mhurhangee/patent-ind-claim-en huggingface dataset:
Timepiece comprising at least analogue time display means, and an AM-PM display device for displaying a day-night information in the dial of said timepiece, the AM-PM display device comprising at least two apertures made in the dial of the watch, a rotating display disc bearing at least one first series of inscriptions corresponding to the day and at least one second series of inscriptions corresponding to the night, these two display series being disposed on at least two concentric circles, and a drive mechanism arranged so as to automatically and alternately bring said first series of inscriptions inside a first aperture and said second series of inscriptions inside a second aperture by rotating said display disc, the first and second apertures being diametrically opposite one another relative to the time display means, the AM/PM inscriptions of the first and second series of inscriptions being disposed along the same radius of the display disc and each comprising seven inscriptions disposed every 360°/7.
A device for contactless monitoring of a patient's vital signs including a measuring member and a processing unit , the measuring member including a piezoelectric sensor formed by a first and a second conductive electrode , connected to the processing unit , and a piezoelectric element, wherein the measuring member further contains a third conductive electrode near the piezoelectric sensor , which third conductive electrode is also connected to the processing unit such that said third conductive electrode , along with one of the first and the second conductive electrodes , forms a capacitor for measuring a change in capacitance when the distance between the one of the conductive electrodes of the piezoelectric sensor and the third electrode varies depending on the perpendicular force on the measuring member .
A one-way clutch comprising: an inner race and an outer race rotatable relative to each other around an identical axis (X); and a plurality of cams provided in a circumferential direction between the inner race and the outer race, the plurality of cams each frictionally engaging the inner race and the outer race when the inner race is rotated in one direction or when the outer race is rotated in the other direction, and the plurality of cams each disengaging from the inner race and the outer race when the inner race is rotated in the other direction or when the outer race is rotated in one direction, wherein at least one of the inner race and the outer race includes side plates that rotate with the inner race or the outer race and positioned on both sides in an axial direction of the cams, wherein the plurality of cams are each configured to receive a predetermined centrifugal force to turn in an engaging direction in which the cams engage the inner race and outer race when the inner race and outer race rotate together in a same direction, the side plates are annular plates that cover a radially inner portion or a radially outer portion of end faces of each of the plurality of cams, spaces between the respective end faces of the plurality of cams and inner surfaces of the side plates being filled with lubricant , characterized in that the plurality of cams each being configured to turn to cause a radially inner engagement surface of each cam to separate from an outer circumferential engagement surface of the inner race by a force acting on both end faces of the plurality of cams by viscosity of the lubricant when either the inner race or the outer race having the side plates rotates in a direction in which the cams disengage. at least one of the inner race and the outer race includes side plates that rotate with the inner race or the outer race and positioned on both sides in an axial direction of the cams, wherein the plurality of cams are each configured to receive a predetermined centrifugal force to turn in an engaging direction in which the cams engage the inner race and outer race when the inner race and outer race rotate together in a same direction, the side plates are annular plates that cover a radially inner portion or a radially outer portion of end faces of each of the plurality of cams, spaces between the respective end faces of the plurality of cams and inner surfaces of the side plates being filled with lubricant , characterized in that the plurality of cams each being configured to turn to cause a radially inner engagement surface of each cam to separate from an outer circumferential engagement surface of the inner race by a force acting on both end faces of the plurality of cams by viscosity of the lubricant when either the inner race or the outer race having the side plates rotates in a direction in which the cams disengage.
A method for analyzing propagation characteristics, the method comprising: analyzing a first propagation characteristic relating to a reference antenna element; identifying a group including the reference antenna element, wherein one or more second antenna elements included in the group is determined based on a expected similarity of propagation characteristics corresponding to each of the one or more second antenna elements; applying the first propagation characteristic to the one or more second antenna elements; compensating the first propagation characteristic based on a signal reflection caused by at least one obstacle, signal penetration with respect to the at least one obstacle, and signal diffraction caused by the at least one obstacle, wherein the first propagation characteristic comprises a movement path of a signal included in the first propagation characteristic, a contact point of the signal with the at least one obstacle, and an attenuation amount of the signal, which is caused by the at least one obstacle; and determining a second propagation characteristic based on the compensation of the first propagation characteristic to correspond to the one or more second antenna elements. analyzing a first propagation characteristic relating to a reference antenna element; identifying a group including the reference antenna element, wherein one or more second antenna elements included in the group is determined based on a expected similarity of propagation characteristics corresponding to each of the one or more second antenna elements; applying the first propagation characteristic to the one or more second antenna elements; compensating the first propagation characteristic based on a signal reflection caused by at least one obstacle, signal penetration with respect to the at least one obstacle, and signal diffraction caused by the at least one obstacle, wherein the first propagation characteristic comprises a movement path of a signal included in the first propagation characteristic, a contact point of the signal with the at least one obstacle, and an attenuation amount of the signal, which is caused by the at least one obstacle; and determining a second propagation characteristic based on the compensation of the first propagation characteristic to correspond to the one or more second antenna elements.
A method for backing up a video, the method comprising: receiving , in a camera device, a first setting instruction from a mobile terminal; setting , in said camera device, a recording parameter according to said first received setting instruction, said first setting instruction comprising at least one of the following instructions: an instruction for setting recording quality, an instruction for setting video file group period and an instruction for setting a time length of each video file; recording by said camera device a video file according to said recording parameter; characterized in that , the method further comprises: receiving by a local router, a second setting instruction from said mobile terminal; backing up the recorded video file by said local router, according to storage parameters set according to the second setting instruction. receiving , in a camera device, a first setting instruction from a mobile terminal; setting , in said camera device, a recording parameter according to said first received setting instruction, said first setting instruction comprising at least one of the following instructions: an instruction for setting recording quality, an instruction for setting video file group period and an instruction for setting a time length of each video file; recording by said camera device a video file according to said recording parameter; characterized in that , the method further comprises: receiving by a local router, a second setting instruction from said mobile terminal; backing up the recorded video file by said local router, according to storage parameters set according to the second setting instruction. receiving by a local router, a second setting instruction from said mobile terminal; backing up the recorded video file by said local router, according to storage parameters set according to the second setting instruction.
A wearable activity parameter collecting device for being detachably mounted to a wearable device via a mounting unit , the wearable activity parameter collecting device comprising: a sensing unit adapted to acquire data, wherein the data includes activity parameters; a reading interface unit adapted to read out a measurement session identifier indicating a measurement session from the mounting unit ; a processor adapted to assign the measurement session identifier to the acquired data; and a transmitting unit adapted to transmit the measurement session identifier and the acquired data to a memory device , characterised in that the reading interface unit is further adapted to read out an encryption key assigned to the mounting unit , and wherein the processor is further adapted to encrypt the data with the encryption key. a sensing unit adapted to acquire data, wherein the data includes activity parameters; a reading interface unit adapted to read out a measurement session identifier indicating a measurement session from the mounting unit ; a processor adapted to assign the measurement session identifier to the acquired data; and a transmitting unit adapted to transmit the measurement session identifier and the acquired data to a memory device , characterised in that the reading interface unit is further adapted to read out an encryption key assigned to the mounting unit , and wherein the processor is further adapted to encrypt the data with the encryption key.
A transparent or semi-transparent hydrophilic thin film consisting essentially of polycaprolactone and a backing applied or adhered to one side of the film, wherein the polycaprolactone has been treated with a base having a pH greater than 8 and a neutralizing agent having a thickness in the range of about 0.01 mm to about 0.6 mm that provides greater than 75% blood DNA uptake and release, wherein at least a portion of the hydrophilic film solubilizes when exposed to at least one reagent for extraction of biological analytes, and wherein the hydrophilic film has been sterilized such that it is free of nucleic acids, wherein the transparent or semi-transparent hydrophilic film is configured for collection of DNA from latent fingerprints and to obtain images of the latent fingerprints, wherein the at least one biologic analyte extraction reagent is unaffected by fingerprint visualization materials, and wherein the fingerprint visualization materials comprise ink for detecting fingerprints.
A system for simulating pilot controls for use in determining an optimal layout of pilot controls in a cockpit, the system comprising one or more computer controlled hinged and articulated robotic arms , arranged to be mounted in a cockpit environment and having a plurality of ranges of motion and trajectories and configured to receive a control member for operation by a pilot, the one or more computer controlled hinged and articulated robotic arms being movable to position a control member received therein in different positions relative to the pilot, and further comprising a computer configured to send commands to the one or more computer controlled hinged and articulated robotic arms to control position and movement of the one or more computer controlled hinged and articulated robotic arms, and to control force feedback, based on position, trajectory and force parameters, to position the control member in a first position, the computer further configured to receive feedback from the pilot and to adjust the parameters and generate updated commands to cause the one or more computer controlled hinged and articulated robotic arms to move the control member to a second position based on the feedback.
A display control apparatus comprising: a display control section adapted to generate a virtual space image by specifying a first viewpoint position and a direction of line of sight and display the image on a head-mounted display , wherein the display control section is further configured to: specify a plurality of positions in the virtual space as viewpoint positions, change the viewpoint position from the first position to a second position determined from among the plurality of positions in accordance with an orientation of the head-mounted display, and specify, when the viewpoint position is changed, as a direction of line of sight, the direction in which the first position in the virtual space is seen from the second viewpoint position. a display control section adapted to generate a virtual space image by specifying a first viewpoint position and a direction of line of sight and display the image on a head-mounted display , specify a plurality of positions in the virtual space as viewpoint positions, change the viewpoint position from the first position to a second position determined from among the plurality of positions in accordance with an orientation of the head-mounted display, and specify, when the viewpoint position is changed, as a direction of line of sight, the direction in which the first position in the virtual space is seen from the second viewpoint position.
A fingerprint identification module, comprising a fingerprint identification chip and a package structure for packaging the fingerprint identification chip, a fingerprint sensing region of the fingerprint identification chip being exposed outside the package structure, wherein the package structure comprises: a film layer arranged on an upper surface of the fingerprint sensing region, wherein the film layer is made from lamination of two materials of silicon dioxide and silicon nitride, and has a thickness between 1 and 3 μm; a protection layer with a predetermined thickness arranged on an upper surface of the film layer, the protection layer protecting the fingerprint sensing region exposed outside the package structure and causing the fingerprint identification chip to have a predefined fingerprint identification distance; and a plastic package arranged on a substrate and surrounding the fingerprint identification chip, wherein an upper surface of the plastic package and an upper surface of the protection layer are in the same horizontal plane; and wherein the fingerprint identification module further comprises a solder ball array electrically connected to an external circuit; wherein the solder ball array is arranged under the fingerprint identification chip and is electrically connected to a through-silicon via structure of the fingerprint identification chip via a solder pad on a lower surface of the fingerprint identification chip such that the fingerprint identification chip is electrically connected to the external circuit, wherein the substrate is arranged under the solder ball array, a contact array is arranged under the substrate, and the solder ball array is electrically connected to the external circuit via the contact array. a film layer arranged on an upper surface of the fingerprint sensing region, wherein the film layer is made from lamination of two materials of silicon dioxide and silicon nitride, and has a thickness between 1 and 3 μm; a protection layer with a predetermined thickness arranged on an upper surface of the film layer, the protection layer protecting the fingerprint sensing region exposed outside the package structure and causing the fingerprint identification chip to have a predefined fingerprint identification distance; and a plastic package arranged on a substrate and surrounding the fingerprint identification chip, wherein an upper surface of the plastic package and an upper surface of the protection layer are in the same horizontal plane; and wherein
A process for the conversion of a feedstock comprising at least 50 wt % related to the total weight of the feedstock of triglycerides, fatty acid esters and/or fatty acids having at least 10 carbon atoms into hydrogen, olefins, dienes, aromatics, gasoline, diesel fuel, jet fuel, naphtha and liquefied petroleum gas comprising : a) introducing of said feedstock in a first reactor to produce linear paraffins in presence of a hydrodesulfurization catalyst and hydrogen, b) separating the effluent of said first reactor in at least three parts to produce at least a first stream comprising part of said linear paraffins and at least a second stream comprising part of said linear paraffins and at least a third stream comprising part of said linear paraffins, c) sending said first stream to a steam cracker to produce hydrogen, olefins, dienes, aromatics and gasoline being further fractionated; d) introducing said second stream into a second reactor in presence of a hydrocracking or hydro-isomerization catalyst to produce a mixture comprising diesel fuel, jet fuel, naphtha and liquefied petroleum gas being further fractionated e) blending said third stream with the diesel fuel obtained at said step d) wherein said feedstock of said first reactor is diluted in order to limit the temperature increase within said first reactor; and wherein before entering the first reactor said dilution is performed with a weight ratio diluent: feedstock being 1:1 or 2:1 or 3:1, and wherein said diluent comprises at least part of said paraffins obtained at step b). a) introducing of said feedstock in a first reactor to produce linear paraffins in presence of a hydrodesulfurization catalyst and hydrogen, b) separating the effluent of said first reactor in at least three parts to produce at least a first stream comprising part of said linear paraffins and at least a second stream comprising part of said linear paraffins and at least a third stream comprising part of said linear paraffins, c) sending said first stream to a steam cracker to produce hydrogen, olefins, dienes, aromatics and gasoline being further fractionated; d) introducing said second stream into a second reactor in presence of a hydrocracking or hydro-isomerization catalyst to produce a mixture comprising diesel fuel, jet fuel, naphtha and liquefied petroleum gas being further fractionated e) blending said third stream with the diesel fuel obtained at said step d)
Method for managing the operation of a motor vehicle of the hybrid type equipped with a traction chain comprising: - a heat engine associated with a catalyst , an electric traction motor electrically connected to a battery , a clutch , and a gearbox mounted on a train of the motor vehicle, characterized in that , following a request to set the motor vehicle in motion, said method comprises: - a step for measuring a temperature (Tcat) of the catalyst , - a step of determining a charge level (Nch) of the battery, and - a step of authorizing or not the setting in motion of the motor vehicle according to the measured temperature (Tcat) of the catalyst and the level of charge (Nch) of the battery previously determined. - a heat engine associated with a catalyst , an electric traction motor electrically connected to a battery , a clutch , and a gearbox mounted on a train of the motor vehicle, - a step for measuring a temperature (Tcat) of the catalyst , - a step of determining a charge level (Nch) of the battery, and - a step of authorizing or not the setting in motion of the motor vehicle according to the measured temperature (Tcat) of the catalyst and the level of charge (Nch) of the battery previously determined.
A method of manufacturing a spectacle frame face for a wearer , comprising: - an optical acquisition phase of spatial data relating to the face of the wearer ; - a design phase, from these data, of a three-dimensional virtual model of the frame face ; - said design phase comprising loading a three-dimensional virtual face model constructed from the spatial data derived from the acquisition phase; - a phase of production of the frame face by additive manufacturing from this virtual model; this method being characterized in that the design phase also comprises the following operations, carried out within a computer-assisted design system: - loading or drawing, in a front plane (F), sketch defining the contours of the frame face ; - from the three-dimensional virtual model of face : • loading or drawing, in a horizontal plane, a primary sketch following the curvature of the face seen in this plane; • loading or drawing, in a vertical plane parallel to a median plane (M) of relative symmetry of the face , a secondary sketch following the curvature of the face seen in this plane (M), - constructing a three-dimensional web based on both the primary sketch and the secondary sketch ; - obtaining a blank of the frame face by cutting, in the web , the projection of its sketch thereon perpendicularly to the front plane (F). - an optical acquisition phase of spatial data relating to the face of the wearer ; - a design phase, from these data, of a three-dimensional virtual model of the frame face ; - said design phase comprising loading a three-dimensional virtual face model constructed from the spatial data derived from the acquisition phase; - a phase of production of the frame face by additive manufacturing from this virtual model; - loading or drawing, in a front plane (F), sketch defining the contours of the frame face ; - from the three-dimensional virtual model of face : • loading or drawing, in a horizontal plane, a primary sketch following the curvature of the face seen in this plane; • loading or drawing, in a vertical plane parallel to a median plane (M) of relative symmetry of the face , a secondary sketch following the curvature of the face seen in this plane (M), • loading or drawing, in a horizontal plane, a primary sketch following the curvature of the face seen in this plane; • loading or drawing, in a vertical plane parallel to a median plane (M) of relative symmetry of the face , a secondary sketch following the curvature of the face seen in this plane (M), - constructing a three-dimensional web based on both the primary sketch and the secondary sketch ; - obtaining a blank of the frame face by cutting, in the web , the projection of its sketch thereon perpendicularly to the front plane (F).
A process for the preparation of compound (I), or pharmaceutically acceptable salts thereof, comprising the step of (i) coupling the corresponding succinimidyl ester intermediate (II) with the DSPE-PEG 2000 -NH 2 phospholipid (III) in the presence of DIEA, wherein said phospholipid (III) is present in excess with respect to compound (II). (i) coupling the corresponding succinimidyl ester intermediate (II) with the DSPE-PEG 2000 -NH 2 phospholipid (III) in the presence of DIEA, wherein said phospholipid (III) is present in excess with respect to compound (II).