively large contaminants from a sand feed material on a first vibrating screen, collecting undersize sand and water in a sump and separating fine contamination from said sand in a first hydrocyclone before passing the sand, carried in the underflow from the first hydrocyclone, onto a second vibrating screen whereupon undersize material and some water is removed from the sand before passing the oversize sand from the second vibrating screen into an attrition scrubber to delaminate clay and other contaminants from the sand, passing the sand from the attrition scrubber onto a third vibrating screen to remove an oversize fraction before passing the undersize sand from the third vibrating screen into a second hydrocyclone, passing the sand carried in the underflow from the second hydrocyclone into a density separator to remove relatively high density contaminants and relatively coarse material from the sand, passing the sand comprising a relatively low density fraction from the density separator into a third hydrocyclone and passing the sand as the underflow from the third hydrocyclone into a classification tank wherein an upwards flow of water removes fine contamination from the sand in an overflow from the classification tank and passing the sand collected in a lower end of the classification tank onto a dewatering screen for dewatering as a silica sand product suitable for glass production.
A liquefied gas treatment system, comprising: a liquefied gas supply line connected from a liquefied gas storing tank to a source of demand; a heat exchanger provided on the liquefied gas supply line between the source of demand and the liquefied gas storing tank and configured to exchange heat between liquefied gas supplied from the liquefied gas storing tank and heat transfer media; a media heater configured to heat the heat transfer media; a media circulation line connected from the media heater to the heat exchanger; a media state detecting sensor provided on the media circulation line and configured to measure a state of the heat transfer media; characterized in a controller configured to set a coagulation prevention reference value for preventing the heat transfer media from being coagulated and change a flow rate of the heat transfer media flowing into the media heater or calories supplied to the heat transfer media by the media heater on the basis of a state value of the heat transfer media by the media state detecting sensor and the coagulation prevention reference value, so that the state value of the heat transfer media is equal to or greater than the coagulation prevention reference value. a liquefied gas supply line connected from a liquefied gas storing tank to a source of demand; a heat exchanger provided on the liquefied gas supply line between the source of demand and the liquefied gas storing tank and configured to exchange heat between liquefied gas supplied from the liquefied gas storing tank and heat transfer media; a media heater configured to heat the heat transfer media; a media circulation line connected from the media heater to the heat exchanger; a media state detecting sensor provided on the media circulation line and configured to measure a state of the heat transfer media; characterized in a controller configured to set a coagulation prevention reference value for preventing the heat transfer media from being coagulated and change a flow rate of the heat transfer media flowing into the media heater or calories supplied to the heat transfer media by the media heater on the basis of a state value of the heat transfer media by the media state detecting sensor and the coagulation prevention reference value, so that the state value of the heat transfer media is equal to or greater than the coagulation prevention reference value.
A hydraulic down-the-hole hammer, comprising: a piston mounted for reciprocal movement within the hammer to impact a percussion bit; a pressure fluid path (15, 19) for supplying pressure fluid to the hammer from a base machine to effect reciprocal movement of the piston; and a first accumulator assembly for hydraulic fluid, wherein the first accumulator assembly comprises a plurality of first accumulator elements; characterised in that each of the first accumulator elements is arranged at the same proximity to the piston and wherein a plurality of the first accumulator elements are individually configured as pressure accumulators and are in fluid communication only with the pressure fluid path of the hammer throughout the piston cycle. a piston mounted for reciprocal movement within the hammer to impact a percussion bit; a pressure fluid path (15, 19) for supplying pressure fluid to the hammer from a base machine to effect reciprocal movement of the piston; and a first accumulator assembly for hydraulic fluid, wherein the first accumulator assembly comprises a plurality of first accumulator elements; characterised in that each of the first accumulator elements is arranged at the same proximity to the piston and wherein a plurality of the first accumulator elements are individually configured as pressure accumulators and are in fluid communication only with the pressure fluid path of the hammer throughout the piston cycle.
A joining sleeve configured to connect internal liners of two internally lined pipe sections (2a, 2b) across a welded pipe section joint, the joining sleeve comprising: a sleeve body having a first end and a second end, the first and second ends configured to couple with opposing ends of first and second internal liners (4a, 4b) respectively; and a collar disposed around the outer surface of the sleeve body, the collar having a first retracted condition in which it has a first outer diameter, and a second expanded condition in which it has a second outer diameter, larger than the first outer diameter, wherein the collar is configured to protect the sleeve body and the internal liners (4a, 4b) during a welding operation to form the welded pipe section joint; and wherein the collar comprises a split ring comprising an overlap in a circumferential direction. a sleeve body having a first end and a second end, the first and second ends configured to couple with opposing ends of first and second internal liners (4a, 4b) respectively; and a collar disposed around the outer surface of the sleeve body, the collar having a first retracted condition in which it has a first outer diameter, and a second expanded condition in which it has a second outer diameter, larger than the first outer diameter, wherein the collar is configured to protect the sleeve body and the internal liners (4a, 4b) during a welding operation to form the welded pipe section joint; and wherein the collar comprises a split ring comprising an overlap in a circumferential direction.
A face protection to be fastened to a protective helmet, comprising a visor comprising two retaining arms and two bearing devices for the retaining arms which are attachable to a helmet shell of a helmet for pivoting the visor between two positions, an operating position in which the visor is pivoted downwards and protects the face, and a parking position in which the visor is pivoted upwards, wherein each bearing device is designed to be fastened to the inside of the helmet shell, wherein each retaining arm extends from the visor to its free end connectable or connected to the bearing device substantially parallel to and in such a distance to the visor that a slot is formed between the retaining arm and the visor through which slot the helmet shell extends in the parking position, and wherein the visor is, in the parking position, arranged close-fitting on the outer surface the helmet shell, characterised in that each retaining arm is formed as a ring bearing bushing at its free end, and in that each bearing device is provided with a bearing pivot for accommodating the ring bearing bushing, and in that each bearing device is formed as a part of a plug-in coupling and has receptacles, with which it can be plugged on another part of the plug-in coupling installed on the inside of the helmet shell, said other part consisting of several rod-like protrusions, and in that each bearing device has one of the bearing pivots integrally formed on it, wherein the respective bearing pivot can be plugged to one of the ring bearing bushings of the retaining arms to form a support joint.
A process for providing a decorative finish for a part, comprising a step of thermoforming of a decorative paint film laminate at a thermoforming temperature, the decorative paint film laminate comprising: a paint film having an inner surface and an outer surface with no mask adhered to the outer surface, and a backing sheet applied to the inner surface of the paint film, wherein the paint film comprises a clear coat layer, a gloss and distinctness of image retaining layer, and a color coat layer, and wherein the gloss and distinctness of image retaining layer has a tensile strength that is the same as or higher than the higher of the tensile strength of either the clear coat layer or the color coat layer at the thermoforming temperature.