mhurhangee/ep-ind-claims huggingface dataset:
An integrated circuit for an imaging device, said integrated circuit comprising: an array of photo-sensitive areas forming pixels; a first multi-layer structure and a second multi-layer structure, wherein the first structure is arranged over a first photo-sensitive area of the array and the second structure is arranged over a second photo-sensitive area of the array; wherein the first and the second multi-layer structure (14; 22) each have a bottom reflective structure (16; 24), a top reflective structure (20; 28) and a spacer layer (18; 26) arranged between the bottom (16; 24) and top reflective structures (20; 28), the spacer layer (18; 26) having a thickness which is adapted so that the first and second multi-layer structures, respectively, selectively transmit a narrow range of wavelengths of electro-magnetic radiation, wherein at least one of the bottom (16; 24) and top reflective structures (20; 28) comprise a stack of alternating layers (16a-b; 24a-b) of a first and a second material for forming a reflective structure, wherein the first and second multi-layer structures, respectively, form Fabry-Perot filters; and wherein the stack of the first multi-layer structure and the stack of the second multi-layer structure comprise the same first and second materials; and characterized in that individual layers of the second material in the stack of the first multi-layer structure are of a different thickness than individual layers of the second material in the stack of the second multi-layer structure. an array of photo-sensitive areas forming pixels; a first multi-layer structure and a second multi-layer structure, wherein the first structure is arranged over a first photo-sensitive area of the array and the second structure is arranged over a second photo-sensitive area of the array; wherein the first and the second multi-layer structure (14; 22) each have a bottom reflective structure (16; 24), a top reflective structure (20; 28) and a spacer layer (18; 26) arranged between the bottom (16; 24) and top reflective structures (20; 28), the spacer layer (18; 26) having a thickness which is adapted so that the first and second multi-layer structures, respectively, selectively transmit a narrow range of wavelengths of electro-magnetic radiation, wherein at least one of the bottom (16; 24) and top reflective structures (20; 28) comprise a stack of alternating layers (16a-b; 24a-b) of a first and a second material for forming a reflective structure, wherein the first and second multi-layer structures, respectively, form Fabry-Perot filters; and wherein the stack of the first multi-layer structure and the stack of the second multi-layer structure comprise the same first and second materials; and characterized in that individual layers of the second material in the stack of the first multi-layer structure are of a different thickness than individual layers of the second material in the stack of the second multi-layer structure.
A rotary shaft for an item of seating furniture, comprising a rotary spindle rotatably guided in a rotary sleeve, wherein the rotary spindle comprises a radial groove into which a bolt radially protrudes from the rotary sleeve, wherein the groove is formed to be not completely circumferential and is provided with cushioning stops at end sides (7A, 7B) of the groove.
An electro hydrostatic actuator for use in retraction and extension of a landing gear of an airplane, including: A cylinder type actuator main body; a piston having a piston rod, the piston slidingly moving in a cylinder of the actuator main body; a motor; a pump for supplying a fluid according to rotation of the motor; a reservoir for adjusting a supplying amount of the fluid corresponding to a volume difference generated according to the motion of the piston; said electro hydrostatic actuator characterized in that it further includes: a snubbing mechanism for adjusting a running amount of the fluid from the cylinder so that, when the piston comes close to a cylinder bottom or a gland nut, a running amount of fluid from the cylinder is decreased by narrowing down a fluid path; and a control means for calculating load torque imposed on the motor from an electric current value and the revolutions per minute of the motor, and controlling the revolutions per minute of the motor according to the calculated load torque imposed on the motor, wherein the control means controls the rotation of the motor so that when the load torque of the motor exceeds a predetermined value, the revolutions per minute of the motor are maintained to be lower until the piston comes close to a cylinder bottom or a gland nut. A cylinder type actuator main body; a piston having a piston rod, the piston slidingly moving in a cylinder of the actuator main body; a motor; a pump for supplying a fluid according to rotation of the motor; a reservoir for adjusting a supplying amount of the fluid corresponding to a volume difference generated according to the motion of the piston; said electro hydrostatic actuator characterized in that it further includes: a snubbing mechanism for adjusting a running amount of the fluid from the cylinder so that, when the piston comes close to a cylinder bottom or a gland nut, a running amount of fluid from the cylinder is decreased by narrowing down a fluid path; and a snubbing mechanism for adjusting a running amount of the fluid from the cylinder so that, when the piston comes close to a cylinder bottom or a gland nut, a running amount of fluid from the cylinder is decreased by narrowing down a fluid path; and a control means for calculating load torque imposed on the motor from an electric current value and the revolutions per minute of the motor, and controlling the revolutions per minute of the motor according to the calculated load torque imposed on the motor, wherein the control means controls the rotation of the motor so that when the load torque of the motor exceeds a predetermined value, the revolutions per minute of the motor are maintained to be lower until the piston comes close to a cylinder bottom or a gland nut.
A method of preparation of a soluble formulation of water-insoluble pentacyclic and tetracyclic triterpenoids, characterized in that the water-insoluble triterpenoid having a free hydroxy functional group is derivatized on this functional group with a substituent selected from the group comprising a) substituents of general formula X a bound to the hydroxy group of the terpenoid, wherein X a is -OC-R-COOH, wherein R is linear or branched C 1 to C 8 alkylene, linear or branched C 3 to C 8 oxaalkylene, linear or branched C 1 to C 8 alkenylene, C 6 cycloalkylene, C 6 cycloalkenylene, C 6 arylene unsubstituted or substituted with halogen, hydroxyl or amino group: b) glycosylic substituents X e bound by α or β glycosidic bond to the hydroxy group of the terpenoid, wherein X e is selected from the group comprising glucosyl, galactosyl, arabinosyl, rhamnosyl, lactosyl, cellobiosyl, maltosyl and the 2-deoxyanalogues thereof: and subsequently, the prepared derivative is dissolved in a solution containing water, a native or substituted γ-cyclodextrin and optionally pharmaceutically acceptable auxiliary substances, forming an inclusion derivative with the γ-cyclodextrin. a) substituents of general formula X a bound to the hydroxy group of the terpenoid, wherein X a is -OC-R-COOH, wherein R is linear or branched C 1 to C 8 alkylene, linear or branched C 3 to C 8 oxaalkylene, linear or branched C 1 to C 8 alkenylene, C 6 cycloalkylene, C 6 cycloalkenylene, C 6 arylene unsubstituted or substituted with halogen, hydroxyl or amino group: b) glycosylic substituents X e bound by α or β glycosidic bond to the hydroxy group of the terpenoid, wherein X e is selected from the group comprising glucosyl, galactosyl, arabinosyl, rhamnosyl, lactosyl, cellobiosyl, maltosyl and the 2-deoxyanalogues thereof:
A method of producing middle car prosthesis involving formation of a profile made of polymer material by using injection technology, where a thermoplastic polymer granulate after process of drying at a temperature from 60 to 150°C for a duration of 2 to 8 hours is plasticized and injected at a temperature from 180 to 400°C to a mould preheated to a temperature from 60 to 150°C, while at the final stage the profile itself is subjected to hermetic vacuum coating with a film as well as low temperature plasma sterilization with a hydrogen peroxide vapour, wherein the polymer granulate before the processes of drying and uploading to the injection mould machine is subjected to an additional treatment, where the previously dried thermoplastic polymer granulate is modified by addition into whole volume the bactericidal additive in amount of 0.1 up to 3 wt. % of the total weight, and further the mixture is subjected to homogenisation, plastification, continuous extrusion, chilling, and finally, mechanical grinding.
A method of correcting source location comprising: assigning a source location to an image; determining, from the image, a skyline of a building included in the image; extracting a three-dimensional 3D building model corresponding to the skyline from a 3D scan; projecting a plurality of skylines from the 3D building model onto the skyline determined from the image each of the plurality of projected skylines being associated with a different camera projection location; comparing the skyline of the building included in the image to each of the plurality of projected skylines of the building; determining, for each of the plurality of projected skylines of the building, a displacement value between the skyline of the building included in the image and the projected skyline of the building based on the comparison, wherein the displacement value is a sum of absolute distances in two dimensions in image coordinates of the skyline of the building included in the image and the projected skyline of the building; identifying a match between the skyline of the building included in the image and one of the plurality of projected skylines of the building based on the displacement values; and correcting the source locations of an entire track of a run of images comprising a plurality of source locations based on the camera projection location associated with the identified match. assigning a source location to an image; determining, from the image, a skyline of a building included in the image; extracting a three-dimensional 3D building model corresponding to the skyline from a 3D scan; projecting a plurality of skylines from the 3D building model onto the skyline determined from the image each of the plurality of projected skylines being associated with a different camera projection location; comparing the skyline of the building included in the image to each of the plurality of projected skylines of the building; determining, for each of the plurality of projected skylines of the building, a displacement value between the skyline of the building included in the image and the projected skyline of the building based on the comparison, wherein the displacement value is a sum of absolute distances in two dimensions in image coordinates of the skyline of the building included in the image and the projected skyline of the building; identifying a match between the skyline of the building included in the image and one of the plurality of projected skylines of the building based on the displacement values; and correcting the source locations of an entire track of a run of images comprising a plurality of source locations based on the camera projection location associated with the identified match.
A method for coordinating selection of radio resources between devices capable of direct communication, which are likely to interfere, to avoid a first device selecting a second radio resource that collides with a first radio resource used by a second device; the method comprising: transmitting, by the first device to the second device, a request to receive information of a first radio resource, wherein the first radio resource is selected by the second device, and the first radio resource is used by the second device for a first direct communication; receiving, at the first device in a reply from the second device, information of the first radio resource selected and used by the second device for the first direct communication; and in response to receiving the information of the first radio resource, selecting at the first device a second radio resource for a second direct communication, the second radio resource selected by the first device being different from the first radio resource for avoiding the first radio resource selected by the second device; wherein the first direct communication and the second direct communication are device-to-device communication. transmitting, by the first device to the second device, a request to receive information of a first radio resource, wherein the first radio resource is selected by the second device, and the first radio resource is used by the second device for a first direct communication; receiving, at the first device in a reply from the second device, information of the first radio resource selected and used by the second device for the first direct communication; and in response to receiving the information of the first radio resource, selecting at the first device a second radio resource for a second direct communication, the second radio resource selected by the first device being different from the first radio resource for avoiding the first radio resource selected by the second device; wherein the first direct communication and the second direct communication are device-to-device communication.
A method for measuring the electric power propagating in a conductor by using a flip-flop, which is adapted to move relative to an axle and which has electrodes (150a, 152a, 154a, 156a) on opposite surfaces (110a, 110b) of the flip-flop, each of said electrodes of the flip-flop being adapted to make up part of a capacitive element (C1, C2, C3, C4), characterized in that said method comprising providing a first element and a second element being on the opposite surfaces of the flip-flop or on both sides of its axle with voltage signals (U U +U I, U U -U I) having an effect on the flip-flop's position and being dependent on the electric power to be measured, wherein the voltage signals arriving at the first and second elements are generated by means of a voltage signal (U U) proportional to the voltage to be measured from the conductor and by means of a voltage signal (U I) proportional to the current to be measured from the conductor, observing (330, 340), by means of a measuring element, a change in the flip-flop's position caused by a change in the voltage signals, and balancing the flip-flop by changing, on the basis of the change in the flip-flop's position, a voltage signal (U C4), which is to be delivered to a balancing element and which is proportional to the electric power to be measured.
An in-vehicle apparatus comprising: a first pulse generating unit configured to generate a first pulse in accordance with a predetermined equipment before a data stream transmitted from the equipment is received, wherein the predetermined equipment is a head unit and the data stream includes audio data; a second pulse generating unit configured to generate a second pulse based on the received data stream; an output unit configured to output a warning sound based on the first pulse or the second pulse; and a switching unit configured to output the first pulse to the output unit before the data stream is received, and output the second pulse to the output unit as of when the first pulse and the second pulse coincide in time. a first pulse generating unit configured to generate a first pulse in accordance with a predetermined equipment before a data stream transmitted from the equipment is received, wherein the predetermined equipment is a head unit and the data stream includes audio data; a second pulse generating unit configured to generate a second pulse based on the received data stream; an output unit configured to output a warning sound based on the first pulse or the second pulse; and a switching unit configured to output the first pulse to the output unit before the data stream is received, and output the second pulse to the output unit as of when the first pulse and the second pulse coincide in time.
An agricultural rake comprising a frame, ground engaging wheels for supporting the frame on the ground, and at least two rotors (20L, 20R) each of which is driven in rotation about a respective vertical rotor axis and mounted to the frame by a folding linkage that permits folding movement of each rotor between a working position and a raised position around a longitudinal axis; each rotor (20L, 20R) comprising a hub, a plurality of tine arms extending substantially radially from the hub and having crop engaging tines attached to the radially outermost ends thereof, and a rotor running gear comprising at least one ground engaging guide wheel mounted inwardly of the tines below the hub to a height adjustment mechanism; characterised in that the rake further comprises a control system coupled with each height adjustment mechanism and arranged to automatically retract each ground engaging guide wheel towards its respective hub when the respective rotor (20L, 20R) is moved to the raised position.
A method for enantioselective production of equol from daidzein, comprising the steps: (a) selectively reducing the daidzein, which may have protective groups covalently attached to the hydroxy groups, such that the 4-keto group of the daidzein is converted into a 4-hydroxy group, and the 2,3-double bond of the daidzein is converted to a 2,3-single bond, thereby obtaining a 4-hydroxy intermediate, and (b) reacting the 4-hydroxy intermediate with a chiral reagent, such that a chiral group is covalently attached to the C4-position of the 4-hydroxy intermediate, thereby obtaining a chiral intermediate, and (c) reacting the chiral intermediate with an amine reagent, such that an amine group is covalently attached to the C4-position, whereas the chiral group is removed from the C4-position, thereby obtaining an amine intermediate. (a) selectively reducing the daidzein, which may have protective groups covalently attached to the hydroxy groups, such that the 4-keto group of the daidzein is converted into a 4-hydroxy group, and the 2,3-double bond of the daidzein is converted to a 2,3-single bond, thereby obtaining a 4-hydroxy intermediate, and (b) reacting the 4-hydroxy intermediate with a chiral reagent, such that a chiral group is covalently attached to the C4-position of the 4-hydroxy intermediate, thereby obtaining a chiral intermediate, and (c) reacting the chiral intermediate with an amine reagent, such that an amine group is covalently attached to the C4-position, whereas the chiral group is removed from the C4-position, thereby obtaining an amine intermediate.
A clamp device for mounting equipment to a support structure, the clamp device comprising: a base having opposing front and back sides (140, 145), opposing top and bottom ends (120,125), and opposing first and second lateral sides (130,135), the base comprising: a first trough formed in the front side of the base; and a first coupling element located on the first lateral side and a second coupling element located on the second lateral side of the base, wherein each of the first and second coupling elements extend from near the top end of the base towards the bottom end of the base at an angle relative to the first trough; characterised by the base further comprising a second trough formed in the back side of the base. a first trough formed in the front side of the base; and a first coupling element located on the first lateral side and a second coupling element located on the second lateral side of the base, wherein each of the first and second coupling elements extend from near the top end of the base towards the bottom end of the base at an angle relative to the first trough; characterised by the base further comprising a second trough formed in the back side of the base.
A camera bracket, comprising a vertical direction (T-direction) supporting base and a rotatory adjustment mechanism; wherein a fixed tooth slot is provided in the vertical direction (T-direction) supporting base; wherein the rotatory adjustment mechanism comprises a rotatory supporting base an adapter and a fine adjustment bolt assembly, and the rotatory supporting base comprises a fine adjustment plate and a rotatory tooth slot coaxially engaged with the fixed tooth slot, and the fine adjustment plate is fixedly connected to the rotatory tooth slot, and a limiting hole is provided in the fine adjustment plate; wherein the adapter comprises a rotatory connection portion and a connection base for connecting a camera, and the rotatory connection portion is fixedly connected to the connection base and can be coaxially and rotatably connected to the rotatory tooth slot, and the connection base is provided with a fine adjustment threaded hole corresponding to the limiting hole; hole; when the rotatory connection portion is coaxially and rotatably connected to the rotatory tooth slot, the fine adjustment threaded hole can be aligned with the limiting hole in a vertical plane perpendicular to an axis of the rotatory tooth slot; wherein the fine adjustment bolt assembly comprises a fine adjustment bolt provided with a threaded portion and a limiting portion, and the fine adjustment bolt passes through the limiting hole, and the threaded portion is threadedly connected to the fine adjustment threaded and the limiting portion is lifted by an edge of the limiting hole and cannot pass through the limiting hole. wherein a fixed tooth slot is provided in the vertical direction (T-direction) supporting base; wherein the rotatory adjustment mechanism comprises a rotatory supporting base an adapter and a fine adjustment bolt assembly, and the rotatory supporting base comprises a fine adjustment plate and a rotatory tooth slot coaxially engaged with the fixed tooth slot, and the fine adjustment plate is fixedly connected to the rotatory tooth slot, and a limiting hole is provided in the fine adjustment plate; wherein the adapter comprises a rotatory connection portion and a connection base for connecting a camera, and the rotatory connection portion is fixedly connected to the connection base and can be coaxially and rotatably connected to the rotatory tooth slot, and the connection base is provided with a fine adjustment threaded hole corresponding to the limiting hole; hole; when the rotatory connection portion is coaxially and rotatably connected to the rotatory tooth slot, the fine adjustment threaded hole can be aligned with the limiting hole in a vertical plane perpendicular to an axis of the rotatory tooth slot; wherein the fine adjustment bolt assembly comprises a fine adjustment bolt provided with a threaded portion and a limiting portion, and the fine adjustment bolt passes through the limiting hole, and the threaded portion is threadedly connected to the fine adjustment threaded and the limiting portion is lifted by an edge of the limiting hole and cannot pass through the limiting hole.
A method of preparing a material, comprising: drying an admixture of materials including a particulate extracellular matrix tissue, sugar, and a liquid, so as to form a dried porous body and wherein said dried porous body is wettable with an aqueous medium to form a shape retaining but formable putty, wherein the weight ratio of particulate extracellular matrix tissue to sugar is 10:1 to 1:1.