mhurhangee/ep-ind-claims huggingface dataset:
A method by a device for controlling an external apparatus, the method comprising: checking at least one external apparatus controllable by the device by identifying the at least one external apparatus based on whether the at least one external apparatus has a predetermined application for utilizing a control service, and obtaining apparatus information of the checked at least one external apparatus; receiving a user input and generating user input information used to determine a user's intention based on the user input; providing, to a server, the user input information; providing, to the server, the apparatus information; obtaining a condition information related to a control condition, according to the control condition for controlling the at least one external apparatus which is determined based on the user's intention; providing, to the server, the condition information; receiving, from the server, control information for controlling an external apparatus of the checked at least one external apparatus, wherein the control information is generated, by the server, based on the user input information, the condition information and the apparatus information; and transmitting a control command to the external apparatus which is generated based on the received control information; wherein obtaining the condition information comprises obtaining the condition information from the at least one external apparatus; and wherein the condition information comprises information about at least one of a location of the device, an environmental condition around the device, and traffic at a preset location. checking at least one external apparatus controllable by the device by identifying the at least one external apparatus based on whether the at least one external apparatus has a predetermined application for utilizing a control service, and obtaining apparatus information of the checked at least one external apparatus; receiving a user input and generating user input information used to determine a user's intention based on the user input; providing, to a server, the user input information; providing, to the server, the apparatus information; obtaining a condition information related to a control condition, according to the control condition for controlling the at least one external apparatus which is determined based on the user's intention; providing, to the server, the condition information; receiving, from the server, control information for controlling an external apparatus of the checked at least one external apparatus, wherein the control information is generated, by the server, based on the user input information, the condition information and the apparatus information; and transmitting a control command to the external apparatus which is generated based on the received control information; wherein obtaining the condition information comprises obtaining the condition information from the at least one external apparatus; and wherein the condition information comprises information about at least one of a location of the device, an environmental condition around the device, and traffic at a preset location.
An inverted vehicle characterized by comprising: a main body; two wheels rotatably supported to the main body; a driver (6, 7) that is configured to drive the two wheels rotatably; a load distribution detector that is configured to detect a distribution of load received by the main body due to a weight of a rider riding on the main body in a standing posture; a center position computer that is configured to compute a center position of the load distribution; an operating bar that is supported to the main body and that is operated so as to be inclined by the rider; characterised in that said inverted vehicle comprises further a posture detector that is configured to detect a posture of the operating bar; a target travel velocity setting portion that is configured to set a target travel velocity that is a travel velocity targeted by the main body on the basis of the center position and the posture of the operating bar; a drive controller that is configured to control the driver (6, 7) on the basis of the target travel velocity; and a normal operation determining portion that is configured to determine whether the load distribution detector and the posture detector are operating normally by comparing the center position and a posture of the operating bar with each other. a main body; two wheels rotatably supported to the main body; a driver (6, 7) that is configured to drive the two wheels rotatably; a load distribution detector that is configured to detect a distribution of load received by the main body due to a weight of a rider riding on the main body in a standing posture; a center position computer that is configured to compute a center position of the load distribution; an operating bar that is supported to the main body and that is operated so as to be inclined by the rider; characterised in that said inverted vehicle comprises further a posture detector that is configured to detect a posture of the operating bar; a target travel velocity setting portion that is configured to set a target travel velocity that is a travel velocity targeted by the main body on the basis of the center position and the posture of the operating bar; a drive controller that is configured to control the driver (6, 7) on the basis of the target travel velocity; and a normal operation determining portion that is configured to determine whether the load distribution detector and the posture detector are operating normally by comparing the center position and a posture of the operating bar with each other.
A system for detecting gunshots within a premises, the system comprising: gunshot sensor units for detecting the gunshots, the gunshot sensor units comprising: one or more microphones (206, 208) for detecting acoustic anomalies indicating potential gunshots and for generating audio data depicting the acoustic anomalies, controllers for generating event data based on the detected acoustic anomalies, and nonvolatile storage for locally storing the audio data and the event data; and a control panel for receiving the event data and the audio data from the gunshot sensor units, characterised in that the gunshot sensor units are configured to transmit and the control panel is configured to receive truncated audio data depicting only the acoustic anomalies and the control panel is configured to instruct the gunshot sensor units to send full audio data to the control panel and/or locally store the full audio data and the event data based on the received truncated audio data. gunshot sensor units for detecting the gunshots, the gunshot sensor units comprising: one or more microphones (206, 208) for detecting acoustic anomalies indicating potential gunshots and for generating audio data depicting the acoustic anomalies, controllers for generating event data based on the detected acoustic anomalies, and nonvolatile storage for locally storing the audio data and the event data; and one or more microphones (206, 208) for detecting acoustic anomalies indicating potential gunshots and for generating audio data depicting the acoustic anomalies, controllers for generating event data based on the detected acoustic anomalies, and nonvolatile storage for locally storing the audio data and the event data; and a control panel for receiving the event data and the audio data from the gunshot sensor units, characterised in that the gunshot sensor units are configured to transmit and the control panel is configured to receive truncated audio data depicting only the acoustic anomalies and the control panel is configured to instruct the gunshot sensor units to send full audio data to the control panel and/or locally store the full audio data and the event data based on the received truncated audio data.
Polymerizable composition comprising (i) at least one polyol A1 having an OH-content of at least 25 wt.-%; (ii) at least one polyisocyanate A2 comprising at least 60 wt.-% of aliphatic and cycloaliphatic polyisocyanates; (iii) at least one organic filler B1; and (iv) at least one inorganic filler B2, wherein the inorganic filler B2 is not dried; wherein the polyol A1 makes up at least 80 wt.-% of all hydroxyl-functional compounds in the polymerizable composition. (i) at least one polyol A1 having an OH-content of at least 25 wt.-%; (ii) at least one polyisocyanate A2 comprising at least 60 wt.-% of aliphatic and cycloaliphatic polyisocyanates; (iii) at least one organic filler B1; and (iv) at least one inorganic filler B2, wherein the inorganic filler B2 is not dried;
A motor vehicle having a combustion engine including a flywheel, a multi-speed gearbox driveably connectable to the combustion engine by a friction clutch, at least one electrically controllable load directly driven by the combustion engine, an electronic controller operatively connected to the at least one electrically controllable load, a number of inputs to the electronic controller including a first input to the electronic controller indicative of when a gear change event is predicted to occur and a second input to the electronic controller indicative of the type of gear change event predicted to occur wherein the electronic controller is arranged to increase the load applied by the at least one electrically controllable load during a gear change in which the friction clutch is disengaged from a normal load level required to meet a current need if the type of gear change predicted is an upshift and is further arranged to decrease the load applied by the at least one electrically controllable load during a gear change in which the friction clutch is disengaged from the normal load level if the type of gear change predicted is a downshift and is further arranged when the friction clutch is re-engaged and the gear change event ends to restore the at least one electrically controllable load to the normal load level, characterised in that the at least one electrically controllable load comprises a variable displacement oil pump, increasing the load applied to the combustion engine comprises increasing the displacement of the oil pump and decreasing the load applied to the combustion engine comprises reducing the displacement of the oil pump.
A measuring arrangement for the three-dimensional measuring of at least a part of an object, in particular a semi-transparent object, comprising a first light source with a continuous spectrum, preferably comprising and consisting of a halogen lamp or white-light LEDs or several coloured LEDs, a device for generating a multi-focal illumination pattern, an objective lens with high chromatic aberration to image foci of the illumination pattern onto the object, a detector device, such as a CCD area detector, for determining the wavelength spectra of the foci imaged confocally onto the object by the objective lens, as well as a spectrum-dispersing device (34, 36, 38) that is arranged between the confocally imaged foci and the detector device, characterized in that in the plane of the confocally imaged foci is arranged a first matrix of holes with first holes, whereby the geometric arrangement of the first holes corresponds to the geometric arrangement of the foci of the multi-focal illumination pattern.
Pull-in damper fitting comprising a pull-in damper which is fastenable to an internal door leaf of a multi-leaf sliding door and which is able to be used optionally for right-hand or left-hand pulling-in by laterally reversed fastening to the internal door leaf, characterized in that the pull-in damper fitting, as a mounting aid for fastening the pull-in damper to the internal door leaf, comprises a Z-shaped profiled sheet with a central leg and with two outer legs angled in each case by 90° in opposing directions, and in that for fastening the pull-in damper for right-hand pulling-in the central leg comprises first fastening holes and a first marking (7a; 9a) for its fastening position on the internal door leaf and for fastening the pull-in damper for left-hand pulling-in the central leg comprises second fastening holes and a second marking (7b; 9b) for its fastening position on the internal door leaf, wherein the first fastening holes are spaced apart from the second fastening holes and the first marking is spaced apart from the second marking in each case by the same distance in the longitudinal direction of the profile.
A method of fault detection and accommodation for a controller and actuator system, the method comprising: receiving, from a controller, a flag at an actuator in response to an excitation voltage and current falling below a threshold value; characterized in that the method further comprises engaging a sensor in the actuator in response to receiving the flag; receiving, using the sensor, a first load cell signal and a second load cell signal in response to the sensor being engaged; determining how the actuator is operating a brake based on the received flag, first load cell signal, and second load cell signal; adjusting a state of the actuator based on the determination; and reporting the state of the actuator by transmitting a report signal to the controller, wherein the first load cell signal is a low side voltage signal, and wherein the second load cell signal is a high side voltage signal. receiving, from a controller, a flag at an actuator in response to an excitation voltage and current falling below a threshold value; characterized in that the method further comprises engaging a sensor in the actuator in response to receiving the flag; receiving, using the sensor, a first load cell signal and a second load cell signal in response to the sensor being engaged; determining how the actuator is operating a brake based on the received flag, first load cell signal, and second load cell signal; adjusting a state of the actuator based on the determination; and reporting the state of the actuator by transmitting a report signal to the controller, wherein the first load cell signal is a low side voltage signal, and wherein the second load cell signal is a high side voltage signal.
A liquid cooled power electronics assembly configured to use electrically conductive coolant to cool power electronic devices, said assembly comprising: a housing configured to define an inlet, an outlet, and a cavity configured to contain coolant within the cavity between the inlet and the outlet; an electronic device located within the cavity, wherein said electronic device is characterized as being substantially planar in shape and thereby defines a first planar side, a second planar side opposite the first planar side, and a device perimeter between the first planar side and the second planar side; a lead frame electrically coupled to the electronic device and extending outside the cavity through an opening in the housing; a first dielectric plate attached to the first planar side, said first dielectric plate having a first plate perimeter that extends beyond at least a portion of the device perimeter; a second dielectric plate attached to the second planar side, said second dielectric plate having a second plate perimeter that extends beyond at least a corresponding portion of the device perimeter; a first metallic seal formed between the portion of the first plate perimeter and the corresponding portion of the second plate perimeter, said first metallic seal effective to isolate the electronic device from the coolant, wherein the first dielectric plate, the second dielectric plate, and the first metallic seal cooperate to form a device package; and a second metallic seal formed between the device package and the opening effective to prevent coolant from passing out of the cavity through the opening. a housing configured to define an inlet, an outlet, and a cavity configured to contain coolant within the cavity between the inlet and the outlet; an electronic device located within the cavity, wherein said electronic device is characterized as being substantially planar in shape and thereby defines a first planar side, a second planar side opposite the first planar side, and a device perimeter between the first planar side and the second planar side; a lead frame electrically coupled to the electronic device and extending outside the cavity through an opening in the housing; a first dielectric plate attached to the first planar side, said first dielectric plate having a first plate perimeter that extends beyond at least a portion of the device perimeter; a second dielectric plate attached to the second planar side, said second dielectric plate having a second plate perimeter that extends beyond at least a corresponding portion of the device perimeter; a first metallic seal formed between the portion of the first plate perimeter and the corresponding portion of the second plate perimeter, said first metallic seal effective to isolate the electronic device from the coolant, wherein the first dielectric plate, the second dielectric plate, and the first metallic seal cooperate to form a device package; and
A control method for a centrifuge, wherein a motor of the centrifuge is driven by a motor drive unit and a control signal determining a desired motion of the centrifuge is supplied by a control unit to the motor drive unit, and wherein pulses of an angle sensor coupled to the motor are utilised in the control method, characterised by the following consecutive phases between a starting and a stopping of the centrifuge: - a starting phase, in which the control signal is determined on the basis of a position determined by the pulses of the angle sensor, - a regulated acceleration phase, in which the control signal is determined on the basis of the position and a time difference between the pulses, - a holding phase, in which a pre-determined centrifugation speed is held by determining the control signal on the basis of the time difference between the pulses, - a regulated deceleration phase, in which the control signal is determined on the basis of the position and the time difference between the pulses, - a regulated gentle deceleration phase, in which the control signal is determined on the basis of the position and the time difference between the pulses, wherein the time difference is taken into consideration with a lower weight than in the regulated deceleration phase, and - a position adjustment phase, in which the control signal is determined on the basis of the position. - a starting phase, in which the control signal is determined on the basis of a position determined by the pulses of the angle sensor, - a regulated acceleration phase, in which the control signal is determined on the basis of the position and a time difference between the pulses, - a holding phase, in which a pre-determined centrifugation speed is held by determining the control signal on the basis of the time difference between the pulses, - a regulated deceleration phase, in which the control signal is determined on the basis of the position and the time difference between the pulses, - a regulated gentle deceleration phase, in which the control signal is determined on the basis of the position and the time difference between the pulses, wherein the time difference is taken into consideration with a lower weight than in the regulated deceleration phase, and - a position adjustment phase, in which the control signal is determined on the basis of the position.
A nanocomplex useful for efficient transfection characterised in containing sequences selected from the group consisting of SEQ ID No. 3, SEQ ID No. 4, SEQ ID No. 5 and SEQ ID No. 6.
A method of a rewrite engine of a network switch, the method comprising: maintaining a bit vector for a generalized protocol header of a packet, wherein the bit vector comprises a plurality of values that each represent a different portion of the generalized protocol header, wherein the generalized protocol header is a protocol header layer expanded to a generic format that includes all possible fields supported by a protocol of the protocol header layer; updating the bit vector based on modification of the generalized protocol header layer; and using the updated bit vector to compress the generalized protocol header by removing fields from the generalized protocol header based on the updated bit vector. maintaining a bit vector for a generalized protocol header of a packet, wherein the bit vector comprises a plurality of values that each represent a different portion of the generalized protocol header, wherein the generalized protocol header is a protocol header layer expanded to a generic format that includes all possible fields supported by a protocol of the protocol header layer; updating the bit vector based on modification of the generalized protocol header layer; and using the updated bit vector to compress the generalized protocol header by removing fields from the generalized protocol header based on the updated bit vector.
A method of creating a fragmentation pattern on the interior surface of a warhead having a fuze well opening, the method characterized by coating an additive material (1301, 1103, 901) on the interior surface of a warhead via the fuze well opening and removing said additive material (1301, 1103, 901) according to a desired fragmentation pattern.
Method of assembling at least two sheets (1, 2) with an end portion of a first sheet overlapping an end portion of at least a second sheet including the following steps: - application of a waterproof bead of adhesive across a width of the end portion of one of the sheets (1, 2), - overlapping of the end portions (1a, 2a) and crushing of the bead of adhesive between the end portions (1a, 2a), - local attachment of the end portions (1a, 2a) to each other, - application of a first sealant bead of the mastic type on a free end of the end portion of the first sheet and on a zone facing the second sheet, - turning said at least two sheets (1, 2) upside down and applying a second sealing bead of mastic type to a free end of the end portion of the second sheet and to a area facing the first sheet. - application of a waterproof bead of adhesive across a width of the end portion of one of the sheets (1, 2), - overlapping of the end portions (1a, 2a) and crushing of the bead of adhesive between the end portions (1a, 2a), - local attachment of the end portions (1a, 2a) to each other, - application of a first sealant bead of the mastic type on a free end of the end portion of the first sheet and on a zone facing the second sheet, - turning said at least two sheets (1, 2) upside down and applying a second sealing bead of mastic type to a free end of the end portion of the second sheet and to a area facing the first sheet.
A holding system, for fastening electrical devices, particularly cameras, for example action cameras, having a clamping element and a counterpart piece which in each case have a base body and are fastened to one another such that they can be moved towards one another and between which there is a free space, in which an object can be arranged, the holding system being constructed in such a manner that the clamping element and the counterpart piece are moved towards one another during a clamping process on a straight line which leads through the centre of the space, characterized in that the counterpart piece is formed by one or preferably two chain links, which are connected in an articulated manner by means of bolts, of an armoured chain strap with a moulded silicone rubber part arranged thereon, the armoured chain strap has chain links connected with bolts and an inner bearing surface, on which moulded silicone rubber parts are arranged in such a manner that the chain strap can encompass a body, without contact occurring between the chain links of the armoured chain strap or a bolt and the body.