mhurhangee/ep-ind-claims huggingface dataset:
A method performed at a transmitter comprising: receiving a plurality of information bits, K b, at a polar encoder; obtaining a value corresponding to at least one of: a coding rate, R, to be used to transmit the plurality of information bits, and a number of coded bits to be used to transmit the plurality of information bits; characterized by determining which range of values the value falls within, and obtaining an information sequence corresponding to the range the value falls within; wherein obtaining the information sequence corresponding to the range comprises retrieving from memory a stored information sequence corresponding to the range, and wherein the information sequence indicates which positions of an input vector (u) are to receive each of the information bits and which positions of the input vector are to receive frozen values; mapping the plurality of information bits to a subset of positions of the input vector according to the information sequence; setting remaining positions of the input vector as the frozen values that are known by a decoder; and encoding the input vector in the polar encoder to generate a codeword; wherein the method further comprises puncturing the codeword according to a puncturing pattern to obtain a punctured codeword, wherein a bit length of the punctured codeword equals the number of coded bits to be used to transmit the plurality of information bits; wherein the codeword has bit length N b, the punctured codeword has bit length M, and wherein the puncturing pattern is to puncture the first ( N b - M) bits of the codeword. receiving a plurality of information bits, K b, at a polar encoder; obtaining a value corresponding to at least one of: a coding rate, R, to be used to transmit the plurality of information bits, and a number of coded bits to be used to transmit the plurality of information bits; characterized by determining which range of values the value falls within, and obtaining an information sequence corresponding to the range the value falls within; wherein obtaining the information sequence corresponding to the range comprises retrieving from memory a stored information sequence corresponding to the range, and wherein the information sequence indicates which positions of an input vector (u) are to receive each of the information bits and which positions of the input vector are to receive frozen values; mapping the plurality of information bits to a subset of positions of the input vector according to the information sequence; setting remaining positions of the input vector as the frozen values that are known by a decoder; and encoding the input vector in the polar encoder to generate a codeword; wherein the method further comprises puncturing the codeword according to a puncturing pattern to obtain a punctured codeword, wherein a bit length of the punctured codeword equals the number of coded bits to be used to transmit the plurality of information bits; wherein the codeword has bit length N b, the punctured codeword has bit length M, and wherein the puncturing pattern is to puncture the first ( N b - M) bits of the codeword.
A plant irrigating system comprising a reservoir for storing water, wherein the reservoir comprises an outer wall, an upwardly extending tube forming an inner wall of the water reservoir for at least partly sideways surrounding a young plant and a bottom side and wherein the reservoir is provided with irrigation means (19, 21) for delivering water present in the reservoir to a subsoil located therebelow and further comprising a collection structure for collecting water present in the atmosphere, characterized in that the plant irrigating system is manufactured from paper pulp material, wherein the paper pulp material forming the collection structure and the reservoir includes water impermeable material and/or is provided with a liquid impermeable biodegradable coating on the inner and/or outer side.
Electronic power module including an enclosure having a base in which is housed at least one electronic power component and a cover, and a device forming an electrical capacitance housed in the enclosure, the device being placed above the electronic components of the module, in other words on the cover side of the enclosure, the said module further comprising at least one electrical conductor (18, 20) connected to a terminal of the device, the said conductor (18, 20) having at least one outer portion (18a, 20a) extending outside the enclosure for the electrical connection to an outside conductor, and characterized in that the said conductor (18, 20) further comprises at least one portion (18b, 20b) which engages with the cover of the enclosure so as to be supported by the enclosure.
Cooking device, in particular hob, having a switch device which is provided for a connection to at least two conductors (28a, 29a; 28b, 29b) of a power supply system (26a; 26b), and is especially designed and/or configured and/or programmed, and which has at least two heat frequency units (34a; 34b) for the energy supply of at least three independent heating units (14a, 16a, 18a, 20a; 14b, 16b, 18b, 20b), characterised in that the switch device has a maximum of one integrally formed heat sink (44a; 44b), to which the at least two heat frequency units (34a; 34b) are thermally contacted, wherein only one heat sink (44a; 44b) is deployed.
An apparatus for gathering bales, the apparatus comprising: a forward-looking sensor mounted on the apparatus for sensing a bale; and a controller for adjusting the position of the apparatus based on signals from the sensor. a forward-looking sensor mounted on the apparatus for sensing a bale; and a controller for adjusting the position of the apparatus based on signals from the sensor.
Transparent substrate bearing a solar control multilayer stack comprising at least n functional layers based on a material that reflects infrared radiation and (n+1) transparent dielectric coatings such that each functional layer is surrounded by transparent dielectric coatings, with n being greater than or equal to 3, wherein the stack comprises at least one absorbent layer of metallic nature that is absorbent in the visible radiation spectrum and is located on the inside of the stack, wherein the ratio of the optical thickness of the transparent dielectric coating disposed between the second and the third functional layer, starting from the substrate, to the optical thickness of the final transparent dielectric coating disposed beyond the last functional layer is between 1.25 and 3.0, and characterized in that the ratio of the optical thickness of the transparent dielectric coating disposed between the second and the third functional layer, starting from the substrate, to the geometric thickness of the third functional layer is between 6.4 and 11. wherein the stack comprises at least one absorbent layer of metallic nature that is absorbent in the visible radiation spectrum and is located on the inside of the stack, wherein the ratio of the optical thickness of the transparent dielectric coating disposed between the second and the third functional layer, starting from the substrate, to the optical thickness of the final transparent dielectric coating disposed beyond the last functional layer is between 1.25 and 3.0, and characterized in that the ratio of the optical thickness of the transparent dielectric coating disposed between the second and the third functional layer, starting from the substrate, to the geometric thickness of the third functional layer is between 6.4 and 11.
Device for refrigeration by means of a vapour-compression refrigeration process for recovering water from air, at least comprising the following structural components: a compressor, a condenser and an evaporator, wherein - for generating the entire electrical energy required to operate the compressor and other energy-consuming devices of the system, at least one photovoltaic module is arranged, characterized in that - for providing an additional thermal compression stage, at least one solar collector as a thermal compressor and another module for supplying thermal energy are part of the device - and, for pre-compressing the expanded refrigerant, the compressor is arranged between the evaporator and the at least one thermal compressor and, for post-compressing the pre-compressed refrigerant, the thermal compressor is arranged between the compressor and the condenser, - wherein at least one pre-pressure cartridge (4, 6) and timer-activated valves (3, 5, 7, 8) are arranged between the compressor the thermal compressor. - for generating the entire electrical energy required to operate the compressor and other energy-consuming devices of the system, at least one photovoltaic module is arranged, characterized in that - for providing an additional thermal compression stage, at least one solar collector as a thermal compressor and another module for supplying thermal energy are part of the device - and, for pre-compressing the expanded refrigerant, the compressor is arranged between the evaporator and the at least one thermal compressor and, for post-compressing the pre-compressed refrigerant, the thermal compressor is arranged between the compressor and the condenser, - wherein at least one pre-pressure cartridge (4, 6) and timer-activated valves (3, 5, 7, 8) are arranged between the compressor the thermal compressor.
A method for heating billets or ingots in an industrial furnace by means of at least one burner, in which furnace the heating power continuously introduced into the furnace is controlled by means of a regulator whose input parameter is the temperature (T furnace) of the furnace atmosphere, which temperature (T furnace) is measured by means of a temperature measuring device, wherein the regulator is caused to control the heating in at least one first heating step and a subsequent second temperature equalising step, characterised i n that the instantaneous heating power is measured continuously, in that the derivative of the heating power with respect to time (dP/dt) is calculated continuously, and in that the heating is interrupted when a primary condition, namely that this derivative (dP/dt) falls within a predetermined interval ([dP/dt cond 1, dP/dt cond 2]), is met, provided that the heating at this time is in the subsequent second temperature equalising step.
A brake system of a railway vehicle, the brake system comprising a controller, a wheel speed sensor system, a generator, and a brake actuator, wherein the controller comprises a brake control unit, and the generator is configured to generate electrical energy and to supply the controller with electrical energy, characterized in that the controller further comprises an energy control unit, the wheel speed sensor system comprises a cogwheel provided on an axle of the railway vehicle, and a wheel speed sensor attached to a non-rotating component of an axle mounting device of the axle in a stationary manner, and the generator comprises a permanent magnet attached to the axle, and a coil attached to the non-rotating component of the axle mounting device in a stationary manner, wherein the energy control unit is configured to control the generator, the brake control unit is configured to process signals from the wheel speed sensor and to control the brake actuator based on the processed signals, the cogwheel is provided in the region of an end of the axle and the permanent magnet is attached to the axle in the region of the end of the axle, the end of the axle is accommodated in a non-rotating axle box of the railway vehicle, and the wheel speed sensor and the coil are attached to a lid of the axle box. a controller, a wheel speed sensor system, a generator, and a brake actuator, wherein the controller comprises a brake control unit, and the generator is configured to generate electrical energy and to supply the controller with electrical energy, characterized in that the controller further comprises an energy control unit, a brake control unit, and the generator is configured to generate electrical energy and to supply the controller with electrical energy, characterized in that the controller further comprises an energy control unit, the wheel speed sensor system comprises a cogwheel provided on an axle of the railway vehicle, and a wheel speed sensor attached to a non-rotating component of an axle mounting device of the axle in a stationary manner, and a cogwheel provided on an axle of the railway vehicle, and a wheel speed sensor attached to a non-rotating component of an axle mounting device of the axle in a stationary manner, and the generator comprises a permanent magnet attached to the axle, and a coil attached to the non-rotating component of the axle mounting device in a stationary manner, a permanent magnet attached to the axle, and a coil attached to the non-rotating component of the axle mounting device in a stationary manner, wherein the energy control unit is configured to control the generator, the brake control unit is configured to process signals from the wheel speed sensor and to control the brake actuator based on the processed signals, the cogwheel is provided in the region of an end of the axle and the permanent magnet is attached to the axle in the region of the end of the axle, the end of the axle is accommodated in a non-rotating axle box of the railway vehicle, and the wheel speed sensor and the coil are attached to a lid of the axle box.
Method for printing by means of a flatbed printer comprising a flatbed surface for placing a plurality of pieces of media to be printed upon, the plurality of pieces of media having different thicknesses, a control unit for controlling the printing of digital images on the plurality of pieces of media, a gantry constructed to move over the flatbed surface in a first direction and extending in a second direction, a print head configured to eject recording material on the plurality of pieces of media and attached to the gantry, the method comprising the steps of a) dividing the flatbed surface into a plurality of strips (21, 22) extending in the second direction over a length of the flatbed surface in the second direction, b) storing a position of each of the plurality of strips in storage of the control unit, c) for each strip coupling in storage a thickness range to the strip, the thickness range comprising a maximum allowed thickness for a piece of media to be placed in the strip on the flatbed surface and a minimum allowed thickness for a piece of media to be printed upon when placed in the strip on the flatbed surface, d) establishing a position of each piece of media of the plurality of pieces of media in the appropriate strip according to the thickness of the piece of media, e) moving the print head over the flatbed surface, f) ejecting the recording material on the plurality of pieces of media when moving the print head over the flatbed surface, wherein upon the print head reaching a strip when moving over the flatbed surface, adapting the distance from the print head to the flatbed surface according to the thickness range coupled to the strip. a) dividing the flatbed surface into a plurality of strips (21, 22) extending in the second direction over a length of the flatbed surface in the second direction, b) storing a position of each of the plurality of strips in storage of the control unit, c) for each strip coupling in storage a thickness range to the strip, the thickness range comprising a maximum allowed thickness for a piece of media to be placed in the strip on the flatbed surface and a minimum allowed thickness for a piece of media to be printed upon when placed in the strip on the flatbed surface, d) establishing a position of each piece of media of the plurality of pieces of media in the appropriate strip according to the thickness of the piece of media, e) moving the print head over the flatbed surface, f) ejecting the recording material on the plurality of pieces of media when moving the print head over the flatbed surface,
A set of essentially identical moisture proof floorboards each comprising a front face and a rear face extending in the horizontal plane, a core, a connecting means arranged at least at two opposite edges for connecting a floorboard with another floorboard in a vertical and/or horizontal direction and a resilient surface layer at the front face, wherein at least one edge of each of the floorboards comprises a decorative groove in the resilient surface layer characterised in that the bottom of the decorative groove is essentially parallel to the front face, that the resilient surface layer comprises a transparent wear layer of a moisture proof material, e.g. plastic or rubber, and that the bottom of the decorative groove is in the transparent wear layer.
An apparatus for treating damaged spinal cord tissue, comprising: a porous bio-incorporable material having pore structure configured to permit gaseous communication between one or more pores of the porous bio-incorporable material and the spinal cord tissue to be treated; and a vacuum source for producing sub-atmospheric pressure disposed in gaseous communication with the porous bio-incorporable material for distributing the sub-atmospheric pressure to the spinal cord tissue to be treated; characterised in that porous bio-incorporable material has, at least at a selected surface of the porous bio-incorporable material for placement proximate the damaged spinal cord tissue, pores sufficiently small to prevent the growth of tissue therein, and the porous bio-incorporable material has a pore size sufficiently large to promote the formation of granulation tissue at a surface other than the selected surface. a porous bio-incorporable material having pore structure configured to permit gaseous communication between one or more pores of the porous bio-incorporable material and the spinal cord tissue to be treated; and a vacuum source for producing sub-atmospheric pressure disposed in gaseous communication with the porous bio-incorporable material for distributing the sub-atmospheric pressure to the spinal cord tissue to be treated; characterised in that porous bio-incorporable material has, at least at a selected surface of the porous bio-incorporable material for placement proximate the damaged spinal cord tissue, pores sufficiently small to prevent the growth of tissue therein, and the porous bio-incorporable material has a pore size sufficiently large to promote the formation of granulation tissue at a surface other than the selected surface.
A device for balance correction including a support apparatus and a rotated body having an end face which is formed by an undersurface of a disk-shaped base portion in a direction intersecting a rotation center; the support apparatus comprising a support body a mandrel, comprising a fluid radial bearing (37, 77) adapted to rotatably support the rotated body and including an installation seat placed on a top face of the support body the device is characterized by: a support seat placed between the support body and the installation seat, a fluid thrust bearing adapted to rotatably support the rotated body at a position from an intermediate portion between the rotation center of the rotated body and an outer circumferential end of the base portion of the rotated body to the outer circumferential end on the end face of the rotated body; and the fluid thrust bearing includes a wall protruding upward from the support seat and surrounding the mandrel, wherein the fluid thrust bearing is configured to eject the fluid from an end portion of the wall to the end face of the rotated body and thereby float the rotated body, wherein the fluid for the fluid thrust bearing is supplied from the support body through the support seat via the wall. a support seat placed between the support body and the installation seat, a fluid thrust bearing adapted to rotatably support the rotated body at a position from an intermediate portion between the rotation center of the rotated body and an outer circumferential end of the base portion of the rotated body to the outer circumferential end on the end face of the rotated body; and the fluid thrust bearing includes a wall protruding upward from the support seat and surrounding the mandrel, wherein the fluid thrust bearing is configured to eject the fluid from an end portion of the wall to the end face of the rotated body and thereby float the rotated body, wherein the fluid for the fluid thrust bearing is supplied from the support body through the support seat via the wall.
Tipifarnib for use in a method of treating a CXCL12-expressing cancer in a subject, wherein the cancer is peripheral T-cell lymphoma (PTCL) or acute myeloid leukemia.
Switching mechanism for a fire protection switch for switching a further protective switching device which can be coupled to the fire protection switch, comprising - a tripping device which has a tripping coil and also a tripping plunger which is movably mounted relative to the said tripping coil, - a coupling device for coupling to the further protective switching device, which coupling device has an actuator element and also a control element, - wherein the actuator element has a first operative connection to the tripping plunger and also a second operative connection to the control element in such a way that, when the fire protection switch is tripped, a switching mechanism of the further protective switching device can be operated by means of the control element, wherein the actuator element and the control element are coupled to one another in such a way - that, when the actuator element is operated in a manner prompted by the tripping plunger, the control element is also operated, characterized in that the control element can also be moved independently of the actuator element. - a tripping device which has a tripping coil and also a tripping plunger which is movably mounted relative to the said tripping coil, - a coupling device for coupling to the further protective switching device, which coupling device has an actuator element and also a control element, - wherein the actuator element has a first operative connection to the tripping plunger and also a second operative connection to the control element in such a way that, when the fire protection switch is tripped, a switching mechanism of the further protective switching device can be operated by means of the control element, - that, when the actuator element is operated in a manner prompted by the tripping plunger, the control element is also operated, characterized in that the control element can also be moved independently of the actuator element.