mhurhangee/ep-ind-claims huggingface dataset:
Method for averting a danger and/or for prompting the averting of a danger, wherein the method is performed by a control apparatus, and wherein the method comprises: - obtaining a plurality of pieces of sensor information; - determining, at least partially depending on the obtained pieces of sensor information, whether a danger exists; - transmitting and/or causing the transmitting of a support offer request message if it is determined that the danger exists; - receiving and/or causing the receiving of at least one first support offer message from a first support apparatus (4, 5) in response to the support offer request message; - determining, at least partially depending on the received first support offer message, whether a first support measure of the first support apparatus (4, 5) is suitable for averting the danger; and - prompting the first support measure if it is determined that the first support measure is suitable for averting the danger. - obtaining a plurality of pieces of sensor information; - determining, at least partially depending on the obtained pieces of sensor information, whether a danger exists; - transmitting and/or causing the transmitting of a support offer request message if it is determined that the danger exists; - receiving and/or causing the receiving of at least one first support offer message from a first support apparatus (4, 5) in response to the support offer request message; - determining, at least partially depending on the received first support offer message, whether a first support measure of the first support apparatus (4, 5) is suitable for averting the danger; and - prompting the first support measure if it is determined that the first support measure is suitable for averting the danger.
A method for detecting fusarinine C (FusC), and/or detecting infections caused by or associated with FusC- secreting microorganisms, preferably an Aspergillus fumigatus infection, more preferably invasive aspergillosis, in a biological sample of a subject, the method comprising: providing a solid support having either bound FusC or a conjugate thereof, or bound anti-FusC antibody; reacting the bound FusC or a conjugate thereof, with an anti-FusC antibody, and a biological sample of a subject; or reacting the bound anti-FusC antibody with a FusC or conjugate thereof, and a biological sample of a subject; detecting and/or quantifying the presence of FusC in the biological sample, wherein the presence of FusC in the biological sample is indicative of infection caused by or associated with FusC-secreting microorganisms, preferably Aspergillus fumigatus infection, more preferably invasive aspergillosis and wherein the anti-FusC antibody was raised against an immunogen comprising FusC covalently coupled to a carrier protein. providing a solid support having either bound FusC or a conjugate thereof, or bound anti-FusC antibody; reacting the bound FusC or a conjugate thereof, with an anti-FusC antibody, and a biological sample of a subject; or reacting the bound anti-FusC antibody with a FusC or conjugate thereof, and a biological sample of a subject; detecting and/or quantifying the presence of FusC in the biological sample,
A housing for an electronic device, the housing comprising: a woven material (330, 550, 650) comprising TPU, thermoplastic polyurethane, yarns and holes between the TPU yarns; and a light emission module (345, 565, 665) comprising light emitting circuitry and disposed behind a surface of the woven material, wherein the light emission module (345, 565, 665) is configured to emit light through the woven material (330, 550, 650), characterized in that said light emission module (345, 565, 665) is further configured to display varying information about the electronic device in a form of variable light pattern, on the surface of the woven material (330, 550, 650), based on the light being transmitted through at least one of the TPU yarns, and in that the TPU yarn includes a transparent core and TPU coating (520, 541, 581) surrounding the core, the core comprising a transparent monofilament (530, 543, 583). a woven material (330, 550, 650) comprising TPU, thermoplastic polyurethane, yarns and holes between the TPU yarns; and a light emission module (345, 565, 665) comprising light emitting circuitry and disposed behind a surface of the woven material,
A guidewire for use in an intravascular ultrasound procedure, comprising: an elongate guide body configured to traverse a vascular vessel, the elongate guide body having at least a first guide body portion including an echolucent material, the echolucent material allowing ultrasonic energy to pass through the first guide body portion rather than being reflected by it; and at least one echogenic marker associated with the first guide body portion; wherein ultrasonic energy is reflected in use by the at least one echogenic marker. an elongate guide body configured to traverse a vascular vessel, the elongate guide body having at least a first guide body portion including an echolucent material, the echolucent material allowing ultrasonic energy to pass through the first guide body portion rather than being reflected by it; and at least one echogenic marker associated with the first guide body portion; wherein ultrasonic energy is reflected in use by the at least one echogenic marker.
A network device for estimating a location of a terminal device in a wireless network, wherein the network device is configured to: receive channel state information, CSI, associated with the terminal device; obtain two or more neural network models (703a, 703b); input the CSI to each of the two or more neural network models (703a, 703b); obtain a set of estimations of the location of the terminal device as outputs of the two or more neural network models (703a, 703b); and determine a final estimation of the location of the terminal device based on the obtained set of estimations, wherein for obtaining the two or more neural network models (703a, 703b), the network device is configured to: determine a signal strength based on the CSI; estimate a coverage area of the CSI based on the signal strength; and determine the two or more neural network models (703a, 703b) based on the estimated coverage area. receive channel state information, CSI, associated with the terminal device; obtain two or more neural network models (703a, 703b); input the CSI to each of the two or more neural network models (703a, 703b); obtain a set of estimations of the location of the terminal device as outputs of the two or more neural network models (703a, 703b); and determine a final estimation of the location of the terminal device based on the obtained set of estimations, wherein for obtaining the two or more neural network models (703a, 703b), the network device is configured to: determine a signal strength based on the CSI; estimate a coverage area of the CSI based on the signal strength; and determine the two or more neural network models (703a, 703b) based on the estimated coverage area. determine a signal strength based on the CSI; estimate a coverage area of the CSI based on the signal strength; and determine the two or more neural network models (703a, 703b) based on the estimated coverage area.
Method for charging an intermediate-circuit capacitor in a precharging unit, wherein the intermediate-circuit capacitor is charged via a current source, the current of which is adjusted in such a way that a constant power loss is produced in the current source during the entire charging operation, characterized in that the constant power loss is adjusted by means of a Zener diode in combination with a resistor, wherein the current source is realized by means of a current mirror with an appropriate current ratio.
A method of operating a storage device including a plurality of memory blocks (MB1, MB2, MB3) of a memory device, the method comprising: receiving a data write request (WREQ) and target data (WDAT) to be written; assigning the target data (WDAT) to a stream selected from a plurality of streams using a data classifier (313; 344) that is configured to select the stream from the plurality of streams based on a data property of the target data, the data property being associated with a regularity of the target data or a pattern of the target data; and writing the target data into a memory block selected from the plurality of memory blocks (MB 1, MB2, MB3), wherein the memory block has been assigned to the stream to which the target data has been assigned, wherein assigning the target data to one of the plurality of streams includes, assigning the target data to a first stream selected from the plurality of streams on condition of determining that a plurality of data bits of the target data have said regularity or said pattern, and assigning the target data to a second stream selected from the plurality of streams on condition of determining that the plurality of data bits of the target data does not have said regularity or said pattern. receiving a data write request (WREQ) and target data (WDAT) to be written; assigning the target data (WDAT) to a stream selected from a plurality of streams using a data classifier (313; 344) that is configured to select the stream from the plurality of streams based on a data property of the target data, the data property being associated with a regularity of the target data or a pattern of the target data; and writing the target data into a memory block selected from the plurality of memory blocks (MB 1, MB2, MB3), wherein the memory block has been assigned to the stream to which the target data has been assigned, wherein assigning the target data to one of the plurality of streams includes, assigning the target data to a first stream selected from the plurality of streams on condition of determining that a plurality of data bits of the target data have said regularity or said pattern, and assigning the target data to a second stream selected from the plurality of streams on condition of determining that the plurality of data bits of the target data does not have said regularity or said pattern.
Method for locking a guiding system of a vehicle guided by at least one rail, including: - a connection of a first and a second cylinder (421, 422) with, respectively, a first and second guiding device (331, 332, 341, 342) belonging to the guiding system of a steering axle of the guided vehicle, - at least one first and second configuration state of said cylinders (421, 422) placing their respective guiding devices (331, 332, 341, 342) in a first and a second guiding state respectively, - a power supply to said cylinders (421, 422) via a supply device in order to switch the configuration states of each cylinder (421,422), characterised in that it includes - a coupling of the supply device to at least one rotary member the rotation of which is mechanically linked to the movement of the vehicle, - a switching of the power supply of said cylinders causing the configuration state of said cylinders to be switched according to a change in direction of rotation of the rotary member, said change being transmitted by said coupling. - a connection of a first and a second cylinder (421, 422) with, respectively, a first and second guiding device (331, 332, 341, 342) belonging to the guiding system of a steering axle of the guided vehicle, - at least one first and second configuration state of said cylinders (421, 422) placing their respective guiding devices (331, 332, 341, 342) in a first and a second guiding state respectively, - a power supply to said cylinders (421, 422) via a supply device in order to switch the configuration states of each cylinder (421,422), - a coupling of the supply device to at least one rotary member the rotation of which is mechanically linked to the movement of the vehicle, - a switching of the power supply of said cylinders causing the configuration state of said cylinders to be switched according to a change in direction of rotation of the rotary member, said change being transmitted by said coupling.
Sulphur-cross-linkable rubber mixture; in particular for tyres, comprising - at least one diene rubber - at least one filler, and - a combination of i) zinc oxide and ii) metal acrylate and/or metal methacrylate, characterized in that the quantity of zinc oxide present is from 0.1 to 2.0 phr (parts by weight, based on 100 parts by weight of the entire rubber mixture) and the quantity of the metal acrylate and/or metal methacrylate present is from 0.5 to 2.0 phr. - at least one diene rubber - at least one filler, and - a combination of i) zinc oxide and ii) metal acrylate and/or metal methacrylate,
A computer-implemented method for determining a combination of post-treatment layers of an ophthalmic lens intended to be manufactured for a given wearer, each one of the post treatment layers being one of a variably or permanently tinted layer, an anti-breakage layer, an anti-scratch layer, an anti-reflection layer, an anti-smudge layer or an anti-fog layer, the method comprising: - acquiring a set of parameter values relative to the given wearer's type of environment and activity, - processing said acquired set of parameter values to infer a group, wherein the given wearer belongs to the inferred group and the inferred group belongs to a plurality of pre-established groups, the pre-established groups being elaborated based on respective sets of parameter values of a plurality of reference wearers relative to the reference wearer's type of environment and activity, - determining, based on the inferred group, a set of properties that the combination of post-treatment layers should satisfy, and - determining the combination of post-treatment layers of the ophthalmic lens to be used by the wearer based on the determined set of properties. - acquiring a set of parameter values relative to the given wearer's type of environment and activity, - processing said acquired set of parameter values to infer a group, wherein the given wearer belongs to the inferred group and the inferred group belongs to a plurality of pre-established groups, the pre-established groups being elaborated based on respective sets of parameter values of a plurality of reference wearers relative to the reference wearer's type of environment and activity, - determining, based on the inferred group, a set of properties that the combination of post-treatment layers should satisfy, and - determining the combination of post-treatment layers of the ophthalmic lens to be used by the wearer based on the determined set of properties.
A lead-through tool for tubes, conduits, hoses and pipes, comprising a tool body having a rear end provided with a rod shaped means arranged to interact with a rotary machine, and a front end where said tool body is provided with fixing device, at a position between said front and rear end, said fixing device arranged to hold a tube, pipe, hose or conduit which is fixed onto said tool body over said rear end to interact with said fixing device, characterized in that the front end is provided with an adapter mechanism for coupling to a removable implement (2, 19) and that either said removable implement (2, 19) being locked to said adapter mechanism or said tool body, is arranged to be subjected to a pulling force to enable easy passage of said fixed tube, conduit, hose or pipe (3, 4) through a hole (50, 60).
A method for preparing a lithium iron phosphate nanopowder, comprising the steps of: (a) preparing a non-aqueous mixture solution by adding a lithium precursor, an iron precursor and a phosphorus precursor in a non-aqueous triethanolamine solvent; and (b) putting the non-aqueous mixture solution into a reactor and heating to prepare the lithium iron phosphate nanopowder under pressure conditions of 1 to 10 bar, wherein Step (b) is performed at a temperature range of 150 to 335°C (a) preparing a non-aqueous mixture solution by adding a lithium precursor, an iron precursor and a phosphorus precursor in a non-aqueous triethanolamine solvent; and (b) putting the non-aqueous mixture solution into a reactor and heating to prepare the lithium iron phosphate nanopowder under pressure conditions of 1 to 10 bar,
A piezoelectric actuator, comprising: a piezoelectric element; and a case comprising a base body and a tubular body, the case being configured to receive therein the piezoelectric element, the base body comprising a bottom plate portion and an annular projection disposed upright on the bottom plate portion, the annular projection comprising a first region and a second region located below the first region, the second region having a relatively large outside diameter compared to the first region, the annular projection comprising a stepped outer surface defined by an outer surface of the first region and an outer surface of the second region that are connected with each other, the first region being inserted inside the tubular body, an end face of the tubular body abutting on an upper end of the second region, the tubular body and the second region being joined to each other, characterized in that the first region is inwardly and vertically inclined, and a gap is provided between the outer surface of the first region and an inner surface of the tubular body, and the gap is wider at a part located on an upper side of the first region than at a part located on a lower side of the first region. a piezoelectric element; and a case comprising a base body and a tubular body, the case being configured to receive therein the piezoelectric element, the base body comprising a bottom plate portion and an annular projection disposed upright on the bottom plate portion, the annular projection comprising a first region and a second region located below the first region, the second region having a relatively large outside diameter compared to the first region, the annular projection comprising a stepped outer surface defined by an outer surface of the first region and an outer surface of the second region that are connected with each other, the first region being inserted inside the tubular body, an end face of the tubular body abutting on an upper end of the second region, the tubular body and the second region being joined to each other, characterized in that the first region is inwardly and vertically inclined, and a gap is provided between the outer surface of the first region and an inner surface of the tubular body, and the gap is wider at a part located on an upper side of the first region than at a part located on a lower side of the first region.
Cobalt-based solder alloy, consisting of: 8% by weight - 16% by weight zirconium (Zr), 6% by weight - 10% by weight tantalum (Ta), 0.5% by weight - 1.5% by weight carbon, 8% by weight - 12% by weight manganese (Mn), optionally at least 0.5% by weight titanium (Ti) and at most 5% by weight titanium (Ti), remainder cobalt. 8% by weight - 16% by weight zirconium (Zr), 6% by weight - 10% by weight tantalum (Ta), 0.5% by weight - 1.5% by weight carbon, 8% by weight - 12% by weight manganese (Mn), optionally at least 0.5% by weight titanium (Ti) and at most 5% by weight titanium (Ti), remainder cobalt.
A method of delivering content in one or more packets over a network, the method comprising: routing a packet for requesting the content, from a client to a content server storing an instant of the content without the packet passing through an HTTP server, by sending the packet to an IPv6 address, the IPv6 address identifying the content and comprising a prefix identifying a storage namespace associated with the content server; setting up a communication session between the client and the content server, wherein setting up the communication session involves the client opening a TCP socket and reading data directly from the content server and the HTTP server is bypassed; and transmitting within the communication session the requested content from the content server to the client without the content passing through the HTTP server. routing a packet for requesting the content, from a client to a content server storing an instant of the content without the packet passing through an HTTP server, by sending the packet to an IPv6 address, the IPv6 address identifying the content and comprising a prefix identifying a storage namespace associated with the content server; setting up a communication session between the client and the content server, wherein setting up the communication session involves the client opening a TCP socket and reading data directly from the content server and the HTTP server is bypassed; and transmitting within the communication session the requested content from the content server to the client without the content passing through the HTTP server.
A display device controlled by a remote control which provides the channel desired to be watched to be selected and whereon an AV button is provided, and comprising a screen, a receiver detecting the signals sent by the remote control and a control unit determining the process to be performed according to the signals received, characterized by the control unit which provides switching from the television channel being watched to the last watched external audio and video channel when the AV Button is pushed for a "t" time predetermined by the producer and recorded in the control unit, and which displays the AV input ports by which a device transmitting audio or video is connected to the display device when the AV button is pushed for a time longer than the "t" time.
Shift device for a change-speed gearbox, having at least one sliding sleeve which is mounted in rotationally conjoint and axially displaceable fashion on a gearbox shaft and adjacent to which, at least on one side, there is positioned a respective idler gear which is arranged in freely rotatable fashion on the gearbox shaft, wherein the at least one sliding sleeve can, by operation of associated actuation means, be moved from a neutral position axially in the direction of the respective idler gear into a shifted position, and upon reaching the shifted position, effects coupling between the respective idler gear and the gearbox shaft, characterized in that the associated actuation means are arranged in positionally fixed fashion and, when operated, engage into at least one shift groove (7, 8) which is provided on an outer diameter of the at least one sliding sleeve and which has a profile which is curved in an axial direction, such that, as the gearbox shaft rotates, an axial displacement of the at least one sliding sleeve can be effected in accordance with the profile of the at least one shift groove (7; 8).
A door hinge comprising a first hinge part, a hinge bracket connected to the first hinge part in a pivotably movable manner about an axis of rotation, and a second hinge part connected to the hinge bracket, wherein the hinge bracket has an angled abutment section, which is forcibly guided on a receiving block in a first direction (x) and can be locked in place, and wherein the receiving block can be adjusted in a second direction (y) in the second hinge part, wherein the second hinge part has a receiving element for fastening to a door frame or a door leaf with an inner surface, characterized in that the receiving block is forcibly guided in the second direction (y) in the receiving element in a sliding seat, and that the receiving block abuts directly against the inner surface with an edge surface, which is parallel to the second direction (y).