mhurhangee/ep-ind-claims huggingface dataset:
A device, comprising: a balloon expandable anchor having a device attachment portion, an expansion bearing portion and a barb portion; the expansion bearing portion being positioned between the device attachment portion and the barb portion; and an expandable medical device having a first compacted profile and a second expanded profile and being configured to be expandable from the first compact profile to second expanded profile using an inflatable balloon, wherein the device attachment portion of the balloon expandable anchor is coupled to the expandable medical device; and wherein the barb portion is positioned within the first compacted profile; and the anchor is further configured such that, upon expansion of the inflatable balloon that is configured to contact the expansion bearing portion and to force the anchor to expand, the anchor expands such that the barb portion extends outside of the second expanded profile. a balloon expandable anchor having a device attachment portion, an expansion bearing portion and a barb portion; the expansion bearing portion being positioned between the device attachment portion and the barb portion; and an expandable medical device having a first compacted profile and a second expanded profile and being configured to be expandable from the first compact profile to second expanded profile using an inflatable balloon, wherein the device attachment portion of the balloon expandable anchor is coupled to the expandable medical device; and wherein the barb portion is positioned within the first compacted profile; and the anchor is further configured such that, upon expansion of the inflatable balloon that is configured to contact the expansion bearing portion and to force the anchor to expand, the anchor expands such that the barb portion extends outside of the second expanded profile.
An insect catching device comprising: a housing having a front portion and a rear portion which is connected to the front portion; a radiation source which is mounted inside the housing which can emit radiation having a wavelength suitable for attracting insects; and an insect catching member located within the housing, the insect catching member having a catching surface on which an amount of an adhesive material is provided; wherein the front portion of the housing defines an aperture (25, 26, 27) which allows insects to enter the housing and be caught on the adhesive material; wherein the housing defines a vent located in a bottom side of the housing and separately from the aperture to create an airflow to draw cool air from below the housing into the housing by convection resulting from the heat generated by the radiation source during use of the device; wherein the housing has a guiding formation which guides the airflow within the housing to flow over the hottest part of the radiation source (32, 34, 36); and wherein in use the airflow removes heat from the adhesive material or radiation source to reduce impairment of the adhesive material by heat generated by the radiation source. a housing having a front portion and a rear portion which is connected to the front portion; a radiation source which is mounted inside the housing which can emit radiation having a wavelength suitable for attracting insects; and an insect catching member located within the housing, the insect catching member having a catching surface on which an amount of an adhesive material is provided;
Coffee machine comprising an infusion zone, a reservoir for storing ground coffee arranged above the infusion zone and a device for transferring ground coffee from the storage reservoir to the infusion zone through an orifice, the transfer device comprising a member for opening and closing the orifice, able to move between an open position and a closed position, characterised in that the member for opening and closing the orifice comprises an open part comprising an inclined wall configured so as to be positioned under the orifice and to direct towards the infusion zone the ground coffee passing through this orifice, in the open position, and to be offset from the orifice, in the closed position, and in that the transfer device comprises a member for cleaning said inclined wall when passing from the open position to the closed position and vice versa.
A surgical device for cutting a lens within a capsular bag of an eye, the device comprising: a shaft extending from a housing along a longitudinal axis of the device, the shaft having a lumen and a distal end; a cutting element movable through the lumen of the shaft, the cutting element comprising at least a first sectioning element (16, 2416) having a first end, a second end, and a distal loop formed between the first and second ends; a slider operatively coupled to the cutting element and movable along the longitudinal axis of the housing; and wherein the cutting element is configured to transition from a first, retracted configuration towards a second, expanded configuration upon distal extension of the slider, and wherein, when in the second, expanded configuration, the distal loop of the at least a first sectioning element (16, 2416) defines an enlarged open area located outside the distal end of the shaft, the enlarged open area having a first leg advanced distally relative to the distal end of the shaft and a second leg positioned proximally to the distal end of the shaft, characterised in that the device further comprises: a stroke counting mechanism coupled to the slider and contained within the housing; and wherein the stroke counting mechanism is configured to track distal extensions and/or proximal extensions of the slider, and to cause a lock-out event that prevents distal extension of the slider. a shaft extending from a housing along a longitudinal axis of the device, the shaft having a lumen and a distal end; a cutting element movable through the lumen of the shaft, the cutting element comprising at least a first sectioning element (16, 2416) having a first end, a second end, and a distal loop formed between the first and second ends; a slider operatively coupled to the cutting element and movable along the longitudinal axis of the housing; and wherein the cutting element is configured to transition from a first, retracted configuration towards a second, expanded configuration upon distal extension of the slider, and wherein, when in the second, expanded configuration, the distal loop of the at least a first sectioning element (16, 2416) defines an enlarged open area located outside the distal end of the shaft, the enlarged open area having a first leg advanced distally relative to the distal end of the shaft and a second leg positioned proximally to the distal end of the shaft, characterised in that the device further comprises: a stroke counting mechanism coupled to the slider and contained within the housing; and wherein the stroke counting mechanism is configured to track distal extensions and/or proximal extensions of the slider, and to cause a lock-out event that prevents distal extension of the slider.
An input/output circuit implemented in an integrated circuit, the input/output circuit comprising: a first input/output pad and a second input/output pad forming an input/output differential pair that may be used to either receive an input signal or transmit an output signal; a voltage control circuit coupled to the input/output differential pair, wherein the voltage control circuit is coupled to receive a control signal that enables either a receive mode or a transmit mode and to pull a voltage at the input/output differential pair towards either a first voltage responsive to the receive mode being enabled or a second voltage responsive to the transmit mode being enabled; a receive buffer, including a receiver transistor differential pair (208, 214), operable to output a receiver differential signal based on input received over the input/output differential pair responsive to the receive mode being enabled; and a transmit driver circuit, including a transmitter transistor differential pair (244, 248), operable to transmit a transmitter differential signal over the input/output differential pair responsive to the transmit mode being enabled. a first input/output pad and a second input/output pad forming an input/output differential pair that may be used to either receive an input signal or transmit an output signal; a voltage control circuit coupled to the input/output differential pair, wherein the voltage control circuit is coupled to receive a control signal that enables either a receive mode or a transmit mode and to pull a voltage at the input/output differential pair towards either a first voltage responsive to the receive mode being enabled or a second voltage responsive to the transmit mode being enabled; a receive buffer, including a receiver transistor differential pair (208, 214), operable to output a receiver differential signal based on input received over the input/output differential pair responsive to the receive mode being enabled; and a transmit driver circuit, including a transmitter transistor differential pair (244, 248), operable to transmit a transmitter differential signal over the input/output differential pair responsive to the transmit mode being enabled.
A handheld injection device comprising - a housing, - a piston rod located within the housing, - a drive member, - a power reservoir for driving the drive member comprising a reverse wound flat spiral spring as a power reservoir having a first end attached to a first spool and a second end attached to a second spool, characterized in that the drive member is permanently coupled to the piston rod, wherein the drive member is axially movable between a dose setting position, in which the drive member is rotationally constrained to the housing, and a dose dispensing position, in which the drive member is rotationally de-coupled from the housing, and wherein the second spool is axially and rotationally constrained to drive member. - a housing, - a piston rod located within the housing, - a drive member, - a power reservoir for driving the drive member comprising a reverse wound flat spiral spring as a power reservoir having a first end attached to a first spool and a second end attached to a second spool,
A microsphere which is suitable for embolization, the microsphere comprising a polymer, wherein the polymer comprises a polymerized monomer of Formula I: wherein n is 0-12 and wherein R is either an oxygen-containing moiety or a nitrogen-containing moiety, wherein the polymer further comprises at least one of a polymerized N -[Tris(hydroxymethyl)methyl]acrylamide, a polymerized N,N '-Methylenebis(acrylamide), a polymerized diethyl aminoethyl acrylamide, or a polymerized triethyl aminoethyl acrylamide.
A device for introducing waste substances and/or alternative fuels into a clinker production process, comprising a tubular housing including a rotor mounted to be rotational substantially concentrically with the tube axis and driveable for rotation with blades sweeping over the space between the rotor shaft and the housing wall, wherein a plurality of ducts and openings are connected to the shell of the tubular housing, and at least one duct is arranged with the slurry supply and at least one duct is offset in the peripheral direction, characterized in that an opening substantially tangentially connected to the annular space, in particular, comprises a discharge cone for the disintegrated and homogenzied pumpable mass substantially in alignment with the discharge opening and the blades are comprised of radially oriented, axially-parallelly extending plates.
An applicator for bonding two parts to be joined by means of a double-sidedly self-adhesive strip, comprising: a spatially compact handle which is designed and dimensioned for holding the applicator with one or both hands of a user when carrying out an adhesive bonding process, and a pressing edge which is provided at a free distal end of the handle and is designed for applying to a surface of the double-sidedly self-adhesive strip, which is protected by a non-adhesive protective strip, and for pressing same onto a surface of a part to be joined in order to bring about a required adhesive bonding of the adhesive strip to this part to be joined, characterised in that the applicator has a feedback means integrated in the handle, the feedback means being designed such that the achievement of a predetermined optimal pressing force with the pressing edge is clearly visually apparent to the user from the outside over the duration of the adhesive bonding process. a spatially compact handle which is designed and dimensioned for holding the applicator with one or both hands of a user when carrying out an adhesive bonding process, and a pressing edge which is provided at a free distal end of the handle and is designed for applying to a surface of the double-sidedly self-adhesive strip, which is protected by a non-adhesive protective strip, and for pressing same onto a surface of a part to be joined in order to bring about a required adhesive bonding of the adhesive strip to this part to be joined, characterised in that the applicator has a feedback means integrated in the handle, the feedback means being designed such that the achievement of a predetermined optimal pressing force with the pressing edge is clearly visually apparent to the user from the outside over the duration of the adhesive bonding process.
Direct printing machine for printing containers with a direct print (2a, 2b), comprising - a conveyor for conveying the containers, - a plurality of direct print modules (50, 50', 50") attached thereto for printing the containers with the direct print (2a, 2b), and - adjusting units for adjusting the direct print modules (50, 50', 50") in relation to the containers to be printed, wherein the adjusting units having drives are designed to swivel one each of the direct print modules about a swivel axis for adjusting to a longitudinal container contour, characterised in that the direct print modules (50, 50', 50") are each interchangeable as a unit, and in that the direct print modules (50, 50', 50") are each designed in two parts with a rotary joint between them such that a print head part having at least one direct print head can be swivelled about the swivel axis in relation to a connecting part for connecting to an ink supply system. - a conveyor for conveying the containers, - a plurality of direct print modules (50, 50', 50") attached thereto for printing the containers with the direct print (2a, 2b), and - adjusting units for adjusting the direct print modules (50, 50', 50") in relation to the containers to be printed, wherein the adjusting units having drives are designed to swivel one each of the direct print modules about a swivel axis for adjusting to a longitudinal container contour, characterised in that the direct print modules (50, 50', 50") are each interchangeable as a unit, and in that the direct print modules (50, 50', 50") are each designed in two parts with a rotary joint between them such that a print head part having at least one direct print head can be swivelled about the swivel axis in relation to a connecting part for connecting to an ink supply system. the direct print modules (50, 50', 50") are each interchangeable as a unit, and in that the direct print modules (50, 50', 50") are each designed in two parts with a rotary joint between them such that a print head part having at least one direct print head can be swivelled about the swivel axis in relation to a connecting part for connecting to an ink supply system.
Line-type grass cutting head, including: a housing (3A, 3B) for a take-up spool for winding the cutting line, provided with projections (15, 19) cooperating with teeth integral with said housing (3A, 3B), the teeth and the projections being arranged such as to allow a stepped rotation of the spool with respect to the housing (3A, 3B) when said spool is translated alternatively in opposite directions parallel to the axis of the head; an elastic member elastically loading the spool with respect to the housing (3A, 3B); characterized in that it further comprises a first series of teeth and a second series of teeth (21 B) which can be used alternatively and each suitable to allow rotation in one direction and to prevent rotation in the opposite direction of the spool with respect to the housing (3A, 3B), said first series of teeth allowing the rotation of the spool in one direction and the second series of teeth (21 B) allowing the rotation of the spool in the opposite direction.
A lithium rechargeable battery, comprising: a positive electrode; a negative electrode; and a nonaqueous electrolyte held between the positive electrode and the negative electrode, wherein the positive electrode or the negative electrode is comprised of a lithium titanate sintered body, and the lithium titanate sintered body has a relative density of 80 to 90%, characterized in that the lithium titanate sintered body has a mean fine pore diameter of 0.10 to 0.20 μm, and a specific surface area of 1.0 to 3.0 m 2 /g. a positive electrode; a negative electrode; and a nonaqueous electrolyte held between the positive electrode and the negative electrode, wherein the positive electrode or the negative electrode is comprised of a lithium titanate sintered body, and the lithium titanate sintered body has a relative density of 80 to 90%, characterized in that the lithium titanate sintered body has a mean fine pore diameter of 0.10 to 0.20 μm, and a specific surface area of 1.0 to 3.0 m 2 /g.
A method to identify particle information, comprising: emitting light from a light source (104, 152); dividing the light emitted by the light source (104, 152) into a first path and a second path; directing the first path to a first container (132, 156) containing a plurality of particles in a suspension material; directing the second path to a second container (134, 158) containing a suspension material devoid of particles; retrieving a first transmission value of the first path through the first container (132, 156); retrieving a second transmission value of the second path through the second container (134, 158); directing the first and second paths to the second and first containers (134, 158; 132, 156), respectively; retrieving a third transmission value of the first path through the second container (134, 158); retrieving a fourth transmission value of the second path through the first container (132, 156); and calculating a ratio of the first and second transmission values to the third and fourth transmission values to determine an indication of transmissivity for a given wavelength, wherein the transmission values are retrieved at a zero degree angle of exit with respect to the angle of incidence between each of the first and second paths and the first and second containers (132, 156; 134, 158), and wherein determining the transmissivity further comprises retrieving the first, second, third and fourth transmission values for a plurality of wavelengths to yield a transmissivity as a function of wavelength. emitting light from a light source (104, 152); dividing the light emitted by the light source (104, 152) into a first path and a second path; directing the first path to a first container (132, 156) containing a plurality of particles in a suspension material; directing the second path to a second container (134, 158) containing a suspension material devoid of particles; retrieving a first transmission value of the first path through the first container (132, 156); retrieving a second transmission value of the second path through the second container (134, 158); directing the first and second paths to the second and first containers (134, 158; 132, 156), respectively; retrieving a third transmission value of the first path through the second container (134, 158); retrieving a fourth transmission value of the second path through the first container (132, 156); and calculating a ratio of the first and second transmission values to the third and fourth transmission values to determine an indication of transmissivity for a given wavelength, wherein the transmission values are retrieved at a zero degree angle of exit with respect to the angle of incidence between each of the first and second paths and the first and second containers (132, 156; 134, 158), and wherein determining the transmissivity further comprises retrieving the first, second, third and fourth transmission values for a plurality of wavelengths to yield a transmissivity as a function of wavelength.
A work vehicle, comprising: a body; left and right front wheels provided for the body; and left and right rear crawler units provided for the body, the rear crawler units each including: a drive wheel provided for a rear axle of the work vehicle; a front idler wheel forward of the drive wheel; a rear idler wheel backward of the drive wheel; a plurality of roller wheels between the front idler wheel and the rear idler wheel; a crawler belt wound around the drive wheel, the front idler wheel, the rear idler wheel, and the plurality of roller wheels; a track frame swingable about a swing shaft that extends in a left-right direction of the body and holding the front idler wheel, the rear idler wheel, and the plurality of roller wheels; a position change mechanism configured to move the swing shaft in a front-back direction of the body; characterized in that: the position change mechanism includes an actuator to move the swing shaft. a body; left and right front wheels provided for the body; and left and right rear crawler units provided for the body, the rear crawler units each including: a drive wheel provided for a rear axle of the work vehicle; a front idler wheel forward of the drive wheel; a rear idler wheel backward of the drive wheel; a plurality of roller wheels between the front idler wheel and the rear idler wheel; a crawler belt wound around the drive wheel, the front idler wheel, the rear idler wheel, and the plurality of roller wheels; a track frame swingable about a swing shaft that extends in a left-right direction of the body and holding the front idler wheel, the rear idler wheel, and the plurality of roller wheels; a position change mechanism configured to move the swing shaft in a front-back direction of the body; characterized in that: the position change mechanism includes an actuator to move the swing shaft. a drive wheel provided for a rear axle of the work vehicle; a front idler wheel forward of the drive wheel; a rear idler wheel backward of the drive wheel; a plurality of roller wheels between the front idler wheel and the rear idler wheel; a crawler belt wound around the drive wheel, the front idler wheel, the rear idler wheel, and the plurality of roller wheels; a track frame swingable about a swing shaft that extends in a left-right direction of the body and holding the front idler wheel, the rear idler wheel, and the plurality of roller wheels; a position change mechanism configured to move the swing shaft in a front-back direction of the body; characterized in that: the position change mechanism includes an actuator to move the swing shaft.