mhurhangee/patent-ind-claim-en huggingface dataset:
A two-lens optical system , comprising: a first lens for use in collimation adjustment, the first lens being configured to move along only an optical axis of light emitted from a light source ; and a second lens for use in beam steering, the second lens being configured to move along only two axes perpendicular to the optical axis, wherein the light source , the first lens , and the second lens are arranged in this order along the optical axis, and characterized in that 2 / √ 3 f ≤ f 2 ≤ 3f , where f = (f 1 f 2 )/(f 1 +f 2 -s), where f is an effective focal length of the two-lens optical system ; f 1 is a focal length of the first lens ; f 2 is a focal length of the second lens ; and s is a separation between a back principal plane of the first lens and a front principal plane of the second lens . a first lens for use in collimation adjustment, the first lens being configured to move along only an optical axis of light emitted from a light source ; and a second lens for use in beam steering, the second lens being configured to move along only two axes perpendicular to the optical axis, wherein the light source , the first lens , and the second lens are arranged in this order along the optical axis, and characterized in that 2 / √ 3 f ≤ f 2 ≤ 3f , where f = (f 1 f 2 )/(f 1 +f 2 -s), where f is an effective focal length of the two-lens optical system ; f 1 is a focal length of the first lens ; f 2 is a focal length of the second lens ; and s is a separation between a back principal plane of the first lens and a front principal plane of the second lens .
Low-pressure recirculated flue gas circuit for an internal combustion engine of a motor vehicle, comprising: - a pollution control device connected downstream by means of aeraulics to an exhaust outlet pipe and to - a flue gas cooler connected to a flue gas recirculation circuit, the cooler comprising a condensate removal circuit opening at a first end into a downstream end of the cooler and at a second end into the exhaust outlet pipe , the removal circuit further comprising a condensate retention reservoir and a condensate ejection pipe connected to the retention reservoir and opening into the exhaust outlet pipe, CHARACTERIZED IN THAT the condensate retention reservoir comprises a means for controlling the opening of the ejection pipe, the control means comprising a condensate circulation pipe comprising two successive circulation arms having a vertical axis and opposite directions. - a pollution control device connected downstream by means of aeraulics to an exhaust outlet pipe and to - a flue gas cooler connected to a flue gas recirculation circuit, the cooler comprising a condensate removal circuit opening at a first end into a downstream end of the cooler and at a second end into the exhaust outlet pipe , the removal circuit further comprising a condensate retention reservoir and a condensate ejection pipe connected to the retention reservoir and opening into the exhaust outlet pipe, CHARACTERIZED IN THAT the condensate retention reservoir comprises a means for controlling the opening of the ejection pipe, the control means comprising a condensate circulation pipe comprising two successive circulation arms having a vertical axis and opposite directions. the cooler comprising a condensate removal circuit opening at a first end into a downstream end of the cooler and at a second end into the exhaust outlet pipe , the removal circuit further comprising a condensate retention reservoir and a condensate ejection pipe connected to the retention reservoir and opening into the exhaust outlet pipe, CHARACTERIZED IN THAT the condensate retention reservoir comprises a means for controlling the opening of the ejection pipe, the control means comprising a condensate circulation pipe comprising two successive circulation arms having a vertical axis and opposite directions.
A system for the treatment of materials, selected from between materials in a fluid state and particles suspended in a fluid material , comprising: - at least one upper kinematic pair equipped with two mechanical elements (2a, 2b; 2a, 2c), said kinematic pair being in contact with a material in a fluid state or in contact with particles suspended in a fluid material , the upper kinematic pair being formed by at least one bearing equipped with rolling elements arranged between a moving ring and a fixed ring , the upper kinematic pair being housed in a chamber hermetically closed by a cover ; - motor means to generate a pre-set relative velocity (v) between the mechanical elements (2a, 2b; 2a, 2c) of said kinematic pair; and - tensioning means to subject said kinematic pair to a pre-set contact pressure (p); characterised in that the tensioning means comprise a fixed base on which the chamber is arranged and a moving platform movable by means of tightening devices so as to exert pressure on the cover of the chamber , said tightening devices being controlled by an actuating device . - at least one upper kinematic pair equipped with two mechanical elements (2a, 2b; 2a, 2c), said kinematic pair being in contact with a material in a fluid state or in contact with particles suspended in a fluid material , the upper kinematic pair being formed by at least one bearing equipped with rolling elements arranged between a moving ring and a fixed ring , the upper kinematic pair being housed in a chamber hermetically closed by a cover ; - motor means to generate a pre-set relative velocity (v) between the mechanical elements (2a, 2b; 2a, 2c) of said kinematic pair; and - tensioning means to subject said kinematic pair to a pre-set contact pressure (p);
A method for producing a compound represented by the formula [I]: or a pharmaceutically acceptable salt thereof, or a hydrate thereof, wherein the method comprises a step of converting a compound represented by the formula [II]: or a methanol solvate thereof to a compound represented by the formula [IV]: by a coupling reaction with a compound represented by the formula [III]: in the presence of a metal catalyst, a base and carboxylic acid.
Method for controlling the switching on of light emitted by a plurality of lighting elements (10a-10q), which lighting elements (10a-10q) are arranged such to provide a plurality of lighting devices , each lighting device having one or more lighting elements (10a-10q) and a control unit for said one or more lighting elements (10a-10q), said method comprising the following steps: a) arranging the plurality of lighting elements (10a-10q) in an environment, b) selecting a switching-on sequence for the lighting elements (10a-10q) by providing the following sub-steps: b1) dividing said switching-on sequence in one or more sub-sequences , b2) associating each sub-sequence to a lighting device , b3) transmitting said sub-sequences to a respective control unit by a user device for communicating with said control units , said method further comprising step c) simultaneously executing each sub-sequence by the lighting elements (10a-10q), characterized in that there is provided a step a1), following step a), for identifying the position of each lighting element (10a-10q) within said environment according to the following steps: - acquiring a sequence of images of the environment where the plurality of lighting elements is arranged, - during the acquisition of the sequence of images switching the lighting elements on according to a specific color sequence, which sequence allows each lighting element to be uniquely identified, - analysing the sequence of images to determine a space position of each lighting element in the environment. a) arranging the plurality of lighting elements (10a-10q) in an environment, b) selecting a switching-on sequence for the lighting elements (10a-10q) by providing the following sub-steps: b1) dividing said switching-on sequence in one or more sub-sequences , b2) associating each sub-sequence to a lighting device , b3) transmitting said sub-sequences to a respective control unit by a user device for communicating with said control units , said method further comprising step c) simultaneously executing each sub-sequence by the lighting elements (10a-10q), b1) dividing said switching-on sequence in one or more sub-sequences , b2) associating each sub-sequence to a lighting device , b3) transmitting said sub-sequences to a respective control unit by a user device for communicating with said control units , said method further comprising - acquiring a sequence of images of the environment where the plurality of lighting elements is arranged, - during the acquisition of the sequence of images switching the lighting elements on according to a specific color sequence, which sequence allows each lighting element to be uniquely identified, - analysing the sequence of images to determine a space position of each lighting element in the environment.
A composition or vaccine comprising a recombinant herpesvirus of turkeys (HVT) vector, wherein the HVT vector comprises either: a) an NDV-F gene having the polynucleotide sequence set forth in SEQ ID NO: 1, operably linked to an SV40 promoter and an SV40 polyA signal and inserted into the IG1 locus of the HVT genome; or b) an NDV-F gene having the polynucleotide sequence set forth in SEQ ID NO: 5, operably linked to an SV40 promoter and an SV40 polyA signal and inserted into the IG1 locus of the HVT genome. a) an NDV-F gene having the polynucleotide sequence set forth in SEQ ID NO: 1, operably linked to an SV40 promoter and an SV40 polyA signal and inserted into the IG1 locus of the HVT genome; or b) an NDV-F gene having the polynucleotide sequence set forth in SEQ ID NO: 5, operably linked to an SV40 promoter and an SV40 polyA signal and inserted into the IG1 locus of the HVT genome.
A method of forming a wind turbine blade, comprising: providing a first blade half; providing a second blade half; providing a shear web , the shear web including at least one aperture formed therein; providing at least one bulkhead , the at least one bulkhead attached to the shear web ; placing the shear web and at least one bulkhead on the first blade half; disposing the second blade half on the first blade half to define a blade interior therebetween, the shear web and at least one bulkhead disposed within the blade interior, characterized in that the bulkhead includes a frame and a removable lid . providing a first blade half; providing a second blade half; providing a shear web , the shear web including at least one aperture formed therein; providing at least one bulkhead , the at least one bulkhead attached to the shear web ; placing the shear web and at least one bulkhead on the first blade half; disposing the second blade half on the first blade half to define a blade interior therebetween, the shear web and at least one bulkhead disposed within the blade interior, characterized in that the bulkhead includes a frame and a removable lid .
Electric winch crank comprising: • a main body including an electric motor controlled by an electronic circuit ; • a gripping handle arranged at one end of the main body and able to pivot on same with respect to said main body ; • coupling means to a winch , arranged at the opposite end of said main body ; • a transmission mechanism driven by the output shaft of said motor and allowing rotation of the coupling means ; • a mechanical reducer interposed between the output shaft of the motor and the coupling means , characterized in that it includes: • a braking system mounted on the output shaft of the motor , operated by means of said electronic circuit , • a control member located on the gripping handle , able to generate commands intended for the electronic circuit for the activation of said braking system ; • a transmission mechanism comprising a first portion rigidly attached to the gripping handle, connected to said control member , and a second portion rigidly attached to the main body electrically connected to an electronic circuit , allowing for the transmission of commands generated by the control member during the rotation of the handle relative to the main body said two portions being wireless connected through coils magnetically connected, or through a radio-communication system. • a main body including an electric motor controlled by an electronic circuit ; • a gripping handle arranged at one end of the main body and able to pivot on same with respect to said main body ; • coupling means to a winch , arranged at the opposite end of said main body ; • a transmission mechanism driven by the output shaft of said motor and allowing rotation of the coupling means ; • a mechanical reducer interposed between the output shaft of the motor and the coupling means , • a braking system mounted on the output shaft of the motor , operated by means of said electronic circuit , • a control member located on the gripping handle , able to generate commands intended for the electronic circuit for the activation of said braking system ; • a transmission mechanism comprising a first portion rigidly attached to the gripping handle, connected to said control member , and a second portion rigidly attached to the main body electrically connected to an electronic circuit , allowing for the transmission of commands generated by the control member during the rotation of the handle relative to the main body
A deployable device comprising: - a supporting structure , - a mandrel able to move in rotation with respect to the supporting structure about a first axis Z, - a membrane able to pass from a rolled-up configuration rolled up around the mandrel about the first axis Z to a deployed configuration deployed along a second axis X substantially perpendicular to the first axis Z, - two circular fittings secured to the mandrel at their centre, arranged on either side of the membrane and comprising first stubs on the perimeter of the fittings, - a casing extending between the two fittings , the casing comprising second stubs of a shape complementing the shape of the first stubs , the casing being able to pass: from a rolled-up configuration in which the casing is rolled up around the perimeter of the fittings at least partially enveloping the membrane in the rolled-up configuration and in which the second stubs cooperate with the first stubs on the perimeter of the fittings , the first stubs and the second stubs being equally distributed on the perimeter of each of both fittings , to a deployed configuration in which the casing is at least partially superposed on the membrane in the deployed configuration. - a supporting structure , - a mandrel able to move in rotation with respect to the supporting structure about a first axis Z, - a membrane able to pass from a rolled-up configuration rolled up around the mandrel about the first axis Z to a deployed configuration deployed along a second axis X substantially perpendicular to the first axis Z, - two circular fittings secured to the mandrel at their centre, arranged on either side of the membrane and comprising first stubs on the perimeter of the fittings, - a casing extending between the two fittings , the casing comprising second stubs of a shape complementing the shape of the first stubs , the casing being able to pass:
Dishwasher , in particular a household dishwasher, having a dishwashing compartment which comprises a plurality of wall parts and, in order to be loaded with items to be washed, is provided on the front side with a loading opening (B) which can be closed, at least temporarily, by a compartment door, wherein the right-hand side wall , the ceiling and the left-hand side wall form a metal shroud which in the straightened-out state formed a preferably flat press part and was then bent in a U-shaped manner, wherein a hollowed metal floor is a deep-drawn part produced from a preferably austenitic steel, wherein the metal rear wall which is fitted to the rear side of the metal shroud and of the hollowed metal floor is designed in the form of a preferably flat press part, wherein the two side walls of the metal shroud are connected along their respectively lower wall edge (3.U, 5.U) to the hollowed metal floor , characterised in that the two side walls of the metal shroud are connected along their respectively lower wall edge (3.U, 5.U), in a form-fitting manner, to the hollowed metal floor by means of external interfaces (12.R, 12.L), that the respective external interface (12.R, 12.L) comprises a form-fitting connection , in particular a dynamic or static fold, and that the two external interfaces (12.R, 12.L), the metal shroud and the hollowed metal floor in their regions on the rear side have an outward 90° bend , so that a peripheral edge region is produced, to which the metal rear wall is fitted.
A sighting or spotting scope comprising, in a single mechanical structure : - a camera , - a video microdisplay displaying the camera's image, - a luminous dot or symbol , - an optical combining device - an eyepiece associated with said microdisplay, said eyepiece comprising, in this order, at least one group of lenses and an optical combiner arranged so as to superpose the image of the video microdisplay through the eyepiece on the outside landscape, said luminous dot or symbol and said optical combining device being disposed in front of the video microdisplay and arranged so that an image of the luminous dot or symbol from the eyepiece is, by reflection or transmission by said optical combining device, merged with the image from the video microdisplay. - a camera , - a video microdisplay displaying the camera's image, - a luminous dot or symbol , - an optical combining device - an eyepiece associated with said microdisplay, said eyepiece comprising, in this order, at least one group of lenses and an optical combiner arranged so as to superpose the image of the video microdisplay through the eyepiece on the outside landscape, said luminous dot or symbol and said optical combining device being disposed in front of the video microdisplay and arranged so that an image of the luminous dot or symbol from the eyepiece is, by reflection or transmission by said optical combining device, merged with the image from the video microdisplay.
A system for coupling a stylus to a computing device , the system comprising: a computing device having a display ; the computing device configured to communicate with the stylus in accordance with a first wireless protocol and via at least one communication channel; the at least one communication channel being associated with a second wireless protocol, the computing device executing computer-executable instructions to: receive a stylus wireless protocol identifier in a first signal from the stylus via the at least one communication channel upon a tip of the stylus being brought proximate to the display of the computing device; based on receiving the stylus wireless protocol identifier, transmit a second signal including a wireless protocol identifier of the computing device and a signing key to the stylus via the at least one communication channel associated with the second wireless protocol, whereby the computing device is coupled to the stylus to listen for signals from the stylus; and based on receiving a third signal from the coupled stylus to the computing device via the first wireless protocol, performing an operation on the computing device based on the third signal, the third signal indicating user input to the stylus; wherein the performing an operation based on the third signal includes launching an application on the computing device prior to an optional pairing of the coupled stylus to the computing device. receive a stylus wireless protocol identifier in a first signal from the stylus via the at least one communication channel upon a tip of the stylus being brought proximate to the display of the computing device; based on receiving the stylus wireless protocol identifier, transmit a second signal including a wireless protocol identifier of the computing device and a signing key to the stylus via the at least one communication channel associated with the second wireless protocol, whereby the computing device is coupled to the stylus to listen for signals from the stylus; and based on receiving a third signal from the coupled stylus to the computing device via the first wireless protocol, performing an operation on the computing device based on the third signal, the third signal indicating user input to the stylus; wherein the performing an operation based on the third signal includes launching an application on the computing device prior to an optional pairing of the coupled stylus to the computing device.
A test and measurement instrument, comprising: an input configured to receive a signal and output digitized data ; a memory configured to store reference digitized data including a reference sequence expected to be in the digitized data; a pattern detector configured to detect the reference sequence provided from the memory, in the digitized data and generate a synchronization signal in response; a memory controller configured to cause the memory to output the reference digitized data in response to the synchronization signal ; a comparator configured to compare the reference digitized data output from the memory to the digitized data; an error detector configured to detect a bit-error in the digitized data in response to an output of the comparator ; and a selector configured to select between the output of the error detector and the synchronization signal to use in triggering an acquisition of the digitized data . an input configured to receive a signal and output digitized data ; a memory configured to store reference digitized data including a reference sequence expected to be in the digitized data; a pattern detector configured to detect the reference sequence provided from the memory, in the digitized data and generate a synchronization signal in response; a memory controller configured to cause the memory to output the reference digitized data in response to the synchronization signal ; a comparator configured to compare the reference digitized data output from the memory to the digitized data; an error detector configured to detect a bit-error in the digitized data in response to an output of the comparator ; and a selector configured to select between the output of the error detector and the synchronization signal to use in triggering an acquisition of the digitized data .
An assembly comprising a main body and a check-valve adapted to open and close an opening provided in the main body and to prevent a backflow of a fluid passing through the opening , the check-valve comprising: a base part which is flexible; a valve part which is adapted to open and close the opening , has a thickness (t1) thinner than a thickness (t2) of the base part , and is connected to the base part in a state in which a periphery of the valve part is surrounded with the base part ; and a mounting part where the check-valve is mounted to the main body , wherein the valve part is adapted to seal the opening in a normal state of the valve part being pre-urged toward the main body by an elasticity of the base part , and the valve part is adapted to open the opening when the fluid passes through the opening in one direction; characterized in that an interference amount (D1, D2) between the valve part and the main body , which under the pre-urging in the normal state seals the opening , increases with increasing distance away from the mounting part . a base part which is flexible; a valve part which is adapted to open and close the opening , has a thickness (t1) thinner than a thickness (t2) of the base part , and is connected to the base part in a state in which a periphery of the valve part is surrounded with the base part ; and a mounting part where the check-valve is mounted to the main body , wherein the valve part is adapted to seal the opening in a normal state of the valve part being pre-urged toward the main body by an elasticity of the base part , and the valve part is adapted to open the opening when the fluid passes through the opening in one direction; characterized in that an interference amount (D1, D2) between the valve part and the main body , which under the pre-urging in the normal state seals the opening , increases with increasing distance away from the mounting part .