mhurhangee/ep-ind-claims huggingface dataset:
Method for detecting moving objects in a video image sequence, comprising the following steps: a) Determining distinctive feature points in one image of a pair of successive images of the video image sequence, b) Determining a mathematical transformation for mapping one of the two images of the image pair onto the other of the two images of the image pair, using the distinctive feature points determined in step a), c) Determining a difference image at a difference between the images of the image pair that have been transformed onto one another by means of the transformation determined in step b), d) Determining distinctive image change points in the difference image determined in step c), e) Determining object points from the distinctive image change points determined in step d), wherein step d) comprises the following steps: d1) Defining an image change threshold value and determining image change points as those locations in the difference image determined in step c) whose image brightness absolute value exceeds the image change threshold value, d2) Analysing the quality of the image change points determined in step d1) on the basis of at least one predefined quality criterion, d3) If the quality criterion is satisfied, defining the image change points determined in step d1) as the distinctive image change points determined in step d), otherwise repeating steps d1) and d2) with an image change threshold value defined in an altered manner. a) Determining distinctive feature points in one image of a pair of successive images of the video image sequence, b) Determining a mathematical transformation for mapping one of the two images of the image pair onto the other of the two images of the image pair, using the distinctive feature points determined in step a), c) Determining a difference image at a difference between the images of the image pair that have been transformed onto one another by means of the transformation determined in step b), d) Determining distinctive image change points in the difference image determined in step c), e) Determining object points from the distinctive image change points determined in step d), d1) Defining an image change threshold value and determining image change points as those locations in the difference image determined in step c) whose image brightness absolute value exceeds the image change threshold value, d2) Analysing the quality of the image change points determined in step d1) on the basis of at least one predefined quality criterion, d3) If the quality criterion is satisfied, defining the image change points determined in step d1) as the distinctive image change points determined in step d), otherwise repeating steps d1) and d2) with an image change threshold value defined in an altered manner.
A method for determining a resource block group, RBG size, comprising: determining a RBG size based on a size of a bandwidth part, BP, and information for determining the RBG size, wherein the information for determining the RBG size defines a relationship among a range of BP size and two configurations, each of the two configurations indicating an RBG size, wherein the size of the BP is located in the range of BP size, and the range of BP size is associated with two RBG sizes respectively indicated by the two configurations; and determining, based on the determined RBG size, a resource in the BP allocated by a network device, wherein the range of BP size is one of four BP size ranges, and the four BP size ranges are as follows: from 1 resource block, RB, to 36 RBs; from 37 RBs to 72 RBs; from 73RBs to 144 RBs; and from 145 RBs to X max RBs, wherein the X max RBs is a maximum BP bandwidth. determining a RBG size based on a size of a bandwidth part, BP, and information for determining the RBG size, wherein the information for determining the RBG size defines a relationship among a range of BP size and two configurations, each of the two configurations indicating an RBG size, wherein the size of the BP is located in the range of BP size, and the range of BP size is associated with two RBG sizes respectively indicated by the two configurations; and determining, based on the determined RBG size, a resource in the BP allocated by a network device, wherein the range of BP size is one of four BP size ranges, and the four BP size ranges are as follows: from 1 resource block, RB, to 36 RBs; from 37 RBs to 72 RBs; from 73RBs to 144 RBs; and from 145 RBs to X max RBs, wherein the X max RBs is a maximum BP bandwidth. from 1 resource block, RB, to 36 RBs; from 37 RBs to 72 RBs; from 73RBs to 144 RBs; and from 145 RBs to X max RBs, wherein the X max RBs is a maximum BP bandwidth.
Battery pack, which has a plurality of battery modules (10, 11, 12, 13, 14), having the following features: a. it comprises a spacer which is arranged between the battery modules (10, 11, 12, 13, 14), and b. the spacer comprises a first cooling element composed of a first thermally conductive material, which first cooling element is in surface-to-surface contact with a first of the battery modules, and c. the spacer comprises a second cooling element composed of a second thermally conductive material, which second cooling element is in surface-to-surface contact with a second of the battery modules, and d. the spacer comprises an intermediate space between the cooling elements (30, 32), which intermediate space is at least partially filled with an insulating material, and e. the insulating material has a lower thermal conductivity than the first and than the second thermally conductive material, so that heating of the first battery module does not result in heating of the second battery module or does so only with a delay, and f. the insulating material is arranged in the intermediate space in the form of a supporting element to which the first and the second cooling element (30, 32) are fixed. a. it comprises a spacer which is arranged between the battery modules (10, 11, 12, 13, 14), and b. the spacer comprises a first cooling element composed of a first thermally conductive material, which first cooling element is in surface-to-surface contact with a first of the battery modules, and c. the spacer comprises a second cooling element composed of a second thermally conductive material, which second cooling element is in surface-to-surface contact with a second of the battery modules, and d. the spacer comprises an intermediate space between the cooling elements (30, 32), which intermediate space is at least partially filled with an insulating material, and e. the insulating material has a lower thermal conductivity than the first and than the second thermally conductive material, so that heating of the first battery module does not result in heating of the second battery module or does so only with a delay, and f. the insulating material is arranged in the intermediate space in the form of a supporting element to which the first and the second cooling element (30, 32) are fixed.
A semiconductor radiation source having a base body on which at least two LED chips are mounted in heat-conducting connection therewith, at least one chip being connected to an adjustable series resistor, and at least one printed circuit board which carries the series resistor also being mounted on the base body, wherein a cover lens is arranged In the beam path downstream of the LED chips and an annular or tubular spacer is provided for said chips and the spacer Is supported on the printed circuit board and/or the base body and wherein a reflector is arranged spaced apart from the LED chips In the beam path downstream thereof and is also arranged in the beam path downstream of the cover lens; 84).
A device for demonstrating an effect of a selected signal-processing operation, said device comprising: a signal-processing device for processing an incoming signal to supply a processed signal to presentation means, wherein the incoming signal is a video signal and said presentation means comprise a display screen; and demonstration means for controlling the signal-processing device to perform said selected signal-processing operation in response to a user command, characterized in that the demonstration means further comprise: storage means for storing a demonstration signal selected to allow an effective demonstration of the particular processing operation, wherein the storage means are adapted to contain a static picture, and directing means for directing the demonstration signal to the signal-processing device in response to said user command, the demonstration means being further adapted to activate and deactivate said processing operation alternately during the presentation of the demonstration signal or to present the demonstration signal in a split-screen form, one part of the display screen showing a presentation of the demonstration signal having said processing operation activated and another part of the display screen showing a presentation of the demonstratior signal having said processing operation deactivated. a signal-processing device for processing an incoming signal to supply a processed signal to presentation means, wherein the incoming signal is a video signal and said presentation means comprise a display screen; and demonstration means for controlling the signal-processing device to perform said selected signal-processing operation in response to a user command, storage means for storing a demonstration signal selected to allow an effective demonstration of the particular processing operation, wherein the storage means are adapted to contain a static picture, and directing means for directing the demonstration signal to the signal-processing device in response to said user command, the demonstration means being further adapted to activate and deactivate said processing operation alternately during the presentation of the demonstration signal or to present the demonstration signal in a split-screen form, one part of the display screen showing a presentation of the demonstration signal having said processing operation activated and another part of the display screen showing a presentation of the demonstratior signal having said processing operation deactivated.
An endoscope reprocessor comprising: a medicinal solution tank configured to store a medicinal solution; a first insertion hole configured to cause an outer space and an inner space of the medicinal solution tank to communicate with each other, the first insertion hole allowing insertion therethrough of a measuring unit on which a measuring surface of a concentration meter is provided; and a first holding portion configured to hold the measuring unit inserted into the medicinal solution tank through the first insertion hole at a position where the measuring surface contacts the medicinal solution; characterized in that the endoscope reprocessor further comprises: a preserving fluid tank configured to store a preserving fluid of the concentration meter; a second insertion hole configured to cause an outer space and an inner space of the preserving fluid tank to communicate with each other, the second insertion hole allowing insertion therethrough of the measuring unit; and a second holding portion configured to hold the measuring unit inserted into the preserving fluid tank through the second insertion hole at a position where the measuring surface contacts the preserving fluid. a medicinal solution tank configured to store a medicinal solution; a first insertion hole configured to cause an outer space and an inner space of the medicinal solution tank to communicate with each other, the first insertion hole allowing insertion therethrough of a measuring unit on which a measuring surface of a concentration meter is provided; and a first holding portion configured to hold the measuring unit inserted into the medicinal solution tank through the first insertion hole at a position where the measuring surface contacts the medicinal solution; characterized in that the endoscope reprocessor further comprises: a preserving fluid tank configured to store a preserving fluid of the concentration meter; a second insertion hole configured to cause an outer space and an inner space of the preserving fluid tank to communicate with each other, the second insertion hole allowing insertion therethrough of the measuring unit; and a second holding portion configured to hold the measuring unit inserted into the preserving fluid tank through the second insertion hole at a position where the measuring surface contacts the preserving fluid. a preserving fluid tank configured to store a preserving fluid of the concentration meter; a second insertion hole configured to cause an outer space and an inner space of the preserving fluid tank to communicate with each other, the second insertion hole allowing insertion therethrough of the measuring unit; and a second holding portion configured to hold the measuring unit inserted into the preserving fluid tank through the second insertion hole at a position where the measuring surface contacts the preserving fluid.
Working implement with a tool, comprising an internal combustion engine used for driving the tool, a cranking enrichment device having at least one starting position and operated via a mode controller for the internal combustion engine, a braking device (55, 90), which in the actuated position brakes the tool and in the non-actuated position releases the tool, and an actuating device for the braking device (55, 90), characterised in that the working implement comprises a locking device (56, 66, 76), which prevents the selection of the starting position in a locking position, wherein the braking device (55, 90) is coupled to the locking device (56, 66, 76) on such a way that the locking device (56, 66, 76) is in the locking position in the non-actuated position of the braking device (55, 90).
A method of sending communications from a server to electronic devices aboard a vehicle, the method comprising: examining registration data to identify an electronic device that is connected to an on-board communications network of the vehicle, wherein the electronic device previously completed a registration with the server, the registration indicating a vehicle registration that uniquely identifies the vehicle, and wherein during the registration, the server sent a location update for the electronic device to a home network that manages a home location register, HLR, wherein the home network updated the HLR accordingly; connecting, by the server, to the home network that manages the HLR that stores an international mobile station identity, IMSI, of the electronic device registered with the server; determining information associated with the vehicle; generating, by the processor, a text-based message comprising at least a portion of the information associated with the vehicle; transmitting the text-based message to the on-board communications network for delivery to the electronic device; generating a usage report indicating a number of text-based messages collectively received by the electronic device and at least one additional electronic device of the electronic devices aboard the vehicle; and providing the usage report to a transport services provider associated with the vehicle. examining registration data to identify an electronic device that is connected to an on-board communications network of the vehicle, wherein the electronic device previously completed a registration with the server, the registration indicating a vehicle registration that uniquely identifies the vehicle, and wherein during the registration, the server sent a location update for the electronic device to a home network that manages a home location register, HLR, wherein the home network updated the HLR accordingly; connecting, by the server, to the home network that manages the HLR that stores an international mobile station identity, IMSI, of the electronic device registered with the server; determining information associated with the vehicle; generating, by the processor, a text-based message comprising at least a portion of the information associated with the vehicle; transmitting the text-based message to the on-board communications network for delivery to the electronic device; generating a usage report indicating a number of text-based messages collectively received by the electronic device and at least one additional electronic device of the electronic devices aboard the vehicle; and providing the usage report to a transport services provider associated with the vehicle.
A forehead support for a respiratory mask, said forehead support comprising: a frame and a joining member, the joining member being connected to the respiratory mask, the frame being pivotally mounted to the joining member, at least one button adapted to be pressed to allow adjustment of a position of the frame relative to the joining member, and a tongue and at least two grooves adapted to allow locking of the frame in at least two angular positions relative to the joining member. a frame and a joining member, the joining member being connected to the respiratory mask, the frame being pivotally mounted to the joining member, at least one button adapted to be pressed to allow adjustment of a position of the frame relative to the joining member, and a tongue and at least two grooves adapted to allow locking of the frame in at least two angular positions relative to the joining member.
A polypeptide comprising a variant IgG1 Fc region, wherein said variant Fc region comprises at least one amino acid modification relative to a wild-type IgG1 Fc region, such that: said variant Fc region of said polypeptide binds: FcγRIIIA with a greater affinity, and FcγRIIB with altered binding affinity; wherein said greater and altered binding affinities are relative to the binding affinities exhibited by such polypeptide to said FcγRs if comprising a wild-type Fc region; and wherein said at least one amino acid modification comprises a set of substitutions selected from the group consisting of: a substitution at position 243 with leucine and at position 292 with proline; a substitution at position 243 with leucine, at position 292 with proline, and at position 305 with isoleucine; a substitution at position 243 with leucine, at position 292 with proline, and at position 396 with leucine; a substitution at position 243 with leucine, at position 292 with proline, and at position 300 with leucine; and a substitution at position 243 with leucine, at position 292 with proline, at position 300 with leucine, and at position 396 with leucine; wherein the positions are numbered according to the EU index as in Kabat. said variant Fc region of said polypeptide binds: FcγRIIIA with a greater affinity, and FcγRIIB with altered binding affinity; wherein said greater and altered binding affinities are relative to the binding affinities exhibited by such polypeptide to said FcγRs if comprising a wild-type Fc region; and FcγRIIIA with a greater affinity, and FcγRIIB with altered binding affinity; wherein said greater and altered binding affinities are relative to the binding affinities exhibited by such polypeptide to said FcγRs if comprising a wild-type Fc region; and wherein said at least one amino acid modification comprises a set of substitutions selected from the group consisting of: a substitution at position 243 with leucine and at position 292 with proline; a substitution at position 243 with leucine, at position 292 with proline, and at position 305 with isoleucine; a substitution at position 243 with leucine, at position 292 with proline, and at position 396 with leucine; a substitution at position 243 with leucine, at position 292 with proline, and at position 300 with leucine; and a substitution at position 243 with leucine, at position 292 with proline, at position 300 with leucine, and at position 396 with leucine; wherein the positions are numbered according to the EU index as in Kabat. a substitution at position 243 with leucine and at position 292 with proline; a substitution at position 243 with leucine, at position 292 with proline, and at position 305 with isoleucine; a substitution at position 243 with leucine, at position 292 with proline, and at position 396 with leucine; a substitution at position 243 with leucine, at position 292 with proline, and at position 300 with leucine; and a substitution at position 243 with leucine, at position 292 with proline, at position 300 with leucine, and at position 396 with leucine; wherein the positions are numbered according to the EU index as in Kabat.
Use of a kit in the in vitro detection or diagnosis of colorectal cancer, comprising a nucleic acid capable of specifically binding to a polynucleotide of colorectal cancer marker: miR-6726-5p.
An ink cartridge for a CIJ type printer, such a cartridge including at least one volume delimited by a wall (12, 14), an aperture of this wall, this aperture being hermetically sealed, a pigmented fluid ink and magnetic means movable with respect to the cartridge shell.
A water resistant moisture management garment comprising: an outer layer (110, 710), the outer layer (110, 710) comprising a textile with water resistant properties; a plurality of micro-perforations formed through the outer layer (110, 710); an inner layer, the inner layer comprising a moisture management textile that transports perspiration from a skin facing side to an outer facing side of the inner layer; and an intermediate layer bonding the outer layer (110, 710) to the inner layer, the intermediate layer comprising a plurality of holes where the outer layer (110, 710) is not bonded to the inner layer, the plurality of holes of the intermediate layer corresponding to at least a portion of the plurality of micro-perforations through the outer layer (110, 710), such that perspiration transported from the skin facing side to the outer facing side of the inner layer may evaporate through the micro-perforations.
A method in a system comprising a first and a second security module (200, 300), as well as at least one communication device, wherein an anti-collision phase comprises a sequence of anti-collision queries of the communication device, and a communication phase follows the anti-collision phase; the first security module transmits information to be transmitted to the second security module in the anti-collision phase by sending responses of the first security module to the sequence of anti-collision queries, with the information to be transmitted being encoded in the responses of the first security module; and the second security module decodes the information to be transmitted from the sequence of the received anti-collision queries, characterized in that the responses of the first security module are configured dynamically and the first security module influences the contents of the sequence of subsequent anti-collision queries deterministically via each of the responses.