mhurhangee/patent-ind-claim-en huggingface dataset:
A filter apparatus, wherein the filter apparatus is configured to be connected between an external power source and a device, the filter apparatus is configured to perform filtering processing on a noise signal from the device, the filter apparatus comprises a feedback active common-mode filter and a feed-forward active common-mode filter, the feedback active common-mode filter comprises a common-mode noise detection component and a first filter circuit, and the feed-forward active common-mode filter comprises the common-mode noise detection component and a second filter circuit , wherein the first filter circuit is connected between the common-mode noise detection component and configured to be connected to the device, and the first filter circuit is configured to perform feedback filtering processing on a first common-mode noise signal from the device, to obtain a second common-mode noise signal ; the common-mode noise detection component is connected between the first filter circuit and the second filter circuit, and the common-mode noise detection component is configured to detect the second common-mode noise signal, and provide the second filter circuit with the second common-mode noise signal; and the second filter circuit is configured to be connected between the external power source and the common-mode noise detection component, and the second filter circuit is configured to perform feed-forward filtering processing on the second common-mode noise signal.
A device for creating an emulsion composed of a phase dispersed in the form of drops in a continuous phase, the device comprising: - a motion generator for putting into motion at least one first fluid which is intended to form the dispersed phase; - a first channel inside which the first fluid put into motion can flow, the first channel extending towards an output orifice via which the first fluid is injected into at least one second fluid which is intended to form the continuous phase; - a variation system for making the interior volume (Vi) of the first channel vary with time; and - an electronic control circuit comprising: -- a control unit for controlling the motion generator, which is configured to generate a first signal with first extrema, to make the flow (Dv) of the first fluid in the first channel vary with time; -- a control unit for controlling the variation system, which is configured to generate a second signal with second extrema, to make the interior volume (Vi) of the first channel vary with time; and -- a coordination system connected to the control units and configured to associate first and second extrema two by two, with a predetermined temporal offset (Dt) between two associated extrema. - a motion generator for putting into motion at least one first fluid which is intended to form the dispersed phase; - a first channel inside which the first fluid put into motion can flow, the first channel extending towards an output orifice via which the first fluid is injected into at least one second fluid which is intended to form the continuous phase; - a variation system for making the interior volume (Vi) of the first channel vary with time; and - an electronic control circuit comprising: -- a control unit for controlling the motion generator, which is configured to generate a first signal with first extrema, to make the flow (Dv) of the first fluid in the first channel vary with time; -- a control unit for controlling the variation system, which is configured to generate a second signal with second extrema, to make the interior volume (Vi) of the first channel vary with time; and -- a coordination system connected to the control units and configured to associate first and second extrema two by two, with a predetermined temporal offset (Dt) between two associated extrema. -- a control unit for controlling the motion generator, which is configured to generate a first signal with first extrema, to make the flow (Dv) of the first fluid in the first channel vary with time; -- a control unit for controlling the variation system, which is configured to generate a second signal with second extrema, to make the interior volume (Vi) of the first channel vary with time; and -- a coordination system connected to the control units and configured to associate first and second extrema two by two, with a predetermined temporal offset (Dt) between two associated extrema.
An apparatus of a User Equipment, UE, device, the apparatus comprising: memory storing non-public network, NPN, configuration information; radio frequency, RF, circuitry configured to receive information broadcast by a radio access network, RAN, node of a particular NPN , the information comprising a NPN indicator indicating that the RAN node supports a NPN and NPN service information indicating services supported by the particular NPN, wherein the NPN service information comprises a set of service network identifiers, SN-IDs, for respective external service networks, SNs, supported by the particular NPN ; and processing circuitry coupled to the memory and the RF circuitry , wherein the processing circuitry is configured to establish, in response to detecting the NPN indicator in the information received from the RAN node , a connection to the particular NPN based on the NPN configuration information and the NPN service information received from the RAN node , wherein the NPN configuration information indicates a network identifier, NID, supported by the UE device, the information broadcast by the RAN node further comprises a NID for the particular NPN , and the processing circuitry is configured to establish the connection to the particular NPN based on detecting that the NID in the NPN configuration information matches the NID for the particular NPN . memory storing non-public network, NPN, configuration information; radio frequency, RF, circuitry configured to receive information broadcast by a radio access network, RAN, node of a particular NPN , the information comprising a NPN indicator indicating that the RAN node supports a NPN and NPN service information indicating services supported by the particular NPN, wherein the NPN service information comprises a set of service network identifiers, SN-IDs, for respective external service networks, SNs, supported by the particular NPN ; and processing circuitry coupled to the memory and the RF circuitry , wherein the processing circuitry is configured to establish, in response to detecting the NPN indicator in the information received from the RAN node , a connection to the particular NPN based on the NPN configuration information and the NPN service information received from the RAN node , wherein the NPN configuration information indicates a network identifier, NID, supported by the UE device, the information broadcast by the RAN node further comprises a NID for the particular NPN , and the processing circuitry is configured to establish the connection to the particular NPN based on detecting that the NID in the NPN configuration information matches the NID for the particular NPN .
An upper vehicle body for an MPV or VAN, comprising: a front end module , a front module , two front quarter modules spaced apart from each other in a left-right direction, two rear quarter modules spaced apart from each other in the left-right direction, a front windshield upper crossmember module , a front top crossmember module , a support crossmember module , a rear top crossmember module , and a back module , and are shaped separately and independently; characterised in that : all of the modules are formed by aluminum alloy stamped sheets and aluminum alloy extruded profiles with cavities in combination; the front end module is screwed to the front quarter modules , the front module is riveted and welded to the front quarter modules , the front quarter modules are MIG welded to the rear quarter modules , the front windshield upper crossmember module is screwed to the front quarter modules , the front top crossmember module is screwed to the front quarter modules and to the rear quarter modules , the support crossmember module is screwed to the front quarter modules and to the rear quarter modules , the rear top crossmember module is screwed to the rear quarter module , and the back module is glued to the rear quarter modules with structural glue and riveted to the rear quarter modules .
A film comprising: a polyethylene copolymer formed using a reduced chromium oxide catalyst, ethylene monomers and a co-monomer selected from 1-butene or 1-hexene, the polyethylene copolymer formed with the co-monomer to ethylene monomer gas mole ratio in a range of 0.012 to 0.04 to form the polyethylene copolymer having a density in the range of from 0.9350 to 0.950 g/cm 3 measured according to ASTM D1505 and an I 21 /I 5 in a range of 18.0 to 30.0 measured according to ASTM D1238 (190 °C), wherein the polyethylene copolymer formed using the reduced chromium oxide catalyst provides an improvement in a dart drop impact (g/μm, measured according to ASTM D-1709, method A, at a dart drop height of 0.66 meter) of the film of 17 percent to 56 percent as compared to a film of the polyethylene copolymer formed using a silyl chromate catalyst in place of the reduced chromium oxide catalyst.
Electronic equipment comprising: - a box comprising a thermally-conductive chassis ; - electronic components incorporated inside the box and including an electronic component placed in direct contact with the thermally-conductive chassis - a thermally-conductive stand (3; 20; 26) in contact with the thermally-conductive chassis, the thermally-conductive stand comprising a base and a leg that extends vertically between the base and the thermally-conductive chassis and fins which are formed inside the leg. - a box comprising a thermally-conductive chassis ; - electronic components incorporated inside the box and including an electronic component placed in direct contact with the thermally-conductive chassis - a thermally-conductive stand (3; 20; 26) in contact with the thermally-conductive chassis, the thermally-conductive stand comprising a base and a leg that extends vertically between the base and the thermally-conductive chassis and fins which are formed inside the leg.
A method for calculating or estimating the speed of a railway vehicle, at least one axle (A) of which has an associated control system (SS, CM, TC, APM) of the adhesion of the wheels (W) to the rails; the method comprising the steps of generating speed signals indicating the angular speed (ω) of the wheels (W) of said at least one axle (A); estimating, as a function of said angular speed (ω), the value of the adhesion (μ) in the contact area of the wheels (W) of said axle (A) and the rails, using an adhesion observer and calculating the value of the speed slip (δ) of the wheels (W) of said controlled axle (A), generating signals representative of the derivative dμ dδ of said adhesion (μ) as a function of the slip (δ) of the wheels (W) of said axle (A); generating a driving signal (C(T j+1 )) for torque control means controlling the torque applied to the wheels (W) of said axle (A), by means of an adaptive control of said derivative signals dμ dδ as a function of an error signal (e((T j+1 )) indicative of the difference between the value of said derivative dμ dδ and a predetermined reference value such as to reduce and keep said difference substantially at zero; applying said driving signal (C(T j+1 )) to said torque control means and then computing the vehicle speed as the linear advance speed of said at least one controlled axle (A).
Use of a powder composition in suspension thermal spray coating processes, the powder composition comprising primary particles having at least one dispersing agent deposited thereon, wherein the amount of dispersing agent deposited on said powder represents from 0.1% up to 10% by weight of the powder, the composition resulting in a homogeneous, stable suspension when combined with a liquid carrier for use in suspension thermal spray processes.
Boot comprising a foot portion and a leg portion projecting from said foot portion , said boot further comprising an adjusting device for the closure of the leg portion ; characterised in that said adjustment device comprises at least one adjustment cable adapted to surround at least partially said leg portion ; said adjustment cable having a first end and a second end , wherein said first end is integral with said leg portion ; said leg portion being provided with a cable guide comprising at least one through hole having an inlet opening and an outlet opening ; said adjustment cable being inserted in said at least one through-hole at said inlet opening so as to protrude with a loop from said outlet opening and with an end portion comprising said second end from said inlet opening ; said end portion being inserted in said loop ; said adjustment device comprising an opening element for said loop , at least partially inserted in said loop . characterised in that said adjustment device comprises at least one adjustment cable adapted to surround at least partially said leg portion ; said adjustment cable having a first end and a second end , wherein said first end is integral with said leg portion ; said leg portion being provided with a cable guide comprising at least one through hole having an inlet opening and an outlet opening ; said adjustment cable being inserted in said at least one through-hole at said inlet opening so as to protrude with a loop from said outlet opening and with an end portion comprising said second end from said inlet opening ; said end portion being inserted in said loop ; said adjustment device comprising an opening element for said loop , at least partially inserted in said loop .
A cold knife system for forming a weakening line on an automobile interior trim part, comprising: - a cold knife for cutting the weakening line on the surface of the automobile interior trim part; - a release agent supply device; and - a connector which connects the cold knife to the release agent supply device and keeps a distance therebetween, so that they do not interfere with each other, wherein the release agent supply device comprising: - a wheel which is adapted to roll in a weakening line formed by cold knife weakening; - a nozzle , the opening of the nozzle is close to the rim of the wheel with a small distance and orients to the wheel ; and - a release agent feeder which is in fluid communication with the nozzle for providing the release agent to the nozzle ; wherein the nozzle is adapted to supply the release agent to the wheel , and the wheel is adapted to apply the release agent to the weakening line , when rolling therein. - a cold knife for cutting the weakening line on the surface of the automobile interior trim part; - a release agent supply device; and - a connector which connects the cold knife to the release agent supply device and keeps a distance therebetween, so that they do not interfere with each other, wherein the release agent supply device comprising: - a wheel which is adapted to roll in a weakening line formed by cold knife weakening; - a nozzle , the opening of the nozzle is close to the rim of the wheel with a small distance and orients to the wheel ; and - a release agent feeder which is in fluid communication with the nozzle for providing the release agent to the nozzle ;
Elevator having a braking device , specifically a safety gear, wherein the braking device comprises a hydraulically acting brake for braking and/or stopping an elevator car of the elevator and a hydraulic unit having a pump assembly , a brake cylinder assembly and a valve assembly for ventilating the brake , wherein the hydraulic unit is fastened to the braking device , wherein the brake cylinder assembly comprises a piston which can be displaced in a cylinder , wherein the piston is prestressed in a sprung fashion by means of a spring , wherein the valve assembly comprises at least one valve , wherein in at least one first switched state the valve ventilates the brake , and wherein the piston divides a cylinder interior space of the cylinder into a first chamber and a second chamber , wherein the spring is accommodated in the second chamber , and wherein in the first switched state of the valve the first chamber of the cylinder is connected to the pump assembly in such a way as to deliver hydraulic oil, characterized in that in a second switched state of the valve the second chamber is connected to the pump assembly in such a way as to deliver hydraulic oil.
A piping fixing structure, comprising: a vehicle body ; a suspension member which is elastically supported by the vehicle body via a first vibration damping member , and supports a suspension; a driving source and a fixing mechanism (F) which fixes piping to the suspension member , the piping extending from the driving source which is elastically supported by the vehicle body via a second vibration damping member . a vehicle body ; a suspension member which is elastically supported by the vehicle body via a first vibration damping member , and supports a suspension; a driving source and a fixing mechanism (F) which fixes piping to the suspension member , the piping extending from the driving source which is elastically supported by the vehicle body via a second vibration damping member .
Cooling device for cooling pourable items , comprising a rotary tumbler having an inlet , an outlet , an axis and a circumferential wall , wherein at least a part of the circumferential wall has perforation openings for penetration of a refrigerant, characterized in that the rotary tumbler is divided into - at least one first cooling zone , wherein the circumferential wall in the first cooling zone has a first penetrability for the refrigerant, and - at least one second cooling zone , wherein the circumferential wall in the second cooling zone has a second penetrability for the refrigerant, which is different from the first penetrability for the refrigerant. - at least one first cooling zone , wherein the circumferential wall in the first cooling zone has a first penetrability for the refrigerant, and - at least one second cooling zone , wherein the circumferential wall in the second cooling zone has a second penetrability for the refrigerant, which is different from the first penetrability for the refrigerant.
A set of oral appliances for effecting at least one of treating sleep disorder breathing in a patient and training a person to breath primarily through their nose, the set of oral appliances comprising a first oral appliance for use in a first stage of treatment or training and at least a second oral appliance for use in at least a second stage of treatment or training, wherein each oral appliance comprises; a generally U shaped appliance body with a front section and two arms, the appliance body including an inner wall , an outer wall ; a web interconnecting the inner wall and the outer wall ; the web having a front section and two arms, each arm having a trailing end; the inner wall and the outer wall each have an upper portion that projects above the web so as to define an upper dental arch receiving channel ; the inner wall and the outer wall each have a lower portion that depends below the web so as to define a lower dental arch receiving channel ; and wherein the web comprises at least one breathing hole so as to define a total cross sectional area for breathing and the total cross sectional area for breathing of the first oral appliance is larger than the total cross sectional area for breathing of the second oral appliance. a generally U shaped appliance body with a front section and two arms, the appliance body including an inner wall , an outer wall ; a web interconnecting the inner wall and the outer wall ; the web having a front section and two arms, each arm having a trailing end; the inner wall and the outer wall each have an upper portion that projects above the web so as to define an upper dental arch receiving channel ; the inner wall and the outer wall each have a lower portion that depends below the web so as to define a lower dental arch receiving channel ; and wherein the web comprises at least one breathing hole so as to define a total cross sectional area for breathing and the total cross sectional area for breathing of the first oral appliance is larger than the total cross sectional area for breathing of the second oral appliance.
An integrated circuit comprising: a digital core configured to output a first voltage signal; an IO ring or block comprising a first input/output cell and a second input/output cell , wherein the first input/output cell is configured to convert the first voltage signal to a first current signal and provide the first current signal to a first circuitry external to the integrated circuit, the first circuitry comprising a transimpedance amplifier configured to convert the current signal back to a voltage signal corresponding to a third voltage; and wherein the second input/output cell is configured to provide level shifting to convert the first voltage signal to a second voltage signal and provide the second voltage signal to a second circuitry external to the integrated circuit . a digital core configured to output a first voltage signal; an IO ring or block comprising a first input/output cell and a second input/output cell , wherein the first input/output cell is configured to convert the first voltage signal to a first current signal and provide the first current signal to a first circuitry external to the integrated circuit, the first circuitry comprising a transimpedance amplifier configured to convert the current signal back to a voltage signal corresponding to a third voltage; and wherein the second input/output cell is configured to provide level shifting to convert the first voltage signal to a second voltage signal and provide the second voltage signal to a second circuitry external to the integrated circuit .
A pharmaceutical composition comprising: (a) 50 IU/ml to 2500 IU/ml of a rFVIIIFc polypeptide; (b) 10 mg/ml to 25 mg/ml of sucrose; (c) 8.8 mg/ml to 14.6 mg/ml sodium chloride (NaCl); (d) 0.75 mg/ml to 2.25 mg/ml L-histidine; (e) 0.75 mg/ml to 1.5 mg/ml calcium chloride dihydrate; and (f) 0.08 mg/ml to 0.25 mg/ml polysorbate 20 or polysorbate 80. (a) 50 IU/ml to 2500 IU/ml of a rFVIIIFc polypeptide; (b) 10 mg/ml to 25 mg/ml of sucrose; (c) 8.8 mg/ml to 14.6 mg/ml sodium chloride (NaCl); (d) 0.75 mg/ml to 2.25 mg/ml L-histidine; (e) 0.75 mg/ml to 1.5 mg/ml calcium chloride dihydrate; and (f) 0.08 mg/ml to 0.25 mg/ml polysorbate 20 or polysorbate 80.