mhurhangee/patent-ind-claim-en huggingface dataset:
A delivery system for a bifurcated stent having a stem and a pair of arms , comprising: a delivery catheter comprising an elongated first tube having a proximal end and a distal end , and a bifurcated part at the distal end configured to accommodate the arms , wherein the bifurcated part comprises a first limb and a second limb , each limb having a lumen , wherein a continuous longitudinal slit disposed on the bifurcated part extending from the first limb to the second limb is configured for releasable passage of the bifurcated stent therethrough, wherein resistance to expansion of the walls of the first tube, including in the bifurcated part, prevents expansion of the bifurcated stent maintaining it in contracted state prior to deployment, and the delivery system being characterised in that the slit is closed in a native state, wherein when the slit is closed, the slit edges are compliant to allow passage of the bifurcated stent therethrough. wherein the bifurcated part comprises a first limb and a second limb , each limb having a lumen , wherein a continuous longitudinal slit disposed on the bifurcated part extending from the first limb to the second limb is configured for releasable passage of the bifurcated stent therethrough, wherein resistance to expansion of the walls of the first tube, including in the bifurcated part, prevents expansion of the bifurcated stent maintaining it in contracted state prior to deployment, and the delivery system being characterised in that the slit is closed in a native state, wherein when the slit is closed, the slit edges are compliant to allow passage of the bifurcated stent therethrough.
An agricultural baling machine (10; 310) comprising: a frame (17; 317); a connection point for attaching to a towing vehicle ; a plunger in a bale-forming chamber ; a driveline for taking power from the towing vehicle and causing reciprocal rectilinear motion of the plunger in the bale-forming chamber , wherein the driveline comprises a rotary input shaft or PTO shaft ; and a drawbar member that provides a mechanical link between the connection point and the frame ; wherein the drawbar member is rotatably coupled to the frame such that the height of the connection point relative to the frame of the baling machine is adjustable; characterized in that the relative orientation and position of the drawbar member with respect to the rotary input shaft is adjustable such that the drawbar member is located below the rotary input shaft when put in a lower hitch configuration and the drawbar member is located above the rotary input shaft when put in an upper hitch configuration. a frame (17; 317); a connection point for attaching to a towing vehicle ; a plunger in a bale-forming chamber ; a driveline for taking power from the towing vehicle and causing reciprocal rectilinear motion of the plunger in the bale-forming chamber , wherein the driveline comprises a rotary input shaft or PTO shaft ; and a drawbar member that provides a mechanical link between the connection point and the frame ; wherein the drawbar member is rotatably coupled to the frame such that the height of the connection point relative to the frame of the baling machine is adjustable; characterized in that the relative orientation and position of the drawbar member with respect to the rotary input shaft is adjustable such that the drawbar member is located below the rotary input shaft when put in a lower hitch configuration and the drawbar member is located above the rotary input shaft when put in an upper hitch configuration.
A method for processing light using an optical transceiver , the method comprising: receiving, by an electro-absorption modulator, EAM, of the optical transceiver , light generated from a light source ; generating modulated light by modulating the light at a high-speed radio frequency, RF, data rate using the EAM, the EAM having a crossing point set according to an intermediate frequency, IF, data rate that is lower than the high-speed RF data rate; and transmitting the modulated light using the optical transceiver . receiving, by an electro-absorption modulator, EAM, of the optical transceiver , light generated from a light source ; generating modulated light by modulating the light at a high-speed radio frequency, RF, data rate using the EAM, the EAM having a crossing point set according to an intermediate frequency, IF, data rate that is lower than the high-speed RF data rate; and transmitting the modulated light using the optical transceiver .
Sulfur-crosslinked rubber mixture containing at least the following constituents: - at least one diene rubber and - 0.5 to 10.0 phr of at least one anti-reversion agent, wherein the anti-reversion agent is selected from the group consisting of 1,6-bis(N,N-dibenzylthiocarbamoyldithio)hexane and hexamethylene-1,6-bis(thiosulfate) disodium salt dihydrate and - 2.0 phr or more of at least one para-phenylenediamine and - 2.75 to 10 phr of at least one dihydroquinoline and wherein the network node spacing of the crosslinked rubber mixture is 4.5 to 10 nm, wherein the network node spacing is determined by differential scanning calorimetry. - at least one diene rubber and - 0.5 to 10.0 phr of at least one anti-reversion agent, wherein the anti-reversion agent is selected from the group consisting of 1,6-bis(N,N-dibenzylthiocarbamoyldithio)hexane and hexamethylene-1,6-bis(thiosulfate) disodium salt dihydrate and - 2.0 phr or more of at least one para-phenylenediamine and - 2.75 to 10 phr of at least one dihydroquinoline
A spring core , comprising springs placed inside pockets , which pockets are placed in a number of rows, which rows of pockets are placed side by side, the spring core is held in a compressed state by means of at least one cord , wherein that the at least one cord is formed into a braid at opposite outer ends of each row of pockets and the at least one cord passes through holes in the pockets in such a way that the at least one cord forms a number of interconnected loops on at least one side of each row of pockets and characterized in that the braids and loops are formed by means of chain stitches, wherein in the braids the chain stitches are small and placed close to each other, while the chain stitches forming the loops are bigger.
Rotating electrical machine , notably for a motor vehicle, comprising: - an electrical control module of the rotating electrical machine, - a heat sink associated with the electrical control module , - a bearing arranged to support a rolling bearing supporting the rotation of a shaft of the rotating electrical machine, - an electrical insulator inserted axially between the bearing and the heat sink , said electrical insulator being arranged to electrically insulate the heat sink from the bearing , and - a cooling chamber arranged to allow the circulation of a coolant for cooling the heat sink , characterized in that the cooling chamber is delimited by an axial end face of the heat sink and an opposite face of the electrical insulator , thus also forming a seal for the cooling chamber . - an electrical control module of the rotating electrical machine, - a heat sink associated with the electrical control module , - a bearing arranged to support a rolling bearing supporting the rotation of a shaft of the rotating electrical machine, - an electrical insulator inserted axially between the bearing and the heat sink , said electrical insulator being arranged to electrically insulate the heat sink from the bearing , and - a cooling chamber arranged to allow the circulation of a coolant for cooling the heat sink , characterized in that the cooling chamber is delimited by an axial end face of the heat sink and an opposite face of the electrical insulator , thus also forming a seal for the cooling chamber .
An illumination device comprising: - a plurality of light cells arranged in a row, wherein each of the light cells comprises: - an illumination element configured to emit light, - a rectangular front lens - a light guide configured to guide the light emitted from the illumination element to the rectangular front lens, - a housing in which the plurality of light cells are arranged, wherein each light cell is separated from a neighboring light cell in the row by a separator which separates an edge of the front lens from one of the plurality of light cells from the edge of the front lens of the neighboring light cell by a first width, characterized in that the plurality of light cells comprise outer light cells where a side surface of the housing abuts one of the edges of the corresponding front lens of the outer light cell, wherein the side surface abuting one of the edges of the front lens has a thickness which is half of the first width. - a plurality of light cells arranged in a row, wherein each of the light cells comprises: - an illumination element configured to emit light, - a rectangular front lens - a light guide configured to guide the light emitted from the illumination element to the rectangular front lens, - a housing in which the plurality of light cells are arranged, wherein each light cell is separated from a neighboring light cell in the row by a separator which separates an edge of the front lens from one of the plurality of light cells from the edge of the front lens of the neighboring light cell by a first width, characterized in that the plurality of light cells comprise outer light cells where a side surface of the housing abuts one of the edges of the corresponding front lens of the outer light cell, wherein the side surface abuting one of the edges of the front lens has a thickness which is half of the first width.
An imaging system comprising: a host system configured to run a plurality of imaging applications, and a digital image sensing device configured to communicate with said host system via a connection comprising a plurality of different data channels, said digital image sensing device comprising: an image sensor ; and a processing means arranged to extract raw image data from the image sensor in a plurality of different data formats for subsequent simultaneous transmission of each data format in a respective one of said plurality of data channels to a respective one of said plurality of imaging applications of the host system , each data channel providing data in a format suitable for the respective one of said plurality of imaging applications of said host system . a host system configured to run a plurality of imaging applications, and a digital image sensing device configured to communicate with said host system via a connection comprising a plurality of different data channels, said digital image sensing device comprising: an image sensor ; and a processing means arranged to extract raw image data from the image sensor in a plurality of different data formats for subsequent simultaneous transmission of each data format in a respective one of said plurality of data channels to a respective one of said plurality of imaging applications of the host system , each data channel providing data in a format suitable for the respective one of said plurality of imaging applications of said host system . an image sensor ; and a processing means arranged to extract raw image data from the image sensor in a plurality of different data formats for subsequent simultaneous transmission of each data format in a respective one of said plurality of data channels to a respective one of said plurality of imaging applications of the host system , each data channel providing data in a format suitable for the respective one of said plurality of imaging applications of said host system .
A control handle for a medical device having deflectable portion, at least a first feature subject to manipulation by a user, at least one deflection puller wire extending between the control handle and the deflectable portion and at least a first feature puller wire extending between the control handle and the first feature for manipulating the first feature, the control handle comprising: a housing ; a deflection assembly comprising : a deflection actuator adapted for rotation by the user; a pulley arm adapted for rotation about a rotational axis in response to rotation of the deflection actuator, and further adapted to be coupled to the at least one deflection puller wire, wherein rotation of the pulley arm actuates the at least one deflection puller wire; and a disk actuator adapted for rotation about the rotational axis by the user, and further adapted to be coupled to the first feature puller wire, wherein rotation of the disk actuator actuates the first feature puller wire, wherein the pulley arm has a radial bearing formation defining the rotational axis and the disk actuator is positioned on the radial bearing formation and adapted to wrap the first feature puller wire on the radial bearing formation when the disk actuator is rotated by the user, the disk actuator and the pulley arm being rotationally independent of each other. a housing ; a deflection assembly comprising : a deflection actuator adapted for rotation by the user; a pulley arm adapted for rotation about a rotational axis in response to rotation of the deflection actuator, and further adapted to be coupled to the at least one deflection puller wire, wherein rotation of the pulley arm actuates the at least one deflection puller wire; and a deflection actuator adapted for rotation by the user; a pulley arm adapted for rotation about a rotational axis in response to rotation of the deflection actuator, and further adapted to be coupled to the at least one deflection puller wire, wherein rotation of the pulley arm actuates the at least one deflection puller wire; and a disk actuator adapted for rotation about the rotational axis by the user, and further adapted to be coupled to the first feature puller wire, wherein rotation of the disk actuator actuates the first feature puller wire, wherein the pulley arm has a radial bearing formation defining the rotational axis and the disk actuator is positioned on the radial bearing formation and adapted to wrap the first feature puller wire on the radial bearing formation when the disk actuator is rotated by the user, the disk actuator and the pulley arm being rotationally independent of each other.
A film composite for manufacturing a package for planar carriers of pharmaceutical active substances, encompassing, in a direction from the outer side of the film composite toward its inner side : a metal layer ; an acrylic-acid-containing joining layer ; a polyethylene layer ; and a COC layer made of cycloolefin copolymer, a side of the COC layer which faces away from the metal layer being an exposed surface of the film composite , characterized in that the polyethylene layer encompasses metallocene polyethylene C8.
A film-laminated steel having an extremely low interface bubble rate, comprising: a steel substrate having a surface roughness of 0.15-0.25 μm and a modified flexible polyester film thermally laminated to a surface of the steel substrate, wherein the modified flexible polyester film is obtained by copolymerization modification of ethylene terephthalate with a low-molecular-weight aliphatic polyester; wherein the low-molecular-weight aliphatic polyester has a molar percentage of 6-17%, and/or wherein the low-molecular-weight aliphatic polyester has a molecular weight of 500-3000; wherein the film-laminated steel has an interface bubble rate of 2-7%.
System for filling a closed container with a fixative solution, comprising: - a container comprising a container body for receiving a biological specimen, a lid for selectively closing the container body and a port forming a unidirectional barrier in a direction from the inside (IC) to the outside (OC) of the closed container ; - a dispensing apparatus having a filling nozzle for dispensing the fixative solution; wherein the filling nozzle is relatively moveable with respect to the container between a retracted position to be outside the container and a filling position to be at least partially inside the container via the port to enter the inside (IC) of the container with the filling nozzle through the port to fill the container with the fixative solution, wherein in the filling position the filling nozzle penetrates the port , wherein the dispensing apparatus further comprises a moving unit with a moveable unit for moving the filling nozzle and the container relative to each other; and - a control unit for controlling the dispensing apparatus , the filling nozzle and the moving unit , and for controlling interactions between the respective elements, wherein the control unit is configured to determine the amount of the fixative solution required for the biological specimen inside the closed container based on weight and/or on dimensions of the biological specimen. - a container comprising a container body for receiving a biological specimen, a lid for selectively closing the container body and a port forming a unidirectional barrier in a direction from the inside (IC) to the outside (OC) of the closed container ; - a dispensing apparatus having a filling nozzle for dispensing the fixative solution; wherein the filling nozzle is relatively moveable with respect to the container between a retracted position to be outside the container and a filling position to be at least partially inside the container via the port to enter the inside (IC) of the container with the filling nozzle through the port to fill the container with the fixative solution, wherein in the filling position the filling nozzle penetrates the port , wherein the dispensing apparatus further comprises a moving unit with a moveable unit for moving the filling nozzle and the container relative to each other; and - a control unit for controlling the dispensing apparatus , the filling nozzle and the moving unit , and for controlling interactions between the respective elements,
A printhead assembly, comprising: a printhead configured to dispense ink; multiple ink inlets each configured to receive ink from a detachable ink container (18-24); an ink manifold configured to distribute ink from the ink inlets to the printhead; and multiple vents each associated with one of the ink inlets and configured to vent an ink container (18-24) to the atmosphere through the printhead assembly when an ink container (18-24) is attached to the ink inlet; characterized in that each vent includes a vent path that extends from one of the ink inlets to a single plenum common to all of the vent paths and then to an air channel connecting the plenum to the atmosphere. a printhead configured to dispense ink; multiple ink inlets each configured to receive ink from a detachable ink container (18-24); an ink manifold configured to distribute ink from the ink inlets to the printhead; and multiple vents each associated with one of the ink inlets and configured to vent an ink container (18-24) to the atmosphere through the printhead assembly when an ink container (18-24) is attached to the ink inlet; characterized in that each vent includes a vent path that extends from one of the ink inlets to a single plenum common to all of the vent paths and then to an air channel connecting the plenum to the atmosphere.
A gas turbine engine comprising: an engine core including a primary flowpath ; a first bypass duct positioned radially outward of the engine core ; and a gas discharge protruding radially into the first bypass duct , the gas discharge including a fairing defining a lobed outlet , wherein the lobed outlet includes a plurality of axially aligned peaks (116; 516) and axially aligned valleys , characterised in that : each of the axially aligned valleys are configured to prevent a fluid passing through the valley from travelling radially inward immediately downstream of the fairing , wherein a peak height of the axially aligned peaks decreases towards outer edges of the lobed outlet in a symmetrical manner. an engine core including a primary flowpath ; a first bypass duct positioned radially outward of the engine core ; and a gas discharge protruding radially into the first bypass duct , the gas discharge including a fairing defining a lobed outlet , wherein the lobed outlet includes a plurality of axially aligned peaks (116; 516) and axially aligned valleys , characterised in that : each of the axially aligned valleys are configured to prevent a fluid passing through the valley from travelling radially inward immediately downstream of the fairing , wherein a peak height of the axially aligned peaks decreases towards outer edges of the lobed outlet in a symmetrical manner.
A stapler comprising a staple cartridge (1A-1H), on which a refill of the stapler is configured to be mounted, the refill including: a staple presser and a refill main body configured to accommodate therein a plurality of staple sheets in a stacked state and having a discharging port for discharging the staple sheets ; wherein the staple presser is configured to be placed on the stacked staple sheets so as to move in a stacking direction of the staple sheets as the staple sheets are discharged through the discharging port and an amount of the staple sheets is reduced, the staple cartridge comprising: a mount portion , on which the refill is configured be removably mounted; and a displacement member (2A-2G) provided on the mount portion and configured to abut against the staple presser to be displaced in accordance with a position of the staple presser in a state where the refill is mounted on the mount portion , characterized in that the staple presser includes an engaging portion configured to be engaged in a receiving portion of the refill main body formed along the stacking direction, and the engaging portion is configured to be movable in the stacking direction as the engaging portion moves along the receiving portion, and wherein in the state where the refill is mounted, the displacement member (2A-2G) is configured to abut against the engaging portion to be displaced in accordance with the position of the engaging portion . a mount portion , on which the refill is configured be removably mounted; and a displacement member (2A-2G) provided on the mount portion and configured to abut against the staple presser to be displaced in accordance with a position of the staple presser in a state where the refill is mounted on the mount portion , characterized in that the staple presser includes an engaging portion configured to be engaged in a receiving portion of the refill main body formed along the stacking direction, and the engaging portion is configured to be movable in the stacking direction as the engaging portion moves along the receiving portion, and wherein in the state where the refill is mounted, the displacement member (2A-2G) is configured to abut against the engaging portion to be displaced in accordance with the position of the engaging portion .
A device for grinding coffee beans , comprising a body provided with a vertical inlet hopper for the coffee beans and with a separate vertical outlet for the ground coffee , which are mutually connected by way of a horizontal seat within which a shaft is associated axially and rotatably, a first axially movable grinder being keyed to said shaft and cooperating with means adapted to allow a first, micro-adjustment of the granulometry of the ground coffee , and said first grinder interacting with a facing second axially movable grinder , which cooperates with means adapted to allow a second, macro-adjustment of the grinding as a function of the type of coffee beans selected.