mhurhangee/ep-ind-claims huggingface dataset:
A polar code retransmission method comprising: encoding information bits of a first polar code word to obtain a second polar code word, the encoding comprising: determining a first information bit set U 1, wherein U 1 is a subset of an information bit set U 2 of the first polar code word; determining a first information bit index set A 1, wherein A 1 is an information bit index set of the second polar code word; and encoding U 1 according to A 1 to obtain the second polar code word, wherein the first polar code word is a code word that is transmitted for the first time, and both a code word length of the second polar code word and a code word length of the first polar code word are N/2, N=2 n, and n is an integer greater than 1; performing modulo-2 addition on the first polar code word and the second polar code word to obtain a third polar code word; and sending the third polar code word as a to-be-retransmitted code word. encoding information bits of a first polar code word to obtain a second polar code word, the encoding comprising: determining a first information bit set U 1, wherein U 1 is a subset of an information bit set U 2 of the first polar code word; determining a first information bit index set A 1, wherein A 1 is an information bit index set of the second polar code word; and encoding U 1 according to A 1 to obtain the second polar code word, wherein the first polar code word is a code word that is transmitted for the first time, and both a code word length of the second polar code word and a code word length of the first polar code word are N/2, N=2 n, and n is an integer greater than 1; determining a first information bit set U 1, wherein U 1 is a subset of an information bit set U 2 of the first polar code word; determining a first information bit index set A 1, wherein A 1 is an information bit index set of the second polar code word; and encoding U 1 according to A 1 to obtain the second polar code word, wherein the first polar code word is a code word that is transmitted for the first time, and both a code word length of the second polar code word and a code word length of the first polar code word are N/2, N=2 n, and n is an integer greater than 1; performing modulo-2 addition on the first polar code word and the second polar code word to obtain a third polar code word; and sending the third polar code word as a to-be-retransmitted code word.
An arrangement for measuring rock breaking dynamics, the arrangement comprising at least one component (5, 5', 9, 10a, 10b, 10c, 15, 16, 17) of a rock breaking system, the component being subjected to stress during rock breaking, and at least one measuring member (21, 22) for measuring at least one parameter of rock breaking dynamics on the basis of a change in a magnetic property of the component, characterized in that at least part of the component (5, 5', 9, 10a, 10b, 10c, 15, 16, 17) of the rock breaking system is arranged into a state of magnetization remaining internally in the component material prior to use of the component (5, 5', 9, 10a, 10b, 10c, 15, 16, 17) in the rock breaking system with a magnetic field external to the rock breaking system.
A drug delivery device for dispensing of a medicinal product, comprising: - a housing having a proximal end and a distal end, the housing accommodating a container comprising the medicinal product, the container having a piston, - a dose selecting element engaged with a piston rod and movable in a proximal direction from an initial position to at least one dose selecting position, - the piston rod being axially guided in the housing and being rotationally locked relative to the housing, said piston rod having a distal end to mechanically interact with the piston of the container, - a spring element which is tensioned in the dose selecting position, wherein the spring element is dimensioned such that it only provides a fraction of a force required to release and to displace the piston rod in the distal direction for dispensing the dose, characterized in that the dose selecting element and the housing comprise mutually corresponding retaining means (30, 32, 34, 36) at a radial circumference of the dose selecting element and at an inner surface of the housing facing the dose selecting element, and wherein the dose selecting element is retained in the at least one dose selecting position via cooperation of the retaining means (30, 32, 34, 36), which are adapted to mechanically cooperate with each other to retain the dose selecting element at a fixed axial position with respect to the housing. - a housing having a proximal end and a distal end, the housing accommodating a container comprising the medicinal product, the container having a piston, - a dose selecting element engaged with a piston rod and movable in a proximal direction from an initial position to at least one dose selecting position, - the piston rod being axially guided in the housing and being rotationally locked relative to the housing, said piston rod having a distal end to mechanically interact with the piston of the container, - a spring element which is tensioned in the dose selecting position, wherein
An exhaust gas aftertreatment system for an internal combustion engine, in particular for a diesel internal combustion engine for a ship operated with heavy fuel oil, with an SCR catalytic converter, which utilises ammonia as reduction agent for the denitrification of the exhaust gas, and with a device (15, 15a, 15b) positioned, seen in the flow direction of the exhaust gas, upstream of the SCR catalytic converter, via which ammonia, or an ammonia precursor substance, which is converted into ammonia in the exhaust gas, can be introduced into the exhaust gas upstream of the SCR catalytic converter, wherein downstream of the SCR catalytic converter an exhaust gas scrubber is positioned, via which a defined quantity of ammonia introduced upstream of the SCR catalytic converter, which is contained in the exhaust gas leaving the SCR catalytic converter, can be scrubbed out of the exhaust gas together with sulphur oxides, which are likewise contained in the exhaust gas leaving the SCR catalytic converter forming ammonia salts, characterized in that a bypass (20, 20a) is provided, via which an exhaust gas part flow can be branched off downstream of the device (15, 15a, 16), which serves for introducing the ammonia and/or the ammonia precursor substance into the exhaust gas, and upstream of the SCR catalytic converter can be branched off from the exhaust gas forming an exhaust gas main flow, which can be conducted via the SCR catalytic converter, and finally downstream of the SCR catalytic converter and upstream of the exhaust gas scrubber can be fed to the exhaust gas conducted via the SCR catalytic converter, or a bypass is provided, via which an exhaust gas part flow upstream of the device, which serves for introducing the ammonia and/or the ammonia precursor substance into the exhaust gas, and upstream of the SCR catalytic converter can be branched off the exhaust gas forming an exhaust gas main flow, which can be conducted via the SCR catalytic converter, wherein the device (15, 15a, 15b), which serves for introducing the ammonia and/or the ammonia precursor substance into the exhaust gas, is assigned to the bypass and introduces the ammonia and/or the ammonia precursor substance into the exhaust gas part flow, and wherein a first part (12b2) of the exhaust gas part flow of the SCR catalytic converter can be fed to the exhaust gas main flow and a second part (12b1) of the exhaust gas part flow downstream of the SCR catalytic converter and upstream of the exhaust gas scrubber can be fed to the exhaust gas conducted via the SCR catalytic converter.
Planet carrier, comprising a first hub having an adjoining first closure wall and a second hub having an adjoining second closure wall, wherein the first and second closure wall (16, 18) are arranged opposite one another, and a web for connecting the first closure wall to the second closure wall, wherein the largest material accumulation of the planet carrier is situated in a region of the web that, in an as intended operating state of the planet carrier, is subjected to the smallest mechanical stress, characterized in that the first and second closure wall (16, 18) and the web have Heuvers' elements (40, 43), wherein the largest Heuvers' element (40, 43) of the planet carrier is present in the region of the largest material accumulation, and in that discontinuities are present in the region of the smallest mechanical stress.
A method for subsequently changing a decorative surface that is ready for use, comprising the following steps: - providing a composite board with a decorative layer that is ready for use and which comprises a first colored decoration and a protective layer having a structured surface, according to which - a second colored decoration is applied to the protective layer and is unevenly distributed, wherein - the structured surface has elevations and recesses and the second colored decoration is arranged in the region of the elevations and the recesses, wherein - a larger quantity of the particles producing the second colored decoration is arranged in the region of the elevations and in the region of the recesses compared with a central plane. - providing a composite board with a decorative layer that is ready for use and which comprises a first colored decoration and a protective layer having a structured surface, according to which - a second colored decoration is applied to the protective layer and is unevenly distributed, wherein - the structured surface has elevations and recesses and the second colored decoration is arranged in the region of the elevations and the recesses, wherein - a larger quantity of the particles producing the second colored decoration is arranged in the region of the elevations and in the region of the recesses compared with a central plane.
A communication method, comprising: determining, by a terminal device, whether quality of a physical channel meets a preset channel quality requirement; generating, by the terminal device, a media access control protocol data unit, MAC PDU, wherein the MAC PDU comprises a MAC control element, CE, and the MAC CE requests a network device to enable at least one hybrid automatic repeat request, HARQ process, when the quality of the physical channel meets the preset channel quality requirement, or disable at least one hybrid automatic repeat request, HARQ process, when the quality of the physical channel does not meet the preset channel quality requirement; and sending, by the terminal device, the MAC PDU. determining, by a terminal device, whether quality of a physical channel meets a preset channel quality requirement; generating, by the terminal device, a media access control protocol data unit, MAC PDU, wherein the MAC PDU comprises a MAC control element, CE, and the MAC CE requests a network device to enable at least one hybrid automatic repeat request, HARQ process, when the quality of the physical channel meets the preset channel quality requirement, or disable at least one hybrid automatic repeat request, HARQ process, when the quality of the physical channel does not meet the preset channel quality requirement; and sending, by the terminal device, the MAC PDU.
A method comprising: causing provision of a notification bar (no) at an edge of a touch screen display in response to an occurrence of an event, the notification bar providing information indicative of the event; enabling, responsive to user input, extension of the notification bar away from the edge of the touch screen display to display a plurality of levels of notification classes in addition to the information indicative of the event; causing presentation of the notification bar to remain in an extended position away from the edge of the touch screen display so as to display one or more levels of notification classes upon cessation of the user input, wherein the extended position is one of a plurality of such positions in which the notification bar is capable of being caused to remain; wherein enabling extension of the notification bar comprises enabling extension of the notification bar to expose subsequent levels one at a time responsive to a drag operation extending the notification bar to a threshold drag length corresponding to each respective subsequent level being completely in view, which levels remain in the extended position, and wherein the threshold drag length corresponding to each respective level is such as to enable a partial preview of a subsequent level to cause an indication of existence of the subsequent level, the subsequent level no longer being displayed if the drag operation is released before the subsequent level is completely in view. causing provision of a notification bar (no) at an edge of a touch screen display in response to an occurrence of an event, the notification bar providing information indicative of the event; enabling, responsive to user input, extension of the notification bar away from the edge of the touch screen display to display a plurality of levels of notification classes in addition to the information indicative of the event; causing presentation of the notification bar to remain in an extended position away from the edge of the touch screen display so as to display one or more levels of notification classes upon cessation of the user input, wherein the extended position is one of a plurality of such positions in which the notification bar is capable of being caused to remain; wherein enabling extension of the notification bar comprises enabling extension of the notification bar to expose subsequent levels one at a time responsive to a drag operation extending the notification bar to a threshold drag length corresponding to each respective subsequent level being completely in view, which levels remain in the extended position, and wherein the threshold drag length corresponding to each respective level is such as to enable a partial preview of a subsequent level to cause an indication of existence of the subsequent level, the subsequent level no longer being displayed if the drag operation is released before the subsequent level is completely in view.
A method for producing rubber particles bound to a membrane-associated protein, the method comprising the step of performing protein synthesis in the presence of both rubber particles and a cell-free protein synthesis solution containing an mRNA coding for a membrane-associated protein to bind the membrane-associated protein to the rubber particles.
A device for producing non-hydrated purified hydrogen peroxide gas (PHPG) comprising: a. an enclosure; b. an air distribution mechanism providing an airflow; c. an air-permeable substrate structure between 5 nm and 750 nm thick having a catalyst on its surface and said substrate further comprising a hygroscopic additive; d. a source of ultraviolet light; and wherein said airflow is through said air-permeable substrate structure at an angle of incidence to said substrate structure that is greater than 14°; and said device produces PHPG and less than 0.015 ppm ozone, and directs it out of said enclosure when in operation. a. an enclosure; b. an air distribution mechanism providing an airflow; c. an air-permeable substrate structure between 5 nm and 750 nm thick having a catalyst on its surface and said substrate further comprising a hygroscopic additive; d. a source of ultraviolet light; and
A method for processing an image by an image processing apparatus, the method comprising: setting (S34, S52) a window within an input image; calculating projection values for each of a plurality of predetermined directions within the image included in the window; calculating a maximum difference value among the projection values for each of the plurality of the predetermined directions; generating (S36, S58) edge information using the maximum difference value for each of the plurality of predetermined directions; and processing and outputting the window using the edge information, wherein each of the projection values for each of the plurality of predetermined directions having direction angle α i is calculated using: dir i, z = ∫ x ∫ y g x y δ cosα i * x + sinα i * y − z where x and y are image coordinates in the window, and z is a distance from a center point of the window to x and y coordinates, wherein the maximum difference projection value among the projection values for a direction i is calculated using: diff i = max dir i, k − dir i, l wherein generating the edge information using the maximum difference value is performed using: dir = arg max p diff p − 1 2 + diff p + diff p + 1 2 − diff p + 3 2 + diff p + 4 diff p + 5 2 where each of diff p-1, diff p+1, diff p+3, diff p+4, and diff p+5 is maximum difference value for each direction. setting (S34, S52) a window within an input image; calculating projection values for each of a plurality of predetermined directions within the image included in the window; calculating a maximum difference value among the projection values for each of the plurality of the predetermined directions; generating (S36, S58) edge information using the maximum difference value for each of the plurality of predetermined directions; and processing and outputting the window using the edge information, wherein each of the projection values for each of the plurality of predetermined directions having direction angle α i is calculated using: dir i, z = ∫ x ∫ y g x y δ cosα i * x + sinα i * y − z where x and y are image coordinates in the window, and z is a distance from a center point of the window to x and y coordinates, wherein the maximum difference projection value among the projection values for a direction i is calculated using: diff i = max dir i, k − dir i, l wherein generating the edge information using the maximum difference value is performed using: dir = arg max p diff p − 1 2 + diff p + diff p + 1 2 − diff p + 3 2 + diff p + 4 diff p + 5 2 where each of diff p-1, diff p+1, diff p+3, diff p+4, and diff p+5 is maximum difference value for each direction.
A pharmaceutical formulation comprising solvent/detergent-treated plasma (S/D plasma) and hyaluronic acid or a derivative thereof, wherein the derivative of hyaluronic acid is a salt of hyaluronic acid, an ester of hyaluronic acid with an alcohol of the aliphatic, heterocyclic or cycloaliphatic series, or a sulphated form of hyaluronic acid.
A driving source supply system for an attachment device-equipped electric power tool, the driving source supply system supplying a driving source to an attachment device from an electric power tool which is equipped with a battery as a driving source and to which the attachment device is joined, the driving source supply system comprising: a male terminal adapted to be formed on one of the electric power tool and the attachment device so as to protrude therefrom; a plug-in port adapted to be provided in the other and into which the male terminal is insertable; and a female terminal adapted to be formed in the other, located inside the plug-in port, and electrically connectable to the male terminal; wherein a driving source is supplied from the battery to the attachment device by electrically connecting the male terminal to the female terminal when the attachment device is joined to the electric power tool, characterized in that the other in which the female terminal formed is provided with a shutter capable of sliding between an open position and a closed position of the plug-in port, a rotary member capable of rotating through engagement of one end thereof with the shutter, and urging means urging the rotary member in a rotational direction such that the shutter slides to the closed position; and the one on which the male terminal formed is provided with a press member coming into abutment on the other end of the rotary member when the attachment device is mounted to rotate the rotary member, against urging of the urging means, in a rotational direction such that the shutter slides to the open position. a male terminal adapted to be formed on one of the electric power tool and the attachment device so as to protrude therefrom; a plug-in port adapted to be provided in the other and into which the male terminal is insertable; and a female terminal adapted to be formed in the other, located inside the plug-in port, and electrically connectable to the male terminal; wherein a driving source is supplied from the battery to the attachment device by electrically connecting the male terminal to the female terminal when the attachment device is joined to the electric power tool, characterized in that the other in which the female terminal formed is provided with a shutter capable of sliding between an open position and a closed position of the plug-in port, a rotary member capable of rotating through engagement of one end thereof with the shutter, and urging means urging the rotary member in a rotational direction such that the shutter slides to the closed position; and the one on which the male terminal formed is provided with a press member coming into abutment on the other end of the rotary member when the attachment device is mounted to rotate the rotary member, against urging of the urging means, in a rotational direction such that the shutter slides to the open position.
Method to prevent sticking of a SCR injector, the injector being adapted to be arranged in a SCR system wherein a supply pump pressurizes and flows an aqueous reagent, such as a urea solution fluid, toward the injector which in turn sprays said reagent into the stream of exhaust gases in an exhaust pipe of an internal combustion engine, the method comprising the steps of: a) performing an initial purge cycle of the injector when said supply pump is stopped, b) performing another purging cycle, a purge cycle (42, 44) consisting of sucking the reagent remaining in the injector back to the tank; wherein the method further comprises the step: c) monitoring time and waiting for a predetermined duration between the initial purge cycle, step a), and said another purge cycle, step b), the predetermined duration being determined by monitoring injector temperature and performing said another purge cycle, step b), when said injector temperature reaches a first temperature threshold. a) performing an initial purge cycle of the injector when said supply pump is stopped, b) performing another purging cycle, a purge cycle (42, 44) consisting of sucking the reagent remaining in the injector back to the tank;
An upright vacuum cleaner, comprising: a brushroll assembly comprising a brushroll casing and a brushroll provided in the brushroll casing; a motor assembly comprising a motor housing and a motor provided within the motor housing; a body assembly comprising a body and a bridging member mounted on the body, wherein the bridging member is pivotally connected with the motor housing to make the body rotatable between a upright position and an oblique position; and characterized in that the upright vacuum cleaner further comprises an elastic assembly provided between the brushroll casing and the bridging member, and configured to be compressed by the bridging member when the body rotates form the upright position to the oblique position to make the elastic assembly press the brushroll casing downwards. a brushroll assembly comprising a brushroll casing and a brushroll provided in the brushroll casing; a motor assembly comprising a motor housing and a motor provided within the motor housing; a body assembly comprising a body and a bridging member mounted on the body, wherein the bridging member is pivotally connected with the motor housing to make the body rotatable between a upright position and an oblique position; and characterized in that the upright vacuum cleaner further comprises an elastic assembly provided between the brushroll casing and the bridging member, and configured to be compressed by the bridging member when the body rotates form the upright position to the oblique position to make the elastic assembly press the brushroll casing downwards.