mhurhangee/patent-ind-claim-en huggingface dataset:
A sleeve for being provided inside a bag body to come into contact with an inner face of the bag body in a tubular state and being able to impart a three-dimensional box shape to the bag body , wherein the sleeve contains a polyolefin and a filler, a first crease configured to assist in folding the sleeve into a rectangular tubular shape is formed on a sleeve surface , and second creases configured to assist in folding the sleeve into a flat shape are formed on the sleeve surface , characterized in that bonding-scheduled parts are provided along each second crease at each of positions sandwiching the second crease on the sleeve surface , the bonding-scheduled parts being configured to bond the sleeve to an inner face of the bag body . the sleeve contains a polyolefin and a filler, a first crease configured to assist in folding the sleeve into a rectangular tubular shape is formed on a sleeve surface , and second creases configured to assist in folding the sleeve into a flat shape are formed on the sleeve surface , characterized in that bonding-scheduled parts are provided along each second crease at each of positions sandwiching the second crease on the sleeve surface , the bonding-scheduled parts being configured to bond the sleeve to an inner face of the bag body .
A receiving cradle intended to receive a munition removed from a tube extending along a first axis X by means of an expulsion means comprising: a. a structure comprising a securing base intended to be secured to an outlet end of the tube ; b. a receiving bag extending substantially along the first axis X, secured to the structure , intended to receive the munition . a. a structure comprising a securing base intended to be secured to an outlet end of the tube ; b. a receiving bag extending substantially along the first axis X, secured to the structure , intended to receive the munition .
A process for producing acetic acid, the process comprising: carbonylating at least one reactant selected from the group consisting of methanol, dimethyl ether, methyl acetate, and mixtures thereof, in the presence of a metal catalyst, methyl iodide, a halide salt, and optionally a finite amount water, to form a crude acetic acid product; conveying the crude acetic acid product to a flash vessel at a flash flow rate; flashing the crude acetic acid product to form a first vapor stream comprising acetic acid and methyl iodide and a first liquid residue stream comprising metal catalyst and halide salt; separating, in a light ends column, the flashed first vapor stream to form a second vapor stream comprising methyl iodide and optionally acetaldehyde, a sidedraw comprising purified acetic acid product and optionally water, and a second liquid residue stream; condensing, in a decanter, at least a portion of the second vapor stream to form at least one liquid phase; refluxing to the light ends column at least a portion of the at least one liquid phase at a reflux rate; wherein the reflux rate is adjusted based on changes in the flash flow rate. carbonylating at least one reactant selected from the group consisting of methanol, dimethyl ether, methyl acetate, and mixtures thereof, in the presence of a metal catalyst, methyl iodide, a halide salt, and optionally a finite amount water, to form a crude acetic acid product; conveying the crude acetic acid product to a flash vessel at a flash flow rate; flashing the crude acetic acid product to form a first vapor stream comprising acetic acid and methyl iodide and a first liquid residue stream comprising metal catalyst and halide salt; separating, in a light ends column, the flashed first vapor stream to form a second vapor stream comprising methyl iodide and optionally acetaldehyde, a sidedraw comprising purified acetic acid product and optionally water, and a second liquid residue stream; condensing, in a decanter, at least a portion of the second vapor stream to form at least one liquid phase; refluxing to the light ends column at least a portion of the at least one liquid phase at a reflux rate; wherein the reflux rate is adjusted based on changes in the flash flow rate.
A display device for a vehicle, comprising: a fixing unit ; a moving unit movably coupled to the fixing unit and configured to switch a state of the display device from a first state to a second state; and a display assembly coupled to the moving unit, configured to move together with the moving unit, and including a variable portion (B), wherein the variable portion (B) becomes flat in the first state and bent in the second state, wherein the display assembly includes: a flexible display panel ; a living hinge located on a rear surface of the flexible display panel and capable of being deformed corresponding to the bending of the variable portion (B); characterized by a sheet coupled to a rear surface of the living hinge and configured to limit a maximum bending curvature of the variable portion (B) while covering grooves , wherein the sheet is formed with wrinkles in the first state and is unfolded in the second state. a fixing unit ; a moving unit movably coupled to the fixing unit and configured to switch a state of the display device from a first state to a second state; and a display assembly coupled to the moving unit, configured to move together with the moving unit, and including a variable portion (B), wherein the variable portion (B) becomes flat in the first state and bent in the second state, wherein the display assembly includes: a flexible display panel ; a living hinge located on a rear surface of the flexible display panel and capable of being deformed corresponding to the bending of the variable portion (B); characterized by a sheet coupled to a rear surface of the living hinge and configured to limit a maximum bending curvature of the variable portion (B) while covering grooves , a flexible display panel ; a living hinge located on a rear surface of the flexible display panel and capable of being deformed corresponding to the bending of the variable portion (B); characterized by a sheet coupled to a rear surface of the living hinge and configured to limit a maximum bending curvature of the variable portion (B) while covering grooves , wherein the sheet is formed with wrinkles in the first state and is unfolded in the second state.
A screw actuator having a screw shaft and a nut arrangement, the nut arrangement comprising: a primary nut ; a first secondary nut having a first thread ; a second secondary nut having a second thread ; and a first attachment means ; wherein the first nut, first secondary nut, and second secondary nut are connected to the first attachment means with a first, initial, axial spacing between the first and second secondary nuts; and wherein the first secondary nut is mounted to the first attachment means via bearings that allow the first secondary nut to rotate relative to the first attachment; and wherein, when the primary nut fails under load, the threads of first and second secondary nuts load against the screw thread of the screw shaft which causes the first secondary nut to rotate relative to the second secondary nut and, as a result of the screw thread connection , the first and second secondary nuts move from the first axial spacing between the first and second secondary nuts to a second, different, axial spacing between the first and second secondary nuts; and characterised in that the first secondary nut is connected to the second secondary nut via a screw thread connection having a pitch lower than a pitch of a screw thread of the screw shaft . a primary nut ; a first secondary nut having a first thread ; a second secondary nut having a second thread ; and a first attachment means ; wherein the first nut, first secondary nut, and second secondary nut are connected to the first attachment means with a first, initial, axial spacing between the first and second secondary nuts; and wherein the first secondary nut is mounted to the first attachment means via bearings that allow the first secondary nut to rotate relative to the first attachment; and wherein, when the primary nut fails under load, the threads of first and second secondary nuts load against the screw thread of the screw shaft which causes the first secondary nut to rotate relative to the second secondary nut and, as a result of the screw thread connection , the first and second secondary nuts move from the first axial spacing between the first and second secondary nuts to a second, different, axial spacing between the first and second secondary nuts; and characterised in that the first secondary nut is connected to the second secondary nut via a screw thread connection having a pitch lower than a pitch of a screw thread of the screw shaft .
A (meth)acrylate functional urethane prepolymer, characterized in that , the ratio r p = h max , solid /h max , molten is equal to or larger than 1, and wherein h max, solid state and h max, molten state , are the maximum heat flow values of the prepolymer measured by differential photocalorimetry (DPC) at solid state and molten state in nitrogen atmosphere in absence of a photo-initiator and in absence of solvent., wherein h max , solid is measured at a temperature of 20 °C and h max molten is measured at a temperature above the melting temperature of the prepolymer, preferably 50 °C or 70 °C or 90 °C.
A method of pressurising an injection fluid for injection into an installation or equipment subsea, the method comprising: using a flow of hydrocarbon production fluid to draw the injection fluid from a source ; and using pressure of the production fluid to pressurise the drawn injection fluid to an elevated pressure above the pressure of the production fluid . using a flow of hydrocarbon production fluid to draw the injection fluid from a source ; and using pressure of the production fluid to pressurise the drawn injection fluid to an elevated pressure above the pressure of the production fluid .
A lighting system with thermal protection , comprising a LED light bulb comprising one or more LEDs connected in series between a high voltage terminal of the LED light bulb and a low voltage terminal of the LED light bulb , the LED light bulb further comprising a negative temperature coefficient (NTC) resistor connected in parallel with the one or more LEDs between the high voltage terminal and the low voltage terminal of the LED light bulb , wherein the lighting system with thermal protection further comprises a power management device connected to the high and low voltage terminals of the LED light bulb and configured to be connected to a power supply, the power management device comprising a current regulator and a central processing unit configured to control the current regulator so as to regulate the current supplied to the LED light bulb according to the temperature of the one or more LEDs measured by the central processing unit through the NTC resistor , wherein the LED light bulb further comprises a reverse-biased diode provided between the high voltage terminal and the NTC resistor or provided between the NTC resistor and the low voltage terminal , the central processing unit being configured to measure the temperature of the one or more LEDs by applying, on the low voltage terminal of the LED light bulb , a higher voltage than that applied on the high voltage terminal of the LED light bulb , said temperature being derived using a resistor bridge including the NTC resistor of the LED light bulb , and the lighting system with thermal protection being characterized in that the central processing unit is configured, prior to each temperature measurement, to discharge the line between the high and low voltage terminals of the LED light bulb by applying an identical voltage on the high and low voltage terminals of the LED light bulb .
A cloth , comprising a first thread and a second thread that are woven or knitted into each other, wherein: the first thread being a thread that generates a charge by an energy from the outside of the thread; the second thread being a thread that generates a charge by an energy from the outside of the thread; the charge-generating threads being threads that restrain bacteria from proliferating by the charge generated and wherein a charge generated in the first thread is different in polarity from a charge generated in the second thread , wherein the first and second threads are either threads made of a piezoelectric substance, threads made of a substance having a pyroelectric effect, or threads made of a substance that generates a charge by chemical reaction. the first thread being a thread that generates a charge by an energy from the outside of the thread; the second thread being a thread that generates a charge by an energy from the outside of the thread; the charge-generating threads being threads that restrain bacteria from proliferating by the charge generated and wherein a charge generated in the first thread is different in polarity from a charge generated in the second thread , wherein the first and second threads are either threads made of a piezoelectric substance, threads made of a substance having a pyroelectric effect, or threads made of a substance that generates a charge by chemical reaction.
An aerodrome system for an aerodrome , the aerodrome system comprising: a plurality of light emitting elements configured to emit light from a surface of the aerodrome upon which aircraft may take-off, land and manoeuvre; and a controller operatively coupled to each of the light emitting elements so as to selectively control the light emitting elements , wherein the light emitting elements form pixels of a display and the controller is configured to control an image displayed by the display so as to display and demarcate at least one runway for aircraft to take-off or land, wherein the light emitting elements are spaced such that the controller may display the runway with a variable orientation and the controller is further configured to change the image displayed by the display so as to change the orientation of the runway, and wherein the controller is operatively coupled to an air traffic control system and the controller is configured to change the orientation of the runway at an appropriate time determined from flight data from the air traffic control system; wherein the light emitting elements are spaced such that the controller is configured to display the runway with a continuously variable orientation. a plurality of light emitting elements configured to emit light from a surface of the aerodrome upon which aircraft may take-off, land and manoeuvre; and a controller operatively coupled to each of the light emitting elements so as to selectively control the light emitting elements , wherein the light emitting elements form pixels of a display and the controller is configured to control an image displayed by the display so as to display and demarcate at least one runway for aircraft to take-off or land, wherein the light emitting elements are spaced such that the controller may display the runway with a variable orientation and the controller is further configured to change the image displayed by the display so as to change the orientation of the runway, and wherein the controller is operatively coupled to an air traffic control system and the controller is configured to change the orientation of the runway at an appropriate time determined from flight data from the air traffic control system; wherein the light emitting elements are spaced such that the controller is configured to display the runway with a continuously variable orientation.
A method for producing a silicon carbide single-crystal ingot growing a silicon carbide single crystal on a growth face of a seed crystal consisting of a silicon carbide single crystal by a physical vapor transport method so as to produce a silicon carbide single-crystal ingot, the method comprising forming step bunching with heights of steps of 10 μm to 1 mm and spans of terraces of 200 μm to 1 mm on the growth face of the seed crystal by growing a thickness 0.1 mm to 3 mm silicon carbide single crystal on the growth face of the seed crystal having an off-angle by a solution growth method, wherein the off-angle is in a range of 0.5° to 10°. and making the silicon carbide single crystal grow on the growth face of the seed crystal by the physical vapor transport method, wherein the (000-1) face of the seed crystal on which the step bunching is formed is the growth face. the method comprising forming step bunching with heights of steps of 10 μm to 1 mm and spans of terraces of 200 μm to 1 mm on the growth face of the seed crystal by growing a thickness 0.1 mm to 3 mm silicon carbide single crystal on the growth face of the seed crystal having an off-angle by a solution growth method, wherein the off-angle is in a range of 0.5° to 10°. and making the silicon carbide single crystal grow on the growth face of the seed crystal by the physical vapor transport method, wherein
A sailing rig comprising a mast strut and a cross strut for stretching a sail , wherein the mast strut and the cross strut are designed to be inflatable, and comprising a mast foot fastened to the mast strut , characterized by an inclined sail top strut bent obliquely with respect to a connecting area of the mast strut and connected to and formed integrally with the mast strut , wherein starting from an approximately cylindrical portion of the cross strut , the mast strut is tapered toward the sail top and toward the mast foot , wherein the mast strut has a diameter (D) in the area of the approximately cylindrical portion ranging approximately from 15 cm to 30 cm and the maximum diameter (d) of the cross strut lies within said range or is slightly smaller.
A method for the formation of a silica-based stationary phase for a chromatography column having an internal surface, wherein the silica-based stationary phase substantially fills the chromatography column forming a monolithic stationary phase within the chromatography column, wherein at least a portion of the internal surface is in contact with a polymerized sol-gel comprising reaction products of a silica precursor comprising tetramethyl orthosilicate (TMOS), a polyether, and a solvent, the method comprising: washing the chromatography column with a flow of acid to substantially remove the polyether from the polymerized sol-gel, wherein the acid is at least one of an organic acid and a mineral acid, and further wherein the acid does not comprise hydrofluoric acid; washing the acid-washed chromatography column with a flow of a basic neutralization solvent; and drying the neutralized chromatography column to form a silica-based stationary phase containing less than 15%, preferably less than 7%, preferably less than 2% of polyether having at least a hydroxyl functional group, wherein the polymerized sol-gel is formed by the method comprising: preparing a sol-gel solution comprising the silica precursor, the polyether, and the solvent; introducing the sol-gel solution into the chromatography column such that at least a portion of the internal surface of the chromatography column is in contact with the sol-gel solution; and heating the chromatography column to polymerize the sol-gel solution. washing the chromatography column with a flow of acid to substantially remove the polyether from the polymerized sol-gel, wherein the acid is at least one of an organic acid and a mineral acid, and further wherein the acid does not comprise hydrofluoric acid; washing the acid-washed chromatography column with a flow of a basic neutralization solvent; and drying the neutralized chromatography column to form a silica-based stationary phase containing less than 15%, preferably less than 7%, preferably less than 2% of polyether having at least a hydroxyl functional group, preparing a sol-gel solution comprising the silica precursor, the polyether, and the solvent; introducing the sol-gel solution into the chromatography column such that at least a portion of the internal surface of the chromatography column is in contact with the sol-gel solution; and heating the chromatography column to polymerize the sol-gel solution.
A work vehicle comprising: a traveling vehicle body having a vehicle wheel ; a mower device provided on the traveling vehicle body ; a driver's seat provided in front of the traveling vehicle body ; an engine provided in the rear part of the traveling vehicle body ; and a hydraulic pump disposed behind the engine in order to transmit power of the engine to the vehicle wheel , characterized in that the work vehicle comprises a control device disposed behind the hydraulic pump and controlling the engine . a traveling vehicle body having a vehicle wheel ; a mower device provided on the traveling vehicle body ; a driver's seat provided in front of the traveling vehicle body ; an engine provided in the rear part of the traveling vehicle body ; and a hydraulic pump disposed behind the engine in order to transmit power of the engine to the vehicle wheel , characterized in that the work vehicle comprises a control device disposed behind the hydraulic pump and controlling the engine .
A multi speed transmission comprising: a transmission input; a transmission output; and a gear assembly comprising a step pinion planetary gear set having first and second sun gears , a first ring gear rigidly attached to ground, a first planetary carrier configured as the transmission output with a first plurality of interconnected pinions meshing with the first and second sun gears and the first ring gear ; and first and second input clutches (CL1, CL2) driveably connected to the transmission input being drivably connected to the first sun gear and the second sun gear respectively and being selectively activated to drive either said first sun gear or said second sun gear ; characterized in that the multi speed transmission includes a primary reduction gear set comprising a third sun gear configured as the transmission input, a second ring gear grounded by rigidly fixing it to a housing of the transmission , a second planetary carrier with a second plurality of interconnected pinion gears meshing with the third sun gear and the second ring gear , wherein said second planetary carrier drives said first and second input clutches (CL1, CL2) which are thereby drivably connected to the transmission input and driven through the primary reduction gear set; and wherein the third sun gear configured as the transmission input and the first planetary carrier configured as the transmission output are spaced mutually along the same longitudinal axis. a transmission input; a transmission output; and a gear assembly comprising a step pinion planetary gear set having first and second sun gears , a first ring gear rigidly attached to ground, a first planetary carrier configured as the transmission output with a first plurality of interconnected pinions meshing with the first and second sun gears and the first ring gear ; and first and second input clutches (CL1, CL2) driveably connected to the transmission input being drivably connected to the first sun gear and the second sun gear respectively and being selectively activated to drive either said first sun gear or said second sun gear ; characterized in that the multi speed transmission includes a primary reduction gear set comprising a third sun gear configured as the transmission input, a second ring gear grounded by rigidly fixing it to a housing of the transmission , a second planetary carrier with a second plurality of interconnected pinion gears meshing with the third sun gear and the second ring gear , wherein said second planetary carrier drives said first and second input clutches (CL1, CL2) which are thereby drivably connected to the transmission input and driven through the primary reduction gear set; and wherein the third sun gear configured as the transmission input and the first planetary carrier configured as the transmission output are spaced mutually along the same longitudinal axis.