mhurhangee/patent-ind-claim-en huggingface dataset:
A transmission for between a sprocket or a sprocket carrier and a wheel hub of a rear wheel of a bicycle, which transmission is configured to be mounted on a wheel axle of the rear wheel of the bicycle, wherein the transmission comprises a transmission housing for connecting with the sprocket or the sprocket carrier, wherein the transmission further comprises coupling means for coupling the transmission with the wheel hub , wherein the transmission further comprises a planetary gear set which is present in the transmission housing and is provided with a ring wheel connected to the transmission housing , a planet carrier connected to the coupling means and to which a plurality of planet gears are bearing-mounted, and a sun wheel engageable with the wheel axle , the transmission comprising a first coupling , a second coupling , wherein the first coupling is configured as a switchable clutch for fixing the ring wheel relative to the planet carrier in the direction of rotation, wherein the second coupling is a freewheel configured to connect the sun wheel to the wheel axle , wherein the transmission is arranged for forming a 1 to 1 transmission between the sprocket or sprocket carrier and the wheel hub by having the first coupling closed and second coupling freewheeling, characterized by a third coupling and a fourth coupling , wherein the third coupling is configured as a freewheel present between the ring wheel and the transmission housing , wherein the fourth coupling is configured as a freewheel present between the planet carrier, or the first coupling, and the transmission housing . wherein the transmission comprises a transmission housing for connecting with the sprocket or the sprocket carrier, wherein the transmission further comprises coupling means for coupling the transmission with the wheel hub , wherein the transmission further comprises a planetary gear set which is present in the transmission housing and is provided with a ring wheel connected to the transmission housing , a planet carrier connected to the coupling means and to which a plurality of planet gears are bearing-mounted, and a sun wheel engageable with the wheel axle , the transmission comprising a first coupling , a second coupling , wherein the first coupling is configured as a switchable clutch for fixing the ring wheel relative to the planet carrier in the direction of rotation, wherein the second coupling is a freewheel configured to connect the sun wheel to the wheel axle , wherein the transmission is arranged for forming a 1 to 1 transmission between the sprocket or sprocket carrier and the wheel hub by having the first coupling closed and second coupling freewheeling, characterized by a third coupling and a fourth coupling , wherein the third coupling is configured as a freewheel present between the ring wheel and the transmission housing , wherein the fourth coupling is configured as a freewheel present between the planet carrier, or the first coupling, and the transmission housing .
Aqueous ink comprising one or more film forming agents, wherein the total film forming agent concentration in the aqueous ink is from 0.1 to 30 wt.%; wherein the one or more film forming agents fulfil at least one of the following properties: i) a Young modulus of at least 2 GPa, and ii) a nano hardness of at least 0.08 GPa, and wherein the ink further comprises one or more emulsifiers, wherein the one or more emulsifiers are fatty acid esters of polyalkoxylated sorbitan. wherein the one or more film forming agents fulfil at least one of the following properties: i) a Young modulus of at least 2 GPa, and ii) a nano hardness of at least 0.08 GPa, and i) a Young modulus of at least 2 GPa, and ii) a nano hardness of at least 0.08 GPa, and wherein the ink further comprises one or more emulsifiers, wherein the one or more emulsifiers are fatty acid esters of polyalkoxylated sorbitan.
An in vitro method for producing a cellular composition with in vivo bone forming potential, the method comprising the steps of: - generating micro-aggregates of between 25 and 50.000 periosteum derived cells; - culturing said micro-aggregates for at least 10 days in a serum free medium, comprising BMP2, in order to allow said micro aggregates to differentiate into a microtissue with a pre-hypertrophic cartilage phenotype; - fusing, in the absence of a scaffold, at least 300 of said micro-tisssues into a fused microtissue. - generating micro-aggregates of between 25 and 50.000 periosteum derived cells; - culturing said micro-aggregates for at least 10 days in a serum free medium, comprising BMP2, in order to allow said micro aggregates to differentiate into a microtissue with a pre-hypertrophic cartilage phenotype; - fusing, in the absence of a scaffold, at least 300 of said micro-tisssues into a fused microtissue.
Adjustable steer-by-wire steering column for a motor vehicle, comprising - a telescopic steering tube arrangement with a steering wheel attachment point for the attachment of a steering wheel , - a first inner profile and a second outer profile , - a two-stage drive with a drive motor and at least one first and one second drive means for the displacement of the first profile relative to the second profile , characterized in that the drive means are formed in the form of push rods. - a telescopic steering tube arrangement with a steering wheel attachment point for the attachment of a steering wheel , - a first inner profile and a second outer profile , - a two-stage drive with a drive motor and at least one first and one second drive means for the displacement of the first profile relative to the second profile ,
Conveying device for conveying goods, particularly for conveying goods in the form of a sheet, comprising at least one conveyor belt with an outer contact face against which the goods to be conveyed are placed during conveyance, and a main negative pressure holding area (A) adjacent to the conveyor belt , the main negative pressure holding area (A) being configured for holding or releasing the goods against or from said conveyor belt by negative pressure, the conveyor belt comprising at least one suction chamber on the contact face forming an additional negative pressure holding area (B), the suction chamber of the conveyor belt being in fluid communication with negative pressure holding means through at least one opening transversely going through the conveyor belt , characterised in that the suction chamber of the conveyor belt is a longitudinal channel that is open at its ends.
Transmission device for an electric drive of a motor vehicle, comprising a housing , comprising a first planetary gear set , which is arranged in the housing and which has a first sun gear , a first planet carrier and a first ring gear , comprising a second planetary gear set , which is arranged in the housing and which has a second sun gear , a second planet carrier and a second ring gear , which is or can be coupled to the first planet carrier for conjoint rotation therewith, comprising an input shaft , which can be driven by a rotor of an electric machine , and comprising an output shaft , by means of which at least one wheel of the motor vehicle can be driven, wherein the first planet carrier is permanently coupled to the output shaft for conjoint rotation therewith, wherein - the input shaft is permanently connected to the first sun gear for conjoint rotation therewith; and - the first ring gear is or can be coupled to the second sun gear for conjoint rotation therewith, wherein a third planetary gear set is arranged in the housing , which third planetary gear set comprises a third sun gear , a third planet carrier and a third ring gear , the third sun gear is permanently connected to the second sun gear for conjoint rotation therewith, characterised in that a third shifting element is provided, by means of which the third ring gear or the third planet carrier can be secured to the housing . - the input shaft is permanently connected to the first sun gear for conjoint rotation therewith; and - the first ring gear is or can be coupled to the second sun gear for conjoint rotation therewith,
A spinal stabilization system comprising: a first interlaminar member adapted to be positioned between a first vertebra and a second vertebra in a spinal column, the first interlaminar member including a U-shaped body having an elastic midsection , and two spaced apart end portions , and a pair of juxtaposed legs extending substantially parallel to one another from one of the respective ends in a direction generally outwardly away from the spinal column; a second interlaminar member adapted to be positioned between the second vertebra and a third vertebra positioned adjacent to and above the second vertebra in the spinal column; and a support structure operatively connectable to the first and second interlaminar members, the second vertebra and at least one vertebra positioned below the second vertebra in the spinal column, the support structure including a T-shaped frame member operatively connected to the first and second interlaminar members and extending generally downwardly therefrom in a direction substantially parallel to the direction of the spinal column, the T-shaped frame member including an elongate body having first and second end portions the first end portion being operatively connected to the first interlaminar member, and an elongate cross member having first and second end portions and a midpoint , the elongate cross member being operatively connected approximately at the midpoint to the second end portion of the elongate body . a first interlaminar member adapted to be positioned between a first vertebra and a second vertebra in a spinal column, the first interlaminar member including a U-shaped body having an elastic midsection , and two spaced apart end portions , and a pair of juxtaposed legs extending substantially parallel to one another from one of the respective ends in a direction generally outwardly away from the spinal column; a second interlaminar member adapted to be positioned between the second vertebra and a third vertebra positioned adjacent to and above the second vertebra in the spinal column; and a support structure operatively connectable to the first and second interlaminar members, the second vertebra and at least one vertebra positioned below the second vertebra in the spinal column, the support structure including a T-shaped frame member operatively connected to the first and second interlaminar members and extending generally downwardly therefrom in a direction substantially parallel to the direction of the spinal column, the T-shaped frame member including an elongate body having first and second end portions the first end portion being operatively connected to the first interlaminar member, and an elongate cross member having first and second end portions and a midpoint , the elongate cross member being operatively connected approximately at the midpoint to the second end portion of the elongate body .
Sensor device for an arrangement for detection and analysis of a wheel , which is moved along a line track , in particular along a rail track, of a vehicle with more than two sensors (D 1 , ... D k , D k+1 , D k+2 , D k+3 , ..., D n ) arranged in the longitudinal direction (x) of the line track , characterised in that the sensors (D 1 , ... D k , D k+1 , D k+2 , D k+3 , ..., D n ) are arranged in such a manner that, at a point in time (t), at least three (D k , D k+1 , D k+2 , D k+3 ) of the sensors are actively connected to the wheel at the same time, wherein each one of the at least three sensors (D k , D k+1 , D k+2 , D k+3 ) is embodied to emit a sensor signal (S k (t), S k+1 (t), S k+2 (t), S k+3 (t)) which depends upon the extent of its respective active connection to the wheel at the point in time (t). the sensors (D 1 , ... D k , D k+1 , D k+2 , D k+3 , ..., D n ) are arranged in such a manner that, at a point in time (t), at least three (D k , D k+1 , D k+2 , D k+3 ) of the sensors are actively connected to the wheel at the same time, wherein each one of the at least three sensors (D k , D k+1 , D k+2 , D k+3 ) is embodied to emit a sensor signal (S k (t), S k+1 (t), S k+2 (t), S k+3 (t)) which depends upon the extent of its respective active connection to the wheel at the point in time (t).
A blade icing state identification method for a wind generator set, characterized by comprising: setting (S310) a preset wind speed threshold and a preset rotating speed threshold, and setting (S310) the preset rotating speed threshold as a lower limit value of a maximum limited rotating speed (n_limit) of the wind generator set operating under a limited power condition; obtaining (S320) a current wind speed and a current rotating speed of the wind generator set, and comparing (S320) the current wind speed and the current rotating speed of the wind generator set with the preset wind speed threshold and the preset rotating speed threshold respectively; progressively increasing (S320) a blade icing possibility index when the current wind speed is greater than the preset wind speed threshold and the current rotating speed of the wind generator set is smaller than the preset rotating speed threshold, and otherwise, progressively decreasing (S320) the blade icing possibility index; and determining (S330) that blades are in an icing state when the blade icing possibility index is greater than a preset index, wherein the preset rotating speed threshold is greater than a minimum rotating speed (n_min) of the wind generator set and is smaller than an intermediate value between the minimum rotating speed (n_min) and a maximum rotating speed of the wind generator set. setting (S310) a preset wind speed threshold and a preset rotating speed threshold, and setting (S310) the preset rotating speed threshold as a lower limit value of a maximum limited rotating speed (n_limit) of the wind generator set operating under a limited power condition; obtaining (S320) a current wind speed and a current rotating speed of the wind generator set, and comparing (S320) the current wind speed and the current rotating speed of the wind generator set with the preset wind speed threshold and the preset rotating speed threshold respectively; progressively increasing (S320) a blade icing possibility index when the current wind speed is greater than the preset wind speed threshold and the current rotating speed of the wind generator set is smaller than the preset rotating speed threshold, and otherwise, progressively decreasing (S320) the blade icing possibility index; and determining (S330) that blades are in an icing state when the blade icing possibility index is greater than a preset index, wherein the preset rotating speed threshold is greater than a minimum rotating speed (n_min) of the wind generator set and is smaller than an intermediate value between the minimum rotating speed (n_min) and a maximum rotating speed of the wind generator set.
The use in 3-D printing of a fluoropolymer composition, wherein said fluoropolymer composition comprises a fluoropolymer having a low shear rate viscosity of less than 13,000 Pa-s according to ASTM D3835 at 232°C and 4 sec -1 , as measured by capillary rheomometry, and wherein said fluoropolymer has a high shear rate viscosity of 30 to 2000 Pa-s at 232°C and 100 sec -1 , as measured by capillary rheomometry.
A gasoline composition comprising: (a) a base gasoline without oxygen content in an amount in the range from about 60 to about 90 vol% based on the total gasoline composition; (b) a renewable gasoline component in an amount in the range from 1 to 15 vol% based on the total gasoline composition; and (c) iso-propanol in an amount in the range from 12 vol% to 14 vol% of the total composition based on the total gasoline composition; and wherein the gasoline composition as a whole has a RON of at least 95; and with the proviso that the components listed in (a), (b), and (c) taken together adds up to 100 vol%. (a) a base gasoline without oxygen content in an amount in the range from about 60 to about 90 vol% based on the total gasoline composition; (b) a renewable gasoline component in an amount in the range from 1 to 15 vol% based on the total gasoline composition; and (c) iso-propanol in an amount in the range from 12 vol% to 14 vol% of the total composition based on the total gasoline composition; and wherein the gasoline composition as a whole has a RON of at least 95; and with the proviso that the components listed in (a), (b), and (c) taken together adds up to 100 vol%.
A device for reducing vibrations in wind turbine blades at standstill comprising an elongate sleeve formed of a net-like material for fitting over the blades, characterised in that the sleeve is provided with at least one protruding structure extending along at least a part of the length of the sleeve having an undulating form.
Method for secure communication with a field measuring device of process technology, wherein the field measuring device comprises a sensor , an evaluation unit , a fieldbus interface for the transmission of measurement data detected and provided by the field measuring device to other bus devices and/or to a process control system , and a communication unit with a communication interface , wherein a web server is implemented on the communication unit , wherein the web server can be externally accessed by means of the communication interface , wherein upon contact by an external communication means with the web server via the communication interface , a first authenticity check of the external communication means is carried out by the field measuring device and a second authenticity check of the external communication means is carried out and, after successful completion of the first authenticity check and the second authenticity check , further communication of the external communication means with the web server is authorized by the field measuring device , wherein the first authenticity check and the second authenticity check are explicitly not captcha functionality for distinguishing between human and machine external communication means , and wherein data that is accessible or transmittable via the communication interface is not measurement data.
A laminate for preparing a wavelength converting member, which comprises a green sheet for forming the wavelength converting member, which comprises a glass matrix and an inorganic phosphor powder dispersed in the glass matrix; a green sheet for a confining layer A, which comprises a silica powder only as an inorganic oxide powder and is disposed on both sides of the green sheet for forming the wavelength converting member; and a green sheet for a confining layer B disposed on both sides of the green sheet for the confining layer A, which are not in contact with the green sheet for forming the wavelength converting member, wherein the glass matrix comprises 0.1 to 15% by mole of P 2 O 5 , 20 to 50% by mole of ZnO, 8 to 40% by mole of SiO 2 , and 10 to 30% by mole of B 2 O 3 , based on the total number of moles of the glass powder, wherein the glass matrix further comprises at least one alkaline earth metal oxide selected from the group consisting of BaO, SrO, and CaO in an amount of 1 to 30% by mole based on the total number of moles of the glass powder.
A sprinkler for achieving a high atomization effect under a low-pressure condition and for water-saving irrigation, comprising a threaded connecting pipe , a low-pressure fine atomizing nozzle , a small motor fan , a storage battery pack , a top slotted bracket, a bottom slotted bracket with a U-shaped slot , a screw rod , and adjustable screw nuts , wherein the low-pressure fine atomizing nozzle is connected to the threaded connecting pipe and atomization pressure is adjusted via a valve ; wherein the low-pressure fine atomizing nozzle is disposed at the outlet of the threaded connecting pipe to jet water flow; wherein the small rotor fan is disposed vertically opposite to the low-pressure fine atomizing nozzle ; wherein the bottom slotted bracket is connected with the top slotted bracket via the screw rod and the vertical distance between the two slotted brackets can be adjusted by turning the adjustable screw nut ; wherein the screw rod is disposed in parallel on one side of the threaded connecting pipe ; wherein the top end of the screw rod is connected to the threaded connecting pipe via the top slotted bracket; wherein the bottom slotted bracket is disposed at the bottom end of the screw rod ; wherein the small motor fan is disposed on the bottom slotted bracket and comprises a small motor and a m-blade propeller fan; wherein the small motor fan can move left and right in the U-shaped slot of the bottom slotted bracket to adjust the lateral distance from the low-pressure fine atomizing nozzle ; wherein the adjustable screw nut can be screwed up and down on the screw rod to adjust the axial distance between the small motor fan and the low-pressure fine atomizing nozzle ; and wherein the storage battery pack supplies power to the small motor fan .
A method of compensating for a movement of a device worn by a user, the method comprising: measuring, using a first sensor of the device , a motion of the user wearing the device ; measuring, using a second sensor of the device , a motion of the device ; determining a difference in the measured motion of the device with respect to the measured motion of the user; and compensating for the determined difference in the motion of the device with respect to the motion of the user. measuring, using a first sensor of the device , a motion of the user wearing the device ; measuring, using a second sensor of the device , a motion of the device ; determining a difference in the measured motion of the device with respect to the measured motion of the user; and compensating for the determined difference in the motion of the device with respect to the motion of the user.
A dry pharmaceutical composition comprising dry particles comprising - pharmaceutically active agent nanoparticles, - a binder, and - carrier particles consisting of a pharmaceutically acceptable carrier selected from the group consisting of microcrystalline cellulose, crystalline cellulose, cellulose, α-cellulose, cross-linked sodium carboxymethyl cellulose, cross-linked vinyl polyvinyl pyrrolidone, cross-linked carboxyvinyl polymer or its salts, cross-linked polyvinyl alcohol, cross-linked polyhydroxyethylmethacrylate, hydroxypropyl starch, carboxymethyl starch, cross-linked starch, amylase, amylopectin, pectin, gelatin, casein, gum Arabic, tragacanth gum, and glucomannan; wherein pharmaceutically active agent nanoparticles are bound to particles of the carrier - pharmaceutically active agent nanoparticles, - a binder, and - carrier particles consisting of a pharmaceutically acceptable carrier selected from the group consisting of microcrystalline cellulose, crystalline cellulose, cellulose, α-cellulose, cross-linked sodium carboxymethyl cellulose, cross-linked vinyl polyvinyl pyrrolidone, cross-linked carboxyvinyl polymer or its salts, cross-linked polyvinyl alcohol, cross-linked polyhydroxyethylmethacrylate, hydroxypropyl starch, carboxymethyl starch, cross-linked starch, amylase, amylopectin, pectin, gelatin, casein, gum Arabic, tragacanth gum, and glucomannan; wherein pharmaceutically active agent nanoparticles are bound to particles of the carrier
Glazing system comprising at least one object having at least one body to be glazed , wherein the body to be glazed incorporates a sealed chamber extending inside said body, the chamber having at least one inlet situated at a bottom of the chamber and at least one evacuation outlet situated at a top of the chamber, and wherein the system comprises a refrigeration device comprising a refrigeration circuit coupled to the inlet and the evacuation outlet , the refrigeration device being designed to circulate a refrigerated liquid between the inlet and the evacuation outlet, the system being characterised in that the chamber incorporates at least one dip-tube providing the evacuation outlet , the dip-tube being situated inside the chamber and communicating with the refrigeration circuit, such that the body to be glazed does not have an evacuation pipe running from an upper end of the object .