mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus comprising: a detection unit configured to detect a failure requiring reimaging relating to an image captured using a digital microscope by evaluating the image; a generation unit configured to, if the failure was detected by the detection unit, generate setting information for setting an imaging condition for during reimaging, and a combining unit configured to calculate a difference in luminance values between each pixel of an overlapping portion of a first image and a corresponding pixel of an overlapping portion of a second image, and to sum the absolute values of these differences across the plurality of pixels to produce a total value; wherein the combining unit is configured to combine individual images by determining an overlap position of the first image and second image that generates a minimum total value; and wherein the detection unit is configured to detect a combining failure, relating to the generation of a composite image that is generated by combining a plurality of images, by determining whether the minimum total value exceeds a predetermined threshold. a detection unit configured to detect a failure requiring reimaging relating to an image captured using a digital microscope by evaluating the image; a generation unit configured to, if the failure was detected by the detection unit, generate setting information for setting an imaging condition for during reimaging, and a combining unit configured to calculate a difference in luminance values between each pixel of an overlapping portion of a first image and a corresponding pixel of an overlapping portion of a second image, and to sum the absolute values of these differences across the plurality of pixels to produce a total value; wherein the combining unit is configured to combine individual images by determining an overlap position of the first image and second image that generates a minimum total value; and wherein the detection unit is configured to detect a combining failure, relating to the generation of a composite image that is generated by combining a plurality of images, by determining whether the minimum total value exceeds a predetermined threshold.
Assembly of a first and a second installation box (1, 2), wherein the first and second installation box (1, 2) both comprise a bottom wall and a circumferential wall of which an edge bounds an installation opening, both walls having a passage opening that may or may not be closed, wherein the wall of the first installation box comprises first connection means, and the wall of the second installation box comprises second connection means cooperating with the first, for connecting the boxes (1, 2) by a mutual displacement in an insert direction of the first and second connection means, wherein the insert direction is oriented transverse to the plane of the installation openings, wherein each of the first and second connection means comprises a first and second rail (13a, 13b), respectively, extending in insert direction and parallel to each other, wherein the first and second rail (13a, 13b) are adjusted for interengagement, wherein the first and second connection means comprise first and second locking means (16a, 16b, 16c, 17), respectively, for securing the mutual position of the first and second installation box (1, 2), wherein in the insert direction the first locking means (16a, 16b, 17) are situated above the passage opening and the second locking means are situated below the passage opening of the first and second installation box (1, 2), respectively.
Storage device with at least one storage container which comprises a container housing, on which at the outside at least one handle is arranged, said handle being designed as an at least essentially U-shaped bow grip comprising two grip limbs which are connected to one another by a connection web, around which a hand can grip, and said handle in the region of the free end sections of the grip limbs, which are opposite the connection web, being mounted pivotably about a pivot axis via a pivot bearing device on the container housing so that the handle is pivotable between a position of non-use in which it is pivoted onto the container housing and a position of use in which it projects away from the container housing, wherein each pivot bearing device comprises a first bearing element which is arranged on the container housing and a second bearing element which is arranged on one of the grip limbs of the handle, said bearing elements being inserted into one another in the axis direction of the pivot axis and being rotatable relative to one another with respect to the pivot axis, wherein a securing device which assumes an active state at least in the position of use of the handle is assigned to the free end section of each grip limb, by way of which securing device in its active state the assigned grip limb is supportable or supported with respect to the container housing in the axis direction of the pivot axis, in order to prevent a mutual approach of the two grip limbs which would permit a release from one another of the bearing elements (85, 86) which are inserted into one another, characterised in that each securing device in at least one other pivoting position of the handle which is different from the position of use comprises an inactive state, in which it releases the grip limb which is assigned to it in order to enable a relative movement between the two grip limbs directed towards one another in the axis direction of the pivot axis for a latching mounting of the handle.
Radio broadcast method for a first multicarrier digital signal (DRM, 51) occupying a first frequency band that is adjacent to at least one second frequency band, each of which is assigned to a second signal (AM, 52, 53), characterized in that said first signal and said or one of said second signal (s) carry one and the same source signal at least in part, in that prefiltering is applied to said first signal, prior to transmission thereof, so as to attenuate (41, 54, 55) the power of said first signal in at least a first portion of said first frequency band, which is immediately adjacent to the or said second frequency band(s) and situated in the passband of the receivers of the second signal, and to increase the power of said first signal in a second portion of said first frequency band, which is remote from the or said second frequency band(s), and in that said first signal and said or one of said second signal (s) carrying one and the same source signal at least in part are transmitted simultaneously.
Method of secure processing input data by a stream processing network comprising a first and a second processing unit (10, 15, 20, 25), wherein the method comprises the steps of: a) receiving the input data from a communication channel, wherein the input data comprises a first data stream associated with a first owner and a second data stream associated with a second owner, the first data stream being labelled with a first owner ID related to the first owner and the second data stream being labelled with a second owner ID related to the second owner, the first owner ID and the second owner ID being respectively unique, the first and second owner IDs being meta tags in the headers of the data packets of the first and second data streams; b) distinguishing data packets of the first data stream from that of the second data stream, using the meta tags in the headers of the data packets of the first and second data streams, including rejecting or ignoring, at the first processing unit (10, 15), data packets of the second data stream and rejecting or ignoring, at the second processing unit (20, 25), data packets of the first data stream; and c) processing the first data stream with the first processing unit (10, 15) and processing the second data stream with the second processing unit (20, 25). a) receiving the input data from a communication channel, wherein the input data comprises a first data stream associated with a first owner and a second data stream associated with a second owner, the first data stream being labelled with a first owner ID related to the first owner and the second data stream being labelled with a second owner ID related to the second owner, the first owner ID and the second owner ID being respectively unique, the first and second owner IDs being meta tags in the headers of the data packets of the first and second data streams; b) distinguishing data packets of the first data stream from that of the second data stream, using the meta tags in the headers of the data packets of the first and second data streams, including rejecting or ignoring, at the first processing unit (10, 15), data packets of the second data stream and rejecting or ignoring, at the second processing unit (20, 25), data packets of the first data stream; and c) processing the first data stream with the first processing unit (10, 15) and processing the second data stream with the second processing unit (20, 25).
A magnetic integration double-ended converter, comprising: an inverter circuit with double ends symmetrically working, acting on a primary winding (N p); an integrated magnetic member having a magnetic core with three magnetic columns, comprising at least three windings and at least one energy storage air gap, wherein the primary winding (N p) and a first secondary winding (N s1) are both wound around a first magnetic column, a second secondary winding (N s2) is wound around a second magnetic column, and a total output current flows through the second secondary winding; characterized in that the second magnetic column and a third magnetic column each define the at least one energy storage air gap therein; and wherein there is no air gap in the first magnetic column, wherein the third magnetic column is positioned in between the first magnetic column and the second magnetic column; and a group of synchronous rectifiers (SR 1, SR 2), gate electrode driving signals of which and gate electrode driving signals of a group of power switch diodes of the inverter circuit (S 1, S 2) with the double ends symmetrically working complement each other. an inverter circuit with double ends symmetrically working, acting on a primary winding (N p); an integrated magnetic member having a magnetic core with three magnetic columns, comprising at least three windings and at least one energy storage air gap, wherein the primary winding (N p) and a first secondary winding (N s1) are both wound around a first magnetic column, a second secondary winding (N s2) is wound around a second magnetic column, and a total output current flows through the second secondary winding; characterized in that the second magnetic column and a third magnetic column each define the at least one energy storage air gap therein; and wherein there is no air gap in the first magnetic column, wherein the third magnetic column is positioned in between the first magnetic column and the second magnetic column; and a group of synchronous rectifiers (SR 1, SR 2), gate electrode driving signals of which and gate electrode driving signals of a group of power switch diodes of the inverter circuit (S 1, S 2) with the double ends symmetrically working complement each other.
A semiconductor device comprising: first domain circuitry comprising: protection circuitry coupled between a first reference voltage node and a second reference voltage node; and driver circuitry coupled between the first reference voltage node and the second reference voltage node, the driver circuitry having an output node; an interface coupled to the output node of the driver circuitry; second domain circuitry coupled between a third reference voltage node and a fourth reference voltage node, the second domain circuitry including a transistor having a gate electrode coupled to the interface, wherein a body electrode of the transistor is coupled to the protection circuitry; and a second transistor coupled between the body electrode of the transistor and the fourth reference voltage node, wherein a gate electrode of the second transistor is coupled to the protection circuitry, wherein the protection circuity is configured to provide a first voltage corresponding to the first reference voltage node to the body electrode of the transistor and a second voltage corresponding to the second reference voltage node to the gate electrode of the second transistor in response to an electrostatic discharge event. first domain circuitry comprising: protection circuitry coupled between a first reference voltage node and a second reference voltage node; and driver circuitry coupled between the first reference voltage node and the second reference voltage node, the driver circuitry having an output node; protection circuitry coupled between a first reference voltage node and a second reference voltage node; and driver circuitry coupled between the first reference voltage node and the second reference voltage node, the driver circuitry having an output node; an interface coupled to the output node of the driver circuitry; second domain circuitry coupled between a third reference voltage node and a fourth reference voltage node, the second domain circuitry including a transistor having a gate electrode coupled to the interface, wherein a body electrode of the transistor is coupled to the protection circuitry; and a second transistor coupled between the body electrode of the transistor and the fourth reference voltage node, wherein a gate electrode of the second transistor is coupled to the protection circuitry, wherein the protection circuity is configured to provide a first voltage corresponding to the first reference voltage node to the body electrode of the transistor and a second voltage corresponding to the second reference voltage node to the gate electrode of the second transistor in response to an electrostatic discharge event.
A tibial baseplate configured for implantation upon a patient's proximal tibia, the tibial baseplate comprising: a medial compartment; a lateral compartment opposite the medial compartment; a proximal surface; a distal surface opposite the proximal surface, the distal surface sized and shaped to substantially cover the patient's proximal tibia; an outer periphery cooperatively defined by an anterior face, a medial face, a lateral face, and at least one posterior face (20, 22); a first, anterior-posterior axis (A H) located between the medial face and the lateral face and intersecting the anterior face, the first axis extending centrally between the medial and lateral compartments throughout its length; a plurality of fixation pegs (30, 32) extending distally from the distal surface, each of the plurality of fixation pegs being positioned inward of the outer periphery for implantation into the patient's proximal tibia, the plurality of fixation pegs comprising: a medial fixation peg located at the medial compartment; and a lateral fixation peg located at the lateral compartment, the lateral fixation peg being positioned more anteriorly than each other fixation peg among the plurality of fixation pegs, wherein the plurality of fixation pegs are medially biased from the first axis, such that the lateral fixation peg is closer to the first axis than the medial fixation peg. a medial compartment; a lateral compartment opposite the medial compartment; a proximal surface; a distal surface opposite the proximal surface, the distal surface sized and shaped to substantially cover the patient's proximal tibia; an outer periphery cooperatively defined by an anterior face, a medial face, a lateral face, and at least one posterior face (20, 22); a first, anterior-posterior axis (A H) located between the medial face and the lateral face and intersecting the anterior face, the first axis extending centrally between the medial and lateral compartments throughout its length; a plurality of fixation pegs (30, 32) extending distally from the distal surface, each of the plurality of fixation pegs being positioned inward of the outer periphery for implantation into the patient's proximal tibia, the plurality of fixation pegs comprising: a medial fixation peg located at the medial compartment; and a lateral fixation peg located at the lateral compartment, the lateral fixation peg being positioned more anteriorly than each other fixation peg among the plurality of fixation pegs, a medial fixation peg located at the medial compartment; and a lateral fixation peg located at the lateral compartment, the lateral fixation peg being positioned more anteriorly than each other fixation peg among the plurality of fixation pegs, wherein the plurality of fixation pegs are medially biased from the first axis, such that the lateral fixation peg is closer to the first axis than the medial fixation peg.
A method performed by a network node for communicating with a wireless device, the network node and the wireless device being operable in a wireless communication network employing Orthogonal Frequency Division Multiplexing, OFDM, technology wherein a channel between the network node and the wireless device comprises a set of Resource Block Groups, RBGs, the method comprising: - receiving, from the wireless device, a measurement report indicating a channel quality of the channel between the network node and the wireless device, wherein the channel quality is represented by a geometry, - determining whether the channel quality is acceptable or unacceptable by comparing the geometry to a geometry threshold, G th, and - transmitting, to the wireless device, an indication of which RBG(s) to report channel quality measurements for, when the geometry is above the geometry threshold, wherein the indication is associated with a bitmap indicating which RBG(s) to report channel quality for and which RBGs to exclude, and wherein the indication excludes only both the first and the last RBG at the frequency band edges of a bandwidth of the channel. - receiving, from the wireless device, a measurement report indicating a channel quality of the channel between the network node and the wireless device, wherein the channel quality is represented by a geometry, - determining whether the channel quality is acceptable or unacceptable by comparing the geometry to a geometry threshold, G th, and - transmitting, to the wireless device, an indication of which RBG(s) to report channel quality measurements for, when the geometry is above the geometry threshold, wherein the indication is associated with a bitmap indicating which RBG(s) to report channel quality for and which RBGs to exclude, and wherein the indication excludes only both the first and the last RBG at the frequency band edges of a bandwidth of the channel. wherein the indication is associated with a bitmap indicating which RBG(s) to report channel quality for and which RBGs to exclude, and wherein the indication excludes only both the first and the last RBG at the frequency band edges of a bandwidth of the channel.
Network node, hereinafter referred to as "proxy enabler", for participating in providing a network service in a communication network covering a geographical area for a plurality of mobile clients, the proxy enabler being configured for receiving, from an application server, a request specifying a distribution target area; querying a network node, hereinafter referred to as "geomessaging register", for obtaining information about an appropriate service enabler for handling a request associated with the specified distribution target area; and communicating with the appropriate service enabler in order for the received request to be handled by said appropriate service enabler. receiving, from an application server, a request specifying a distribution target area; querying a network node, hereinafter referred to as "geomessaging register", for obtaining information about an appropriate service enabler for handling a request associated with the specified distribution target area; and communicating with the appropriate service enabler in order for the received request to be handled by said appropriate service enabler.
A lighting device including: - a first illuminant, and - a transmitting module for wirelessly transmitting and for providing a position identification signal including position determination data, - an electronic operating apparatus for operating the first illuminant, wherein the electronic operating apparatus is coupled to an electrical supply terminal of the lighting device on the input side and to the first illuminant by means of a first connecting device on the output side, wherein the electronic operating apparatus includes an energy converter for supplying the transmitting module with electrical energy, characterized in that - the transmitting module comprises an interface (D1, D2, D3), by means of which the position identification signal to be emitted by the transmitting module is adjustable with respect to physical signal characteristics, and - the lighting device comprises an environmental sensor, wherein the operating apparatus is configured to adjust at least one physical signal characteristic of the position identification signal to be emitted by the transmitting module depending on an environmental parameter ascertained by means of the environmental sensor. - a first illuminant, and - a transmitting module for wirelessly transmitting and for providing a position identification signal including position determination data, - an electronic operating apparatus for operating the first illuminant, wherein the electronic operating apparatus is coupled to an electrical supply terminal of the lighting device on the input side and to the first illuminant by means of a first connecting device on the output side, wherein the electronic operating apparatus includes an energy converter for supplying the transmitting module with electrical energy, - the transmitting module comprises an interface (D1, D2, D3), by means of which the position identification signal to be emitted by the transmitting module is adjustable with respect to physical signal characteristics, and - the lighting device comprises an environmental sensor, wherein the operating apparatus is configured to adjust at least one physical signal characteristic of the position identification signal to be emitted by the transmitting module depending on an environmental parameter ascertained by means of the environmental sensor.