mhurhangee/ep-ind-claims huggingface dataset:
A control device in a software defined network SDN, wherein the control device comprises an operating system running in the control device, and the operating system comprises a service processing module, an object obtaining module, and an object storage module, wherein the object obtaining module is configured to obtain location information of a requested network device from the object storage module according to a request of the service processing module, wherein the network device is registered in another control device in the SDN; the service processing module is configured to establish a remote object proxy of the network device according to the location information of the network device, and control the network device by using the remote object proxy, wherein the remote object proxy is a proxy of a device object of the network device in the control device, and the device object is a proxy of the control device where the network device is registered for controlling the network device; and the object storage module is configured to obtain, from a shared device, the location information of the network device and store the location information of the network device, wherein the location information of the network device comprises a device ID of the control device where the network device is registered, an IP address of the control device where the network device is registered, and a device ID of the network device; wherein the shared device stores the location information of network devices registered in other control devices in the SDN network.
A solar panel module (300, 400), comprising: a cover; a back plate; at least two solar panels (130A, 130B) sandwiched between the cover and the back plate and arranged along a direction, and having a separating gap of a width formed between two adjacent solar panels (130A, 130B); a first dark insulating layer, disposed in the separating gap and contacting an upper edge of one of the two adjacent solar panels without contacting the other one of the two adjacent solar panels; a second dark insulating layer, disposed in the separating gap and contacting a lower edge of the other one of the two adjacent solar panels without contacting the one of the two adjacent solar panels. wherein the first and second dark insulating layers (140A, 140B) have a color substantially the same as a color of the two adjacent solar panels (130A, 130B), wherein the first and second dark insulating layers (140A, 140B) are partially overlapped with each other and each of the first and second dark insulating layers (140A, 140B) has a width greater than a half of the width of the separating gap. a cover; a back plate; at least two solar panels (130A, 130B) sandwiched between the cover and the back plate and arranged along a direction, and having a separating gap of a width formed between two adjacent solar panels (130A, 130B); a first dark insulating layer, disposed in the separating gap and contacting an upper edge of one of the two adjacent solar panels without contacting the other one of the two adjacent solar panels; a second dark insulating layer, disposed in the separating gap and contacting a lower edge of the other one of the two adjacent solar panels without contacting the one of the two adjacent solar panels. wherein the first and second dark insulating layers (140A, 140B) have a color substantially the same as a color of the two adjacent solar panels (130A, 130B), wherein the first and second dark insulating layers (140A, 140B) are partially overlapped with each other and each of the first and second dark insulating layers (140A, 140B) has a width greater than a half of the width of the separating gap.
A snus container, comprising: a body defining a first compartment; a first lid pivotably coupled to the body to be able to pivot about a first pivot axis to and from a closing position in which the first lid closes the first compartment, the first lid defining a second compartment separated from the first compartment, and a second lid pivotably coupled to the first lid to be able to pivot about a second pivot axis to and from a closing position in which the second lid closes the second compartment, wherein the snus container is a single continuous part. a body defining a first compartment; a first lid pivotably coupled to the body to be able to pivot about a first pivot axis to and from a closing position in which the first lid closes the first compartment, the first lid defining a second compartment separated from the first compartment, and a second lid pivotably coupled to the first lid to be able to pivot about a second pivot axis to and from a closing position in which the second lid closes the second compartment, wherein the snus container is a single continuous part.
Measurement card for capturing a measured value of an electromagnetic field, comprising: a measuring card body; an antenna arrangement integrated with the measuring card body for receiving the electromagnetic field; a processor disposed on the measuring card body for determining a measured value of the received electromagnetic field, wherein the processor is configured to generate a transmission signal having the measured value according to a wireless transmission technology; a wireless communication interface disposed on the measuring card body for transmitting the transmission signal via a communication network according to said wireless transmission technology; and a rectifier circuit which is connected downstream of the receiving antenna and is configured to obtain electrical energy from the received electromagnetic field, and to supply the obtained electrical energy to the processor for determining the measured value and for generating the transmission signal, and to the wireless communication interface for transmitting the transmission signal, characterized in that the measurement card further comprises a controllable electrical load, wherein the processor is configured to adjust a load value of the controllable electrical load, wherein the wireless communication interface is configured to receive a load parameter via the communication network, and wherein the processor is configured to adjust the value of the controllable electrical load according to the received load parameter. a measuring card body; an antenna arrangement integrated with the measuring card body for receiving the electromagnetic field; a processor disposed on the measuring card body for determining a measured value of the received electromagnetic field, wherein the processor is configured to generate a transmission signal having the measured value according to a wireless transmission technology; a wireless communication interface disposed on the measuring card body for transmitting the transmission signal via a communication network according to said wireless transmission technology; and a rectifier circuit which is connected downstream of the receiving antenna and is configured to obtain electrical energy from the received electromagnetic field, and to supply the obtained electrical energy to the processor for determining the measured value and for generating the transmission signal, and to the wireless communication interface for transmitting the transmission signal, characterized in that the measurement card further comprises a controllable electrical load, wherein the processor is configured to adjust a load value of the controllable electrical load, wherein the wireless communication interface is configured to receive a load parameter via the communication network, and wherein the processor is configured to adjust the value of the controllable electrical load according to the received load parameter.
A terminal adapted to be connected to a printed circuit board by sandwiching the printed circuit board therebetween at upper and lower surfaces of the printed circuit board, including a first contact part, and a second contact part being in facing relation with the first contact part, wherein the first contact part includes a resilient contact piece having a resilient force towards the second contact part, and a support part for supporting the contact piece, the contact piece has a width smaller than a width of the support part, and the second contact part has a width smaller than a width of the support part, and the contact piece has a length greater than a length of the second contact part, the lengths (L1, L2) being measured in a direction perpendicular to a plane defined by the printed circuit board, characterized in that the width of the support part is constant, and in that the support part and the second contact part extend in parallel with surfaces of the printed circuit board.
A method for preheating an electric oven, the electric oven including a body, a cooking chamber for receiving food formed in the body, the cooking chamber having an upper surface, a lower surface, and a rear surface joining the upper surface to the lower surface, a convection heater located at the rear surface of the cooking chamber, a bake heater located at the lower surface of the cooking chamber, and at least two broil heaters (111, 112) located at the upper surface of the cooking chamber, each of the at least two broil heaters (111, 112) being individually operable, the method comprising: operating one broil heater of the at least two broil heaters (111, 112); operating the convection heater together with the one broil heater of the at least two broil heaters (111, 122); turning off the one broil heater of the at least two broil heaters (111, 112); and operating another broil heater of the at least two broil heaters (111, 112), the another broil heater of the at least two broil heaters (111, 112) being different from the one of broil heater of the at least two broil heaters. operating one broil heater of the at least two broil heaters (111, 112); operating the convection heater together with the one broil heater of the at least two broil heaters (111, 122); turning off the one broil heater of the at least two broil heaters (111, 112); and operating another broil heater of the at least two broil heaters (111, 112), the another broil heater of the at least two broil heaters (111, 112) being different from the one of broil heater of the at least two broil heaters.
A multi-amount flushing system toilet comprising: (a) a toilet bowl having a collecting basin which is at least partially filled with water and can be connected to a drain pipe; (b) a flushing line, which is connected to the toilet bowl; (c) a user actuator; and (d) a flushing process trigger coupled to the user actuator; characterized in that the multi-amount flushing system toilet further comprises: (e) a sound detector device arranged in the water of the collecting basin for detecting noises in the water of the collecting basin caused by substances introduced into the toilet; and (f) a central processing unit (CPU, 12) with which the user actuator, the flushing process trigger and the sound detector device are electronically operatively connected, wherein a software activated therein enables the central processing unit (CPU, 12) to evaluate pressure fluctuation signals generated by the sound detector device in order to activate the flushing process trigger for triggering a flush. (a) a toilet bowl having a collecting basin which is at least partially filled with water and can be connected to a drain pipe; (b) a flushing line, which is connected to the toilet bowl; (c) a user actuator; and (d) a flushing process trigger coupled to the user actuator; (e) a sound detector device arranged in the water of the collecting basin for detecting noises in the water of the collecting basin caused by substances introduced into the toilet; and (f) a central processing unit (CPU, 12) with which the user actuator, the flushing process trigger and the sound detector device are electronically operatively connected, wherein a software activated therein enables the central processing unit (CPU, 12) to evaluate pressure fluctuation signals generated by the sound detector device in order to activate the flushing process trigger for triggering a flush.
A method for negotiating a target wake time TWT, comprising: sending, by an access point AP, trigger information to a plurality of stations STAs, wherein the trigger information is used to instruct each of some or all of the plurality of STAs to send a first media access control MAC frame corresponding to the STA to the AP; and receiving, by the AP, the first MAC frame sent by each of the some or all of the plurality of STAs based on the trigger information, wherein the first MAC frame carries a target wake time TWT parameter of the corresponding STA or instruction information for instructing the AP to send a TWT parameter to the corresponding STA, the TWT parameter is used to negotiate a TWT of the corresponding STA, and the instruction information is used to instruct the AP to send, to the corresponding STA, a second MAC frame that carries the TWT parameter of the corresponding STA; characterized in that the trigger information further includes resource scheduling information for uplink transmission of the corresponding STA; and in that the resource scheduling information include at least one of: a resource block indication used, a modulation and coding scheme required, a quantity of spatial flows, and a length of a physical protocol data unit when the corresponding STA performs multi-user uplink transmission. sending, by an access point AP, trigger information to a plurality of stations STAs, wherein the trigger information is used to instruct each of some or all of the plurality of STAs to send a first media access control MAC frame corresponding to the STA to the AP; and receiving, by the AP, the first MAC frame sent by each of the some or all of the plurality of STAs based on the trigger information, wherein the first MAC frame carries a target wake time TWT parameter of the corresponding STA or instruction information for instructing the AP to send a TWT parameter to the corresponding STA, the TWT parameter is used to negotiate a TWT of the corresponding STA, and the instruction information is used to instruct the AP to send, to the corresponding STA, a second MAC frame that carries the TWT parameter of the corresponding STA; characterized in that the trigger information further includes resource scheduling information for uplink transmission of the corresponding STA; and in that the resource scheduling information include at least one of: a resource block indication used, a modulation and coding scheme required, a quantity of spatial flows, and a length of a physical protocol data unit when the corresponding STA performs multi-user uplink transmission.
Compression therapy arrangement, comprising a compression garment adapted to exert external pressure on a body portion and at least one sensor device associated with the compression garment and having at least one pressure sensor for determining the external pressure, wherein the pressure sensor comprises at least one pressure circuitry, having a sensing impedance which is dependent on the external pressure and at least one reference circuitry having a reference impedance which is essentially independent from the external pressure, wherein a cumulative signal which is dependent on the external pressure and other external influences acting in the vicinity of the sensing impedance is derivable from the pressure circuitry and a reference signal which is essentially independent from the external pressures but dependent on other external influences acting in the vicinity of the reference circuitry, wherein the pressure circuitry comprises a sensing capacitor having a capacitance which is dependent on the external pressure, a reference capacitor having a capacitance which is essentially independent from the external pressure and wherein the pressure sensor comprises a first, at least partially conductive electrode layer, a second, at least partially conductive electrode layer and a dielectric layer arranged between the first electrode layer and the second electrode layer, said electrode layers (10, 20) and the dielectric layer preferably extending in essentially parallel planes and the dielectric layer comprises a compressible sensing portion, said compressible sensing portion is obtained by composing the dielectric layer by a mix of air or another gas and a deformable material which is not compressible but conformable such that a change of capacitance is also effected by the replacement of air in the sensing portion by the conformable dielectric material.
A mobile communications network comprising a radio network part having one or more base stations for communicating data to or receiving data from one or more mobile communications terminals, wherein the radio network part is configured to provide a low band width communications interface in accordance with 3rd Generation Partnership Project, 3GPP, Long Term Evolution, LTE, or 3GPP General Packet Radio Service, GPRS, formed from a low bandwidth carrier for one or more of the communications terminals to communicate data to or to receive data from the mobile communications network in accordance with a relatively low bandwidth which is for allocation to low bandwidth devices, and to provide a high bandwidth communications interface in accordance with 3GPP LTE formed from a high bandwidth carrier for one or more of the communications terminals to communicate data to or to receive data from the mobile communications network in accordance with a relatively high bandwidth, and the mobile communications network includes a load balancing entity which is configured to monitor the data communicated by the one or more of the communications terminals to or received from the low bandwidth interface and the data communicated by the one or more of the communications terminals to or received from the high bandwidth interface, and to command one of the communications terminals which is attached for communication to the high bandwidth interface to detach from the high bandwidth interface and to re-attach to the low bandwidth interface for communicating the data to or receiving the data from the mobile communications network via the low bandwidth interface consequent upon first predetermined conditions being satisfied, wherein the first predetermined conditions include at least one of a characteristic of the data communicated via the high bandwidth interface, a state of the communications terminal attached to the high bandwidth interface, or a relative utilisation of communications resources of the low bandwidth communications interface.
A synchronizing assembly for a gas turbine engine comprising: a synchronizing ring for controlling a position of variable stator vanes, the synchronizing ring having a countersunk orifice; and a bumper assembly comprising: a bumper at least partially enclosing a cavity within the bumper, the bumper comprising an outward side, an inward side opposite the outward side, a first side (230, 240) extending between the outward side and the inward side, a first opening on the outward side extending into the bumper to define a first portion of the cavity; a bolt having a first end and a second end opposite the first end, the bolt comprising a bolt head proximate the first end and a bolt shank proximate the second end, wherein the bolt shank extends through the first opening, wherein the bolt shank is located within an opening in the synchronizing ring, characterised in that the bumper comprises a second opening on the first side extending into the bumper to define a second portion of the cavity; and the bolt head is secured within the second portion of the cavity; and wherein the bumper further comprises a raised boss extending away from the outward surface, the raised boss configured to mate with the countersunk orifice of the synchronizing ring. a synchronizing ring for controlling a position of variable stator vanes, the synchronizing ring having a countersunk orifice; and a bumper assembly comprising: a bumper at least partially enclosing a cavity within the bumper, the bumper comprising an outward side, an inward side opposite the outward side, a first side (230, 240) extending between the outward side and the inward side, a first opening on the outward side extending into the bumper to define a first portion of the cavity; a bolt having a first end and a second end opposite the first end, the bolt comprising a bolt head proximate the first end and a bolt shank proximate the second end, wherein the bolt shank extends a bumper at least partially enclosing a cavity within the bumper, the bumper comprising an outward side, an inward side opposite the outward side, a first side (230, 240) extending between the outward side and the inward side, a first opening on the outward side extending into the bumper to define a first portion of the cavity; a bolt having a first end and a second end opposite the first end, the bolt comprising a bolt head proximate the first end and a bolt shank proximate the second end, wherein the bolt shank extends through the first opening, wherein the bolt shank is located within an opening in the synchronizing ring,
Cable assembly comprising a first cable having a first conductor, a second cable having a second conductor and an electrically conducting joining element; - the joining element comprising a first threaded end section and a second threaded end section opposite of the first end section; wherein the first threaded end section is connected to the first conductor; wherein the second threaded end section is connected to the second conductor, said cable assembly being characterized in that the first threaded end section is connected to an opening provided in the first conductor; and wherein the second threaded end section is connected to an opening provided in the second conductor. - the joining element comprising a first threaded end section and a second threaded end section opposite of the first end section; wherein the first threaded end section is connected to the first conductor; wherein the second threaded end section is connected to the second conductor, said cable assembly being characterized in that the first threaded end section is connected to an opening provided in the first conductor; and wherein the second threaded end section is connected to an opening provided in the second conductor.
Method for conducting crash tests in which an object, in particular a motor vehicle or part of a motor vehicle, is typically mounted on a test slide which is accelerated, the acceleration force being generated by means of a pressurized-gas reservoir and specifically applied to the acceleration object via a piston and a push rod, characterized in that the desired gas pressure is generated in the pressurized-gas reservoir by the movement of an additional piston acting on the gas and itself exposed to the pressure of a hydraulic fluid, and in that upon completion of the crash test the gas is returned to the gas reservoir i.e. piston chamber, wherein the gas is returned by the movement of the additional piston contained in the pressurized-gas reservoir, which movement is brought about by the hydraulic fluid, wherein a hydraulic pressure in an additional piston chamber of the pressurized-gas reservoir is applied, thereby displacing piston and evacuating gas via a conduit into piston chamber, wherein hydraulic fluid in the additional piston chamber is forced back to a hydraulic unit when gas pressure is charged for the next test, gas is recirculated in a closed feedback loop and remaining gas pressure in the pressurized gas reservoir is recovered after the test is complete.