mhurhangee/ep-ind-claims huggingface dataset:
A power feeding device for a vehicle, comprising: a high frequency power driver configured to allow conversion of electric power received from a power source into high frequency power that can achieve magnetic field resonance for transmission to a vehicle, a primary coil for receiving said high frequency power from said high frequency power driver, a primary self-resonant coil configured to be magnetically coupled with a secondary self-resonant coil mounted on said vehicle by magnetic field resonance, and allow transmission of said high frequency power received from said primary coil by electromagnetic induction to said secondary self-resonant coil, a communication device configured to allow reception of a detection value of reception power transmitted from said vehicle, and a control device for adjusting a frequency of said high frequency power by controlling said high frequency power driver such that said reception power is at a maximum based on the detection value of said reception power received by said communication device. a high frequency power driver configured to allow conversion of electric power received from a power source into high frequency power that can achieve magnetic field resonance for transmission to a vehicle, a primary coil for receiving said high frequency power from said high frequency power driver, a primary self-resonant coil configured to be magnetically coupled with a secondary self-resonant coil mounted on said vehicle by magnetic field resonance, and allow transmission of said high frequency power received from said primary coil by electromagnetic induction to said secondary self-resonant coil, a communication device configured to allow reception of a detection value of reception power transmitted from said vehicle, and a control device for adjusting a frequency of said high frequency power by controlling said high frequency power driver such that said reception power is at a maximum based on the detection value of said reception power received by said communication device.
A keypad assembly comprising a keypad, said keypad comprising: a light guide panel, the interior of which being adapted to have ultraviolet light propagating through; and at least one key top disposed on an upper surface of the light guide panel adapted to absorb the ultraviolet light passing out through the light guide panel and to emit visible light; at least one protrusion extending downwardly from a lower surface of the light guide panel; and reflective patterns formed on and around the protrusion and adapted to diffusely reflect a part of the ultraviolet light propagating inside the light guide panel towards the key top. a light guide panel, the interior of which being adapted to have ultraviolet light propagating through; and at least one key top disposed on an upper surface of the light guide panel adapted to absorb the ultraviolet light passing out through the light guide panel and to emit visible light; at least one protrusion extending downwardly from a lower surface of the light guide panel; and reflective patterns formed on and around the protrusion and adapted to diffusely reflect a part of the ultraviolet light propagating inside the light guide panel towards the key top.
A bore basket assembly for a gas turbine engine comprising: an outer cylindrical member; a plurality of radial openings located in the outer cylindrical member; an inner cylindrical member at least partially surrounded by the outer cylindrical member to define an annulus therebetween, one of the cylindrical members configured to be operatively coupled to an aft rotor stage, the other of the cylindrical members configured to be operatively coupled to a forward rotor stage, characterised in that the inner cylindrical member and the outer cylindrical member are moveable in an axially telescoping manner with respect to each other; and a flange extends radially outward from the inner cylindrical member, the flange defining a plurality of circumferentially spaced flow slots between the outer cylindrical member and the inner cylindrical member, the plurality of circumferentially spaced flow slots being configured to provide fluid communication between the annulus and a bleed port. an outer cylindrical member; a plurality of radial openings located in the outer cylindrical member; an inner cylindrical member at least partially surrounded by the outer cylindrical member to define an annulus therebetween, one of the cylindrical members configured to be operatively coupled to an aft rotor stage, the other of the cylindrical members configured to be operatively coupled to a forward rotor stage, characterised in that the inner cylindrical member and the outer cylindrical member are moveable in an axially telescoping manner with respect to each other; and a flange extends radially outward from the inner cylindrical member, the flange defining a plurality of circumferentially spaced flow slots between the outer cylindrical member and the inner cylindrical member, the plurality of circumferentially spaced flow slots being configured to provide fluid communication between the annulus and a bleed port.
A method of delivering a laundry serum composition into the wash or rinse cycle, comprising the steps of: i. Pouring a laundry liquid or powder into a washing machine drawer, drum or a dosing shuttle ii. Pouring a laundry serum composition on top of the laundry liquid or powder wherein the serum comprises: a. 0.5 to 15 w.t.% Non-ionic surfactant; b. 0.5 to 20 w.t.% Perfume ingredients; and c. Water wherein the serum composition comprises less than 1 wt.% surfactant selected from anionic, cationic and mixtures thereof. i. Pouring a laundry liquid or powder into a washing machine drawer, drum or a dosing shuttle ii. Pouring a laundry serum composition on top of the laundry liquid or powder a. 0.5 to 15 w.t.% Non-ionic surfactant; b. 0.5 to 20 w.t.% Perfume ingredients; and c. Water
A mobile terminal, comprising: a rear cover; a battery connector; a circuit board electrically coupled with the battery connector; and a fixing member comprising a first holder arranged on the rear cover and a second holder arranged on the circuit board, the first holder having two first elastic arms, a spacing being defined between the two first elastic arms, the second holder having two second elastic arms, each of the two second elastic arms being fastened to each of the two first elastic arms to define a receiving space for receiving the battery connector. a rear cover; a battery connector; a circuit board electrically coupled with the battery connector; and a fixing member comprising a first holder arranged on the rear cover and a second holder arranged on the circuit board, the first holder having two first elastic arms, a spacing being defined between the two first elastic arms, the second holder having two second elastic arms, each of the two second elastic arms being fastened to each of the two first elastic arms to define a receiving space for receiving the battery connector.
A process for producing a glass melting component composed of refractory metal, characterized in that a surface zone of the glass melting component is densified at least in sections by application of local compressive stress and as a result has its porosity reduced compared to a volume section which is located underneath the surface zone and has residual porosity, wherein after densification of the surface zone the glass melting component or at least the surface zone of the glass melting component is subjected to a heat treatment at a temperature above a recrystallization temperature of the refractory metal such that grain growth is induced in the surface zone.
A lift assembly, for selectively winding and unwinding a cable, the hoist assembly comprising: (a) a frame; (b) a drum rotatably mounted to the frame, the drum sized to retain a plurality of wraps of cable; (c) a head block located to place a length of cable about a portion of the head block; and (d) a load sensor intermediate the head block and the frame to provide a signal corresponding to a load on the cable. (a) a frame; (b) a drum rotatably mounted to the frame, the drum sized to retain a plurality of wraps of cable; (c) a head block located to place a length of cable about a portion of the head block; and (d) a load sensor intermediate the head block and the frame to provide a signal corresponding to a load on the cable.
A method of distinguishing nucleic acids, comprising (a) providing a first mixture comprising a population of different primed template nucleic acids and a first stabilized ternary complex, the first stabilized ternary complex comprising a first primed template nucleic acid of the mixture, a polymerase that is attached to a first type of label, and a first type of nucleotide; (b) forming a second stabilized ternary complex by contacting the first mixture with a reagent comprising a second type of nucleotide and a polymerase attached to a second type of label that is different from the first type of label, the second stabilized ternary complex comprising a second primed template nucleic acid of the first mixture, a polymerase of the reagent, and a second type of nucleotide of the reagent, thereby forming a second mixture comprising the first and second stabilized ternary complexes; and (c) detecting the first and second type of label to distinguish the first primed template nucleic acid from the second primed template nucleic acid, wherein detection comprises detecting the stabilized ternary complexes without chemical incorporation of the nucleotide into the primed template nucleic acid. (a) providing a first mixture comprising a population of different primed template nucleic acids and a first stabilized ternary complex, the first stabilized ternary complex comprising a first primed template nucleic acid of the mixture, a polymerase that is attached to a first type of label, and a first type of nucleotide; (b) forming a second stabilized ternary complex by contacting the first mixture with a reagent comprising a second type of nucleotide and a polymerase attached to a second type of label that is different from the first type of label, the second stabilized ternary complex comprising a second primed template nucleic acid of the first mixture, a polymerase of the reagent, and a second type of nucleotide of the reagent, thereby forming a second mixture comprising the first and second stabilized ternary complexes; and (c) detecting the first and second type of label to distinguish the first primed template nucleic acid from the second primed template nucleic acid, wherein detection comprises detecting the stabilized ternary complexes without chemical incorporation of the nucleotide into the primed template nucleic acid.
A cone crusher comprising - a frame, - an outer blade which is adapted to be locked to the frame, - an inner blade which is eccentrically and vertically movable relative to the outer blade, and the inner blade and the outer blade define there between a crushing chamber, - a main shaft which is stationary relative to the frame, - an eccentric which is bearing-mounted on the main shaft, - a support cone on which the inner blade is arranged, - an adjustment shaft by means of which the support cone is vertically movable from below, - a hollow space is arranged inside the main shaft, - the adjustment shaft is arranged to the hollow space, - a load cylinder is arranged to a lower end of the main shaft which load cylinder comprises an adjustment piston acting to a lower end of the adjustment shaft, a pressure medium supply is arranged to a pressure volume under the adjustment piston for moving vertically the adjustment shaft, characterized in that - a lubricant supply is arranged above the adjustment piston for directing lubricant via the hollow space to targets to be lubricated, which hollow space is forming a flow channel between the main shaft and the adjustment shaft, through the main shaft, for supplying lubricant to upper portions of the main and adjustment shafts, and - the main shaft is fixed stationary to the frame such that the lower end of the main shaft extends outside the frame under the frame and that the lubricant supply is arranged from outside to the outside extending part of the main shaft and through the main shaft to the hollow space. - a frame, - an outer blade which is adapted to be locked to the frame, - an inner blade which is eccentrically and vertically movable relative to the outer blade, and the inner blade and the outer blade define there between a crushing chamber, - a main shaft which is stationary relative to the frame, - an eccentric which is bearing-mounted on the main shaft, - a support cone on which the inner blade is arranged, - an adjustment shaft by means of which the support cone is vertically movable from below, - a hollow space is arranged inside the main shaft, - the adjustment shaft is arranged to the hollow space, - a load cylinder is arranged to a lower end of the main shaft which load cylinder comprises an adjustment piston acting to a lower end of the adjustment shaft, a pressure medium supply is arranged to a pressure volume under the adjustment piston for moving vertically the adjustment shaft, characterized in that - a lubricant supply is arranged above the adjustment piston for directing lubricant via the hollow space to targets to be lubricated, which hollow space is forming a flow channel between the main shaft and the adjustment shaft, through the main shaft, for supplying lubricant to upper portions of the main and adjustment shafts, and - the main shaft is fixed stationary to the frame such that the lower end of the main shaft extends outside the frame under the frame and that the lubricant supply is arranged from outside to the outside extending part of the main shaft and through the main shaft to the hollow space.
A curtain mounting unit, comprising: a connecting seat having a receiving cavity formed in a rear end surface, a mounting hole connected with the receiving cavity formed in a front end surface, and a plurality of tenons extending along a longitudinal direction of the connecting seat on the outer sides of the connecting seat; a telescopically movable tube having an external thread arranged outside and a front end to insert into the receiving cavity; an elastic component received in the receiving cavity, the two ends of the elastic component abutting against the front end of the telescopically movable tube and an inner bottom surface of the receiving cavity respectively; an annularly-shaped locking ring fitted on the outer surface of the telescopically movable tube having a central via, and an inner thread on the inner side wall of the central via to engage the outer thread; and a mounting plate attached to a rear end of the telescopically movable tube, wherein the outer sides of the connecting seat comprise two symmetrically arranged sliding grooves connecting with the receiving cavity in the longitudinal direction; and wherein the front end of the telescopically movable tube comprises two sliders matched with the shapes of the sliding grooves, the two sliders embedded in the sliding grooves respectively, characterized in that the telescopically movable tube comprises a double-ear component disposed on the rear end surface; and wherein the double ears of the double-ear component insert into two square grooves formed through the mounting plate and hinge to the mounting plate by a pin. a connecting seat having a receiving cavity formed in a rear end surface, a mounting hole connected with the receiving cavity formed in a front end surface, and a plurality of tenons extending along a longitudinal direction of the connecting seat on the outer sides of the connecting seat; a telescopically movable tube having an external thread arranged outside and a front end to insert into the receiving cavity; an elastic component received in the receiving cavity, the two ends of the elastic component abutting against the front end of the telescopically movable tube and an inner bottom surface of the receiving cavity respectively; an annularly-shaped locking ring fitted on the outer surface of the telescopically movable tube having a central via, and an inner thread on the inner side wall of the central via to engage the outer thread; and a mounting plate attached to a rear end of the telescopically movable tube, wherein the outer sides of the connecting seat comprise two symmetrically arranged sliding grooves connecting with the receiving cavity in the longitudinal direction; and wherein the front end of the telescopically movable tube comprises two sliders matched with the shapes of the sliding grooves, the two sliders embedded in the sliding grooves respectively, characterized in that the telescopically movable tube comprises a double-ear component disposed on the rear end surface; and wherein the double ears of the double-ear component insert into two square grooves formed through the mounting plate and hinge to the mounting plate by a pin.
A sterilizing cabinet assembly, comprising: (a) a cabinet (2702, 2802) having an access port and a bottom (2704, 2804); (b) a door (2002, 2106, 2204, 2304, 2506, 2606) connected to the cabinet (2702, 2802), the door (2002, 2106, 2204, 2304, 2506, 2606) moveable between an open position permitting passage through the access port to an interior of the cabinet (2702, 2802) and a closed position precluding passage through the access port; (c) a vent port configured at the door (2002, 2106, 2204, 2304, 2506, 2606); (d) a filter overlying the vent port and forming a sealed interface with an adjacent portion of the door (2002, 2106, 2204, 2304, 2506, 2606); characterized in that (e) the bottom (2704, 2804) is configured to induce condensate to flow on the bottom (2704, 2804) and to move toward the vent port at the door (2002, 2106, 2204, 2304, 2506, 2606); wherein the bottom is a surface inclined towards the vent port and having a high portion and a low portion, the low portion being adjacent to the vent port, thereby allowing condensate to move towards the vent port at the door (2002, 2106, 2204, 2304, 2506, 2606); or wherein the bottom comprises a surface and a raised inclined floor, the raised inclined floor located above a portion of the surface and comprising a high portion and a low portion, the low portion being adjacent to the vent port such that the raised inclined floor is flush or nearly flush with the bottom of the vent port, thereby allowing condensate to move towards the vent port at the door (2002, 2106, 2204, 2304, 2506, 2606). (a) a cabinet (2702, 2802) having an access port and a bottom (2704, 2804); (b) a door (2002, 2106, 2204, 2304, 2506, 2606) connected to the cabinet (2702, 2802), the door (2002, 2106, 2204, 2304, 2506, 2606) moveable between an open position permitting passage through the access port to an interior of the cabinet (2702, 2802) and a closed position precluding passage through the access port; (c) a vent port configured at the door (2002, 2106, 2204, 2304, 2506, 2606); (d) a filter overlying the vent port and forming a sealed interface with an adjacent portion of the door (2002, 2106, 2204, 2304, 2506, 2606); (e) the bottom (2704, 2804) is configured to induce condensate to flow on the bottom (2704, 2804) and to move toward the vent port at the door (2002, 2106, 2204, 2304, 2506, 2606); wherein the bottom is a surface inclined towards the vent port and having a high portion and a low portion, the low portion being adjacent to the vent port, thereby allowing condensate to move towards the vent port at the door (2002, 2106, 2204, 2304, 2506, 2606); or wherein the bottom comprises a surface and a raised inclined floor, the raised inclined floor located above a portion of the surface and comprising a high portion and a low portion, the low portion being adjacent to the vent port such that the raised inclined floor is flush or nearly flush with the bottom of the vent port, thereby allowing condensate to move towards the vent port at the door (2002, 2106, 2204, 2304, 2506, 2606).
A signal transmission method, wherein the method comprises: obtaining, by a network device, an end moment of first downlink transmission, wherein the first downlink transmission occupies one or more downlink subframes, a downlink transmission part of a self-contained subframe, or a combination of one or more downlink subframes and a downlink transmission part of a self-contained subframe; and performing, by the network device, second downlink transmission in an unlicensed frequency band after a first guard period from the end moment of the first downlink transmission, wherein at least one terminal device senses a channel in the first guard period, and the second downlink transmission is used to reserve the channel for the at least one terminal device. obtaining, by a network device, an end moment of first downlink transmission, wherein the first downlink transmission occupies one or more downlink subframes, a downlink transmission part of a self-contained subframe, or a combination of one or more downlink subframes and a downlink transmission part of a self-contained subframe; and performing, by the network device, second downlink transmission in an unlicensed frequency band after a first guard period from the end moment of the first downlink transmission, wherein at least one terminal device senses a channel in the first guard period, and the second downlink transmission is used to reserve the channel for the at least one terminal device.
Method for coating inorganic nanoparticles with metal, comprising the steps of: a) thiol-functionalising the surface of the nanoparticles; b) bringing the nanoparticles into contact with an aqueous metal salt solution which contains at least one metal salt of a metal selected from Ni, Cu, Co, Zn, Cd, Cr, Sn, Pb, Fe, Al and metals of group 15 of the periodic table; and c) adding a reducing agent which reduces the metal salt solution, resulting in metal deposition on the nanoparticles, the nanoparticles being globular or spherical particles, nanoparticles of oxidic particles being used, and the diameter of the particles being less than 100 nm, and additional complexing agents being added in method step b), characterised in that the complexing agents are selected from EDTA, gluconic acid, tartrate, glycolic acid, citrate, succinate, ethylene diamine and sucrose and the reducing agent is hydrazine. a) thiol-functionalising the surface of the nanoparticles; b) bringing the nanoparticles into contact with an aqueous metal salt solution which contains at least one metal salt of a metal selected from Ni, Cu, Co, Zn, Cd, Cr, Sn, Pb, Fe, Al and metals of group 15 of the periodic table; and c) adding a reducing agent which reduces the metal salt solution, resulting in metal deposition on the nanoparticles,