mhurhangee/patent-ind-claim-en huggingface dataset:
Solar installation having at least two adjacent solar panels (1, a, 1b, 1c, 1d, 1e, 1f) and fastening beams for fastening the solar installation to a substrate, wherein the fastening beams extend in a transverse direction (Q) and the panels (1, a, 1b, 1c, 1d, 1e, 1f) are mounted on the fastening beams along the latter, wherein a positioning strip is arranged between at least two adjacent solar panels (1, a, 1b, 1c, 1d, 1e, 1f), which positioning strip extends substantially along a longitudinal direction (L) from one fastening beam to another fastening beam , wherein the positioning strip has an S-shape in cross-section and has a front tab for abutment against the front side of a first adjacent panel and a rear tab for abutment against the rear side of a second adjacent panel , characterised in that the rear tab has at least one retaining element for retaining the positioning strip on the second panel by engaging behind a part of the second panel .
A piece of luggage including a strap handle , comprising: a) a piece of luggage ; b) a strap handle comprising a thin, elongated, slender strap ; and c) means for having said strap handle added onto the piece of luggage ; wherein said strap engages into said means ; wherein said means sits within the piece of luggage ; wherein said strap has a pair of ends ; characterised in that said pair of ends of said strap bend downwardly onto themselves to form a pair of sleeves , respectively. a) a piece of luggage ; b) a strap handle comprising a thin, elongated, slender strap ; and c) means for having said strap handle added onto the piece of luggage ;
A method for synchronizing a set of interconnected critical computing devices, in particular avionics devices, with a communication network of a vehicle, and each comprising a time management module (G_P), the set of critical computing devices comprising at least one plurality of time reference servers , and a plurality of clients , each critical computing device being connected to at least one other critical computing device by a virtual link , each termination point of a virtual link being associated with a minimum value BCTT and a maximum value WCTT of transmission time for a data packet over the virtual link, the synchronization method being implemented and reiterated periodically by the time management module (G_P) of each current critical computing device of the set of interconnected critical computing devices and comprising at least: - receiving at least one synchronization message transmitted by a sending server separate from said current critical computing device, each message being associated with a reception instant (t i ) and comprising at least one time reference Href i determined by the sending server , - for each received synchronization message, estimating the current time of the sending server from a quintuplet of parameters comprising: ▪ the time reference Href i , ▪ a value h int_tc_di of the internal clock of the current critical computing device at the current instant, ▪ a value h int_ti_di of the internal clock of the current critical computing device at the reception instant, ▪ the minimum value BCTT(S i , d i ) and the maximum value WCTT(S i , d i ) of transmission time associated with the virtual link between the sending server (S i ) and the current critical computing device (d i ). - receiving at least one synchronization message transmitted by a sending server separate from said current critical computing device, each message being associated with a reception instant (t i ) and comprising at least one time reference Href i determined by the sending server , - for each received synchronization message, estimating the current time of the sending server from a quintuplet of parameters comprising: ▪ the time reference Href i , ▪ a value h int_tc_di of the internal clock of the current critical computing device at the current instant, ▪ a value h int_ti_di of the internal clock of the current critical computing device at the reception instant, ▪ the minimum value BCTT(S i , d i ) and the maximum value WCTT(S i , d i ) of transmission time associated with the virtual link between the sending server (S i ) and the current critical computing device (d i ). ▪ the time reference Href i , ▪ a value h int_tc_di of the internal clock of the current critical computing device at the current instant, ▪ a value h int_ti_di of the internal clock of the current critical computing device at the reception instant, ▪ the minimum value BCTT(S i , d i ) and the maximum value WCTT(S i , d i ) of transmission time associated with the virtual link between the sending server (S i ) and the current critical computing device (d i ).
A track corner connecting device for a shower door, comprising: an inserting member , a receiving member and a protective cover , the inserting member fixedly connectable to a first track of the shower door, the receiving member fixedly connectable to a second track of the shower door, wherein: the inserting member comprises an insert provided with a first open pin hole ; the receiving member comprises a receiver provided with a second open pin hole , wherein after the insert is inserted into the receiver , the first and second open pin holes are coaxial; and the protective cover is provided with a top wall and a pin fixed on the top wall of the protective cover and extending downwards therefrom, wherein the pin is configured to be inserted into the first and second open pin holes ; wherein the receiver comprises a top wall of the receiver and a bottom wall of the receiver opposite the top wall of the receiver , the second open pin hole is provided on the top wall of the receiver , and the bottom wall of the receiver is provided with a bottom wall pin hole coaxially arranged with the second open pin hole ; wherein after the insert is inserted into the receiver , the first open pin hole is positioned between the second open pin hole and the bottom wall pin hole ; characterised in that a lower end of the protective cover is provided with an exit-preventing member buckled on a lower end surface of the bottom wall of the receiving member , and a lower end of the pin is inserted into the bottom wall pin hole . the inserting member comprises an insert provided with a first open pin hole ; the receiving member comprises a receiver provided with a second open pin hole , wherein after the insert is inserted into the receiver , the first and second open pin holes are coaxial; and the protective cover is provided with a top wall and a pin fixed on the top wall of the protective cover and extending downwards therefrom, wherein the pin is configured to be inserted into the first and second open pin holes ; wherein the receiver comprises a top wall of the receiver and a bottom wall of the receiver opposite the top wall of the receiver , the second open pin hole is provided on the top wall of the receiver , and the bottom wall of the receiver is provided with a bottom wall pin hole coaxially arranged with the second open pin hole ; wherein after the insert is inserted into the receiver , the first open pin hole is positioned between the second open pin hole and the bottom wall pin hole ; characterised in that a lower end of the protective cover is provided with an exit-preventing member buckled on a lower end surface of the bottom wall of the receiving member , and a lower end of the pin is inserted into the bottom wall pin hole .
A composition for a human or animal patient, the composition comprising an oral formulation of 25-hydroxyvitamin D 2 and/or 25-hydroxyvitamin D 3 , wherein the formulation includes means for providing controlled release of the 25-hydroxyvitamin D 2 and/or 25-hydroxyvitamin D 3 , and wherein the means for providing controlled release comprise a wax matrix, which contains the 25-hydroxyvitamin D 2 and/or 25-hydroxyvitamin D 3 , encased with an enteric coating material.
Household dishwasher with a receiving compartment for receiving items to be washed and a heat pump arrangement, through which a heat transfer medium flows during operation thereof, wherein the heat pump arrangement comprises at least one evaporator for evaporating the heat transfer medium , a compressor for compressing the heat transfer medium coming from the evaporator and a condenser for condensing the heat transfer medium coming from the compressor , wherein the evaporator is thermally coupled to a liquid tank of the household dishwasher, in particular is arranged within a liquid tank of the household dishwasher, at least in sections, which liquid tank is arranged at least partially between the receiving compartment and an outer wall of the household dishwasher that delimits the household dishwasher to the outside, characterised in that the household dishwasher has at least one means, with the aid of which said outer wall can be heated at least in sections, in order to counteract a condensation of water vapour on the outer side of the outer wall facing away from the receiving compartment and/or to evaporate condensate present on the outer side .
A component manufacturing apparatus comprising a chucking and fixing means that chucks and fixes a component holding film to a heated surface of a chuck table , wherein a component to be held to the film is a component selected from a semiconductor component, a precursor of the semiconductor component, an electronic component, and a precursor of the electronic component, characterized in that : the apparatus comprises a preventing means that prevents heat convection, occurring on the surface of the chuck table , from contacting the film to which the component is held. a component to be held to the film is a component selected from a semiconductor component, a precursor of the semiconductor component, an electronic component, and a precursor of the electronic component, characterized in that : the apparatus comprises a preventing means that prevents heat convection, occurring on the surface of the chuck table , from contacting the film to which the component is held.
Method for managing the connection of a first network device (CPE1) with at least one second network device (CPE2) of a data network , each of said first and second network devices comprising a link aggregation engine implementing a link aggregation technique to select one from among at least a first and a second outbound links (L 1 , L 2 ) participating in the link aggregation in said network device with: - an outbound link (L 1 ) for connecting said network device to the other network device; and - at least one other outbound link (L 2 ) which is capable of reaching a determined aggregation point in the data network without passing through the other network device, the method comprising the following steps, implemented in the first network device (CPE1): i. decision by the aggregation engine of the first network device to send data on the outbound link (L 1 ) of said first network device which connects it to the second network device (CPE2); ii. detecting whether data from the second device (CPE2) and/or from another network device (CPEx) are received, via the outbound link (L 1 ) of said second network device and/or the other network device (CPEx), respectively, which connects it to the first network device, in the context of a link aggregation implemented in said second network device and/or the other network device (CPEx), respectively, on the basis of markers present in said data; then, iii. in the affirmative, closing the outbound link (L 1 ) of the second network device and/or the other network device (CPEx) which connects it to the first network device; and, iv. transmission of data on the outbound link (L 1 ) connecting the first network device to the second network device (CPE2) in the context of the link aggregation implemented in the first network device (CPE1). - an outbound link (L 1 ) for connecting said network device to the other network device; and - at least one other outbound link (L 2 ) which is capable of reaching a determined aggregation point in the data network without passing through the other network device, i. decision by the aggregation engine of the first network device to send data on the outbound link (L 1 ) of said first network device which connects it to the second network device (CPE2); ii. detecting whether data from the second device (CPE2) and/or from another network device (CPEx) are received, via the outbound link (L 1 ) of said second network device and/or the other network device (CPEx), respectively, which connects it to the first network device, in the context of a link aggregation implemented in said second network device and/or the other network device (CPEx), respectively, on the basis of markers present in said data; then, iii. in the affirmative, closing the outbound link (L 1 ) of the second network device and/or the other network device (CPEx) which connects it to the first network device; and, iv. transmission of data on the outbound link (L 1 ) connecting the first network device to the second network device (CPE2) in the context of the link aggregation implemented in the first network device (CPE1).
A sample measurement apparatus comprising: a processing unit adapted to aspirate a sample inside a sample container and measure the sample; a transfer unit that includes a holder to hold the sample container, and that is adapted to pick up the sample container from a rack capable of storing the sample containers at storage positions (211-220) on a row and transfer the sample container to the processing unit; a controller adapted to control an operation of the transfer unit; and a detection unit that is attached to the holder and is movable integrally with the holder, and that is adapted to detect whether or not there is the sample container at each of the storage positions, wherein the holder includes hands and an open-close mechanism adapted to open and close the hands, wherein the detection unit includes: an operating unit that is integrally attached to one of the hands and that is adapted to move together with an open-close operation of the hands; and a detector adapted to detect whether or not the operating unit is positioned at a detection position, wherein when the hands are closed to have a width smaller than a width of the sample container, the operating unit is positioned at the detection position of the detector, wherein the hands comprise a first claw and a second claw to grasp the sample container, wherein the open-close mechanism is adapted to move the first claw and the second claw, the operating unit is adapted to move together with an open-close operation of the first claw , and the detector is adapted to move together with an open-close operation of the second claw . a processing unit adapted to aspirate a sample inside a sample container and measure the sample; a transfer unit that includes a holder to hold the sample container, and that is adapted to pick up the sample container from a rack capable of storing the sample containers at storage positions (211-220) on a row and transfer the sample container to the processing unit; a controller adapted to control an operation of the transfer unit; and a detection unit that is attached to the holder and is movable integrally with the holder, and that is adapted to detect whether or not there is the sample container at each of the storage positions, wherein the holder includes hands and an open-close mechanism adapted to open and close the hands, wherein the detection unit includes: an operating unit that is integrally attached to one of the hands and that is adapted to move together with an open-close operation of the hands; and a detector adapted to detect whether or not the operating unit is positioned at a detection position, wherein when the hands are closed to have a width smaller than a width of the sample container, the operating unit is positioned at the detection position of the detector, wherein the hands comprise a first claw and a second claw to grasp the sample container, wherein the open-close mechanism is adapted to move the first claw and the second claw, the operating unit is adapted to move together with an open-close operation of the first claw , and the detector is adapted to move together with an open-close operation of the second claw .
Applicator for a cosmetic product, in particular mascara, comprising a twisted core and fibres which extend from the core while being held by said core , said core having a distal end and a proximal end , said fibres forming an envelope (E) with their free end, characterised by the fact that said envelope (E) has curved faces (F1-F4) having at least one slope, or inclination, from said distal end to said proximal end , said slope or inclination changing direction from one face (F1, F3) to the other (F2, F4) so that said envelope (E) has hollows alternating with reliefs around said core .
A system for separating a mixed waste stream containing metal, wherein the waste stream is incinerator ash, comprising: at least one screen that receives the incinerator ash upstream of the falling velocity separator, the at least one screen separating the incinerator ash according to size, a falling velocity separator that receives incinerator ash, the falling velocity separator using a liquid to provide separated incinerator ash separated according to settling velocities of the incinerator ash particles, a size reducer downstream of the first screen to further process the incinerator ash and reduce the size of the particles, a magnetic separator in communication with the falling velocity separator, the magnetic separator receiving a portion of the separated incinerator ash, the magnetic separator removing ferrous particles from the separated incinerator ash to produce processed incinerator ash, a centrifuge in communication with the magnetic separator , the centrifuge separating the processed incinerator ash according to density of particles within the processed incinerator ash, a finishing table in communication with the centrifuge, the finishing table receiving a portion of the separated processed incinerator ash, the finishing table separating metals from other particles of the separated processed waste stream using a standing wave of liquid. at least one screen that receives the incinerator ash upstream of the falling velocity separator, the at least one screen separating the incinerator ash according to size, a falling velocity separator that receives incinerator ash, the falling velocity separator using a liquid to provide separated incinerator ash separated according to settling velocities of the incinerator ash particles, a size reducer downstream of the first screen to further process the incinerator ash and reduce the size of the particles, a magnetic separator in communication with the falling velocity separator, the magnetic separator receiving a portion of the separated incinerator ash, the magnetic separator removing ferrous particles from the separated incinerator ash to produce processed incinerator ash, a centrifuge in communication with the magnetic separator , the centrifuge separating the processed incinerator ash according to density of particles within the processed incinerator ash, a finishing table in communication with the centrifuge, the finishing table receiving a portion of the separated processed incinerator ash, the finishing table separating metals from other particles of the separated processed waste stream using a standing wave of liquid.
An inverted squeeze sprayer for dispensing liquid product as a spray mist, said squeeze sprayer comprising: a squeeze bottle ; a squeeze sprayer cap received by said squeeze bottle and defining a chamber for receipt of air and liquid and an outlet ; a valve assembled into said squeeze sprayer cap ; and a dip tube received by said squeeze sprayer cap , said dip tube providing air to said chamber , wherein squeezing of said bottle forces air and liquid into said chamber and then through said outlet as a spray mist, characterized in that the valve is a diaphragm valve comprising a flexible panel with a hole through which the dip tube extends, and which engages the dip tube with a deflectable annular lip . a squeeze bottle ; a squeeze sprayer cap received by said squeeze bottle and defining a chamber for receipt of air and liquid and an outlet ; a valve assembled into said squeeze sprayer cap ; and a dip tube received by said squeeze sprayer cap , said dip tube providing air to said chamber , wherein squeezing of said bottle forces air and liquid into said chamber and then through said outlet as a spray mist, characterized in that the valve is a diaphragm valve comprising a flexible panel with a hole through which the dip tube extends, and which engages the dip tube with a deflectable annular lip .
A method of determining a capability of an electrical panel, the method comprising: providing information relative to the electrical panel to a computer vision software; analyzing, using the computer vision software, an attribute of the electrical panel at least partially based on the information; calculating an overall electrical power capacity of the electrical panel based at least in part on the attribute of the electrical panel; calculating an electrical load on the electrical panel based at least in part on the attribute of the electrical panel; and generating a report comprising an unused electrical power capacity of the electrical panel at least partially based on the electrical load and the overall electrical power capacity of the electrical panel; wherein the information provided to the computer vision software comprises a digital image of the electrical panel, the digital image depicting a plurality of circuit breakers, each circuit breaker of the plurality of circuit breakers having one or more symbols identifiable by a computing device. providing information relative to the electrical panel to a computer vision software; analyzing, using the computer vision software, an attribute of the electrical panel at least partially based on the information; calculating an overall electrical power capacity of the electrical panel based at least in part on the attribute of the electrical panel; calculating an electrical load on the electrical panel based at least in part on the attribute of the electrical panel; and generating a report comprising an unused electrical power capacity of the electrical panel at least partially based on the electrical load and the overall electrical power capacity of the electrical panel; wherein the information provided to the computer vision software comprises a digital image of the electrical panel, the digital image depicting a plurality of circuit breakers, each circuit breaker of the plurality of circuit breakers having one or more symbols identifiable by a computing device.
An enucleated red blood cell comprising an exogenous polypeptide comprising 4-1BBL or a functional fragment thereof, wherein the fragment is able to bind to and signal through the receptor 4-1BB.