mhurhangee/patent-ind-claim-en huggingface dataset:
An electrode active material coating system, comprising: a slot die coater including a lower die having a lower discharge hole for discharging a first active material slurry and an upper die having an upper discharge hole for discharging a second active material slurry; pressing block assemblies respectively provided to both longitudinal sides of the slot die coater and fixed to the upper die ; a linear motion (LM) guide disposed at a lower portion of the pressing block assembly and connected to the pressing block assembly to guide a movement of the pressing block assembly ; a servo motor configured to give a power for moving the LM guide ; and a reducer connected between the servo motor and the LM guide , wherein the electrode active material coating system further comprises an inclined block disposed at a lower portion of the LM guide to support the LM guide . a slot die coater including a lower die having a lower discharge hole for discharging a first active material slurry and an upper die having an upper discharge hole for discharging a second active material slurry; pressing block assemblies respectively provided to both longitudinal sides of the slot die coater and fixed to the upper die ; a linear motion (LM) guide disposed at a lower portion of the pressing block assembly and connected to the pressing block assembly to guide a movement of the pressing block assembly ; a servo motor configured to give a power for moving the LM guide ; and a reducer connected between the servo motor and the LM guide , wherein the electrode active material coating system further comprises an inclined block disposed at a lower portion of the LM guide to support the LM guide .
- Security locking device for vehicles, with a protruding element which holds a bolt , and a receiving element with a release lock , where the bolt possesses a conic or truncated-cone head and a narrow section , and that the receiving element comprises a clamp whose jaws define a grip that surrounds all or most of the bolt's narrow section , and which is opened by the lock (pushing against one or more return springs) by means of an actuator , characterized in that it comprises a crank for the use of opening the clamp from the inside of the vehicle.
An assembly for retrieving an implantable cardiac pacing device, comprising: an implantable cardiac pacing device having a housing , an electrode positioned proximate a distal end of the housing, and a docking member extending from a proximal end of the housing opposite the distal end, the docking member including a head portion and a neck portion extending between the housing and the head portion; and a retrieval device including: a retrieval catheter having a proximal end, a distal end, and a lumen extending into the retrieval catheter from the distal end; a snare advanceable from the distal end of the retrieval catheter, the snare having a loop configured to be coupled to the docking member to draw the implantable cardiac pacing device into the lumen of the retrieval catheter; wherein the retrieval catheter includes a retention feature in the lumen configured to engage the head portion of the docking member to facilitate retention of the implantable cardiac pacing device in the lumen after drawing the implantable cardiac pacing device into the lumen of the retrieval catheter with the snare, characterised in that the retention feature extends radially inward from an inner surface of the catheter. an implantable cardiac pacing device having a housing , an electrode positioned proximate a distal end of the housing, and a docking member extending from a proximal end of the housing opposite the distal end, the docking member including a head portion and a neck portion extending between the housing and the head portion; and a retrieval device including: a retrieval catheter having a proximal end, a distal end, and a lumen extending into the retrieval catheter from the distal end; a snare advanceable from the distal end of the retrieval catheter, the snare having a loop configured to be coupled to the docking member to draw the implantable cardiac pacing device into the lumen of the retrieval catheter; wherein the retrieval catheter includes a retention feature in the lumen configured to engage the head portion of the docking member to facilitate retention of the implantable cardiac pacing device in the lumen after drawing the implantable cardiac pacing device into the lumen of the retrieval catheter with the snare, characterised in that the retention feature extends radially inward from an inner surface of the catheter. a retrieval catheter having a proximal end, a distal end, and a lumen extending into the retrieval catheter from the distal end; a snare advanceable from the distal end of the retrieval catheter, the snare having a loop configured to be coupled to the docking member to draw the implantable cardiac pacing device into the lumen of the retrieval catheter; wherein the retrieval catheter includes a retention feature in the lumen configured to engage the head portion of the docking member to facilitate retention of the implantable cardiac pacing device in the lumen after drawing the implantable cardiac pacing device into the lumen of the retrieval catheter with the snare, characterised in that the retention feature extends radially inward from an inner surface of the catheter.
A method for preparing an electrode comprising the steps of: a) preparing a reaction solution containing at least one inorganic compound selected from NH 4 F, NH 4 Cl, (NH 4 ) 2 SO 4 , (NH 4 ) 2 CO 3 and NH 4 NO 3 ; and a transition metal precursor including a first transition metal, wherein the first transition metal comprises nickel and/or iron; and b) immersing a metal substrate including a second transition metal, wherein the second transition metal comprises copper or nickel, in the reaction solution and then reacting the metal substrate while oxygen is injected thereto to form a catalyst layer on the metal substrate, wherein the catalyst layer comprises a transition metal hydroxide structure including the first transition metal and the second transition metal, and the second transition metal is eluted from the metal substrate by the formation of second transition metal-ammine complex ions. a) preparing a reaction solution containing at least one inorganic compound selected from NH 4 F, NH 4 Cl, (NH 4 ) 2 SO 4 , (NH 4 ) 2 CO 3 and NH 4 NO 3 ; and a transition metal precursor including a first transition metal, wherein the first transition metal comprises nickel and/or iron; and at least one inorganic compound selected from NH 4 F, NH 4 Cl, (NH 4 ) 2 SO 4 , (NH 4 ) 2 CO 3 and NH 4 NO 3 ; and a transition metal precursor including a first transition metal, wherein the first transition metal comprises nickel and/or iron; and b) immersing a metal substrate including a second transition metal, wherein the second transition metal comprises copper or nickel, in the reaction solution and then reacting the metal substrate while oxygen is injected thereto to form a catalyst layer on the metal substrate, wherein the catalyst layer comprises a transition metal hydroxide structure including the first transition metal and the second transition metal, and the second transition metal is eluted from the metal substrate by the formation of second transition metal-ammine complex ions.
A straddled vehicle comprising: a steering device ; a support unit supported by the steering device to be convertible between a first form (F1) and a second form (F2); and a meter supported by the support unit ; wherein the support unit includes: a first stay fixed to one of the steering device and the meter ; a second stay fixed to the other of the steering device and the meter , and attachable to and detachable from the first stay ; and a joining unit for joining the first stay and the second stay ; the first stay includes: a first seat formed on a first plane (P1); and a second seat formed on a second plane (P2) different from the first plane (P1); when the support unit is in the first form (F1), the first seat makes surface contact with the second stay , and the joining unit fastens the first seat and the second stay ; when the support unit is in the second form (F2), the second seat makes surface contact with the second stay , and the joining unit fastens the second seat and the second stay ; and a tilt of the meter when the support unit is in the second form (F2) is different from a tilt of the meter when the support unit is in the first form (F1). a steering device ; a support unit supported by the steering device to be convertible between a first form (F1) and a second form (F2); and a meter supported by the support unit ; wherein the support unit includes: a first stay fixed to one of the steering device and the meter ; a second stay fixed to the other of the steering device and the meter , and attachable to and detachable from the first stay ; and a joining unit for joining the first stay and the second stay ; a first stay fixed to one of the steering device and the meter ; a second stay fixed to the other of the steering device and the meter , and attachable to and detachable from the first stay ; and a joining unit for joining the first stay and the second stay ; the first stay includes: a first seat formed on a first plane (P1); and a second seat formed on a second plane (P2) different from the first plane (P1); a first seat formed on a first plane (P1); and a second seat formed on a second plane (P2) different from the first plane (P1); when the support unit is in the first form (F1), the first seat makes surface contact with the second stay , and the joining unit fastens the first seat and the second stay ; when the support unit is in the second form (F2), the second seat makes surface contact with the second stay , and the joining unit fastens the second seat and the second stay ; and a tilt of the meter when the support unit is in the second form (F2) is different from a tilt of the meter when the support unit is in the first form (F1).
Two-piece nozzle for aerosol dispenser , comprising - an outer piece provided with a tubular wall open on one side and closed on the other by a front wall , forming a cavity, the front wall being provided in its center with an outlet opening , the outer piece having a certain symmetry about an axis of symmetry (A), - an inner piece separate from the dispenser for which the nozzle is intended, said inner piece being dimensioned to penetrate into the cavity of the outer piece and be retained there, the inner piece having a front face facing the front wall of the outer piece, - channels being made in the cavity of the outer piece and/or on the surface of the inner piece , wherein said channels open into a turbulence chamber in communication with the outlet opening , the outlet opening being placed in the flow path of the product flow downstream of the turbulence chamber , the cavity of the outer piece and the inner piece having the shape of a cylinder of revolution or of a cone of revolution about the axis of symmetry (A), and the channels being divided into lateral channels made in the cylindrical or frustoconical envelope of the inner piece and/or of the cavity of the outer piece , and into converging channels made in the front wall of the outer piece or in the front face of the inner piece characterized in that the transverse cross-section of the lateral channels decreases between the inlet and the outlet located at the front face or the front wall . - an outer piece provided with a tubular wall open on one side and closed on the other by a front wall , forming a cavity, the front wall being provided in its center with an outlet opening , the outer piece having a certain symmetry about an axis of symmetry (A), - an inner piece separate from the dispenser for which the nozzle is intended, said inner piece being dimensioned to penetrate into the cavity of the outer piece and be retained there, the inner piece having a front face facing the front wall of the outer piece, - channels being made in the cavity of the outer piece and/or on the surface of the inner piece , wherein said channels open into a turbulence chamber in communication with the outlet opening , the outlet opening being placed in the flow path of the product flow downstream of the turbulence chamber , the cavity of the outer piece and the inner piece having the shape of a cylinder of revolution or of a cone of revolution about the axis of symmetry (A), and the channels being divided into lateral channels made in the cylindrical or frustoconical envelope of the inner piece and/or of the cavity of the outer piece , and into converging channels made in the front wall of the outer piece or in the front face of the inner piece characterized in that the transverse cross-section of the lateral channels decreases between the inlet and the outlet located at the front face or the front wall .
A refrigerating cycle device having either a first configuration with a rated refrigerating capacity having a range from 7.1 kW to 12.5 kW or a second configuration with a rated refrigerating capacity having a range from 3.6 kW to less than 7.1 kW comprising: - a compressor , - a heat source-side heat exchanger , - a first expansion device , - a liquid-side connection pipe , - second expansion device , - a user-side heat exchanger , and - a gas-side connection pipe sequentially connected to each other, wherein a refrigerating cycle uses a refrigerant of R32, characterized in that : in the first configuration, the liquid-side connection pipe has the pipe outer diameter of 0,635 cm (1/4 inch) and the gas-side connection pipe has the pipe outer diameter of 1,27 cm (1/2 inch), and in the second configuration, the liquid-side connection pipe has the pipe outer diameter of 0,476 cm (3/16 inch) and the gas-side connection pipe has the pipe outer diameter of 0,953 cm (3/8 inch). - a compressor , - a heat source-side heat exchanger , - a first expansion device , - a liquid-side connection pipe , - second expansion device , - a user-side heat exchanger , and - a gas-side connection pipe sequentially connected to each other, wherein a refrigerating cycle uses a refrigerant of R32, characterized in that : in the first configuration, the liquid-side connection pipe has the pipe outer diameter of 0,635 cm (1/4 inch) and the gas-side connection pipe has the pipe outer diameter of 1,27 cm (1/2 inch), and in the second configuration, the liquid-side connection pipe has the pipe outer diameter of 0,476 cm (3/16 inch) and the gas-side connection pipe has the pipe outer diameter of 0,953 cm (3/8 inch). in the first configuration, the liquid-side connection pipe has the pipe outer diameter of 0,635 cm (1/4 inch) and the gas-side connection pipe has the pipe outer diameter of 1,27 cm (1/2 inch), and in the second configuration, the liquid-side connection pipe has the pipe outer diameter of 0,476 cm (3/16 inch) and the gas-side connection pipe has the pipe outer diameter of 0,953 cm (3/8 inch).
A cathode mixture comprising: a cathode active material including an elemental sulfur; a sulfur containing compound including an M element, which is Ge, Sn, Si, B or Al, and a S element; and a conductive auxiliary material, characterised in that a proportion of a Li element to all the elements included in the cathode mixture is 4 mol% or less. a cathode active material including an elemental sulfur; a sulfur containing compound including an M element, which is Ge, Sn, Si, B or Al, and a S element; and a conductive auxiliary material, characterised in that a proportion of a Li element to all the elements included in the cathode mixture is 4 mol% or less.
An electricity production system comprising: - an alternator (G) comprising a rotor and a stator; - a rotor drive means (T); - said alternator having a first operating mode called alternator mode wherein the rotor is driven by the drive means of the rotor and the alternator provides electricity and a second operating mode called motor mode wherein the alternator is electrically powered and the rotor provides a mechanical motive force; - a conversion means (MC) capable of powering the alternator in motor mode with a frequency which varies so that the rotor reaches a certain speed of rotation; and - several auxiliary electrical pieces of equipment (M), the conversion means comprises for each of the auxiliary electrical pieces of equipment a voltage converter (CT) capable of powering said auxiliary piece of equipment, some of the voltage converters of all the auxiliary pieces of equipment being capable of jointly powering the alternator in motor mode, characterised in that said voltage converters (CT) are placed in parallel in the conversion means (MC) and the sum of the electric powers of said converters (CT) is greater than or equal to the power to start the alternator in motor mode up to its rated speed. - an alternator (G) comprising a rotor and a stator; - a rotor drive means (T); - said alternator having a first operating mode called alternator mode wherein the rotor is driven by the drive means of the rotor and the alternator provides electricity and a second operating mode called motor mode wherein the alternator is electrically powered and the rotor provides a mechanical motive force; - a conversion means (MC) capable of powering the alternator in motor mode with a frequency which varies so that the rotor reaches a certain speed of rotation; and - several auxiliary electrical pieces of equipment (M), the conversion means comprises for each of the auxiliary electrical pieces of equipment a voltage converter (CT) capable of powering said auxiliary piece of equipment, some of the voltage converters of all the auxiliary pieces of equipment being capable of jointly powering the alternator in motor mode, characterised in that said voltage converters (CT) are placed in parallel in the conversion means (MC) and the sum of the electric powers of said converters (CT) is greater than or equal to the power to start the alternator in motor mode up to its rated speed.
A polyaryletherketone (PAEK) powder for use in a method for constructing objects layer-by-layer by sintering generated by electromagnetic radiation, said powder being characterised in that it is produced by a prior heat treatment at a temperature between 260 and 290°C, preferably between 280 and 290°C, and in that it has a melting temperature which is stable at the construction temperature, and lower than or equal to 330°C, preferably lower than or equal to 320°C, and more preferably, lower than or equal to 310°C, a stable melting temperature Tf meaning that the melting temperature does not increase by more than 3°C after each construction by laser sintering, and in that it comprises a mixture of recycled and non-recycled powders, said recycled powders having been used in a number of identical and/or different cycles, and the measurement of the melting temperature is carried out by differential scanning calorimetry DSC according to standard IS011357-3.
A filled biscuit comprising: - a biscuit body shaped like a container, defining a cavity contained in which is a filling material ; - a cover made of biscuit designed to close said cavity from outside, said biscuit being characterized in that : said cover closes said cavity from outside partially, wherein the mouth edge of said container body defines an opening larger than the overall dimensions in plan view of said cover , thus creating between said cover and said container body an annular gap , said biscuit, further, comprising a second filling material , which is constituted by a fatty base or a sugary base and has a melting point higher than the melting point of said first filling material and higher than 20°C or 22°C, said second filling material being set along said annular gap and in contact simultaneously with said cover , said container body , and said filling material , so as to seal said cover to said container body and withhold said first filling material within said cavity. - a biscuit body shaped like a container, defining a cavity contained in which is a filling material ; - a cover made of biscuit designed to close said cavity from outside, said biscuit being characterized in that : said cover closes said cavity from outside partially, wherein the mouth edge of said container body defines an opening larger than the overall dimensions in plan view of said cover , thus creating between said cover and said container body an annular gap , said biscuit, further, comprising a second filling material , which is constituted by a fatty base or a sugary base and has a melting point higher than the melting point of said first filling material and higher than 20°C or 22°C, said second filling material being set along said annular gap and in contact simultaneously with said cover , said container body , and said filling material , so as to seal said cover to said container body and withhold said first filling material within said cavity. said cover closes said cavity from outside partially, wherein the mouth edge of said container body defines an opening larger than the overall dimensions in plan view of said cover , thus creating between said cover and said container body an annular gap , said biscuit, further, comprising a second filling material , which is constituted by a fatty base or a sugary base and has a melting point higher than the melting point of said first filling material and higher than 20°C or 22°C, said second filling material being set along said annular gap and in contact simultaneously with said cover , said container body , and said filling material , so as to seal said cover to said container body and withhold said first filling material within said cavity.
Interferometer for the real-time measurement of absolute distances and/or relative position movements between a first and a second machine part, comprising a measurement unit and a reflector unit , wherein the reflector unit comprises at least one optical reflector ; wherein the measurement unit comprises a housing with at least one wall made of heat-conducting material, wherein the heat-conducting material has a thermal conductivity lambda of more than 30 W/(m · K) at 0°C, wherein the housing has external dimensions of less than 75 mm x 75 mm x 200 mm, wherein several measurement elements are arranged in the housing , wherein the measurement elements comprise a laser source , a Peltier element and a digital control , wherein the measurement elements are thermally coupled to the wall of the housing made of heat-conducting material, and wherein the measurement elements comprise fibre-optic components and miniaturized digital electronics; and wherein the housing has cooling ribs in at least one region, which promotes thermalization with the surrounding air masses. comprising a measurement unit and a reflector unit , wherein the reflector unit comprises at least one optical reflector ; wherein the measurement unit comprises a housing with at least one wall made of heat-conducting material, wherein the heat-conducting material has a thermal conductivity lambda of more than 30 W/(m · K) at 0°C, wherein the housing has external dimensions of less than 75 mm x 75 mm x 200 mm, wherein several measurement elements are arranged in the housing , wherein the measurement elements comprise a laser source , a Peltier element and a digital control , wherein the measurement elements are thermally coupled to the wall of the housing made of heat-conducting material, and wherein the measurement elements comprise fibre-optic components and miniaturized digital electronics; and wherein the housing has cooling ribs in at least one region, which promotes thermalization with the surrounding air masses.