mhurhangee/patent-ind-claim-en huggingface dataset:
A linear actuator comprising: - a first part arranged to rotate along with a rotating part of a stepper motor , - a second part arranged to drive a movable valve element , and - a coupling interconnecting the first part and the second part to allow the second part to rotate along with the first part at the same angular velocity as the first part , the coupling defining a fit tolerance between the first part and the second part allowing the first part to rotate a predefined distance before engaging the second part and rotating the second part along with the first part , characterized in that the predefined distance corresponds to at least 0.15 full step and at most 2 full steps of the stepper motor, when the movable valve element is in a closed position. - a first part arranged to rotate along with a rotating part of a stepper motor , - a second part arranged to drive a movable valve element , and - a coupling interconnecting the first part and the second part to allow the second part to rotate along with the first part at the same angular velocity as the first part , the coupling defining a fit tolerance between the first part and the second part allowing the first part to rotate a predefined distance before engaging the second part and rotating the second part along with the first part , characterized in that the predefined distance corresponds to at least 0.15 full step and at most 2 full steps of the stepper motor, when the movable valve element is in a closed position.
Cooker comprising a chamber for receiving a food product (A) in grain form, in particular rice, having a propensity to swell in the presence of water, characterised in that it is provided with measuring means generating information relating to the swelling of the food product in the chamber during a soaking stage by absorption of water, particularly representative of the rate, ratio or force of swelling of the food product in the chamber.
A system for determining an estimated depth of water surrounding a wading vehicle having a front, the system comprising: a measurement apparatus to determine a measured depth of water, the measurement apparatus having at least one sensor located at a first position rearward of the front of the vehicle; and a processor coupled to the measurement apparatus and configured to generate, in dependence on at least the measured depth and a speed of the vehicle, an estimated water level, and an in-vehicle display system having a screen configured to display at least a side elevation display vehicle graphic , wherein the system is further configured to, in dependence upon the estimated water level, superimpose on said screen a water display level profile, generated by said processor, the water display level profile extending along a side length of the side elevation display vehicle graphic, and wherein said water display level profile comprises a plurality of display level profile sections, each display level profile section showing an estimated water level at a different longitudinal position relative to the vehicle . a measurement apparatus to determine a measured depth of water, the measurement apparatus having at least one sensor located at a first position rearward of the front of the vehicle; and a processor coupled to the measurement apparatus and configured to generate, in dependence on at least the measured depth and a speed of the vehicle, an estimated water level, and an in-vehicle display system having a screen configured to display at least a side elevation display vehicle graphic , wherein the system is further configured to, in dependence upon the estimated water level, superimpose on said screen a water display level profile, generated by said processor, the water display level profile extending along a side length of the side elevation display vehicle graphic, and wherein said water display level profile comprises a plurality of display level profile sections, each display level profile section showing an estimated water level at a different longitudinal position relative to the vehicle .
A magnetic bearing comprising: a rotor to be supported for rotation about an axis ; and a stator extending from a first end to a second end and comprising: a circumferential outer winding ; a circumferential inner winding ; a radial spacing between the inner winding and outer winding; and characterized by a plurality of laminate teeth ; and a plurality of radial windings respectively encircling a respective associated tooth of the plurality of teeth; and a plurality of magnetic flux paths respectively associated with the plurality of radial windings and passing: radially through the associated winding; axially through the radial spacing; radially from the radial spacing to the rotor; and axially along the rotor. a rotor to be supported for rotation about an axis ; and a stator extending from a first end to a second end and comprising: a circumferential outer winding ; a circumferential inner winding ; a radial spacing between the inner winding and outer winding; and characterized by a plurality of laminate teeth ; and a plurality of radial windings respectively encircling a respective associated tooth of the plurality of teeth; and a plurality of magnetic flux paths respectively associated with the plurality of radial windings and passing: radially through the associated winding; axially through the radial spacing; radially from the radial spacing to the rotor; and axially along the rotor. a circumferential outer winding ; a circumferential inner winding ; a radial spacing between the inner winding and outer winding; and characterized by a plurality of laminate teeth ; and a plurality of radial windings respectively encircling a respective associated tooth of the plurality of teeth; and a plurality of magnetic flux paths respectively associated with the plurality of radial windings and passing: radially through the associated winding; axially through the radial spacing; radially from the radial spacing to the rotor; and axially along the rotor. radially through the associated winding; axially through the radial spacing; radially from the radial spacing to the rotor; and axially along the rotor.
A pharmaceutical unit dosage form having from 600 mg to 1600 mg of sodium trans -(tetrachlorobis(1H-indazole)ruthenate (III)] and being substantially free of indazolium hydrochloride, wherein the molar ratio of sodium trans- [tetrachlorobis(1H-indazole)ruthenate (III)] to indazolium hydrochloride is at least 4 : 1, preferably at least 10 : 1 or greater, further preferably at least 20 : 1 or greater.
A bracket for a cooling module in a front end structure of a vehicle, the bracket comprising: forward crash-box connection means ; cooling module connection means ; and a rigid arm extending between the forward crash-box connection means at a forward side and the cooling module connection means at a rearward side; characterised in that the bracket further comprises: rear crash-box connection means ; and a break-away arm extending from the rearward side of the rigid arm to the rear crash-box connection means . forward crash-box connection means ; cooling module connection means ; and a rigid arm extending between the forward crash-box connection means at a forward side and the cooling module connection means at a rearward side; characterised in that the bracket further comprises: rear crash-box connection means ; and a break-away arm extending from the rearward side of the rigid arm to the rear crash-box connection means . rear crash-box connection means ; and a break-away arm extending from the rearward side of the rigid arm to the rear crash-box connection means .
A multi-junction detector device , comprising: at least one housing ; at least one mount system body configured to be positioned within the housing ; at least one beam dump region formed in the mount system body ; a first photodiode detector having a first wavelength responsivity range and positioned on the mount system body , the first photodiode detector is configured to absorb a portion of an incident optical signal within the first wavelength responsivity range and to reflect a portion of the incident optical signal within at least the second wavelength responsivity; and at least a second photodiode detector positioned on the mount system body in optical communication with the first photodiode detector , the second photodiode detector configured to absorb a portion of the optical signal reflected from said first photodiode detector within the second wavelength responsivity range and reflect at least a portion of the optical signal to the beam dump region , wherein the first wavelength responsivity range and the second wavelength responsivity range are different. at least one housing ; at least one mount system body configured to be positioned within the housing ; at least one beam dump region formed in the mount system body ; a first photodiode detector having a first wavelength responsivity range and positioned on the mount system body , the first photodiode detector is configured to absorb a portion of an incident optical signal within the first wavelength responsivity range and to reflect a portion of the incident optical signal within at least the second wavelength responsivity; and at least a second photodiode detector positioned on the mount system body in optical communication with the first photodiode detector , the second photodiode detector configured to absorb a portion of the optical signal reflected from said first photodiode detector within the second wavelength responsivity range and reflect at least a portion of the optical signal to the beam dump region , wherein the first wavelength responsivity range and the second wavelength responsivity range are different.
A handheld infrared imager, comprising a battery module; wherein the battery module comprises a cell and a battery cover ; a circumferential positioning hole or a circumferential positioning protrusion is provided at an end of the cell adjacent to the battery cover , a circumferential positioning protrusion or a circumferential positioning hole is correspondingly provided at a bottom of the battery cover , and the circumferential positioning protrusion and the circumferential positioning hole are engaged with each other to achieve relative circumferential positioning between the cell and the battery cover ; and a longitudinal positioning protrusion or a longitudinal positioning groove is provided on an outer peripheral sidewall of the cell , a longitudinal positioning groove or a longitudinal positioning protrusion is correspondingly provided on a sidewall of the battery cover , and the longitudinal positioning protrusion and the longitudinal positioning groove are engaged with each other to achieve relative longitudinal positioning between the cell and the battery cover .
A portable anchoring apparatus comprising: a first connecting arm ; a second connecting arm ; a first anchoring arm ; a second anchoring arm ; and a first and second cam locking system , each comprising: a rounded cam ; a pedal ; and a lever comprising a ball ; wherein the first rounded cam is integrated perpendicularly in the first anchoring arm and adapted to be axially connected to the first pedal via a first eccentric hole; wherein the second rounded cam is integrated perpendicularly in the second anchoring arm and adapted to be axially connected to the second pedal via a second eccentric hole; wherein, in each cam locking system , the lever is connected perpendicularly to the rounded cam through an elongated slot comprising a niche , wherein at least one of the connecting arms comprises a connecting means , wherein said first connecting arm and said second connecting arm are connected to each other by a ratchet mechanism which comprises an opening ratchet button ; wherein said first connecting arm and said first anchoring arm are connected to each other by an axial connector comprising an opening button ; and wherein said second connecting arm and said second anchoring arm are connected to each other by an axial connector comprising an opening button . a first connecting arm ; a second connecting arm ; a first anchoring arm ; a second anchoring arm ; and a first and second cam locking system , each comprising: a rounded cam ; a pedal ; and a lever comprising a ball ; wherein the first rounded cam is integrated perpendicularly in the first anchoring arm and adapted to be axially connected to the first pedal via a first eccentric hole; wherein the second rounded cam is integrated perpendicularly in the second anchoring arm and adapted to be axially connected to the second pedal via a second eccentric hole; wherein, in each cam locking system , the lever is connected perpendicularly to the rounded cam through an elongated slot comprising a niche , a rounded cam ; a pedal ; and a lever comprising a ball ; wherein the first rounded cam is integrated perpendicularly in the first anchoring arm and adapted to be axially connected to the first pedal via a first eccentric hole; wherein the second rounded cam is integrated perpendicularly in the second anchoring arm and adapted to be axially connected to the second pedal via a second eccentric hole; wherein, in each cam locking system , the lever is connected perpendicularly to the rounded cam through an elongated slot comprising a niche , wherein at least one of the connecting arms comprises a connecting means , wherein said first connecting arm and said second connecting arm are connected to each other by a ratchet mechanism which comprises an opening ratchet button ; wherein said first connecting arm and said first anchoring arm are connected to each other by an axial connector comprising an opening button ; and wherein said second connecting arm and said second anchoring arm are connected to each other by an axial connector comprising an opening button .
An electrode comprising a layer composite, comprising - a current collector, - a base layer in contact with said current collector, said base layer comprising a particulate electroactive material, and - a portion disposed on said base layer, wherein said portion comprises a functional material having a structure different from a structure of the particulate electroactive material in the base layer, said functional material being selected from the group consisting of electronically conducting materials and electroactive materials and mixtures thereof, wherein said portion disposed on said base layer consists of a first layer disposed on said base layer and a second layer disposed on said first layer, wherein said second layer has an external surface facing away from the base layer, wherein the surface roughness R z of said external surface of said portion is 5 μm or less, wherein the surface roughness R z is the mean peak to valley roughness calculated by imaging the surface with a non-contact 3D optical microscope, wherein said first layer and said second layer each comprise a functional material having a structure different from the structure of the particulate electroactive material in the base layer, wherein said functional material in said first layer is a particulate material having a mean maximum cross-sectional dimension which is 50 % or less of the mean maximum cross-sectional dimension of the particulate material in the base layer and wherein said functional material in said second layer is a particulate material having a mean maximum cross-sectional dimension which is 50 % or less of the mean maximum cross-sectional dimension of the particulate material in the first layer, wherein the mean maximum cross-sectional dimension determined through analysis of scanning electron microscope (SEM) images of the particles. - a current collector, - a base layer in contact with said current collector, said base layer comprising a particulate electroactive material, and - a portion disposed on said base layer, wherein said portion comprises a functional material having a structure different from a structure of the particulate electroactive material in the base layer, said functional material being selected from the group consisting of electronically conducting materials and electroactive materials and mixtures thereof,
A hood system for a garment having at least a neckline opening , the hood system comprising: an outer hood comprising: at least a first side portion and a second side portion , a top portion adjacent to the first and second side portions , the top portion having a front aspect and a back aspect , and a back portion extending from the back aspect of the top portion and extending from the first side portion to the second side portion , the back portion and the first and second side portions defining a base for the outer hood , characterized in that the base of the outer hood is arranged to be affixed to the neckline opening of the garment at a first location and unaffixed from the neckline opening of the garment at a second location; and a yoke structure positioned adjacent and internal to the outer hood , the yoke structure being arranged to be affixed to the neckline opening of the garment at the second location, wherein the yoke structure is affixed to the first and second side portions of the outer hood .
A head lamp for a vehicle, comprising: a lamp housing having a light source installed therein, the light source serving to emit light to a forward area of a vehicle; and a bezel installed on the lamp housing , spaced by a predetermined distance apart from the light source , and disposed in a shape to cover the light source ; characterized by a plurality of flip-dot units installed in the bezel , wherein each of the flip dot units comprises: a housing having an opening (S) formed on one side thereof and a space formed therein; and a flip disk rotatably installed in the housing so as to open or close the opening (S). a lamp housing having a light source installed therein, the light source serving to emit light to a forward area of a vehicle; and a bezel installed on the lamp housing , spaced by a predetermined distance apart from the light source , and disposed in a shape to cover the light source ; characterized by a plurality of flip-dot units installed in the bezel , wherein each of the flip dot units comprises: a housing having an opening (S) formed on one side thereof and a space formed therein; and a flip disk rotatably installed in the housing so as to open or close the opening (S). a housing having an opening (S) formed on one side thereof and a space formed therein; and a flip disk rotatably installed in the housing so as to open or close the opening (S).
A method of transmitting data comprising a plurality of data streams in a broadcasting system, the method comprising: allocating a plurality of data streams to a plurality of physical layer zones included in a data frame , each physical layer zone including data for transmission and having a specific physical layer configuration comprising a specific fast Fourier transformation, FFT, size of an orthogonal frequency division multiplexing, OFDM, modulation; allocating signaling information associated with the plurality of physical layer zones to at least one of the plurality of physical layer zones, the signaling information including a smallest FFT size and a largest FFT size used in the data frame; and transmitting the frame to which the signaling information is allocated.
A synthetic living tissue structure comprising an overlapping fiber of mammalian cells dispensed from a bioprinter within a solidified physiologically compatible biocompatible matrix capable of maintaining the structural integrity and shape fidelity of said fiber upon deposition, wherein said solidified biocompatible matrix is homogeneous in radial cross-section; and wherein said fiber is continuously bioprinted through at least two, three, four, five, six, seven, eight, nine, ten or more layers of said structure, and further wherein the overlapping layers of said fiber remain structurally discrete after bioprinting, and wherein said structure comprises a cylinder/tube, and wherein said fiber is substantially continuous through each layer of said cylinder, and wherein said mammalian cells are muscle cells and said structure comprises contractile function, and wherein said contractile functionality is determinable by a change in the diameter and/or circumference of said structure.
Drawer connecting device for connecting a drawer front to a drawer side part , wherein the drawer connecting device comprises a mounting component which can be attached to the drawer front , a front connector which can be attached to the drawer side part an inner housing and an outer housing , wherein the mounting component can be fixed to the front connector in order to establish a connected state of the drawer front to the drawer side part , wherein the inner housing has a guide element, wherein the front connector is mounted on the inner housing so as to be displaceable by means of the guide element, wherein the inner housing is mounted on the outer housing in a displaceable manner, such that the inner housing and the front connector are present so as to be displaceable together relative to the outer housing , wherein a direction of movement of the front connector relative to the inner housing is oriented transversely and/or perpendicularly with respect to a direction of movement of the inner housing relative to the outer housing , wherein the front connector has two or more connector plates , wherein the connector plates are arranged spaced apart from one another and are connected to one another by means of a connecting element , wherein the inner housing has two side parts which lie opposite one another and are arranged spaced apart from one another, wherein at least two guide elements are present, wherein a respective guide element connects the two side parts to one another, wherein the guide elements are configured on the inner housing so as to be spaced apart from one another, wherein each guide element has a longitudinal axis, wherein the front connector is mounted on the guide elements only linearly displaceably or only rectilinearly between the side parts along the longitudinal axes of the guide elements , wherein the drawer connecting device has a displacing element and an actuating arrangement, wherein the displacing element is arranged between the connector plates , such that the displacing element is displaceable relative to the connector plates in a direction transverse to a longitudinal extent of the longitudinal axis of a guide element and is retained in a positionally fixed manner relative to the connector plates in the longitudinal extent of the longitudinal axis of the guide element , wherein the actuating arrangement has an actuating element and an engaging element, wherein the engaging element is arranged on the displacing element , wherein the actuating element engages on the engaging element , such that a linear movement of the displacing element and of the connector plates along the longitudinal axes of the guide elements is realized by means of an adjustment of the actuating element .
Liquid dispensing device comprising a valve comprising: - a valvemember-forming portion for blocking and passing liquid out from the device , and - a fastener edge for permanently fastening the valve relative to a container , the fastener edge comprising a tubular fastener wall sandwiched between an inner tubular wall and an outer tubular wall , the inner tubular wall being carried by a housing mounted on the container , the housing covering the valve at least in part, the outer tubular wall being carried by a support mounted on the container , characterised in that the inner and outer tubular walls are arranged such that they exert radial compression on the fastener wall . - a valvemember-forming portion for blocking and passing liquid out from the device , and - a fastener edge for permanently fastening the valve relative to a container , the fastener edge comprising a tubular fastener wall sandwiched between an inner tubular wall and an outer tubular wall , the inner tubular wall being carried by a housing mounted on the container , the housing covering the valve at least in part, the outer tubular wall being carried by a support mounted on the container ,