mhurhangee/ep-ind-claims huggingface dataset:
An infrared-detecting device, comprising: - an infrared detector configured to emit a signal representative of the thermal radiation of wavelength (L_F2) emitted by a set of at least one hotspot, - a light source configured to emit an incident beam of wavelength (L_F1) shorter than the wavelength (L_F2), preferably in a window of UV or visible wavelength, - a device for focusing said incident beam, the focusing of said incident beam producing a set of at least one focal spot, each focal spot having a size smaller than that of the wavelength (L_F2) of the detected infrared thermal radiation, each focal spot being capable of generating a respective hotspot when said focal spot is located on a holder or a sample, and the spreading rate of which over said holder or said sample is known, - a processing module, connected to at least the infrared detector, - a synchronising device connected to at least one of: said light source, said infrared detector and said processing module, - the synchronising device being configured to emit a synchronisation signal (SYNC), and - the infrared detector or the processing module being configured to measure the signal in a time window that is preset depending on said synchronisation signal (SYNC) and the spreading rate of the hotspot, characterised in that: - the processing module is configured to measure the signal in a time window the value of which multiplied by the value of the spreading rate of the hotspot is lower than the value of the infrared wavelength (L_F2) of the thermal radiation emitted by said hotspot. - an infrared detector configured to emit a signal representative of the thermal radiation of wavelength (L_F2) emitted by a set of at least one hotspot, - a light source configured to emit an incident beam of wavelength (L_F1) shorter than the wavelength (L_F2), preferably in a window of UV or visible wavelength, - a device for focusing said incident beam, the focusing of said incident beam producing a set of at least one focal spot, each focal spot having a size smaller than that of the wavelength (L_F2) of the detected infrared thermal radiation, each focal spot being capable of generating a respective hotspot when said focal spot is located on a holder or a sample, and the spreading rate of which over said holder or said sample is known, - a processing module, connected to at least the infrared detector, - a synchronising device connected to at least one of: said light source, said infrared detector and said processing module, - the synchronising device being configured to emit a synchronisation signal (SYNC), and - the infrared detector or the processing module being configured to measure the signal in a time window that is preset depending on said synchronisation signal (SYNC) and the spreading rate of the hotspot, - the processing module is configured to measure the signal in a time window the value of which multiplied by the value of the spreading rate of the hotspot is lower than the value of the infrared wavelength (L_F2) of the thermal radiation emitted by said hotspot.
A three-dimensional shaping device, comprising: a melting unit configured to plasticize a material into a shaping material; a nozzle configured to discharge the shaping material toward a stage; a moving mechanism configured to change a relative position between the nozzle and the stage; a control unit configured to control the moving mechanism; and an air blowing unit having a plurality of air outlets that are disposed around the nozzle and through which warm air is blown toward the shaping material discharged from the nozzle; wherein the air blowing unit includes: an annular flow path that is an annular flow path centered on the nozzle and communicates with the air outlets to supply the warm air to the air outlets; and a warm air supply port through which the warm air is supplied to the annular flow path; characterized in that the three-dimensional shaping device comprises a heat insulating portion provided between the nozzle and the annular flow path. a melting unit configured to plasticize a material into a shaping material; a nozzle configured to discharge the shaping material toward a stage; a moving mechanism configured to change a relative position between the nozzle and the stage; a control unit configured to control the moving mechanism; and an air blowing unit having a plurality of air outlets that are disposed around the nozzle and through which warm air is blown toward the shaping material discharged from the nozzle; wherein the air blowing unit includes: an annular flow path that is an annular flow path centered on the nozzle and communicates with the air outlets to supply the warm air to the air outlets; and a warm air supply port through which the warm air is supplied to the annular flow path; characterized in that the three-dimensional shaping device comprises an annular flow path that is an annular flow path centered on the nozzle and communicates with the air outlets to supply the warm air to the air outlets; and a warm air supply port through which the warm air is supplied to the annular flow path; characterized in that the three-dimensional shaping device comprises a heat insulating portion provided between the nozzle and the annular flow path.
A multifunctional polymer composition formed from a monomer mixture, the composition comprising: at least one dicarboxylic acid present in an amount of 15 to 40 mole percent of the polymer composition, wherein said dicarboxylic acid monomer is 10 to 95 percent neutralized; at least one monocarboxylic acid present in an amount of 37 to 79 mole percent of the polymer composition; at least one non-ionic monomer present in an amount of 1 to 8 mole percent of the polymer composition, wherein the at least one non-ionic monomer is selected from the group consisting of C 1 -C 6 alkyl esters of (meth)acrylic acid and the alkali or alkaline earth metal or ammonium salts thereof, acrylamide and the C 1 -C 6 alkyl-substituted acrylamides, the N-alkyl substituted acrylamides, the N-alkanol-substituted acrylamides and combinations thereof; and at least one sulfonated or sulfated monomer present in an amount of 5 to 15 mole percent of the polymer composition, said polymer composition having a weight average molecular weight of from 2500 to 6000. at least one dicarboxylic acid present in an amount of 15 to 40 mole percent of the polymer composition, wherein said dicarboxylic acid monomer is 10 to 95 percent neutralized; at least one monocarboxylic acid present in an amount of 37 to 79 mole percent of the polymer composition; at least one non-ionic monomer present in an amount of 1 to 8 mole percent of the polymer composition, wherein the at least one non-ionic monomer is selected from the group consisting of C 1 -C 6 alkyl esters of (meth)acrylic acid and the alkali or alkaline earth metal or ammonium salts thereof, acrylamide and the C 1 -C 6 alkyl-substituted acrylamides, the N-alkyl substituted acrylamides, the N-alkanol-substituted acrylamides and combinations thereof; and at least one sulfonated or sulfated monomer present in an amount of 5 to 15 mole percent of the polymer composition, said polymer composition having a weight average molecular weight of from 2500 to 6000.
An inner liner for a pneumatic tire, the inner liner comprising no less than 8 resin-layers, wherein the no less than 8 resin-layers include at least two types of layers, said at least two types of layers being a layer A and a layer B, the layer A being constituted with a resin composition containing a resin having gas barrier properties, and the layer B being adjacent to the layer A and constituted with a resin composition containing an elastomer, an extensional viscosity η A of the resin composition of the layer A, and an extensional viscosity η B of the resin composition of the layer B as determined under following measurement conditions both being no less than 1,000 Pa·s, and an extensional viscosity ratio η A /η B being no less than 0.2 and no greater than 10, the measurement conditions including: a temperature being greater by 25°C than the higher melting between a melting point of the resin composition of the layer A and a melting point of the resin composition of the layer B, the melting point corresponding to an outflow-starting temperature for a resin composition not having a melting point; and a stretching speed being 500 (1/sec). a temperature being greater by 25°C than the higher melting between a melting point of the resin composition of the layer A and a melting point of the resin composition of the layer B, the melting point corresponding to an outflow-starting temperature for a resin composition not having a melting point; and a stretching speed being 500 (1/sec).
A method for tuning the color of the light produced by a lamp having a plurality of light emitting diodes (LEDs) arranged in a single package, the plurality of LEDs including at least a first, a second and a third group of LEDs wherein each group of LEDs produces light having a different color and wherein a current applied to each group of LEDs is independently variable, the method being characterised by comprising the steps of: - defining a target color; - identifying, based on the target color, a first tuned color intermediate between a first color of light produced by the first group of LEDs and a second color of light produced by then second group of LEDs; - identifying a second tuned color intermediate between the first tuned color and a third color of light produced by the third group of LEDs, the second tuned color being closer than the first tuned color to the target color; - determining, based at least in part on one or more measurements of light produced by the lamp while current is supplied only to the first group of LEDs and the second group of LEDs, a first distribution of a total current between the first group of LEDs and the second group of LEDs that produces light having the first tuned color, the first distribution of the total current defining a target current ratio; - determining, based at least in part on one or more measurements of light produced by the lamp while holding the target current ratio constant, a second distribution of the total current between the first and second groups of LEDs combined and the third group of LEDs that produces light having the second tuned color; and - storing information indicating the second distribution of the total current in a memory of the lamp. - defining a target color; - identifying, based on the target color, a first tuned color intermediate between a first color of light produced by the first group of LEDs and a second color of light produced by then second group of LEDs; - identifying a second tuned color intermediate between the first tuned color and a third color of light produced by the third group of LEDs, the second tuned color being closer than the first tuned color to the target color; - determining, based at least in part on one or more measurements of light produced by the lamp while current is supplied only to the first group of LEDs and the second group of LEDs, a first distribution of a total current between the first group of LEDs and the second group of LEDs that produces light having the first tuned color, the first distribution of the total current defining a target current ratio; - determining, based at least in part on one or more measurements of light produced by the lamp while holding the target current ratio constant, a second distribution of the total current between the first and second groups of LEDs combined and the third group of LEDs that produces light having the second tuned color; and - storing information indicating the second distribution of the total current in a memory of the lamp.
A roller assembly device or a trolley device for a cable transportation system, the device comprising: - a frame comprising two facing walls, which have two respective first holes having a common first axis; - a pin that engages the first holes; - a body mounted rotatably about the pin between the two facing walls of the frame, the body, having a hole, which has a second axis and houses the pin; characterized in that the device comprises: - an auxiliary device configured to keep the first and the second axes (A1, A2) coincident in the absence of the pin. - a frame comprising two facing walls, which have two respective first holes having a common first axis; - a pin that engages the first holes; - a body mounted rotatably about the pin between the two facing walls of the frame, the body, having a hole, which has a second axis and houses the pin; - an auxiliary device configured to keep the first and the second axes (A1, A2) coincident in the absence of the pin.
A modular structure of a railway vehicle, including: - at least one first side panel and at least one second side panel positioned on either side of the railway vehicle in a transverse direction, delimiting between them an inner space, and - a pavilion extending between the first and second side panels in the transverse direction, and including two lateral end portions (24A, 24B), each being connected to respectively one of the first and second side panels, wherein each lateral end portion (24A, 24B) of the pavilion extend substantially vertically, and includes a vertical inner surface, turned towards the inner space, cooperating with a complementary receiving surface made on the first or second corresponding side panel, characterized in that: - each lateral end portion (24A, 24B) has a vertical outer surface, opposite to the vertical inner surface, and a lower edge extending transversely between the vertical inner surface and the vertical outer surface, - the first or second side panel corresponding to this lateral end portion (24A, 24B) includes a lateral outer wall, and a shoulder extending transversely between the lateral outer wall and the receiving surface, - the shoulder is positioned facing the lower edge, and delimits a trough with this lower edge. - at least one first side panel and at least one second side panel positioned on either side of the railway vehicle in a transverse direction, delimiting between them an inner space, and - a pavilion extending between the first and second side panels in the transverse direction, and including two lateral end portions (24A, 24B), each being connected to respectively one of the first and second side panels, - each lateral end portion (24A, 24B) has a vertical outer surface, opposite to the vertical inner surface, and a lower edge extending transversely between the vertical inner surface and the vertical outer surface, - the first or second side panel corresponding to this lateral end portion (24A, 24B) includes a lateral outer wall, and a shoulder extending transversely between the lateral outer wall and the receiving surface, - the shoulder is positioned facing the lower edge, and delimits a trough with this lower edge.
A permanent magnet electrical machine comprising a rotor and a stator radially outside of the rotor, the rotor comprising: a rotor shaft; and a plurality of permanent magnets located in a circumferential array around a surface of the rotor shaft; and a sleeve affixed radially outside the magnets to retain them to the rotor shaft, the sleeve being formed of a metal or metal alloy and being cylindrical and hollow, having axial length and having radial thickness between its inner surface and outer surface; the sleeve defining a plurality of axially spaced, circumferentially extending grooves, each groove having radial depth less than the radial thickness of the sleeve, characterized in that the grooves extend from the inner surface of the sleeve. a rotor shaft; and a plurality of permanent magnets located in a circumferential array around a surface of the rotor shaft; and a sleeve affixed radially outside the magnets to retain them to the rotor shaft, the sleeve being formed of a metal or metal alloy and being cylindrical and hollow, having axial length and having radial thickness between its inner surface and outer surface; the sleeve defining a plurality of axially spaced, circumferentially extending grooves, each groove having radial depth less than the radial thickness of the sleeve, characterized in that the grooves extend from the inner surface of the sleeve.
Platform for accessing a hydraulic machine via a suction tube, this hydraulic machine belonging to an installation for converting hydraulic energy into mechanical or electrical energy, or reciprocally, this platform including: - a load-bearing element designed to slide along a longitudinal axis to enter an opening of the suction tube and including an extremity that is designed to be immobilized in the suction tube, - floor elements (270, 272, 274, 276) that are placed on the load-bearing element, at least some of the floor elements (272, 274) being articulated with the load-bearing element about axes (X2, X3) substantially parallel to the longitudinal axis and being movable in rotation about these axes (X2, X3) between a folded configuration and a deployed configuration in which they define at least a portion of a floor of the platform, characterized in that the lower surfaces of the floor elements (272, 274) carry longitudinal beams that are designed to be selectively fitted into the seats of the suction tube, said longitudinal beams including an automatic engagement mechanism which includes a rod and elastic loading means pushing the rod towards the seat of the suction tube wherein the elastic loading means are a spring that is designed to move the rod in a direction substantially parallel to the length of the longitudinal beam and oriented towards the wall of the suction tube. - a load-bearing element designed to slide along a longitudinal axis to enter an opening of the suction tube and including an extremity that is designed to be immobilized in the suction tube, - floor elements (270, 272, 274, 276) that are placed on the load-bearing element, at least some of the floor elements (272, 274) being articulated with the load-bearing element about axes (X2, X3) substantially parallel to the longitudinal axis and being movable in rotation about these axes (X2, X3) between a folded configuration and a deployed configuration in which they define at least a portion of a floor of the platform,
Device for controlling an air conditioning system of a vehicle, comprising: - an air conditioning system control selector comprising a plurality of pressure control selection zones, each control selection zone being associated with an air conditioning system control; - a digital display configured to display information about a control of the selected air conditioning system by pressing one of the control selection zones of the control selector; - a knob rotatably mounted about the control selector and configured so that rotation of the knob about the control selector changes the control information of the selected air conditioning system; - the modified information is displayed on the screen. - an air conditioning system control selector comprising a plurality of pressure control selection zones, each control selection zone being associated with an air conditioning system control; - a digital display configured to display information about a control of the selected air conditioning system by pressing one of the control selection zones of the control selector; - a knob rotatably mounted about the control selector and configured so that rotation of the knob about the control selector changes the control information of the selected air conditioning system; - the modified information is displayed on the screen.
A method for selecting and recovering products comprising the following steps: - providing an emulsion comprising a plurality of drops contained in a carrier fluid, each drop comprising an internal fluid, - measuring at least one physical parameter for several drops of the emulsion, - classifying at least some of the drops of the emulsion in a class based on measurements obtained during the measuring step, - tagging at least some of the classified drops based on the class of the drop, and - selectively recovering the drop or part of the drop using the tag of the drop or part of the drop, the internal fluid of each drop comprising a signal reagent, the tagging step comprising a step for optical activation of the signal reagent depending on the classification of the drop. - providing an emulsion comprising a plurality of drops contained in a carrier fluid, each drop comprising an internal fluid, - measuring at least one physical parameter for several drops of the emulsion, - classifying at least some of the drops of the emulsion in a class based on measurements obtained during the measuring step, - tagging at least some of the classified drops based on the class of the drop, and - selectively recovering the drop or part of the drop using the tag of the drop or part of the drop, the internal fluid of each drop comprising a signal reagent, the tagging step comprising a step for optical activation of the signal reagent depending on the classification of the drop.
An assay cartridge having a cartridge body, which defines a sample chamber the cartridge body comprising a reflecting surface and a sample indicator window, wherein the cartridge body defines an optical path from a sample in the sample chamber to the reflecting surface and from the reflecting surface to the indicator window and wherein said reflecting surface is configured to reflect light so that a side view of a sample level in said sample chamber is transmitted along the optical path via said reflecting surface to said indicator window located at the top of the cartridge body.
A method for wireless communication, comprising: receiving a set of resource indicator bits in one or more control channel elements, CCEs; determining that possible bit combinations for the set of resource indicator bits is less than available uplink control channel resources; identifying a first CCE of the one or more CCEs based at least in part on the determining; selecting an uplink control channel resource for uplink control information, UCI, transmission based at least in part on the set of resource indicator bits and the first CCE of the one or more CCEs; and transmitting the UCI using the selected uplink control channel resource. receiving a set of resource indicator bits in one or more control channel elements, CCEs; determining that possible bit combinations for the set of resource indicator bits is less than available uplink control channel resources; identifying a first CCE of the one or more CCEs based at least in part on the determining; selecting an uplink control channel resource for uplink control information, UCI, transmission based at least in part on the set of resource indicator bits and the first CCE of the one or more CCEs; and transmitting the UCI using the selected uplink control channel resource.