mhurhangee/patent-ind-claim-en huggingface dataset:
An unmanned aerial vehicle, UAV, system, the UAV system comprising: a) a UAV comprising: i. a sensor configured to measure a sensor data; ii. a UAV propeller; b) a mobile platform ; c) a tether attached to the UAV and to the mobile platform , the tether comprising a tensiometer to measure a tether tension force; and d) a digital processing device comprising: at least one processor , an operating system configured to perform executable instructions, a memory, and a computer program including instructions executable by the digital processing device to create a tethered UAV application comprising: i. a transmission module receiving the sensor data from the sensor at a selected rate; ii. a locational module estimating a relative three-dimensional position of the UAV to the mobile platform , based on the sensor data; and iii. a navigation module directing at least one of the UAV propeller and the mobile platform , based on the relative three-dimensional position and the tether tension force, to adjust the relative three-dimensional position within a set value when the mobile platform is moving. a) a UAV comprising: i. a sensor configured to measure a sensor data; ii. a UAV propeller; i. a sensor configured to measure a sensor data; ii. a UAV propeller; b) a mobile platform ; c) a tether attached to the UAV and to the mobile platform , the tether comprising a tensiometer to measure a tether tension force; and d) a digital processing device comprising: at least one processor , an operating system configured to perform executable instructions, a memory, and a computer program including instructions executable by the digital processing device to create a tethered UAV application comprising: i. a transmission module receiving the sensor data from the sensor at a selected rate; ii. a locational module estimating a relative three-dimensional position of the UAV to the mobile platform , based on the sensor data; and iii. a navigation module directing at least one of the UAV propeller and the mobile platform , based on the relative three-dimensional position and the tether tension force, to adjust the relative three-dimensional position within a set value when the mobile platform is moving. i. a transmission module receiving the sensor data from the sensor at a selected rate; ii. a locational module estimating a relative three-dimensional position of the UAV to the mobile platform , based on the sensor data; and iii. a navigation module directing at least one of the UAV propeller and the mobile platform , based on the relative three-dimensional position and the tether tension force, to adjust the relative three-dimensional position within a set value when the mobile platform is moving.
A column shoe for fastening reinforced concrete columns to a base, wherein the column shoe comprising a bottom plate with a bolt opening , a side plate member fastened to the bottom plate for providing a bolt casing of the bottom plate and the side plate member , anchor bars fastened to the side plate member for fastening the column shoe and the reinforced concrete column to one another, and back bond means for transmitting horizontal forces between the reinforced concrete column and a threaded rod projecting from the base and through the bolt opening in the bottom plate , wherein the side plate member is a monolithic structure comprising two side plate sections and a connecting section connecting said two side plates sections, and wherein the bolt casing being symmetrical with respect to an imaginary vertical central plane A of the bolt casing , wherein the anchor bars comprise two anchor bars so that one anchor bar is fastened to inner surface of each side plate sections that faces one another, wherein a slot extends from an upper edge of side plate member at the connecting section of the side plate member , wherein the slot is provided at the imaginary vertical plane A of the bolt casing , characterized by the slot extending between an inner surface of the side plate member and an outer surface of the side plate member , and by the anchor bars being provided spaced apart from the slot . a bottom plate with a bolt opening , a side plate member fastened to the bottom plate for providing a bolt casing of the bottom plate and the side plate member , anchor bars fastened to the side plate member for fastening the column shoe and the reinforced concrete column to one another, and back bond means for transmitting horizontal forces between the reinforced concrete column and a threaded rod projecting from the base and through the bolt opening in the bottom plate , wherein the side plate member is a monolithic structure comprising two side plate sections and a connecting section connecting said two side plates sections, and wherein the bolt casing being symmetrical with respect to an imaginary vertical central plane A of the bolt casing , wherein the anchor bars comprise two anchor bars so that one anchor bar is fastened to inner surface of each side plate sections that faces one another, wherein a slot extends from an upper edge of side plate member at the connecting section of the side plate member , wherein the slot is provided at the imaginary vertical plane A of the bolt casing , characterized by the slot extending between an inner surface of the side plate member and an outer surface of the side plate member , and by the anchor bars being provided spaced apart from the slot .
A method for data sharing in an offline environment, the method comprising: Receiving , by a receiving device, a first data segment of a first quantity of data segments from a sending device via a local network, wherein the sending device and the receiving device directly communicate via the local network; generating an encrypted storage container for storing the first data segment, wherein the encrypted storage container prevents access by one or more applications of the receiving device to data stored therein based on storage instructions from the sending device; storing , by the receiving device and in the encrypted storage container, a second quantity of data segments comprising the first data segment, wherein the second quantity is less than the first quantity, wherein less than all of the first quantity of data segments are stored on the receiving device at one time, and wherein the second quantity of data segments is a plurality of data segments; processing , by the receiving device, the first data segment to provide an output to a user of the receiving device; activating a timer upon receipt of a data segment of the first quantity of data segments; and upon the timer reaching a threshold value , deleting the second quantity of data segments stored in the encrypted storage container. Receiving , by a receiving device, a first data segment of a first quantity of data segments from a sending device via a local network, wherein the sending device and the receiving device directly communicate via the local network; generating an encrypted storage container for storing the first data segment, wherein the encrypted storage container prevents access by one or more applications of the receiving device to data stored therein based on storage instructions from the sending device; storing , by the receiving device and in the encrypted storage container, a second quantity of data segments comprising the first data segment, wherein the second quantity is less than the first quantity, wherein less than all of the first quantity of data segments are stored on the receiving device at one time, and wherein the second quantity of data segments is a plurality of data segments; processing , by the receiving device, the first data segment to provide an output to a user of the receiving device; activating a timer upon receipt of a data segment of the first quantity of data segments; and upon the timer reaching a threshold value , deleting the second quantity of data segments stored in the encrypted storage container.
Compositions comprising a) polyamide 6 or polyamide 66, b) magnesium hydroxide having an Si content of < 15 000 ppm and c) boron nitride, wherein per 100 parts by weight of component a) 100 to 280 parts by weight of component b) and 10 to 150 parts by weight of component c) are employed. a) polyamide 6 or polyamide 66, b) magnesium hydroxide having an Si content of < 15 000 ppm and c) boron nitride, wherein per 100 parts by weight of component a) 100 to 280 parts by weight of component b) and 10 to 150 parts by weight of component c) are employed.
A storage stable isocyanate-reactive composition, comprising: a total ethylene oxide content from 10 wt% to 20 wt%, based on the total weight of an isocyanate-reactive component that includes a polyol component, a catalyst component, and a blowing agent component, wherein: the polyol component includes an alcohol initiated polyether polyol, an aromatic amine initiated polyether polyol, and a polyester polyol, the catalyst component includes at least one amine catalyst, and the blowing agent component includes at least one hydrohaloolefin based blowing agent, and the isocyanate-reactive component is storable at least at one of room temperature and a higher temperature for a period of at least 1 day with a less than 10 second change in gel time when reacted with an isocyanate component at an isocyanate index from 100 to 150, compared to when the same isocyanate-reactive component is stored for a period of less than 1 day at room temperature and reacted with the same isocyanate component at the same isocyanate index from 100 to 150. the polyol component includes an alcohol initiated polyether polyol, an aromatic amine initiated polyether polyol, and a polyester polyol, the catalyst component includes at least one amine catalyst, and the blowing agent component includes at least one hydrohaloolefin based blowing agent, and the isocyanate-reactive component is storable at least at one of room temperature and a higher temperature for a period of at least 1 day with a less than 10 second change in gel time when reacted with an isocyanate component at an isocyanate index from 100 to 150, compared to when the same isocyanate-reactive component is stored for a period of less than 1 day at room temperature and reacted with the same isocyanate component at the same isocyanate index from 100 to 150.
A method of controlling synchronous distributed delivery of light within an event area during an audio-visual performance by means of a control system, wherein synchronous distributed light is emitted by a plurality of portable personal devices each including at least one illuminant, wherein the control system is adapted to control and/or synchronize the emission of light by the plurality of wearable personal devices, wherein the control system is arranged to communicate with the portable personal devices by means of a radio network, wherein the mobile devices are set up to receive control instructions from the control system via the wireless network, wherein the setup of each of the portable personal devices is initiated by a contact of the respective portable personal device to the control system, wherein the synchronous, distributed emission of light by the plurality of portable personal devices is effected by transmitting at least one of first information for timing and/or at least one of second information for color control of the emission of light from the control system via the radio network to the plurality of portable personal devices, characterised in that the control system controls and/or effects temporal synchronization between portable personal devices and the audio-visual performance, wherein the synchronous distributed delivery of light is temporally synchronised to a delivery of at least one click track. wherein synchronous distributed light is emitted by a plurality of portable personal devices each including at least one illuminant, wherein the control system is adapted to control and/or synchronize the emission of light by the plurality of wearable personal devices, wherein the control system is arranged to communicate with the portable personal devices by means of a radio network, wherein the mobile devices are set up to receive control instructions from the control system via the wireless network, wherein the setup of each of the portable personal devices is initiated by a contact of the respective portable personal device to the control system, wherein the synchronous, distributed emission of light by the plurality of portable personal devices is effected by transmitting at least one of first information for timing and/or at least one of second information for color control of the emission of light from the control system via the radio network to the plurality of portable personal devices, characterised in that the control system controls and/or effects temporal synchronization between portable personal devices and the audio-visual performance, wherein the synchronous distributed delivery of light is temporally synchronised to a delivery of at least one click track.
A method for wireless communication by an access point, AP, comprising: establishing a primary communication link between the AP and a wireless station, STA, the primary communication link being associated with one or more first wireless channels, access to the primary communication link being based on contention among the AP and the STA; selectively accessing a secondary communication link between the AP and the STA based at least in part on having access to the primary communication link, the secondary communication link being associated with one or more second wireless channels; and selectively reassigning the primary communication link from the one or more first wireless channels to the one or more second wireless channels based at least in part on one or more channel conditions of the first wireless channels or the second wireless channels, wherein the one or more channel conditions includes an indication of an amount of activity on the first or second wireless channels, wherein the amount of activity is based on a frequency of busy channel conditions on the first or second wireless channels or a number of failed attempts to access the first or second wireless channels. establishing a primary communication link between the AP and a wireless station, STA, the primary communication link being associated with one or more first wireless channels, access to the primary communication link being based on contention among the AP and the STA; selectively accessing a secondary communication link between the AP and the STA based at least in part on having access to the primary communication link, the secondary communication link being associated with one or more second wireless channels; and selectively reassigning the primary communication link from the one or more first wireless channels to the one or more second wireless channels based at least in part on one or more channel conditions of the first wireless channels or the second wireless channels, wherein the one or more channel conditions includes an indication of an amount of activity on the first or second wireless channels, wherein the amount of activity is based on a frequency of busy channel conditions on the first or second wireless channels or a number of failed attempts to access the first or second wireless channels.
Light guide mat for producing a block-shaped or cuboid-shaped light guide body which is arranged in a casting mould and can be cast with a pourable, curable casting composition , wherein the light guide mat consists at least partly of a light-guiding plastic, wherein profiled light guide elements made from an at least partly light-guiding plastic are integrally moulded, an end-face side of which are formed as light-releasing surfaces on the upper side of the light guide body , wherein light channels for receiving point-like light-generating elements are formed in the light guide mat , and in that the light channels are integrally moulded on the side of the light guide elements close to the base, characterised in that the light guide mat consists of longitudinal bars and transverse bars connected to one another like a grid, wherein at the point of intersection of the longitudinal bars and transverse bars , the profiled light guide elements are integrally moulded, wherein at least the longitudinal bars of the light guide mat are formed as the light channels for receiving the point-like, light-generating elements, wherein the light-generating elements are formed as light bars of LED elements arranged like a chain one behind another and connected to one another to be electrically conductive, of which each LED element is positioned opposite the base side of the light guide element , and the LED elements are attached on a mounting rail or are embedded in an at least partly transparent plastic strip, wherein the mounting rail or the plastic strip is mounted in the light channel to be releasable or non-releasable.
A patch for repair of a composite structure with a defect having a topography, the patch including: a patch body that is at least partially metallic, a bonding surface that is compatible with the topography of the defect ; and a patch surface opposite the bonding surface , preferably the patch surface has a predetermined surface porosity of about 80%; wherein the patch includes a metallic cellular lattice material characterized in that the patch has a variable porosity and a set of material properties; and in that the variable porosity is adjusted such that at least one material property of the set of material properties of the patch is substantially similar to a corresponding material property of a structural layer of the defect. a patch body that is at least partially metallic, a bonding surface that is compatible with the topography of the defect ; and a patch surface opposite the bonding surface , preferably the patch surface has a predetermined surface porosity of about 80%; wherein the patch includes a metallic cellular lattice material characterized in that the patch has a variable porosity and a set of material properties; and in that the variable porosity is adjusted such that at least one material property of the set of material properties of the patch is substantially similar to a corresponding material property of a structural layer of the defect.
An energy storage device , including: a first heat exchanger having a bottom surface where a distributor with a gas supply port is arranged, to be supplied with gas from the gas supply port , and to be supplied with solid particles from above the gas supply port , the first heat exchanger being configured to exchange heat between the gas and the solid particles; a box member having an upper surface where the distributor is arranged, wherein the box member is arranged below the first heat exchanger ; a gas supplier configured to supply gas to the box member ; a heater being arranged inside the box member and configured to consume power to heat gas fed from the gas supplier to be supplied to the first heat exchanger ; a solid-gas separator configured to separate gas and solid in a solid-gas mixture discharged from the first heat exchanger ; a high-temperature tank and a low-temperature tank each configured to store the solid particles separated by the solid-gas separator ; a first heat utilization device configured to use thermal energy of the gas separated by the solid-gas separator ; a high-temperature particle supplier configured to supply the solid particles stored in the high-temperature tank to the first heat exchanger ; and a low-temperature particle supplier configured to supply the solid particles stored in the low-temperature tank to the first heat exchanger . a first heat exchanger having a bottom surface where a distributor with a gas supply port is arranged, to be supplied with gas from the gas supply port , and to be supplied with solid particles from above the gas supply port , the first heat exchanger being configured to exchange heat between the gas and the solid particles; a box member having an upper surface where the distributor is arranged, wherein the box member is arranged below the first heat exchanger ; a gas supplier configured to supply gas to the box member ; a heater being arranged inside the box member and configured to consume power to heat gas fed from the gas supplier to be supplied to the first heat exchanger ; a solid-gas separator configured to separate gas and solid in a solid-gas mixture discharged from the first heat exchanger ; a high-temperature tank and a low-temperature tank each configured to store the solid particles separated by the solid-gas separator ; a first heat utilization device configured to use thermal energy of the gas separated by the solid-gas separator ; a high-temperature particle supplier configured to supply the solid particles stored in the high-temperature tank to the first heat exchanger ; and a low-temperature particle supplier configured to supply the solid particles stored in the low-temperature tank to the first heat exchanger .
An interface assembly for a frozen dessert machine comprising: a) a freezer door having opposed front and rear sides and including at least one recessed mounting pocket formed in the rear side thereof, the at least one mounting pocket having a cornice covering an upper portion thereof; and b) at least one elongated baffle having opposed proximal and distal end portions, the proximal end portion of the at least one baffle including a retention flange that is dimensioned and configured for detachable reception within the at least one mounting pocket of the freezer door behind the cornice covering the upper portion thereof. a) a freezer door having opposed front and rear sides and including at least one recessed mounting pocket formed in the rear side thereof, the at least one mounting pocket having a cornice covering an upper portion thereof; and b) at least one elongated baffle having opposed proximal and distal end portions, the proximal end portion of the at least one baffle including a retention flange that is dimensioned and configured for detachable reception within the at least one mounting pocket of the freezer door behind the cornice covering the upper portion thereof.
Fastening device 1.1 having a shield clamp for accommodating a cable or a conduit, which comprises two spring struts (1.1, 1.2) for enclosing the cable or conduit; 1.2 having a foot for connecting to a rail ; 1.3 the foot comprises two legs (2.1, 2.2) and a web (2.3) which are U-shaped when viewed in a side view; 1.4 one (2.1) of the two legs (2.1, 2.2) is divided into web strips (2.1.1, 2.1.2); 1.5 a connecting strip (2.4) remaining between the web strips (2.1.1, 2.1.2) is flanged in such a way that it faces in the opposite direction relative to the two web strips (2.1.1, 2.1.2); 1.6 the shield clamp further comprises a base (1.3) fixed to the connecting strip (2.4); characterized in that 1.7 bar strips (2.5, 2.6) are pressed out of one of the two legs (2.1, 2.2) in such a way that they are still resiliently connected to the respective leg (2.1, 2.2) and, when the rail is pushed in, prevent it from being pulled out in that the rail comes to rest between the web (2.3) and the bar strips (2.5, 2.6). 1.1 having a shield clamp for accommodating a cable or a conduit, which comprises two spring struts (1.1, 1.2) for enclosing the cable or conduit; 1.2 having a foot for connecting to a rail ; 1.3 the foot comprises two legs (2.1, 2.2) and a web (2.3) which are U-shaped when viewed in a side view; 1.4 one (2.1) of the two legs (2.1, 2.2) is divided into web strips (2.1.1, 2.1.2); 1.5 a connecting strip (2.4) remaining between the web strips (2.1.1, 2.1.2) is flanged in such a way that it faces in the opposite direction relative to the two web strips (2.1.1, 2.1.2); 1.6 the shield clamp further comprises a base (1.3) fixed to the connecting strip (2.4); 1.7 bar strips (2.5, 2.6) are pressed out of one of the two legs (2.1, 2.2) in such a way that they are still resiliently connected to the respective leg (2.1, 2.2) and, when the rail is pushed in, prevent it from being pulled out in that the rail comes to rest between the web (2.3) and the bar strips (2.5, 2.6).