mhurhangee/ep-ind-claims huggingface dataset:
A catheter comprising: an elongated body having a longitudinal axis; a distal assembly distal the elongated body, the distal assembly having a hollow support member defining a helical form having a pitch, a radius and a length, the hollow support member formed from a tube with a spiral cut along the length and the distal assembly further including a helical nitinol wire; wherein the helical nitinol wire is in the helical shape when the wire is unconstrained; a dome positioned at the distal tip, wherein the helical nitinol wire is anchored to the dome; at least one electrode mounted on the distal assembly; a control handle proximal the elongated body, the control handle including a portion of smaller diameter adapted to receive the proximal end of an assembly comprising two shrink sleeve strain relief elements (151, 152) and the elongated body, the strain relief elements (151, 152) attached to the portion using polyurethane; and a mandrel defining a second predetermined form, the mandrel being adapted for insertion into the hollow support member. an elongated body having a longitudinal axis; a distal assembly distal the elongated body, the distal assembly having a hollow support member defining a helical form having a pitch, a radius and a length, the hollow support member formed from a tube with a spiral cut along the length and the distal assembly further including a helical nitinol wire; wherein the helical nitinol wire is in the helical shape when the wire is unconstrained; a dome positioned at the distal tip, wherein the helical nitinol wire is anchored to the dome; at least one electrode mounted on the distal assembly; a control handle proximal the elongated body, the control handle including a portion of smaller diameter adapted to receive the proximal end of an assembly comprising two shrink sleeve strain relief elements (151, 152) and the elongated body, the strain relief elements (151, 152) attached to the portion using polyurethane; and a mandrel defining a second predetermined form, the mandrel being adapted for insertion into the hollow support member.
A media roll holder assembly for a roll that is detachably supported in a printing system, the assembly comprising: - a rotational drive comprising a roll engaging element configured for fittingly engaging and driving a drive engaging element of a roller; - a first guide surface configured to support and direct the roller in a loading direction; characterized in that the assembly further comprises: - a second guide surface at least partially extending at an angle with respect to the first guide surface, such that movement of the roller over the first guide surface brings the drive engaging element in contact with the second guide surface, wherein the second guide surface directs the drive engaging element into a predetermined orientation, which orientation aligns the drive engaging element with the roll engaging element in a loading orientation, such that further movement of the roller in the loading direction inserts the drive engaging element into the roll engaging element. - a rotational drive comprising a roll engaging element configured for fittingly engaging and driving a drive engaging element of a roller; - a first guide surface configured to support and direct the roller in a loading direction; - a second guide surface at least partially extending at an angle with respect to the first guide surface, such that movement of the roller over the first guide surface brings the drive engaging element in contact with the second guide surface, wherein the second guide surface directs the drive engaging element into a predetermined orientation, which orientation aligns the drive engaging element with the roll engaging element in a loading orientation, such that further movement of the roller in the loading direction inserts the drive engaging element into the roll engaging element.
An assembly of a sewer and a sewer blockage detection system, comprising: - a sewer pipe for having waste-water flowing through at least a bottom part thereof; - a measuring organ; and - a control unit, in which the control unit is designed to send out an alarm signal when a blockage is detected in the sewer pipe, characterized in that, the assembly further comprises: - a gas supply for delivering pressurized gas; - a gas transport duct which connects with one end to the gas supply, which extends from there towards the sewer pipe, and then opens out inside the bottom part, wherein the measuring organ is designed for measuring back pressures (Bp) of pressurized gas when flowing from the gas supply through the duct into the bottom part, wherein the control unit comprises at least one threshold value for the measured back pressures (Bp), which threshold value is indicative for detecting blockages or risks for future blockages inside the sewer, wherein the control unit is designed to send out the alarm signal when back pressures (Bp) which have been measured over a period of time by the measuring organ lie above said threshold value, wherein a gas inflow opening has been provided in a lower circumferential wall section of the sewer pipe that delimits its bottom part, and wherein the duct connects to the gas inflow opening such that pressurized gas which is delivered to the duct, flows through the duct and gets blown directly through the gas inflow opening in said lower circumferential wall section into the bottom part of the sewer pipe. - a sewer pipe for having waste-water flowing through at least a bottom part thereof; - a measuring organ; and - a control unit, - a gas supply for delivering pressurized gas; - a gas transport duct which connects with one end to the gas supply, which extends from there towards the sewer pipe, and then opens out inside the bottom part,
A lithium secondary battery comprising an anode coated with an anode mixture comprising an anode active material, a cathode coated with a cathode mixture comprising a cathode active material, and a non-aqueous electrolyte, wherein the anode mixture comprises, as aqueous binders, carboxymethyl cellulose having a degree of substitution of a hydroxyl group (-OH) with a carboxymethyl group (-CH 2 CO 2 H) of 0.7 to 1.2, a molecular weight (Mn) of 500,000 to 900,000, and a pH of 6.5 to 8.0, and styrene-butadiene rubber having a particle diameter of 90 nm to 150 nm and a tensile strength of 882 N to 1568 N (90 kgf to 160 kgf), and the anode has an electrode coating amount of 10 to 20 mg/cm 2, and wherein an amount ratio of CMC to SBR is 1:0.1 to 1:5 on a weight ratio basis.
A beverage dispensing device for dispensing different types of beverages or beverage components (4,6,8), at least one of which being a malt based beverage or beverage component, wherein the device comprises at least: multiple supply sources each containing a beverage or a liquid, a gaseous or a solid beverage component; an output line of the beverage dispensing device through which a beverage dispensed by the device is supplied to a receptacle; dispensing means for opening and closing the output line and comprising a dispensing valve which is operated by operating means for opening the dispensing valve (1 6) in order to supply a beverage; multiple supply lines, each supply line extending from a corresponding supply source and comprising a controllable supply line valve which can be set in an open and closed position; and, a controlling means for sequentially setting the controllable supply line valves, wherein in each sequence step the controllable supply line valves are set into a closed or open position according to a pre-determined setting, a beverage containing multiple beverages or beverage components (4,6,8) being dispensed into the receptacle after every sequence step has been executed and this during a single tapping cycle; characterized in that the device comprises connecting means formed as a chamber and connected at the one hand to every supply line and at the other hand to the output line. multiple supply sources each containing a beverage or a liquid, a gaseous or a solid beverage component; an output line of the beverage dispensing device through which a beverage dispensed by the device is supplied to a receptacle; dispensing means for opening and closing the output line and comprising a dispensing valve which is operated by operating means for opening the dispensing valve (1 6) in order to supply a beverage; multiple supply lines, each supply line extending from a corresponding supply source and comprising a controllable supply line valve which can be set in an open and closed position; and, a controlling means for sequentially setting the controllable supply line valves, wherein in each sequence step the controllable supply line valves are set into a closed or open position according to a pre-determined setting, a beverage containing multiple beverages or beverage components (4,6,8) being dispensed into the receptacle after every sequence step has been executed and this during a single tapping cycle; characterized in that the device comprises connecting means formed as a chamber and connected at the one hand to every supply line and at the other hand to the output line.
A gastric space filler device effective for reducing the stomach volume comprising an inflatable space filler and a safety element secured to said space filler, wherein the safety element comprises a mechanism to yield a noticeable signal enabling removal of said space filler.
A polishing composition, comprising silica particles as abrasives and a basic compound as polishing removal accelerator, wherein a density of silanol groups of the silica particles is 1.5 to 6.0 pieces/nm 2, and an adsorption ratio parameter A of the polishing composition is 1.2 or less, the adsorption ratio parameter represents concentration dependency of an amount of adsorption of the basic compound to the silica particles as a ratio of high-concentration adsorption amount/low-concentration adsorption amount.
A deburring tool, comprising: a case including a shank and a cylinder; a hollow sleeve configured to reciprocate inside the cylinder in a non-rotating manner; a drive gear disposed inside the sleeve, the drive gear including a saw blade shaped first tooth at a basal end portion, the drive gear configured to rotate together with the case and the sleeve; a reciprocating shaft to which a tip tool is mountable, the reciprocating shaft being disposed inside the sleeve, the reciprocating shaft including a driven gear disposed at a basal end portion of the sleeve and a basal end side of the drive gear, the driven gear including a second tooth at a distal end, the second tooth meshing with the first tooth, a tool holder disposed at a distal end portion of the sleeve, the tool holder configured to slide inside the sleeve in a rotational direction and in a reciprocating direction, and a stem configured to fix the driven gear and the tool holder, the stem penetrating the drive gear, a first spring configured to urge the sleeve toward distal end direction; and a second spring configured to urge the tool holder from the drive gear toward distal end direction. a case including a shank and a cylinder; a hollow sleeve configured to reciprocate inside the cylinder in a non-rotating manner; a drive gear disposed inside the sleeve, the drive gear including a saw blade shaped first tooth at a basal end portion, the drive gear configured to rotate together with the case and the sleeve; a reciprocating shaft to which a tip tool is mountable, the reciprocating shaft being disposed inside the sleeve, the reciprocating shaft including a driven gear disposed at a basal end portion of the sleeve and a basal end side of the drive gear, the driven gear including a second tooth at a distal end, the second tooth meshing with the first tooth, a tool holder disposed at a distal end portion of the sleeve, the tool holder configured to slide inside the sleeve in a rotational direction and in a reciprocating direction, and a stem configured to fix the driven gear and the tool holder, the stem penetrating the drive gear, a driven gear disposed at a basal end portion of the sleeve and a basal end side of the drive gear, the driven gear including a second tooth at a distal end, the second tooth meshing with the first tooth, a tool holder disposed at a distal end portion of the sleeve, the tool holder configured to slide inside the sleeve in a rotational direction and in a reciprocating direction, and a stem configured to fix the driven gear and the tool holder, the stem penetrating the drive gear, a first spring configured to urge the sleeve toward distal end direction; and a second spring configured to urge the tool holder from the drive gear toward distal end direction.
A circuit (100; 200; 300) comprising: a load p-channel metal-oxide semiconductor, PMOS, transistor (104; 204; 304) for providing a load in response to a gate voltage; a source degeneration PMOS transistor (102; 202; 302) having a source terminal and a drain terminal, wherein the source terminal is coupled to a power supply (130; 230; 330), and the drain terminal is coupled to a source terminal (103; 203; 303) of the load PMOS transistor (104; 204, 304), and a clamp transistor (110; 210; 310) configured to clamp a voltage applied to a resistance based memory element (212; 312) during a sensing operation, wherein the clamp transistor is coupled between the load PMOS transistor and the resistance based memory element (212; 312); characterized in that: the gate voltage is controlled via an output (120; 220; 320) of a not-AND, NAND, circuit (106; 206; 306) comprising a first input (121; 221; 321) responsive to a control signal (122; 222; 322) and a second input (123; 223; 323) coupled to the source terminal (103; 203; 303) of the load PMOS transistor. a load p-channel metal-oxide semiconductor, PMOS, transistor (104; 204; 304) for providing a load in response to a gate voltage; a source degeneration PMOS transistor (102; 202; 302) having a source terminal and a drain terminal, wherein the source terminal is coupled to a power supply (130; 230; 330), and the drain terminal is coupled to a source terminal (103; 203; 303) of the load PMOS transistor (104; 204, 304), and a clamp transistor (110; 210; 310) configured to clamp a voltage applied to a resistance based memory element (212; 312) during a sensing operation, wherein the clamp transistor is coupled between the load PMOS transistor and the resistance based memory element (212; 312); characterized in that: the gate voltage is controlled via an output (120; 220; 320) of a not-AND, NAND, circuit (106; 206; 306) comprising a first input (121; 221; 321) responsive to a control signal (122; 222; 322) and a second input (123; 223; 323) coupled to the source terminal (103; 203; 303) of the load PMOS transistor.
Anti-skid chain having an inner lateral mounting that is capable of being placed against the inner shoulder of a tyre and is in the form of an annular, elastically expandable spring bracket, an outer lateral mounting that is capable of being placed against the outer shoulder of the tyre, having a chain mesh tread pattern for bearing on the tread face of the tyre, said chain mesh tread pattern being fastened to both lateral mountings (5, 8), and having a tensioning installation by means of which in the fitted state of the anti-skid chain the two free ends (17, 18) of the spring bracket can be tensioned in relation to one another by means of a traction cable, said tensioning installation being fastened to the outer lateral mounting, wherein the traction cable by the spring bracket is guided so as to be axially movable across the tread face of the tyre and is connected to the tensioning installation, characterized in that the traction cable between both lateral mountings (5, 8) runs in a guide duct that is attached so as to be centric in the interior of a strip-shaped guide part, wherein the guide part is composed of an elastic material, and in each case one cable is moulded in the material of the guide part on both sides of the guide duct, and the guide part as well as the cables are in each case connected at a holding element that is attached to the lateral mounting (5.8) there.
Stage light fixture comprising: a light source adapted to emit a light beam along an optical axis; and a color filter assembly; the stage light fixture being characterized by the fact that the color filter assembly comprises at least three color filters (43a, 43b, 43c) rotating about a same first axis of rotation; the first axis of rotation being parallel to the optical axis and not coincident with the optical axis; color filters (43a, 43b 43c) being arranged in succession along the first axis of rotation and being moved independently of each other; each color filter (43a, 43b, 43c) comprising a disc rotatable about the first axis of rotation comprising a peripheral portion, which is substantially ring-shaped and is arranged in proximity to the edge of the disc; the peripheral portion comprising a colored region, a transparent region, contiguous to the colored region, and a colored evanescent region, which extends between the transparent region and the colored region. a light source adapted to emit a light beam along an optical axis; and a color filter assembly; the stage light fixture being characterized by the fact that the color filter assembly comprises at least three color filters (43a, 43b, 43c) rotating about a same first axis of rotation; the first axis of rotation being parallel to the optical axis and not coincident with the optical axis; color filters (43a, 43b 43c) being arranged in succession along the first axis of rotation and being moved independently of each other; each color filter (43a, 43b, 43c) comprising a disc rotatable about the first axis of rotation comprising a peripheral portion, which is substantially ring-shaped and is arranged in proximity to the edge of the disc; the peripheral portion comprising a colored region, a transparent region, contiguous to the colored region, and a colored evanescent region, which extends between the transparent region and the colored region.
Motor vehicle display device (1, 1') with information concerning vehicle operating states that can be displayed in an analogue and/or digital manner by display elements (7, 8, 9, 19, 20), in which device, in the direction of viewing the motor vehicle display device (1, 1'), the display elements (7, 8, 9, 19, 20) are arranged at least in two superimposed planes (E1, E2) or plane regions (EB1, EB2), there being provided at least one first plane or one first plane region, in which at least one active display element (8, 19) is arranged, an element which is variable within the motor vehicle display device and changes in its position, size and/or form and thus adapts itself to a vehicle operating state that is respectively to be displayed, and at least one further plane or one further plane region, which is positioned ahead of the first plane or the first plane region in the viewing direction, only passive display elements (7, 7') being arranged therein (E2 or EB2), or at least there being arranged at least one passive display element (7, 7') of which the position, size and form do not change within the motor vehicle display device, characterized in that at least one component with at least two light-conducting bodies (3, 4, 5) is provided in the second plane or in the second plane region, at least one passive display element being arranged between the bodies (3, 4 or 3, 5) and there being formed at least in certain regions between the bodies (3, 4 or 3, 5) a separating region, which runs at an angle in relation to the area extent of at least one of the bodies (3, 4, 5), and the at least one passive display element being arranged in the plane of the separating region.
An input device comprising: a sensor for sensing a location and a movement of the input device of inputting a gesture command; a controller for converting the sensed movement into physical quantity, and creating a predetermined control command when a size of the physical quantity is over a predetermined threshold value; and a communication unit for transmitting the created command to a display device; characterised in that: the controller is configured to create a cursor movement command when the size of the physical quantity is less than the predetermined threshold value a sensor for sensing a location and a movement of the input device of inputting a gesture command; a controller for converting the sensed movement into physical quantity, and creating a predetermined control command when a size of the physical quantity is over a predetermined threshold value; and a communication unit for transmitting the created command to a display device; characterised in that: the controller is configured to create a cursor movement command when the size of the physical quantity is less than the predetermined threshold value the controller is configured to create a cursor movement command when the size of the physical quantity is less than the predetermined threshold value
Plug for installation in a well, comprising a housing that carries at least two discs (7, 8) of a brittle material that can be fractured by mechanical forces and with a core between the discs (7, 8), the core consisting of a particulate material that is not soluble in water and hydrocarbons, the particles of the material being tightly packed to an extent that the particles are not allowed to move in relation to each other as long as the discs (7, 8) are intact, the plug comprising at least one trigger device with a point that is set up to break up at least one of the discs by penetrating into the disc, the trigger device comprising a screw that is set up to rotate during the penetration into the disc.
Piston comprising a first portion suitable for coupling with an actuator member and a second portion made of ceramic material suitable for sliding in a cylinder, the first portion and the second portion being axially connected along a longitudinal axis of the piston, wherein the second portion has an elongated shape along the longitudinal axis of the piston with a proximal interface base to the first portion and a free base distal from the first portion, wherein the free base is closed and overall defines a piston crown, wherein the second portion has a cup shape and comprises a cavity elongated along the longitudinal axis of the piston accessible through an opening on the base of interface, and wherein the first portion comprises a stem elongated along the longitudinal axis of the piston inserted axially into the cavity of the second portion, characterized in that the stem of the first portion comprises a first through hole with an axis transversal to the longitudinal axis of the piston, and in that the second portion comprises a second through hole formed facing the cavity and coaxial with the first through hole, and wherein a pin is inserted axially into the first through hole and in the second through hole. wherein the second portion has a cup shape and comprises a cavity elongated along the longitudinal axis of the piston accessible through an opening on the base of interface, and wherein the first portion comprises a stem elongated along the longitudinal axis of the piston inserted axially into the cavity of the second portion, characterized in that the stem of the first portion comprises a first through hole with an axis transversal to the longitudinal axis of the piston, and in that the second portion comprises a second through hole formed facing the cavity and coaxial with the first through hole, and wherein a pin is inserted axially into the first through hole and in the second through hole.