mhurhangee/patent-ind-claim-en huggingface dataset:
An organic light emitting diode display , comprising: a first substrate ; a first electrode on the first substrate ; an organic light emitting layer on the first electrode ; a second electrode on the organic light emitting layer ; and a capping layer on the second electrode , characterized in that the capping layer includes at least one heterocyclic compound represented by one of the following Compounds 1 to 48: a first substrate ; a first electrode on the first substrate ; an organic light emitting layer on the first electrode ; a second electrode on the organic light emitting layer ; and a capping layer on the second electrode , characterized in that the capping layer includes at least one heterocyclic compound represented by one of the following Compounds 1 to 48:
Printed circuit board antenna , which comprises - an electrically conducting antenna structure on an outer layer of a printed circuit board ; wherein the antenna structure has a first resonance frequency; - an electrically conducting feed line to the antenna structure ; - an electrically conducting reference region on the outer layer ; wherein the reference region completely encloses the antenna structure with the exception of an insulating feed recess for the feed line and an insulating web recess ; wherein the web recess is arranged on a side of the antenna structure facing away from the feed line , and wherein the reference region has a reference region web | on the side of the antenna structure facing away from the feed line , which forms a resonator with a second resonance frequency which is coupled capacitively to the antenna structure , characterised in that - the printed circuit board antenna comprises an electrically conducting further outer layer of the printed circuit board ; - the printed circuit board antenna comprises an electrically conducting further reference region on the further outer layer ; and - the reference region is connected in an electrically conducting manner with the further reference region by way of one or more through-connections . - an electrically conducting antenna structure on an outer layer of a printed circuit board ; wherein the antenna structure has a first resonance frequency; - an electrically conducting feed line to the antenna structure ; - an electrically conducting reference region on the outer layer ; wherein the reference region completely encloses the antenna structure with the exception of an insulating feed recess for the feed line and an insulating web recess ; wherein the web recess is arranged on a side of the antenna structure facing away from the feed line , and wherein the reference region has a reference region web | on the side of the antenna structure facing away from the feed line , which forms a resonator with a second resonance frequency which is coupled capacitively to the antenna structure , characterised in that - the printed circuit board antenna comprises an electrically conducting further outer layer of the printed circuit board ; - the printed circuit board antenna comprises an electrically conducting further reference region on the further outer layer ; and - the reference region is connected in an electrically conducting manner with the further reference region by way of one or more through-connections .
Device for administering a liquid medicament, having a reservoir in which a medicament is held or can be held, and having a pump with a pump chamber which is fluidically connected to the reservoir via a oneway valve allowing medium to pass through only in the direction from the reservoir into the pump chamber and which is fluidically connected to a medicament outlet via a valve, wherein the valve has a valve body which has an inner space for receiving a liquid , wherein the valve body has a liquid inlet and, opposite the latter, a liquid outlet , which both open into the inner space , wherein a multiplicity of microchannels are arranged in the inner space , said microchannels extending in connection direction (x) between the liquid inlet and the liquid outlet , wherein the microchannels are formed from a grid of parallel, rod-shaped boundary elements , or from a plurality of parallel, mutually offset layers of a grid of parallel, rod-shaped boundary elements , in which the boundary elements extend perpendicular to the connection direction (x) between the liquid inlet and the liquid outlet , wherein the microchannels have a diameter of between 5 μm and 20 μm, characterized in that the cross-sectional area ratio between the microchannels and the inner space is between 1:50 and 1:100, and in that the inner space , the liquid inlet and the liquid outlet have the same cross-sectional area perpendicular to the connection direction (x). wherein the microchannels are formed from a grid of parallel, rod-shaped boundary elements , or from a plurality of parallel, mutually offset layers of a grid of parallel, rod-shaped boundary elements , in which the boundary elements extend perpendicular to the connection direction (x) between the liquid inlet and the liquid outlet , wherein the microchannels have a diameter of between 5 μm and 20 μm, characterized in that the cross-sectional area ratio between the microchannels and the inner space is between 1:50 and 1:100, and in that the inner space , the liquid inlet and the liquid outlet have the same cross-sectional area perpendicular to the connection direction (x).
A method of displaying data objects on a display of an apparatus comprising a processor , the method comprising: classifying (s201) by the processor a plurality of data objects into groups; displaying the data objects classified into groups arranged in a two-dimensional lattice structure; selecting (s202), in each group, a representative data object among the data objects classified into the group according to a received input signal from a user; and whenever a zoom-out instruction is received (s203), displaying (s204) the representative data object of each group distinctively from non-representative data objects in each group by reducing a display size of all displayed data objects within the group except for the representative data object. classifying (s201) by the processor a plurality of data objects into groups; displaying the data objects classified into groups arranged in a two-dimensional lattice structure; selecting (s202), in each group, a representative data object among the data objects classified into the group according to a received input signal from a user; and whenever a zoom-out instruction is received (s203), displaying (s204) the representative data object of each group distinctively from non-representative data objects in each group by reducing a display size of all displayed data objects within the group except for the representative data object.
A touch screen input and display system comprising: a touch screen comprising a planar input and viewing surface having a plurality of edges ; and an elastomeric bezel at least partially surrounding and supporting said surface proximate at least some of said plurality of edges, said bezel comprising a surface configured to engage one or more digits of one or more hands of a user. a touch screen comprising a planar input and viewing surface having a plurality of edges ; and an elastomeric bezel at least partially surrounding and supporting said surface proximate at least some of said plurality of edges, said bezel comprising a surface configured to engage one or more digits of one or more hands of a user.
An automotive exhaust aftertreatment system, the system comprising a diesel emission fluid reservoir , an ammonium carbamate reactor coupled to the diesel emission fluid reservoir and configured to generate aqueous ammonium carbamate solution from diesel emission fluid (DEF), an ammonium carbamate reservoir for storing generated aqueous ammonium carbamate solution coupled to the ammonium carbamate reactor , and a heating system configured to manage temperatures within the ammonium carbamate reactor , the heating system including a passive reactor heat exchanger configured to withdraw heat from exhaust gasses passing through the exhaust aftertreatment system and heat contents of the ammonium carbamate reactor , and a heating system controller , characterized in that , the heating system further includes an active reactor heating element configured to produce heat from electrical energy supplied to the heating system and heat contents of the ammonium carbamate reactor , and wherein the heating system controller is configured to selectively apply heat from the active reactor heating element based on information associated with tank level within the ammonium carbamate reservoir received from sensors to manage the temperature within the ammonium carbamate reactor .
A method for manufacturing an anti-electrolytic corrosion rolling bearing, comprising: an inner ring and an outer ring ; and a plurality of rolling elements rotatably disposed between a raceway surface of the inner ring and a raceway surface of the outer ring ; the method comprising: providing a thermal-sprayed ceramic film that has electrical insulating properties, and is disposed on one or each of an inner peripheral surface of the inner ring and an outer peripheral surface of the outer ring , wherein a thermal-spray material forming the thermal-sprayed ceramic film comprises, as a main component thereof, alumina particles having particle sizes of 5 to 60 μm and an average particle size of 30 to 60 μm, and wherein the thermal-sprayed ceramic film is densified by filling pores between the alumina particles, with glassy melts of at least one metal oxide, the glassy melts having an average particle size of 5 to 40 μm. an inner ring and an outer ring ; and a plurality of rolling elements rotatably disposed between a raceway surface of the inner ring and a raceway surface of the outer ring ; providing a thermal-sprayed ceramic film that has electrical insulating properties, and is disposed on one or each of an inner peripheral surface of the inner ring and an outer peripheral surface of the outer ring , wherein a thermal-spray material forming the thermal-sprayed ceramic film comprises, as a main component thereof, alumina particles having particle sizes of 5 to 60 μm and an average particle size of 30 to 60 μm, and wherein the thermal-sprayed ceramic film is densified by filling pores between the alumina particles, with glassy melts of at least one metal oxide, the glassy melts having an average particle size of 5 to 40 μm.
Ultrasound transducer assembly , comprising: - an ultrasound transducer head , - a transducer cable for connecting the transducer head to an electrical power supply of a base station and for transmitting electrical power from the power supply to the transducer head , and - a connector element for connecting the transducer cable to the power supply and for receiving an input voltage (V20) from the power supply , characterized in that the ultrasound transducer assembly further comprises: - a capacitor electrically connectable to the transducer cable for storing electrical charge, wherein the capacitor has a capacitance larger than or equal to 100 μF, - a controllable switch for electrically connecting the capacitor to the transducer cable , and - a discharging element connected in parallel to the capacitor for discharging the capacitor , the discharging element comprising a second controllable switch and a resistor connected in series with each other. - an ultrasound transducer head , - a transducer cable for connecting the transducer head to an electrical power supply of a base station and for transmitting electrical power from the power supply to the transducer head , and - a connector element for connecting the transducer cable to the power supply and for receiving an input voltage (V20) from the power supply , characterized in that the ultrasound transducer assembly further comprises: - a capacitor electrically connectable to the transducer cable for storing electrical charge, wherein the capacitor has a capacitance larger than or equal to 100 μF, - a controllable switch for electrically connecting the capacitor to the transducer cable , and - a discharging element connected in parallel to the capacitor for discharging the capacitor , the discharging element comprising a second controllable switch and a resistor connected in series with each other.
A pulse modulator comprising a plurality of solid state power switches , each solid state power switch having a source, a drain, and a gate, wherein the gate is connected to a gate driver and also separately connected to ground, wherein each solid state power switch has an independent gate drive and the gate of each solid state switch is independently connected to ground via an independent Zener diode. a source, a drain, and a gate, wherein the gate is connected to a gate driver and also separately connected to ground, wherein each solid state power switch has an independent gate drive and the gate of each solid state switch is independently connected to ground via an independent Zener diode.
A communication method applied to an access identifier and location separation network, characterized by comprising: an access service node, ASN, establishing, for each accessed terminal, a point-to-point connection relationship and storing a binding relationship between an access identifier, AID, of the terminal and the point-to-point connection relationship; and, when receiving a data message sent from the terminal on the point-to-point connection relationship, if a source address of the data message is a network IP address of the terminal, the ASN converting the source address to the AID of the terminal according to the binding relationship and then sending the data message to a backbone network for forwarding; and when receiving a data message whose destination address is the AID of the terminal, the ASN converting the AID to the network IP address, and forwarding the converted data message to the terminal through the point-to-point connection relationship corresponding to the AID according to the binding relationship, wherein the point-to-point connection relationship is a connection through which the data message is transmitted and received by the terminal and the ASN can uniquely find the terminal through this point-to-point connection relationship; wherein the network IP address is a network IP address in a legacy IP network. an access service node, ASN, establishing, for each accessed terminal, a point-to-point connection relationship and storing a binding relationship between an access identifier, AID, of the terminal and the point-to-point connection relationship; and, when receiving a data message sent from the terminal on the point-to-point connection relationship, if a source address of the data message is a network IP address of the terminal, the ASN converting the source address to the AID of the terminal according to the binding relationship and then sending the data message to a backbone network for forwarding; and when receiving a data message whose destination address is the AID of the terminal, the ASN converting the AID to the network IP address, and forwarding the converted data message to the terminal through the point-to-point connection relationship corresponding to the AID according to the binding relationship, wherein the point-to-point connection relationship is a connection through which the data message is transmitted and received by the terminal and the ASN can uniquely find the terminal through this point-to-point connection relationship; wherein the network IP address is a network IP address in a legacy IP network.
A computer implemented method, comprising: supplying stimuli to an organism; measuring brain activity of the organism responsive to the stimuli; producing a brain feature activity map characterizing the brain activity; repeating the operations of supplying , measuring , and producing for a plurality of stimuli to form a brain feature activity map database; receiving new stimuli; mapping the new stimuli features to a projected brain activity map; comparing the projected brain activity map to the brain feature activity map database to identify similarities and dissimilarities between the projected brain activity map and entries in the brain feature activity map database to designate a match; and characterizing the new stimuli based upon the match. supplying stimuli to an organism; measuring brain activity of the organism responsive to the stimuli; producing a brain feature activity map characterizing the brain activity; repeating the operations of supplying , measuring , and producing for a plurality of stimuli to form a brain feature activity map database; receiving new stimuli; mapping the new stimuli features to a projected brain activity map; comparing the projected brain activity map to the brain feature activity map database to identify similarities and dissimilarities between the projected brain activity map and entries in the brain feature activity map database to designate a match; and characterizing the new stimuli based upon the match.
Method for the production of work pieces made of several plate-shaped materials which are the same or differ from one another, in particular for the production of reinforced work pieces , - wherein a first plate-shaped material is positioned in a working region of a processing station in a work piece processing machine and is held to be moveable along a work piece support in the working region by means of a gripping device , - wherein at least one second plate-shaped material is positioned in the working region of the processing station and is held to be moveable along the work piece support in the working region by means of an additional gripping device of the processing station , - wherein at least one first work piece part is produced from the first plate-shaped material , - wherein the at least one first work piece part is supplied to the second plate-shaped material which is arranged in the working region and is connected to this plate-shaped material or to a second work piece part which is produced from the second plate-shaped material and is at least partially processed, and - wherein at least the second work piece part , which is connected to the at least one first work piece part , is finished in the processing station , characterised in that the first and/or second work piece part is cut free from the plate-shaped material or a residual grid resulting therefrom in a final processing step in the working region of the processing station . - wherein a first plate-shaped material is positioned in a working region of a processing station in a work piece processing machine and is held to be moveable along a work piece support in the working region by means of a gripping device , - wherein at least one second plate-shaped material is positioned in the working region of the processing station and is held to be moveable along the work piece support in the working region by means of an additional gripping device of the processing station , - wherein at least one first work piece part is produced from the first plate-shaped material , - wherein the at least one first work piece part is supplied to the second plate-shaped material which is arranged in the working region and is connected to this plate-shaped material or to a second work piece part which is produced from the second plate-shaped material and is at least partially processed, and - wherein at least the second work piece part , which is connected to the at least one first work piece part , is finished in the processing station , characterised in that the first and/or second work piece part is cut free from the plate-shaped material or a residual grid resulting therefrom in a final processing step in the working region of the processing station .
A method for generating a first control command (B), comprising the steps: a) recording of a voice command that comprises a multiplicity of words (W) as an audio data stream by a recording device ; b) sending of the audio data stream via a network to a first voice recognition device ; c) generation of second control commands (B1) and third control commands (B2a) from the recognised words by the first voice recognition device ; d) receipt , more especially via the network , of at least one data packet from the first voice recognition device , wherein the data packet contains the second and third control commands (B1, B2a) and information (I) concerning which words (W) in the audio data stream have not been recognised; e) at least partial recognition of the words (W) that have not been recognised by the first voice recognition device by a second voice recognition device using at least one database; f) generation of a fourth control command (B2b) from the at least partially recognised words of the second voice recognition device ; g) compilation of the third and fourth control commands (B2a, B2b) to form a fifth control command (B2); h) compilation of the second and fifth control commands (B1, B2) to form the first control command (B); and i) output of the first control command (B). a) recording of a voice command that comprises a multiplicity of words (W) as an audio data stream by a recording device ; b) sending of the audio data stream via a network to a first voice recognition device ; c) generation of second control commands (B1) and third control commands (B2a) from the recognised words by the first voice recognition device ; d) receipt , more especially via the network , of at least one data packet from the first voice recognition device , wherein the data packet contains the second and third control commands (B1, B2a) and information (I) concerning which words (W) in the audio data stream have not been recognised; e) at least partial recognition of the words (W) that have not been recognised by the first voice recognition device by a second voice recognition device using at least one database; f) generation of a fourth control command (B2b) from the at least partially recognised words of the second voice recognition device ; g) compilation of the third and fourth control commands (B2a, B2b) to form a fifth control command (B2); h) compilation of the second and fifth control commands (B1, B2) to form the first control command (B); and i) output of the first control command (B).