mhurhangee/ep-ind-claims huggingface dataset:
An internet of things system, comprising an internet of things server and an interworking gateway, wherein the internet of things server is configured to record account registration information of an internet of things terminal, wherein the account registration information comprises an international mobile subscriber identity, IMSI, and a device identifier that are of the internet of things terminal; and is further configured to process a registration request that is sent by the interworking gateway and that is of the internet of things terminal; and the interworking gateway is configured to: receive the registration request from the internet of things terminal, and authenticate the internet of things terminal based on a correspondence between an address and the device identifier that are of the internet of things terminal, wherein the correspondence is saved on the interworking gateway, comprising if the interworking gateway determines that a source address of the registration request is the same as the address that is recorded in the correspondence and that is of the internet of things terminal, and that a device identifier that is comprised in the registration request is the same as the device identifier that is recorded in the correspondence and that is of the internet of things terminal, the internet of things terminal is successfully authenticated; and after successfully authenticating the internet of things terminal, the interworking gateway is further configured to send the registration request to the internet of things server. the internet of things server is configured to record account registration information of an internet of things terminal, wherein the account registration information comprises an international mobile subscriber identity, IMSI, and a device identifier that are of the internet of things terminal; and is further configured to process a registration request that is sent by the interworking gateway and that is of the internet of things terminal; and the interworking gateway is configured to: receive the registration request from the internet of things terminal, and authenticate the internet of things terminal based on a correspondence between an address and the device identifier that are of the internet of things terminal, wherein the correspondence is saved on the interworking gateway, comprising if the interworking gateway determines that a source address of the registration request is the same as the address that is recorded in the correspondence and that is of the internet of things terminal, and that a device identifier that is comprised in the registration request is the same as the device identifier that is recorded in the correspondence and that is of the internet of things terminal, the internet of things terminal is successfully authenticated; and after successfully authenticating the internet of things terminal, the interworking gateway is further configured to send the registration request to the internet of things server.
A probe for detecting a microbial endonuclease comprising an oligonucleotide of 2-30 nucleotides in length, a fluorophore operably linked to the oligonucleotide, and a quencher operably linked to the oligonucleotide, wherein the oligonucleotide comprises one or more modified pyrimidines, is capable of being cleaved by a microbial nuclease, and has a DNA TT di-nucleotide, DNA AT di-nucleotide, DNA AA di-nucleotide or DNA TA di-nucleotide positioned at nucleotides 1 and 2, 2 and 3 or 3 and 4 as measured from the 5'-end of the oligonucleotide, wherein the one or more modified pyrimidine is an 2'-O-methyl or 2'-fluoro modified pyrimidine.
A one-piece packaging container made from a single cardboard blank, having a narrow rectangular base wall, two rectangular broadside walls (26, 28) on either side of the base wall and an end side wall at one end side of the packaging container, wherein the two broadside walls (26, 28) are detachably connected to one another in the vicinity of their edge facing away from the base wall, wherein the two broadside walls (26, 28) converge upwards from a first and a second folding line (44, 46) on opposite longitudinal sides of the bottom wall and enclose an acute angle over their entire length, wherein the end side wall has a generally triangular or trapezoidal outline, adjoins one of the two broadside walls (26, 28) along a third folding line perpendicular to the first folding line and is provided at an end edge adjacent to the bottom wall with a projecting retaining tab, which projects above the bottom wall between the two broadside walls (26, 28), and wherein at least one of the two broadside walls (26, 28) is provided with at least one punched-out opening (58, 60, 62) through which an object (12, 14) transported in the packaging container partially projects outwards, characterized in that the retaining tab has the same width as the bottom wall at least along part of its length, in that only a single end side wall is provided, in that an inner space of the packaging container delimited by the two broadside walls (26, 28) and the bottom wall is open at its end side opposite the end side wall, and in that an object transported in the packaging container and projecting into opposite openings (58, 60) of the broadside walls (26, 28) at least partially closes the open end side.
A bonding method of a micro-electronic, in particular, a bare die component having one or more electrical connection pads, on a substrate having on its substrate surface a connection pad structure arranged for interconnecting the micro-electronic component via a respective one or more connection pads, the method comprising the steps of: - providing a donor film comprising a bonding material of a curable conductive adhesive or flux based solder paste and a dynamic release layer comprising a photoactivatable composition adjacent to the bonding material layer; - aligning a laser beam of a laser system and guiding the donor film distanced from the substrate surface; - impinging the laser beam on the dynamic release layer; in such a way that the photoactivatable composition in the dynamic release layer is activated to locally transform in gaseous substance, when locally irradiated, so that dynamic release of bonding material is provided by propulsion of the gaseous substance, to cover a selected part of the connection pads or the connection pad structure with bonding matter transferred from the bonding material layer, wherein the laser beam is restricted in timing and energy, in such a way that transferred bonding matter remains curable or consists of more than 10 % volume percent of solder flux; and - administering the micro-electronic component with its pads to the pad structure, so that the bonding matter on one or both the pads and the pad structure forms an electrical connection between the pad structure and a respective pad; and - curing the conductive adhesive or reflowing the solder paste of the bonding matter to bond the micro-electronic component with a shear strength of more than 1 MPa. - providing a donor film comprising a bonding material of a curable conductive adhesive or flux based solder paste and a dynamic release layer comprising a photoactivatable composition adjacent to the bonding material layer; - aligning a laser beam of a laser system and guiding the donor film distanced from the substrate surface; - impinging the laser beam on the dynamic release layer; in such a way that the photoactivatable composition in the dynamic release layer is activated to locally transform in gaseous substance, when locally irradiated, so that dynamic release of bonding material is provided by propulsion of the gaseous substance, to cover a selected part of the connection pads or the connection pad structure with bonding matter transferred from the bonding material layer, wherein the laser beam is restricted in timing and energy, in such a way that transferred bonding matter remains curable or consists of more than 10 % volume percent of solder flux; and - administering the micro-electronic component with its pads to the pad structure, so that the bonding matter on one or both the pads and the pad structure forms an electrical connection between the pad structure and a respective pad; and - curing the conductive adhesive or reflowing the solder paste of the bonding matter to bond the micro-electronic component with a shear strength of more than 1 MPa.
A polymeric tandem dye comprising: a water-soluble light harvesting multichromophore comprising: a polymeric backbone comprising non-conjugated repeat units; and a plurality of pendant donor chromophore groups each independently linked to a non-conjugated repeat unit of the polymeric backbone; and an acceptor fluorophore linked to a non-conjugated repeat unit of the polymeric backbone and configured in energy-receiving proximity to at least one pendant donor chromophore group of the light harvesting multichromophore. a polymeric backbone comprising non-conjugated repeat units; and a plurality of pendant donor chromophore groups each independently linked to a non-conjugated repeat unit of the polymeric backbone; and an acceptor fluorophore linked to a non-conjugated repeat unit of the polymeric backbone and configured in energy-receiving proximity to at least one pendant donor chromophore group of the light harvesting multichromophore.
A method of removing a cartridge assembly from a stapling instrument, comprising: separating a shipping wedge from a staple cartridge, the staple cartridge being part of the cartridge assembly including a plurality of staples and staple pushers; inserting a distal end of the shipping wedge into a gap between the staple cartridge and the stapling instrument; and manipulating the shipping wedge to separate the staple cartridge from the stapling instrument. separating a shipping wedge from a staple cartridge, the staple cartridge being part of the cartridge assembly including a plurality of staples and staple pushers; inserting a distal end of the shipping wedge into a gap between the staple cartridge and the stapling instrument; and manipulating the shipping wedge to separate the staple cartridge from the stapling instrument.
A yoke device for a horse having a neck, a chest, at least one shoulder, and at least one scapula, said yoke device comprising: a material having a "Y" shape and having a belly end, a withers end, and a main body portion; wherein said withers end comprises a pair of elongate strips splaying outwardly from a central point disposed within said main body portion and forming a neck opening therebetween, said pair of elongate strips configured to circumscribe said neck of said horse when said pair of elongate strips are disposed about said neck of said horse; wherein said main body portion is configured to overlap said chest of said horse when said main body portion of said yoke device is disposed in overlapping engagement with said chest of said horse, characterized in that the yoke device further comprises width adjustment devices disposed upon said main body portion, each of said width adjustment devices adjusting a width of said main body portion. a material having a "Y" shape and having a belly end, a withers end, and a main body portion; wherein said withers end comprises a pair of elongate strips splaying outwardly from a central point disposed within said main body portion and forming a neck opening therebetween, said pair of elongate strips configured to circumscribe said neck of said horse when said pair of elongate strips are disposed about said neck of said horse; wherein said main body portion is configured to overlap said chest of said horse when said main body portion of said yoke device is disposed in overlapping engagement with said chest of said horse, characterized in that the yoke device further comprises width adjustment devices disposed upon said main body portion, each of said width adjustment devices adjusting a width of said main body portion.
Method for potential-isolated current measurement for power electronic circuits and electronic equipments, characterized in that a current to be measured is uninterrupted and temporally conducted parallel over divided different paths of the current measurement (33, 39) (33n, 39n) (33, 60) (33n, 60n), and that the paths are consisting of a serial circuit of switching elements (39, 39n, 60, 60n) with primary windings (33, 33n) of current transformers (33, 34, 33n, 34n), or of a bypass switching element, and that in secondary windings (34, 34n) induced secondary partial currents (25, 26) corresponding to a winding ratio of the current transformers (33, 34, 33n, 34n), to a secondary total current totalised and displayed and analysed on a measurement connection, and that during an downtime of the switching elements (39, 39n, 60, 60n) a stored magnetic energy of the current transformer (33, 34, 33n, 34n) is discharged in voltage limiting elements (37, 37n, 57, 57n).
Arrangement for heat protection of a heat-sensitive material of a workplate from a heat source (115, 5150, 5120, 5130, 5140) of a kitchen hob flush-mounted into the workplate and fitted neatly into a cutout having a length and a depth, at least comprising: - a reflective shield (120, 3010) lateral to the heat source (115, 5150, 5120, 5130, 5140) and in proximity to it covering the heat-sensitive material of the workplate to reflect heat radiation (5350, 5360) emanated from the heat source (115, 5150, 5120, 5130, 5140) upwards above the heat-sensitive material of the workplate and to provide thermal conduction inside the reflective shield (120, 3010), and - a slit between the heat source (115, 5150, 5120, 5130, 5140) and the reflective shield (120, 3010) to promote convectional air movement, wherein - three different thermal effects, i.e. the reflection of thermal radiation, thermal conduction and thermal convection, are provided for protecting the heat-sensitive material around the heat source (115, 5150, 5120, 5130, 5140). - a reflective shield (120, 3010) lateral to the heat source (115, 5150, 5120, 5130, 5140) and in proximity to it covering the heat-sensitive material of the workplate to reflect heat radiation (5350, 5360) emanated from the heat source (115, 5150, 5120, 5130, 5140) upwards above the heat-sensitive material of the workplate and to provide thermal conduction inside the reflective shield (120, 3010), and - a slit between the heat source (115, 5150, 5120, 5130, 5140) and the reflective shield (120, 3010) to promote convectional air movement, wherein - three different thermal effects, i.e. the reflection of thermal radiation, thermal conduction and thermal convection, are provided for protecting the heat-sensitive material around the heat source (115, 5150, 5120, 5130, 5140).
A method of preparing seaweed extract from Eucheuma seaweed comprising: (a) washing or rinsing dried Eucheuma seaweed with water; and then (b) soaking the Eucheuma seaweed with dilute alkaline-free potassium chloride salt solution at a concentration from 0.1 to 20 wt.% at 15°C to 30°C for 1 to 3 hours; (c) chopping the soaked Eucheuma seaweed to reduce the size; (d) sterilizing and deodorizing the resultant chopped Eucheuma seaweed for 30 to 45 minutes with a solution of sodium hypochlorite or hydrogen peroxide at a concentration of 50 to 300 ppm; (e) washing the sterilized and deodorized Eucheuma seaweed with water, and recycling the wash water from step (e) for use in washing in step (a); (f) drying the resultant washed Eucheuma seaweed using a mechanical dryer; (g) grinding the resultant dried Eucheuma seaweed into an alkali-free powder; (h) packaging the resultant alkali-free powder into bags. (a) washing or rinsing dried Eucheuma seaweed with water; and then (b) soaking the Eucheuma seaweed with dilute alkaline-free potassium chloride salt solution at a concentration from 0.1 to 20 wt.% at 15°C to 30°C for 1 to 3 hours; (c) chopping the soaked Eucheuma seaweed to reduce the size; (d) sterilizing and deodorizing the resultant chopped Eucheuma seaweed for 30 to 45 minutes with a solution of sodium hypochlorite or hydrogen peroxide at a concentration of 50 to 300 ppm; (e) washing the sterilized and deodorized Eucheuma seaweed with water, and recycling the wash water from step (e) for use in washing in step (a); (f) drying the resultant washed Eucheuma seaweed using a mechanical dryer; (g) grinding the resultant dried Eucheuma seaweed into an alkali-free powder; (h) packaging the resultant alkali-free powder into bags.
Method for detecting objects in the road traffic, an object to be detected having at least one individual reflection centre (31, 32) and the distance, relative speed and detection angle with respect to the object being able to be determined from measurement signals on the basis of reflections at the individual reflection centre (31, 32), the measurement signals being statistically evaluated, the evaluation comprising a comparison of an actual fluctuation of the measurement signals with an expected value of the fluctuation on the basis of a current movement, characterized in that an object edge in the object contour is inferred if the number of measurement signals assigned to a fluctuation, which is greater than a predefined value, exceeds a predetermined threshold value (N*); the predetermined threshold value (N*) being selected to be greater than one; and data relating to the width of known objects being taken into account in the evaluation for the purpose of predicting the extent of the object.
A computer-implemented method, comprising: receiving input of a query from a client terminal (200A-200G); performing natural language interpretation of the query using a grammar; outputting a response to the query after performing the natural language interpretation; counting a number of times that the grammar is used in natural language interpretation of queries from the client terminal, wherein the counting includes all times that grammars belonging to a domain to which the grammar belongs are used in natural language interpretation of the query, and sending the grammar to the client terminal, wherein sending the grammar to the client terminal is conditioned upon the counted number exceeding a threshold. receiving input of a query from a client terminal (200A-200G); performing natural language interpretation of the query using a grammar; outputting a response to the query after performing the natural language interpretation; counting a number of times that the grammar is used in natural language interpretation of queries from the client terminal, wherein the counting includes all times that grammars belonging to a domain to which the grammar belongs are used in natural language interpretation of the query, and sending the grammar to the client terminal, wherein sending the grammar to the client terminal is conditioned upon the counted number exceeding a threshold.
Device for scour protection of offshore buildings comprising one or more interconnected elastic plates made of rubber and weight elements, which are attached on the elastic plate or the elastic plates at the edge region of the device by means of fasteners, characterized in that the weight elements taper upwardly and in its longitudinal section and/or cross section comprise the form of an equal-sided, symmetrical trapezoid.
A method of determining a selected uplink for a universal repeater with an access point in a network, the method comprising, at the universal repeater: detecting broadcast packets from a plurality of devices providing candidate uplinks operating in the network, which devices comprise the access point and one or more further universal repeaters; listening for a predetermined time for broadcast packets using the same SSID; determining the BSSIDs of the plurality of devices operating in the network; determining a sorted list of end-to-end throughput capacities for each of the plurality of candidate uplinks;; determining a selected uplink based on data in the broadcast packets indicative of the highest end-to-end throughput capacity from the universal repeater to the access point via each of the plurality of candidate uplinks; instructing the universal repeater to pair with one of the devices of the plurality of devices, which one device provides the selected uplink. detecting broadcast packets from a plurality of devices providing candidate uplinks operating in the network, which devices comprise the access point and one or more further universal repeaters; listening for a predetermined time for broadcast packets using the same SSID; determining the BSSIDs of the plurality of devices operating in the network; determining a sorted list of end-to-end throughput capacities for each of the plurality of candidate uplinks;; determining a selected uplink based on data in the broadcast packets indicative of the highest end-to-end throughput capacity from the universal repeater to the access point via each of the plurality of candidate uplinks; instructing the universal repeater to pair with one of the devices of the plurality of devices, which one device provides the selected uplink.
A method performed in a wireless communication device for selecting cell and Radio Access Technology, RAT, in an idle operating mode in a wireless communication system, wherein the wireless communication device comprises multiple receiving modules and comprises at least two Subscriber Identity Modules, SIMs, the method comprising: determining a first cell and a first RAT to camp on using a first receiving module for a first SIM based on estimating a performance of a number of RATs and cells in the wireless communication system; determining a second cell and a second RAT to camp on using the first receiving module or a second receiving module for a second SIM based on estimating a performance of the number of RATs and cells in the wireless communication system; determining whether idle mode tasks of the first and second SIMs with the determined cells and RATs overlap at least partly in time; when the idle mode tasks of the first and second SIMs do not overlap in time, handling the idle mode tasks of the first and second SIMs using a same one of the multiple receiving modules; when the idle mode tasks of the first and second SIMs overlap at least partly in time, enabling one of the receiving modules to handle the idle mode tasks of one of the first and second SIMs and enabling a different one of the receiving modules to handle the idle mode tasks of a different one of the first and second SIMs. determining a first cell and a first RAT to camp on using a first receiving module for a first SIM based on estimating a performance of a number of RATs and cells in the wireless communication system; determining a second cell and a second RAT to camp on using the first receiving module or a second receiving module for a second SIM based on estimating a performance of the number of RATs and cells in the wireless communication system; determining whether idle mode tasks of the first and second SIMs with the determined cells and RATs overlap at least partly in time; when the idle mode tasks of the first and second SIMs do not overlap in time, handling the idle mode tasks of the first and second SIMs using a same one of the multiple receiving modules; when the idle mode tasks of the first and second SIMs overlap at least partly in time, enabling one of the receiving modules to handle the idle mode tasks of one of the first and second SIMs and enabling a different one of the receiving modules to handle the idle mode tasks of a different one of the first and second SIMs.