mhurhangee/patent-ind-claim-en huggingface dataset:
An implant delivery system , comprising: a delivery catheter having a lumen ; an elongate delivery mechanism slidably disposed in the lumen of the delivery catheter , the elongate delivery mechanism comprising an annular channel and a compressible annular bushing disposed within the annular channel , the annular bushing configured for being placed between a compressive profile and an expanded profile; and an implant being coaxially disposed between the delivery catheter and the elongate delivery mechanism , the medical implant comprising a tubular body and at least one engagement element affixed to the tubular body , the lumen of the delivery catheter being sized to maintain the at least one engagement element within the annular channel and to urge the annular bushing into the compressive profile, such that the elongate delivery mechanism and implant can be distally displaced in the lumen of the delivery catheter in unison to deploy the medical implant from the delivery catheter , thereby allowing the annular bushing to assume the expanded profile, characterized in that the elongate delivery mechanism further comprises a delivery wire having a proximal portion and a distal portion , a proximal bumper affixed to the distal portion of the delivery wire , and a distal bumper affixed to the distal portion of the delivery wire distal to the proximal bumper , thereby creating the annular channel between the proximal bumper and the distal bumper , wherein the annular bushing , when in the expanded profile, occupies substantially the entire annular channel . a delivery catheter having a lumen ; an elongate delivery mechanism slidably disposed in the lumen of the delivery catheter , the elongate delivery mechanism comprising an annular channel and a compressible annular bushing disposed within the annular channel , the annular bushing configured for being placed between a compressive profile and an expanded profile; and an implant being coaxially disposed between the delivery catheter and the elongate delivery mechanism , the medical implant comprising a tubular body and at least one engagement element affixed to the tubular body , the lumen of the delivery catheter being sized to maintain the at least one engagement element within the annular channel and to urge the annular bushing into the compressive profile, such that the elongate delivery mechanism and implant can be distally displaced in the lumen of the delivery catheter in unison to deploy the medical implant from the delivery catheter , thereby allowing the annular bushing to assume the expanded profile, characterized in that the elongate delivery mechanism further comprises a delivery wire having a proximal portion and a distal portion , a proximal bumper affixed to the distal portion of the delivery wire , and a distal bumper affixed to the distal portion of the delivery wire distal to the proximal bumper , thereby creating the annular channel between the proximal bumper and the distal bumper , wherein the annular bushing , when in the expanded profile, occupies substantially the entire annular channel .
A liquid-cooled motor comprising: a motor case (C) ; a motor arranged inside the motor case; an internal tube in which cooling liquid flows, the internal tube being arranged inside the motor case; an external tube in which the cooling liquid flows, the external tube being arranged outside the motor case; and a supporting member fixed to the motor case, the supporting member supporting the internal tube and the external tube and allowing the internal tube and the external tube to be communicated with each other, wherein the supporting member includes: a first supporting portion arranged to a side of the motor case, the first supporting portion supporting the internal tube; and a second supporting portion arranged to another side opposite to the side of the motor case, the second supporting portion supporting the external tube, and wherein the first supporting portion includes: a plurality of sealing members circularly arranged along an outer circumference surface of the internal tube at intervals in a direction of an axial of the internal tube; an air chamber arranged between the plurality of the sealing members; and a water draining portion allowing the air chamber and an outside portion of the motor case to be communicated with each other. a motor case (C) ; a motor arranged inside the motor case; an internal tube in which cooling liquid flows, the internal tube being arranged inside the motor case; an external tube in which the cooling liquid flows, the external tube being arranged outside the motor case; and a supporting member fixed to the motor case, the supporting member supporting the internal tube and the external tube and allowing the internal tube and the external tube to be communicated with each other, wherein the supporting member includes: a first supporting portion arranged to a side of the motor case, the first supporting portion supporting the internal tube; and a second supporting portion arranged to another side opposite to the side of the motor case, the second supporting portion supporting the external tube, a first supporting portion arranged to a side of the motor case, the first supporting portion supporting the internal tube; and a second supporting portion arranged to another side opposite to the side of the motor case, the second supporting portion supporting the external tube, and wherein the first supporting portion includes: a plurality of sealing members circularly arranged along an outer circumference surface of the internal tube at intervals in a direction of an axial of the internal tube; an air chamber arranged between the plurality of the sealing members; and a water draining portion allowing the air chamber and an outside portion of the motor case to be communicated with each other. a plurality of sealing members circularly arranged along an outer circumference surface of the internal tube at intervals in a direction of an axial of the internal tube; an air chamber arranged between the plurality of the sealing members; and a water draining portion allowing the air chamber and an outside portion of the motor case to be communicated with each other.
A method for separating solid particles from a liquid mixture in a centrifugal separator, wherein said separator comprises a rotor body which is rotatable around an axis of rotation (R), the rotor body having a separation chamber for separating solid particles from the liquid mixture and an inlet for the liquid mixture and a screw conveyor adapted to rotate in the rotor body around the axis of rotation (R) for transporting the separated solid particles in the separation chamber towards and out of a sludge outlet , said method comprising the steps of a) operating said separator in a separation phase, in which solid particles are separated from said liquid mixture, and b) operating said separator in an ejection phase, in which separated solid particles are transported towards said sludge outlet and further ejected out of said sludge outlet, wherein an ejection liquid is introduced in said separation chamber during said ejection phase via the inlet for the liquid mixture that is to be separated, and wherein the method further comprises rotating the rotor body at a first speed during said separation phase and at a second speed, which is lower than the first speed, during said ejection phase, and rotating the screw conveyor at a different speed than the rotor body during step b) and increasing the differential speed between the screw conveyor and the rotor body in step b) compared to step a) whereby the sludge will be discharged at an increased rate. a) operating said separator in a separation phase, in which solid particles are separated from said liquid mixture, and b) operating said separator in an ejection phase, in which separated solid particles are transported towards said sludge outlet and further ejected out of said sludge outlet, wherein an ejection liquid is introduced in said separation chamber during said ejection phase via the inlet for the liquid mixture that is to be separated, and wherein the method further comprises rotating the rotor body at a first speed during said separation phase and at a second speed, which is lower than the first speed, during said ejection phase, and rotating the screw conveyor at a different speed than the rotor body during step b) and increasing the differential speed between the screw conveyor and the rotor body in step b) compared to step a) whereby the sludge will be discharged at an increased rate.
An apparatus for dispensing cosmetic material, comprising: a dispensing assembly configured to receive at least one cartridge that contains a cosmetic material and to dispense a specified amount of the cosmetic material from the cartridge into a receiving area; a memory configured to receive and store dispensing information which includes the specified amount of the cosmetic material to be dispensed for each cartridge disposed in the dispensing assembly to achieve a specified single use of a cosmetic application; and circuitry configured to obtain the dispensing information from the memory and to control the dispensing assembly to dispense the cosmetic material from each cartridge disposed in the dispensing assembly into the receiving area according to the one or more specified amounts included in the dispensing information, wherein the receiving area is configured to be part of a detachable portion of the apparatus and the detachable portion is configured to be an enclosed container that holds the dispensed cosmetic material, the apparatus further comprising a manifold , having a plurality of manifold through holes , the manifold connected to and disposed on a nozzle of the cartridge , the receiving area being connected to and disposed above the manifold , wherein the circuitry controls the dispensing assembly to dispense a quantity of cosmetic material from the nozzle of the cartridge through one manifold through hole of the manifold , and into the receiving area. a dispensing assembly configured to receive at least one cartridge that contains a cosmetic material and to dispense a specified amount of the cosmetic material from the cartridge into a receiving area; a memory configured to receive and store dispensing information which includes the specified amount of the cosmetic material to be dispensed for each cartridge disposed in the dispensing assembly to achieve a specified single use of a cosmetic application; and circuitry configured to obtain the dispensing information from the memory and to control the dispensing assembly to dispense the cosmetic material from each cartridge disposed in the dispensing assembly into the receiving area according to the one or more specified amounts included in the dispensing information,
Multilayer acquisition and distribution sheet nonwoven material for hygiene articles, characterized in that it comprises at least three layers on top of each other: - the first layer for acquiring and transferring body fluids to the second layer ; - the second layer for receiving the body fluids from the first layer and spreading the body fluids over this second layer ; and - the third layer comprising superabsorbent polymer (SAP) particles , for receiving the body fluids from the second layer , the second layer forwarding the body fluids to the third layer irreversibly, and wherein the void volumes in the second layer are smaller than the SAP particles . - the first layer for acquiring and transferring body fluids to the second layer ; - the second layer for receiving the body fluids from the first layer and spreading the body fluids over this second layer ; and - the third layer comprising superabsorbent polymer (SAP) particles , for receiving the body fluids from the second layer ,
A scope sheath stabilization system comprising: a scope sheath engaging portion , and a shaft configured to securely attach the stabilization system to a table mounted flexible or rigid arm , characterised in that the scope sheath engaging portion comprises an inverted U-shape device having an upper portion connected to the shaft and two downward extending legs and each having a hook and positioned at a bottom thereof and configured to engage a scope sheath from an underside of the inflow port and the outflow port of the scope sheath , respectively; and that the shaft comprises a plunger assembly , , , extending downward from the top portion and placed between the two downward extending legs and and configured to engage an upper surface of the scope sheath to secure the scope sheath from any movement once positioned in the scope sheath engaging portion . a scope sheath engaging portion , and a shaft configured to securely attach the stabilization system to a table mounted flexible or rigid arm , characterised in that the scope sheath engaging portion comprises an inverted U-shape device having an upper portion connected to the shaft and two downward extending legs and each having a hook and positioned at a bottom thereof and configured to engage a scope sheath from an underside of the inflow port and the outflow port of the scope sheath , respectively; and that the shaft comprises a plunger assembly , , , extending downward from the top portion and placed between the two downward extending legs and and configured to engage an upper surface of the scope sheath to secure the scope sheath from any movement once positioned in the scope sheath engaging portion .
A non-aqueous therapeutic coating composition for the skin-contacting surface of an elastomeric article, said coating composition comprising: glycerin in at least 10% by weight of the composition; and sorbitol in at least 0.1% by weight of the composition; wherein said composition is essentially water-free and transfers upon contact with skin; and, wherein the non-aqueous therapeutic coating composition is adapted for application directly onto the skin-contacting surface of the elastomeric article. glycerin in at least 10% by weight of the composition; and sorbitol in at least 0.1% by weight of the composition;
A razor cartridge comprising: a blade housing configured to accommodate a plurality of blades (10a-e) comprising at least a first blade and a second blade; a first contact member arranged at a front side of the plurality of blades (10a-e) with respect to a shaving direction; and a second contact member arranged at a rear side of the plurality of blades (10a-e) with respect to the shaving direction, wherein each of the plurality of blades (10a-e) comprises an edge portion and a base , wherein a thickness of a first position of the edge portion of the first blade is less than a thickness of a corresponding second position of the edge portion of the second blade, and wherein a first exposure amount of the first blade with respect to a contact plane (cp) defined between the first contact member and the second contact member is less than a second exposure amount of the second blade with respect to the contact plane (cp). a blade housing configured to accommodate a plurality of blades (10a-e) comprising at least a first blade and a second blade; a first contact member arranged at a front side of the plurality of blades (10a-e) with respect to a shaving direction; and a second contact member arranged at a rear side of the plurality of blades (10a-e) with respect to the shaving direction, wherein each of the plurality of blades (10a-e) comprises an edge portion and a base , wherein a thickness of a first position of the edge portion of the first blade is less than a thickness of a corresponding second position of the edge portion of the second blade, and wherein a first exposure amount of the first blade with respect to a contact plane (cp) defined between the first contact member and the second contact member is less than a second exposure amount of the second blade with respect to the contact plane (cp).
Mixer apparatus for an exhaust gas aftertreatment system of a motor vehicle, which mixer apparatus has a cylindrical housing with a shell wall , a first end wall and a second end wall , an injection opening for an exhaust gas aftertreatment medium being configured in the shell wall , and at least one air guiding element which extends in a curved manner being arranged in the housing , which air guiding element conducts an exhaust gas flow from a plurality of inlet openings to an outlet opening which is configured in the second end wall , the inlet openings being configured in the first end wall , and at least one impact face for the exhaust gas aftertreatment medium being arranged downstream of the inlet opening in the housing , the impact face being oriented perpendicularly with respect to the injection direction of the exhaust gas aftertreatment medium, characterized in that a further air guiding element is arranged in the housing, which further air guiding element has at least one laterally projecting impact element which forms the impact face , the first end wall having a section of opening-free configuration which extends parallel to the injection direction, begins at the level of the injection opening and ends in a manner which is spaced apart from the further air guiding element , and in that the inlet openings are arranged adjacently with respect to the section .
A clutch arrangement for being located between an engine and a propeller of a drivetrain of a roadable aircraft , the clutch arrangement comprising: an engine shaft , a propeller shaft , a stationary clutch arrangement housing , an engagement member which is rotationally locked to and axially slidable relative to propeller shaft , wherein the engagement member comprises a first engagement structure for engaging a corresponding engagement structure associated with the engine shaft for setting the clutch arrangement in a propeller propulsion mode, in which rotational propulsion torque can be transmitted from the engine shaft to the propeller shaft via the engagement member , characterised in that the engagement member comprises a second engagement structure for engaging a corresponding engagement structure associated with the clutch arrangement housing for setting the clutch arrangement in a propeller locked mode, in which the propeller shaft is rotationally locked to the clutch arrangement housing by means of the engagement member . an engine shaft , a propeller shaft , a stationary clutch arrangement housing , an engagement member which is rotationally locked to and axially slidable relative to propeller shaft , wherein the engagement member comprises a first engagement structure for engaging a corresponding engagement structure associated with the engine shaft for setting the clutch arrangement in a propeller propulsion mode, in which rotational propulsion torque can be transmitted from the engine shaft to the propeller shaft via the engagement member , characterised in that the engagement member comprises a second engagement structure for engaging a corresponding engagement structure associated with the clutch arrangement housing for setting the clutch arrangement in a propeller locked mode, in which the propeller shaft is rotationally locked to the clutch arrangement housing by means of the engagement member .
An integrated body fluid sampling meter comprising: a meter housing ; a light source and a light detector in the meter housing ; a cartridge insertable into the meter housing and comprising a plurality of cells, wherein each cell comprises a light-blocking seal and wherein at least one cell is positionable between the light source and the detector , wherein the meter is configured to assess integrity of the seal of at least one cell after insertion of the cartridge into the meter housing . a meter housing ; a light source and a light detector in the meter housing ; a cartridge insertable into the meter housing and comprising a plurality of cells,
A rotary actuator, comprising: a yoke extending about a rotation axis ; a coil wrapped about the yoke; and a rotor having a direct axis and a single quadrature axis , the rotor being supported for rotation about the rotation axis , wherein a reluctance along the rotor direct axis is different than a reluctance along the quadrature axis, the actuator configured to rotate the rotor when current is applied to the coil; and wherein the rotor has a circular rotor profile; the rotor has at least one internal void having a chevron shape and at least one internal inclusion having a chevron shape, having non-ferromagnetic material, that makes reluctance along one of the direct and quadrature axes different than that along the other of the direct and quadrature axes; wherein the at least one internal void and at least one internal inclusion are distributed in a non-rotationally symmetric arrangement. a yoke extending about a rotation axis ; a coil wrapped about the yoke; and a rotor having a direct axis and a single quadrature axis , the rotor being supported for rotation about the rotation axis , wherein a reluctance along the rotor direct axis is different than a reluctance along the quadrature axis, the actuator configured to rotate the rotor when current is applied to the coil; and wherein
An oral care system comprising: a mouthpiece having a working surface ; a manifold assembly having a flow path for an oral care compound terminating at an outlet configured to engage with the mouthpiece and to align with the working surface of the mouthpiece when engaged, the outlet of the manifold assembly having one or more ports extending across a length of the working surface of the mouthpiece; and an actuatable element configured to dispense the oral care compound from the outlet onto the working surface of the mouthpiece by displacing the oral care compound through the manifold assembly when actuated, wherein the flow path comprises a plurality of discrete channels, wherein when the oral care compound is dispensed from the outlet to the mouthpiece it flows through the plurality of discrete channels; and characterised in that the shape of the outlet is matched to the geometry of the working surface of the mouthpiece. a mouthpiece having a working surface ; a manifold assembly having a flow path for an oral care compound terminating at an outlet configured to engage with the mouthpiece and to align with the working surface of the mouthpiece when engaged, the outlet of the manifold assembly having one or more ports extending across a length of the working surface of the mouthpiece; and an actuatable element configured to dispense the oral care compound from the outlet onto the working surface of the mouthpiece by displacing the oral care compound through the manifold assembly when actuated, wherein the flow path comprises a plurality of discrete channels, wherein when the oral care compound is dispensed from the outlet to the mouthpiece it flows through the plurality of discrete channels; and characterised in that the shape of the outlet is matched to the geometry of the working surface of the mouthpiece.