mhurhangee/patent-ind-claim-en huggingface dataset:
Power conducting system comprising a) a guide channel (1.1), wherein the latter is formed by two mutually parallel and vertically disposed sides (2.1, 2.2), b) a vertically suspended power track chain , wherein the power track chain has a fixed strand (3.1), a movable strand , and segments which are connected to one another in an articulated manner while forming a curvature region between a first stationary connection region and a second movable connection region , wherein the fixed strand (3.1) is disposed between the first stationary connection region and the curvature region , wherein the movable strand is disposed between the second movable connection region and the curvature region , and the fixed strand (3.1) between the curvature region and the first stationary connection region is at least partially guided in the guide channel (1.1) between the sides (2.1, 2.2), c) a catch hook , wherein the catch hook is connected to a segment and wherein a portion of the catch hook is disposed so as to protrude beyond at least one side (2.1, 2.2) of the guide channel (1.1), and d) a catch hook holder (9.1), characterized in that the catch hook holder (9.1) has a clearance which is formed on the outside next to one of the sides (2.1, 2.2) of the guide channel (1.1) in the direction of the opposite movable strand , and which extends in the vertical direction from an entry opening downwards, wherein the catch hook in one position engages in the clearance of the catch hook holder (9.1). a) a guide channel (1.1), wherein the latter is formed by two mutually parallel and vertically disposed sides (2.1, 2.2), b) a vertically suspended power track chain , wherein the power track chain has a fixed strand (3.1), a movable strand , and segments which are connected to one another in an articulated manner while forming a curvature region between a first stationary connection region and a second movable connection region , wherein the fixed strand (3.1) is disposed between the first stationary connection region and the curvature region , wherein the movable strand is disposed between the second movable connection region and the curvature region , and the fixed strand (3.1) between the curvature region and the first stationary connection region is at least partially guided in the guide channel (1.1) between the sides (2.1, 2.2), c) a catch hook , wherein the catch hook is connected to a segment and wherein a portion of the catch hook is disposed so as to protrude beyond at least one side (2.1, 2.2) of the guide channel (1.1), and d) a catch hook holder (9.1), characterized in that the catch hook holder (9.1) has a clearance which is formed on the outside next to one of the sides (2.1, 2.2) of the guide channel (1.1) in the direction of the opposite movable strand , and which extends in the vertical direction from an entry opening downwards, wherein the catch hook in one position engages in the clearance of the catch hook holder (9.1).
A positive electrode active material for a secondary battery, the positive electrode active material comprising a lithium transition metal oxide, wherein the positive electrode active material has three peaks in a differential graph obtained by the method defined in the description by differentiating a pH value against an amount of HCl added, which is obtained by pH titration of 10 g of the lithium transition metal oxide using 0.5 M HCl, wherein a y-axis dpH/dml value of a first peak at a smallest x-axis value among the three peaks is -1.0 or less, wherein the lithium transition metal oxide has a coating portion including a boron lithium oxide on surfaces of particles of the lithium transition metal oxide and wherein the coating portion comprises LiBO 2 in an amount of 95 wt% or more.
A method of assisting operation of a vehicle, the method comprising: identifying a user-configured speech recognition performance setting value selected from among a plurality of speech recognition performance setting values; selecting a speech recognition model configuration corresponding to the user-configured speech recognition performance setting value from among a plurality of speech recognition model configurations, wherein each speech recognition model configuration of the plurality of speech recognition model configurations corresponds to a respective one of the plurality of speech recognition performance setting values; and recognizing an audio input as an input state using the speech recognition model configuration corresponding to the user-configured speech recognition performance setting value. identifying a user-configured speech recognition performance setting value selected from among a plurality of speech recognition performance setting values; selecting a speech recognition model configuration corresponding to the user-configured speech recognition performance setting value from among a plurality of speech recognition model configurations, wherein each speech recognition model configuration of the plurality of speech recognition model configurations corresponds to a respective one of the plurality of speech recognition performance setting values; and recognizing an audio input as an input state using the speech recognition model configuration corresponding to the user-configured speech recognition performance setting value.
Switch for producing or interrupting a flow of current by manually actuating a switch rocker , comprising a base , a circuit board and a switch rocker , wherein an inner cover is arranged between the switch rocker and the circuit board , wherein at least one elastic buffer element for contact with the switch rocker is assigned to the inner cover , wherein a buffer element or a plurality of buffer elements is or are configured as an integral constituent part or as integral constituent parts of the inner cover , and wherein the buffer element is configured as a spring tongue , which bears with one end indirectly or directly in a resilient manner on the switch rocker or can be placed on the latter in a resilient manner, and which is fixed by its other end to the inner cover , characterized in that the spring tongue is turned over inwards, specifically in the direction of the circuit board , at its end facing the switch rocker , and has a U-shaped or V-shaped bead .
A rotary engine, comprising: an outer body defining a rotor cavity ; a rotor rotatable within the rotor cavity and in sealing engagement with walls of the outer body and defining at least one chamber of variable volume in the rotor cavity ; a pilot subchamber defined by the outer body , the pilot subchamber having an outlet in fluid flow communication with the rotor cavity ; a main fuel source (S1) of a heavy fuel; an alternative fuel source (S2) of an alternative fuel different from the heavy fuel; a main injector having a tip in fluid communication with the rotor cavity at a location spaced apart from the outlet of the pilot subchamber , the main injector selectively fluidly connectable to the main fuel source (S1) or to the alternative fuel source (S2); and a controller having a processing unit and a computer-readable medium having instructions stored thereon executable by the processing unit to cause the processing unit to: determine that the rotary engine is in a vicinity of a city or an airport; and upon determining that the rotary engine is in the vicinity of the city or the airport, operate the main injector in a first configuration in which the main injector fluidly connects the alternative fuel source (S2) to the rotor cavity while disconnecting the main fuel source (S1) from the rotor cavity . an outer body defining a rotor cavity ; a rotor rotatable within the rotor cavity and in sealing engagement with walls of the outer body and defining at least one chamber of variable volume in the rotor cavity ; a pilot subchamber defined by the outer body , the pilot subchamber having an outlet in fluid flow communication with the rotor cavity ; a main fuel source (S1) of a heavy fuel; an alternative fuel source (S2) of an alternative fuel different from the heavy fuel; a main injector having a tip in fluid communication with the rotor cavity at a location spaced apart from the outlet of the pilot subchamber , the main injector selectively fluidly connectable to the main fuel source (S1) or to the alternative fuel source (S2); and a controller having a processing unit and a computer-readable medium having instructions stored thereon executable by the processing unit to cause the processing unit to: determine that the rotary engine is in a vicinity of a city or an airport; and upon determining that the rotary engine is in the vicinity of the city or the airport, operate the main injector in a first configuration in which the main injector fluidly connects the alternative fuel source (S2) to the rotor cavity while disconnecting the main fuel source (S1) from the rotor cavity . determine that the rotary engine is in a vicinity of a city or an airport; and upon determining that the rotary engine is in the vicinity of the city or the airport, operate the main injector in a first configuration in which the main injector fluidly connects the alternative fuel source (S2) to the rotor cavity while disconnecting the main fuel source (S1) from the rotor cavity .
An anti-guanylyl cyclase C (GCC) antibody molecule comprising a heavy chain variable region comprising an amino acid sequence of SEQ ID NO: 46; and a light chain variable region comprising an amino acid sequence of SEQ ID NO: 48.
Drum (MC1; MC2) for containing a coil of welding wire, comprising: • a container (50; 150) having a bottom (52; 152) and side walls (56; 156) for delimiting a cavity (54; 154) in which the coil can be housed, and • a lid (10; 110) to close the container (50; 150), wherein the container (50; 150) has a tapered shape and the smaller base of the container (50; 150) corresponds to the bottom (52; 152) of the container (50; 150), the container (50; 150) having the shape of a truncated cone or truncated pyramid, characterized by comprising a filling element (30; 130) shaped to extend into the space (S) comprised between the inner surface of the container (50; 150) and the lateral surface of an imaginary cylinder having a base substantially equal to that of the container (50; 150). • a container (50; 150) having a bottom (52; 152) and side walls (56; 156) for delimiting a cavity (54; 154) in which the coil can be housed, and • a lid (10; 110) to close the container (50; 150), wherein the container (50; 150) has a tapered shape and the smaller base of the container (50; 150) corresponds to the bottom (52; 152) of the container (50; 150), the container (50; 150) having the shape of a truncated cone or truncated pyramid, characterized by comprising a filling element (30; 130) shaped to extend into the space (S) comprised between the inner surface of the container (50; 150) and the lateral surface of an imaginary cylinder having a base substantially equal to that of the container (50; 150).
An applicator for applying an antiseptic solution to a desired surface and for selectively removing undesired by-products from the antiseptic solution, the applicator comprising: antiseptic solution in amount sufficient to be applied to a desired surface and to have an antimicrobial effect on the desired surface, wherein the antiseptic solution is selected from the group consisting of an aqueous solution of chlorhexidine and an aqueous solution of a chlorhexidine salt, said salt being selected from the group consisting of gluconate, acetate, chloride, bromide, nitrate, sulphate, carbonate and phosphanilate, and at least one porous element , wherein the at least one porous element selectively removes undesired by-products from the antiseptic solution by 50-90% when the antiseptic solution contacts the at least one porous element , wherein the undesired by-product is para-chloraniline; and wherein the at least one porous element is a hydrophilic polyester-polyurethane foam or felt material.
A three-position disconnector switch, comprising: - an earthing contact ; - a power out contact ; - a power in contact ; - a first piston ; and - a second piston ; wherein, in a connected switch position: the first piston is configured to make an electrical connection with the power out contact and the second piston is configured to make an electrical connection with the power out contact and the power in contact , and wherein in the connected switch position a distance between a first end of the first piston and the power in contact is less than a distance between a second end of the first piston and the earthing contact ; wherein, in a disconnected switch position: the first piston is configured to make an electrical connection with the power out contact and the second piston is configured to make an electrical connection with the power out contact ; wherein, in an earthed switch position: the first piston is configured to make an electrical connection with the earthing contact and with the power out contact and the second piston is configured to make an electrical connection with the power out contact . - an earthing contact ; - a power out contact ; - a power in contact ; - a first piston ; and - a second piston ; wherein, in a connected switch position: the first piston is configured to make an electrical connection with the power out contact and the second piston is configured to make an electrical connection with the power out contact and the power in contact , and wherein in the connected switch position a distance between a first end of the first piston and the power in contact is less than a distance between a second end of the first piston and the earthing contact ; wherein, in a disconnected switch position: the first piston is configured to make an electrical connection with the power out contact and the second piston is configured to make an electrical connection with the power out contact ; wherein, in an earthed switch position: the first piston is configured to make an electrical connection with the earthing contact and with the power out contact and the second piston is configured to make an electrical connection with the power out contact .
A medium-caliber ammunition supply device intended for a turret mounted on an armored vehicle, comprising at least one circular turntable , that can be placed at the rear of said turret, for positioning medium-caliber ammunition in a strip or chain, vertically and along a spiral path, followed by the structural elements for guided and pulled conveyance of at least one strip or chain of medium-caliber ammunition , which comprise at least a conveyor and a ratchet box , characterized in that said structural elements for guided and/or pulled conveyance successively comprise a first conveyor , a first ratchet box , a second conveyor and a second ratchet box , said circular turntable and said structural elements for guided and pulled conveyance all being covered with a sheet-metal protection on their side faces and/or on an upper part or roof, said sheet metal protection having mobile hatches mounted rotating or pivoting, allowing partial or complete and ergonomic (re)loading and/or unloading of the circular turntable with medium-caliber ammunition , either when stopped or during the movement of the vehicle, from the inside and/or outside of the turret and allowing access to the medium caliber ammunition or (re)loading and/or unloading thereof in the conveyors .
A handle assembly for a door , the handle assembly comprising: a first housing mountable to a surface of the door ; and a handle configured to be received at least partially within the first housing and adapted to move between an unlocked position in which the handle protrudes from the housing and a locked position in which the handle is substantially within the housing ; wherein opening of the door when the handle is in the locked position is prevented by a lock ; characterized in that the first housing is designed to be replaceable by a second housing associated with an electronic actuating means , without requiring removal of the handle from the door . a first housing mountable to a surface of the door ; and a handle configured to be received at least partially within the first housing and adapted to move between an unlocked position in which the handle protrudes from the housing and a locked position in which the handle is substantially within the housing ; wherein opening of the door when the handle is in the locked position is prevented by a lock ; characterized in that the first housing is designed to be replaceable by a second housing associated with an electronic actuating means , without requiring removal of the handle from the door .
An arrangement comprising a cistern , a flush valve and a filling valve for filling the cistern , the filling valve comprising a valve housing , a water-conducting channel arranged in the valve housing with an inlet and an outlet , a first control element , and an inflow valve arranged in the water-conducting channel , wherein the first control element is operatively connected to the inflow valve in such a way that the inflow valve can be activated for actuation, and the filling valve further comprising a second control element which is arranged in addition to the first control element , and the second control element is also operatively connected to the inflow valve in such a way that the inflow valve can be activated for operation, wherein the second control element is activated by a control criterion predetermined by the flushing valve characterized in that the flushing valve is connected to the second control element via a control line , wherein when the flushing valve is open, a water pressure can be provided as a control criterion on the second control element via the control line such that the second control element prevents the inflow valve from opening, and wherein when the flushing valve is closed, the water pressure on the second control element is eliminated, such that the second control element allows the inflow valve to open. the filling valve comprising a valve housing , a water-conducting channel arranged in the valve housing with an inlet and an outlet , a first control element , and an inflow valve arranged in the water-conducting channel , wherein the first control element is operatively connected to the inflow valve in such a way that the inflow valve can be activated for actuation, and the filling valve further comprising a second control element which is arranged in addition to the first control element , and the second control element is also operatively connected to the inflow valve in such a way that the inflow valve can be activated for operation, wherein the second control element is activated by a control criterion predetermined by the flushing valve characterized in that the flushing valve is connected to the second control element via a control line , wherein when the flushing valve is open, a water pressure can be provided as a control criterion on the second control element via the control line such that the second control element prevents the inflow valve from opening, and wherein when the flushing valve is closed, the water pressure on the second control element is eliminated, such that the second control element allows the inflow valve to open.
A negative pressure wound dressing comprising: Foam ; and a bio-cellulose film having a three-dimensional reticular structure , the bio-cellulose film being bonded to a surface of the foam , with a projected area of the bio-cellulose film on a surface of the foam bonded to the bio-cellulose film being greater than or equal to a projected area of the foam ; wherein the bio-cellulose film comprises bio-celluloses secreted by bacteria and the bio-cellulose film has a bio-cellulose content of 0.0013 g/cm 2 to 0.0018 g/cm 2 per unit area; wherein the three-dimensional reticular structure has a plurality of backbone fibers parallel to each other and a plurality of interlayered fibers interwoven with any two adjacent backbone fibers . Foam ; and a bio-cellulose film having a three-dimensional reticular structure , the bio-cellulose film being bonded to a surface of the foam , with a projected area of the bio-cellulose film on a surface of the foam bonded to the bio-cellulose film being greater than or equal to a projected area of the foam ; wherein the bio-cellulose film comprises bio-celluloses secreted by bacteria and the bio-cellulose film has a bio-cellulose content of 0.0013 g/cm 2 to 0.0018 g/cm 2 per unit area; wherein the three-dimensional reticular structure has a plurality of backbone fibers parallel to each other and a plurality of interlayered fibers interwoven with any two adjacent backbone fibers .
An EMC test system for a rotating load, comprising: a shielded chamber , the rotating load , a first connecting shaft , a compressor , a fluid pipeline , a fluid motor , a second connecting shaft and a motor load ; wherein the rotating load , the first connecting shaft and the compressor are arranged inside the shielded chamber ; the fluid motor , the second connecting shaft and the motor load are arranged outside the shielded chamber ; the rotating load is connected to the compressor through the first connecting shaft ; the compressor is connected to the fluid motor through the fluid pipeline ; the fluid motor is connected to the motor load through the second connecting shaft ; wherein fluid is introduced to the fluid motor and drives the fluid motor to rotate such that the fluid motor drives the motor load to rotate through the second connecting shaft ; and the fluid pipeline passes through the shielded chamber .
A method for conserving power on a portable electronic device having a display with a touch-sensitive overlay , the method comprising: - switching the portable electronic device to a low power mode in response to a trigger condition; - detecting a touch on the touch-sensitive overlay ; - determining touch attributes of the touch; - determining when the touch is a designated wake-up gesture based on the determined touch attributes; and - switching the portable electronic device from the low power mode to a full power mode on the portable electronic device in response to detection of the designated wake-up gesture on the touch-sensitive overlay of the portable electronic device; wherein the designated wake-up gesture is a meta-navigation gesture which crosses over a boundary, wherein the boundary comprises a region or band along a margin of the touch-sensitive overlay , one or more predetermined lines on the touch-sensitive overlay , or a boundary where one of a bezel or a frame of the electronic device meets the touch-sensitive overlay , and wherein the meta-navigation gesture comprises a swipe. - switching the portable electronic device to a low power mode in response to a trigger condition; - detecting a touch on the touch-sensitive overlay ; - determining touch attributes of the touch; - determining when the touch is a designated wake-up gesture based on the determined touch attributes; and - switching the portable electronic device from the low power mode to a full power mode on the portable electronic device in response to detection of the designated wake-up gesture on the touch-sensitive overlay of the portable electronic device; wherein the designated wake-up gesture is a meta-navigation gesture which crosses over a boundary, wherein the boundary comprises a region or band along a margin of the touch-sensitive overlay , one or more predetermined lines on the touch-sensitive overlay , or a boundary where one of a bezel or a frame of the electronic device meets the touch-sensitive overlay , and wherein the meta-navigation gesture comprises a swipe.