mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing an aerosol dispenser with product in it, said method comprising the steps of : providing a pressurized container at a plant at a first location, said pressurized container comprising an outer container having a neck therein, a valve assembly mounted in said neck for selectively dispensing product therefrom, a product delivery device for holding product within said outer container, and propellant within said outer container for pressurizing said outer container and said product delivery device, said product delivery device comprising a flexible bag sealed to a valve cup , said valve cup being joined to said neck of said outer container; transporting said pressurized container to a plant at a second location, said second location being remote from said first location; and installing product into said product delivery device at said second location, characterized by comprising the steps of transporting said pressurized container to a third location after substantial depletion of product therefrom and refilling said product delivery device with a second charge of product . providing a pressurized container at a plant at a first location, said pressurized container comprising an outer container having a neck therein, a valve assembly mounted in said neck for selectively dispensing product therefrom, a product delivery device for holding product within said outer container, and propellant within said outer container for pressurizing said outer container and said product delivery device, said product delivery device comprising a flexible bag sealed to a valve cup , said valve cup being joined to said neck of said outer container; transporting said pressurized container to a plant at a second location, said second location being remote from said first location; and installing product into said product delivery device at said second location, characterized by comprising the steps of transporting said pressurized container to a third location after substantial depletion of product therefrom and refilling said product delivery device with a second charge of product .
Steering shaft for a motor vehicle, having an inner shaft , which is arranged in an outer shaft so as to be displaceable axially in the direction of an axis of rotation , wherein the inner shaft comprises axially running radial projections on its outer side, and the outer shaft comprises axially running grooves on its inner side, into which grooves the projections of the inner shaft engage in a positively locking manner in a direction of rotation and displaceably in an axial direction, wherein, on the inner shaft , there is arranged a profiled sleeve , the inner circumferential surface of which lies against the flanks of the projections of the inner shaft and the outer circumferential surface of which lies against the flanks of the grooves of the outer shaft , and that the profiled sleeve is connected to the inner shaft by means of one or more fastening points distributed over the circumference of the profiled sleeve , characterized in that the fastening points are formed by means of an ultrasound sonotrode , wherein the projections of the inner shaft are equipped with a knurling on their radial outer side.
A method of manufacturing an electrowetting element, the method comprising: providing a layer of a first liquid , on a first area of a surface of a first support plate , providing a layer of a second liquid , on the layer of the first liquid, the first liquid and the second liquid being immiscible, and the first area having a higher wettability for the first liquid than the second liquid, and providing a second support plate , on the layer of the second liquid by moving the second support plate into contact with a surface of the layer of the second liquid, the moving being along the surface of the layer of the second liquid. providing a layer of a first liquid , on a first area of a surface of a first support plate , providing a layer of a second liquid , on the layer of the first liquid, the first liquid and the second liquid being immiscible, and the first area having a higher wettability for the first liquid than the second liquid, and providing a second support plate , on the layer of the second liquid by moving the second support plate into contact with a surface of the layer of the second liquid, the moving being along the surface of the layer of the second liquid.
Refrigeration appliance with a refrigerant circuit , having a compressor , a first evaporator assembly with at least one first evaporator and with a high-pressure tube connected upstream of the first evaporator assembly , a second evaporator assembly connected in parallel with the first evaporator assembly with at least one second evaporator , a low-pressure tube connected downstream of the first evaporator assembly and the second evaporator assembly , and a suction tube heat exchanger , in which a high-pressure tube section of the high-pressure tube and a low-pressure tube section of the low-pressure tube are coupled in a heat-conducting manner, characterised in that the suction tube heat exchanger has three temperature sensors at three positions from a group of positions (60, 60'; 62, 62'; 56, 56'; 58, 58') at the inlet and at the outlet of the low-pressure tube section , and at the inlet and at the outlet of the high-pressure tube section .
A composition for decomposing pharmaceutically active agents, comprising: 0.1 wt.% to 30 wt.% oxidizer comprising potassium permanganate, trichloroisocyanuric acid, and sodium dichloroisocyanurate dihydrate; 1 wt.% to 30 wt.% immobilizer comprising a vegetable gum or a saccharide; and a solidifier comprising a fumed silica; wherein the wt.% is based on a total weight of the composition. 0.1 wt.% to 30 wt.% oxidizer comprising potassium permanganate, trichloroisocyanuric acid, and sodium dichloroisocyanurate dihydrate; 1 wt.% to 30 wt.% immobilizer comprising a vegetable gum or a saccharide; and a solidifier comprising a fumed silica; wherein the wt.% is based on a total weight of the composition.
A method for seamless transfer of a dual-party call into a conference, which is implemented by an apparatus, comprising: receiving a conference room creating request transmitted by a first terminal ; creating a conference room according to the conference room creating request; and while holding a dual-party voice channel between the first terminal and a second terminal in an on state, establishing and starting a first voice channel between the first terminal and the conference room, and a second voice channel between the second terminal and the conference room; establishing a third voice channel between a third terminal and the conference room and holding the third voice channel in an off state, and after starting the first voice channel and the second voice channel at the same time, releasing the dual-party voice channel; and after releasing the dual-party voice channel, starting the third voice channel. receiving a conference room creating request transmitted by a first terminal ; creating a conference room according to the conference room creating request; and while holding a dual-party voice channel between the first terminal and a second terminal in an on state, establishing and starting a first voice channel between the first terminal and the conference room, and a second voice channel between the second terminal and the conference room; establishing a third voice channel between a third terminal and the conference room and holding the third voice channel in an off state, and after starting the first voice channel and the second voice channel at the same time, releasing the dual-party voice channel; and after releasing the dual-party voice channel, starting the third voice channel.
A composition comprising a decomposed platelet concentrate containing ≤ 50 % intact platelets, ≥ 200 pg/ml RANTES and body fat cells for use in augmenting breast volume.
A camera system for a portable electrical device , comprising: a first image sensor facing in a first direction; a first optomechanical unit , wherein the first optomechanical unit comprises a top side and a bottom side opposite to each other; and a first carriage for movably coupling the camera system to the portable electrical device ; wherein the first image sensor is mounted in the first carriage ; the first optomechanical unit is coupled to the first carriage and is configured to pivotably rotate around a hinge in the first carriage ; by rotating the first optomechanical unit around the hinge , the camera system is adjustable between a storage position and an operating position; in the storage position, the first image sensor and the first optomechanical unit are side-by-side in a planar position, and the bottom side of the first optomechanical unit is facing in the first direction; in the operating position, the first optomechanical unit is folded on top of the first image sensor to form a first operable camera module, and the bottom side of the first optomechanical unit is facing the first image sensor. a first image sensor facing in a first direction; a first optomechanical unit , wherein the first optomechanical unit comprises a top side and a bottom side opposite to each other; and a first carriage for movably coupling the camera system to the portable electrical device ; wherein the first image sensor is mounted in the first carriage ; the first optomechanical unit is coupled to the first carriage and is configured to pivotably rotate around a hinge in the first carriage ; by rotating the first optomechanical unit around the hinge , the camera system is adjustable between a storage position and an operating position; in the storage position, the first image sensor and the first optomechanical unit are side-by-side in a planar position, and the bottom side of the first optomechanical unit is facing in the first direction; in the operating position, the first optomechanical unit is folded on top of the first image sensor to form a first operable camera module, and the bottom side of the first optomechanical unit is facing the first image sensor.
Wheel carrier assembly of a vehicle for agricultural use, such as a tractor, wherein the vehicle has drive means comprising means of transmission and a steering axle connectable to the drive means, wherein the wheel carrier assembly is connectable to the axle to support and control in movement a wheel assembly attached thereto on a wheel flange , wherein the wheel carrier assembly comprises: - a constant-velocity joint connected, upstream, to the transmission means, and comprising, downstream, a rotation shaft for the rotation of the wheel assembly; - a disc brake device suitable to brake the wheel assembly; - a gear reducer , connected to the wheel assembly and to the rotation shaft , suitable to vary the rotation speed of the rotation shaft ; wherein the disc brake device comprises at least one brake disc and at least one brake calliper characterized in that the at least one brake disc is operatively connected to the rotation shaft , upstream of the gear reducer , so that the braking action is applied directly to said shaft . - a constant-velocity joint connected, upstream, to the transmission means, and comprising, downstream, a rotation shaft for the rotation of the wheel assembly; - a disc brake device suitable to brake the wheel assembly; - a gear reducer , connected to the wheel assembly and to the rotation shaft , suitable to vary the rotation speed of the rotation shaft ;
A loudspeaker assembly , comprising: a mounting bracket comprising: a mounting plate for securing the mounting bracket to a flat surface; and a support arm extending outwardly from the mounting plate; and a pivot pin extending outwardly from the support arm, and a loudspeaker comprising: an electro-acoustic transducer ; and an acoustic enclosure defining a bracket passthrough for receiving the support arm of the mounting bracket such the loudspeaker is pivotable between a plurality of pitch angles relative to the mounting bracket; wherein the bracket passthrough defines a pin alignment slot for accommodating the pivot pin when the support arm is inserted into the bracket passthrough and wherein the pin alignment slot terminates at a ramp feature , which defines a portion of a pin receptacle; a locking mechanism for releasably securing the loudspeaker in a selected one of the plurality of pitch angles, and wherein the pivot pin rests in the pin receptacle when the support arm is fully inserted into the bracket passthrough, wherein the loudspeaker is pivotable about the pivot pin when the pivot pin is received within the pin receptacle, and wherein the ramp feature inhibits removal of the support arm from the bracket passthrough once the support arm is fully inserted into the bracket passthrough. a mounting bracket comprising: a mounting plate for securing the mounting bracket to a flat surface; and a support arm extending outwardly from the mounting plate; and a pivot pin extending outwardly from the support arm, and a mounting plate for securing the mounting bracket to a flat surface; and a support arm extending outwardly from the mounting plate; and a pivot pin extending outwardly from the support arm, and a loudspeaker comprising: an electro-acoustic transducer ; and an acoustic enclosure defining a bracket passthrough for receiving the support arm of the mounting bracket such the loudspeaker is pivotable between a plurality of pitch angles relative to the mounting bracket; an electro-acoustic transducer ; and an acoustic enclosure defining a bracket passthrough for receiving the support arm of the mounting bracket such the loudspeaker is pivotable between a plurality of pitch angles relative to the mounting bracket; wherein the bracket passthrough defines a pin alignment slot for accommodating the pivot pin when the support arm is inserted into the bracket passthrough and wherein the pin alignment slot terminates at a ramp feature , which defines a portion of a pin receptacle; a locking mechanism for releasably securing the loudspeaker in a selected one of the plurality of pitch angles, and wherein the pivot pin rests in the pin receptacle when the support arm is fully inserted into the bracket passthrough, wherein the loudspeaker is pivotable about the pivot pin when the pivot pin is received within the pin receptacle, and wherein the ramp feature inhibits removal of the support arm from the bracket passthrough once the support arm is fully inserted into the bracket passthrough.
A method of determining a fault in at least one series switch of an electrical system , the electrical system including, at least one AC power source , at least one sensor , at least two series switches, at least two capacitors, and a fault analysis module including a processor and a memory, wherein each series switch is connected in parallel with a corresponding one of the capacitors , and wherein the capacitors have different values of capacitance to one another, the method comprising: applying, by the at least one AC power source , at least one time varying signal to the electrical system ; receiving, by the fault analysis module , at least one measurement, from the at least one sensor , of the at least one time varying signal, at, at least one node of the electrical system ; receiving, by the fault analysis module , at least one predetermined signal parameter; and determining, by the fault analysis module , the presence of a fault, based on the at least one measurement and the at least one predetermined signal parameter. applying, by the at least one AC power source , at least one time varying signal to the electrical system ; receiving, by the fault analysis module , at least one measurement, from the at least one sensor , of the at least one time varying signal, at, at least one node of the electrical system ; receiving, by the fault analysis module , at least one predetermined signal parameter; and determining, by the fault analysis module , the presence of a fault, based on the at least one measurement and the at least one predetermined signal parameter.
A pressure booster in which driving cylinders are provided respectively on both sides of a boosting cylinder , comprising a pair of operating valves each configured to switch a state of supply of a pressurized fluid from a pressurized fluid supply source into a pressurizing chamber of a corresponding one of the driving cylinders, characterized in that the pressure booster comprises a pair of pilot valves each including a knock pin with which a piston of a corresponding one of the driving cylinders comes in contact at a travel end of the piston, wherein, when one or another of the pilot valves switches to a first position by the knock pin of the pilot valve being pushed by the corresponding piston, then a state of supply of the pressurized fluid to the pair of operating valves is switched and a certain fluid pressure acts on the knock pin so as to hold the pilot valve in the first position.
A method of forming a hose assembly, the hose assembly comprising a tube formed from a polymeric material and defining an outer peripheral surface , and a reinforcing layer disposed about the outer peripheral surface of the tube , the reinforcing layer comprising reinforcing fibers and a binder formed from binding fibers , said method comprising the steps of: extruding the tube ; forming a commingled braid from the reinforcing fibers and the binding fibers ; disposing the commingled braid about the outer peripheral surface of the tube to form a reinforced tube; heating the reinforced tube to a temperature (T 1 ) equal to or greater than a peak melting temperature of the binding fibers to at least partially melt the binding fibers; and cooling the reinforced tube to solidify the melted binding fibers to form the binder about the reinforcing fibers, thereby forming a reinforced braid and binding the reinforced braid to the outer peripheral surface of the tube to form the reinforcing layer characterized in that binding fibers are used which have a peak melting temperature in the range from 200 to 400 °C, and during the step of heating the reinforced tube an interior cavity of the reinforced tube is pressurized by a fluid. extruding the tube ; forming a commingled braid from the reinforcing fibers and the binding fibers ; disposing the commingled braid about the outer peripheral surface of the tube to form a reinforced tube; heating the reinforced tube to a temperature (T 1 ) equal to or greater than a peak melting temperature of the binding fibers to at least partially melt the binding fibers; and cooling the reinforced tube to solidify the melted binding fibers to form the binder about the reinforcing fibers, thereby forming a reinforced braid and binding the reinforced braid to the outer peripheral surface of the tube to form the reinforcing layer characterized in that binding fibers are used which have a peak melting temperature in the range from 200 to 400 °C, and during the step of heating the reinforced tube an interior cavity of the reinforced tube is pressurized by a fluid.
A method performed by a user equipment, UE, the method comprising: receiving, from a base station, preamble configuration information for a random access, the preamble configuration information including a first root sequence index and a first cyclic shift value; and receiving, from the base station, dedicated preamble configuration information for a beam failure recovery, the dedicated preamble configuration information including one of a second root sequence index and a second cyclic shift value; generating a preamble for the beam failure recovery based on one of: - the first root sequence index and the second cyclic shift value; or - the second root sequence index and the first cyclic shift value; and transmitting the preamble for the beam failure recovery on dedicated time-frequency resources. receiving, from a base station, preamble configuration information for a random access, the preamble configuration information including a first root sequence index and a first cyclic shift value; and receiving, from the base station, dedicated preamble configuration information for a beam failure recovery, the dedicated preamble configuration information including one of a second root sequence index and a second cyclic shift value; generating a preamble for the beam failure recovery based on one of: - the first root sequence index and the second cyclic shift value; or - the second root sequence index and the first cyclic shift value; and - the first root sequence index and the second cyclic shift value; or - the second root sequence index and the first cyclic shift value; and transmitting the preamble for the beam failure recovery on dedicated time-frequency resources.
A polymer obtained by radical polymerization of a mixture of monomers comprising: - at least one anionic monomer (a) having a polymerizable vinyl group, - at least one nonionic hydrophobic monomer (b) having a polymerizable vinyl group and - one or several cross-linking monomer(s) (c) including at least one compound of formula (I): in which: - R is a hydrogen atom or a methyl group, - n is equal to 1 and - R 1 is a C 1 -C 20 linear or branched alkyl group, with the exception of a polymer obtained by polymerization of a mixture of monomers comprising 20 parts by weight of methacrylic acid, 10 parts by weight of acrylic acid, 1 part by weight of compound of formula I in which R is a methyl group, n is equal to 1, R 1 is a C 2 linear alkyl group, 20 parts by weight of methyl methacrylate and 39 parts by weight of acrylic acid. - at least one anionic monomer (a) having a polymerizable vinyl group, - at least one nonionic hydrophobic monomer (b) having a polymerizable vinyl group and - one or several cross-linking monomer(s) (c) including at least one compound of formula (I): in which: - R is a hydrogen atom or a methyl group, - n is equal to 1 and - R 1 is a C 1 -C 20 linear or branched alkyl group, - R is a hydrogen atom or a methyl group, - n is equal to 1 and - R 1 is a C 1 -C 20 linear or branched alkyl group,