mhurhangee/patent-ind-claim-en huggingface dataset:
A data stream redirecting method, applicable to at least one service node, comprising: Redirecting (S101) data streams based on a first global database, wherein the first global database includes at least one piece of destination address information and application identities corresponding to the at least one piece of destination address information; based on destination address information of data streams that traverse the service node within a first preset period and application identities corresponding to the destination address information, determining (S102) variance information of the first global database, wherein the variance information of the first global database includes update information and incremental information, wherein the update information includes a matching record that includes the destination address information and a corresponding application identity, and the incremental information includes a result of feature recognition; uploading (S103) the variance information to a central node, such that the central node updates the first global database based on variance information uploaded by the at least one service node, to generate a second global database; and acquiring the second global database from the central node and, based on the second global database, redirecting data streams. Redirecting (S101) data streams based on a first global database, wherein the first global database includes at least one piece of destination address information and application identities corresponding to the at least one piece of destination address information; based on destination address information of data streams that traverse the service node within a first preset period and application identities corresponding to the destination address information, determining (S102) variance information of the first global database, wherein the variance information of the first global database includes update information and incremental information, wherein the update information includes a matching record that includes the destination address information and a corresponding application identity, and the incremental information includes a result of feature recognition; uploading (S103) the variance information to a central node, such that the central node updates the first global database based on variance information uploaded by the at least one service node, to generate a second global database; and acquiring the second global database from the central node and, based on the second global database, redirecting data streams.
A sensor device , comprising transmitter means for transmitting radiation; receiver means for receiving radiation, the receiver means having at least one lobe and at least one null ; and cover means for covering the transmitter and the receiver , the cover means including a surface facing toward the transmitter and the receiver , the surface being at an angle relative to the receiver to direct at least some radiation transmitted by the transmitter and reflected from the surface toward the at least one null , characterized in that the angle of the surface directs a majority of the radiation reflected from the surface toward the at least one null ; the receiver means has a field of view ; the at least one lobe includes a main lobe near a center of the field of view ; the at least one null includes a first null on one side of the main lobe and a second null on another side of the main lobe ; there is an angular separation between the first null and the second null ; the angle of the surface has a preselected relationship to the angular separation ; and a sum of the angle of the surface plus one-quarter the angular separation equals 90°. transmitter means for transmitting radiation; receiver means for receiving radiation, the receiver means having at least one lobe and at least one null ; and cover means for covering the transmitter and the receiver , the cover means including a surface facing toward the transmitter and the receiver , the surface being at an angle relative to the receiver to direct at least some radiation transmitted by the transmitter and reflected from the surface toward the at least one null , characterized in that the angle of the surface directs a majority of the radiation reflected from the surface toward the at least one null ; the receiver means has a field of view ; the at least one lobe includes a main lobe near a center of the field of view ; the at least one null includes a first null on one side of the main lobe and a second null on another side of the main lobe ; there is an angular separation between the first null and the second null ; the angle of the surface has a preselected relationship to the angular separation ; and a sum of the angle of the surface plus one-quarter the angular separation equals 90°.
An arrangement for dynamic braking of a permanent magnet motor comprising a plurality of motor windings (2A-2C), wherein the arrangement comprises a corresponding number of phase legs (4A-4C) and input connectors (3A-3C) relative to a number of the plurality of motor windings (2A-2C), wherein each one of the input connectors (3A-3C) is coupled to a respective one of the phase legs (4A-4C) and second terminals of the phase legs (4A-4C) are connected to each other, characterized in that, each one of the phase legs (4A-4C) comprises at least two anti-series-connected semiconductor switches (7A, 8A; 7B, 8B; 7C, 8C) with respective anti-parallel semiconductor devices coupled between the first and second terminals of the phase leg (4A-4C), wherein the at least two anti-series-connected semiconductor switches (7A, 8A; 7B, 8B; 7C, 8C) with respective anti-parallel semiconductor devices of each of the phase legs (4A-4C) are configured for forming a short-circuit between the plurality of motor windings (2A-2C).
Process for the preparation of an electronic device comprising a first functional layer and a second functional layer which form an interface, wherein the process comprises the following process steps: a1) depositing a first solution containing a first organic functional material and a first solvent on a support; a2) drying said first solution and optionally annealing said first organic functional material to obtain a first functional layer; b1) depositing a second solution containing a second organic functional material and a second solvent on the first functional layer; and b2) drying said second solution and optionally annealing said second organic functional material to obtain a second functional layer; characterized in that the absolute solubility of the first organic functional material in the second solvent is in the range from 0.1 to 200 g/L, preferably from 5.0 to 200 g/L, and more preferably from 5.1 to 200 g/L, at 25°C, in that the absolute solubility of the second organic functional material in the second solvent is > 5.0 g/L, preferably > 5.1 g/L, and more preferably > 5.2 g/L, at 25°C, in that the second solvent is an organic solvent having a boiling point in the range from 210 to 350°C at 1.01325 bar and in that the dissolution rate of the first organic functional material in the second solvent is < 0.116 g/(L min) at 25°C. a1) depositing a first solution containing a first organic functional material and a first solvent on a support; a2) drying said first solution and optionally annealing said first organic functional material to obtain a first functional layer; b1) depositing a second solution containing a second organic functional material and a second solvent on the first functional layer; and b2) drying said second solution and optionally annealing said second organic functional material to obtain a second functional layer;
Bottle scale, having an upper part on which a standing surface for an item to be weighed is formed, and having a lower part on which at least one standing foot is formed, wherein a change in position between the upper part and the lower part is used to determine the weight, characterized at least four standing feet are formed on the lower part, wherein a footprint is formed by a straight line connecting outer boundaries of adjacent feet, wherein each standing foot has its own weight sensor, and in that a perpendicular projection of the standing surface onto the footprint lies along the full contour within the footprint.
A stent with retractor function, comprising a radially flexibly expandable tubular sheath which is divided in its peripheral direction into at least two sections of different radial flexibility, which are preferably interconnected integrally, wherein the at least one section with higher flexibility forms an expanding section and the at least one section with lower flexibility forms a reinforcing section, and the stent being divided in its axial direction into a number of segments (8, 8', 8"), which preferably each have internal reinforcing and expanding sections and the segments (8, 8', 8") are coupled via axial connecting sections which form nominal separation points for segmental length shortening, wherein the segments (8, 8', 8") are connected to each other via the reinforcing sections by the connecting sections and at least one axial connecting section is formed by a first segment having at least one axially oriented recess in which at least one corresponding, inserted section or axially oriented protrusion of a second, adjacent segment is fitted, wherein the recess and the inserted section each forms an axially acting undercut engagement by means of which the two segments are positively connected to one another in axial and peripheral direction, but can be separated by a preferably local, radial relative movement of the segments in the region of the undercut engagement.
An imaging system for visualization of slices into the depth of tissue of at least a portion of a body, comprising: a hand-held imaging probe comprising a light emitting portion and an array of ultrasonic transducers ; a processing system configured to receive data comprising ultrasonic data originating from the hand-held imaging probe and to process at least three independent images based at least in part upon said data, wherein the processing comprises deconvolution of a hardware transfer function from the ultrasonic data, the three independent images together comprising: a first functional image reflecting distribution of total hemoglobin concentration; a second functional image reflecting distribution of blood oxygen saturation; and a morphological image of tissue structures; the processing system being further configured to substantially co-register the first functional image, the second functional image, and the morphological image in time and space, and to output a substantially co-registered image. a hand-held imaging probe comprising a light emitting portion and an array of ultrasonic transducers ; a processing system configured to receive data comprising ultrasonic data originating from the hand-held imaging probe and to process at least three independent images based at least in part upon said data, wherein the processing comprises deconvolution of a hardware transfer function from the ultrasonic data, the three independent images together comprising: a first functional image reflecting distribution of total hemoglobin concentration; a second functional image reflecting distribution of blood oxygen saturation; and a morphological image of tissue structures; the processing system being further configured to substantially co-register the first functional image, the second functional image, and the morphological image in time and space, and to output a substantially co-registered image.
A compound comprising a peptide, wherein the peptide has the amino acid sequence of SEQ ID NO: 1, SEQ ID NO: 2 or SEQ ID NO: 3, and wherein the peptide is fused to a linker, wherein the linker is fused to a cell penetrating peptide.
A method of processing optical coherence tomography (OCT) scans through a subject's skin , the method comprising: • receiving at least one OCT scan through the subject's skin , each scan representing an OCT signal in a slice through the subject's skin ; • processing each OCT scan so as to determine the presence of blood vessels in each scan; and • determining a diameter of the blood vessels whose presence has been determined; the method characterised by : • determining a depth of the blood vessels, through the subject's skin and below the surface of the skin; and • determining a depth profile of blood vessel density for different vessel diameters. • receiving at least one OCT scan through the subject's skin , each scan representing an OCT signal in a slice through the subject's skin ; • processing each OCT scan so as to determine the presence of blood vessels in each scan; and • determining a diameter of the blood vessels whose presence has been determined; • determining a depth of the blood vessels, through the subject's skin and below the surface of the skin; and • determining a depth profile of blood vessel density for different vessel diameters.
A method of manufacturing an electronic component having a housing with terminals insert-molded thereon, in which each of the terminals includes a tapered portion having a tapered width and an extension portion extending from a narrow-side distal end of the tapered portion, and a mold defining a cavity for molding the housing includes a first die and second dies , wherein the method comprises: after positioning the extension portion in one of grooves formed in one surface of each of the second dies, sliding the second dies relative to the extension portion to make tip edges of opposite side surfaces of the groove facing the cavity abut against opposite side surfaces that form tapering of the tapered portion; and performing molding while keeping the first die in close contact with the one surface of each of the second dies , and keeping part of the tapered portion and the extension portion lying in the groove held between a bottom surface of the groove and the first die with a remaining portion of the tapered portion lying in the cavity, thus forming a connection portion protruding from the housing with the part of the tapered portion and the extension portion. each of the terminals includes a tapered portion having a tapered width and an extension portion extending from a narrow-side distal end of the tapered portion, and a mold defining a cavity for molding the housing includes a first die and second dies , wherein the method comprises: after positioning the extension portion in one of grooves formed in one surface of each of the second dies, sliding the second dies relative to the extension portion to make tip edges of opposite side surfaces of the groove facing the cavity abut against opposite side surfaces that form tapering of the tapered portion; and performing molding while keeping the first die in close contact with the one surface of each of the second dies , and keeping part of the tapered portion and the extension portion lying in the groove held between a bottom surface of the groove and the first die with a remaining portion of the tapered portion lying in the cavity, thus forming a connection portion protruding from the housing with the part of the tapered portion and the extension portion. after positioning the extension portion in one of grooves formed in one surface of each of the second dies, sliding the second dies relative to the extension portion to make tip edges of opposite side surfaces of the groove facing the cavity abut against opposite side surfaces that form tapering of the tapered portion; and performing molding while keeping the first die in close contact with the one surface of each of the second dies , and keeping part of the tapered portion and the extension portion lying in the groove held between a bottom surface of the groove and the first die with a remaining portion of the tapered portion lying in the cavity, thus forming a connection portion protruding from the housing with the part of the tapered portion and the extension portion.
A network node that manages packet data network, PDN, connections between a user equipment and at least one PDN via a radio access network , the network node comprising: a processor configured to: receive from user equipment via the radio access network messages to establish a PDN connection between the user equipment and a PDN ; and limit a number of concurrent PDN connections between the user equipment and a plurality of PDNs based on an operational parameter related to PDN connectivity of the user equipment, wherein the operational parameter comprises a maximum number of non-default PDN bearers to which one PDN can connect at any one time via a PDN gateway ; wherein the network node manages concurrent PDN connections between the user equipment and the plurality of PDNs via a radio access network comprising a wireless local area network, WLAN. receive from user equipment via the radio access network messages to establish a PDN connection between the user equipment and a PDN ; and limit a number of concurrent PDN connections between the user equipment and a plurality of PDNs based on an operational parameter related to PDN connectivity of the user equipment, wherein the operational parameter comprises a maximum number of non-default PDN bearers to which one PDN can connect at any one time via a PDN gateway ; wherein the network node manages concurrent PDN connections between the user equipment and the plurality of PDNs via a radio access network comprising a wireless local area network, WLAN.
A mattress with ventilation system for the prevention and the treatment of decubitus ulcers or bedsores on immobile patients, the mattress with ventilation system comprising a rectangular mattress body being defined by a plurality of rectangular segments attached to each other at least at longitudinal ends thereof, each of said rectangular segments of the mattress body provided with spaced ventilating through holes traversing the top and bottom surfaces thereof, a temperature sensor and a moisture detector provided proximate said mattress body , characterized in that , said bed mattress with ventilation system further includes a programmable controller in electrical communication with the temperature sensor and the moisture detector , and at least one blower fan arranged below the mattress body , said at least one blower fan in electrical communication with the programmable controller , wherein both the temperature sensor and the moisture detector serve to provide input parameters to said programmable controller for the activation of said blower fan , such that when heat and moisture are detected, the controller is programmed to activate the blower fan to deliver ventilating air through the spaced ventilating through holes of the mattress body .
A lock, in particular for a tailgate of a motor vehicle, comprising a rotary latch rotatable about an axis of rotation (A) between an open position and a closed position; a pawl which is in engagement with the rotary latch in its closed position and which can be released therefrom to release the rotary latch ; and a leg spring against whose return force the rotary latch can be rotated from its open position into its closed position, characterized in that a first leg of the leg spring forms a support section which, by releasing the pawl from the rotary latch , can be brought into engagement with a counter-bearing , which is formed at the pawl or at an adjustment lever cooperating with the pawl , in order to hold the pawl in a raised position, with the engagement between the support section and the counter-bearing being releasable by a rotation of the rotary latch from the closed position into the open position. a rotary latch rotatable about an axis of rotation (A) between an open position and a closed position; a pawl which is in engagement with the rotary latch in its closed position and which can be released therefrom to release the rotary latch ; and a leg spring against whose return force the rotary latch can be rotated from its open position into its closed position, characterized in that a first leg of the leg spring forms a support section which, by releasing the pawl from the rotary latch , can be brought into engagement with a counter-bearing , which is formed at the pawl or at an adjustment lever cooperating with the pawl , in order to hold the pawl in a raised position, with the engagement between the support section and the counter-bearing being releasable by a rotation of the rotary latch from the closed position into the open position.
A computer-implemented method for visualizing a skeleton having a plurality of bones, the method comprising: a) segmenting , from a three-dimensional , 3D, image scan of a body including the skeleton, an image volume of the skeleton; b) unfolding and straightening each bone of the plurality of bones based on the segmented image volume of the skeleton by: b1) identifying a plurality of image groups from the segmented image volume of the skeleton, each image group of the plurality of image groups corresponding with one or more portions of the skeleton; and b2) calculating a warping function for each image group of the plurality of image groups, the warping function to unfold and straighten individual bones and respective skeleton features of the respective identified image group; and c) generating a two-dimensional, 2D, planar image including a plurality of image portions (310-370) each of which is based on the unfolded and straightened segmented image volume including the unfolded and straightened identified image groups; wherein the 2D planar image is a 2D unfolded view of a full skeleton of the body. a) segmenting , from a three-dimensional , 3D, image scan of a body including the skeleton, an image volume of the skeleton; b) unfolding and straightening each bone of the plurality of bones based on the segmented image volume of the skeleton by: b1) identifying a plurality of image groups from the segmented image volume of the skeleton, each image group of the plurality of image groups corresponding with one or more portions of the skeleton; and b2) calculating a warping function for each image group of the plurality of image groups, the warping function to unfold and straighten individual bones and respective skeleton features of the respective identified image group; and b1) identifying a plurality of image groups from the segmented image volume of the skeleton, each image group of the plurality of image groups corresponding with one or more portions of the skeleton; and b2) calculating a warping function for each image group of the plurality of image groups, the warping function to unfold and straighten individual bones and respective skeleton features of the respective identified image group; and c) generating a two-dimensional, 2D, planar image including a plurality of image portions (310-370) each of which is based on the unfolded and straightened segmented image volume including the unfolded and straightened identified image groups; wherein the 2D planar image is a 2D unfolded view of a full skeleton of the body.