mhurhangee/ep-ind-claims huggingface dataset:
A method for generating a hybrid Polar code, comprising: obtaining a first matrix of N×N and a sequence that comprises N bits, wherein N is a code length of a hybrid Polar code to be generated, N rows of the first matrix correspond to the N bits in the sequence in a one-to-one manner, and N is a positive integer; determining reliability of the N bits, and determining the weight of each row in the N rows of the first matrix; and selecting, according to the reliability of the N bits and the weight of each row in the N rows of the first matrix, K bits among the N bits as information bits, or selecting, according to the reliability of the N bits and the weight of each row in the N rows of the first matrix, K rows among the N rows of the first matrix to construct a second matrix of K×N used for encoding, wherein K is the length of the to-be-encoded information bit sequence and is a positive integer not greater than N. obtaining a first matrix of N×N and a sequence that comprises N bits, wherein N is a code length of a hybrid Polar code to be generated, N rows of the first matrix correspond to the N bits in the sequence in a one-to-one manner, and N is a positive integer; determining reliability of the N bits, and determining the weight of each row in the N rows of the first matrix; and selecting, according to the reliability of the N bits and the weight of each row in the N rows of the first matrix, K bits among the N bits as information bits, or selecting, according to the reliability of the N bits and the weight of each row in the N rows of the first matrix, K rows among the N rows of the first matrix to construct a second matrix of K×N used for encoding, wherein K is the length of the to-be-encoded information bit sequence and is a positive integer not greater than N.
Cooler for cooling bulk material comprising a stationary ventilation grate, through which cooling gas can flow, for receiving the bulk material, at least one conveying unit with conveying elements which are arranged above the ventilation grate and for transporting the bulk material can be moved back and forth in the conveying direction and against the conveying direction, and a drive device for driving the conveying elements, characterized in that the cooler comprises a profiled structure, which extends in the conveying direction, for the mounting of the ventilation grate and a bearing unit for supporting the conveying unit on the profiled structure so that the conveying unit can be moved relative to the profiled structure in the conveying direction and against the conveying direction.
A pharmaceutical composition for an iontophoresis wherein the composition contains a nonionic synthetic polymer, betamethasone sodium phosphate, solvent and ethylenediamine tetraacetic acid (EDTA), wherein the mixing amount of ethylenediamine tetraacetic acid (EDTA) is 0.05 to 0.15 percent by weight, wherein the solvent is phosphate buffer solution, and wherein the concentration of phosphate buffer solution is 1 to 10 mM.
A cutlery basket for a dishwasher, the cutlery basket comprising: a basket body to accommodate cutlery and in which a plurality of holes are disposed, the basket body comprising an opening for insertion of cutlery into the cutlery basket; and a distribution unit (130, 230) disposed in the basket body and defining a second region of the bottom surface of the basket body, the second region being enclosed by a first region of the bottom surface of the basket body, wherein the distribution unit is formed to be convex in a direction towards the inside of the basket body from the bottom surface of the basket body,, wherein the distribution unit causes cutlery placed in the basket body to be distributed to the first region of the bottom surface of the basket body, characterised in that the distribution unit is configured to be separable from the basket body. a basket body to accommodate cutlery and in which a plurality of holes are disposed, the basket body comprising an opening for insertion of cutlery into the cutlery basket; and a distribution unit (130, 230) disposed in the basket body and defining a second region of the bottom surface of the basket body, the second region being enclosed by a first region of the bottom surface of the basket body, wherein the distribution unit is formed to be convex in a direction towards the inside of the basket body from the bottom surface of the basket body,, wherein the distribution unit causes cutlery placed in the basket body to be distributed to the first region of the bottom surface of the basket body, characterised in that the distribution unit is configured to be separable from the basket body.
A lid assembly for a bottle, including a base attachable to said bottle over a mouth thereof, a main body rotatably connected to said base, a cover configured to extend over an open upper end of the main body, the cover including an opening extending therethrough, a spout slidably held within said body and movable along a first axis between a retracted position in which the spout is located within the main body and an extended position in which the spout projects through said opening in the cover, wherein said opening in the cover is closed when the spout is in said retracted position, wherein a flap is configured to close the opening in the cover when the spout is in said retracted position, and wherein the flap is pivotably mounted to or adjacent said cover, characterized in that the flap is movable in a plane that is generally perpendicular said first axis. a base attachable to said bottle over a mouth thereof, a main body rotatably connected to said base, a cover configured to extend over an open upper end of the main body, the cover including an opening extending therethrough, a spout slidably held within said body and movable along a first axis between a retracted position in which the spout is located within the main body and an extended position in which the spout projects through said opening in the cover, wherein said opening in the cover is closed when the spout is in said retracted position, wherein a flap is configured to close the opening in the cover when the spout is in said retracted position, and wherein the flap is pivotably mounted to or adjacent said cover,
A method of providing indications of health status of a mammal of a suspected acute medical condition, which is acute myocardial infarction, comprising: performing serial measurements on a marker molecule, troponin I or troponin T, present in samples of blood repetitively taken from said mammal wherein at least three of said measurements on the same marker molecule(s) are made at different times, at precise time marks, thereby providing responses forming one or more curves, said serial measurements have time intervals less than one hour, preferably, but not limited to, between 10 minutes and 30 minutes, in the initial phase; extracting information of the curve shape, defined by response levels and slope, and optionally curvature, based on data consisting of said time mark and a concentration level or an activity level, from said measurements; repetitively performing calculations along with said measurements, using a processing unit, of the rate of change over time to determine a slope, and optionally the rate of change of said rate of change over time to determine a curvature, based on said extracted information, for the responses from said marker molecule (s), displaying the result/ results from said calculations with a display means, suitable for early diagnosis. performing serial measurements on a marker molecule, troponin I or troponin T, present in samples of blood repetitively taken from said mammal wherein at least three of said measurements on the same marker molecule(s) are made at different times, at precise time marks, thereby providing responses forming one or more curves, said serial measurements have time intervals less than one hour, preferably, but not limited to, between 10 minutes and 30 minutes, in the initial phase; extracting information of the curve shape, defined by response levels and slope, and optionally curvature, based on data consisting of said time mark and a concentration level or an activity level, from said measurements; repetitively performing calculations along with said measurements, using a processing unit, of the rate of change over time to determine a slope, and optionally the rate of change of said rate of change over time to determine a curvature, based on said extracted information, for the responses from said marker molecule (s), displaying the result/ results from said calculations with a display means, suitable for early diagnosis.
Method for automatically adapting an image data set obtained by means of an X-ray device, which maps a target object, having the following method steps - acquiring the image data set, wherein the image data set comprises a plurality of single images, which map different layers of the target object, - for each of the single images using at least one specified threshold value, generating a respective binary mask, which differentiates different components (4, 5) of the target object in the single images from each other, - using all of the binary masks, determining that one of the single images which contains a largest cohesive region of one of the components (4, 5) as a reference image, - determining a mean value of all pixel values of the reference image pertaining to the largest cohesive region, - determining an offset from the determined mean value and a specified target value in such a way that by applying it to the pixel values used for determining the mean value, the pixel values are adapted in such a way that a mean value of the pixel values adapted by means of the offset corresponds to the specified target value, - applying the determined offset to all pixel values of the image data set in order to adapt the image data set. - acquiring the image data set, wherein the image data set comprises a plurality of single images, which map different layers of the target object, - for each of the single images using at least one specified threshold value, generating a respective binary mask, which differentiates different components (4, 5) of the target object in the single images from each other, - using all of the binary masks, determining that one of the single images which contains a largest cohesive region of one of the components (4, 5) as a reference image, - determining a mean value of all pixel values of the reference image pertaining to the largest cohesive region, - determining an offset from the determined mean value and a specified target value in such a way that by applying it to the pixel values used for determining the mean value, the pixel values are adapted in such a way that a mean value of the pixel values adapted by means of the offset corresponds to the specified target value, - applying the determined offset to all pixel values of the image data set in order to adapt the image data set.
A method performed by a first wireless router, comprising: receiving from a remote system, a network management command comprising a public network identifier; communicating using a first public wireless network corresponding to the public network identifier, and a private wireless network; allocating bandwidth for communications on the first public wireless network; establishing a communication session with a wireless device on the first public wireless network; transferring to a second wireless router, session data of the wireless device to permit the wireless device to maintain the communication session while moving from the first public wireless network of the first wireless router to a second public wireless network of the second wireless router; and reporting an approximate location of the wireless device to the remote system. receiving from a remote system, a network management command comprising a public network identifier; communicating using a first public wireless network corresponding to the public network identifier, and a private wireless network; allocating bandwidth for communications on the first public wireless network; establishing a communication session with a wireless device on the first public wireless network; transferring to a second wireless router, session data of the wireless device to permit the wireless device to maintain the communication session while moving from the first public wireless network of the first wireless router to a second public wireless network of the second wireless router; and reporting an approximate location of the wireless device to the remote system.
A method of controlling a solid state lighting apparatus, the method comprising: receiving a solid state lighting characteristic selection signal at a solid state lighting apparatus; selecting, responsive to the solid state lighting characteristic selection signal, a solid state lighting model defining a relationship between different lighting parameters used to vary light output from the solid state lighting apparatus responsive to a user input provided to the solid state lighting apparatus; receiving a compensation signal, at the solid state lighting apparatus, configured to reduce variation in the light output from the solid state lighting apparatus due to variation in manufacturing processes for light emitting diodes included in the solid state lighting apparatus; and wherein receiving a solid state lighting characteristic selection signal at a solid state lighting apparatus comprises receiving the solid state lighting characteristic selection signal from a circuit that is local to the apparatus and is configured during, or prior to, installation of the solid state lighting apparatus. receiving a solid state lighting characteristic selection signal at a solid state lighting apparatus; selecting, responsive to the solid state lighting characteristic selection signal, a solid state lighting model defining a relationship between different lighting parameters used to vary light output from the solid state lighting apparatus responsive to a user input provided to the solid state lighting apparatus; receiving a compensation signal, at the solid state lighting apparatus, configured to reduce variation in the light output from the solid state lighting apparatus due to variation in manufacturing processes for light emitting diodes included in the solid state lighting apparatus; and wherein receiving a solid state lighting characteristic selection signal at a solid state lighting apparatus comprises receiving the solid state lighting characteristic selection signal from a circuit that is local to the apparatus and is configured during, or prior to, installation of the solid state lighting apparatus.
An apparatus, comprising: an integrated circuit comprising logic to embed a timing signal on a data bus that is to couple the integrated circuit to a plurality of voltage regulators (102,103,104,105), wherein the logic to embed a timing signal on the data bus comprises logic to: drive the data bus from a logic low to a logic high for a predetermined time; and drive the data bus back to a logic low for a predetermined time, wherein the logic to embed a timing signal is to: drive the data bus to a logic high for a period of time corresponding to one-fourth a clock cycle, then to a logic low for a period of time corresponding to three-fourths a clock cycle. an integrated circuit comprising logic to embed a timing signal on a data bus that is to couple the integrated circuit to a plurality of voltage regulators (102,103,104,105), wherein the logic to embed a timing signal on the data bus comprises logic to: drive the data bus from a logic low to a logic high for a predetermined time; and drive the data bus back to a logic low for a predetermined time, wherein the logic to embed a timing signal is to: drive the data bus to a logic high for a period of time corresponding to one-fourth a clock cycle, then to a logic low for a period of time corresponding to three-fourths a clock cycle.
Hydrodynamic retarder device, for connection and disconnection to a power-train in a vehicle, wherein the retarder device comprises: - at least one shovel-equipped stator, which, together with a shovel-equipped rotor, forms a shovel system with a workspace for receipt of an aqueous working medium, - a retarder circuit connected to the workspace, in order to control the inflow of a working medium to the workspace, wherein the retarder circuit is arranged to be connected to the vehicle's ordinary coolant circuit, and - a clutch device for connection and disconnection of said retarder device to/from said power-train, characterised in that - the retarder circuit comprises a draining valve device (22; 26) for forced evacuation of working medium from the workspace, and - in that a negative pressure generator is connected in the retarder circuit, arranged to reduce the pressure in the workspace for receipt of liquid working medium evacuated from the workspace, in connection with initiation of the draining valve device (22; 26). - at least one shovel-equipped stator, which, together with a shovel-equipped rotor, forms a shovel system with a workspace for receipt of an aqueous working medium, - a retarder circuit connected to the workspace, in order to control the inflow of a working medium to the workspace, wherein the retarder circuit is arranged to be connected to the vehicle's ordinary coolant circuit, and - a clutch device for connection and disconnection of said retarder device to/from said power-train, - the retarder circuit comprises a draining valve device (22; 26) for forced evacuation of working medium from the workspace, and - in that a negative pressure generator is connected in the retarder circuit, arranged to reduce the pressure in the workspace for receipt of liquid working medium evacuated from the workspace, in connection with initiation of the draining valve device (22; 26).
A method for removing a permanent eyebrow tattoo by patterned trans-epidermal pigment release, the method comprising: determining a first treatment area of skin of a patient using a primary template, the primary template comprising primary apertures that are tapered to bend a striped pattern along a curved camber line of the primary template; securing in place the primary template on the skin of the patient; marking the first treatment area of skin of the patient along borders of the primary apertures to outline primary tegulae; disrupting the tissue in the primary tegulae to form an eschar in a first treatment session; determining a second treatment area of skin by marking secondary tegulae interposed between primary tegulae; disrupting the tissue in the secondary tegulae in a second treatment session; wherein the primary template is constructed based on the camber line comprising a first line that bisects a head of the primary template and a second line that bisects a tail of the primary template, and wherein the two bisecting lines are connected by a tangent curve with a radius chosen to appropriately fit the eyebrow shape. determining a first treatment area of skin of a patient using a primary template, the primary template comprising primary apertures that are tapered to bend a striped pattern along a curved camber line of the primary template; securing in place the primary template on the skin of the patient; marking the first treatment area of skin of the patient along borders of the primary apertures to outline primary tegulae; disrupting the tissue in the primary tegulae to form an eschar in a first treatment session; determining a second treatment area of skin by marking secondary tegulae interposed between primary tegulae; disrupting the tissue in the secondary tegulae in a second treatment session; wherein the primary template is constructed based on the camber line comprising a first line that bisects a head of the primary template and a second line that bisects a tail of the primary template, and wherein the two bisecting lines are connected by a tangent curve with a radius chosen to appropriately fit the eyebrow shape.
Vehicle headlamp (1, 100), comprising a headlamp housing, at least one light module (10, 20) which is arranged to emit a light beam (15, 25), and further comprising a module support (30, 110, 130) which supports the at least one light module (10, 20) and which is mounted tiltably in the headlamp housing, and a control unit which comprises a sensor means and a memory and which is set up to detect at least two operating parameters of the vehicle headlamp (1, 100) by means of the sensor means, and an assembly for headlight range control, which comprises an actuating device (51, 120, 140) which is arranged between the headlight housing and the module support (30, 110, 130) and which is set up to incline the module support (30, 110, 130) with respect to the headlight housing, wherein the control device uses the at least two detected operating parameters when reading out at least two reference values stored in the memory, and the control device transmits the at least two reference values to the module for headlamp levelling which actuates the actuating device (51, 120, 140) using the at least two reference values, the sensor means comprising at least two sensors which detect different operating parameters and at least two reference values of the relevant operating parameters being used when reading out from the memory, one operating parameter being a temperature parameter of the vehicle headlamp (1, 100) and the sensor means comprising a temperature sensor, a further operating parameter being an operating time parameter or a service life parameter of the vehicle headlamp (1, 100) and the sensor means comprises at least one clock, or the operating time parameter is determined by a number of start-ups of the vehicle by the sensor means, the number of start-ups preferably being greater than ten, particularly preferably greater than one hundred, or the operating time parameter is determined from the number of operating hours by the sensor means, the number of operating hours preferably being greater than one hundred, particularly preferably greater than one thousand.
Vehicle of the trailer or semi-trailer type comprising three non-steering axles associated with the active management of suspensions of the air spring type, fitted with at least two tyres the axis of rotation of which are always mutually parallel from one axle to another, wherein each axle bears at least 10% of the load of the vehicle and wherein at least two of said axles bear different loads during running and characterized in that the load borne by the intermediate axle is higher than that of the other axles.