mhurhangee/ep-ind-claims huggingface dataset:
A pouched product comprising: a water-permeable fabric pouch (320; 520; 520') formed so as to define a cavity therein; a composition (315; 515; 515') contained within the cavity of the water-permeable fabric pouch (320; 520; 520'), the composition (315; 515; 515') comprising particulate non-tobacco material treated to contain nicotine and one or more flavoring agents and thus providing one or more releasable components that are released from the composition under mouth conditions and that are capable of movement through the water-permeable fabric pouch (320; 520; 520'); and a release modifying agent adapted to react with a component selected from the group consisting of acetaldehyde, arsenic, benzo[a]pyrene, cadmium, crotonaldehyde, formaldehyde, nicotine-derived nitrosamine ketone, N-nitrosonornicotine, derivatives thereof, decomposition products thereof, precursors thereof, and combinations thereof and thereby modify release thereof from the water-permeable fabric pouch (320; 520; 520'), the release modifying agent being admixed with the composition (315; 515; 515') contained within the cavity of the water-permeable fabric pouch (320; 520; 520'). a water-permeable fabric pouch (320; 520; 520') formed so as to define a cavity therein; a composition (315; 515; 515') contained within the cavity of the water-permeable fabric pouch (320; 520; 520'), the composition (315; 515; 515') comprising particulate non-tobacco material treated to contain nicotine and one or more flavoring agents and thus providing one or more releasable components that are released from the composition under mouth conditions and that are capable of movement through the water-permeable fabric pouch (320; 520; 520'); and a release modifying agent adapted to react with a component selected from the group consisting of acetaldehyde, arsenic, benzo[a]pyrene, cadmium, crotonaldehyde, formaldehyde, nicotine-derived nitrosamine ketone, N-nitrosonornicotine, derivatives thereof, decomposition products thereof, precursors thereof, and combinations thereof and thereby modify release thereof from the water-permeable fabric pouch (320; 520; 520'), the release modifying agent being admixed with the composition (315; 515; 515') contained within the cavity of the water-permeable fabric pouch (320; 520; 520').
Mobile housing device for an optical fibre coil, comprising a container accessible by means of a cover to be able to house at least one sprocket, said at least one sprocket adapted to allow winding at least one optical fibre belonging to said optical fibre coil, said optical fibre connected to at least one connection terminal (41, 42), elastic means (11, 31, 43, 44, 51) and sliding means adapted to allow automatically extracting said at least one connection terminal (41, 42) from said container (10, said cover comprising an elastic edge matching with a respective edge of said container, said elastic edge adapted to allow closing said container to block the unwinding of said optical fibre coil, once having automatically extracted said at least one connection terminal (41, 42) from said container, characterized in that said at least one sprocket is connected to said container by means of at least one radial spring and one axial spring, said at least one radial spring and one axial spring respectively belonging to said elastic means (11, 31), said at least one radial spring adapted to push a shaped cylinder belonging to said sliding means to block said at least one sprocket inside said container, said axial spring adapted to separate and lift said at least one sprocket with respect to said container.
A method of draining a device for extracorporeal blood treatment, the device comprising a dialyser divided into a first chamber and a second chamber by means of a membrane, an arterial line connected to a blood inlet of the first chamber, a venous line connected to a blood outlet of the first chamber, a dialysis fluid line for fresh dialysis fluid connected to a dialysis fluid inlet of the second chamber and a dialysis fluid line for used dialysis fluid connected to a dialysis fluid outlet of the second chamber, a blood pump disposed in the arterial line, and a venous expansion chamber disposed in the venous line, wherein the method comprises the steps of: a. connecting a patient-side port of the arterial line to a patient-side port of the venous line; b. generating negative pressure in the second chamber; c. operating the blood pump in a first direction and draining the arterial and venous lines in the first direction via the membrane and the second chamber, characterized in that the method further comprises the step of d. stopping the blood pump and draining the arterial and venous lines in a second direction opposed to the first direction via the membrane and the second chamber; the device further includes at least one level control pump which is configured to provide level control at least in the venous expansion chamber, wherein during draining in the first direction and during draining in the second direction the level control pump is kept in operation, or during draining in the first direction and during draining in the second direction the arterial line connected to the blood inlet of the first chamber and/or the venous line connected to the blood outlet of the first chamber as well as the venous expansion chamber can be assisted by manual pressurization; and the device further comprises an air detector unit downstream of the venous expansion chamber. a. connecting a patient-side port of the arterial line to a patient-side port of the venous line; b. generating negative pressure in the second chamber; c. operating the blood pump in a first direction and draining the arterial and venous lines in the first direction via the membrane and the second chamber, characterized in that the method further comprises the step of d. stopping the blood pump and draining the arterial and venous lines in a second direction opposed to the first direction via the membrane and the second chamber; the device further includes at least one level control pump which is configured to provide level control at least in the venous expansion chamber, wherein during draining in the first direction and during draining in the second direction the level control pump is kept in operation, or during draining in the first direction and during draining in the second direction the arterial line connected to the blood inlet of the first chamber and/or the venous line connected to the blood outlet of the first chamber as well as the venous expansion chamber can be assisted by manual pressurization; and the device further comprises an air detector unit downstream of the venous expansion chamber.
A riding type vehicle having an airbag device comprising: an inflator; an airbag adapted to be expanded by gas discharged from the inflator; and a retainer accommodating the airbag, the airbag being deployed upward from an opening of the retainer, wherein the retainer is provided below a meter and the retainer and the meter are provided in front of a handle for steering, characterized in that. the opening of the retainer is provided along a side edge portion (36c, 36d) and a front edge portion of the meter outside the meter in top view. an inflator; an airbag adapted to be expanded by gas discharged from the inflator; and a retainer accommodating the airbag, the airbag being deployed upward from an opening of the retainer, wherein the retainer is provided below a meter and the retainer and the meter are provided in front of a handle for steering, characterized in that. the opening of the retainer is provided along a side edge portion (36c, 36d) and a front edge portion of the meter outside the meter in top view.
A trocar access assembly comprising: a sheath tube extending along a longitudinal axis, the sheath tube being formed from an elastically deformable material, and defining an interior lumen; an obturator configured and dimensioned for insertion into the lumen of the sheath tube, the obturator being engagable with the sheath tube to facilitate movement of the sheath tube between elongated and contracted conditions via advancement and retraction of the obturator, the sheath tube being elongated longitudinally during movement of the sheath tube from the contracted condition to the elongated condition; and an anchor sleeve having proximal and distal ends, and being positioned coaxially about the sheath tube, the proximal and distal ends of the anchor sleeve being fixedly secured to the sheath tube such that movement of the sheath tube from the contracted condition to the elongated condition causes radial contraction of the anchor sleeve to facilitate insertion of the trocar access assembly into an opening in tissue, and movement of the sheath tube from the elongated condition to the contracted condition causes radial expansion of the anchor sleeve to prevent withdrawal of the trocar access assembly from the opening in the tissue while forming a fluid-tight seal with the opening. a sheath tube extending along a longitudinal axis, the sheath tube being formed from an elastically deformable material, and defining an interior lumen; an obturator configured and dimensioned for insertion into the lumen of the sheath tube, the obturator being engagable with the sheath tube to facilitate movement of the sheath tube between elongated and contracted conditions via advancement and retraction of the obturator, the sheath tube being elongated longitudinally during movement of the sheath tube from the contracted condition to the elongated condition; and an anchor sleeve having proximal and distal ends, and being positioned coaxially about the sheath tube, the proximal and distal ends of the anchor sleeve being fixedly secured to the sheath tube such that movement of the sheath tube from the contracted condition to the elongated condition causes radial contraction of the anchor sleeve to facilitate insertion of the trocar access assembly into an opening in tissue, and movement of the sheath tube from the elongated condition to the contracted condition causes radial expansion of the anchor sleeve to prevent withdrawal of the trocar access assembly from the opening in the tissue while forming a fluid-tight seal with the opening.
A control device for a hybrid vehicle, the hybrid vehicle including an engine, a first motor, an output member, a differential mechanism, the engine, the first motor, and the output member being coupled via the differential mechanism, a second motor configured to apply torque to the output member, and an engagement mechanism configured to stop rotation of an output shaft of the engine or rotation of a specified rotational member that is coupled to the output shaft of the engine, the control device comprising: an electronic control unit configured to (i) disengage the engagement mechanism, when the hybrid vehicle travels forward by a drive power of the second motor or a drive power of the first motor and the second motor; characterized in that the electronic control unit is configured to (ii) engage the engagement mechanism and generate drive power by the first motor and the second motor, when the hybrid vehicle travels reversely by drive power of the second motor or drive power of the first motor and the second motor and the drive power that is requested for a reverse travel is equal to or higher than a predetermined reference drive power, and (iii) disengage the engagement mechanism and generate drive power by the second motor, when the drive power that is requested for the reverse travel is lower than the predetermined reference drive power. (i) disengage the engagement mechanism, when the hybrid vehicle travels forward by a drive power of the second motor or a drive power of the first motor and the second motor; characterized in that the electronic control unit is configured to (ii) engage the engagement mechanism and generate drive power by the first motor and the second motor, when the hybrid vehicle travels reversely by drive power of the second motor or drive power of the first motor and the second motor and the drive power that is requested for a reverse travel is equal to or higher than a predetermined reference drive power, and (iii) disengage the engagement mechanism and generate drive power by the second motor, when the drive power that is requested for the reverse travel is lower than the predetermined reference drive power.
A stroke sensor system comprising: a tubular vehicle-body-side member disposed at a side of a body of a vehicle; a tubular vehicle-wheel-side member coupled to the vehicle-body-side member at a side of a wheel of the vehicle and movable in an axial direction of the vehicle-body-side member relative to the vehicle-body-side member, at least one member among the vehicle-body-side member and the vehicle-wheel-side member comprising a conductor, another member among the vehicle-body-side member and the vehicle-wheel-side member comprising a coil; and characterized in that a displacement obtainer comprising a capacitor that is electrically coupled to the coil and that constitutes an LC oscillation circuit configured to output an oscillation waveform when the vehicle-wheel-side member moves relative to the vehicle-body-side member, the displacement obtainer being configured to digitize the oscillation waveform so as to obtain a reshaped waveform, configured to divide a frequency of the reshaped waveform by a predetermined frequency division ratio so as to obtain a frequency-divided waveform, and configured to use the frequency-divided waveform to obtain a displacement by which the vehicle-wheel-side member moves relative to the vehicle-body-side member. a tubular vehicle-body-side member disposed at a side of a body of a vehicle; a tubular vehicle-wheel-side member coupled to the vehicle-body-side member at a side of a wheel of the vehicle and movable in an axial direction of the vehicle-body-side member relative to the vehicle-body-side member, at least one member among the vehicle-body-side member and the vehicle-wheel-side member comprising a conductor, another member among the vehicle-body-side member and the vehicle-wheel-side member comprising a coil; and characterized in that a displacement obtainer comprising a capacitor that is electrically coupled to the coil and that constitutes an LC oscillation circuit configured to output an oscillation waveform when the vehicle-wheel-side member moves relative to the vehicle-body-side member, the displacement obtainer being configured to digitize the oscillation waveform so as to obtain a reshaped waveform, configured to divide a frequency of the reshaped waveform by a predetermined frequency division ratio so as to obtain a frequency-divided waveform, and configured to use the frequency-divided waveform to obtain a displacement by which the vehicle-wheel-side member moves relative to the vehicle-body-side member.
A left-right wheel driving device comprising: a first motor and a second motor that drive the left and right wheels of a vehicle, and a gear mechanism that amplifies a torque difference between the first motor and the second motor and transmits the amplified torques to the left and right wheels, wherein rotating shafts (1A, 2A) of the first motor and the second motor are coaxially disposed; the left-right wheel driving device further comprises motor shafts that are positioned coaxially with the rotating shafts and that are each provided with a motor gear, counter shafts that are disposed in parallel to the motor shafts and that are each provided with a first intermediate gear meshing with the motor gear and a second intermediate gear, and output shafts that are disposed in parallel to the motor shafts and that are each provided with an output gear meshing with the second intermediate gear; and the gear mechanism is disposed on one end side of each of the output shafts and each of the left and right wheels is disposed on the other end side of one of the output shafts, characterized by the second intermediate gear having a diameter smaller than that of the first intermediate gear. rotating shafts (1A, 2A) of the first motor and the second motor are coaxially disposed; the left-right wheel driving device further comprises motor shafts that are positioned coaxially with the rotating shafts and that are each provided with a motor gear, counter shafts that are disposed in parallel to the motor shafts and that are each provided with a first intermediate gear meshing with the motor gear and a second intermediate gear, and output shafts that are disposed in parallel to the motor shafts and that are each provided with an output gear meshing with the second intermediate gear; and motor shafts that are positioned coaxially with the rotating shafts and that are each provided with a motor gear, counter shafts that are disposed in parallel to the motor shafts and that are each provided with a first intermediate gear meshing with the motor gear and a second intermediate gear, and output shafts that are disposed in parallel to the motor shafts and that are each provided with an output gear meshing with the second intermediate gear; and the gear mechanism is disposed on one end side of each of the output shafts and each of the left and right wheels is disposed on the other end side of one of the output shafts, characterized by the second intermediate gear having a diameter smaller than that of the first intermediate gear.
A multi-copter lift body aircraft comprising: a. a fuselage having a nose and a tail; b. a push propeller mounted to the tail or a pull propeller; c. the fuselage is formed by a lift body that has a first airfoil shape along a medial line on a front to rear side cross-section from the nose to the tail; d. multi-copter propellers attached to the lift body, wherein the multi-copter propellers provide a multi-copter propeller lift at low speeds, wherein the lift body provides a lift body lift at high speeds; and e. avionics stored in a hollow cavity of the lift body, wherein the avionics includes a control circuit, batteries, and a radio receiver, wherein during a forward flight when the lift body generates a majority of the lift, the lifting propellers spin at varied speeds for controlling attitude, wherein lift body lift increases as an airspeed increases and a multi-copter propeller lift decreases so that the aircraft maintains the same altitude at any speed up to a top speed. a. a fuselage having a nose and a tail; b. a push propeller mounted to the tail or a pull propeller; c. the fuselage is formed by a lift body that has a first airfoil shape along a medial line on a front to rear side cross-section from the nose to the tail; d. multi-copter propellers attached to the lift body, wherein the multi-copter propellers provide a multi-copter propeller lift at low speeds, wherein the lift body provides a lift body lift at high speeds; and e. avionics stored in a hollow cavity of the lift body, wherein the avionics includes a control circuit, batteries, and a radio receiver,
A clip assembly, comprising: a pair of clip arms, biased into a tissue receiving configuration, in which distal ends of the clip arms are separated from one another to receive a target tissue therebetween, and movable into a tissue gripping configuration, in which the distal ends of the clip arms are drawn toward one another to grip the target tissue therebetween, the clip arms including a locking mechanism for locking the clip arms in the tissue gripping configuration, wherein the locking mechanism includes a male locking feature (150, 250) extending from a first one of the clip arms toward a second one of the clip arms, and a female locking feature (152, 252) included in the second one of the clip arms, the male and female locking features engageable with one another to lock the clip arms relative to one another, one of the male and female locking features being deformable to engage the other one of the male and female locking features; and a yoke connected to a proximal end of the clip arms, the yoke including a distal portion engaging the clip arms and a proximal portion configured to releasably engage a control member of an applicator, the proximal portion including opposed portions defining a slot extending from a proximal opening to a distal space sized and shaped to hold a distal end of the control member therein. a pair of clip arms, biased into a tissue receiving configuration, in which distal ends of the clip arms are separated from one another to receive a target tissue therebetween, and movable into a tissue gripping configuration, in which the distal ends of the clip arms are drawn toward one another to grip the target tissue therebetween, the clip arms including a locking mechanism for locking the clip arms in the tissue gripping configuration, wherein the locking mechanism includes a male locking feature (150, 250) extending from a first one of the clip arms toward a second one of the clip arms, and a female locking feature (152, 252) included in the second one of the clip arms, the male and female locking features engageable with one another to lock the clip arms relative to one another, one of the male and female locking features being deformable to engage the other one of the male and female locking features; and a yoke connected to a proximal end of the clip arms, the yoke including a distal portion engaging the clip arms and a proximal portion configured to releasably engage a control member of an applicator, the proximal portion including opposed portions defining a slot extending from a proximal opening to a distal space sized and shaped to hold a distal end of the control member therein.
A compound represented by any one of formulas (a-1-1) to (a-1-3) and formulas (a-2-1) to (a-2-6): wherein Ra 1 and Rb 1 are each independently alkyl having 1 to 12 carbons, alkoxy having 1 to 11 carbons, or alkenyl having 2 to 12 carbons; and W is -CH 2 - or -CO-.
A carpet comprising: a primary backing layer having a top surface and a primary backing color; a plurality of yarn tufts extending upwardly from the top surface of the primary backing layer, wherein in a first area the plurality of yarn tufts cooperate to form at least one pattern member having at least one color and a desired pile height that obscures the underlying top surface of the primary backing layer, characterised in that in a second area at least some of the plurality of yarn tufts are pulled low enough to expose portions of the top surface of the primary backing layer, wherein the exposed portions of the primary backing layer cooperate with the at least one pattern member to form an overall color and texture design of the carpet. a primary backing layer having a top surface and a primary backing color; a plurality of yarn tufts extending upwardly from the top surface of the primary backing layer, wherein in a first area the plurality of yarn tufts cooperate to form at least one pattern member having at least one color and a desired pile height that obscures the underlying top surface of the primary backing layer, characterised in that in a second area at least some of the plurality of yarn tufts are pulled low enough to expose portions of the top surface of the primary backing layer, wherein the exposed portions of the primary backing layer cooperate with the at least one pattern member to form an overall color and texture design of the carpet.