mhurhangee/patent-ind-claim-en huggingface dataset:
A display device, comprising: a substrate ; a light-emitting element disposed on the substrate; an encapsulation stack disposed on the light-emitting element; at least one layer of dielectric film (112; 114; 116) disposed between the substrate and the encapsulation stack; a first plurality of touch electrodes arranged on the encapsulation stack in a first direction; and a second plurality of touch electrodes arranged on the encapsulation stack in a second direction, the second direction orthogonal to the first direction, wherein each one of the first and second plurality of touch electrodes includes a first conductive layer and a second conductive layer , the first conductive layer comprising an opaque conductive layer, the second conductive layer comprising a crystalline transparent conductive layer, the first conductive layer being disposed under the crystalline transparent conductive layer, wherein the first conductive layer has a higher conductivity than the second conductive layer. a substrate ; a light-emitting element disposed on the substrate; an encapsulation stack disposed on the light-emitting element; at least one layer of dielectric film (112; 114; 116) disposed between the substrate and the encapsulation stack; a first plurality of touch electrodes arranged on the encapsulation stack in a first direction; and a second plurality of touch electrodes arranged on the encapsulation stack in a second direction, the second direction orthogonal to the first direction, wherein each one of the first and second plurality of touch electrodes includes a first conductive layer and a second conductive layer , the first conductive layer comprising an opaque conductive layer, the second conductive layer comprising a crystalline transparent conductive layer, the first conductive layer being disposed under the crystalline transparent conductive layer, wherein the first conductive layer has a higher conductivity than the second conductive layer.
Apparatus for additively manufacturing of three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an irradiation device comprising at least two irradiation elements (4 - 8) arranged as an irradiation array , in particular on at least one common irradiation element carrier , wherein each irradiation element (4 - 8) is adapted to emit an energy beam (11 - 15) guidable or guided along an, in particular at least partially curved, energy beam path (17 - 21) in the build plane , wherein the irradiation array is moveable relative to the build plane , wherein a control unit is provided that is adapted to control an energy input into at least one energy beam path (17 - 21) and/or the spot size of at least one energy beam (11 -15) emitted by at least one irradiation element (4 - 8) based on at least one parameter relating to an at least partially curved section of at least one energy beam path (17 - 21), wherein the apparatus further comprises a carrying device carrying build material arranged in a build plane of the apparatus , wherein the carrying device is adapted to pivotably move the build plane relative to at least one irradiation element (4 - 8) of the irradiation array .
A fan having at least one blower , at least one heater battery , and at least one fan motor , wherein the fan comprises at least two separate inflow regions and at least one outflow region , characterized in that the fan motor and the at least one heater battery are arranged in parallel with one another in the flow direction such that the inflowing mixed air is split into parallel air flows of which at least one is conducted via a heater battery and one of which is conducted spaced apart from and past the fan motor so that, on the one hand, air heated by the heater battery (2/2') and, on the other hand, air only conducted via the fan motor flow into the fan .
A method for automatically detecting the intactness of ground electrodes in the bath of an induction furnace that has an induction furnace jacket with a refractory lining and an induction coil surrounding the jacket as well as a ground fault detector with at least one bath ground electrode in the lower part of the refractory lining that extends through the furnace bottom and is in connection with the bath melt, comprising the following steps: Applying a low DC or AC current to an additional insulated electrode extending through the furnace bottom and in connection with the bath melt, the current flowing from this electrode through the bath melt to the at least one bath ground electrode to ground, after melting of the charge, measuring this current and comparing the measured current with a reference value, and generating an alarm signal indicating a defect of the bath ground electrode when the magnitude of the current drops below the reference value. Applying a low DC or AC current to an additional insulated electrode extending through the furnace bottom and in connection with the bath melt, the current flowing from this electrode through the bath melt to the at least one bath ground electrode to ground, after melting of the charge, measuring this current and comparing the measured current with a reference value, and generating an alarm signal indicating a defect of the bath ground electrode when the magnitude of the current drops below the reference value.
A system for masking active motor noise from white goods , wherein the system comprises: means configured to determine a loading condition of the white goods ; means configured to predict periodic active motor noise that is generated according to the loading condition by the white goods ; means configured to predict a rhythm from the predicted periodic active motor noise ; means configured to download from internet or from a system memory original music with a similar rhythm to the predicted periodic active motor noise ; means configured to remove a rhythmic background from the original music to obtain plain music ; and a speaker configured to play the plain music , whereby the active motor noise and the plain music are combined together in air to create less annoying sound . means configured to determine a loading condition of the white goods ; means configured to predict periodic active motor noise that is generated according to the loading condition by the white goods ; means configured to predict a rhythm from the predicted periodic active motor noise ; means configured to download from internet or from a system memory original music with a similar rhythm to the predicted periodic active motor noise ; means configured to remove a rhythmic background from the original music to obtain plain music ; and a speaker configured to play the plain music , whereby the active motor noise and the plain music are combined together in air to create less annoying sound .
A heliport system , comprising: a helipad including a VTOL maintenance device configured to obtain maintenance data from a VTOL, a helipad controller , and a transport mechanism operably coupled to the helipad and the helipad controller , the system being characterised in that : the helipad includes: a VTOL fueling mechanism configured to provide the VTOL with combustible fuel or electricity; the helipad controller is operably coupled to the helipad , and includes: a helipad routing module adapted to determine a destination of the helipad and a route to the destination, a VTOL maintenance module adapted to receive the maintenance data from the VTOL maintenance device and generate an alert based upon the maintenance data, and a VTOL fueling module configured to control the amount of combustible fuel or electricity delivered to the VTOL aircraft by the fueling mechanism ; and the transport mechanism is configured to transport the VTOL to the destination along the route . a helipad including a VTOL maintenance device configured to obtain maintenance data from a VTOL, a helipad controller , and a transport mechanism operably coupled to the helipad and the helipad controller , the system being characterised in that : the helipad includes: a VTOL fueling mechanism configured to provide the VTOL with combustible fuel or electricity; the helipad controller is operably coupled to the helipad , and includes: a helipad routing module adapted to determine a destination of the helipad and a route to the destination, a VTOL maintenance module adapted to receive the maintenance data from the VTOL maintenance device and generate an alert based upon the maintenance data, and a VTOL fueling module configured to control the amount of combustible fuel or electricity delivered to the VTOL aircraft by the fueling mechanism ; and a helipad routing module adapted to determine a destination of the helipad and a route to the destination, a VTOL maintenance module adapted to receive the maintenance data from the VTOL maintenance device and generate an alert based upon the maintenance data, and a VTOL fueling module configured to control the amount of combustible fuel or electricity delivered to the VTOL aircraft by the fueling mechanism ; and the transport mechanism is configured to transport the VTOL to the destination along the route .
An air turbulence analysis system , comprising: an air turbulence control unit that is configured to receive a position signal from an aircraft within an air space , wherein the air turbulence control unit determines a location of air turbulence within the air space based on the position signal, characterized in that the aircraft includes flight controls in communication with a communication device , the flight controls being configured to output flight control signals via the communication device , and wherein the air turbulence control unit is configured to receive the flight control signals from the aircraft , and wherein the air turbulence control unit analyzes the flight control signals to assess the location of the air turbulence. an air turbulence control unit that is configured to receive a position signal from an aircraft within an air space , wherein the air turbulence control unit determines a location of air turbulence within the air space based on the position signal, characterized in that the aircraft includes flight controls in communication with a communication device , the flight controls being configured to output flight control signals via the communication device , and wherein the air turbulence control unit is configured to receive the flight control signals from the aircraft , and wherein the air turbulence control unit analyzes the flight control signals to assess the location of the air turbulence.
Apparatus for roasting coffee beans comprising : - a roasting chamber , - an air driver configured to drive air inside the roasting chamber through a bottom opening of said chamber, - a heater configured to heat air driven inside the roasting chamber, - a chaff collector connected to the roasting chamber through a first channel , - at least one collector for fully roasted beans connected to the roasting chamber through at least one second channel , characterised in that said apparatus comprises a distributing device configured to open either the first channel to the chaff collector only or the at least one second channel to the at least one beans collector only. - a roasting chamber , - an air driver configured to drive air inside the roasting chamber through a bottom opening of said chamber, - a heater configured to heat air driven inside the roasting chamber, - a chaff collector connected to the roasting chamber through a first channel , - at least one collector for fully roasted beans connected to the roasting chamber through at least one second channel ,
A wheel holder for a bicycle carrier for a vehicle, said wheel holder being configured to receive and retain a wheel having a rim, said wheel holder comprising at least one body having at least one wheel receiving surface , a first plane (P1) being aligned with a rotation plane (PL) of said wheel of said bicycle after said wheel has been mounted to said wheel holder , at least one fastening member adapted to retain said wheel of said bicycle to said at least one wheel receiving surface of said body , said fastening member having a released position in which said wheel can be positioned in said wheel holder and a secured position in which said wheel holder is retaining said wheel , said fastening member is formed by a strap , and said wheel holder further comprises a strap lock , characterized in that at least one fastening member is adapted to extend in a diagonal direction across said first plane (P1) and said rim of said wheel when positioned in said secured position.
A system for creating an image in the air, consisting of at least two unmanned aerial vehicles , wherein each aerial vehicle comprises a propulsion unit for enabling the aerial vehicle to fly in the air, a data processing unit , and a communication unit , wherein the data processing unit is adapted to control a position or a temporal sequence of positions of the aerial vehicle in the air based on positional information and for receiving and/or transmitting the positional information by means of the communication unit in real time, and wherein at least one first aerial vehicle comprises a LASER generator for emitting a LASER beam , characterized in that at last one second aerial vehicle comprises a LASER means for manipulating the LASER beam emitted by the LASER generator of the first aerial vehicle , wherein the data processing units are adapted to control the LASER generator and the LASER means of the respective aerial vehicle during an image phase so that the image is created in the air by the emitted and manipulated LASER beam , wherein the positional information is provided as image information referring to the image.
A method for trimming a side portion of a pre-manufactured leading-edge protection element for protecting a leading edge of a wind turbine blade, the leading-edge protection element extending in a longitudinal direction between a first longitudinal end and a second longitudinal end, the leading-edge protection element comprising a first side portion and a second side portion , the first side portion, when mounted to the wind turbine blade, extending from the leading edge and along a part of a pressure side of the wind turbine blade, and the second side portion, when mounted to the wind turbine blade, extending from the leading edge and along a part of a suction side of the wind turbine blade, or vice versa, the method comprising the steps of: - providing a support structure ; - providing a first cutting tool , preferably connected to the support structure; - arranging the leading-edge protection element on the support structure, - fixating the leading-edge protection element to the support structure, and - cutting along a predetermined cutting path, whereby the leading-edge protection element is trimmed to a predetermined length. - providing a support structure ; - providing a first cutting tool , preferably connected to the support structure; - arranging the leading-edge protection element on the support structure, - fixating the leading-edge protection element to the support structure, and - cutting along a predetermined cutting path, whereby the leading-edge protection element is trimmed to a predetermined length.
A mobile apparatus (S) that is connectable to a portable terminal apparatus and is mounted on a mobile object, the mobile apparatus (S) comprising: an acquisition means configured to acquire impact information indicating that an impact equal to or greater than a preset threshold is applied to the terminal apparatus, the impact information being generated in the terminal apparatus; a notification means configured to perform, in a case where the impact information is acquired, selection notification for selecting cancel of external notification corresponding to the impact information, the external notification being performed by the terminal apparatus; an acceptance means configured to accept the selection of cancel; and a control means configured to cancel the notification in a case where the selection of cancel is accepted. an acquisition means configured to acquire impact information indicating that an impact equal to or greater than a preset threshold is applied to the terminal apparatus, the impact information being generated in the terminal apparatus; a notification means configured to perform, in a case where the impact information is acquired, selection notification for selecting cancel of external notification corresponding to the impact information, the external notification being performed by the terminal apparatus; an acceptance means configured to accept the selection of cancel; and a control means configured to cancel the notification in a case where the selection of cancel is accepted.
A composition of branched C 10 -C 24 fatty acids or esters thereof, comprising: - at least 30% by weight of polybranched C 10 -C 24 fatty acids or esters thereof, - 1 to 8% by weight of cyclic compounds, weight % being given on the total weight of the composition. - at least 30% by weight of polybranched C 10 -C 24 fatty acids or esters thereof, - 1 to 8% by weight of cyclic compounds,
An image processing system (IPS), comprising: an input interface (IN) for receiving an earlier input image (Va) and a later input image (Vb) acquired of an object (OB) whilst a fluid is present within the object (OB), wherein said object is a human or animal anatomy and said fluid is blood, and wherein the earlier input image and the later input image have been acquired after injection of a contrast agent; a differentiator (Δ) configured to form a difference image (V Δ ) from the at least two input images (Va,Vb); an image structure identifier (ID) operable to identify in the difference image one or more locations of internal bleedings, where blood escapes through a leakage point in a vessel, based on a respective feature descriptor configured to respond to a respective neighborhood around said one or more locations, if a region of the respective neighborhood, IZ, in the difference image (V Δ ) with negative values is adjacent to a region of the respective neighborhood, AZ, with positive values; and an output interface (OUT) for outputting a feature map (Vm) that includes the one or more locations. an input interface (IN) for receiving an earlier input image (Va) and a later input image (Vb) acquired of an object (OB) whilst a fluid is present within the object (OB), wherein said object is a human or animal anatomy and said fluid is blood, and wherein the earlier input image and the later input image have been acquired after injection of a contrast agent; a differentiator (Δ) configured to form a difference image (V Δ ) from the at least two input images (Va,Vb); an image structure identifier (ID) operable to identify in the difference image one or more locations of internal bleedings, where blood escapes through a leakage point in a vessel, based on a respective feature descriptor configured to respond to a respective neighborhood around said one or more locations, if a region of the respective neighborhood, IZ, in the difference image (V Δ ) with negative values is adjacent to a region of the respective neighborhood, AZ, with positive values; and an output interface (OUT) for outputting a feature map (Vm) that includes the one or more locations.
Detection device for detecting the presence of a living being at a predetermined location within a monitored area, said detection device comprising: - an evaluation unit configured to evaluate radar radiation received by a radar unit from an assigned radar area included in said monitored area in response to radar radiation emitted by said radar unit to detect if a living being is present within said radar area, and configured to localize a detected living being within said radar area, characterized in that the detection device further comprises - a detection unit configured to correlate the location of a detected living being in said radar area with a set of predetermined locations, said predetermined locations indicating locations at each of which a living being may be present, in said monitored area to detect the presence of a living being at a predetermined location of said monitored area. - an evaluation unit configured to evaluate radar radiation received by a radar unit from an assigned radar area included in said monitored area in response to radar radiation emitted by said radar unit to detect if a living being is present within said radar area, and configured to localize a detected living being within said radar area, characterized in that the detection device further comprises - a detection unit configured to correlate the location of a detected living being in said radar area with a set of predetermined locations, said predetermined locations indicating locations at each of which a living being may be present, in said monitored area to detect the presence of a living being at a predetermined location of said monitored area.
Method for the manufacture of a shoe sole by the welding of foam particles using electromagnetic waves, a. wherein a tool with two mould halves forming a mould cavity corresponding to the shape of the shoe sole is arranged between two capacitor plates , b. wherein the mould cavity is filled with the foam particles, c. wherein the tool is closed by bringing the two mould halves together, d. wherein the closed tool with the foam particles in the mould cavity is subjected to electromagnetic waves, in particular radio waves or microwaves, introduced into the mould cavity via the capacitor plates, e. wherein the foam particles are heated by the electromagnetic waves and at least partially fuse or bake together, and f. wherein at least one of the two mould halves is made of a material which is transparent to electromagnetic waves, has a boundary wall which bounds the mould cavity, and has one or more supports which serve to support the boundary wall on the capacitor plate on the side facing away from the mould cavity and which form one or more hollow spaces , characterized in that g. one or more trimming bodies or a trimming fluid are be provided in the hollow space or at least one of the hollow spaces, in order to influence an electromagnetic field in the mould cavity. a. wherein a tool with two mould halves forming a mould cavity corresponding to the shape of the shoe sole is arranged between two capacitor plates , b. wherein the mould cavity is filled with the foam particles, c. wherein the tool is closed by bringing the two mould halves together, d. wherein the closed tool with the foam particles in the mould cavity is subjected to electromagnetic waves, in particular radio waves or microwaves, introduced into the mould cavity via the capacitor plates, e. wherein the foam particles are heated by the electromagnetic waves and at least partially fuse or bake together, and f. wherein at least one of the two mould halves is made of a material which is transparent to electromagnetic waves, has a boundary wall which bounds the mould cavity, and has one or more supports which serve to support the boundary wall on the capacitor plate on the side facing away from the mould cavity and which form one or more hollow spaces , characterized in that g. one or more trimming bodies or a trimming fluid are be provided in the hollow space or at least one of the hollow spaces, in order to influence an electromagnetic field in the mould cavity.