mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-coat coating system comprising an undercoat composition layer and an overcoat composition layer, wherein the undercoat comprises a polyether polymer that contains a plurality of aromatic ether segments, the polyether polymer having: (i) one or more aryl or heteroaryl groups in which each aryl or heteroaryl group includes an oxygen atom attached to the ring and a substituent group attached to the ring at an ortho or meta position relative to the oxygen atom; or (ii) two or more aryl or heteroaryl groups joined by a polar linking group or by a linking group having a molecular weight of at least 125 Daltons, or (iii) both the features of (i) and (ii); the overcoat comprises: (iv) at least one thermoplastic material; or (v) a polyester polymer; and the coating system is substantially free of diphenols having estrogenic activity greater than or equal to that of bisphenol S, as determined by an MCF-7 cell proliferation assay. (i) one or more aryl or heteroaryl groups in which each aryl or heteroaryl group includes an oxygen atom attached to the ring and a substituent group attached to the ring at an ortho or meta position relative to the oxygen atom; or (ii) two or more aryl or heteroaryl groups joined by a polar linking group or by a linking group having a molecular weight of at least 125 Daltons, or (iii) both the features of (i) and (ii); (iv) at least one thermoplastic material; or (v) a polyester polymer; and
A downhole tool , comprising: an internal nozzle ; an annular nozzle surrounding the internal nozzle ; a central channel located at an uphole end of the downhole tool , wherein the central channel is configured to receive a pressurized power fluid ; a port which fluidly connects the central channel and the annular nozzle , wherein the power fluid flows, in use, from the central channel to the annular nozzle via the port ; a volume of production fluid located towards a downhole end of the downhole tool; an annular channel surrounding the annular nozzle , wherein the annular channel is configured to receive a production fluid from a downhole end of the downhole tool ; and a reverse channel which fluidly connects the annular channel and the internal nozzle , wherein the production fluid flows from the annular channel to the internal nozzle via the reverse channel . an internal nozzle ; an annular nozzle surrounding the internal nozzle ; a central channel located at an uphole end of the downhole tool , wherein the central channel is configured to receive a pressurized power fluid ; a port which fluidly connects the central channel and the annular nozzle , wherein the power fluid flows, in use, from the central channel to the annular nozzle via the port ; a volume of production fluid located towards a downhole end of the downhole tool; an annular channel surrounding the annular nozzle , wherein the annular channel is configured to receive a production fluid from a downhole end of the downhole tool ; and a reverse channel which fluidly connects the annular channel and the internal nozzle , wherein the production fluid flows from the annular channel to the internal nozzle via the reverse channel .
An imaging apparatus comprising: an imaging unit that has a pixel region in which a plurality of pixels is arranged and that reads and outputs a pixel signal from the pixels included in the pixel region; a readout determiner that controls a unit of readout set as a part of the pixel region; a readout unit that sequentially reads out the pixel signal in the units of readout; a recognition unit that has learned training data for each of units of readout and that sequentially performs a recognition process for each of the units of readout; a first output unit that outputs recognition results of recognition performed by the recognition unit ; a second output unit that outputs the pixel signal to a subsequent stage; and a trigger generator that generates a trigger signal for controlling a first timing at which the first output unit outputs the recognition results and a second timing at which the second output unit outputs the pixel signal; the first output unit outputting the recognition results in response to the trigger signal; and the second output unit outputting the pixel signal in response to the trigger signal, wherein the readout determiner is configured to generate readout region information designating a unit of readout to jump to, from which it is predicted that the object is identifiable and to pass the generated information to the readout unit , and the recognition unit is configured to execute a recognition process based on pixel data obtained by readout of the unit of readout designated by the readout unit . an imaging unit that has a pixel region in which a plurality of pixels is arranged and that reads and outputs a pixel signal from the pixels included in the pixel region; a readout determiner that controls a unit of readout set as a part of the pixel region; a readout unit that sequentially reads out the pixel signal in the units of readout; a recognition unit that has learned training data for each of units of readout and that sequentially performs a recognition process for each of the units of readout; a first output unit that outputs recognition results of recognition performed by the recognition unit ; a second output unit that outputs the pixel signal to a subsequent stage; and a trigger generator that generates a trigger signal for controlling a first timing at which the first output unit outputs the recognition results and a second timing at which the second output unit outputs the pixel signal; the first output unit outputting the recognition results in response to the trigger signal; and the second output unit outputting the pixel signal in response to the trigger signal, wherein the readout determiner is configured to generate readout region information designating a unit of readout to jump to, from which it is predicted that the object is identifiable and to pass the generated information to the readout unit , and the recognition unit is configured to execute a recognition process based on pixel data obtained by readout of the unit of readout designated by the readout unit .
A lubricant supported electric motor comprising: a stator presenting an outer raceway ; a rotor extending along an axis (A) and rotatably disposed within said stator ; said rotor presenting an inner raceway disposed in spaced relationship with said outer raceway to define at least one hydrostatic support chamber therebetween; a lubricant disposed in said hydrostatic support chamber for supporting said rotor within said stator , characterized by : a monitoring port disposed in fluid communication with said at least one hydrostatic support chamber ; and a sensor coupled with said monitoring port for monitoring an operating characteristic of said lubricant disposed in said at least one hydrostatic support chamber for use in determining a real-time operating condition of the lubricant supported electric motor . a stator presenting an outer raceway ; a rotor extending along an axis (A) and rotatably disposed within said stator ; said rotor presenting an inner raceway disposed in spaced relationship with said outer raceway to define at least one hydrostatic support chamber therebetween; a lubricant disposed in said hydrostatic support chamber for supporting said rotor within said stator , characterized by : a monitoring port disposed in fluid communication with said at least one hydrostatic support chamber ; and a sensor coupled with said monitoring port for monitoring an operating characteristic of said lubricant disposed in said at least one hydrostatic support chamber for use in determining a real-time operating condition of the lubricant supported electric motor . a monitoring port disposed in fluid communication with said at least one hydrostatic support chamber ; and a sensor coupled with said monitoring port for monitoring an operating characteristic of said lubricant disposed in said at least one hydrostatic support chamber for use in determining a real-time operating condition of the lubricant supported electric motor .
A method, comprising: receiving asynchronous wideband digital signals from at least one base station , via two or more ports of a telecommunications system communicatively coupled to the at least one base station ; determining, for each of the asynchronous wideband digital signals, a wideband fast Fourier transform (FFT) spectrum; determining an average FFT spectrum for each of the two or more ports based on the wideband FFT spectrum for each of the two or more ports ; identifying a bandwidth of signals present in the average FFT spectrum for each of the two or more ports ; identifying MIMO signals present in the bandwidth of signals by: comparing the bandwidth of signals corresponding to a first port of the two or more ports and the bandwidth of signals corresponding to each of the one or more remaining ports of the two or more ports ; and filtering out signals in the bandwidth of signals corresponding to the first port that do not overlap with any of the bandwidth of signals corresponding to any of the one or more remaining ports by more than a predetermined threshold; and decoding the MIMO signals. receiving asynchronous wideband digital signals from at least one base station , via two or more ports of a telecommunications system communicatively coupled to the at least one base station ; determining, for each of the asynchronous wideband digital signals, a wideband fast Fourier transform (FFT) spectrum; determining an average FFT spectrum for each of the two or more ports based on the wideband FFT spectrum for each of the two or more ports ; identifying a bandwidth of signals present in the average FFT spectrum for each of the two or more ports ; identifying MIMO signals present in the bandwidth of signals by: comparing the bandwidth of signals corresponding to a first port of the two or more ports and the bandwidth of signals corresponding to each of the one or more remaining ports of the two or more ports ; and filtering out signals in the bandwidth of signals corresponding to the first port that do not overlap with any of the bandwidth of signals corresponding to any of the one or more remaining ports by more than a predetermined threshold; and decoding the MIMO signals. comparing the bandwidth of signals corresponding to a first port of the two or more ports and the bandwidth of signals corresponding to each of the one or more remaining ports of the two or more ports ; and filtering out signals in the bandwidth of signals corresponding to the first port that do not overlap with any of the bandwidth of signals corresponding to any of the one or more remaining ports by more than a predetermined threshold; and decoding the MIMO signals.
A base station (200-1), comprising: a controller configured to: receive from a wireless LAN, WLAN, termination apparatus , a first message including a first list of WLAN access points, APs, via an Xw interface between the base station (200-1) and the WLAN termination apparatus , the WLAN termination apparatus managing a plurality of APs , the first list of WLAN APs including identifiers of WLAN APs added to the plurality of APs ; transmit a second message to another base station (200-2), the second message including an identifier of the WLAN termination apparatus and a second list of WLAN APs associated to the WLAN termination apparatus ; and receive from the another base station (200-2), an acknowledged message for the second message. receive from a wireless LAN, WLAN, termination apparatus , a first message including a first list of WLAN access points, APs, via an Xw interface between the base station (200-1) and the WLAN termination apparatus , the WLAN termination apparatus managing a plurality of APs , the first list of WLAN APs including identifiers of WLAN APs added to the plurality of APs ; transmit a second message to another base station (200-2), the second message including an identifier of the WLAN termination apparatus and a second list of WLAN APs associated to the WLAN termination apparatus ; and receive from the another base station (200-2), an acknowledged message for the second message.
A method of increasing production of a recombinant protein, said method comprising culturing a host cell expressing said protein in cell culture medium comprising an effective amount of a triazine dye or supplemented with an effective amount of a triazine dye, wherein the host cell is a mammalian host cell and wherein the effective amount of triazine dye is ranged between 1 μM to 90 μM.
An alloy for medical use, comprising Pt, Co, Cr, Ni, and Mo, wherein the alloy comprises 10 atom% or more and 30 atom% or less of Pt, 20 atom% or more and 31 atom% or less of Cr, 5 atom% or more and 24 atom% or less of Ni, 4 atom% or more and 8 atom% or less of Mo, optionally W, with the total of the W content and the Mo content being 4 atom% or more and 8 atom% or less, optionally one or more of Ti, V, Mn, Fe, Zr, Nb, and Ta in a total amount of 10 atom% or less, optionally one or more of B, C, N, and Si in a total amount of 2 atom% or less, the balance Co, and unavoidable impurities in a total amount of 1 atom% or less, and C Ni /C Pt , which is a ratio of the Ni content (C Ni ) to the Pt content (C Pt ), is 1.5 or less. 10 atom% or more and 30 atom% or less of Pt, 20 atom% or more and 31 atom% or less of Cr, 5 atom% or more and 24 atom% or less of Ni, 4 atom% or more and 8 atom% or less of Mo, optionally W, with the total of the W content and the Mo content being 4 atom% or more and 8 atom% or less, optionally one or more of Ti, V, Mn, Fe, Zr, Nb, and Ta in a total amount of 10 atom% or less, optionally one or more of B, C, N, and Si in a total amount of 2 atom% or less, the balance Co, and unavoidable impurities in a total amount of 1 atom% or less, and C Ni /C Pt , which is a ratio of the Ni content (C Ni ) to the Pt content (C Pt ), is 1.5 or less.
A method for automated parameters calculation of an object , or part of an object , the method comprising: a) acquiring, by at least one two-dimensional camera , in a scene, a two dimensional image of at least one object being an animal, said two-dimensional camera being included in a portable device ; b) identifying, by a processing unit, the object within the acquired two-dimensional image by segmenting the two-dimensional image via a segmentation algorithm; c) calculating, by the processing unit, the size of a pixel of the object in the acquired and segmented two dimensional image using a measured distance between the object and the at least one two-dimensional camera ; and d) calculating, by the processing unit, several parameters including at least the size, dimensions, body part dimensions, body features, weight and/or volume of the object by using said acquired and segmented two dimensional image, the calculated size of the pixel and an a priori model of the object , the a priori model including information linking different parts, contours or shapes representative of several objects , previously acquired with a two-dimensional camera, with several parameters including the size, dimensions, body part dimensions, body features, weight and/or volume of said several objects . a) acquiring, by at least one two-dimensional camera , in a scene, a two dimensional image of at least one object being an animal, said two-dimensional camera being included in a portable device ; b) identifying, by a processing unit, the object within the acquired two-dimensional image by segmenting the two-dimensional image via a segmentation algorithm; c) calculating, by the processing unit, the size of a pixel of the object in the acquired and segmented two dimensional image using a measured distance between the object and the at least one two-dimensional camera ; and d) calculating, by the processing unit, several parameters including at least the size, dimensions, body part dimensions, body features, weight and/or volume of the object by using said acquired and segmented two dimensional image, the calculated size of the pixel and an a priori model of the object , the a priori model including information linking different parts, contours or shapes representative of several objects , previously acquired with a two-dimensional camera, with several parameters including the size, dimensions, body part dimensions, body features, weight and/or volume of said several objects .
An arrangement for cooling liquid-cooled electronics , the arrangement comprising a pipe system , said pipe system comprising receiving and exit coolant flow pipes for connecting the arrangement to a liquid-cooling system of said liquid-cooled electronics , inlet and outlet coolant flow pipes for connecting the arrangement to a heat exchanger arrangement , and an expansion tank connected to the coolant flow pipes, the arrangement further comprising a coolant level transmitter arranged to detect the volume of the coolant in the expansion tank , a temperature measure arrangement arranged for measuring temperature of the coolant in the arrangement , and a leakage control system , characterized in that the leakage control system comprises a calculation means configured to observe if the volume of the coolant is changing based on consecutive calculations of a temperature corrected reference value (V(REF)) for the volume of the coolant in the expansion tank , wherein the use of the temperature corrected reference value (V(REF)) instead of direct use of the detected volume of the coolant in the expansion tank makes it possible to distinguish coolant level variations being consequences of coolant expansion and contraction with temperature variations from those taking place due to leakages of the coolant system. receiving and exit coolant flow pipes for connecting the arrangement to a liquid-cooling system of said liquid-cooled electronics , inlet and outlet coolant flow pipes for connecting the arrangement to a heat exchanger arrangement , and an expansion tank connected to the coolant flow pipes, the arrangement further comprising
A catheter assembly comprising: a catheter ; a needle having a distal tip and disposed within the catheter ; a catheter hub connected to the catheter having the needle passing therethrough, the catheter hub including: a valve that selectively permits or blocks a flow of fluid through the catheter ; a valve actuator that moves between a first position and a second position to actuate the valve , the valve actuator including a central flow passage, a plurality of external grooves that extend axially along a distal portion of an outer surface of the valve actuator in a plane parallel to a centerline of the valve actuator , and one or more side openings communicating with said central flow passage to promote flushing; and a return member that returns the valve actuator from the second position to the first position; and a needle protection member that encloses the distal tip of the needle . a catheter ; a needle having a distal tip and disposed within the catheter ; a catheter hub connected to the catheter having the needle passing therethrough, the catheter hub including: a valve that selectively permits or blocks a flow of fluid through the catheter ; a valve actuator that moves between a first position and a second position to actuate the valve , the valve actuator including a central flow passage, a plurality of external grooves that extend axially along a distal portion of an outer surface of the valve actuator in a plane parallel to a centerline of the valve actuator , and one or more side openings communicating with said central flow passage to promote flushing; and a return member that returns the valve actuator from the second position to the first position; and a valve that selectively permits or blocks a flow of fluid through the catheter ; a valve actuator that moves between a first position and a second position to actuate the valve , the valve actuator including a central flow passage, a plurality of external grooves that extend axially along a distal portion of an outer surface of the valve actuator in a plane parallel to a centerline of the valve actuator , and one or more side openings communicating with said central flow passage to promote flushing; and a return member that returns the valve actuator from the second position to the first position; and a needle protection member that encloses the distal tip of the needle .
Compression knitted fabric consisting of a base knitted fabric and an elastic weft thread inserted therein, wherein the base knitted fabric is formed from at least one knitting thread and the weft thread is inserted respectively in weft thread rows (s) between two consecutive stitch rows (r) of the base knitted fabric, characterised in that - the knitting thread in each stitch row (r) of the base knitted fabric is knitted alternately as stitch (I) and tuck (V), so that the knitting thread forms respectively a tuck stitch between two stitches (I) of a stitch row (r) of the base knitted fabric, - the weft thread is inserted between adjacent stitch rows (r) of the base knitted fabric alternately as tuck (V) and float (-), so that the weft thread respectively floats between two tuck stitches (V) of a weft thread row (s), - wherein the alternate sequence of stitch (I) and tuck (V) in consecutive stitch rows (r) of the base knitted fabric is offset respectively by one stitch with respect to the alternate sequence of tuck (V) and float (-) in consecutive weft thread rows (s). - the knitting thread in each stitch row (r) of the base knitted fabric is knitted alternately as stitch (I) and tuck (V), so that the knitting thread forms respectively a tuck stitch between two stitches (I) of a stitch row (r) of the base knitted fabric, - the weft thread is inserted between adjacent stitch rows (r) of the base knitted fabric alternately as tuck (V) and float (-), so that the weft thread respectively floats between two tuck stitches (V) of a weft thread row (s), - wherein the alternate sequence of stitch (I) and tuck (V) in consecutive stitch rows (r) of the base knitted fabric is offset respectively by one stitch with respect to the alternate sequence of tuck (V) and float (-) in consecutive weft thread rows (s).
A label comprising: a first portion of print media that represents a front side of the print media and coated with thermally sensitive inks; a second portion of the print media that represents a back side of the print media and coated with the thermally sensitive inks; and a third portion of the print media comprising the first and second portions and removable from a fourth portion of the print media via a series of perforations and/or die cuts in the print media; characterised in that the label is a single ply label and further characterized in that the fourth portion is located at least partially along opposed edges of the print media parallel or perpendicular to a running axis of the print media and the third portion is a centre portion of the print media, wherein adhesive is applied to a one side of the fourth portion . a first portion of print media that represents a front side of the print media and coated with thermally sensitive inks; a second portion of the print media that represents a back side of the print media and coated with the thermally sensitive inks; and a third portion of the print media comprising the first and second portions and removable from a fourth portion of the print media via a series of perforations and/or die cuts in the print media; characterised in that the label is a single ply label and further characterized in that the fourth portion is located at least partially along opposed edges of the print media parallel or perpendicular to a running axis of the print media and the third portion is a centre portion of the print media, wherein adhesive is applied to a one side of the fourth portion .