mhurhangee/ep-ind-claims huggingface dataset:
Application unit for applying a viscous material to a component edge, which varies in particular in terms of the width (B K) and/or position, of a component, wherein the application unit has a nozzle for applying the viscous material to the component edge by way of an outlet opening which is adjustable in terms of the width (B A), wherein the application unit has a receptacle unit for receiving the nozzle and/or a nozzle unit, wherein the application unit has a first sensing device with a contact face for contacting the component, and a second sensing device with a contact face for contacting the component, wherein the first sensing device and the second sensing device are able to be preloaded by way of a preloading assembly in opposite directions (R 1, R 2), and wherein the width (B A) of the outlet opening is adaptable as a function of the spacing of the contact face of the first sensing device from the contact face of the second sensing device, wherein the preloading assembly has at least one, in particular one first, preloading unit for preloading one of the sensing devices (9, 10) in a first direction (R 1), characterized in that the nozzle and/or the nozzle unit are/is releasable from the receptacle unit at an interface, and in that the first preloading unit is a constituent part of the receptacle unit. wherein the application unit has a nozzle for applying the viscous material to the component edge by way of an outlet opening which is adjustable in terms of the width (B A), wherein the application unit has a receptacle unit for receiving the nozzle and/or a nozzle unit, wherein the application unit has a first sensing device with a contact face for contacting the component, and a second sensing device with a contact face for contacting the component, wherein the first sensing device and the second sensing device are able to be preloaded by way of a preloading assembly in opposite directions (R 1, R 2), and wherein the width (B A) of the outlet opening is adaptable as a function of the spacing of the contact face of the first sensing device from the contact face of the second sensing device, wherein the preloading assembly has at least one, in particular one first, preloading unit for preloading one of the sensing devices (9, 10) in a first direction (R 1), characterized in that the nozzle and/or the nozzle unit are/is releasable from the receptacle unit at an interface, and in that the first preloading unit is a constituent part of the receptacle unit.
A method at a device, comprising: assigning a set of executable instructions to an instruction packet based at least in part on a parameter associated with the instruction packet, each executable instruction of the set of executable instructions independent from other executable instructions of the set of executable instructions; selecting an order of the set of executable instructions based at least in part on a slot instruction rule associated with the device, each executable instruction of the set of executable instructions corresponding to a respective slot associated with a memory of the device; modifying the order of the set of executable instructions in a memory hierarchy post pre-decode based at least in part on the slot instruction rule; and processing the set of executable instructions of the instruction packet based at least in part on the modified order. assigning a set of executable instructions to an instruction packet based at least in part on a parameter associated with the instruction packet, each executable instruction of the set of executable instructions independent from other executable instructions of the set of executable instructions; selecting an order of the set of executable instructions based at least in part on a slot instruction rule associated with the device, each executable instruction of the set of executable instructions corresponding to a respective slot associated with a memory of the device; modifying the order of the set of executable instructions in a memory hierarchy post pre-decode based at least in part on the slot instruction rule; and processing the set of executable instructions of the instruction packet based at least in part on the modified order.
A pharmaceutically acceptable liquid composition comprising carbidopa, 4% to 12% by weight levodopa; and 9% to 30% by weight arginine, wherein said composition has a pH of 9.2 to 9.8 at 25°C, and the molar ratio of levodopa plus carbidopa to the arginine is 1:1.8 to 1:3.5.
A control method of a washing machine, comprising: sensing an amount of laundry; determining a primary washing condition including a washing time, an input amount of washing agent, and a number of times of rinsing, corresponding to the sensed amount of laundry; automatically putting a washing agent corresponding to the input amount determined based on the primary washing condition, and performing water supply; after the water supply is completed, performing a primary laundry wetting process during a first set time, wherein a drum is rotated at a first rotation speed; after the primary laundry wetting process is performed, sensing a primary nephelometric turbidity unit; and after the primary NTU is sensed, performing a secondary laundry wetting process, wherein the drum is rotated at a rotation speed greater than the first rotation speed, and sensing a secondary NTU, wherein a washing condition is readjusted as a secondary washing condition, based on a difference value (Ns) between the secondary NTU and the primary NTU, and a washing operation is performed based on the readjusted washing condition, wherein the input amount of washing agent, determined in the determining of the primary washing condition, is an input amount of washing agent, corresponding to a first pollution level, wherein the pollution level of laundry is divided into light soil, normal soil having a pollution level higher than that of the light soil, and heavy soil having a pollution level higher than that of the normal soil, wherein the first pollution level is a pollution level corresponding to that of the light soil. sensing an amount of laundry; determining a primary washing condition including a washing time, an input amount of washing agent, and a number of times of rinsing, corresponding to the sensed amount of laundry; automatically putting a washing agent corresponding to the input amount determined based on the primary washing condition, and performing water supply; after the water supply is completed, performing a primary laundry wetting process during a first set time, wherein a drum is rotated at a first rotation speed; after the primary laundry wetting process is performed, sensing a primary nephelometric turbidity unit; and after the primary NTU is sensed, performing a secondary laundry wetting process, wherein the drum is rotated at a rotation speed greater than the first rotation speed, and sensing a secondary NTU, wherein a washing condition is readjusted as a secondary washing condition, based on a difference value (Ns) between the secondary NTU and the primary NTU, and a washing operation is performed based on the readjusted washing condition, wherein the input amount of washing agent, determined in the determining of the primary washing condition, is an input amount of washing agent, corresponding to a first pollution level, wherein the pollution level of laundry is divided into light soil, normal soil having a pollution level higher than that of the light soil, and heavy soil having a pollution level higher than that of the normal soil, wherein the first pollution level is a pollution level corresponding to that of the light soil.
A pneumatic tire, comprising: a tread portion extending in a tire circumferential direction to form an annular shape; a pair of sidewall portions disposed on both sides of the tread portion; and a pair of bead portions disposed on a tire-radial-direction inner side of the sidewall portions; wherein one circumferential groove is formed on both sides of the tire centerline in the tread portion, wherein each circumferential groove, while extending continuously in the tire circumferential direction, is displaced periodically in a tire width direction and a plurality of lug grooves with both ends closed extending in the tire width direction is scattered along the tire circumferential direction on both sides of each circumferential groove in the tread portion, wherein a position of the lug grooves in the tire width direction is displaced periodically along the tire circumferential direction and a period of displacement (C 2) of the lug grooves is synchronized with a period of displacement (C 1) of the circumferential grooves, characterized in that the circumferential grooves and the lug grooves are respectively disposed on both sides of a centerline in the tread portion, the period of displacement of the circumferential grooves is shifted between both sides of the centerline, and a shift amount (Δ) of this period is made to be 25% to 33% of the period. a tread portion extending in a tire circumferential direction to form an annular shape; a pair of sidewall portions disposed on both sides of the tread portion; and a pair of bead portions disposed on a tire-radial-direction inner side of the sidewall portions; wherein one circumferential groove is formed on both sides of the tire centerline in the tread portion, wherein each circumferential groove, while extending continuously in the tire circumferential direction, is displaced periodically in a tire width direction and a plurality of lug grooves with both ends closed extending in the tire width direction is scattered along the tire circumferential direction on both sides of each circumferential groove in the tread portion, wherein a position of the lug grooves in the tire width direction is displaced periodically along the tire circumferential direction and a period of displacement (C 2) of the lug grooves is synchronized with a period of displacement (C 1) of the circumferential grooves, characterized in that the circumferential grooves and the lug grooves are respectively disposed on both sides of a centerline in the tread portion, the period of displacement of the circumferential grooves is shifted between both sides of the centerline, and a shift amount (Δ) of this period is made to be 25% to 33% of the period.
A handheld electronic vaporizing device, comprising: a body defining a cavity; a mouthpiece connected to said body; an electroconductive textile heating element; a reservoir; a power element; a power connect element; a capacitive touch sensor element; a light element; a first air inlet opening disposed on an outer surface of said body and provided with a first valve; a second opening configured to allow aerosol to enter said mouthpiece and provided with a second valve, wherein said first valve and said second valve are opened by negative pressure in said mouthpiece and closed otherwise; and an outlet opening provided at an end of said mouthpiece opposing the end having the second opening, wherein the heating element, the reservoir, the power element and the power connect element are disposed inside the cavity. a body defining a cavity; a mouthpiece connected to said body; an electroconductive textile heating element; a reservoir; a power element; a power connect element; a capacitive touch sensor element; a light element; a first air inlet opening disposed on an outer surface of said body and provided with a first valve; a second opening configured to allow aerosol to enter said mouthpiece and provided with a second valve, wherein said first valve and said second valve are opened by negative pressure in said mouthpiece and closed otherwise; and an outlet opening provided at an end of said mouthpiece opposing the end having the second opening, wherein the heating element, the reservoir, the power element and the power connect element are disposed inside the cavity.
A method of signal transmission, comprising: detecting, by a terminal device, a plurality of Synchronization Signals, SSs, sent by a network device in an SS period; and detecting, by the terminal device according to the detected plurality of SSs, broadcast channels sent by the network device and corresponding to the plurality of SS, wherein the corresponding broadcast channels comprise a plurality of broadcast channels containing the same information, and characterized in that, the method further comprises: sending, by the terminal device, broadcast channel indication information to the network device, the broadcast channel indication information being configured to indicate a first broadcast channel in the plurality of broadcast channels, the first broadcast channel being determined according to Reference Signal Received Power, RSRP, and the broadcast channel indication information being sent through a random access channel. detecting, by a terminal device, a plurality of Synchronization Signals, SSs, sent by a network device in an SS period; and detecting, by the terminal device according to the detected plurality of SSs, broadcast channels sent by the network device and corresponding to the plurality of SS, wherein the corresponding broadcast channels comprise a plurality of broadcast channels containing the same information, and characterized in that, the method further comprises: sending, by the terminal device, broadcast channel indication information to the network device, the broadcast channel indication information being configured to indicate a first broadcast channel in the plurality of broadcast channels, the first broadcast channel being determined according to Reference Signal Received Power, RSRP, and the broadcast channel indication information being sent through a random access channel.
A piezoelectric element comprising: a substrate; a lower electrode layer fixed to the substrate; a piezoelectric layer formed on the lower electrode layer; and an upper electrode layer formed on the piezoelectric layer, characterised in that the lower electrode layer includes a conductive oxide layer containing pores therein and has a larger thermal expansion coefficient than the piezoelectric layer. a substrate; a lower electrode layer fixed to the substrate; a piezoelectric layer formed on the lower electrode layer; and an upper electrode layer formed on the piezoelectric layer, characterised in that the lower electrode layer includes a conductive oxide layer containing pores therein and has a larger thermal expansion coefficient than the piezoelectric layer.
Glenoid implant comprising a cup intended to engage a prosthetic humeral head, wherein the cup is generally circular and has, on the overlap of its periphery, deformable stabilization lamellae that interact with the cancellous bone, the said cup is connected to a baseplate that has an anchoring lug in the anatomical glenoid cavity, the cup and baseplate are embedded in the said cavity, such that the load-bearing and sliding surface of the said cup is integrated into the continuity of the said anatomical cavity, in order to be perfectly congruent with the humeral head.
Deep-drawing packaging machine with a cutting station and a lifting device for the cutting station (2, 3, 4), wherein said lifting device comprises a stand mounted to a machine frame and a cutting knife as a lower tool part connected to a motor by means of a push rod, characterized in that said lifting device comprises a frame which is movable perpendicularly to a film web and relatively to said stand by means of a rotary element configured as an eccentric which is mounted on the axis of the motor and is engaged with said frame, and that said lifting device comprises a counter knife as an upper tool part connected to the frame, wherein the eccentric is mounted in such a position on the axis of the motor that the counter knife performs a movement downwards against the film web and back upwards again while the cutting knife approaches the end of its lifting movement.
A needle-inserting device comprising: a housing having an internal chamber and a longitudinal dimension; a plunger arranged for movement within the internal chamber, in the direction of the longitudinal dimension of the housing, from a first plunger position to a second plunger position; a bias mechanism for imparting a bias force on the plunger when the plunger is in the first plunger position, wherein the bias force is directed toward the second plunger position; and a needle connected to the plunger for movement with the plunger; and the plunger having a tab end configured to retain the plunger in the first plunger position, the tab end being moveable relative to the housing; wherein upon movement of the tab end, the plunger is free to move from the first plunger position to the second plunger position under the bias force imparted by the bias mechanism to move the needle to an insert position; wherein the housing has an opening through which at least a portion of the tab end extends, said tab end being retained in the first plunger position by being sized and/or configured such that the tab end cannot fit through the opening; and said movement of the tab end comprises one of, breaking off or disconnecting the tab end, turning or twisting the tab end such that it fits through the opening, and squeezing or otherwise compressing the tab end so that it has a comparable size and shape to the opening. a housing having an internal chamber and a longitudinal dimension; a plunger arranged for movement within the internal chamber, in the direction of the longitudinal dimension of the housing, from a first plunger position to a second plunger position; a bias mechanism for imparting a bias force on the plunger when the plunger is in the first plunger position, wherein the bias force is directed toward the second plunger position; and a needle connected to the plunger for movement with the plunger; and the plunger having a tab end configured to retain the plunger in the first plunger position, the tab end being moveable relative to the housing; wherein upon movement of the tab end, the plunger is free to move from the first plunger position to the second plunger position under the bias force imparted by the bias mechanism to move the needle to an insert position; wherein the housing has an opening through which at least a portion of the tab end extends, said tab end being retained in the first plunger position by being sized and/or configured such that the tab end cannot fit through the opening; and said movement of the tab end comprises one of, breaking off or disconnecting the tab end, turning or twisting the tab end such that it fits through the opening, and squeezing or otherwise compressing the tab end so that it has a comparable size and shape to the opening.
An inlet for a turbofan engine, the inlet comprising: an inner barrel (402, 502) and an outer barrel (404, 504) configured to form an inlet cowl; the inner barrel (402, 502) including an acoustic panel (406, 506); and the inlet cowl including: a lipskin (410, 510) disposed at a forward end (412, 512) of the inlet cowl; a bulkhead (414, 514) disposed between the inner barrel (402, 502) and the outer barrel (404,504); and a fluid ice protection system comprising: a porous panel combined with the lipskin; a reservoir; and a hydraulic distribution system for delivering ice protection fluid from the reservoir to the porous panel, wherein in use ice protection fluid delivered to the porous panel flows from the porous panel onto the acoustic panel (406, 506). an inner barrel (402, 502) and an outer barrel (404, 504) configured to form an inlet cowl; the inner barrel (402, 502) including an acoustic panel (406, 506); and the inlet cowl including: a lipskin (410, 510) disposed at a forward end (412, 512) of the inlet cowl; a bulkhead (414, 514) disposed between the inner barrel (402, 502) and the outer barrel (404,504); and a fluid ice protection system comprising: a porous panel combined with the lipskin; a reservoir; and a hydraulic distribution system for delivering ice protection fluid from the reservoir to the porous panel, wherein in use ice protection fluid delivered to the porous panel flows from the porous panel onto the acoustic panel (406, 506). a lipskin (410, 510) disposed at a forward end (412, 512) of the inlet cowl; a bulkhead (414, 514) disposed between the inner barrel (402, 502) and the outer barrel (404,504); and a fluid ice protection system comprising: a porous panel combined with the lipskin; a reservoir; and a hydraulic distribution system for delivering ice protection fluid from the reservoir to the porous panel, wherein in use ice protection fluid delivered to the porous panel flows from the porous panel onto the acoustic panel (406, 506).
A fuse for a device to be protected, wherein the fuse has a first contact and a second contact, whereby the second contact being used to electrically contact the device to be protected, wherein the fuse has a fuse element that connects the first contact to the second contact, wherein the fuse also has an additional contact, whereby the additional contact being arranged so as to be insulated from the first contact and insulated from the second contact and, in an untripped state, is contactless with respect to the fuse element, characterized in that a fourth contact is provided that makes external triggering available, whereby on the vent of triggering the fuse element is caused to fuse indirectly or directly, whereby the fourth contact is arranged for being used as an ignition spark gap for the area of approximation of the further contact towards the fuse element
A hydroelectric power generation system comprising: a water turbine disposed in a channel through which a fluid flows; a generator configured to be driven by the water turbine; and a controller configured to perform a first control, wherein the channel includes a first channel located on an inflow side of the water turbine, the first channel includes a water turbine channel through which at least part of the fluid that is to flow into the water turbine flows, and a branch channel that branches from the water turbine channel, an outlet of the branch channel is connected to not a downstream side of the water turbine but a branch reservoir, and the controller is configured to control, in the first control, a flow rate (Qw) or a head (ΔPw) of the water turbine so that any one of a pressure (Pa) of the fluid in the first channel, a flow rate (Qa) of the fluid in the first channel, and a liquid level (Ha) of the fluid in a first reservoir from which the fluid flows out to the first channel approaches a first target value. a water turbine disposed in a channel through which a fluid flows; a generator configured to be driven by the water turbine; and a controller configured to perform a first control, wherein the channel includes a first channel located on an inflow side of the water turbine, the first channel includes a water turbine channel through which at least part of the fluid that is to flow into the water turbine flows, and a branch channel that branches from the water turbine channel, an outlet of the branch channel is connected to not a downstream side of the water turbine but a branch reservoir, and the controller is configured to control, in the first control, a flow rate (Qw) or a head (ΔPw) of the water turbine so that any one of a pressure (Pa) of the fluid in the first channel, a flow rate (Qa) of the fluid in the first channel, and a liquid level (Ha) of the fluid in a first reservoir from which the fluid flows out to the first channel approaches a first target value.