mhurhangee/ep-ind-claims huggingface dataset:
An antenna apparatus, comprising: an antenna radiator, at least one antenna trough, a feedpoint, and at least one first protruding metal strip; wherein a printed circuit board, PCB metal layer is disposed around the antenna apparatus; the at least one antenna trough is disposed on the antenna radiator; the at least one antenna trough extends from a bottom edge to near a top edge of the antenna radiator; the feedpoint is further disposed on the antenna radiator, and the feedpoint is disposed at an end of the bottom edge of the antenna radiator and is near a side edge of the antenna radiator; the at least one first protruding metal strip is inserted in the antenna trough and is separated from the antenna radiator; and an end of the at least one first protruding metal strip is connected to the PCB metal layer; characterized in that the feedpoint connects the antenna radiator and the PCB metal layer.
Sanitary device for domestic animals with a surface, which domestic animals mount and on which they are able to excrete excrement, comprising at least one sensor, by means of which the presence of excrement on, and/or the dismounting of the domestic animal from, the surface are able to be detected, whereby upon detection of the presence of excrement on, and/or the dismounting of the domestic animal from, the surface, a rinsing agent is able to be dispensed on the surface in such a way that the excrement present thereon is able to be flushed away from the surface, whereby the sanitary device is designed in such a way that it is movable or respectively portable, characterized in that the sanitary device comprises an integrated waste water container, in which the excrement flushed away from the surface and the rinsing agent are able to be disposed of.
A piston pin for attaching the piston of a piston engine to the connecting rod, the piston pin comprising at its first end and its second end a first and a second affixing area for attaching the piston pin to the piston and between these in the center area a third affixing area for attaching the piston pin to the connecting rod, the cross-sectional projection of the piston pin being circular in form and the piston pin including a lightening provided at both ends of the piston pin (120, 130) outside said center area, and in which the first and the second affixing areas are provided with slide bearing surfaces, characterized in that the lightening comprises an external lightening formed on the side surface of the piston extending from the end (120,130) of the piston pin to its center area and cutting the outer surface of the piston pin so that the piston pin has both ends (120,130) a cross section of essentially the shape of an I beam, and that said piston pin includes an additional lightening provided inside the piston pin including at least two apertures extending through in the longitudinal direction.
A wireless communication device (120, 200), comprising: a map information storage unit configured to store map information with which at least one of position information, address information, or names of buildings or shops is associated; a communication parameter obtaining unit configured to obtain communication parameters associated with the position information, wherein the position information is position information for a location where a user performs wireless communication wherein the communication parameters include fixed or dynamically changing values and indicate levels of congestion or communication rates for a plurality of base stations available from the location; an image information creating unit configured to create image information in which the communication parameters associated with the position information are described on the map information; and a communication unit configured to transfer the image information created by the image information creating unit for display to the user on a display unit. a map information storage unit configured to store map information with which at least one of position information, address information, or names of buildings or shops is associated; a communication parameter obtaining unit configured to obtain communication parameters associated with the position information, wherein the position information is position information for a location where a user performs wireless communication wherein the communication parameters include fixed or dynamically changing values and indicate levels of congestion or communication rates for a plurality of base stations available from the location; an image information creating unit configured to create image information in which the communication parameters associated with the position information are described on the map information; and a communication unit configured to transfer the image information created by the image information creating unit for display to the user on a display unit.
A cleaning apparatus comprising: a housing; at least one agitator configured to be rotatably coupled to said housing; a combing unit comprising a plurality of spaced teeth configured to contact said agitator for preventing build up and removing debris; a switch configured to cause said combing unit to move between an active mode in which said plurality of spaced teeth are configured to contact said agitator for preventing build up and removing debris, and an inactive mode in which said plurality of spaced teeth are configured to not contact said agitator; and a sensor configured to cause an actuator of said switch to move said combing unit between said active mode and said inactive mode, wherein said switch further includes said actuator. a housing; at least one agitator configured to be rotatably coupled to said housing; a combing unit comprising a plurality of spaced teeth configured to contact said agitator for preventing build up and removing debris; a switch configured to cause said combing unit to move between an active mode in which said plurality of spaced teeth are configured to contact said agitator for preventing build up and removing debris, and an inactive mode in which said plurality of spaced teeth are configured to not contact said agitator; and a sensor configured to cause an actuator of said switch to move said combing unit between said active mode and said inactive mode, wherein said switch further includes said actuator.
A method for stimulating and/or determining an effective method for working agricultural surfaces, wherein an agricultural surface distribution in an edge surface and in a main surface is simulated and determined, characterized in that the simulation and determination is performed as a function of optional vehicle access points to the agricultural surface, topographic conditions, obstacles, plant conditions, ground conditions like humidity, nutrient content and dry mass of the ground and maturation level of plants and fruits and storage of harvest products on the ground, wherein variables influencing the simulation and the determination are determined by sensors and detected and stored automatically, wherein a data processing device for simulating and determining an effective method for working the agricultural surfaces is integrated in an onboard computer of an agricultural machine and the method is executable in real time based on GPS signals.
A display module comprising: a display panel; a chassis which supports the display panel; a light source which provided at at least one side surface inside the chassis and is configured to emit light; a light guide plate which has a emitting surface and is configured to guide the light emitted by the light source through the emitting surface; a quantum dot sheet which is provided between the emitting surface of the light guide plate and the display panel; and at least one guide member which is fixed to an interior surface of the chassis, and supports the light guide plate and the QD sheet; characterized in that the at least one guide member includes: a first guide portion which seats a side surface of the light guide plate; and a second guide portion which extends from the first guide portion and seats a side surface of the QD sheet. a display panel; a chassis which supports the display panel; a light source which provided at at least one side surface inside the chassis and is configured to emit light; a light guide plate which has a emitting surface and is configured to guide the light emitted by the light source through the emitting surface; a quantum dot sheet which is provided between the emitting surface of the light guide plate and the display panel; and at least one guide member which is fixed to an interior surface of the chassis, and supports the light guide plate and the QD sheet; characterized in that the at least one guide member includes: a first guide portion which seats a side surface of the light guide plate; and a second guide portion which extends from the first guide portion and seats a side surface of the QD sheet. a first guide portion which seats a side surface of the light guide plate; and a second guide portion which extends from the first guide portion and seats a side surface of the QD sheet.
A pharmaceutical composition comprising: (i) a drug component comprising at least one pharmaceutically acceptable salt of glycopyrrolate and at least one long acting beta-2-agonist (LABA) selected from formoterol and the pharmaceutically acceptable salts thereof; and (ii) a propellant component at least 90 weight % of which is 1,1-difluoroethane (HFA-152a). (i) a drug component comprising at least one pharmaceutically acceptable salt of glycopyrrolate and at least one long acting beta-2-agonist (LABA) selected from formoterol and the pharmaceutically acceptable salts thereof; and (ii) a propellant component at least 90 weight % of which is 1,1-difluoroethane (HFA-152a).
A method for a device of communicating with a wireless access point, the method comprising: receiving information from the wireless access point that characterizes intended future transmissions of one or more other devices other than the device and other than the wireless access point, wherein the information comprises an aggregated information set indicating time slots that will be used for future transmission by the one or more other devices; and controlling transmission of a packet bv the device directly to the wireless access point based on the aggregated information set, wherein the controlling transmission comprises controlling timing of transmission of the packet on a same one of the channels indicated by the aggregated information set but in a time slot selected based on the time slots indicated by the aggregated information set. receiving information from the wireless access point that characterizes intended future transmissions of one or more other devices other than the device and other than the wireless access point, wherein the information comprises an aggregated information set indicating time slots that will be used for future transmission by the one or more other devices; and controlling transmission of a packet bv the device directly to the wireless access point based on the aggregated information set, wherein the controlling transmission comprises controlling timing of transmission of the packet on a same one of the channels indicated by the aggregated information set but in a time slot selected based on the time slots indicated by the aggregated information set.
A method for protecting master and slave access network elements in a data communication network, comprising: detecting, by a master access network element, connectivity between the master access network element and a target network; and characterized in that the method further comprises: when detecting that the master access network element is not connected with the target network, invalidating a master static routing from the master access network element to a network management server and flooding routing change situations, wherein invalidating the master static routing from the master access network element to the network management server comprises deleting the master static routing in a forwarding table maintained by the master access network element or setting a priority of the master static routing to be lower than a priority of a slave static routing from the slave access network element to the network management server. detecting, by a master access network element, connectivity between the master access network element and a target network; and characterized in that the method further comprises: when detecting that the master access network element is not connected with the target network, invalidating a master static routing from the master access network element to a network management server and flooding routing change situations, wherein invalidating the master static routing from the master access network element to the network management server comprises deleting the master static routing in a forwarding table maintained by the master access network element or setting a priority of the master static routing to be lower than a priority of a slave static routing from the slave access network element to the network management server. when detecting that the master access network element is not connected with the target network, invalidating a master static routing from the master access network element to a network management server and flooding routing change situations, wherein invalidating the master static routing from the master access network element to the network management server comprises deleting the master static routing in a forwarding table maintained by the master access network element or setting a priority of the master static routing to be lower than a priority of a slave static routing from the slave access network element to the network management server.
An in vitro method for diagnosing Alzheimer's disease in a subject presenting signs of dementia, comprising the steps of: a1) measuring the level of each of dopamine, adrenaline and noradrenaline in a sample of biological fluid from said subject; a2) determining a virtual value by combining the levels measured in step a1) applying one of the following algorithms: V = i i + ii + iii; V = i ii + iii; V = ii i + ii + iii; V = ii i + iii; V = iii i + ii + iii; V = iii i + ii; V = i + ii i + ii + iii; V = i + ii ii + iii; V = i + ii i + iii; V = i + ii iii; V = i + iii i + ii + iii; V = i + iii ii + iii; V = i + iii ii + i; V = i + iii ii; V = ii + iii i + ii + iii; V = ii + iii i + iii; V = ii + iii i + ii; V = ii + iii i; or V = i + ii + iii; wherein V is the virtual value to be determined and [ i] is the level of said dopamine, [ ii] is the level of said adrenaline and [ iii] is the level of said noradrenaline; and b) based on the virtual value determined in step a2), determining whether said subject suffers from Alzheimer's disease. a1) measuring the level of each of dopamine, adrenaline and noradrenaline in a sample of biological fluid from said subject; a2) determining a virtual value by combining the levels measured in step a1) applying one of the following algorithms: V = i i + ii + iii; V = i ii + iii; V = ii i + ii + iii; V = ii i + iii; V = iii i + ii + iii; V = iii i + ii; V = i + ii i + ii + iii; V = i + ii ii + iii; V = i + ii i + iii; V = i + ii iii; V = i + iii i + ii + iii; V = i + iii ii + iii; V = i + iii ii + i; V = i + iii ii; V = ii + iii i + ii + iii; V = ii + iii i + iii; V = ii + iii i + ii; V = ii + iii i; or V = i + ii + iii; wherein V is the virtual value to be determined and [ i] is the level of said dopamine, [ ii] is the level of said adrenaline and [ iii] is the level of said noradrenaline; and b) based on the virtual value determined in step a2), determining whether said subject suffers from Alzheimer's disease.
Method of operating a user equipment in a radio access network, the user equipment being configured with a feedback configuration of transmission of feedback signaling by the user equipment, the feedback signaling pertaining to downlink signaling; wherein the feedback configuration indicates transmission of feedback signaling on a first carrier with a first numerology and according to a configured transmission timing; wherein the method comprises transmitting the feedback signaling at an updated transmission timing which is later in time than the configured transmission timing if the configured transmission timing is within a signaling time interval of transmission, by the user equipment, of second signaling on the first carrier, wherein the feedback signaling comprises acknowledgement information and/or measurement information, and wherein the downlink signaling is transmitted on a downlink carrier with a downlink numerology, wherein the downlink carrier is different from the first carrier and the downlink numerology is different from the first numerology. wherein the feedback configuration indicates transmission of feedback signaling on a first carrier with a first numerology and according to a configured transmission timing; wherein the method comprises transmitting the feedback signaling at an updated transmission timing which is later in time than the configured transmission timing if the configured transmission timing is within a signaling time interval of transmission, by the user equipment, of second signaling on the first carrier, wherein the feedback signaling comprises acknowledgement information and/or measurement information, and wherein the downlink signaling is transmitted on a downlink carrier with a downlink numerology, wherein the downlink carrier is different from the first carrier and the downlink numerology is different from the first numerology.
A compensation network configured to improve stability of an operational amplifier by providing a variable-frequency zero in a frequency response of the operational amplifier, the compensation network (130; 330; 530) comprising: an input for coupling to an output of the operational amplifier; a first resistance branch configured to be coupled to the operational amplifier output and comprising a series resistor (Rs); a second resistance branch and comprising a parallel resistor (R P); and a current source, wherein the first resistance branch comprises a resistance control switch serially connected to the series resistor (R S), and the resistance control switch is configured to control, based upon a resistance control signal, a level of current flowing through the first resistance branch, wherein the parallel resistor (R P) of the second resistance branch is connected in parallel with a series circuit comprising the series resistor (Rs) and the resistance control switch in the first resistance branch, and wherein the current source supplies a constant current and is coupled to the first resistance branch and the second resistance branch such that the constant current is split between a current flowing through the first resistance branch and a current flowing through the second resistance branch, wherein a ratio of these currents is determined by the resistance control signal, so that the compensation network (130; 330; 530) provides a variable impedance to the input, the variable impedance having a resistance that varies between a lower resistance based upon a resistance of the series resistor (R S) and an upper resistance based upon a resistance of the parallel resistor (R P). an input for coupling to an output of the operational amplifier; a first resistance branch configured to be coupled to the operational amplifier output and comprising a series resistor (Rs); a second resistance branch and comprising a parallel resistor (R P); and a current source, wherein the first resistance branch comprises a resistance control switch serially connected to the series resistor (R S), and the resistance control switch is configured to control, based upon a resistance control signal, a level of current flowing through the first resistance branch, wherein the parallel resistor (R P) of the second resistance branch is connected in parallel with a series circuit comprising the series resistor (Rs) and the resistance control switch in the first resistance branch, and wherein the current source supplies a constant current and is coupled to the first resistance branch and the second resistance branch such that the constant current is split between a current flowing through the first resistance branch and a current flowing through the second resistance branch, wherein a ratio of these currents is determined by the resistance control signal, so that the compensation network (130; 330; 530) provides a variable impedance to the input, the variable impedance having a resistance that varies between a lower resistance based upon a resistance of the series resistor (R S) and an upper resistance based upon a resistance of the parallel resistor (R P).
A secure industrial control system, comprising: one or more industrial elements; and a set of redundant communications/control modules that drive the one or more industrial elements, the set of redundant communications/control modules including a first communications/control module and a second communications/control module configured to perform an authentication sequence, the authentication sequence including: transmitting a request datagram from the first communications/control module to the second communications/control module, the request datagram including a first nonce, a first device authentication key certificate, and a first identity attribute certificate; transmitting a response datagram from the second communications/control module to the first communications/control module, the response datagram including a second nonce, a first signature associated with the first and second nonces, a second device authentication key certificate, and a second identity attribute certificate; and transmitting an authentication datagram from the first communications/control module to the second communications/control module when the response datagram is valid, the authentication datagram including a second signature associated with the first and second nonces. transmitting a request datagram from the first communications/control module to the second communications/control module, the request datagram including a first nonce, a first device authentication key certificate, and a first identity attribute certificate; transmitting a response datagram from the second communications/control module to the first communications/control module, the response datagram including a second nonce, a first signature associated with the first and second nonces, a second device authentication key certificate, and a second identity attribute certificate; and transmitting an authentication datagram from the first communications/control module to the second communications/control module when the response datagram is valid, the authentication datagram including a second signature associated with the first and second nonces.