mhurhangee/patent-ind-claim-en huggingface dataset:
A endoscopic clipping system for treating tissue, comprising: a clip assembly including a pair of clip arms , each of the clip arms extending from a proximal end to a distal end , proximal ends of the clip arms slidably received within a channel of a capsule to be moved between a tissue receiving configuration, in which distal ends of the clip arms are separated from one another, and a tissue clipping configuration, in which distal ends of the clip arms are moved toward one another; an applicator including a catheter and a control member extending therethrough, the control member including a distal end configured to be connected to the clip arms to move the clip assembly between the tissue receiving configuration and the tissue clipping configuration; and a coupler attached to a proximal end of the capsule of the clip assembly , the coupler configured to releasably couple the capsule and the catheter to one another; wherein a proximal portion of the coupler includes a plurality of deflectable arms ; characterized in that the plurality of deflectable arms is configured to be mounted over the distal end of the catheter , wherein the arms are biased toward an engaging configuration and are configured to be spread apart to permit the distal end of the catheter to be received therebetween. a clip assembly including a pair of clip arms , each of the clip arms extending from a proximal end to a distal end , proximal ends of the clip arms slidably received within a channel of a capsule to be moved between a tissue receiving configuration, in which distal ends of the clip arms are separated from one another, and a tissue clipping configuration, in which distal ends of the clip arms are moved toward one another; an applicator including a catheter and a control member extending therethrough, the control member including a distal end configured to be connected to the clip arms to move the clip assembly between the tissue receiving configuration and the tissue clipping configuration; and a coupler attached to a proximal end of the capsule of the clip assembly , the coupler configured to releasably couple the capsule and the catheter to one another; wherein a proximal portion of the coupler includes a plurality of deflectable arms ; characterized in that the plurality of deflectable arms is configured to be mounted over the distal end of the catheter , wherein the arms are biased toward an engaging configuration and are configured to be spread apart to permit the distal end of the catheter to be received therebetween.
A heat treatment installation for producing industrial products, comprising several chambers with different thermal characteristics, and a support including: a base to receive the products to be processed, characterized in that : the support is stationary, the chambers (3, 4; 28, 29, 30) are distributed about an axis , and mechanical means ensure the relative movement of the base and of the chambers (3, 4; 28, 29, 30), and the coupling of a chamber and the base.
A method for using an electronic apparatus, the method comprising: activating (S203) a timer function with respect to a button if an input by the button is detected (S202) for at least a predetermined time; measuring an input hold time with respect to the button from a time point at which the input by the button is started when the timer function is activated; characterized by : displaying, on a display of the electronic apparatus, a countdown time value, the countdown time value correspondingly increasing as the input by the button is maintained; when the input by the button ends, setting (S205) a countdown time corresponding to the countdown time value being displayed on the display, as a countdown time to be used for performing a countdown; in response to the end of the input by the button, performing (S206) the countdown based on the set countdown time; and performing (S208) a function corresponding to the button when the countdown is completed; wherein the button is provided by an application and the countdown time is set differently according to the application. activating (S203) a timer function with respect to a button if an input by the button is detected (S202) for at least a predetermined time; measuring an input hold time with respect to the button from a time point at which the input by the button is started when the timer function is activated; characterized by : displaying, on a display of the electronic apparatus, a countdown time value, the countdown time value correspondingly increasing as the input by the button is maintained; when the input by the button ends, setting (S205) a countdown time corresponding to the countdown time value being displayed on the display, as a countdown time to be used for performing a countdown; in response to the end of the input by the button, performing (S206) the countdown based on the set countdown time; and performing (S208) a function corresponding to the button when the countdown is completed; displaying, on a display of the electronic apparatus, a countdown time value, the countdown time value correspondingly increasing as the input by the button is maintained; when the input by the button ends, setting (S205) a countdown time corresponding to the countdown time value being displayed on the display, as a countdown time to be used for performing a countdown; in response to the end of the input by the button, performing (S206) the countdown based on the set countdown time; and performing (S208) a function corresponding to the button when the countdown is completed; wherein the button is provided by an application and the countdown time is set differently according to the application.
A pump comprising: - a casing ; - a statoric part stationarily housed in the casing ; - at least one impeller arranged for rotation in the casing ; - a process fluid path extending though the statoric part and the impeller ; - at least one bearing adapted to rotatingly support the impeller in the casing ; - a bearing lubrication path adapted to circulate a fluid flow through the bearing ; - a rotary screw (43A; 43B; 43C) integral with the impeller and rotating therewith when the pump is operating; wherein the rotary screw (43A; 43B; 43C) is arranged coaxial to a stationary surface of the statoric part and form a screw pump (41A; 41B; 41C) fluidly coupled to the process fluid path and to the bearing lubrication path , such that rotation of the impeller promotes process fluid circulation by means of said screw pump through the bearing lubrication path ; characterized in that the rotary screw (43A; 4B; 43C) has a first rotary screw portion at an inlet of the bearing lubrication path , the inlet being fluidly coupled to the process fluid path downstream of the impeller , and a second rotary screw portion at an outlet of the bearing lubrication path , the outlet being fluidly coupled to the process fluid path upstream of the impeller ; and wherein the first rotary screw portion forms a first screw pump section , and the second rotary screw portion forms a second screw pump section . - a casing ; - a statoric part stationarily housed in the casing ; - at least one impeller arranged for rotation in the casing ; - a process fluid path extending though the statoric part and the impeller ; - at least one bearing adapted to rotatingly support the impeller in the casing ; - a bearing lubrication path adapted to circulate a fluid flow through the bearing ; - a rotary screw (43A; 43B; 43C) integral with the impeller and rotating therewith when the pump is operating; wherein the rotary screw (43A; 43B; 43C) is arranged coaxial to a stationary surface of the statoric part and form a screw pump (41A; 41B; 41C) fluidly coupled to the process fluid path and to the bearing lubrication path , such that rotation of the impeller promotes process fluid circulation by means of said screw pump through the bearing lubrication path ; characterized in that the rotary screw (43A; 4B; 43C) has a first rotary screw portion at an inlet of the bearing lubrication path , the inlet being fluidly coupled to the process fluid path downstream of the impeller , and a second rotary screw portion at an outlet of the bearing lubrication path , the outlet being fluidly coupled to the process fluid path upstream of the impeller ; and wherein the first rotary screw portion forms a first screw pump section , and the second rotary screw portion forms a second screw pump section .
A cosmetic container including an impregnation member having a surface intaglio-patterned by laser beam machining, wherein an intaglio-pattern part having an intaglio pattern is formed, the intaglio pattern being formed as the surface of the impregnation member is burned by a laser to maintain an open cell structure, the impregnation member having the intaglio-pattern part formed on the surface thereof is impregnated with cosmetic material, and the intaglio-pattern part is provided in a form of a pattern or a logo having a predetermined width on the surface of the impregnation member .
An electromagnetic device for laterally containing liquid aluminum or a liquid aluminum alloy, having a first electrical conductivity in a range from about 7 to 15 MS/m at a first temperature in a range from about 510°C to 720°C, at one open side end of a passage defined between two counter-rotating casting rolls , said device comprising - a magnetic yoke made of a first material having a second electrical conductivity either less than or equal to 500 S/m, at a second temperature comprised in a range from about 170°C to 200°C, lower than said first electrical conductivity, said first material being ferromagnetic material and said magnetic yoke ending with two mutually proximal wedge-shaped ends , said wedge-shaped ends having respective inner surfaces , facing each other and defining a gap , and respective outer surfaces , arranged one on one side and the other on the other side with respect to a plane lying in said gap; - at least one coil wound on at least one stretch of the magnetic yoke and adapted to be supplied by electric current; - at least one plate inserted in said gap ; characterized in that said at least one plate is made of a second material having a third electrical conductivity of at least 20 MS/m, at said second temperature, greater than said first electrical conductivity at said first temperature, whereby said at least one plate can electromagnetically shield said inner surfaces with respect to each other. - a magnetic yoke made of a first material having a second electrical conductivity either less than or equal to 500 S/m, at a second temperature comprised in a range from about 170°C to 200°C, lower than said first electrical conductivity, said first material being ferromagnetic material and said magnetic yoke ending with two mutually proximal wedge-shaped ends , said wedge-shaped ends having respective inner surfaces , facing each other and defining a gap , and respective outer surfaces , arranged one on one side and the other on the other side with respect to a plane lying in said gap; - at least one coil wound on at least one stretch of the magnetic yoke and adapted to be supplied by electric current; - at least one plate inserted in said gap ;
Sensor arrangement for determining at least one parameter of a fluid medium flowing through a measuring channel , in which the flowing medium is an intake air mass flow of an internal combustion engine, the sensor arrangement having as a sensor housing a plug-in sensor which is introduced or can be introduced into a flow tube and in which the measuring channel is formed, and at least one sensor chip , which is arranged in the measuring channel and is intended for determining the parameter of the fluid medium, the sensor chip being mounted on a sensor carrier protruding into the measuring channel , the sensor carrier being formed such that it comprises a profile chord , the sensor carrier having an inflow portion upstream of the sensor chip and an outflow portion downstream of the sensor chip , with respect to a main direction of flow of the fluid medium in the measuring channel , the outflow portion being formed as at least partially rounded or at least partially wedge-shaped, characterized in that the profile chord has a length of 4.5 mm to 6.5 mm.
A distance measuring system adapted to be mounted on glasses, spectacles' frame and/or adapted to be attached to a subject's head comprising: a distance measuring sensor adapted and arranged to measure viewing distances between eyes of the subject and one or more objects; a memory unit adapted to store the measured viewing distances in a set of measured viewing distances; a movement sensor adapted and arranged to measure movements of the subject's head, and a processing unit adapted to determine a statistical distribution of the measured viewing distances from the set of measured viewing distances, and wherein the processing unit is further adapted to statistically weight, select or discard the measured viewing distances from the set of measured viewing distances based on the measured movements. a distance measuring sensor adapted and arranged to measure viewing distances between eyes of the subject and one or more objects; a memory unit adapted to store the measured viewing distances in a set of measured viewing distances; a movement sensor adapted and arranged to measure movements of the subject's head, and a processing unit adapted to determine a statistical distribution of the measured viewing distances from the set of measured viewing distances, and wherein the processing unit is further adapted to statistically weight, select or discard the measured viewing distances from the set of measured viewing distances based on the measured movements.
A method of electro-dynamically matching a bearing assembly , comprising: electrically separating inner and outer races from rolling elements with lubricant ; rotating the inner race relative to the outer race ; applying a controlled voltage amplitude and frequency across the inner race and the outer race ; and eroding at least one of the inner race and the outer race with an electrical discharge event across a lubricant disposed between the one inner race or the outer race and a rolling element . electrically separating inner and outer races from rolling elements with lubricant ; rotating the inner race relative to the outer race ; applying a controlled voltage amplitude and frequency across the inner race and the outer race ; and eroding at least one of the inner race and the outer race with an electrical discharge event across a lubricant disposed between the one inner race or the outer race and a rolling element .
Moulding unit for forming a container , this forming unit comprising: - a mould provided with a lateral wall defining a cavity having the imprint of a part of the container ; - an insert having a front face having the imprint of a local part of the container and able to move between a retracted position and a deployed position, this insert having channels created in it; - a piston on which the insert is attached and which allows the latter to move between its retracted position and its deployed position, this piston being itself mounted in translation in a recess created in the lateral wall , the piston defining a primary chamber which is located on the opposite side of the piston from the insert and into which opens at least one conduit for supplying a pressurised fluid, this conduit being created in the lateral wall ; this moulding unit being characterized in that it comprises at least one screw by means of which the insert is secured on the piston , and in that the channels of the insert are fluidically connected to the primary chamber via the intermediary of a fluidic circuit that comprises at least one first section created in the screw and that communicates with the channels of the insert , and a second section created in the piston , that communicates with the first section . - a mould provided with a lateral wall defining a cavity having the imprint of a part of the container ; - an insert having a front face having the imprint of a local part of the container and able to move between a retracted position and a deployed position, this insert having channels created in it; - a piston on which the insert is attached and which allows the latter to move between its retracted position and its deployed position, this piston being itself mounted in translation in a recess created in the lateral wall , the piston defining a primary chamber which is located on the opposite side of the piston from the insert and into which opens at least one conduit for supplying a pressurised fluid, this conduit being created in the lateral wall ;
A single-piece flip-top dispensing closure , the closure comprises a base and a lid joined by a hinge , the base is attachable to a container neck and includes an integral spout , a tamper-evident member is frangibly connected to the lid , the tamper-evident member includes a hook , the base is provided with a raised crossbar under which the hook engages with the closure in an initially closed condition, in which when the lid is initially opened the interaction between the crossbar and the hook causes the tamper-evident member to release from the lid , the tamper-evident member is connected to the lid by a lateral frangible bridge at either side thereof, in which the crossbar is supported by lateral support members , or a sportscap comprising a base and a lid joined by a hinge , the base is attachable to a container neck, the base includes a top deck and a depending side skirt , the base includes a dispensing spout , the lid includes a frontal cut-out in which a tamper-evident member is frangibly connected, the tamper-evident member includes a hook , the base is provided with a crossbar which is raised from the top deck and under which the hook engages with the closure in an initially closed condition, in which when the lid is initially opened the interaction between the crossbar and the hook causes the tamper-evident member to release from the lid , the tamper-evident member is connected to the lid by a lateral frangible bridge at either side thereof, in which the crossbar is supported by lateral support members , wherein the closure and the sportscap are characterised in that each lateral support member includes a groove in which the lateral frangible bridges sit in the initially closed position. a sportscap comprising a base and a lid joined by a hinge , the base is attachable to a container neck, the base includes a top deck and a depending side skirt , the base includes a dispensing spout , the lid includes a frontal cut-out in which a tamper-evident member is frangibly connected, the tamper-evident member includes a hook , the base is provided with a crossbar which is raised from the top deck and under which the hook engages with the closure in an initially closed condition, in which when the lid is initially opened the interaction between the crossbar and the hook causes the tamper-evident member to release from the lid , the tamper-evident member is connected to the lid by a lateral frangible bridge at either side thereof, in which the crossbar is supported by lateral support members , wherein the closure and the sportscap are characterised in that each lateral support member includes a groove in which the lateral frangible bridges sit in the initially closed position.
A nucleic acid sequence capable of driving expression in a plant cell, wherein the nucleic acid sequence comprises a 5'-untranslated region, a first exon, a first intron, and a portion of a second exon of a gene comprising a sequence selected from the group consisting of SEQ ID NOs: 16 and 28 to 33, and wherein the plant cell is a dicot cell.
A method for joining at least a first steel part to a second steel part wherein at least the first steel part has a bending radius,· and wherein the at least first steel part and the second steel part are arranged in a V-groove configuration such that at the root of the groove there is a minimal or zero gap, characterized by the steps of: • performing laser welding the first steel part to the second steel part to create a first joint ; and subsequently performing laser brazing using a filler material to create a second joint between the first steel part and the second steel part , • • wherein laser welding is performed at the root of a groove between the first steel part and the second steel part , • wherein the laser welding is performed at a welding temperature higher than the melting points of the first steel part and the second steel part to locally melt the first steel part and the second steel part to form a weld, • wherein the laser brazing is performed at a temperature below the lowest of the melting points of the first steel part , the second steel part and the first joint and wherein the second joint conceals the first joint. • performing laser welding the first steel part to the second steel part to create a first joint ; and subsequently performing laser brazing using a filler material to create a second joint between the first steel part and the second steel part , • • wherein laser welding is performed at the root of a groove between the first steel part and the second steel part , • wherein the laser welding is performed at a welding temperature higher than the melting points of the first steel part and the second steel part to locally melt the first steel part and the second steel part to form a weld, • wherein the laser brazing is performed at a temperature below the lowest of the melting points of the first steel part , the second steel part and the first joint and wherein the second joint conceals the first joint.
An earphone comprising: a first driver unit reproducing sound waves in a high-frequency range; a second driver unit reproducing sound waves other than reproduced sound waves of the first driver unit; a unit case for housing the respective driver units; and a sound delivery tube for leading sound waves from the driver units to a user's ear canal, the sound delivery tube being formed to communicate with the unit case , wherein a sound emission axis (A1) of the first driver unit and a sound emission axis (A2) of the second unit driver are disposed in parallel to each other, and the sound emission axis (A1) of the first driver unit passes through in an opening of the sound delivery tube , characterised in that the first driver unit is positioned adjacent to the second driver unit, and wherein the first driver unit is disposed in the unit case such that the sound emission axis (A1) of the first driver unit coincides with a central axis (A3) of the opening of the sound delivery tube. a first driver unit reproducing sound waves in a high-frequency range; a second driver unit reproducing sound waves other than reproduced sound waves of the first driver unit; a unit case for housing the respective driver units; and a sound delivery tube for leading sound waves from the driver units to a user's ear canal, the sound delivery tube being formed to communicate with the unit case , wherein a sound emission axis (A1) of the first driver unit and a sound emission axis (A2) of the second unit driver are disposed in parallel to each other, and the sound emission axis (A1) of the first driver unit passes through in an opening of the sound delivery tube , characterised in that the first driver unit is positioned adjacent to the second driver unit, and wherein the first driver unit is disposed in the unit case such that the sound emission axis (A1) of the first driver unit coincides with a central axis (A3) of the opening of the sound delivery tube.