mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device, comprising: a substrate ; a plurality of active elements (TFT) disposed on the substrate ; a common electrode disposed on the active elements (TFT); and a plurality of light-emitting elements , at least one of the light-emitting elements disposed on the common electrode partially, wherein the light-emitting elements each comprise a first pad and a second pad , and the first pad and the second pad are disposed on a same side of each said light-emitting element , wherein the first pad of one of the light-emitting elements electrically connects to one of the active elements (TFT), and the second pad electrically connects to the common electrode , characterised in that said common electrode comprises a plurality of openings and the first pad of the one of the light-emitting elements is disposed corresponding to one of the openings of the common electrode . a substrate ; a plurality of active elements (TFT) disposed on the substrate ; a common electrode disposed on the active elements (TFT); and a plurality of light-emitting elements , at least one of the light-emitting elements disposed on the common electrode partially, wherein the light-emitting elements each comprise a first pad and a second pad , and the first pad and the second pad are disposed on a same side of each said light-emitting element , wherein the first pad of one of the light-emitting elements electrically connects to one of the active elements (TFT), and the second pad electrically connects to the common electrode , characterised in that said common electrode comprises a plurality of openings and the first pad of the one of the light-emitting elements is disposed corresponding to one of the openings of the common electrode .
Compound selected from the group consisting of 3, 4, 4a, 4b, 4c, 6, 7, 8, 9, 10, 11, 12 and 13:
An apparatus for locking a USB port , the apparatus being configured to be coupled with the USB port that includes a connection part with recessed grooves respectively formed at opposite sides thereof, the apparatus comprising: a main body including first and second mounting portions ; a port coupling part coupled with the second mounting portion of the main body , and inserted into and coupled with the USB port ; a locking part movably provided in the port coupling part and being movable between a lock position where the locking part is coupled with the recessed grooves and a release position where the locking part is separated from the recessed grooves ; and a locking and releasing part provided in the first mounting portion of the main body to be movable reciprocally such that the locking and releasing part is retractable from a front end of the main body , the locking and releasing part controlling locking and releasing motions of the locking part relative to the recessed grooves by interfering with the locking part when the locking and releasing part moves, wherein the locking and releasing part is partially withdrawn from the main body by using a release key in a state in which the locking and releasing part is inserted into the main body , thereby allowing a locking yoke to be released, the release key being coupled with a key hole (H) formed in a front end of the locking and releasing part , and wherein the USB port is a USB 3.1 port having the same patterned-connection terminals formed on opposite surfaces of the connection part , respectively. a main body including first and second mounting portions ; a port coupling part coupled with the second mounting portion of the main body , and inserted into and coupled with the USB port ; a locking part movably provided in the port coupling part and being movable between a lock position where the locking part is coupled with the recessed grooves and a release position where the locking part is separated from the recessed grooves ; and a locking and releasing part provided in the first mounting portion of the main body to be movable reciprocally such that the locking and releasing part is retractable from a front end of the main body , the locking and releasing part controlling locking and releasing motions of the locking part relative to the recessed grooves by interfering with the locking part when the locking and releasing part moves, wherein the locking and releasing part is partially withdrawn from the main body by using a release key in a state in which the locking and releasing part is inserted into the main body , thereby allowing a locking yoke to be released, the release key being coupled with a key hole (H) formed in a front end of the locking and releasing part , and wherein the USB port is a USB 3.1 port having the same patterned-connection terminals formed on opposite surfaces of the connection part , respectively.
Displacement sensor for sensing a distance, comprising: - an excitation coil for exciting an electromagnetic alternating field, - a receiver device for inductively receiving the electromagnetic alternating field and for outputting an output signal which is dependent on the received electromagnetic alternating field, wherein the receiver device has a functional core which is surrounded by at least one receiving coil , and - a return core , wherein the return core is designed to shield the functional core from an external electromagnetic field, and wherein the receiver device has a housing with a cavity in which the return core is arranged, characterized in that the return core contains or is composed of a crystalline alloy. - an excitation coil for exciting an electromagnetic alternating field, - a receiver device for inductively receiving the electromagnetic alternating field and for outputting an output signal which is dependent on the received electromagnetic alternating field, wherein the receiver device has a functional core which is surrounded by at least one receiving coil , and - a return core ,
A vibratory flowmeter for meter verification, the vibratory flowmeter comprising: a flowmeter assembly including one or more flowtubes and first and second pickoff sensors ; a driver configured to vibrate the one or more flowtubes ; and meter electronics coupled to the first and second pickoff sensors and coupled to the driver , with the meter electronics being configured to: vibrate the flowmeter assembly in a single mode using the driver , determine a single mode current of the driver and determine first and second response voltages generated by the first and second pickoff sensors , respectively, compute frequency response functions for the determined first and second response voltages from the determined single mode current , fit the generated frequency response functions to a pole-residue model to compute a flowmeter verification parameter; wherein the flowmeter verification parameter is a meter stiffness value ; characterized in that the flowmeter verification parameter includes a correction for a measured density a flowmeter assembly including one or more flowtubes and first and second pickoff sensors ; a driver configured to vibrate the one or more flowtubes ; and meter electronics coupled to the first and second pickoff sensors and coupled to the driver , with the meter electronics being configured to: vibrate the flowmeter assembly in a single mode using the driver , determine a single mode current of the driver and determine first and second response voltages generated by the first and second pickoff sensors , respectively, compute frequency response functions for the determined first and second response voltages from the determined single mode current , fit the generated frequency response functions to a pole-residue model to compute a flowmeter verification parameter; wherein the flowmeter verification parameter is a meter stiffness value ; characterized in that the flowmeter verification parameter includes a correction for a measured density
A foldable electronic device comprising: a foldable housing including a first housing portion , a second housing portion , and a hinge structure connected with the first housing portion and the second housing portion, the foldable housing configured to be folded about a folding axis by the hinge structure; a flexible display disposed in the first housing portion and the second housing portion; a plurality of printed circuit boards, PCBs, including a first printed circuit board, PCB, disposed in the first housing portion and a second PCB disposed in the second housing portion; a first flexible printed circuit board, FPCB, configured to be connected with the first PCB and the second PCB via connection ends disposed at opposite ends thereof and include at least one RF signal line, the first FPCB including a first flexible portion located through a designated area of the hinge structure, a second FPCB configured to be connected with the first PCB and the second PCB via connection ends disposed at opposite ends thereof and include a power line, the second FPCB including a second flexible portion located through the designated area of the hinge structure, and an adhesive member attached to at least a portion of the first flexible portion of the first FPCB and at least a portion of the second flexible portion of the second FPCB together within the designated area of the hinge structure to maintain shapes of the at least a portion of the first flexible portion of the first FPCB and the at least a portion of the second flexible portion of the second FPCB by the adhesive member . a foldable housing including a first housing portion , a second housing portion , and a hinge structure connected with the first housing portion and the second housing portion, the foldable housing configured to be folded about a folding axis by the hinge structure; a flexible display disposed in the first housing portion and the second housing portion; a plurality of printed circuit boards, PCBs, including a first printed circuit board, PCB, disposed in the first housing portion and a second PCB disposed in the second housing portion; a first flexible printed circuit board, FPCB, configured to be connected with the first PCB and the second PCB via connection ends disposed at opposite ends thereof and include at least one RF signal line, the first FPCB including a first flexible portion located through a designated area of the hinge structure, a second FPCB configured to be connected with the first PCB and the second PCB via connection ends disposed at opposite ends thereof and include a power line, the second FPCB including a second flexible portion located through the designated area of the hinge structure, and an adhesive member attached to at least a portion of the first flexible portion of the first FPCB and at least a portion of the second flexible portion of the second FPCB together within the designated area of the hinge structure to maintain shapes of the at least a portion of the first flexible portion of the first FPCB and the at least a portion of the second flexible portion of the second FPCB by the adhesive member .
A method for operating an internal combustion engine with an engine having a number of cylinders, and with an injection system having a common rail with a number of injectors and the like high-pressure components associated with the cylinders, wherein the method comprises the steps: - starting the internal combustion engine, - operating the internal combustion engine, - switching off the internal combustion engine, wherein - a state characterising an engine standstill is recognised, - a high-pressure limit value is set and a desired high pressure is specified, - a leak in the common rail is generated without injection, - by means of the leak the fuel pressure in the common rail is reduced to the set high-pressure limit value below the desired high pressure, characterised in that upon starting the internal combustion engine the high-pressure closed-loop control for controlling the fuel pressure is activated still during the state characterising the engine standstill, as soon as an average high-pressure gradient reaches or exceeds a defined limit value. - starting the internal combustion engine, - operating the internal combustion engine, - switching off the internal combustion engine, wherein - a state characterising an engine standstill is recognised, - a high-pressure limit value is set and a desired high pressure is specified, - a leak in the common rail is generated without injection, - by means of the leak the fuel pressure in the common rail is reduced to the set high-pressure limit value below the desired high pressure, - a state characterising an engine standstill is recognised, - a high-pressure limit value is set and a desired high pressure is specified, - a leak in the common rail is generated without injection, - by means of the leak the fuel pressure in the common rail is reduced to the set high-pressure limit value below the desired high pressure,
An information processing apparatus configured to load and execute applications, comprising: a wireless communication section configured to: receive information associated with a first application; a control section configured to: generate a first signal to cause a first icon (Ai) to be presented on a display section ; generate a second signal, based on the received information, to cause a second icon (Ni) to be presented on the display section , the second icon (Ni) including a number associated with the received information; in response to selection of the first icon (Ai), execute a first process of the first application so as to present a first screen associated with the first application on the display section ; and in response to selection of the second icon (Ni), execute a second process of the first application, the second process being different from the first process, so as to present a second screen, which is different from the first screen, and including character information associated with the received information on the display section , wherein the number associated with the received information indicates a change to a state of having new data associated with the first application. a wireless communication section configured to: receive information associated with a first application; a control section configured to: generate a first signal to cause a first icon (Ai) to be presented on a display section ; generate a second signal, based on the received information, to cause a second icon (Ni) to be presented on the display section , the second icon (Ni) including a number associated with the received information; in response to selection of the first icon (Ai), execute a first process of the first application so as to present a first screen associated with the first application on the display section ; and in response to selection of the second icon (Ni), execute a second process of the first application, the second process being different from the first process, so as to present a second screen, which is different from the first screen, and including character information associated with the received information on the display section , generate a first signal to cause a first icon (Ai) to be presented on a display section ; generate a second signal, based on the received information, to cause a second icon (Ni) to be presented on the display section , the second icon (Ni) including a number associated with the received information; in response to selection of the first icon (Ai), execute a first process of the first application so as to present a first screen associated with the first application on the display section ; and in response to selection of the second icon (Ni), execute a second process of the first application, the second process being different from the first process, so as to present a second screen, which is different from the first screen, and including character information associated with the received information on the display section , wherein the number associated with the received information indicates a change to a state of having new data associated with the first application.
Headlamp housing (case headlamp ) for motor vehicle , comprising: - a wall with an inner face marking a cavity capable of receiving at least one light module, and an outer face; - at least one attachment leg protruding from the outer face of the wall in a main direction ; - one or more of the fastening legs is frangible (12 3 ) in case of impact on the front of the vehicle and includes means of guidance of the case after failure of the said leg . - the attachment leg comprising a proximal (12 1 ) area of the wall, a distal (12 2 ) area of attachment to the vehicle , and a portion of connection (12 3 ) of those proximal (12 1 ) and distal (12 2 ) areas which is frangible in the case of the forward impact of the vehicle - guidance means including mutual slip surfaces on proximal (12 1 ) and distal (12 2 ) areas, characterized by - the frangible bond portion (12 3 ) extends significantly across the main direction , in the direction of the width of the paw over less than half the width of the paw in the proximal zone (12 1 ) and/or distal zone (12 2 ), at the level of the said portion (12 3 ). - a wall with an inner face marking a cavity capable of receiving at least one light module, and an outer face; - at least one attachment leg protruding from the outer face of the wall in a main direction ; - one or more of the fastening legs is frangible (12 3 ) in case of impact on the front of the vehicle and includes means of guidance of the case after failure of the said leg . - the attachment leg comprising a proximal (12 1 ) area of the wall, a distal (12 2 ) area of attachment to the vehicle , and a portion of connection (12 3 ) of those proximal (12 1 ) and distal (12 2 ) areas which is frangible in the case of the forward impact of the vehicle - guidance means including mutual slip surfaces on proximal (12 1 ) and distal (12 2 ) areas, - the frangible bond portion (12 3 ) extends significantly across the main direction , in the direction of the width of the paw over less than half the width of the paw in the proximal zone (12 1 ) and/or distal zone (12 2 ), at the level of the said portion (12 3 ).
A brake lining of a brake, in particular for a utility vehicle, comprising: a brake lining mass with a predetermined friction coefficient, which after an activation, in particular thermal or mechanical activation, has a desired friction and/or wear behaviour and provides a wear volume; and preferably a bonding layer arranged below the brake lining mass for connecting the brake lining mass to a lining back plate , - wherein the brake lining mass has at least one activation region with a supporting material supporting the activation of the brake lining mass , characterised in that the brake lining additionally has an outer layer with a predetermined coefficient of friction, wherein the outer layer is suitable for generating a predetermined first frictional force during, in particular first, braking operations, wherein the outer layer has a degree of hardness and/or a thermal conductivity and/or a coefficient of friction corresponding to that of the at least one activation region . a brake lining mass with a predetermined friction coefficient, which after an activation, in particular thermal or mechanical activation, has a desired friction and/or wear behaviour and provides a wear volume; and preferably a bonding layer arranged below the brake lining mass for connecting the brake lining mass to a lining back plate , - wherein the brake lining mass has at least one activation region with a supporting material supporting the activation of the brake lining mass , - wherein the brake lining mass has at least one activation region with a supporting material supporting the activation of the brake lining mass , characterised in that the brake lining additionally has an outer layer with a predetermined coefficient of friction, wherein the outer layer is suitable for generating a predetermined first frictional force during, in particular first, braking operations, wherein the outer layer has a degree of hardness and/or a thermal conductivity and/or a coefficient of friction corresponding to that of the at least one activation region .
A test strip for reporting a plurality of analyte concentrations of a sample, the test strip comprising: a top surface ; a bottom surface , wherein on the top surface there are a counter electrode , a reference electrode and a plurality of working electrodes (312-318), each working electrode of the plurality of working electrodes being a PCB electrode comprised of a conductive layer and an aptamer layer comprised of aptamers that are immobilized to the conductive layer; wherein each aptamer is modified with a redox-active molecule selected such that the aptamer exhibits conformation change in the presence of an analyte, namely changing proximity of the aptamers to the conductive layer ; and wherein on the bottom surface there is a plurality of contact points (320-331), each contact point operably linked with the counter electrode , reference electrode , and plurality of working electrodes (312-318) of the top surface . a top surface ; a bottom surface , wherein on the top surface there are a counter electrode , a reference electrode and a plurality of working electrodes (312-318), each working electrode of the plurality of working electrodes being a PCB electrode comprised of a conductive layer and an aptamer layer comprised of aptamers that are immobilized to the conductive layer; wherein each aptamer is modified with a redox-active molecule selected such that the aptamer exhibits conformation change in the presence of an analyte, namely changing proximity of the aptamers to the conductive layer ; and wherein on the bottom surface there is a plurality of contact points (320-331), each contact point operably linked with the counter electrode , reference electrode , and plurality of working electrodes (312-318) of the top surface .
A method, performed by a device, of acquiring depth information of an object, the method comprising: generating (S1310) identification information of the object based on a shape of the object sensed by any one of a plurality of sensors, the identification information including a type of the object; acquiring (S210; S1320) first shape information of at least one view point of the object located at a first point in a common sensing region common to overlapping sensing regions of the plurality of sensors, and first depth information corresponding to 3D information of the object; generating (S1330) 3D shape information of the object based on the identification information of the object including the type of the object, the first shape information and the first depth information; acquiring (S220; S1340) second shape information of the object at a second point when the object is located at the second point in a region excluding the common sensing region on the respective sensing regions of the plurality of sensors; and comparing the second shape information with the 3D shape information to acquire (S230; S1350) a second depth information of the object at the second point. generating (S1310) identification information of the object based on a shape of the object sensed by any one of a plurality of sensors, the identification information including a type of the object; acquiring (S210; S1320) first shape information of at least one view point of the object located at a first point in a common sensing region common to overlapping sensing regions of the plurality of sensors, and first depth information corresponding to 3D information of the object; generating (S1330) 3D shape information of the object based on the identification information of the object including the type of the object, the first shape information and the first depth information; acquiring (S220; S1340) second shape information of the object at a second point when the object is located at the second point in a region excluding the common sensing region on the respective sensing regions of the plurality of sensors; and comparing the second shape information with the 3D shape information to acquire (S230; S1350) a second depth information of the object at the second point.