mhurhangee/patent-ind-claim-en huggingface dataset:
Radial bending device for use in the manufacture of a component of an electric machine provided with coils and for bending in a radial direction wire ends of a wire end group which axially protrude from an annular housing of the component , the wire end group comprising at least three wire ends (20, 20a - 20d) arranged one after the other in a radial direction, the device comprising: a radially movable gripper designed for gripping at least one of the wire ends and for bending the at least one wire end in the radial direction, characterized in that the gripper has a first contact surface for at least one wire end , which first contact surface points in a first radial direction, and a second contact surface for at least one wire end , which second contact surface points in the opposite second radial direction, and in that an abutment element extending longitudinally or flatly with a first and a second side in the circumferential direction is provided for axial insertion between two radially adjacent wire ends of the wire end group in order to divide the wire end group into several parts , wherein in a first radial movement range of the gripper , the first side of the abutment element is formed as an abutment for the first contact surface in order to sandwich at least one wire end of first part of the wire end group located on the first side between the abutment element and the first contact surface and in a second radial movement range of the gripper , the second side of the abutment element is formed as an abutment for the second contact surface in order to sandwich at least one wire end of the second part of the wire end group located on the second side between the abutment element and the second contact surface . a radially movable gripper designed for gripping at least one of the wire ends and for bending the at least one wire end in the radial direction, characterized in that the gripper has a first contact surface for at least one wire end , which first contact surface points in a first radial direction, and a second contact surface for at least one wire end , which second contact surface points in the opposite second radial direction, and in that an abutment element extending longitudinally or flatly with a first and a second side in the circumferential direction is provided for axial insertion between two radially adjacent wire ends of the wire end group in order to divide the wire end group into several parts , wherein in a first radial movement range of the gripper , the first side of the abutment element is formed as an abutment for the first contact surface in order to sandwich at least one wire end of first part of the wire end group located on the first side between the abutment element and the first contact surface and in a second radial movement range of the gripper , the second side of the abutment element is formed as an abutment for the second contact surface in order to sandwich at least one wire end of the second part of the wire end group located on the second side between the abutment element and the second contact surface .
A robotic arm control system, comprising: a robotic arm configured to deploy one or more tools in an operating space ; one or more sensors ; and a control system ; characterized by the control system being operably configured to: scan the operating space with the one or more sensors to identify one or more surfaces defining the operating space ; combine data received from the one or more sensors ; use the combined data to generate a three-dimensional map of the operating space based at least in part on the one or more surfaces defining the operating space ; establish an impermeable virtual barrier offset from one or more surfaces in the operating space ; and establish a permeable virtual barrier offset from the impermeable virtual barrier . a robotic arm configured to deploy one or more tools in an operating space ; one or more sensors ; and a control system ; characterized by the control system being operably configured to: scan the operating space with the one or more sensors to identify one or more surfaces defining the operating space ; combine data received from the one or more sensors ; use the combined data to generate a three-dimensional map of the operating space based at least in part on the one or more surfaces defining the operating space ; establish an impermeable virtual barrier offset from one or more surfaces in the operating space ; and establish a permeable virtual barrier offset from the impermeable virtual barrier . scan the operating space with the one or more sensors to identify one or more surfaces defining the operating space ; combine data received from the one or more sensors ; use the combined data to generate a three-dimensional map of the operating space based at least in part on the one or more surfaces defining the operating space ; establish an impermeable virtual barrier offset from one or more surfaces in the operating space ; and establish a permeable virtual barrier offset from the impermeable virtual barrier .
A system for creating micro-channels through superficial corneal epithelium for at least one purpose selected from: facilitating crosslinking corneal collagen , increasing delivery of a drug or therapeutic substance, treating of infection; tacking down of the corneal epithelium to the cornea; killing cells, bacteria, tumors or neovascular vessels growing into the cornea; inducing wound healing in the cornea and treating epithelial dystrophy, wherein said system comprises: (a) a femtosecond laser generating device configured to generate a pulsed laser having a pulse energy range of 1 to 20 microjoules (μJ) and a capability of generating a laser beam having a wavelength of 700-1100 nanometers (nm) and a repetition rate of 1 kilohertz to 1 megahertz, (b) a laser delivery system comprising a beam expander, a scanning lens having a numerical aperture (NA) of 0.05 to 0.5 and a focusing objective, and (c) control software that controls the delivery system such that the laser beam is scanned in a pattern; wherein the laser wavelength, pulse energy, repetition rate and numerical aperture are selected such that each laser pulse will form a defined micro-channel of 1-10 microns in diameter and 5-100 microns in length in the corneal epithelium. (a) a femtosecond laser generating device configured to generate a pulsed laser having a pulse energy range of 1 to 20 microjoules (μJ) and a capability of generating a laser beam having a wavelength of 700-1100 nanometers (nm) and a repetition rate of 1 kilohertz to 1 megahertz, (b) a laser delivery system comprising a beam expander, a scanning lens having a numerical aperture (NA) of 0.05 to 0.5 and a focusing objective, and (c) control software that controls the delivery system such that the laser beam is scanned in a pattern;
A method of coating a paper substrate using a multi-slot curtain coater, wherein a water-based composition comprising a polymer is fed through a first slot and a water-based composition comprising silicone is fed through a second slot to form a curtain of at least two layers that coats the paper with a support layer and a silicone layer on top of the support layer and wherein: - the flow rate (l/min*m) is at least five times higher for the polymer composition than for the silicone composition; - the flow rate of the curtain is at least 6.0 l/min*m, such as 6.0-50 l/min*m, such as 6.0-15 l/min ∗ m; - the coating speed is 500-2000 m/min, such as 500-1500 m/min; - the viscosity is higher for polymer composition than for the silicone composition, wherein the viscosity is measured according to ISO 3219:1993 at 25 °C using a shear rate of 25 s -1 ; - the solids content of the polymer composition is 8.0-40 % and the solids content of the silicone composition is 8.0-40 %; and - the solids content of the polymer composition is higher than or equal to the solids content of the silicone composition. - the flow rate (l/min*m) is at least five times higher for the polymer composition than for the silicone composition; - the flow rate of the curtain is at least 6.0 l/min*m, such as 6.0-50 l/min*m, such as 6.0-15 l/min ∗ m; - the coating speed is 500-2000 m/min, such as 500-1500 m/min; - the viscosity is higher for polymer composition than for the silicone composition, wherein the viscosity is measured according to ISO 3219:1993 at 25 °C using a shear rate of 25 s -1 ; - the solids content of the polymer composition is 8.0-40 % and the solids content of the silicone composition is 8.0-40 %; and - the solids content of the polymer composition is higher than or equal to the solids content of the silicone composition.
A control method, applied to a motor controller of a power system, wherein the power system further comprises a power battery comprising a battery module with power cells, a motor , a vehicle control unit (VCU), and an inverter , wherein the method comprises: randomly generating a plurality of set frequencies (f1,f2,f3,..fn), and determining a duration (t11,t12,t13,..t1n) of each of the plurality of set frequencies according to each of the plurality of set frequencies; determining a reference value sequence of a d-axis voltage or current component of the motor according to the plurality of set frequencies and the duration of each of the plurality of set frequencies, and setting a reference value sequence of a q-axis voltage or current component of the motor as a null sequence; and generating a first control signal according to the reference value sequence of the d-axis component, the reference value sequence of the q-axis component, and motor parameters of the motor ; and sending the first control signal to the inverter when the vehicle control unit (VCU) detects that a cell temperature of the power battery satisfies a preset heating condition for the power battery ; wherein the first control signal is configured to control the inverter to convert a current provided by the power battery into an alternating current with a frequency changing randomly, and the alternating current with the frequency changing randomly is configured to supply power to the motor . randomly generating a plurality of set frequencies (f1,f2,f3,..fn), and determining a duration (t11,t12,t13,..t1n) of each of the plurality of set frequencies according to each of the plurality of set frequencies; determining a reference value sequence of a d-axis voltage or current component of the motor according to the plurality of set frequencies and the duration of each of the plurality of set frequencies, and setting a reference value sequence of a q-axis voltage or current component of the motor as a null sequence; and generating a first control signal according to the reference value sequence of the d-axis component, the reference value sequence of the q-axis component, and motor parameters of the motor ; and sending the first control signal to the inverter when the vehicle control unit (VCU) detects that a cell temperature of the power battery satisfies a preset heating condition for the power battery ; wherein the first control signal is configured to control the inverter to convert a current provided by the power battery into an alternating current with a frequency changing randomly, and the alternating current with the frequency changing randomly is configured to supply power to the motor .
Pre-pinning nest for forming a ring from a plurality of U-shaped electrically conductive hairpins in order to be able to subsequently install the ring in a machine element of an electrical machine, comprising: a receiving element having a plurality of grooves for receiving the legs of the U-shaped hairpins , wherein the grooves are arranged annularly around a center Z and extend perpendicularly to the plane of the receiving member characterized in that the grooves are designed in their size and geometry in such a way that in each case a first leg of a hairpin is rotatable within the groove , thereby enabling a constraint-free position of the second leg of the hairpin in another groove . a receiving element having a plurality of grooves for receiving the legs of the U-shaped hairpins , wherein the grooves are arranged annularly around a center Z and extend perpendicularly to the plane of the receiving member characterized in that the grooves are designed in their size and geometry in such a way that in each case a first leg of a hairpin is rotatable within the groove , thereby enabling a constraint-free position of the second leg of the hairpin in another groove .
A transducer comprising: at least two electrodes ; a barrier layer ; an active sensing layer having a thickness of less than about 1000 nm in contact with said at least two electrodes , wherein said active sensing layer comprises a material selected from the group consisting of carbon nanotubes, carbon nanotube fabrics, amorphous carbon films, graphite, graphene, pyrolytic carbon, carbon fibers, carbon black, silicon, fullerenes carbon soot, and composites and mixtures of the foregoing; and a dielectric layer between said active sensing layer and said barrier layer and having first and second sides , said at least two electrodes both being adjacent said dielectric layer second side , said transducer being a resistive transducer, characterised in that the barrier layer has a thickness of about 50 nm to about 50 μm. at least two electrodes ; a barrier layer ; an active sensing layer having a thickness of less than about 1000 nm in contact with said at least two electrodes , wherein said active sensing layer comprises a material selected from the group consisting of carbon nanotubes, carbon nanotube fabrics, amorphous carbon films, graphite, graphene, pyrolytic carbon, carbon fibers, carbon black, silicon, fullerenes carbon soot, and composites and mixtures of the foregoing; and a dielectric layer between said active sensing layer and said barrier layer and having first and second sides , said at least two electrodes both being adjacent said dielectric layer second side , said transducer being a resistive transducer, characterised in that the barrier layer has a thickness of about 50 nm to about 50 μm.
An air conditioner comprising: a main body comprising an outlet panel disposed on a front side of the main body ; a pair of main outlets provided in the main body , wherein the outlet panel is disposed between the pair of main outlets of the main body ; a plurality of fine outlets provided in the outlet panel , the fine outlets having smaller sizes than the main outlets , configured to discharge air at a very low speed compared to a speed of air discharged at the main outlets ; a pair of blowing fans disposed in the main body and respectively corresponding to the pair of main outlets ; wherein the main body further comprises a first flow path configured to guide air discharged from the blowing fan to the main outlets , and a second flow path configured to guide the air discharged from the blowing fan to the fine outlets , and a pair of discharge guides for opening and closing the pair of main outlets and configured to guide air discharged from the blowing fans to one of the main outlets and the fine outlets , wherein the discharge guides are configured to move to selectively open one of the first flow path and the second flow path while closing the other one. a main body comprising an outlet panel disposed on a front side of the main body ; a pair of main outlets provided in the main body , wherein the outlet panel is disposed between the pair of main outlets of the main body ; a plurality of fine outlets provided in the outlet panel , the fine outlets having smaller sizes than the main outlets , configured to discharge air at a very low speed compared to a speed of air discharged at the main outlets ; a pair of blowing fans disposed in the main body and respectively corresponding to the pair of main outlets ; wherein the main body further comprises a first flow path configured to guide air discharged from the blowing fan to the main outlets , and a second flow path configured to guide the air discharged from the blowing fan to the fine outlets , and a pair of discharge guides for opening and closing the pair of main outlets and configured to guide air discharged from the blowing fans to one of the main outlets and the fine outlets , wherein the discharge guides are configured to move to selectively open one of the first flow path and the second flow path while closing the other one.
A semiconductor component comprising a semiconductor layer sequence composed of a nitridic compound semiconductor material on a substrate , wherein the substrate has a silicon surface facing the semiconductor layer sequence , wherein the semiconductor layer sequence has an active region and at least one intermediate layer composed of an oxygen-doped AlN compound semiconductor material between the substrate and the active region and wherein the at least one intermediate layer is a transition layer or part of a transition layer between the active region and a nucleation layer or the at least one intermediate layer is arranged between the transition layer and the active region , characterized in that the oxygen content of the intermediate layer is greater than or equal to 1% and less than or equal to 5%.
Use of a food composition comprising galacto-oligosaccharides (GOS) and collagen tripeptide (CTP) for relieving skin wrinkles, wherein the galacto-oligosaccharides and the collagen tripeptide (CTP) are present at a weight ratio of 1:3.
A method for preparing an NdFeB permanent magnet with high coercivity and high resistivity, comprising the steps of: Step S1, preparing a flaky NdFeB magnet blank; Step S2, treating the NdFeB magnet blank by using surface cleaning process, so as to obtain a clean NdFeB magnet blank; Step S3, coating a layer of slurry on a surface of the clean NdFeB magnet blank to obtain a coated NdFeB magnet blank, wherein the slurry comprises heavy rare earth powder, compound powder and organic solvent, the compound powder comprises carbide powder and/or oxide powder; Step S4, stacking a plurality of sheets of coated NdFeB magnet blanks on top of each other to obtain a stack of NdFeB magnet blanks; and Step S5, performing three-stage thermal diffusion treatment on the stack of NdFeB magnet blanks to obtain the NdFeB permanent magnet with high coercivity and high resistivity. Step S1, preparing a flaky NdFeB magnet blank; Step S2, treating the NdFeB magnet blank by using surface cleaning process, so as to obtain a clean NdFeB magnet blank; Step S3, coating a layer of slurry on a surface of the clean NdFeB magnet blank to obtain a coated NdFeB magnet blank, wherein the slurry comprises heavy rare earth powder, compound powder and organic solvent, the compound powder comprises carbide powder and/or oxide powder; Step S4, stacking a plurality of sheets of coated NdFeB magnet blanks on top of each other to obtain a stack of NdFeB magnet blanks; and Step S5, performing three-stage thermal diffusion treatment on the stack of NdFeB magnet blanks to obtain the NdFeB permanent magnet with high coercivity and high resistivity.
Device for securing a railway apparatus , comprising a support platform of the railway apparatus and at least one mechanism which is intended for securing the railway apparatus on the support platform and is capable of moving from a locked position to an unlocked position and vice versa, the securing mechanism comprising: - at least one guide rail extending in a longitudinal direction (L); - at least one member for fixing the railway apparatus to the support platform , capable of moving along the guide rail ; and characterized in that the securing mechanism further includes: - an upper beam supporting the guide rail ; and - a lower beam connected to the support platform , the upper beam and the lower beam being connected via at least one connecting member that is configured such that the upper beam is movable relative to the lower beam in a direction perpendicular (N) to the longitudinal direction (L) of the guide rail , the perpendicular direction (N) also being normal to the loading plane (P) defined by the free surface of the support platform , and in that the securing mechanism includes means for locking said at least one connecting member , said means being configured to prevent movement of the upper beam relative to the lower beam . - at least one guide rail extending in a longitudinal direction (L); - at least one member for fixing the railway apparatus to the support platform , capable of moving along the guide rail ; and - an upper beam supporting the guide rail ; and - a lower beam connected to the support platform ,
A non-freezing meat fresh-preservation control method, characterized in comprising the steps: S1) acquiring a current temperature of meat food in a compartment of a refrigerator in real time; followed by S2) judging whether the current temperature of the meat food is greater than or equal to a first temperature threshold t 0 , and if yes, performing step S3); S3) controlling the compartment to perform a cooling operation; followed by S4) judging whether the meat food is frozen during the cooling operation, and if yes, performing step S5; S5) controlling the compartment to perform a heating operation; wherein after the performance of the step S5 is completed, the performance of the step S1 is continued. S1) acquiring a current temperature of meat food in a compartment of a refrigerator in real time; followed by S2) judging whether the current temperature of the meat food is greater than or equal to a first temperature threshold t 0 , and if yes, performing step S3); S3) controlling the compartment to perform a cooling operation; followed by S4) judging whether the meat food is frozen during the cooling operation, and if yes, performing step S5; S5) controlling the compartment to perform a heating operation;
A telecommunication system for providing a facility for communicating internet packet data with a mobile communications user equipment , the internet packet data carrying payload data including a plurality of different data types, the system including a packet radio network comprising a gateway support node operable to provide an interface for communicating the data packets between the user equipment and a packet data telecommunications network via the packet radio network and a service support node operable to communicate the data packets between the gateway support node and the mobile user equipment using a radio network controller , the radio network controller being operable to provide a radio access bearer for communicating the data packets with the user equipment , whereby at least one of the gateway support node and the user equipment are operable to parse the payload data in each data packet to determine a number of the plurality of different data types and a number of data symbols in each of the different data types, to generate a radio access bearer sub-flow indicator providing an indication of the number of different types of data in the payload and the number of symbols in each different data type, to form a transport frame for each internet data packet by generating a service data unit from the payload data and an internet protocol header of the internet data packet, and combining the service data unit with the sub-flow indicator, the payload data including the plurality of different data types , the transport frame being used to communicate each internet data packet including the plurality of different data types between the gateway support node and the radio network controller via the service support node , and the internet data packets are communicated between the radio network controller and the user equipment by detecting the sub-flow indicator, and in accordance with the sub-flow indicator arranging for the data from each of the different data fields to be communicated via a different radio access bearer providing different quality of service parameters appropriate for the different data type.