mhurhangee/ep-ind-claims huggingface dataset:
A building device, which is a 3D printing building device, comprising: - a stand column extending in a longitudinal direction, - a crossbeam extending in a transverse direction, the crossbeam being connected with the stand column and rotatable around a central axis of the stand column, the crossbeam including an upper crossbeam and a lower crossbeam, and - a discharging mechanism being connected with the crossbeam and movable along the crossbeam, a discharging port (132A, 132B) of the discharging mechanism facing a building area, characterized in that - the discharging mechanism is constructed with at least two discharging ports (132A, 132B) spaced apart from each other and deviated from a central axis of the discharging mechanism, - at least a feed hopper of the discharging mechanism is positioned between the upper crossbeam and the lower crossbeam, - the discharging ports (132A, 132B) are rotatably connected and communicated with the feed hopper; - the discharging ports (132A, 132B) being rotatable around the central axis of the discharging mechanism, and relative to the feed hopper, and in that - the discharging ports (132A, 132B) can be symmetrically arranged relative to a central line of a building wall to be built in a building area. - a stand column extending in a longitudinal direction, - a crossbeam extending in a transverse direction, the crossbeam being connected with the stand column and rotatable around a central axis of the stand column, the crossbeam including an upper crossbeam and a lower crossbeam, and - a discharging mechanism being connected with the crossbeam and movable along the crossbeam, a discharging port (132A, 132B) of the discharging mechanism facing a building area, - the discharging mechanism is constructed with at least two discharging ports (132A, 132B) spaced apart from each other and deviated from a central axis of the discharging mechanism, - at least a feed hopper of the discharging mechanism is positioned between the upper crossbeam and the lower crossbeam, - the discharging ports (132A, 132B) are rotatably connected and communicated with the feed hopper; - the discharging ports (132A, 132B) being rotatable around the central axis of the discharging mechanism, and relative to the feed hopper, and in that - the discharging ports (132A, 132B) can be symmetrically arranged relative to a central line of a building wall to be built in a building area.
Semifinished profile (01, 11, 21, 31) for use as a current conductor produced from an aluminium alloy as an extruded profile with an upper side and an underside comprising - an upper arcuate outer portion (05, 15, 25, 35), arranged on the upper side, and - a lower, in particular arcuate outer portion (06, 16, 26), arranged on the underside, or two lower, in particular arcuate outer portions (36a, 36b), arranged on the underside, and - an upper inner portion (07, 17, 27, 37), arranged at a distance from the upper outer portion (05, 15, 25, 35), and - a lower inner portion, arranged at a distance from the lower outer portion (06, 16, 26) or respectively from the lower outer portions (36a, 36b); the upper outer portion (15, 25, 35) having two free ends and reaching over the lower outer portion (16, 26) or respectively the lower outer portions (36a, 36b); and the upper inner portion (07, 17, 37) forming a closed form with the lower inner portion (08, 18, 38) or the upper inner portion reaching over the lower inner portion. - an upper arcuate outer portion (05, 15, 25, 35), arranged on the upper side, and - a lower, in particular arcuate outer portion (06, 16, 26), arranged on the underside, or two lower, in particular arcuate outer portions (36a, 36b), arranged on the underside, and - an upper inner portion (07, 17, 27, 37), arranged at a distance from the upper outer portion (05, 15, 25, 35), and - a lower inner portion, arranged at a distance from the lower outer portion (06, 16, 26) or respectively from the lower outer portions (36a, 36b); the upper outer portion (15, 25, 35) having two free ends and reaching over the lower outer portion (16, 26) or respectively the lower outer portions (36a, 36b); and the upper inner portion (07, 17, 37) forming a closed form with the lower inner portion (08, 18, 38) or the upper inner portion reaching over the lower inner portion.
A redundant position sensor, comprising: a first position sensor board having first sensor coils (104, 304) and a first transmit coil (106, 306), wherein the first sensor coils (104, 304) and the first transmit coil (106, 306) are positioned to provide a first position sensor when the first transmit coil (106, 306) is active; a second position sensor board having second sensor coils (104, 304) and a second transmit coil (106, 306), wherein the second sensor coils (104, 304) and the second transmit coil (106, 306) are positioned to provide a second position sensor when the second transmit coil (106, 306) is active, wherein the second position board is stacked with, and separated from by a distance Z, the first position sensor board; and at least one target positioned relative to the stacked first position sensor board and second position sensor board; wherein the first sensor coils (104, 304) are positioned to generate a signal indicative of the target position in response to a magnetic field generated by the first transmit coil (106, 306) when the first transmit coil (106, 306) is active; and wherein the second sensor coils (104, 304) are positioned to generate a signal indicative of the target position in response to the magnetic field generated by the first transmit coil (106, 306) when the first transmit coil (106, 306) is active; wherein there is a short at the second transmit coil (106, 306) so as to render the second transmit coil (106, 306) inoperative. a first position sensor board having first sensor coils (104, 304) and a first transmit coil (106, 306), wherein the first sensor coils (104, 304) and the first transmit coil (106, 306) are positioned to provide a first position sensor when the first transmit coil (106, 306) is active; a second position sensor board having second sensor coils (104, 304) and a second transmit coil (106, 306), wherein the second sensor coils (104, 304) and the second transmit coil (106, 306) are positioned to provide a second position sensor when the second transmit coil (106, 306) is active, wherein the second position board is stacked with, and separated from by a distance Z, the first position sensor board; and at least one target positioned relative to the stacked first position sensor board and second position sensor board; wherein the first sensor coils (104, 304) are positioned to generate a signal indicative of the target position in response to a magnetic field generated by the first transmit coil (106, 306) when the first transmit coil (106, 306) is active; and wherein the second sensor coils (104, 304) are positioned to generate a signal indicative of the target position in response to the magnetic field generated by the first transmit coil (106, 306) when the first transmit coil (106, 306) is active; wherein there is a short at the second transmit coil (106, 306) so as to render the second transmit coil (106, 306) inoperative.
A method of fabricating a glass ribbon comprising the steps of: providing a source of the glass ribbon with a pair of opposed edge portions and a central portion laterally spanning between the opposed edge portions; traversing the glass ribbon into a cutting zone bending the glass ribbon in the cutting zone to provide a bent target segment with a bent orientation in the cutting zone; severing at least one of the edge portions from the central portion of the bent target segment with the bent orientation within the cutting zone; and supporting the bend target segment with a curved air bar while severing at least one of the edge portions from the central portion of the bent target segment within the cutting zone; Wherein during the step of bending the glass ribbon in the cutting zone, the glass ribbon is bent such that the bent orientation of the target segment includes an upwardly facing convex or concave surface. providing a source of the glass ribbon with a pair of opposed edge portions and a central portion laterally spanning between the opposed edge portions; traversing the glass ribbon into a cutting zone bending the glass ribbon in the cutting zone to provide a bent target segment with a bent orientation in the cutting zone; severing at least one of the edge portions from the central portion of the bent target segment with the bent orientation within the cutting zone; and supporting the bend target segment with a curved air bar while severing at least one of the edge portions from the central portion of the bent target segment within the cutting zone; Wherein during the step of bending the glass ribbon in the cutting zone, the glass ribbon is bent such that the bent orientation of the target segment includes an upwardly facing convex or concave surface.
A method of altering a flight plan comprising waypoints and segments (602, 604, 606) displayed on a navigation display in the form of an interactive graphical image, the method comprising: generating symbology on the display graphically representative of a user selected task to be executed and of an associated waypoint of the flight plan, the symbology comprising an adjustable segment that intersects the waypoint; characterised by, only during periods of turbulence: displaying an extension of the adjustable segment wherein the extension is displayed in a manner that distinguishes it from the adjustable segment; adjusting a bearing of the adjustable segment by dragging on the display an extremity of the extension; and altering the flight plan to reflect the bearing. generating symbology on the display graphically representative of a user selected task to be executed and of an associated waypoint of the flight plan, the symbology comprising an adjustable segment that intersects the waypoint; characterised by, only during periods of turbulence: displaying an extension of the adjustable segment wherein the extension is displayed in a manner that distinguishes it from the adjustable segment; adjusting a bearing of the adjustable segment by dragging on the display an extremity of the extension; and altering the flight plan to reflect the bearing. displaying an extension of the adjustable segment wherein the extension is displayed in a manner that distinguishes it from the adjustable segment; adjusting a bearing of the adjustable segment by dragging on the display an extremity of the extension; and altering the flight plan to reflect the bearing.
A helmet comprising: an outer shell; a first liner disposed within and coupled to the outer shell, the first liner comprising a first protrusion and a second protrusion, wherein the first protrusion has a first end disposed on a side of the first liner facing away from the outer shell; a second liner comprising a first material and disposed within and coupled to the first liner, wherein the second protrusion faces the second liner; a polymer liner comprising a second material different from the first material, coupled to the second liner, and disposed between the first liner and the second liner; and a first pad coupled to the first end of the first protrusion, wherein a first coefficient of friction between the first pad and the polymer liner is less than a second coefficient of friction between the second protrusion and the polymer liner. an outer shell; a first liner disposed within and coupled to the outer shell, the first liner comprising a first protrusion and a second protrusion, wherein the first protrusion has a first end disposed on a side of the first liner facing away from the outer shell; a second liner comprising a first material and disposed within and coupled to the first liner, wherein the second protrusion faces the second liner; a polymer liner comprising a second material different from the first material, coupled to the second liner, and disposed between the first liner and the second liner; and a first pad coupled to the first end of the first protrusion, wherein a first coefficient of friction between the first pad and the polymer liner is less than a second coefficient of friction between the second protrusion and the polymer liner.
A method of separation within a polymer production process, comprising the acts of: receiving a discharged stream in a flashline heater from a polymerization reactor and the flashline heater delivering the discharged stream to a separation vessel, the discharged stream comprising a liquid part and a solid part upon entry into the flashline heater; heating the discharged stream in the flashline heater as the discharged stream passes along a length of the flashline heater such that at least a portion of the liquid part vaporizes to generate a vapor part, wherein a transit time of the discharged stream through the flashline heater is at least 8 seconds, wherein the flashline heater has an internal diameter of greater than 4 inches (10.16 cm) and has a length of greater than 400 feet (121.92 m); and equilibrating the temperature between the solid part and the vapor part during the at least 8 seconds within the flashline heater, such that the vapor part, the liquid part, and the solid part have respective temperatures that differ by less than 5°F (2.8 °C) at an exit of the flashline heater, wherein the liquid part comprises a first portion and a second portion, wherein the first portion is not entrained in the solid part and the second portion is entrained in the solid part, and wherein heating the discharged stream within the flashline heater comprises vaporizing substantially all of the first portion at least 2.5 seconds before reaching an exit of the flashline heater, wherein the flashline heater comprises a plurality of separate heat-variable sections configured to adjust a temperature of the discharged stream and wherein the solid part comprises a polyolefin fluff, and an outlet temperature measured at a downstream end of the flashline heater is less than or equal to the melting temperature of the polyolefin fluff.
A ship comprising a full form hull, steering means, and propulsion means, and having a service speed, a length between perpendiculars, a length axis, and a section area defined as the transverse sectional area of the hull below the waterline in a design condition, the submerged portion of the hull in the design condition comprising a forebody portion, an afterbody portion (2, 5), and a midbody portion of maximum section area arranged between the forebody portion and the afterbody portion, the forebody portion comprising a bow and a forward shoulder aft of the bow, the midbody and forebody portions having substantially positive curvature as represented on a section area curve of the hull; the forebody portion including a forwardly tapered portion arranged between the forward shoulder and the midbody portion; characterised in that the forward shoulder is positioned to give a phase difference of at least 40 degrees between a shoulder wave generated by the shoulder and a bow wave generated by the bow at the service speed..
A latch assembly for securing a nacelle portion of a gas turbine engine comprising: first and second nacelle flow structures (46,50) defining a portion of a bypass flowpath; characterized by further comprising: a seal engageable between the first and second nacelle flow structures (46,50); and a latch rotatable about a pivot between latched and unlatched positions, the latch maintaining the seal in engagement with the first and second nacelle flow structures (46,50) in the latched position. first and second nacelle flow structures (46,50) defining a portion of a bypass flowpath; characterized by further comprising: a seal engageable between the first and second nacelle flow structures (46,50); and a latch rotatable about a pivot between latched and unlatched positions, the latch maintaining the seal in engagement with the first and second nacelle flow structures (46,50) in the latched position. a seal engageable between the first and second nacelle flow structures (46,50); and a latch rotatable about a pivot between latched and unlatched positions, the latch maintaining the seal in engagement with the first and second nacelle flow structures (46,50) in the latched position.
Hand-held power tool in the form of a polishing tool adapted for polishing a workpiece in the form of a vehicle or car body or the hull or any other part of a boat or ship, the power tool comprising an electric or pneumatic motor and a plate-like backing pad actuated by the motor in order to perform a purely rotating, a random orbital or a roto-orbital working movement and further comprising a polishing pad detachably attached with its top surface to a bottom surface of the plate-like backing pad, wherein the polishing pad comprises a bottom working surface facing the workpiece to be polished during intended use of the power tool, whereas the bottom working surface of the polishing pad has two pieces (12, 13) of polishing material with different characteristics, wherein a bottom working surface of one of the pieces of the polishing pad having a first characteristic extends beyond a bottom working surface of the other of the pieces of the polishing pad having a different second characteristic, such that the bottom working surfaces (12b, 13b) are on different levels when the power tool is not in use, characterized in that top partial surfaces (12a, 13a) of the two pieces (12, 13) are each provided with attachment means adapted for realizing a releasable attachment to the bottom surface of the backing pad, and wherein the two pieces (12, 13) of polishing material with different characteristics of the polishing pad are separate parts, which are located concentrically in respect to a rotational axis of the backing pad and adapted to be separately attached to and detached from the bottom surface of the backing pad independently from one another. whereas the bottom working surface of the polishing pad has two pieces (12, 13) of polishing material with different characteristics, wherein a bottom working surface of one of the pieces of the polishing pad having a first characteristic extends beyond a bottom working surface of the other of the pieces of the polishing pad having a different second characteristic, such that the bottom working surfaces (12b, 13b) are on different levels when the power tool is not in use, characterized in that top partial surfaces (12a, 13a) of the two pieces (12, 13) are each provided with attachment means adapted for realizing a releasable attachment to the bottom surface of the backing pad, and wherein the two pieces (12, 13) of polishing material with different characteristics of the polishing pad are separate parts, which are located concentrically in respect to a rotational axis of the backing pad and adapted to be separately attached to and detached from the bottom surface of the backing pad independently from one another.
Composition containing a) 2 to 80 weight % of Ordinary Portland Cement with respect to the total weight of the composition, b) 2 to 80 weight % of a calcium sulphate based binder with respect to the total weight of the composition, with the proviso that the weight ratio of a) Ordinary Portland Cement to b) calcium sulphate based binder is from 95/5 to 5/95 and c) at least one retarder for calcium sulphate based binders, the retarder being a chemical structure, which comprises from 3 to 70 amino acids. a) 2 to 80 weight % of Ordinary Portland Cement with respect to the total weight of the composition, b) 2 to 80 weight % of a calcium sulphate based binder with respect to the total weight of the composition, with the proviso that the weight ratio of a) Ordinary Portland Cement to b) calcium sulphate based binder is from 95/5 to 5/95 and c) at least one retarder for calcium sulphate based binders, the retarder being a chemical structure, which comprises from 3 to 70 amino acids.
A detection system for installation at a conveyor belt having at least one detection sensor (24, 26) for detecting object properties of objects conveyed on the conveyor belt and having an evaluation unit for outputting object information derived from the object properties at a definable output point of the conveyor belt, characterized in that the evaluation unit is configured to divide the objects into at least two object classes based on the object properties, and in that an output point can be defined for each object class at the conveyor belt.
A communication method of a user equipment, UE, (320, 323, 325) comprising: identifying whether a first discovery signal for discovering wireless local area network, WLAN, access points, APs, (330, 331, 333, 335, 337, 339) can be transmitted in a first scanning channel, wherein the first scanning channel is for discovering a first WLAN AP; transmitting, to an AP management entity, channel busy information associated with the first WLAN AP in case that the first discovery signal cannot be transmitted to the first WLAN AP during a predetermined period; receiving, from the AP management entity, information to set another channel as a second scanning channel according to the channel busy information for discovering a second WLAN AP; switching a channel for discovering WLAN AP, from the first scanning channel to the second scanning channel based on the information; transmitting a second discovery signal in the second scanning channel; receiving, from the second WLAN AP, a response signal transmitted after an offset time set determined based on load status of the second WLAN AP; and switching the second channel to a data transmission/reception channel to communicate with the second WLAN AP. identifying whether a first discovery signal for discovering wireless local area network, WLAN, access points, APs, (330, 331, 333, 335, 337, 339) can be transmitted in a first scanning channel, wherein the first scanning channel is for discovering a first WLAN AP; transmitting, to an AP management entity, channel busy information associated with the first WLAN AP in case that the first discovery signal cannot be transmitted to the first WLAN AP during a predetermined period; receiving, from the AP management entity, information to set another channel as a second scanning channel according to the channel busy information for discovering a second WLAN AP; switching a channel for discovering WLAN AP, from the first scanning channel to the second scanning channel based on the information; transmitting a second discovery signal in the second scanning channel; receiving, from the second WLAN AP, a response signal transmitted after an offset time set determined based on load status of the second WLAN AP; and switching the second channel to a data transmission/reception channel to communicate with the second WLAN AP.
Sulfur-crosslinkable rubber mixture comprising at least the following constituents: - 25 to 300 phr of at least one hydrocarbon resin formed to an extent of 50% to 100% by weight from aliphatic C 5 monomers and to an extent of 0% to 50% by weight from further monomers, where the hydrocarbon resin of formula I) has a Q of 0.015 [°C·mol/g] to 0.050 [°C·mol/g]: Q = softening point ° C / centrifuge average Mz g / mol, and where the hydrocarbon resin has an Mz of 2500 to 10 000 g/mol, where the centrifuge average Mz is determined by means of gel permeation chromatography to DIN 55672-1, and - 50 to 100 phr of at least one solution-polymerized diene rubber. - 25 to 300 phr of at least one hydrocarbon resin formed to an extent of 50% to 100% by weight from aliphatic C 5 monomers and to an extent of 0% to 50% by weight from further monomers, where the hydrocarbon resin of formula I) has a Q of 0.015 [°C·mol/g] to 0.050 [°C·mol/g]: Q = softening point ° C / centrifuge average Mz g / mol, and where the hydrocarbon resin has an Mz of 2500 to 10 000 g/mol, where the centrifuge average Mz is determined by means of gel permeation chromatography to DIN 55672-1, and - 50 to 100 phr of at least one solution-polymerized diene rubber.