mhurhangee/patent-ind-claim-en huggingface dataset:
A solar panel (12; 112; 212; 312) including: - a structure in contact with an ambient environment; - at least two photovoltaic cells (16A, 16B; 316A, 316B), each cell (16A, 16B; 316A, 316B) defining a lateral contact face and including a base element , an electrical conductor grid and a protective element made of transparent material, the grid being disposed between the protective element and the base element and including at least one conductive wire housing the lateral contact face of the cell (16A, 16B; 316A, 316B); the two cells (16A, 16B; 316A, 316B) being disposed on the structure such that at least one portion of each of the lateral contact faces is disposed opposite to the other portion and such that the protective elements of these cells (16A, 16B; 316A, 316B) form a panel surface ; the cells (16A, 16B; 316A, 316B) being disposed such that the shortest path passing through the ambient environment between the portions opposite to the lateral contact faces of the two cells (16A, 16B; 316A, 316B) is equal to at least about 20 mm, the solar panel (12; 112; 212; 312) being characterized in that it further includes a barrier (18A; 118A; 218A; 318A) made of dielectric material which is disposed on the structure between the lateral contact faces of the two photovoltaic cells (16A, 16B; 316A, 316B), extending along the portions opposite to these faces and protruding from the panel surface , the shortest path between the portions opposite to the lateral contact faces being calculated by bypassing the barrier (18A; 118A; 218A; 318A), the barrier (18A; 118A; 218A; 318A) being disposed between each couple of photovoltaic cells (16A, 16B; 316A, 316B) between which the voltage is greater than 30V. - a structure in contact with an ambient environment; - at least two photovoltaic cells (16A, 16B; 316A, 316B), each cell (16A, 16B; 316A, 316B) defining a lateral contact face and including a base element , an electrical conductor grid and a protective element made of transparent material, the grid being disposed between the protective element and the base element and including at least one conductive wire housing the lateral contact face of the cell (16A, 16B; 316A, 316B);
A self-expandable stent comprising a flexible, part-tubular body having an open side with a pair of axial edges extending therealong, the body comprising a central portion and a pair of axial edge portions joining the central portion to the axial edges , at least part of the body being invertible from a relaxed, part-tubular condition to a flexed, inverted part-tubular condition in which the axial edges overlap or converge toward one another for insertion and release in a lumen to expand, bear against and support a wall of the lumen, wherein the body is configured such that a pressure exerted, in use, on the lumen wall by the axial edge portions is less than that which is exerted by at least part of the central portion .
Motor vehicle wheel arch comprising a curved elongate strip intended to partially surround a motor vehicle wheel , said strip having a concave face intended to extend substantially opposite a peripheral tread of the wheel, a portion of said concave face having an aerodynamic element (10 and 20) secured to the strip and having a face (11 and 21) provided with rough patches (12 and 22) defined by a plurality of recesses (13 and 23) and protrusions (14 and 24), at least some of said plurality of recesses defining fluid discharge channels (15 and 25) substantially parallel to the longitudinal direction of said strip, characterized in that the strip has an opening between the aerodynamic element (10 and 20) and an end edge of the strip .
A method for allocating memory in a portable computing device having a non-uniform memory architecture, the method comprising: receiving from a process executing on a first system on chip, SoC, a request for a virtual memory page, the first SoC electrically coupled to a second SoC via an interchip interface , the first SoC electrically coupled to a first local volatile memory device via a first high-performance bus and the second SoC electrically coupled to a second local volatile memory device via a second high-performance bus ; determining whether a number of available physical pages on the first and second local volatile memory devices (406a/b, 408a/b, ...) exceeds a minimum threshold for initiating replication of memory data between the first and second local volatile memory devices; and if the minimum threshold is exceeded, allocating a first physical address on the first local volatile memory device and a second physical address on the second local volatile memory device to a single virtual page address. receiving from a process executing on a first system on chip, SoC, a request for a virtual memory page, the first SoC electrically coupled to a second SoC via an interchip interface , the first SoC electrically coupled to a first local volatile memory device via a first high-performance bus and the second SoC electrically coupled to a second local volatile memory device via a second high-performance bus ; determining whether a number of available physical pages on the first and second local volatile memory devices (406a/b, 408a/b, ...) exceeds a minimum threshold for initiating replication of memory data between the first and second local volatile memory devices; and if the minimum threshold is exceeded, allocating a first physical address on the first local volatile memory device and a second physical address on the second local volatile memory device to a single virtual page address.
A security device, comprising: one or more processors to: receive actual behavior information associated with an object from a user device, the actual behavior information identifying a first set of behaviors associated with executing the object in a live environment at the user device; determine test behavior information associated with the object, the test behavior information identifying a second set of behaviors associated with testing the object in a test environment at the security device; compare the first set of behaviors and the second set of behaviors to determine a difference between the first set of behaviors and the second set of behaviors; receive information associated with a user action associated with executing the object in the live environment; perform additional testing of the object based on the information associated with the user action, the additional testing being performed such that the user action is re-created in the test environment; identify whether the object is an evasive malicious object based on the difference between the first set of behaviors and the second set of behaviors, and based on the additional testing; and provide an indication of whether the object is the evasive malicious object. receive actual behavior information associated with an object from a user device, the actual behavior information identifying a first set of behaviors associated with executing the object in a live environment at the user device; determine test behavior information associated with the object, the test behavior information identifying a second set of behaviors associated with testing the object in a test environment at the security device; compare the first set of behaviors and the second set of behaviors to determine a difference between the first set of behaviors and the second set of behaviors; receive information associated with a user action associated with executing the object in the live environment; perform additional testing of the object based on the information associated with the user action, the additional testing being performed such that the user action is re-created in the test environment; identify whether the object is an evasive malicious object based on the difference between the first set of behaviors and the second set of behaviors, and based on the additional testing; and provide an indication of whether the object is the evasive malicious object.
An apparatus for detecting liquid leakage within a battery pack by using a gyro sensor and a moisture detection sensor, the apparatus comprising: a slope detecting sensor unit, which detects a slope of a battery pack within a vehicle; a moisture detecting sensor unit, which detects moisture in an upper portion and a lower portion within the battery pack; and a liquid leakage determining unit, which obtains a slope detection result value and a moisture detection result value from the slope detecting sensor unit and the moisture detecting sensor unit, respectively, and determines liquid leakage for each situation of the battery pack based on the slope detection result value and the moisture detection result value, wherein the slope detecting sensor unit is a gyro sensor, which detects a slope and overturning of the battery pack, wherein when the battery pack is sloped in one side direction, the slope detecting sensor unit transmits a slope detection result value for the corresponding slope to the liquid leakage determining unit, and the liquid leakage determining unit operates the moisture detecting sensor units positioned in the upper portion and the lower portion in a direction of the corresponding slope to be on to obtain a moisture detection result value, and wherein the plurality of moisture detecting sensor units is provided in the upper portion and the lower portion within the battery pack, respectively. a slope detecting sensor unit, which detects a slope of a battery pack within a vehicle; a moisture detecting sensor unit, which detects moisture in an upper portion and a lower portion within the battery pack; and a liquid leakage determining unit, which obtains a slope detection result value and a moisture detection result value from the slope detecting sensor unit and the moisture detecting sensor unit, respectively, and determines liquid leakage for each situation of the battery pack based on the slope detection result value and the moisture detection result value, wherein the slope detecting sensor unit is a gyro sensor, which detects a slope and overturning of the battery pack, wherein when the battery pack is sloped in one side direction, the slope detecting sensor unit transmits a slope detection result value for the corresponding slope to the liquid leakage determining unit, and the liquid leakage determining unit operates the moisture detecting sensor units positioned in the upper portion and the lower portion in a direction of the corresponding slope to be on to obtain a moisture detection result value, and wherein the plurality of moisture detecting sensor units is provided in the upper portion and the lower portion within the battery pack, respectively.
A method for detecting the performance of a crew oxygen system , comprising: obtaining an oxygen pressure in an oxygen cylinder of the crew oxygen system, a temperature outside an airplane and a cockpit temperature, generating a crew oxygen message from the obtained oxygen pressure in the oxygen cylinder , the temperature outside the airplane and the cockpit temperature; receiving the crew oxygen message and determining an oxygen pressure in the oxygen cylinder under standard temperature; and determining the performance of the crew oxygen system. obtaining an oxygen pressure in an oxygen cylinder of the crew oxygen system, a temperature outside an airplane and a cockpit temperature, generating a crew oxygen message from the obtained oxygen pressure in the oxygen cylinder , the temperature outside the airplane and the cockpit temperature; receiving the crew oxygen message and determining an oxygen pressure in the oxygen cylinder under standard temperature; and determining the performance of the crew oxygen system.
A rechargeable electric battery for a vehicle, which comprises a housing, and which comprises a battery stack, which is arranged in the housing, with at least two substacks, each sub-stack consisting of at least two seriesconnected groups of batteries, which are stacked in a longitudinal direction of the electric battery, wherein the batteries in each group of batteries are connected in parallel via at least one leadframe, wherein the batteries further form an air duct which extends in the longitudinal direction of the electric battery from a first end of the housing to an opposite second end of the housing, wherein a BMS housing of a battery management system is arranged within the air duct which extends in the longitudinal direction of the housing from the first end of the housing to the opposite second end of the housing and which comprises BMS contacts which are each electrically connected to the leadframe or to the leadframes, wherein the air duct is provided for forming an air flow in the longitudinal direction, which flows around the batteries adjacent to the air duct.
A flipping apparatus for flipping articles , comprising a first flipping arm , configured to pick an article and to perform a rotation between a pick position and a pass position, a second flipping arm , configured to perform a rotation between a receive position and a place position and to place the article , characterized in that the first flipping arm is further configured to perform the rotation from the pick position to the pass position at a first speed, and the rotation from the pass position to the pick position at a second speed, which is higher than the first speed; the second flipping arm is further configured to perform the rotation from the receive position to the place position at a third speed, and the rotation from the place position to the receive position at a fourth speed, which is higher than the third speed. a first flipping arm , configured to pick an article and to perform a rotation between a pick position and a pass position, a second flipping arm , configured to perform a rotation between a receive position and a place position and to place the article , characterized in that the first flipping arm is further configured to perform the rotation from the pick position to the pass position at a first speed, and the rotation from the pass position to the pick position at a second speed, which is higher than the first speed; the second flipping arm is further configured to perform the rotation from the receive position to the place position at a third speed, and the rotation from the place position to the receive position at a fourth speed, which is higher than the third speed.
A mobile communications unit for communicating data to and/or from base stations, the mobile communications unit being: arranged to communicate data with one or more base stations via a wireless access interface provided by the one or more base stations; arranged to receive broadcasted transmissions via at least one carrier, wherein carriers are logically separate sets of physical resources within a frequency range, the resources of a carrier providing a communication channel; arranged, upon reception of allocation information comprising an indication of the location of common information within a first carrier, to access the common information in the first carrier, wherein the allocation information is provided in a second carrier and the common information is for at least one mobile unit using the first carrier and for at least one mobile unit using a second carrier, and characterized in that the frequency range of one of the first and the second carriers is smaller and within the frequency range of the other of the first and the second carriers. arranged to communicate data with one or more base stations via a wireless access interface provided by the one or more base stations; arranged to receive broadcasted transmissions via at least one carrier, wherein carriers are logically separate sets of physical resources within a frequency range, the resources of a carrier providing a communication channel; arranged, upon reception of allocation information comprising an indication of the location of common information within a first carrier, to access the common information in the first carrier, wherein the allocation information is provided in a second carrier and the common information is for at least one mobile unit using the first carrier and for at least one mobile unit using a second carrier, and characterized in that the frequency range of one of the first and the second carriers is smaller and within the frequency range of the other of the first and the second carriers.
Method for determining at least one state of a user in a motor-vehicle passenger compartment, regarding whether they are actively driving the vehicle or not, wherein an eye-movement sensor device for sensing eye movements of the user is provided, the method comprising: - feeding an artificial intelligence with data generated by the sensor device with a view to recognizing at least one eye-movement frequency of the user, an eye-movement frequency above a first threshold being characteristic of the user viewing a landscape passing by, and being distinguishable from the concentrated gaze of a vehicle driver, - determining a current eye-movement frequency of the user and comparing the current frequency with the first threshold, and - if the current frequency is higher than the first threshold, triggering a notification signal intended for the user. - feeding an artificial intelligence with data generated by the sensor device with a view to recognizing at least one eye-movement frequency of the user, an eye-movement frequency above a first threshold being characteristic of the user viewing a landscape passing by, and being distinguishable from the concentrated gaze of a vehicle driver, - determining a current eye-movement frequency of the user and comparing the current frequency with the first threshold, and - if the current frequency is higher than the first threshold, triggering a notification signal intended for the user.
A device comprising: a substrate comprising at least 100 microwells, wherein each microwell has a volume ranging from about 1,000 μm 3 to about 786,000 μm 3 , and a plurality of beads, wherein a plurality of the at least 100 microwells each contain a single bead, and wherein the ratio of the average diameter of the microwells to the diameter of the beads ranges from about 1.2 to about 1.8; and a flow cell in fluid communication with the substrate; and a pipette tip interface for loading or removing samples, assay reagents, bead suspensions, or waste from the device; and a valve that prevents fluid flow within the device unless a pipette tip is inserted into the conical feature of the pipette tip interface. a substrate comprising at least 100 microwells, wherein each microwell has a volume ranging from about 1,000 μm 3 to about 786,000 μm 3 , and a plurality of beads, wherein a plurality of the at least 100 microwells each contain a single bead, and wherein the ratio of the average diameter of the microwells to the diameter of the beads ranges from about 1.2 to about 1.8; and a flow cell in fluid communication with the substrate; and a pipette tip interface for loading or removing samples, assay reagents, bead suspensions, or waste from the device; and a valve that prevents fluid flow within the device unless a pipette tip is inserted into the conical feature of the pipette tip interface.
An articulating seat pan assembly for a seat system for a passenger aircraft wherein the seat system includes a passenger seat frame having at least one pair of generally parallel spar tubes laterally positioned across said passenger seat frame , said articulating seat pan assembly comprising: (a) at least two pairs of opposed crescent-shaped seat pan roller assemblies attachable to said spar tubes wherein each of said seat pan roller assemblies include a seat pan roller attached to its upper surface; and (b) a seat pan adapted to be mounted onto said pairs of opposed seat pan roller assemblies whereby said seat pan articulates along said seat pan rollers from back to front of said passenger seat frame ; and being characterized in that it also comprises: (c) a cross brace adjoining said pair of opposed seat pan roller assemblies , said cross brace adapted to prevent the rotation of each pair of opposed seat pan roller assemblies about the radius of each of said spar tubes . (a) at least two pairs of opposed crescent-shaped seat pan roller assemblies attachable to said spar tubes wherein each of said seat pan roller assemblies include a seat pan roller attached to its upper surface; and (b) a seat pan adapted to be mounted onto said pairs of opposed seat pan roller assemblies whereby said seat pan articulates along said seat pan rollers from back to front of said passenger seat frame ; and being characterized in that it also comprises: (c) a cross brace adjoining said pair of opposed seat pan roller assemblies , said cross brace adapted to prevent the rotation of each pair of opposed seat pan roller assemblies about the radius of each of said spar tubes .
A washing machine, comprising an outer drum and a spray system, the spray system comprising: a spray pipeline with one end being a water inlet , characterized by an air pressure communication device , wherein one side of the air pressure communication device is communicated with the spray pipeline , and another side of the air pressure communication device is communicated with the outer drum of the washing machine, wherein the air pressure communication device is a one-way valve , an outlet of the one-way valve is communicated with the spray pipeline , and an inlet of the one-way valve is communicated with the outer drum of the washing machine, so that, by switching the one-way valve on or off, the spray pipeline can be allowed to communicate with or be closed off from the outer drum of the washing machine; and at least part of the outlet of the one-way valve is arranged in the spray pipeline . a spray pipeline with one end being a water inlet , characterized by an air pressure communication device , wherein one side of the air pressure communication device is communicated with the spray pipeline , and another side of the air pressure communication device is communicated with the outer drum of the washing machine, wherein the air pressure communication device is a one-way valve , an outlet of the one-way valve is communicated with the spray pipeline , and an inlet of the one-way valve is communicated with the outer drum of the washing machine, so that, by switching the one-way valve on or off, the spray pipeline can be allowed to communicate with or be closed off from the outer drum of the washing machine; and at least part of the outlet of the one-way valve is arranged in the spray pipeline .
A printing system , comprising: a photo drum to receive a first color separation; and characterized by comprising: a controller to change a location of the first color separation on the photo drum from a first location to a second location by switching locations of the first color separation and a second color separation when a separation location history for the first color separation is outside of a threshold range, wherein the separation location history is outside the threshold range when the first color separation has been positioned in the first location more than a first percentage of a total number of times positioned on the photo drum or when the first color separation has been positioned in the first location less than a second percentage of the total number of times positioned on the photo drum.