mhurhangee/ep-ind-claims huggingface dataset:
Computer-implemented method for controlling a technical system, wherein a) a controller is provided, the control method of which is configurable by a control parameter, b) state data of the technical system are captured and fed into the controller, c) the technical system is controlled by the controller on the basis of the state data in a first control loop, using the control method, d) complexity data quantifying a present computation complexity for the controller are captured and transmitted to a control planner, e) the control planner takes the complexity data as a basis for ascertaining an updated control parameter that renders the control method configured thereby currently more performant, according to a predefined performance measure that quantifies a performance of the controller and/or of the technical system, than as a result of the previous control parameter, and f) the controller is reconfigured by the updated control parameter. a) a controller is provided, the control method of which is configurable by a control parameter, b) state data of the technical system are captured and fed into the controller, c) the technical system is controlled by the controller on the basis of the state data in a first control loop, using the control method, d) complexity data quantifying a present computation complexity for the controller are captured and transmitted to a control planner, e) the control planner takes the complexity data as a basis for ascertaining an updated control parameter that renders the control method configured thereby currently more performant, according to a predefined performance measure that quantifies a performance of the controller and/or of the technical system, than as a result of the previous control parameter, and f) the controller is reconfigured by the updated control parameter.
An electronic key registration system comprising: an electronic key device configured to store a key ID, which is unique to the electronic key device, and a first piece of information, which is written in accordance with a notification from outside the electronic key device; a controller arranged in a communication subject; characterized by a registration tool configured to execute a registration operation including writing of the key ID to the controller, the registration tool storing a second piece of information provided from outside the registration tool, wherein encrypted communication between the communication subject and the electronic key device is enabled after the key ID and an encryption key corresponding to the key ID is written to the controller; and an information center configured to communicate with the registration tool through a communication network, wherein the information center is configured to receive, through the communication network, the first piece of information stored in the electronic key device and the second piece of information stored in the registration tool, the information center is configured to compare the first piece of information and the second piece of information, and the registration tool includes a permission unit configured to permit execution of the registration operation when receiving a signal from the information center indicating that the first piece of information and the second piece of information conform to each other. an electronic key device configured to store a key ID, which is unique to the electronic key device, and a first piece of information, which is written in accordance with a notification from outside the electronic key device; a controller arranged in a communication subject; characterized by a registration tool configured to execute a registration operation including writing of the key ID to the controller, the registration tool storing a second piece of information provided from outside the registration tool, wherein encrypted communication between the communication subject and the electronic key device is enabled after the key ID and an encryption key corresponding to the key ID is written to the controller; and an information center configured to communicate with the registration tool through a communication network, wherein the information center is configured to receive, through the communication network, the first piece of information stored in the electronic key device and the second piece of information stored in the registration tool, the information center is configured to compare the first piece of information and the second piece of information, and the registration tool includes a permission unit configured to permit execution of the registration operation when receiving a signal from the information center indicating that the first piece of information and the second piece of information conform to each other.
A mat for use in an insecticide dispensing appliance having a heated sole plate, said mat being impregnated with insecticide to be dispensed when said mat sits on said sole plate and comprising: a central area configured to be heated by said sole plate, side areas (16, 18) integrally formed with said central area to increase the total length and size of said mat, boundaries (10, 12) on either side of said central area configured to impede migration of insecticide in said central area from reaching said side areas (16, 18), said mat having a substantially rectangular shape, said insecticide being impregnated solely in said central area, wherein the mat and the boundaries (10, 12) are made of a cellulous material, and wherein the cellulous material of the boundaries (10, 12) is highly compressed to form boundary structures extending from a top edge to a bottom edge of the mat. a central area configured to be heated by said sole plate, side areas (16, 18) integrally formed with said central area to increase the total length and size of said mat, boundaries (10, 12) on either side of said central area configured to impede migration of insecticide in said central area from reaching said side areas (16, 18), said mat having a substantially rectangular shape, said insecticide being impregnated solely in said central area, wherein the mat and the boundaries (10, 12) are made of a cellulous material, and wherein the cellulous material of the boundaries (10, 12) is highly compressed to form boundary structures extending from a top edge to a bottom edge of the mat.
A machine for making adjustably ventilated cigarettes, comprising a section for making filter-tipped cigarettes; the section comprising a unit for feeding cigarette sticks, a unit for feeding filter plugs each wrapped in a respective wrapping sheet, a unit for assembling the cigarette sticks with the filter plugs, a device for feeding patches and a rolling device designed to receive the patches and wrapping a patch round at least one portion of cigarette stick and a respective filter plug to make a succession of cigarettes with filter tip with a longitudinal axis; each cigarette with filter tip has a respective circumferential precut line and at least a first slit made in the patch and a second slit made in the wrapping sheet of the filter plug and matching the first slit; the machine comprising a unit for turning a first portion of the cigarette comprising the first slit; the turning unit comprising gripping means for the first portion and retaining means for a second portion of the cigarette comprising the second slit; the gripping means being capable of imparting torque to the first portion which, by turning about the axis of the cigarette by a predetermined angle (θ), offsets the first slit relative to the second slit, thus causing the second slit to closer; the gripping means comprising an upper contact element and a lower contact element (41, 46) opposite to each other relative to the cigarettes conveyed by the roller; at least one of the two contact elements (40, 41) being motor-driven and being movable at a speed different from that of the retaining means and of the conveying roller in such a way as to impart the torque to the first portion of each cigarette; characterized in that the lower contact element comprises at least two supporting rollers for each cigarette conveyed by the conveying roller; the supporting rollers being idle rollers.
An assembly comprising: a transcatheter valve prosthesis including a stent and a prosthetic valve component including at least one leaflet disposed within and secured to the stent, the transcatheter valve prosthesis having a crimped configuration for delivery within a vasculature and an expanded configuration for deployment within a native heart valve; a leaflet folding accessory configured for use when compressing the transcatheter valve prosthesis into the crimped configuration, wherein the leaflet folding accessory includes a plurality of guide fingers, each guide finger having a first end and a second end, the second end being configured to contact the prosthetic valve component and hold the at least one leaflet in a closed state against an inner shaft of a delivery system when the transcatheter valve prosthesis is compressed into the crimped configuration. a transcatheter valve prosthesis including a stent and a prosthetic valve component including at least one leaflet disposed within and secured to the stent, the transcatheter valve prosthesis having a crimped configuration for delivery within a vasculature and an expanded configuration for deployment within a native heart valve; a leaflet folding accessory configured for use when compressing the transcatheter valve prosthesis into the crimped configuration, wherein the leaflet folding accessory includes a plurality of guide fingers, each guide finger having a first end and a second end, the second end being configured to contact the prosthetic valve component and hold the at least one leaflet in a closed state against an inner shaft of a delivery system when the transcatheter valve prosthesis is compressed into the crimped configuration.
Surface cleaning machine, comprising a cleaning head (212; 342) having at least one cleaning roller unit (216, 218; 344) which is driven for rotary movement, a tank device (288; 368) for dirty fluid and a probe device for determining a degree of fill of the tank device (288; 368) for dirty fluid, wherein the probe device is configured as an electrode device and comprises a first electrode and a second electrode in spaced relation to the first electrode, which electrodes project into a receiving space of the tank device (288; 368) for dirty fluid, characterized in that the first electrode and the second electrode are fixedly connected to a holder (212; 342) for the tank device (288; 368) for dirty fluid, wherein the tank device (288; 368) for dirty fluid is releasable from the holder (212; 342).
A multi-purpose object for a patient treatment system, said object comprising a first section and a second section, the first section having an upper surface configured with a plurality of transparent markings and a lower surface configured to be arranged on a top face of the second section, wherein said second section comprises one or more recess(es) in said top face configured with a depth and a width to contain a radio-opaque target object, wherein said second and first sections (102, 104) are made from a transparent material, and wherein at least one or more of a surface (106, 124, 122) of an outer portion of said object is configured with a first light-reflective coating at areas different from positions of said transparent markings and is configured to reflect light incident on an internal space of said object.
An electrode mixture layer for nonaqueous electrolyte secondary batteries, comprising: an electrode active material; a carbon-based conductive agent containing fibrous carbon having an average effective length of 10 μm or more, wherein the effective length is defined as a length of the longest line segment both ends of which are in contact with a single fiber of the fibrous carbon, and wherein the average fiber diameter of the fibrous carbon is 50 nm or more and 900 nm or less and a binder; the electrode mixture layer having a film thickness of 80 μm or more, wherein the electrode mixture layer includes an inner layer portion in which a degree of orientation is 0.1 or more and less than 0.7, wherein the degree of orientation is defined as the value obtained by dividing an average fiber length of the fibrous carbon observed from a surface of the electrode mixture layer or a cross section parallel to the surface by an effective length of the fibrous carbon in a powder obtained by disassembling the electrode mixture layer, and wherein the average effective length of the fibrous carbon is 1/3 or less of the film thickness. an electrode active material; a carbon-based conductive agent containing fibrous carbon having an average effective length of 10 μm or more, wherein the effective length is defined as a length of the longest line segment both ends of which are in contact with a single fiber of the fibrous carbon, and wherein the average fiber diameter of the fibrous carbon is 50 nm or more and 900 nm or less and a binder; the electrode mixture layer having a film thickness of 80 μm or more, wherein the electrode mixture layer includes an inner layer portion in which a degree of orientation is 0.1 or more and less than 0.7, wherein the degree of orientation is defined as the value obtained by dividing an average fiber length of the fibrous carbon observed from a surface of the electrode mixture layer or a cross section parallel to the surface by an effective length of the fibrous carbon in a powder obtained by disassembling the electrode mixture layer, and wherein the average effective length of the fibrous carbon is 1/3 or less of the film thickness.
A method for making masonry work, consisting of the steps of forming the masonry work by assembling together a plurality of bricks and/or building blocks, the bricks and/or building blocks having a substantially flat and planar outer surface and being provided with joints and/or alignment elements at the contact area between adjacent bricks and/or building blocks which facilitate alignment of the bricks and/or building blocks such that, after construction, the bricks and/or building blocks provide the masonry work with a planar outer surface and substantially without any gaps between the adjacent bricks and/or building blocks, and stably bonding together the adjacent bricks and/or building blocks; the bricks and/or building blocks being of the hollow type with a percentage of holes greater than or equal to 15%; wherein the forming step comprises laying the bricks and/or building blocks with the axis of respective perforations, holes or cavities of the bricks and/or building blocks at right angles to the plane of laying, wherein the bricks and/or building blocks are straightened and are laid dry in the forming step of forming the masonry work, characterized in that the bonding step comprises pouring or injecting a polyurethane binder in a liquid form inside all of the perforations, holes or cavities of the bricks and/or building blocks for securely fixing them to each other through a volumetric expansion of the polyurethane binder in a passage-way formed between the perforations, holes or cavities of adjacent bricks and/or building blocks and its solidification from the liquid state to a foamy state inside the perforations, holes or cavities.
A method of communicating with a gaming console from one of a plurality of wireless accessories (142; 154) using a wireless protocol the method comprising: transmitting an upstream data packet in an upstream sub frame from the one wireless accessory to the gaming console, the upstream data packet comprising a first upstream data sub packet and a first upstream voice sub packet such that voice data and wireless accessory data are simultaneously communicated in the upstream data packet in a same time slot, the wireless accessory data comprising input data for controlling the gaming console; receiving at the one wireless accessory a downstream voice packet (210, 214) and a downstream data packet broadcast from the gaming console in a downlink sub frame, the downstream data packet comprising predetermined data sub fields containing data for each of the plurality of wireless accessories; if an acknowledgement for the one wireless accessory is not received from the gaming console in the broadcast downstream data packet, transmitting an upstream retransmission packet from the one wireless accessory during a retransmission sub frame, the upstream retransmission packet comprising the wireless accessory data but not the voice data that were transmitted in the upstream data packet; wherein each packet is transmitted within the wireless protocol on a frequency allocated according to a frequency hopping spread spectrum system to a Time Division Multiple Access (TDMA) time slot associated with the packet and with the one wireless accessory. transmitting an upstream data packet in an upstream sub frame from the one wireless accessory to the gaming console, the upstream data packet comprising a first upstream data sub packet and a first upstream voice sub packet such that voice data and wireless accessory data are simultaneously communicated in the upstream data packet in a same time slot, the wireless accessory data comprising input data for controlling the gaming console; receiving at the one wireless accessory a downstream voice packet (210, 214) and a downstream data packet broadcast from the gaming console in a downlink sub frame, the downstream data packet comprising predetermined data sub fields containing data for each of the plurality of wireless accessories; if an acknowledgement for the one wireless accessory is not received from the gaming console in the broadcast downstream data packet, transmitting an upstream retransmission packet from the one wireless accessory during a retransmission sub frame, the upstream retransmission packet comprising the wireless accessory data but not the voice data that were transmitted in the upstream data packet; wherein each packet is transmitted within the wireless protocol on a frequency allocated according to a frequency hopping spread spectrum system to a Time Division Multiple Access (TDMA) time slot associated with the packet and with the one wireless accessory.
A tracking and identification method, comprising: obtaining, by a first aircraft, a first feature parameter of a target object, wherein the first feature parameter is used to track the target object; and if image data captured by the first aircraft does not match the first feature parameter, adjusting the first aircraft to a predetermined high-altitude area relative to the target object according to location information of a second aircraft that is sent by the second aircraft, wherein the second aircraft is in a predetermined low-altitude area relative to the target object, and image data captured by the second aircraft matches a second feature parameter of the target object, the second feature parameter being used to identify the target object, characterized in that the first feature parameter is used to indicate a parameter of an appearance outline of the target object, and the second feature parameter is used to indicate a parameter of a detail feature of the target object. obtaining, by a first aircraft, a first feature parameter of a target object, wherein the first feature parameter is used to track the target object; and if image data captured by the first aircraft does not match the first feature parameter, adjusting the first aircraft to a predetermined high-altitude area relative to the target object according to location information of a second aircraft that is sent by the second aircraft, wherein the second aircraft is in a predetermined low-altitude area relative to the target object, and image data captured by the second aircraft matches a second feature parameter of the target object, the second feature parameter being used to identify the target object, characterized in that the first feature parameter is used to indicate a parameter of an appearance outline of the target object, and the second feature parameter is used to indicate a parameter of a detail feature of the target object.
A food composition comprising from 40 to 90% functional proteins, from 0.05 to 2% of one or more cross-linking agents, and from 60 to 10% of a meat slurry, wherein the meat slurry comprises meat and one or more humectant plasticizers in a meat:humectant plasticizer ratio of from 20:80 to 80:20, wherein the cross-linking agents are elemental sulfur, sodium metabisulfite, cysteine, or combinations thereof, and wherein the moisture content is 14% or less.
Circuit arrangement comprising an electrical and/or electronic circuit unit (10, 10', 10'') which comprises a circuit carrier (14, 14'), on which at least one electrical and/or electronic component is arranged, and at least one connection area (5, 5') with at least one contact unit (14.2. 14.2') for electrically contact-connecting the electrical and/or electronic circuit unit (10, 10', 10'') to other electrical and/or electronic structural units, wherein the circuit unit (10, 10', 10") is arranged in a housing unit (20, 20') sealed against the environment, wherein the housing unit (20, 20') comprises a protective compound (22, 22') which surrounds the circuit unit (10, 10') in a sealing manner, characterized in that the protective compound (22, 22') surrounds the at least one connection area (5, 5') in such a manner that the at least one contact unit (14.2, 14.2'), consisting of in each case a top side and a bottom side and in each case two side faces, is embedded into the protective compound (22, 22') at least at all of its side faces.
A pedal transformable into an anti-theft element, of the type of pedals used to actuate a chain- or belt-driven vehicle, the pedal comprising foot support surfaces, as well as being configured to be rotarily coupled to connection rods of a pedal assembly of the vehicle; the pedal comprising a rotary support having the foot support surfaces, wherein a deployable segment assembly is fixed to said rotary support, deployable segment assembly having, at least, one detachable joint which is detachable by means of a lock; the deployable segment assembly being susceptible of adopting a deployed position configuring a lock bracket and a retracted position included within the operational volume of the pedal; and the rotary support is rotarily coupled to a threaded rod for fixing to the connection rod, said threaded rod having inviolable fixation means for being fixed to the connection rod; and the support surfaces comprises a first plate disposed on a major side of the pedal; and the pedal is characterized in that the deployable segment assembly comprises a succession of segments (14, 15) articulated therebetween by their ends, the succession of segments (14, 15) comprising: - corresponding end segments joined to the rotary support, and - intermediate segments, wherein the detachable joint is disposed between one of the end segments and the rotary support - corresponding end segments joined to the rotary support, and - intermediate segments,