mhurhangee/ep-ind-claims huggingface dataset:
Process for producing on a substrate at least two adjacent arrays of wires (NT 1i, NT 2j), called chips, each chip comprising an array of light-emitting wires connected together in a given chip by a transparent conductive layer (C NT1i, C NT2i), said chips being separated from each other by a free area exempt from LED wires and from said transparent conductive layer (C NT1i, C NT2i) characterized in that it comprises the following steps: - producing, on the substrate, a plurality of individual zones for growing wires extending over an area greater than the cumulative area of said two chips (SP1, SP2); o the individual growth zones being apertures (zci a, zci) defined in a mask located on the surface of said substrate or o the individual growth zones being nucleation pads (zci b) - growing wires (NTi) from the individual growth zones; - removing wires from at least one zone forming a wire-free area (SL 0) at the substrate so as to define said at least two adjacent arrays of wires (NT 1i, NT 2j) and said wire-free area (SL 0) exempt from LED wires, said wire-free area (SL 0) comprising remaining individual growth zones (zci 0) called imprints - depositing said transparent conductive layer on each array of wires so as to electrically connect the wires of a given array of wires, each conductive layer (C NT1i) being separated from the conductive layer (C NT2i) of the neighbouring chip by said free area. - producing, on the substrate, a plurality of individual zones for growing wires extending over an area greater than the cumulative area of said two chips (SP1, SP2); o the individual growth zones being apertures (zci a, zci) defined in a mask located on the surface of said substrate or o the individual growth zones being nucleation pads (zci b) - growing wires (NTi) from the individual growth zones; - removing wires from at least one zone forming a wire-free area (SL 0) at the substrate so as to define said at least two adjacent arrays of wires (NT 1i, NT 2j) and said wire-free area (SL 0) exempt from LED wires, said wire-free area (SL 0) comprising remaining individual growth zones (zci 0) called imprints - depositing said transparent conductive layer on each array of wires so as to electrically connect the wires of a given array of wires, each conductive layer (C NT1i) being separated from the conductive layer (C NT2i) of the neighbouring chip by said free area.
A cosmetic composition containing at least one combination of (a) at least one polyphenol extracted from the vine chosen from monomers and oligomers of proanthocyanidins (OPCs), monomers and oligomers of flavan-3-ols, derivatives thereof and mixtures thereof, the polyphenol derivatives being polyphenol esters, (b) a spruce extract comprising at least one lignan chosen from: hydroxymatairesinol, secoisolariciresinol, conidendrin, lariciresinol and liovile. (a) at least one polyphenol extracted from the vine chosen from monomers and oligomers of proanthocyanidins (OPCs), monomers and oligomers of flavan-3-ols, derivatives thereof and mixtures thereof, the polyphenol derivatives being polyphenol esters, (b) a spruce extract comprising at least one lignan chosen from: hydroxymatairesinol, secoisolariciresinol, conidendrin, lariciresinol and liovile.
A computer implemented method for controlling a software defined network; the method comprising: providing one or more client portals which are configured for facilitating users controlling networked devices; generating configuration data based on input received from users via the client portals; providing a master SDN controller for managing data flow control on the SDN network; the master SDN controller being operable to generate routing data for the networked devices; generating by the master SDN controller a plurality of discrete co-controllers each associated with a particular end user; each SDN co-controller including configuration data and routing data for an associated networked device; dispatching the SDN co-controller by the master SDN controller to the networked devices associated with the respective end users for controlling thereof; installing the SDN co-controllers on the networked devices; and registering the installed SDN co-controllers with the master SDN controller for controlling the routing of data from the networked devices and for controlling the configuration of the networked devices. providing one or more client portals which are configured for facilitating users controlling networked devices; generating configuration data based on input received from users via the client portals; providing a master SDN controller for managing data flow control on the SDN network; the master SDN controller being operable to generate routing data for the networked devices; generating by the master SDN controller a plurality of discrete co-controllers each associated with a particular end user; each SDN co-controller including configuration data and routing data for an associated networked device; dispatching the SDN co-controller by the master SDN controller to the networked devices associated with the respective end users for controlling thereof; installing the SDN co-controllers on the networked devices; and registering the installed SDN co-controllers with the master SDN controller for controlling the routing of data from the networked devices and for controlling the configuration of the networked devices.
An energy generation process comprising the following steps: a) calcining a metal carbonate to produce a metal oxide and carbon dioxide; b) reacting the carbon dioxide with carbon and/or hydrocarbon to produce carbon monoxide; and c) oxidising the carbon monoxide to carbon dioxide in a fuel cell. a) calcining a metal carbonate to produce a metal oxide and carbon dioxide; b) reacting the carbon dioxide with carbon and/or hydrocarbon to produce carbon monoxide; and c) oxidising the carbon monoxide to carbon dioxide in a fuel cell.
A method for producing a saccharide polycondensate or a reduced product thereof, which comprises polycondensing one or more saccharides or derivatives thereof using activated carbon as catalyst.
System for controlling a function of a vehicle, comprising: - a receiving circuit designed to transpose a received signal to a predetermined frequency; - an analogue-to-digital converter designed to convert the transposed signal into a digital signal; - a processing circuit designed to receive said digital signal and to determine a phase of the received signal on the basis of said digital signal; - a processor designed to obtain, as first phase value (Φ 1), the phase determined by the processing circuit when the received signal is at a first frequency and, as second phase value (Φ 2), the phase determined by the processing circuit when the received signal is at a second frequency distinct from the first frequency, and to control said function only if a value dependent on the difference between the first phase value (Φ 1) and the second phase value (Φ 2) is below a predetermined threshold. - a receiving circuit designed to transpose a received signal to a predetermined frequency; - an analogue-to-digital converter designed to convert the transposed signal into a digital signal; - a processing circuit designed to receive said digital signal and to determine a phase of the received signal on the basis of said digital signal; - a processor designed to obtain, as first phase value (Φ 1), the phase determined by the processing circuit when the received signal is at a first frequency and, as second phase value (Φ 2), the phase determined by the processing circuit when the received signal is at a second frequency distinct from the first frequency, and to control said function only if a value dependent on the difference between the first phase value (Φ 1) and the second phase value (Φ 2) is below a predetermined threshold.
An organic light emitting display device, comprising: unit pixel regions arranged on a substrate, each of the unit pixel regions including an emission region and a non-emission region; a pixel electrode disposed at least in the emission region; a pillar disposed between emission regions of adjacent unit pixel regions that emit same-colored light, the pillar protruding upward further than the pixel electrode; an emission layer disposed on the pixel electrode; and an opposite electrode disposed on the emission layer, wherein the width of the pillar is equal to or smaller than a width (Ew) of the emission region, and characterized in that the unit pixel regions including red unit pixel regions, green unit pixel regions, and blue unit pixel regions being arranged in a matrix shape, the matrix comprising row of unit pixel regions of alternating colors (R, G, B) and columns of unit pixel regions of the same color, and in that the pillar has a height of 1 μm. unit pixel regions arranged on a substrate, each of the unit pixel regions including an emission region and a non-emission region; a pixel electrode disposed at least in the emission region; a pillar disposed between emission regions of adjacent unit pixel regions that emit same-colored light, the pillar protruding upward further than the pixel electrode; an emission layer disposed on the pixel electrode; and an opposite electrode disposed on the emission layer,
An optical fingerprint identification apparatus applied to an electronic device having a display screen and a cover glass for protecting the display screen, comprising: at least one non-visible light source, configured to emit non-visible light to a human finger to provide excitation light for fingerprint identification; an optical component, disposed under a fingerprint detecting area of the display screen, and configured to receive signal light scattered and reflected by the human finger; and a fingerprint sensor, disposed under the optical component, and configured to perform imaging based on the signal light passing through the optical component, wherein a working wave band of the fingerprint sensor is corresponding to a light emitting wave band of the non-visible light source; wherein the optical fingerprint identification apparatus includes more than one non-visible light sources, each the non-visible light source has a light emitting wave band, and the more than one non-visible light sources adopt different light emitting wave bands, in addition to increasing the illumination intensity, the finger is imaged in different wave bands to obtain different imaging features; wherein the more than one non-visible light sources are disposed on a left side and a right side of a universal serial bus, USB, interface and the USB interface is disposed at a central position of a lower area of the electronic device, and the display screen and the non-visible light sources are disposed side by side under the cover glass. at least one non-visible light source, configured to emit non-visible light to a human finger to provide excitation light for fingerprint identification; an optical component, disposed under a fingerprint detecting area of the display screen, and configured to receive signal light scattered and reflected by the human finger; and a fingerprint sensor, disposed under the optical component, and configured to perform imaging based on the signal light passing through the optical component, wherein a working wave band of the fingerprint sensor is corresponding to a light emitting wave band of the non-visible light source; wherein the optical fingerprint identification apparatus includes more than one non-visible light sources, each the non-visible light source has a light emitting wave band, and the more than one non-visible light sources adopt different light emitting wave bands, in addition to increasing the illumination intensity, the finger is imaged in different wave bands to obtain different imaging features; wherein the more than one non-visible light sources are disposed on a left side and a right side of a universal serial bus, USB, interface and the USB interface is disposed at a central position of a lower area of the electronic device, and the display screen and the non-visible light sources are disposed side by side under the cover glass.
A sheet conveying device comprising: a conveying section (18, 19) operable to convey a sheet; a blocking member operable to rotate in a predetermined rotating direction and having a blocking surface with which a leading end of the sheet that is being conveyed by the conveying section (18, 19) comes into contact for obliquity correction; and positioning means operable to position the blocking member to be in a standby position and including a spring which is operable to apply force to the blocking member so as to position the blocking member in the standby position, wherein the blocking member is operable to rotate in the predetermined rotating direction from the standby position by being pushed by the leading end of the sheet that is being conveyed by the conveying section (18, 19) against the force applied by the spring of the positioning means, and wherein the blocking member is operable to rotate in a sheet-passage-allowing orientation in which the sheet is allowed to pass, and, when a trailing end of the sheet that is being conveyed passes the blocking member, the blocking member is operable to rotate from the sheet-passage-allowing orientation in the predetermined rotating direction to the standby position by the force applied by the spring of the positioning means. a conveying section (18, 19) operable to convey a sheet; a blocking member operable to rotate in a predetermined rotating direction and having a blocking surface with which a leading end of the sheet that is being conveyed by the conveying section (18, 19) comes into contact for obliquity correction; and positioning means operable to position the blocking member to be in a standby position and including a spring which is operable to apply force to the blocking member so as to position the blocking member in the standby position,
Wheel for a vehicle window wiper drive system, said wheel being made of a non-conductive material and comprising friction tracks for sliders (200a, 200b) and electrical contact means (300,400), a first and a second electrical contact means (300, 310a, 310b, 410, 411) of said electrical contact means being in electrical continuity, the first and the second electrical contact means, arranged on a first and a second friction tracks respectively and being adapted to come into contact with a respective slider (200a, 200b), said wheel being characterized in that the angular extension (α) of said electrical contact means in the plane of the wheel is strictly less than 360° and said electrical contact means being situated on a face of the wheel intended to receive a linkage (603, 604).
Method for adjusting a speed range of an electric motor up to a physically maximum possible speed, characterised by the following steps: - implementing a number of measurements of a measured variable (Uv), which is indicative of an electromotive force (Ev) of the electric motor within a predetermined period of time; - determining the number (Zsum) of measurements performed within the predetermined period of time, - adjusting a counter value (Zevent) as a function of the determined number (Zsum) and - adjusting a maximum permissible speed (Nmax) of the electric motor, as a function of the counter value (Zevent). - implementing a number of measurements of a measured variable (Uv), which is indicative of an electromotive force (Ev) of the electric motor within a predetermined period of time; - determining the number (Zsum) of measurements performed within the predetermined period of time, - adjusting a counter value (Zevent) as a function of the determined number (Zsum) and - adjusting a maximum permissible speed (Nmax) of the electric motor, as a function of the counter value (Zevent).
A physical-layer-based handover method, which is applied to a network side physical layer, is characterized by: generating handover signaling, wherein the handover signaling carries a signaling type identifier and a cell destination identifier that are used for handover, the cell destination identifier identifies a cell to which a mobile terminal is to be handed over and includes at least one of a pilot spreading code, a transmit port number, an index corresponding to the pilot spreading code, and a scrambling code, and the handover signaling is an high-speed shared control channel, HS-SCCH, order or specific HS-SCCH signaling; and sending the handover signaling to a physical layer of the mobile terminal, so that the mobile terminal executes handover to the cell identified by the cell destination identifier according to the handover signaling. generating handover signaling, wherein the handover signaling carries a signaling type identifier and a cell destination identifier that are used for handover, the cell destination identifier identifies a cell to which a mobile terminal is to be handed over and includes at least one of a pilot spreading code, a transmit port number, an index corresponding to the pilot spreading code, and a scrambling code, and the handover signaling is an high-speed shared control channel, HS-SCCH, order or specific HS-SCCH signaling; and sending the handover signaling to a physical layer of the mobile terminal, so that the mobile terminal executes handover to the cell identified by the cell destination identifier according to the handover signaling.
An apparatus comprising in series: a first folding means for folding a napkin along a first fold; adhesive applying means operable to apply a line of adhesive parallel to the first fold onto a first surface of said napkin; and a second folding means for folding said napkin along a second fold perpendicular to said first fold such that a first adhesive portion and a second adhesive portion of said line of adhesive are brought into engagement with each other; wherein said adhesive is of a type that will allow said first and said second adhesive portions to separate and allow said napkin to be adhered to an object. a first folding means for folding a napkin along a first fold; adhesive applying means operable to apply a line of adhesive parallel to the first fold onto a first surface of said napkin; and a second folding means for folding said napkin along a second fold perpendicular to said first fold such that a first adhesive portion and a second adhesive portion of said line of adhesive are brought into engagement with each other; wherein said adhesive is of a type that will allow said first and said second adhesive portions to separate and allow said napkin to be adhered to an object.
A mineral wool substrate comprising at least one coated surface, wherein a cured/dried composition has been applied to the at least one surface and the cured/dried composition is a cured/dried paint composition, that comprises fibres and a binder, wherein said fibres are man-made vitreous fibres selected from the group of glass fibres, rock fibres, stone fibres, slag fibres or ceramic fibres or any combination thereof.
A tubular electric motor comprising: - a rotor adapted to rotate and comprising at least one magnet; - a stator bridging a plurality of coils and having a central recess to allow a rotation of said rotor within said stator; - a braking system of said electric motor, this braking system comprising: - switching means coupled to said plurality of coils and - control means adapted to control said switching means to short-circuit each of the coils of said plurality of coils; - characterized in that said braking system further comprises magnetic braking means consisting of additional permanent magnets integral with a portion of the rotor and magnetically coupled to permanent magnets integral with a portion of the stator. - a rotor adapted to rotate and comprising at least one magnet; - a stator bridging a plurality of coils and having a central recess to allow a rotation of said rotor within said stator; - a braking system of said electric motor, - switching means coupled to said plurality of coils and - control means adapted to control said switching means to short-circuit each of the coils of said plurality of coils; - characterized in that said braking system further comprises magnetic braking means consisting of additional permanent magnets integral with a portion of the rotor and magnetically coupled to permanent magnets integral with a portion of the stator.
A hairdressing salon comprising at least one styling station, which is embodied in a room, wherein the room is arranged in a mobile structure, which can be displaced by means of a lifting tool, characterized in that the mobile structure has at least one window.
A method for producing a plastic load carrier (1, 4) which consists at least partially of one or more recycled plastics, each recycled plastic being provided as a homogeneous new-product substitute, wherein starting plastic material is firstly shredded and reduced to shavings and the load carrier (1, 4) is lastly produced by thermoforming and/or injection moulding, characterised in that, after the shredding of the starting plastic material, the shavings are washed and classified, wherein each recycled material is provided as a new-product substitute from which foreign material has been removed by reducing any foreign materials in the recycled plastic to a proportion of less than 1 % by weight.
A method for delivering web content to a communication device, comprising: communicating a subscription request for an internet browser channel service to a server, the server being in communication with a trusted third-party web content provider having pre-approved permission to push web content to the communication device through the internet browser channel; wherein the communicating comprises uniquely identifying the trusted third-party web content provider with an assignable unique internet browser channel identification; and displaying, in response to the communicating step, a pushed web content service icon associated with the internet browser channel on a display of the communication device, the pushed web content service icon changing appearance between a first state indicating availability of new web content pushed to the communication device through the server from the trusted third-party web content provider, and a second state indicating unavailability of new web content. communicating a subscription request for an internet browser channel service to a server, the server being in communication with a trusted third-party web content provider having pre-approved permission to push web content to the communication device through the internet browser channel; wherein the communicating comprises uniquely identifying the trusted third-party web content provider with an assignable unique internet browser channel identification; and displaying, in response to the communicating step, a pushed web content service icon associated with the internet browser channel on a display of the communication device, the pushed web content service icon changing appearance between a first state indicating availability of new web content pushed to the communication device through the server from the trusted third-party web content provider, and a second state indicating unavailability of new web content.