mhurhangee/patent-ind-claim-en huggingface dataset:
A cartridge assembly having a proximal end and a distal end for use in an aerosol-generating system, the cartridge assembly comprising: a cartridge comprising: a first compartment having a first air inlet and a first air outlet ; and a second compartment having a second air inlet and a second air outlet , and a mouthpiece partially surrounding the cartridge , the mouthpiece having a third air outlet ; the cartridge and the mouthpiece being longitudinally movable relative to one another between a retracted position in which a proximal end of the mouthpiece abuts a proximal end of the cartridge , and an extended position in which the proximal ends of the mouthpiece and the cartridge are longitudinally spaced apart so as to create a chamber therebetween in fluid communication with the first, second and third air outlets , wherein in the retracted position the first and second air inlets and the first and second air outlets are obstructed by the mouthpiece and the third air outlet is obstructed by the cartridge , and wherein in the extended position air may be drawn into the chamber along a first airflow pathway extending from the first air inlet , through the first compartment , to the first air outlet and a second airflow pathway extending from the second air inlet , through the second compartment , to the second air outlet , and out of the chamber through the third air outlet . a cartridge comprising: a first compartment having a first air inlet and a first air outlet ; and a second compartment having a second air inlet and a second air outlet , and a first compartment having a first air inlet and a first air outlet ; and a second compartment having a second air inlet and a second air outlet , and a mouthpiece partially surrounding the cartridge , the mouthpiece having a third air outlet ; the cartridge and the mouthpiece being longitudinally movable relative to one another between a retracted position in which a proximal end of the mouthpiece abuts a proximal end of the cartridge , and an extended position in which the proximal ends of the mouthpiece and the cartridge are longitudinally spaced apart so as to create a chamber therebetween in fluid communication with the first, second and third air outlets , wherein in the retracted position the first and second air inlets and the first and second air outlets are obstructed by the mouthpiece and the third air outlet is obstructed by the cartridge , and wherein in the extended position air may be drawn into the chamber along a first airflow pathway extending from the first air inlet , through the first compartment , to the first air outlet and a second airflow pathway extending from the second air inlet , through the second compartment , to the second air outlet , and out of the chamber through the third air outlet .
A numerical controller equipped with a check drawing function for drawing an unmachined path based on a machining program and a machining drawing function for drawing a machining trajectory during machining control based on the machining program, comprising: a trajectory correction vector calculation unit adapted to calculate a drawing trajectory correction vector which represents an amount of shift in an axial position at which machining is actually performed from an axial position commanded by the machining program; a drawing trajectory creating unit adapted to create a corrected machining trajectory by correcting a drawing position of the machining trajectory drawn by the machining drawing function, based on the drawing trajectory correction vector, or adapted to create a corrected unmachined path by correcting a drawing position of the unmachined path drawn by the check drawing function, based on the drawing trajectory correction vector; and a display unit adapted to display the corrected machining trajectory created by the drawing trajectory creating unit and the unmachined path on a same screen, or adapted to display the corrected unmachined path and the machining trajectory on a same screen. a trajectory correction vector calculation unit adapted to calculate a drawing trajectory correction vector which represents an amount of shift in an axial position at which machining is actually performed from an axial position commanded by the machining program; a drawing trajectory creating unit adapted to create a corrected machining trajectory by correcting a drawing position of the machining trajectory drawn by the machining drawing function, based on the drawing trajectory correction vector, or adapted to create a corrected unmachined path by correcting a drawing position of the unmachined path drawn by the check drawing function, based on the drawing trajectory correction vector; and a display unit adapted to display the corrected machining trajectory created by the drawing trajectory creating unit and the unmachined path on a same screen, or adapted to display the corrected unmachined path and the machining trajectory on a same screen.
A sensor system for an underground mining vehicle, which system is arranged to be fastened at a perimeter of the underground mining vehicle, comprising a sensor and a stand , characterized in that the stand comprises - a mounting plate for fastening the stand to the underground mining vehicle, - a movable plate , having an inner end and an outer end , fastened moveably to the mounting plate , - a guard member (7a, 7b,...) comprising a rim , which guard member (7a, 7b,...) is provided at the outer end so that the rim extends over the outer end of the movable plate , and - a biasing member (9a, 9b,...) fastened between the movable plate and the mounting plate ; wherein the sensor is fastened to the movable plate so that the sensor is between the rim of the guard member (7a, 7b,...) and the inner end of the movable plate , the movable plate has two positions: - a resting position, wherein the rim of the guard member (7a, 7b,...) is extending outside of the underground vehicle perimeter when the system is fastened to the underground mining vehicle, and - a retracted position, wherein the outer end and the sensor are retracted inside the perimeter of the underground mining vehicle when the system is fastened to the underground mining vehicle, and the biasing member (9a, 9b,...) is biasing the movable plate to the resting position. - a mounting plate for fastening the stand to the underground mining vehicle, - a movable plate , having an inner end and an outer end , fastened moveably to the mounting plate , - a guard member (7a, 7b,...) comprising a rim , which guard member (7a, 7b,...) is provided at the outer end so that the rim extends over the outer end of the movable plate , and - a biasing member (9a, 9b,...) fastened between the movable plate and the mounting plate ; the sensor is fastened to the movable plate so that the sensor is between the rim of the guard member (7a, 7b,...) and the inner end of the movable plate , the movable plate has two positions: - a resting position, wherein the rim of the guard member (7a, 7b,...) is extending outside of the underground vehicle perimeter when the system is fastened to the underground mining vehicle, and - a retracted position, wherein the outer end and the sensor are retracted inside the perimeter of the underground mining vehicle when the system is fastened to the underground mining vehicle, and - a resting position, wherein the rim of the guard member (7a, 7b,...) is extending outside of the underground vehicle perimeter when the system is fastened to the underground mining vehicle, and - a retracted position, wherein the outer end and the sensor are retracted inside the perimeter of the underground mining vehicle when the system is fastened to the underground mining vehicle, the biasing member (9a, 9b,...) is biasing the movable plate to the resting position.
A robot cleaner comprising: a cleaner body including a controller, the cleaner body having a dust container accommodation part formed therein; a wheel unit mounted in the cleaner body , wherein the controller is configured to control driving of the wheel unit ; and a dust container detachably coupled to the dust container accommodation part , characterized in that a first opening and a second opening are disposed at an inner wall of the dust container accommodation part , and in that the dust container includes: an entrance and an exit , disposed at the circumference of the dust container , the entrance and the exit , respectively communicating with the first opening and the second opening when the dust container is accommodated in the dust container accommodation part ; and a flow separating part (141g1) extending downwardly inclined along the inner circumference of the dust container , the flow separating part (141g1) configured to separate the flow of air introduced into the entrance from the flow of air discharged toward the exit . a cleaner body including a controller, the cleaner body having a dust container accommodation part formed therein; a wheel unit mounted in the cleaner body , wherein the controller is configured to control driving of the wheel unit ; and a dust container detachably coupled to the dust container accommodation part , characterized in that a first opening and a second opening are disposed at an inner wall of the dust container accommodation part , and in that the dust container includes: an entrance and an exit , disposed at the circumference of the dust container , the entrance and the exit , respectively communicating with the first opening and the second opening when the dust container is accommodated in the dust container accommodation part ; and a flow separating part (141g1) extending downwardly inclined along the inner circumference of the dust container , the flow separating part (141g1) configured to separate the flow of air introduced into the entrance from the flow of air discharged toward the exit . an entrance and an exit , disposed at the circumference of the dust container , the entrance and the exit , respectively communicating with the first opening and the second opening when the dust container is accommodated in the dust container accommodation part ; and a flow separating part (141g1) extending downwardly inclined along the inner circumference of the dust container , the flow separating part (141g1) configured to separate the flow of air introduced into the entrance from the flow of air discharged toward the exit .
A method of inspecting a welding defect, the method being characterised by the following: manufacturing an electrode assembly sample by welding an electrode lead on an electrode tab formed on an electrode assembly ; measuring a tensile strength, a torsional strength and a peeling strength of a welded portion between the electrode tab and the electrode lead for the electrode assembly sample; deriving correlation between whether there is a welding defect and each of the tensile strength, the torsional strength, and the peeling strength; and deriving a reference value for determining whether there is a welding defect for the tensile strength, the torsional strength, and the peeling strength, respectively, wherein the measuring of the tensile strength, the torsional strength and the peeling strength includes: preparing three sets of electrode assembly samples; and measuring any one of the tensile strength, the torsional strength and the peeling strength per set, wherein the deriving of the correlation includes making a database about the correlation between the tensile strength, the torsional strength and the peeling strength of the welded portion between the electrode tab and the electrode lead and whether there is a welding defect, and wherein the reference value is derived from the database. manufacturing an electrode assembly sample by welding an electrode lead on an electrode tab formed on an electrode assembly ; measuring a tensile strength, a torsional strength and a peeling strength of a welded portion between the electrode tab and the electrode lead for the electrode assembly sample; deriving correlation between whether there is a welding defect and each of the tensile strength, the torsional strength, and the peeling strength; and deriving a reference value for determining whether there is a welding defect for the tensile strength, the torsional strength, and the peeling strength, respectively, wherein the measuring of the tensile strength, the torsional strength and the peeling strength includes: preparing three sets of electrode assembly samples; and measuring any one of the tensile strength, the torsional strength and the peeling strength per set, wherein the deriving of the correlation includes making a database about the correlation between the tensile strength, the torsional strength and the peeling strength of the welded portion between the electrode tab and the electrode lead and whether there is a welding defect, and wherein the reference value is derived from the database. preparing three sets of electrode assembly samples; and measuring any one of the tensile strength, the torsional strength and the peeling strength per set, wherein the deriving of the correlation includes making a database about the correlation between the tensile strength, the torsional strength and the peeling strength of the welded portion between the electrode tab and the electrode lead and whether there is a welding defect, and wherein the reference value is derived from the database.
An apparatus for producing an optical effect layer (OEL) comprising: a) a first block (A) comprising a1) a holder having mounted thereto a stator comprising n magnet-wire coils disposed in n annular slots arranged in a circle around the axis of a magnetic-field-guiding stator core ; and b) a second block (B) comprising: b1) a casing b2) a rotor comprising m permanent magnet poles of alternating polarity arranged around a circle in or on one side of a rotor disc , wherein said m permanent magnet poles face the rotor protection plate ; b3) a rotor protection plate , preferably a titanium rotor protection plate , wherein said rotor protection plate covers the rotor (3a + 3b); and b4) a permanent magnet assembly (PMA) driven by the rotor (3a + 3b), wherein said permanent magnet assembly (PMA) is disposed on the opposite side of the rotor disc , wherein the stator (1b + 1c) and the rotor (3a + 3b) act together as a brushless DC (BLDC) motor, wherein n is a multiple of 3 and m is a multiple of 2, provided that n/m is 3/2, 3/4, 6/4, 6/8, 9/8, 9/10, 12/10 or 12/14, and wherein the first block (A) is configured to be removeably fixed to a base of a rotating magnetic orienting cylinder (RMC) or a flatbed (FB) magnetic orienting printing unit, and wherein the second block (B) is removeably fixed to the first block (A). a) a first block (A) comprising a1) a holder having mounted thereto a stator comprising n magnet-wire coils disposed in n annular slots arranged in a circle around the axis of a magnetic-field-guiding stator core ; and b) a second block (B) comprising: b1) a casing b2) a rotor comprising m permanent magnet poles of alternating polarity arranged around a circle in or on one side of a rotor disc , wherein said m permanent magnet poles face the rotor protection plate ; b3) a rotor protection plate , preferably a titanium rotor protection plate , wherein said rotor protection plate covers the rotor (3a + 3b); and b4) a permanent magnet assembly (PMA) driven by the rotor (3a + 3b), wherein said permanent magnet assembly (PMA) is disposed on the opposite side of the rotor disc , wherein the stator (1b + 1c) and the rotor (3a + 3b) act together as a brushless DC (BLDC) motor, wherein n is a multiple of 3 and m is a multiple of 2, provided that n/m is 3/2, 3/4, 6/4, 6/8, 9/8, 9/10, 12/10 or 12/14, and wherein the first block (A) is configured to be removeably fixed to a base of a rotating magnetic orienting cylinder (RMC) or a flatbed (FB) magnetic orienting printing unit, and wherein the second block (B) is removeably fixed to the first block (A). b1) a casing b2) a rotor comprising m permanent magnet poles of alternating polarity arranged around a circle in or on one side of a rotor disc , wherein said m permanent magnet poles face the rotor protection plate ; b3) a rotor protection plate , preferably a titanium rotor protection plate , wherein said rotor protection plate covers the rotor (3a + 3b); and b4) a permanent magnet assembly (PMA) driven by the rotor (3a + 3b), wherein said permanent magnet assembly (PMA) is disposed on the opposite side of the rotor disc ,
Air separation device comprising a double column comprising a medium pressure column and a low-pressure column , a main exchanger , a vaporiser , a main compressor , a means of sending all air to be treated from the double column to the main compressor in order to produce air substantially at pressure P1 of the medium-pressure column, a means of sending a part of the air substantially at a high pressure P2 to the main exchanger and then to the vaporiser, a conduit for sending air that has been at least partially condensed in the vaporiser to at least one of the columns, a conduit for sending air at pressure P1 to the medium-pressure column, a means of pressurisation consisting of a first pump, a conduit for extracting liquid oxygen from the low-pressure column and for sending it to the means of pressurisation, a conduit for sending the pressurised liquid oxygen of a pressure of less than 9 bar abs from the pressurising means to the vaporiser, a conduit for sending gaseous oxygen from the vaporiser to the main exchanger to be heated in order to form a first flow of gaseous oxygen, characterised in that it comprises a second pump for purge liquid , a purge conduit for sending liquid oxygen from the vaporiser purge to the second purge liquid pump to be pressurised, the purge conduit not being connected to a purge liquid storage, in that it comprises - either a conduit for sending the pressurised oxygen from the second pump to the main exchanger to be vaporised and to form a second gaseous oxygen flow, - or an exchanger separate from the main exchanger and a conduit for sending the pressurised oxygen from the second pump to the exchanger to be vaporised and to form a second gaseous oxygen flow in that it comprises a conduit of compressed air connected to the main compressor and to a conduit connected to the double column, the main exchanger, or as the case may be, the exchanger being connected to the compressed air conduit connected to the main compressor and to the conduit connected to the double column, in that it comprises a pressurised gas storage connected to the purge oxygen vaporisation exchanger in order to collect the gaseous oxygen. - either a conduit for sending the pressurised oxygen from the second pump to the main exchanger to be vaporised and to form a second gaseous oxygen flow, - or an exchanger separate from the main exchanger and a conduit for sending the pressurised oxygen from the second pump to the exchanger to be vaporised and to form a second gaseous oxygen flow
A cutting tool comprising: a first jaw member having a first cutting edge and a first relief area adjacent the first cutting edge, the first jaw member further having a first projection extending from the first cutting edge into the first relief area; and a second jaw member having a second cutting edge and a second relief area adjacent the second cutting edge, the second jaw member further having a second projection extending from the second cutting edge into the second relief area; wherein the first projection and the second projection are sized to engage a leg of an ear clamp and prevent fully closing the ear clamp when the cutting tool is used in a crimping operation; characterized in that where+mthe first projection and the second projection have a convex outer surface. a first jaw member having a first cutting edge and a first relief area adjacent the first cutting edge, the first jaw member further having a first projection extending from the first cutting edge into the first relief area; and a second jaw member having a second cutting edge and a second relief area adjacent the second cutting edge, the second jaw member further having a second projection extending from the second cutting edge into the second relief area; wherein the first projection and the second projection are sized to engage a leg of an ear clamp and prevent fully closing the ear clamp when the cutting tool is used in a crimping operation; characterized in that where+mthe first projection and the second projection have a convex outer surface.
A system for establishing an anchorage in hard tissue or hard tissue replacement material or for augmenting hard tissue in an operation site of a human or animal patient with the aid of a material having thermoplastic properties and vibration energy, of in situ liquefaction of the material having thermoplastic properties, and of displacement of the material having thermoplastic properties in a liquefied state, the system comprising: a transmitting piece connected or connectable to an energy source (1.1) for generating vibration energy, and a housing comprising a distal and a proximal end and a longitudinal axis extending therebetween and an opening (2.1) at the distal end, wherein the transmitting piece is arranged within the housing being movable in the direction of the longitudinal axis, and wherein the opening (2.1) is adapted to the transmitting piece for a distal portion of the transmitting piece to be able to protrude from the opening (2.1), a driver suitable for driving the transmitting piece against one of the proximal and the distal ends of the housing , the driver being activateable for exerting a compression force (CF) on the transmitting piece, a thermoplastic element arranged to be compressible between the transmitting piece and a counter element by a compression force (CF), wherein the system is further equipped for shock-free initial positioning and pre-pressing of the transmitting piece against the thermoplastic element , characterized in that the system is equipped for shock-free initial positioning and pre-pressing by comprising a braking element capable for restricting a driver force exerted by the driver to the thermoplastic element or by comprising an auxiliary drive arranged to apply a driver force of the auxiliary drive to the transmitting piece. a transmitting piece connected or connectable to an energy source (1.1) for generating vibration energy, and a housing comprising a distal and a proximal end and a longitudinal axis extending therebetween and an opening (2.1) at the distal end, wherein the transmitting piece is arranged within the housing being movable in the direction of the longitudinal axis, and wherein the opening (2.1) is adapted to the transmitting piece for a distal portion of the transmitting piece to be able to protrude from the opening (2.1), a driver suitable for driving the transmitting piece against one of the proximal and the distal ends of the housing , the driver being activateable for exerting a compression force (CF) on the transmitting piece, a thermoplastic element arranged to be compressible between the transmitting piece and a counter element by a compression force (CF), wherein the system is further equipped for shock-free initial positioning and pre-pressing of the transmitting piece against the thermoplastic element , characterized in that the system is equipped for shock-free initial positioning and pre-pressing by comprising a braking element capable for restricting a driver force exerted by the driver to the thermoplastic element or by comprising an auxiliary drive arranged to apply a driver force of the auxiliary drive to the transmitting piece.