mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for the contactless transmission of data and for the determination of an angle change between two objects moving relative to one another about a common axis of rotation (A), wherein - a first electrode carrier , which comprises a first electrode , is attachable to the first object; - a second electrode carrier , which comprises a second electrode , is attachable to the second object, wherein, in the attached state, the first and second electrode carriers are disposed opposite and axially spaced apart with respect to the axis of rotation (A) and the first and second electrodes can be arranged such that a data transmission is possible by an electrical coupling between the first and second electrodes , with a control unit being present which is configured to transmit a signal, which includes use data, from the first electrode to the second electrode , characterized in that a marking , which comprises at least one lighting region and at least one absorption region , is present at the first electrode carrier, with an evaluation unit being present which comprises an optical sensor which is arranged in a fixed position with respect to the second electrode carrier and which is configured to detect the marking , with the evaluation unit being configured to determine an angle change between the first and second objects by means of the marking . - a first electrode carrier , which comprises a first electrode , is attachable to the first object; - a second electrode carrier , which comprises a second electrode , is attachable to the second object, wherein, in the attached state, the first and second electrode carriers are disposed opposite and axially spaced apart with respect to the axis of rotation (A) and the first and second electrodes can be arranged such that a data transmission is possible by an electrical coupling between the first and second electrodes , with a control unit being present which is configured to transmit a signal, which includes use data, from the first electrode to the second electrode ,
A coating film comprising Component A: an ethyl cellulose, Component B: an ethyl acrylate/methyl methacrylate copolymer or a plasticized vinyl acetate polymer, Component C: pharmaceutical additive, Component D: a plasticizer, and Component E: an inorganic substance, wherein a mass ratio of the Components A:B:C:D:E is 100:(100 to 300):(6 to 90):(6 to 90):(30 to 90), and having a tensile elongation of 150% or more and a tensile strength of 9 N or more. pharmaceutical additive, Component D: a plasticizer, and Component E: an inorganic substance, wherein a mass ratio of the Components A:B:C:D:E is 100:(100 to 300):(6 to 90):(6 to 90):(30 to 90), and having a tensile elongation of 150% or more and a tensile strength of 9 N or more.
A pump assembly comprising: a motor assembly , the motor assembly comprising a motor shaft ; a motor housing , wherein the motor assembly is received in the motor housing ; a transmission assembly drivable by the motor assembly ; a pump connected to the transmission assembly ; and a pipe assembly connecting the motor housing and the pump ; characterized in the motor housing having a cuboid shape, and in that at least two mutually independent heat dissipating portions are provided in the motor housing , wherein each heat dissipating portion comprises a groove provided on a respective side of a first main body portion of the motor housing , and a side cover plate assembled to the groove forming a space therebetween, a plurality of guide ribs provided in the groove , the plurality of guide ribs forming a cooling water channel in the heat dissipating portion , a water inlet located at a first end of the cooling water channel, and a water outlet located at a second end of the cooling water channel, wherein water is arranged to flow into the heat dissipating portion through the water inlet , pass through the cooling water channel in the groove, and exit the heat dissipating portion through the water outlet . a motor assembly , the motor assembly comprising a motor shaft ; a motor housing , wherein the motor assembly is received in the motor housing ; a transmission assembly drivable by the motor assembly ; a pump connected to the transmission assembly ; and a pipe assembly connecting the motor housing and the pump ; the motor housing having a cuboid shape, and in that at least two mutually independent heat dissipating portions are provided in the motor housing , wherein each heat dissipating portion comprises a groove provided on a respective side of a first main body portion of the motor housing , and a side cover plate assembled to the groove forming a space therebetween, a plurality of guide ribs provided in the groove , the plurality of guide ribs forming a cooling water channel in the heat dissipating portion , a water inlet located at a first end of the cooling water channel, and a water outlet located at a second end of the cooling water channel,
Cycling shorts crotch liner for on-saddle activities or sports activities, characterised in that , whose fabric components, except the covering fabric, are three-dimensional warp-knitted fabrics wherein said three-dimensional warp-knitted fabrics consist of a lower multifilament fabric surface connected to a second upper fabric surface that is also formed of multifilaments by a monofilament that is tough and sufficiently stiff to keep said upper and lower surfaces well spaced apart from one another, thus creating a space between the surfaces and forming an internal ventilated structure or air cushion.
A roll-up door with a door panel comprising: a reel ; slats supported by the reel so that the reel can be rotated in one direction so as to roll up the slats into a coil of several layers on the reel or rotated in the other direction to un-roll the door so as to pay out the slats generally in a plane to provide a closure in a closure plane over the opening; and a spiral guide and a cooperating cam follower at each end of the reel ; characterized in that each spiral guide is affixed to rotate with the reel and each cam follower is stationary; each reel is supported on a respective truck that can move laterally relative to the closure plane so that as the door is either retracted or extended, the axis of the reel moves laterally either away from or toward the closure plane, respectively; and each spiral guide is arranged for cooperating with the respective cam follower to translate the axis of the reel laterally toward or away from the closure plane so as to maintain a tangent relationship between a departure position on the reel where the door panel extends from the reel and the closure plane as the diameter of the coiled slats on the reel varies. a reel ; slats supported by the reel so that the reel can be rotated in one direction so as to roll up the slats into a coil of several layers on the reel or rotated in the other direction to un-roll the door so as to pay out the slats generally in a plane to provide a closure in a closure plane over the opening; and a spiral guide and a cooperating cam follower at each end of the reel ; characterized in that each spiral guide is affixed to rotate with the reel and each cam follower is stationary; each reel is supported on a respective truck that can move laterally relative to the closure plane so that as the door is either retracted or extended, the axis of the reel moves laterally either away from or toward the closure plane, respectively; and each spiral guide is arranged for cooperating with the respective cam follower to translate the axis of the reel laterally toward or away from the closure plane so as to maintain a tangent relationship between a departure position on the reel where the door panel extends from the reel and the closure plane as the diameter of the coiled slats on the reel varies.
An internal sizing system for manufacturing paper or board, which comprises - a hydrophobic internal sizing agent as a first component selected from the group consisting of alkenyl succinic anhydride (ASA), alkyl ketene dimer (AKD), rosin sizes and any combination thereof, and - a water-soluble polymer product comprising amphoteric polyacrylamide as a second component, which amphoteric polyacrylamide has neutral or cationic net charge at pH 7, a weight-average molecular weight of 3 500 000 - 18 000 000 g/mol and a total ionicity of 5 - 20 mol-% and which amphoteric polyacrylamide comprises a crosslinker less than 0.002 mol-%. - a hydrophobic internal sizing agent as a first component selected from the group consisting of alkenyl succinic anhydride (ASA), alkyl ketene dimer (AKD), rosin sizes and any combination thereof, and - a water-soluble polymer product comprising amphoteric polyacrylamide as a second component, which amphoteric polyacrylamide has neutral or cationic net charge at pH 7, a weight-average molecular weight of 3 500 000 - 18 000 000 g/mol and a total ionicity of 5 - 20 mol-% and which amphoteric polyacrylamide comprises a crosslinker less than 0.002 mol-%.
A method for generating a stimulus resistant cell line, comprising (i) transduce a cell line, stably expressing an RNA-guided endonuclease of the clustered regularly interspaced short palindromic repeats (CRISPR) system wherein said endonuclease generates mutations by non-homologous end-joining (NHEJ), with a vector library comprising guide RNAs targeting exonic sequences, and targeting intronic sequences within 30 base pairs of an intron-exon boundary, of at least one candidate target gene or the whole exome of the organism the stimulus is targeting, wherein the method does not comprise the use of a homology-directed repair (HDR) template or substrate; (ii) select for transduced cells at the end of step (i); (iii) treat selected cells at the end of step (ii) with the stimulus; (iv) grow the stimulus resistant colonies that are formed at the end of step (iii); (v) identify or sequence the guide RNA sequence(s) present in the resistant colonies generated in (iv); (vi) sequence the genomic region around the target sequence of the identified guide RNA(s) to identify the genetic mutations that confer cellular resistance to the stimulus; and (vii) select those colonies wherein the mutations consist of in-frame insertions and/or in-frame deletions and/or in-frame indels and/or point mutations resulting in functional protein variants, and excluding mutations that introduce a premature stop codon that leads to loss-of-function, of the identified target sequence of step (vi). (i) transduce a cell line, stably expressing an RNA-guided endonuclease of the clustered regularly interspaced short palindromic repeats (CRISPR) system wherein said endonuclease generates mutations by non-homologous end-joining (NHEJ), with a vector library comprising guide RNAs targeting exonic sequences, and targeting intronic sequences within 30 base pairs of an intron-exon boundary, of at least one candidate target gene or the whole exome of the organism the stimulus is targeting, wherein the method does not comprise the use of a homology-directed repair (HDR) template or substrate; (ii) select for transduced cells at the end of step (i); (iii) treat selected cells at the end of step (ii) with the stimulus; (iv) grow the stimulus resistant colonies that are formed at the end of step (iii); (v) identify or sequence the guide RNA sequence(s) present in the resistant colonies generated in (iv); (vi) sequence the genomic region around the target sequence of the identified guide RNA(s) to identify the genetic mutations that confer cellular resistance to the stimulus; and (vii) select those colonies wherein the mutations consist of in-frame insertions and/or in-frame deletions and/or in-frame indels and/or point mutations resulting in functional protein variants, and excluding mutations that introduce a premature stop codon that leads to loss-of-function, of the identified target sequence of step (vi).
Plant for manufacturing containers from thermoplastic preforms , comprising a protective enclosure intended to isolate an interior volume of the plant from the ambient air contained in an industrial premises in which the plant is installed, the plant comprising, arranged in said interior volume , at least: - a unit for thermally conditioning the preforms which consists of an oven comprising heating means and an air-cooling device which comprises means of filtering the ambient air drawn from the industrial premises by ventilation means in order to cool at least part of the preforms in transit inside the oven using said filtered air; - a unit for converting the preforms into containers , and - a unit for filling the containers obtained from said preforms , characterized in that the plant comprises a cooling-air recycling circuit comprising: - extraction means which are able to extract from the oven the filtered air introduced into the oven by the air-cooling device , and - at least one pipe able to convey at least some of said filtered air extracted from the oven to at least one unit of the plant into which said air is introduced, by means of which all or some of said air filtered initially to perform air-cooling in the oven is recycled at least directly to the conversion unit and/or the filling unit . - a unit for thermally conditioning the preforms which consists of an oven comprising heating means and an air-cooling device which comprises means of filtering the ambient air drawn from the industrial premises by ventilation means in order to cool at least part of the preforms in transit inside the oven using said filtered air; - a unit for converting the preforms into containers , and - a unit for filling the containers obtained from said preforms , - extraction means which are able to extract from the oven the filtered air introduced into the oven by the air-cooling device , and - at least one pipe able to convey at least some of said filtered air extracted from the oven to at least one unit of the plant into which said air is introduced, by means of which all or some of said air filtered initially to perform air-cooling in the oven is recycled at least directly to the conversion unit and/or the filling unit .
A method comprising: receiving , by a decoder over a network, lossy coded time segments comprising audio encoded using a frequency-domain lossy coding method; receiving , by the decoder over the network, a lossless stream, the lossless stream comprising the audio encoded using a lossless coding method, the lossy coded time segments and the lossless stream being encoded from the same source audio, being time-aligned, and having a same sampling rate, the decoder providing audio playback of the lossless stream; in response to receiving a determination that network bandwidth is constrained: generating , by the decoder, an aliasing cancellation component based on previously-decoded frames of the lossless stream; adding the generated aliasing cancellation component to a lossy time segment at a transition frame; normalizing the sum of the generated aliasing cancellation component and the lossy time segment using a weight caused by an encoding window applied to the transition frame, thereby providing aliasing cancellation on the transition frame; and providing audio playback of the lossy coded time segments beginning with the aliasing-canceled transition frame. receiving , by a decoder over a network, lossy coded time segments comprising audio encoded using a frequency-domain lossy coding method; receiving , by the decoder over the network, a lossless stream, the lossless stream comprising the audio encoded using a lossless coding method, the lossy coded time segments and the lossless stream being encoded from the same source audio, being time-aligned, and having a same sampling rate, the decoder providing audio playback of the lossless stream; in response to receiving a determination that network bandwidth is constrained: generating , by the decoder, an aliasing cancellation component based on previously-decoded frames of the lossless stream; adding the generated aliasing cancellation component to a lossy time segment at a transition frame; normalizing the sum of the generated aliasing cancellation component and the lossy time segment using a weight caused by an encoding window applied to the transition frame, thereby providing aliasing cancellation on the transition frame; and providing audio playback of the lossy coded time segments beginning with the aliasing-canceled transition frame. generating , by the decoder, an aliasing cancellation component based on previously-decoded frames of the lossless stream; adding the generated aliasing cancellation component to a lossy time segment at a transition frame; normalizing the sum of the generated aliasing cancellation component and the lossy time segment using a weight caused by an encoding window applied to the transition frame, thereby providing aliasing cancellation on the transition frame; and providing audio playback of the lossy coded time segments beginning with the aliasing-canceled transition frame.
Drive device , in particular for an electrically driveable vehicle, having - at least one electric motor , - at least one drive inverter for actuating the electric motor , - at least one cooling unit with at least one coolant pump , a cooler , at least one pump inverter and with at least one heat exchanger , wherein the heat exchanger is connected in a fluid-conducting fashion to the coolant pump and the cooler via a coolant circuit , wherein the coolant pump can be actuated by the pump inverter , characterized in that at least one pump inverter is integrated into the drive inverter or arranged adjacent to the drive inverter . - at least one electric motor , - at least one drive inverter for actuating the electric motor , - at least one cooling unit with at least one coolant pump , a cooler , at least one pump inverter and with at least one heat exchanger , wherein the heat exchanger is connected in a fluid-conducting fashion to the coolant pump and the cooler via a coolant circuit , wherein the coolant pump can be actuated by the pump inverter ,
A method performed by a first wireless device, the method comprising: determining, by the first wireless device, a bandwidth on which a frame will be transmitted to a second wireless device (S4202); determining, by the first wireless device, two or more Spatial Reuse, SR, parameter values for the bandwidth (4230, S4232); setting, by the first wireless device using the two or more SR parameter values, a first SR field and a second SR field of the frame (S4222, S4236, or S4238); and transmitting the frame to the second wireless device on the bandwidth, wherein the first and second SR fields indicate respective properties other than the bandwidth and the channel center frequency in which the bandwidth is carried, characterized in that the first and second SR fields are set based on the bandwidth (S4204) and a channel center frequency in which the bandwidth is carried (S4234). determining, by the first wireless device, a bandwidth on which a frame will be transmitted to a second wireless device (S4202); determining, by the first wireless device, two or more Spatial Reuse, SR, parameter values for the bandwidth (4230, S4232); setting, by the first wireless device using the two or more SR parameter values, a first SR field and a second SR field of the frame (S4222, S4236, or S4238); and transmitting the frame to the second wireless device on the bandwidth, wherein the first and second SR fields indicate respective properties other than the bandwidth and the channel center frequency in which the bandwidth is carried, characterized in that the first and second SR fields are set based on the bandwidth (S4204) and a channel center frequency in which the bandwidth is carried (S4234).
A mobile elevating work platform which comprises: - a self-propelled base frame ; - an elevating arm , one first end of which is jointed to the base frame and one second opposite free end of which is adapted to be fixed to an operating assembly ; - a plurality of stabilisers associated to the base frame each of which is alternatively mobile between a working position, wherein it is laid on the ground, and a rest position, wherein it is lifted from the ground; - a pair of longitudinal track assemblies opposite with respect to the base frame to lay it on the ground, - a pair of movement assemblies , wherein each movement assembly is configured to move a respective track assembly relative to the base frame , between a position approached to the base frame and a position moved away from it, wherein each movement assembly comprises at least a support rod supporting at a first end the respective track assembly , characterized in that a second end of the support rod opposite to the first end of each movement assembly is configured to be at least partially comprised in the lateral plan size of the opposite track assembly when both track assemblies are in the respective approached position. - a self-propelled base frame ; - an elevating arm , one first end of which is jointed to the base frame and one second opposite free end of which is adapted to be fixed to an operating assembly ; - a plurality of stabilisers associated to the base frame each of which is alternatively mobile between a working position, wherein it is laid on the ground, and a rest position, wherein it is lifted from the ground; - a pair of longitudinal track assemblies opposite with respect to the base frame to lay it on the ground, - a pair of movement assemblies , wherein each movement assembly is configured to move a respective track assembly relative to the base frame , between a position approached to the base frame and a position moved away from it, wherein each movement assembly comprises at least a support rod supporting at a first end the respective track assembly ,
Drive and positioning system for a display disc, comprising: - a driving wheel comprising n drive members , - a driven wheel intended to be driven by the n drive members , - a jumper comprising a positioning zone and a spring member arranged to press the positioning zone against the driven wheel and to angularly position it, characterized in that it comprises a synchronization cam driven by the driving wheel and a feeler comprising one end held in contact with the periphery of the synchronization cam and cooperating with the jumper , said synchronization cam and said feeler being arranged in such a way as to exert on the jumper , at least when the n drive members cooperate with the driven wheel , a force of which the moment with respect to the axis of rotation of the jumper opposes the moment induced by the force exerted by the spring, with respect to said axis of rotation of the jumper. - a driving wheel comprising n drive members , - a driven wheel intended to be driven by the n drive members , - a jumper comprising a positioning zone and a spring member arranged to press the positioning zone against the driven wheel and to angularly position it,