mhurhangee/ep-ind-claims huggingface dataset:
An external adjustment device for adjusting a medical implant having a permanent magnet disposed therein wherein rotation of the permanent magnet causes a change in dimension of the medical implant, the external adjustment device comprising: one or more driving magnets (510,511), configured to transmit a magnetic field to rotate the permanent magnet to thereby change a dimension of the medical implant; a first circuit board and a second circuit board each having an array of magnetic sensors wherein the first circuit board is located above and generally parallel to the second circuit board and the magnetic sensors on the first circuit board extend upward and the magnet sensors on the second circuit board extend downward, and the first and second circuit boards (516, 518) are configured to receive information corresponding to changing magnetic field characteristics caused by the rotation of the permanent magnet of the medical implant, and determine one or more of a force generated by the medical implant and a change in dimension of the medical implant; and an output configured to report to a user one or more of the force generated by the medical implant and the change in dimension of the medical implant, in response to the magnetic field applied by the external adjustment device. a first circuit board and a second circuit board each having an array of magnetic sensors wherein the first circuit board is located above and generally parallel to the second circuit board and the magnetic sensors on the first circuit board extend upward and the magnet sensors on the second circuit board extend downward, and the first and second circuit boards (516, 518) are configured to receive information corresponding to changing magnetic field characteristics caused by the rotation of the permanent magnet of the medical implant, and determine one or more of a force generated by the medical implant and a change in dimension of the medical implant; and an output configured to report to a user one or more of the force generated by the medical implant and the change in dimension of the medical implant, in response to the magnetic field applied by the external adjustment device.
Motor-vehicle headlight, having - at least one light-emitting diode, and - an apparatus (10, 30, 40, 60) for controllable manipulation of the beam path (21, 22), of the electromagnetic radiation emitted from the light-emitting diode, having a deflection mirror, which is mounted such that it can rotate, wherein the deflection mirror comprises a polygonal wheel mirror, the polygonal wheel mirror has at least two mirror surfaces (11a, 11b, 11c) and the polygonal wheel mirror is mounted such that it can rotate, in such a way that different mirror surfaces (11a, 11b, 11c) can be illuminated by rotation of the mirror characterized in that - by illumination of the different mirror surfaces (11a, 11b, 11c) of the polygonal wheel mirror it is possible to switch between one of the following different emission characteristics of the motor-vehicle headlight: dipped-beam switching operation, main-beam switching operation, motorway light switching operation. - at least one light-emitting diode, and - an apparatus (10, 30, 40, 60) for controllable manipulation of the beam path (21, 22), of the electromagnetic radiation emitted from the light-emitting diode, having a deflection mirror, which is mounted such that it can rotate, wherein the deflection mirror comprises a polygonal wheel mirror, the polygonal wheel mirror has at least two mirror surfaces (11a, 11b, 11c) and the polygonal wheel mirror is mounted such that it can rotate, in such a way that different mirror surfaces (11a, 11b, 11c) can be illuminated by rotation of the mirror characterized in that - by illumination of the different mirror surfaces (11a, 11b, 11c) of the polygonal wheel mirror it is possible to switch between one of the following different emission characteristics of the motor-vehicle headlight: dipped-beam switching operation, main-beam switching operation, motorway light switching operation.
A method for preparing an herbal composition with increased fat-soluble polyphenols comprising the following steps: 1) preparing an aqueous ethanol extract from the herb mixture composed of Angelica Radix, Cnidium Rhizoma, and Paeonia Radix; 2) preparing a hot-water extract from the residue of the aqueous ethanol extraction from step 1) above; 3) mixing a certain portion of the aqueous ethanol extract of step 1) and the hot-water extract of step 2), and then precipitating in 66 ∼ 83% ethanol to obtain polysaccharides; and 4) mixing the other remaining portion of the aqueous ethanol extract of step 1) and the polysaccharides of step 3). 1) preparing an aqueous ethanol extract from the herb mixture composed of Angelica Radix, Cnidium Rhizoma, and Paeonia Radix; 2) preparing a hot-water extract from the residue of the aqueous ethanol extraction from step 1) above; 3) mixing a certain portion of the aqueous ethanol extract of step 1) and the hot-water extract of step 2), and then precipitating in 66 ∼ 83% ethanol to obtain polysaccharides; and 4) mixing the other remaining portion of the aqueous ethanol extract of step 1) and the polysaccharides of step 3).
A system for generating short or ultra-short light pulses comprising: - a light source adapted to emit a light radiation; - a power generator configured to operate at a frequency tunable over a bandwidth extending up to at least one gigahertz and to emit an analog electrical modulation signal comprising at least one electrical pulse of duration comprised between one picosecond and a few nanoseconds; - electrical or electro-optical modulation means having an electrical bandwidth adapted to receive the analog electrical modulation signal, the electrical or electro-optical modulation means being configured to modulate the light radiation in amplitude as a function of the analog electrical modulation signal and to generate a modulated light radiation comprising at least one light pulse of duration comprised between 10 ps and a few nanoseconds. - a light source adapted to emit a light radiation; - a power generator configured to operate at a frequency tunable over a bandwidth extending up to at least one gigahertz and to emit an analog electrical modulation signal comprising at least one electrical pulse of duration comprised between one picosecond and a few nanoseconds; - electrical or electro-optical modulation means having an electrical bandwidth adapted to receive the analog electrical modulation signal, the electrical or electro-optical modulation means being configured to modulate the light radiation in amplitude as a function of the analog electrical modulation signal and to generate a modulated light radiation comprising at least one light pulse of duration comprised between 10 ps and a few nanoseconds.
A collapsible foldable booster seat, foldable from a flat configuration to an assembled configuration as a booster seat comprising: a plurality of rigid substrates, each rigid substrate is interconnected to another rigid substrate by one or more integrated hinges or flexible parts allowing the rigid substrate to fold either inward or outward when folding upright into a booster seat and when collapsing into a flat configuration wherein each of the rigid substrates comprises two layers of fabric and a hard member inserted in between the two layers of fabric; the plurality of rigid substrates assembling into an internal double triangular structure (114, 118) such that the weight of an occupant is absorbed and transferred by the whole internal double triangular structure itself down to a support surface from both sides of the assembled booster seat and from the longitude axis of the booster seat; wherein when the foldable booster seat is folded flat, the rigid substrates are stacked together; and wherein when the foldable booster seat is folded upright, the rigid substrates are arranged to form the shape of a chair or stool. a plurality of rigid substrates, each rigid substrate is interconnected to another rigid substrate by one or more integrated hinges or flexible parts allowing the rigid substrate to fold either inward or outward when folding upright into a booster seat and when collapsing into a flat configuration wherein each of the rigid substrates comprises two layers of fabric and a hard member inserted in between the two layers of fabric; the plurality of rigid substrates assembling into an internal double triangular structure (114, 118) such that the weight of an occupant is absorbed and transferred by the whole internal double triangular structure itself down to a support surface from both sides of the assembled booster seat and from the longitude axis of the booster seat; wherein when the foldable booster seat is folded flat, the rigid substrates are stacked together; and wherein when the foldable booster seat is folded upright, the rigid substrates are arranged to form the shape of a chair or stool.
Transmitter device for a wireless communication system, the transmitter device comprising a processor and a transmitter; wherein the processor is configured to receive a set of Z data streams, wherein each data stream comprises a plurality of information words; select K data streams experiencing the same channel quality from the set of Z data streams for transmission, wherein K ≤ Z; for each information word and for each data stream k = 0,..., K - 1: encode and modulate an information word u k of the k th data stream use a Trellis Coded Modulation, TCM, scheme to obtain a first encoded and modulated word s k 1 for the k th data stream, scramble the first encoded and modulated word s k 1 using a stream specific scrambling sequence c k 1 to obtain a first scrambled word q k 1 for the k th data stream; and superpose the first scrambled words q k 1 for all K data streams to obtain a first signal s U, wherein s U = ∑ k = 1 K q k 1; characterized by further for each information word and for each data stream k = 0,..., K - 1: interleave the information word u k of the k -th data stream using a stream specific permutation Π k to obtain an interleaved word v k, encode and modulate the interleaved word v k using a second TCM scheme to obtain a second encoded and modulated word s k 2 for the k th data stream, scramble the second encoded and modulated word s k 2 for the k -th data stream using a stream specific scrambling sequence c k 2 to obtain a second scrambled word q k 2 for the k th data stream; and superpose the second scrambled words for all K data streams to obtain a second signal s V, wherein s V = ∑ k = 1 K q k 2; combine the first signal s U and the second signal s V into a signal s for transmission; and wherein the transmitter is configured to transmit the signal s over a radio channel of the wireless communication system. encode and modulate an information word u k of the k th data stream use a Trellis Coded Modulation, TCM, scheme to obtain a first encoded and modulated word s k 1 for the k th data stream, scramble the first encoded and modulated word s k 1 using a stream specific scrambling sequence c k 1 to obtain a first scrambled word q k 1 for the k th data stream; and superpose the first scrambled words q k 1 for all K data streams to obtain a first signal s U, wherein s U = ∑ k = 1 K q k 1; characterized by interleave the information word u k of the k -th data stream using a stream specific permutation Π k to obtain an interleaved word v k, encode and modulate the interleaved word v k using a second TCM scheme to obtain a second encoded and modulated word s k 2 for the k th data stream, scramble the second encoded and modulated word s k 2 for the k -th data stream using a stream specific scrambling sequence c k 2 to obtain a second scrambled word q k 2 for the k th data stream; and
A confectionery product containing polydextrose characterized in that it further comprises at least two texturing agents selected from a group consisting of a) gelatin, and b) xanthan gum and/or locust bean gum, and in that polydextrose is present in an amount of 60 to 90% w/w on dry weight and texturing agents in an amount of 10 to 40% w/w on dry weight, and in that the confectionery product is comprising 5-12% w/w gelatin and 0.01-0.35% w/w xanthan gum and/or locust bean gum, wherein the confectionery product is a soft and/or chewable and/or gummy like sweet candy product, preferably a gum, a jelly or a liquorice.
An inhalation device controller configured to control an atomizer including a container configured to hold an aerosol source of a liquid, a heater, and a transport portion configured to transport the aerosol source from the container to a heating area by the heater, wherein the controller comprises: a voltage generation circuit configured to generate power to be supplied to the atomizer; and a control circuit configured to monitor a voltage at a first terminal of the heater and configured to control the power to be supplied to the atomizer such that the voltage under monitoring approaches a target value, wherein the target value is set such that the temperature of the heater during heating of the aerosol source falls within a range of 210°C to 230°C, characterized in that the control circuit includes: a first resistor and a first transistor, which are connected in series to the first terminal of the heater; a second resistor and a second transistor, which are connected in series to the first terminal of the heater; a first comparator including a noninverting input terminal to which the target value is supplied, and an inverting input terminal connected to the first terminal of the heater; a second comparator including a noninverting input terminal connected to the first terminal of the heater, and an inverting input terminal to which the target value is supplied, a resistance value of the second resistor is higher than a resistance value of the first resistor, an output of the first comparator is supplied to a control terminal of the first transistor, and an output of the second comparator is supplied to a control terminal of the second transistor.
Method for the computer-assisted monitoring of the functional performance of a technical system, which comprises a plurality of technical components (KOMP) in which - for each technical component (KOMP) of the technical system an actual functional performance is determined, wherein the actual functional performance is produced by the given hardware and/or software of the technical components; - each technical component (KOMP) is assigned a component type, wherein components (KOMP) with the same or a comparable scope of functions are allocated a component type; - for each component type a further functional performance is determined, which describes the range of functions of the hardware and/or software of the component, which has the highest functional performance of all available components of a component type; - from the actual functional performance of a given technical component (KOMP) and the further functional performance a component-related, normalised functional performance (nF) is determined; - from the component-related, normalised functional performances (nF) of all components (KOMP) of the same component type, a component type-related normalised functional performance (nFS) is determined; - the component type-related, normalised functional performance of at least one component type (nFS) is compared with a threshold value, wherein, if the performance falls below the threshold value an alarm signal is output. - for each technical component (KOMP) of the technical system an actual functional performance is determined, wherein the actual functional performance is produced by the given hardware and/or software of the technical components; - each technical component (KOMP) is assigned a component type, wherein components (KOMP) with the same or a comparable scope of functions are allocated a component type; - for each component type a further functional performance is determined, which describes the range of functions of the hardware and/or software of the component, which has the highest functional performance of all available components of a component type; - from the actual functional performance of a given technical component (KOMP) and the further functional performance a component-related, normalised functional performance (nF) is determined; - from the component-related, normalised functional performances (nF) of all components (KOMP) of the same component type, a component type-related normalised functional performance (nFS) is determined; - the component type-related, normalised functional performance of at least one component type (nFS) is compared with a threshold value, wherein, if the performance falls below the threshold value an alarm signal is output.
A fluid filtration assembly which extends along a main axis (Y-Y) and comprises a bowl body and a head body, wherein the bowl body and the head body respectively comprise, circumferentially, a first collar and a second collar specially shaped to mutually engage by means of a reciprocal action of roto-translation, for example by means of a bayonet or screw system made on said first collar and second collar; wherein said bowl body has a filtration chamber accessible through an access mouth peripherally delimited by the first collar; wherein the head body has in the second collar at least one slot facing inwards and parallel to the main axis (Y-Y) laterally delimited by slot edges having an axial extension; wherein the fluid filtration assembly further comprises a filter cartridge that extends around a cartridge axis (X-X) and comprises: i) a filter medium suitable to be housed in the filter chamber; ii) an end plate located at an axial end of the filter medium; wherein fluid filtration assembly is characterized by the fact that said end plate is suitable to engage the first collar comprising: - an active blocking member suitable to block the filter cartridge to the bowl body in such a manner as to constitute a single filtration group, wherein the active blocking element comprises at least one blocking tooth suitable to snap-engage the bowl body during the insertion in the axial direction of the filter cartridge into the bowl body; - at least one anti-rotation element which extends in a radial direction from the end plate suitable to be housed in the slot of the second collar by performing on the edges a circumferential abutment action which opposes the mutual rotation between the filtration group and the head body. i) a filter medium suitable to be housed in the filter chamber; ii) an end plate located at an axial end of the filter medium; - an active blocking member suitable to block the filter cartridge to the bowl body in such a manner as to constitute a single filtration group, wherein the active blocking element comprises at least one blocking tooth suitable to snap-engage the bowl body during the insertion in the axial direction of the filter cartridge into the bowl body; - at least one anti-rotation element which extends in a radial direction from the end plate suitable to be housed in the slot of the second collar by performing on the edges a circumferential abutment action which opposes the mutual rotation between the filtration group and the head body.
A display device (50, 60, 70) comprising: a display unit; and control means for displaying a flight route of a flying object flying while photographing surroundings of a crane on the display unit, characterized in that the control means is configured to acquire disposition state data of the crane, set the flight route based on the disposition state data of the crane such that the flying object flies along the set flight route, display the crane and the flight route on the display unit, and display the flight route in a display mode viewed from at least two different directions. a display unit; and control means for displaying a flight route of a flying object flying while photographing surroundings of a crane on the display unit, characterized in that the control means is configured to acquire disposition state data of the crane, set the flight route based on the disposition state data of the crane such that the flying object flies along the set flight route, display the crane and the flight route on the display unit, and display the flight route in a display mode viewed from at least two different directions.
A hybrid automatic repeat request, HARQ, transmitter apparatus for transmitting an input data packet in a communications system employing a HARQ protocol in a HARQ session with a maximum transmission limit m, wherein the maximum transmission limit m is a limit on a number of packets transmitted in the HARQ session, wherein the maximum transmission limit m is an integer greater than or equal to 2, the HARQ transmitter apparatus comprising: a primary encoder configured to receive an input data packet to start the HARQ session and encode the input data packet into a primary codeword from a primary code; a packet transmitter configured to receive the primary codeword and transmit the primary codeword inside a primary packet over a communications channel; and a systematic incremental redundancy, IR, encoder configured to select a kth primary codeword segment, encode the kth primary codeword segment in a systematic manner into a kth IR mother codeword from a kth IR mother code, and produce a kth IR codeword from the kth IR mother codeword by a puncturing of the kth IR mother codeword; wherein the packet transmitter is further configured to receive the k th IR codeword and transmit the k th IR codeword inside a k th IR packet over the communications channel, wherein k is an integer greater than or equal to 1 and less than or equal to m - 1, wherein the k th primary codeword segment is a subvector of the primary codeword, wherein the k th IR packet is transmitted in response to receiving a k th negative acknowledgement, NACK, to the HARQ session, and wherein the HARQ session ends when a positive acknowledgement, ACK, is received in response to a packet transmitted in the HARQ session. a primary encoder configured to receive an input data packet to start the HARQ session and encode the input data packet into a primary codeword from a primary code; a packet transmitter configured to receive the primary codeword and transmit the primary codeword inside a primary packet over a communications channel; and a systematic incremental redundancy, IR, encoder configured to select a kth primary codeword segment, encode the kth primary codeword segment in a systematic manner into a kth IR mother codeword from a kth IR mother code, and produce a kth IR codeword from the kth IR mother codeword by a puncturing of the kth IR mother codeword; wherein the packet transmitter is further configured to receive the k th IR codeword and transmit the k th IR codeword inside a k th IR packet over the communications channel, wherein k is an integer greater than or equal to 1 and less than or equal to m - 1, wherein the k th primary codeword segment is a subvector of the primary codeword, wherein the k th IR packet is transmitted in response to receiving a k th negative acknowledgement, NACK, to the HARQ session, and wherein the HARQ session ends when a positive acknowledgement, ACK, is received in response to a packet transmitted in the HARQ session.