mhurhangee/ep-ind-claims huggingface dataset:
A connector assembly, comprising: a shell; an insulator held by the shell; a center contact held by the insulator, the center contact having a terminating segment at an end thereof; and a compound dielectric surrounding the terminating segment, the compound dielectric positioned between the terminating segment and the shell, the compound dielectric comprising, a first dielectric layer at least partially surrounding the terminating segment of the center contact; and a second dielectric layer at least partially surrounding the first dielectric layer; wherein the second dielectric layer has a different dielectric constant than a dielectric constant of the first layer, characterised in that the connector assembly further includes a third dielectric layer at least partially surrounding the second dielectric layer and the terminating segment of the center contact, the third dielectric layer having a dielectric constant different than the dielectric constant of the second dielectric layer. a shell; an insulator held by the shell; a center contact held by the insulator, the center contact having a terminating segment at an end thereof; and a compound dielectric surrounding the terminating segment, the compound dielectric positioned between the terminating segment and the shell, the compound dielectric comprising, a first dielectric layer at least partially surrounding the terminating segment of the center contact; and a second dielectric layer at least partially surrounding the first dielectric layer; wherein the second dielectric layer has a different dielectric constant than a dielectric constant of the first layer, characterised in that the connector assembly further includes a third dielectric layer at least partially surrounding the second dielectric layer and the terminating segment of the center contact, the third dielectric layer having a dielectric constant different than the dielectric constant of the second dielectric layer.
A supporting member for diffusion plate, mountable between a backplane and a diffusion plate, comprising: a fixing portion and a supporting portion; the fixing portion being securable to the backplane; the supporting portion connecting the fixing portion and extending opposite from the fixing portion; the supporting portion being adapted for contacting and elastically supporting the diffusion plate; wherein the supporting portion comprises: a supporting plate and one or more reinforcing ribs; the supporting plate connects the fixing portion and extends opposite from the fixing portion; the reinforcing rib connects the junction of the fixing portion and the supporting plate to improve the supporting of the supporting plate; characterized in that a portion of the supporting plate between the top end of the supporting plate and the connecting position of the reinforcing rib and the supporting plate defines an elastic deformation portion; when the supporting portion being pressed by a force from the extending direction, the elastic deformation portion causes an elastic deformation to allow the supporting portion shortening along the extending direction. a fixing portion and a supporting portion; the fixing portion being securable to the backplane; the supporting portion connecting the fixing portion and extending opposite from the fixing portion; the supporting portion being adapted for contacting and elastically supporting the diffusion plate; wherein the supporting portion comprises: a supporting plate and one or more reinforcing ribs; the supporting plate connects the fixing portion and extends opposite from the fixing portion; the reinforcing rib connects the junction of the fixing portion and the supporting plate to improve the supporting of the supporting plate; characterized in that a portion of the supporting plate between the top end of the supporting plate and the connecting position of the reinforcing rib and the supporting plate defines an elastic deformation portion; when the supporting portion being pressed by a force from the extending direction, the elastic deformation portion causes an elastic deformation to allow the supporting portion shortening along the extending direction.
Method for producing a fluid line for a fluid, comprising a base body with at least one layer (5, 6, 7, 8) consisting of plastic, characterized in that at least one sheathing layer which is designed as a heat-protection layer is applied to the base body, wherein the sheathing layer has at least one heat-insulating layer and at least one metallic heat-conducting layer, wherein the heat-conducting layer comprises a plastic foil sheet wrapped around the base body and a metal layer applied to the plastic foil sheet before wrapping around the base body, or wherein the heat-conducting layer comprises at least one metal wire wrapped around the base body, wherein the at least one metal wire is provided with a coating before wrapping around the base body.
A coating solution comprising a plurality of silver nanostructures, wherein with regard to the diameter of the silver nanostructures, at least one of the following two criteria is fulfilled: (i) more than 80% of the silvernanostructures with aspect ratios of at least 3 are less than 25 nm in diameter, and (ii) the silvernanostructures with aspect ratios of at least 3 have a mean diameter of between 21 and 23 nm and a standard deviation in the range of 3 to 4 nm, and wherein with regard to the length of the silver nanostructures, at least one of the following two criteria is fulfilled: (iii) the silver nanostructures with aspect ratios of at least 3 have a mean length of 12-20 μm, and a standard deviation of 6 to 8 μm, and (iv) more than 85% of the silver nanostructures with aspect ratios of at least 3 have a length within 5-25 μm. (i) more than 80% of the silvernanostructures with aspect ratios of at least 3 are less than 25 nm in diameter, and (ii) the silvernanostructures with aspect ratios of at least 3 have a mean diameter of between 21 and 23 nm and a standard deviation in the range of 3 to 4 nm, and wherein with regard to the length of the silver nanostructures, at least one of the following two criteria is fulfilled: (iii) the silver nanostructures with aspect ratios of at least 3 have a mean length of 12-20 μm, and a standard deviation of 6 to 8 μm, and (iv) more than 85% of the silver nanostructures with aspect ratios of at least 3 have a length within 5-25 μm.
A lighting device comprising: a plurality of surface light source panels disposed to be mutually adjoining in two dimensions; and a plurality of light diffusion passive reflectors including a side surface and a light-emitting surface, a bottom surface being disposed on a surface of a light emitting region in each of the surface light source panels, the side surface acting as a reflection mirror surface formed to incline towards a diagonal outside at a side of a light-emitting direction from the bottom surface, the light-emitting surface emitting an emitted light from the light emitting region and a reflected light from the side surface, wherein a plurality of the light diffusion passive reflectors is disposed to be mutually adjoining without a gap in between and to form a continuous face, wherein a plurality of the surface light source panels are provided along with a plurality of electrode plates mutually connected so as to allow each of the electrode plates to bend with respect to each another, and can be bent at a boundary part therebetween in synchronization with the bending movement of the respective electrode plate. a plurality of surface light source panels disposed to be mutually adjoining in two dimensions; and a plurality of light diffusion passive reflectors including a side surface and a light-emitting surface, a bottom surface being disposed on a surface of a light emitting region in each of the surface light source panels, the side surface acting as a reflection mirror surface formed to incline towards a diagonal outside at a side of a light-emitting direction from the bottom surface, the light-emitting surface emitting an emitted light from the light emitting region and a reflected light from the side surface, wherein a plurality of the light diffusion passive reflectors is disposed to be mutually adjoining without a gap in between and to form a continuous face, wherein a plurality of the surface light source panels are provided along with a plurality of electrode plates mutually connected so as to allow each of the electrode plates to bend with respect to each another, and can be bent at a boundary part therebetween in synchronization with the bending movement of the respective electrode plate.
An electrically conductive article, comprising: a visible light transparent substrate; a first conductive micropattern comprising linear traces defining a first open mesh of a repeating cell geometry disposed on or in the visible light transparent substrate, and a second conductive micropattern comprising linear traces defining a second open mesh of a repeating cell geometry electrically isolated from the first conductive micropattern; wherein the second conductive micropattern overlays the first conductive micropattern, wherein at least a portion of the second conductive micropattern has a different cell geometry from the cell geometry of the first conductive micropattern; and/or wherein at least a portion of the second conductive micropattern has a different cell dimension from the cell dimension of the first conductive micropattern; wherein the cell geometry of the first conductive micropattern and/or the second conductive micropattern comprises cells, which are defined by wavy or irregular linear traces. a visible light transparent substrate; a first conductive micropattern comprising linear traces defining a first open mesh of a repeating cell geometry disposed on or in the visible light transparent substrate, and a second conductive micropattern comprising linear traces defining a second open mesh of a repeating cell geometry electrically isolated from the first conductive micropattern; wherein the second conductive micropattern overlays the first conductive micropattern, wherein at least a portion of the second conductive micropattern has a different cell geometry from the cell geometry of the first conductive micropattern; and/or wherein at least a portion of the second conductive micropattern has a different cell dimension from the cell dimension of the first conductive micropattern; wherein the cell geometry of the first conductive micropattern and/or the second conductive micropattern comprises cells, which are defined by wavy or irregular linear traces.
A method for downloading ticketing keys from a secure access module to a ticket read and write module intended to equip front office equipment, the secure access module and the read and write module sharing at least one secret key K abi, said method comprising the following steps: (a) storing a digital certificate in the secure access module, said digital certificate having been formed by a certification authority on the basis of identification data of said front office equipment; (b) functionally connecting said secure access module with said front office equipment; (c) mutually authenticating said read and write module and said secure access module with at least the shared secret key K abi, (d) said secure access module transmitting, if the mutual authentication is successful, the ticketing keys to said read and write module. (a) storing a digital certificate in the secure access module, said digital certificate having been formed by a certification authority on the basis of identification data of said front office equipment; (b) functionally connecting said secure access module with said front office equipment; (c) mutually authenticating said read and write module and said secure access module with at least the shared secret key K abi, (d) said secure access module transmitting, if the mutual authentication is successful, the ticketing keys to said read and write module.
A method for producing an organic transistor, the method comprising steps of: - providing a first electrode on a substrate, - generating a source-drain insulator assigned at least partially to the substrate and/or at least partially to the first electrode, - generating a second electrode assigned to the source-drain insulator, the first and second electrodes providing for a drain electrode and a source electrode, - depositing an organic semiconducting layer on the first electrode, the second electrode, and the source-drain insulator, - generating a gate insulator assigned to the organic semiconducting layer, and - providing a gate electrode assigned to the gate insulator, - generating a second-electrode layer assigned to the second electrode prior to depositing the organic semiconducting layer such that the second electrode is at least partially covered by the second-electrode layer, wherein the second-electrode layer is a doping layer made of a dopant material, and - generating a first-electrode layer assigned to the first electrode prior to depositing the organic semiconducting layer such that the first electrode is at least partially covered by the first-electrode layer, characterized in that the first-electrode layer is a doping layer made of a further dopant material different from the dopant material. - providing a first electrode on a substrate, - generating a source-drain insulator assigned at least partially to the substrate and/or at least partially to the first electrode, - generating a second electrode assigned to the source-drain insulator, the first and second electrodes providing for a drain electrode and a source electrode, - depositing an organic semiconducting layer on the first electrode, the second electrode, and the source-drain insulator, - generating a gate insulator assigned to the organic semiconducting layer, and - providing a gate electrode assigned to the gate insulator, - generating a second-electrode layer assigned to the second electrode prior to depositing the organic semiconducting layer such that the second electrode is at least partially covered by the second-electrode layer, wherein the second-electrode layer is a doping layer made of a dopant material, and - generating a first-electrode layer assigned to the first electrode prior to depositing the organic semiconducting layer such that the first electrode is at least partially covered by the first-electrode layer, characterized in that the first-electrode layer is a doping layer made of a further dopant material different from the dopant material.
A method for positioning an end effector relative to a fuselage assembly, the method comprising: identifying fuselage target locations for fuselage laser targets attached to the interior or exterior of the fuselage assembly to thereby determine a configuration of the fuselage assembly; positioning the end effector relative to the fuselage assembly based on the configuration determined; defining a set of reference points, each reference point being a point on a reference fastener located at a reference location on the fuselage assembly; identifying a set of actual reference locations for the set of reference points on the fuselage assembly, each of the set of actual reference locations being a computed value of each of the set of reference points with respect to the configuration; and positioning the end effector at an operation location based on the set of actual reference locations identified. identifying fuselage target locations for fuselage laser targets attached to the interior or exterior of the fuselage assembly to thereby determine a configuration of the fuselage assembly; positioning the end effector relative to the fuselage assembly based on the configuration determined; defining a set of reference points, each reference point being a point on a reference fastener located at a reference location on the fuselage assembly; identifying a set of actual reference locations for the set of reference points on the fuselage assembly, each of the set of actual reference locations being a computed value of each of the set of reference points with respect to the configuration; and positioning the end effector at an operation location based on the set of actual reference locations identified.
Detection circuit comprising: - a photodiode having a first terminal receiving a photodetector potential (SubPV) and a second terminal, - a readout module configured to apply a reference voltage (VREF) on its input terminal and to convert an observed scene into an analysable representative signal, detection circuit characterized in that it comprises: - a transistor arranged to connect the second terminal of the photodiode to the input terminal of the readout module, the photodiode being reverse biased in a predefined range between its first terminal and its second terminal by means of the photodetector potential (SubPV) and the reference voltage (V REF) when the transistor is passing, the photodiode delivering a current representative of an observed scene, - a voltage source applying an operating potential (V POL) to a control electrode of the transistor, the operating potential (V POL) being defined with respect to the reference voltage (V REF) in such a way that when the readout module applies a threshold voltage to its input terminal deviating from the reference voltage (V REF) and no longer ensuring the reverse biasing of the photodiode in the predefined range and tending towards forward biasing of the photodiode, the transistor is turned off, the transistor being turned on in the other cases. - a photodiode having a first terminal receiving a photodetector potential (SubPV) and a second terminal, - a readout module configured to apply a reference voltage (VREF) on its input terminal and to convert an observed scene into an analysable representative signal, - a transistor arranged to connect the second terminal of the photodiode to the input terminal of the readout module, the photodiode being reverse biased in a predefined range between its first terminal and its second terminal by means of the photodetector potential (SubPV) and the reference voltage (V REF) when the transistor is passing, the photodiode delivering a current representative of an observed scene, - a voltage source applying an operating potential (V POL) to a control electrode of the transistor, the operating potential (V POL) being defined with respect to the reference voltage (V REF) in such a way that when the readout module applies a threshold voltage to its input terminal deviating from the reference voltage (V REF) and no longer ensuring the reverse biasing of the photodiode in the predefined range and tending towards forward biasing of the photodiode, the transistor is turned off, the transistor being turned on in the other cases.
An optical cosmetic device for body hair, comprising: an optical system (34, 37) that emits cosmetic light for body hair, wherein an intensity integral of the cosmetic light for body hair is larger in a wavelength range of 400 to 700 nm than in a wavelength range of 700 to 1200 nm, and an intensity integral of the cosmetic light for body hair is smaller in a wavelength range of 400 to 500 nm than in a wavelength range of 500 to 600 nm, characterized in that the intensity integral of cosmetic light for body hair is larger in a wavelength range of 500 to 530 nm than in a wavelength range of 570 to 600 nm. an optical system (34, 37) that emits cosmetic light for body hair, wherein an intensity integral of the cosmetic light for body hair is larger in a wavelength range of 400 to 700 nm than in a wavelength range of 700 to 1200 nm, and an intensity integral of the cosmetic light for body hair is smaller in a wavelength range of 400 to 500 nm than in a wavelength range of 500 to 600 nm, characterized in that the intensity integral of cosmetic light for body hair is larger in a wavelength range of 500 to 530 nm than in a wavelength range of 570 to 600 nm.
An armouring element for a structure, such as a vehicle, and comprising a case integral with the structure and enclosing at least two passive or reactive armouring modules, separated by a layer of shock-absorbing material, the case containing two fixed lateral walls (2a, 2b) parallel to one another and integral with a back wall intended to be positioned on the structure, armouring element wherein the armouring modules are mounted sliding on slides integral with the lateral walls (2a, 2b) of the case, and wherein they may thus be individually introduced or removed from the case via a front opening positioned opposite the back wall and delimited by the lateral walls (2a, 2b), stop means ensuring the retention of each module with respect to the walls (2a, 2b)when it is put into place on the walls.
A moving body position detection system comprising: a position identification unit that identifies a plurality of current position candidates of a moving body; a dead reckoning navigation information acquisition unit that acquires dead reckoning navigation information including a direction (θ1) of the moving body; a position prediction unit that predicts for each current position candidate a predicted position as an updated position of the current position at which the moving body is to arrive after an elapse of a predetermined interval from the identified current position candidate of the moving body in a forward direction of the traveling direction of the moving body and on a link between points of map information from a data base; a direction angle calculation unit (S6, S7) that calculates for each current position candidate a difference direction angle that is an angular difference between a direction (θ2) from the respective current position candidate of the moving body, identified by the position identification unit, to the predicted position and the direction (θ1) of the moving body and a position update unit that updates a current position of the moving body with the value of the most likely current position candidate, identified as the current position candidate associated with the smallest difference direction angle. a position identification unit that identifies a plurality of current position candidates of a moving body; a dead reckoning navigation information acquisition unit that acquires dead reckoning navigation information including a direction (θ1) of the moving body; a position prediction unit that predicts for each current position candidate a predicted position as an updated position of the current position at which the moving body is to arrive after an elapse of a predetermined interval from the identified current position candidate of the moving body in a forward direction of the traveling direction of the moving body and on a link between points of map information from a data base; a direction angle calculation unit (S6, S7) that calculates for each current position candidate a difference direction angle that is an angular difference between a direction (θ2) from the respective current position candidate of the moving body, identified by the position identification unit, to the predicted position and the direction (θ1) of the moving body and a position update unit that updates a current position of the moving body with the value of the most likely current position candidate, identified as the current position candidate associated with the smallest difference direction angle.