mhurhangee/ep-ind-claims huggingface dataset:
A system (100; 300), comprising: a catheter having a Y-connector with a first port connectable to a source of suction or irrigation and a second port sized to permit insertion of a medical device; a nephroscope at least partially insertable into the catheter through the second port; and a guidewire insertable through a working channel of the nephroscope, the guidewire including a self-expanding element at or near its distal end; characterised in that the catheter includes a segment configured for rapid stone exchange comprising inner and outer tubular portions (310, 320), each defining a lumen and having first and second apertures (311, 312; 321, 322) positioned opposite each other in a sidewall thereof, the inner tubular portion being slidably disposed within the outer tubular portion, and at least one of the first and second apertures (311, 312) of the outer tubular portion is fluidly connectable to a source of irrigation or suction. a catheter having a Y-connector with a first port connectable to a source of suction or irrigation and a second port sized to permit insertion of a medical device; a nephroscope at least partially insertable into the catheter through the second port; and a guidewire insertable through a working channel of the nephroscope, the guidewire including a self-expanding element at or near its distal end; characterised in that the catheter includes a segment configured for rapid stone exchange comprising inner and outer tubular portions (310, 320), each defining a lumen and having first and second apertures (311, 312; 321, 322) positioned opposite each other in a sidewall thereof, the inner tubular portion being slidably disposed within the outer tubular portion, and at least one of the first and second apertures (311, 312) of the outer tubular portion is fluidly connectable to a source of irrigation or suction.
Roll-up roofing installation, comprising at least one winding shaft and a fabric-like roofing element, which is provided on the wall or ceiling side for mounting, wherein the roofing element to be wound up has at least one permanently elastic volume element, characterised in that in that the volume element is compressible and consists of a closed-cell plastic foam layer or a tubular structure which can be sealed tightly and filled with air, gas or liquid, the volume element being accommodated in an elongate pocket of the roofing element and forming part of the roofing element.
A method for setting functional module names of a mobile terminal, comprising the steps of: receiving by a mobile terminal a name of the mobile terminal input by a user through an entry added in a setting module of the mobile terminal for the user to enter the name of the mobile terminal; according to the name of the mobile terminal, generating by the mobile terminal functional module names corresponding to functional modules in the mobile terminal; the method being further characterized by the steps of: according to current states of the functional modules, saving by the mobile terminal the functional module names; wherein the current states of the functional modules comprise a non-startup state, a turned-off state and a turned-on state; and when the current state of the functional module is the non-startup state, saving by the mobile terminal the functional module name corresponding to the functional module into a database; when the current state of the functional module is the turned-off state, saving by the mobile terminal the functional module name corresponding to the functional module into a configuration file of the functional module; when the current state of the functional module is the turned-on state, replacing and saving by the mobile terminal the functional module name corresponding to the functional module into the configuration file of the functional module. receiving by a mobile terminal a name of the mobile terminal input by a user through an entry added in a setting module of the mobile terminal for the user to enter the name of the mobile terminal; according to the name of the mobile terminal, generating by the mobile terminal functional module names corresponding to functional modules in the mobile terminal; the method being further characterized by the steps of: according to current states of the functional modules, saving by the mobile terminal the functional module names; wherein the current states of the functional modules comprise a non-startup state, a turned-off state and a turned-on state; and when the current state of the functional module is the non-startup state, saving by the mobile terminal the functional module name corresponding to the functional module into a database; according to current states of the functional modules, saving by the mobile terminal the functional module names; wherein the current states of the functional modules comprise a non-startup state, a turned-off state and a turned-on state; and when the current state of the functional module is the non-startup state, saving by the mobile terminal the functional module name corresponding to the functional module into a database; when the current state of the functional module is the turned-off state, saving by the mobile terminal the functional module name corresponding to the functional module into a configuration file of the functional module; when the current state of the functional module is the turned-on state, replacing and saving by the mobile terminal the functional module name corresponding to the functional module into the configuration file of the functional module.
Lens with a fixed focal length, consisting of five lens-element groups, wherein three (G1, G3, G5) are mounted in a stationary manner and two (G2, G4) are mounted in a displaceable manner along an optical axis, characterized in that a) a first front lens-element group as viewed from an object side is arranged in a stationary manner, b) a second lens-element group having a positive refractive power as a focusing front group is arranged in a displaceable manner, c) a third lens-element group having a positive refractive power containing a stationary iris diaphragm, the aperture of which is adjustable, as a central group is arranged in a stationary manner, d) a fourth lens-element group having a positive refractive power as a focusing back group is arranged in a displaceable manner, and e) a fifth back lens-element group is arranged in a stationary manner relative to an imaging plane in a lens barrel and both the focusing front group and the focusing back group are movable jointly relative to one another and to the lens-element groups (G1, G3, G5) arranged in a stationary manner in order to focus the lens on objects at different object distances, and the front lens-element group and the back lens-element group have a negative refractive power. a) a first front lens-element group as viewed from an object side is arranged in a stationary manner, b) a second lens-element group having a positive refractive power as a focusing front group is arranged in a displaceable manner, c) a third lens-element group having a positive refractive power containing a stationary iris diaphragm, the aperture of which is adjustable, as a central group is arranged in a stationary manner, d) a fourth lens-element group having a positive refractive power as a focusing back group is arranged in a displaceable manner, and e) a fifth back lens-element group is arranged in a stationary manner
Gas-liquid separator for separating a multiphase fluid stream containing hydrocarbons, comprising: - an introduction duct, the introduction duct defining an introduction opening for receiving the multiphase fluid stream; - a static first separation stage extending along a longitudinal axis (A-A'), connected with the introduction duct, the first separation stage comprising an outer wall, an inner wall and at least an inner baffle located between the outer wall and the inner wall, the inner baffle being configured to induce an helical movement of the multiphase fluid stream around the longitudinal axis (A-A') to drive a liquid contained in the fluid stream onto the outer wall and a gas contained in the multiphase fluid stream onto the inner wall; characterized in that the outer wall has at least a lateral orifice for evacuating the liquid separated along the inner baffle, the or each lateral orifice extending along the or each inner baffle and defining a lateral staged evacuation of the liquid in an liquid evacuation canal along the outer wall, the first separation stage having at least an upper gas evacuation opening located above the inner baffle, the separator comprising a second separation stage, located in the liquid evacuation canal, below the first separation stage, the second separation stage comprising at least an outer baffle configured to induce an helical movement of the liquid to drive a residual gas contained in the liquid towards the introduction duct, the outer baffle being a continuous helical baffle connected to the outer wall, the outer baffle being inserted in the liquid evacuation canal along the introduction duct below the first separation stage, the introduction duct defining a least a gas recycling passage, emerging in the introduction duct, the liquid evacuation canal being connected to the inside of the introduction duct by the gas recycling passage. - an introduction duct, the introduction duct defining an introduction opening for receiving the multiphase fluid stream; - a static first separation stage extending along a longitudinal axis (A-A'), connected with the introduction duct, the first separation stage comprising an outer wall, an inner wall and at least an inner baffle located between the outer wall and the inner wall, the inner baffle being configured to induce an helical movement of the multiphase fluid stream around the longitudinal axis (A-A') to drive a liquid contained in the fluid stream onto the outer wall and a gas contained in the multiphase fluid stream onto the inner wall;
A method of controlling an air conditioner having a refrigerating cycle including a compressor, an outdoor heat exchanger, an expansion valve, and an indoor heat exchanger, the method being characterized by comprising: a step of detecting a temperature Te of the outdoor heat exchanger from an outlet of the outdoor heat exchanger and a temperature Ti of the indoor heat exchanger at a center of a pipe passing through the indoor heat exchanger; a step of calculating the difference Tx (= Te - Ti), and a step of controlling an opening degree of the expansion valve and/or the number of rotations of an outdoor fan of the outdoor heat exchanger such that the difference Tx (= Te - Ti) between the temperature Te of the outdoor heat exchanger and the temperature Ti of the indoor heat exchanger is within a predetermined range, in a cooling mode in a low outside air temperature environment. a step of detecting a temperature Te of the outdoor heat exchanger from an outlet of the outdoor heat exchanger and a temperature Ti of the indoor heat exchanger at a center of a pipe passing through the indoor heat exchanger; a step of calculating the difference Tx (= Te - Ti), and a step of controlling an opening degree of the expansion valve and/or the number of rotations of an outdoor fan of the outdoor heat exchanger such that the difference Tx (= Te - Ti) between the temperature Te of the outdoor heat exchanger and the temperature Ti of the indoor heat exchanger is within a predetermined range, in a cooling mode in a low outside air temperature environment.
Pallet conveyor (70; 80), in particular a people conveyor, comprising a plurality of pallets interconnected to form an endless pallet band, which is moveable in a conveying direction, and at least one pallet chain (40; 50; 90), wherein: the pallet chain (40; 50; 90) comprises a plurality of pallet chain links (42; 44); the pitch of the pallet band is larger than the pitch of the pallet chain (40; 50; 90); and each pallet is non-rotatably connected to or integrally formed with at least one of the pallet chain links. the pallet chain (40; 50; 90) comprises a plurality of pallet chain links (42; 44); the pitch of the pallet band is larger than the pitch of the pallet chain (40; 50; 90); and each pallet is non-rotatably connected to or integrally formed with at least one of the pallet chain links.
A cigarette, characterized by comprising: a tobacco rod; and a cigarette filter connected to the tobacco rod, the cigarette filter comprising a cellulose acetate tow or an unwoven fabric made of cellulose acetate and particles of hydrotalcite compound dispersed in the cellulose acetate tow or unwoven fabric made of cellulose acetate, or comprising filter segments of cellulose acetate tow and particles of hydrotalcite compound filled in a space present between the adjacent filter segments, the hydrotalcite compound having an average particle diameter in a range of between 200 μm and 800 μm. a tobacco rod; and a cigarette filter connected to the tobacco rod, the cigarette filter comprising a cellulose acetate tow or an unwoven fabric made of cellulose acetate and particles of hydrotalcite compound dispersed in the cellulose acetate tow or unwoven fabric made of cellulose acetate, or comprising filter segments of cellulose acetate tow and particles of hydrotalcite compound filled in a space present between the adjacent filter segments, the hydrotalcite compound having an average particle diameter in a range of between 200 μm and 800 μm.
A fastener cartridge assembly (20200; 20600), comprising: a cartridge body (20210; 20610) comprising a fastener cavity (20212; 20612); a fastener comprising a base (20231; 20631), a first leg (20232a; 20632a) and a second leg (20232b; 20632b), each leg extending from the base, wherein said fastener is moveable from an unfired configuration to a fired configuration; and a tissue thickness compensator (20220; 20620) releasably secured relative to said cartridge body, wherein said tissue thickness compensator comprises: a first clearance path (20224a; 20624a) defined within said tissue thickness compensator; and a second clearance path (20224b; 20624b) defined within said tissue thickness compensator, wherein said first leg is configured to move along said first clearance path and said second leg is configured to move along said second clearance path when said fastener moves from the unfired configuration to the fired configuration, wherein said first clearance path is longer than said first leg. a cartridge body (20210; 20610) comprising a fastener cavity (20212; 20612); a fastener comprising a base (20231; 20631), a first leg (20232a; 20632a) and a second leg (20232b; 20632b), each leg extending from the base, wherein said fastener is moveable from an unfired configuration to a fired configuration; and a tissue thickness compensator (20220; 20620) releasably secured relative to said cartridge body, wherein said tissue thickness compensator comprises: a first clearance path (20224a; 20624a) defined within said tissue thickness compensator; and a second clearance path (20224b; 20624b) defined within said tissue thickness compensator, wherein said first leg is configured to move along said first clearance path and said second leg is configured to move along said second clearance path when said fastener moves from the unfired configuration to the fired configuration, a first clearance path (20224a; 20624a) defined within said tissue thickness compensator; and a second clearance path (20224b; 20624b) defined within said tissue thickness compensator, wherein said first leg is configured to move along said first clearance path and said second leg is configured to move along said second clearance path when said fastener moves from the unfired configuration to the fired configuration, wherein said first clearance path is longer than said first leg.
A method of routing data in a network-on-chip for on-die communication between cores, the network-on-chip comprising a tunable replica circuit associated with one or more links between routers of the network-on-chip, wherein the tunable replica circuit comprises a plurality of delay components (414, 418, 422, 426) that are to provide an adjustable delay through the tunable replica circuit; the method comprising: accessing delay information associated with the tunable replica circuit of the network-on-chip; and routing data in the network-on-chip based on the delay information. accessing delay information associated with the tunable replica circuit of the network-on-chip; and routing data in the network-on-chip based on the delay information.
An applicator device, comprising: a body (510, 810) comprising a pair of handles (512, 514, 812, 814); a reservoir comprising an ampoule (550, 556, 558, 850) positioned within at least one of the handles (512, 514, 812, 814), the reservoir containing an antiseptic agent (552, 852); a pad coupled to an inner lumen (516, 816); wherein a defeatable barrier is provided by the ampoule (550, 556, 558, 850) and wherein upon actuating the pair of handles (512, 514, 812, 814) the defeatable barrier is defeated and the reservoir and the pad are in fluid communication via the lumen (516, 816) characterized by the inner lumen (516, 816) comprised of interconnected lumens located within the first handle (512, 812) and the second handle (514, 814). a body (510, 810) comprising a pair of handles (512, 514, 812, 814); a reservoir comprising an ampoule (550, 556, 558, 850) positioned within at least one of the handles (512, 514, 812, 814), the reservoir containing an antiseptic agent (552, 852); a pad coupled to an inner lumen (516, 816); wherein a defeatable barrier is provided by the ampoule (550, 556, 558, 850) and wherein upon actuating the pair of handles (512, 514, 812, 814) the defeatable barrier is defeated and the reservoir and the pad are in fluid communication via the lumen (516, 816) characterized by the inner lumen (516, 816) comprised of interconnected lumens located within the first handle (512, 812) and the second handle (514, 814).
A method for providing aid after a vehicle accident, in which method, after the accident, a wireless data and/or voice connection (6a, 6b) between the vehicle and a rescue centre is established by means of an emergency call device of the vehicle, wherein first sensor data, ascertained by means of at least one first sensor (3, 3a, 3b, 11) in the vehicle are transmitted to the rescue centre, wherein - the first sensor data detected by the first sensor (3, 3a, 3b, 11) and second sensor data detected by at least one second sensor (3, 3a, 3b, 11) provided in the vehicle are transmitted automatically to a data storage unit independent of the rescue centre and are stored there, - contact information assigned to the data storage unit is transmitted from the vehicle to the rescue centre via the wireless data and/or voice connection (6a, 6b), characterised in that - the data storage unit is provided in a data processing centre in which there is also provided a backend computer, in which data derived at least from the stored second sensor data are formed, and - the rescue centre retrieves the derived data with use of the contact information, wherein the retrieved data are suitable for selecting aids appropriate to the type of accident. - the first sensor data detected by the first sensor (3, 3a, 3b, 11) and second sensor data detected by at least one second sensor (3, 3a, 3b, 11) provided in the vehicle are transmitted automatically to a data storage unit independent of the rescue centre and are stored there, - contact information assigned to the data storage unit is transmitted from the vehicle to the rescue centre via the wireless data and/or voice connection (6a, 6b), - the data storage unit is provided in a data processing centre in which there is also provided a backend computer, in which data derived at least from the stored second sensor data are formed, and - the rescue centre retrieves the derived data with use of the contact information, wherein the retrieved data are suitable for selecting aids appropriate to the type of accident.
An implantation set comprising a tool and at least one bone contact member which is adapted thereto and is designed as a device for direct contact with a bone, wherein the bone contact member has a greater hardness in a region intended for contact by the tool than the tool in a region intended for contact with the bone contact member, wherein the tool is designed as a screwdriver and the bone contact member is designed as a screw forming an implant and matching the bone contact member for screwing into a bone, wherein the screw has on the one hand a screw head and on the other hand a thread (13, 14), wherein the screw head has a tool mount which is geometrically adapted to the outer contour of a tip of the screwdriver, wherein the screw head has a greater hardness at least in the region of the tool mount than at least the part of the tip of the screwdriver provided for contacting the tool mount, and wherein the tool mount has screwdriver tip contact surfaces aligned in the longitudinal direction of the screw, whereas tool mount contact surfaces at the tip of the screwdriver are aligned so as to be inclined relative to the longitudinal direction of the screw characterized in that all tool mount contact surfaces of the screwdriver provided for contacting the screwdriver tip contact surfaces of the screw are inclined between approximately 2.5° to approximately 7.5° relative to the longitudinal axis of the screwdriver.
An absorbent pad for a low-weight infant having a longitudinal direction, a width direction, and a thickness direction, that are orthogonal to each other, the absorbent pad comprising: an absorbent body, a length of the absorbent pad in the longitudinal direction being 180 mm or less, a length of the absorbent pad in the width direction being less than 75 mm, wherein the absorbent pad further comprises a back sheet that is arranged on a non-skin side in the thickness direction with respect to the absorbent body, and the back sheet is made of a nonwoven fabric, wherein the absorbent pad further comprises: a top sheet that is arranged on a skin side in the thickness direction with respect to the absorbent body, and a sealing portion in which at least a part of the top sheet is joined to the back sheet in the thickness direction, and wherein the sealing portion is provided extending along an outer edge of the absorbent pad for a low-weight infant and spacing from the outer edge at a predetermined distance. an absorbent body, a length of the absorbent pad in the longitudinal direction being 180 mm or less, a length of the absorbent pad in the width direction being less than 75 mm, the absorbent pad further comprises a back sheet that is arranged on a non-skin side in the thickness direction with respect to the absorbent body, and the back sheet is made of a nonwoven fabric, wherein the absorbent pad further comprises: a top sheet that is arranged on a skin side in the thickness direction with respect to the absorbent body, and a sealing portion in which at least a part of the top sheet is joined to the back sheet in the thickness direction, and wherein a top sheet that is arranged on a skin side in the thickness direction with respect to the absorbent body, and a sealing portion in which at least a part of the top sheet is joined to the back sheet in the thickness direction, and wherein the sealing portion is provided extending along an outer edge of the absorbent pad for a low-weight infant and spacing from the outer edge at a predetermined distance.