mhurhangee/ep-ind-claims huggingface dataset:
A method for acquiring coronary artery blood vessel evaluation parameters based on an angiographic image, characterized in that, comprising the following steps: acquiring a real-time pressure P a at a coronary artery inlet in an angiographic state to obtain a P a -t pressure waveform in time domain; subjecting a segment of blood vessel of interest in a two-dimensional angiographic image of the coronary artery in an angiographic state to three-dimensional modeling to obtain a three-dimensional grid model for the blood vessel; acquiring a real-time blood flow velocity v of the three-dimensional grid model for the blood vessel to obtain a v-t velocity waveform in the time domain; subjecting the blood flow velocity v and pressure P a to Fourier transform to obtain v'-t velocity waveform and P a '-t pressure waveform in frequency domain; acquiring a ΔP'-t pressure drop waveform in the frequency domain from the coronary artery inlet to a distal end of the coronary artery stenosis based on the v'-t velocity waveform and P a '-t pressure waveform in the frequency domain; acquiring the ΔP-t pressure drop waveform from the coronary artery inlet to the distal end of the coronary artery stenosis in the time domain through the inverse Fourier transform; acquiring the coronary artery blood vessel evaluation parameters in the angiographic state based on the P a -t pressure waveform and the ΔP-t pressure drop waveform in the time domain. acquiring a real-time pressure P a at a coronary artery inlet in an angiographic state to obtain a P a -t pressure waveform in time domain; subjecting a segment of blood vessel of interest in a two-dimensional angiographic image of the coronary artery in an angiographic state to three-dimensional modeling to obtain a three-dimensional grid model for the blood vessel; acquiring a real-time blood flow velocity v of the three-dimensional grid model for the blood vessel to obtain a v-t velocity waveform in the time domain; subjecting the blood flow velocity v and pressure P a to Fourier transform to obtain v'-t velocity waveform and P a '-t pressure waveform in frequency domain; acquiring a ΔP'-t pressure drop waveform in the frequency domain from the coronary artery inlet to a distal end of the coronary artery stenosis based on the v'-t velocity waveform and P a '-t pressure waveform in the frequency domain; acquiring the ΔP-t pressure drop waveform from the coronary artery inlet to the distal end of the coronary artery stenosis in the time domain through the inverse Fourier transform; acquiring the coronary artery blood vessel evaluation parameters in the angiographic state based on the P a -t pressure waveform and the ΔP-t pressure drop waveform in the time domain.
A method of compiling a sequence of program instructions to generate a compiled program comprising: identifying basic blocks of program instructions, wherein each basic block has only one entry point and only one exit point; and for each basic block of the basic blocks: determining all execution paths which lead to the basic block; when more than one execution path leads to the basic block, adding a convergence marker to the compiled program associated with the basic block; and when a loop path exists from the basic block to the basic block, adding a convergence marker associated with each exit basic block for the loop path in the compiled program. identifying basic blocks of program instructions, wherein each basic block has only one entry point and only one exit point; and for each basic block of the basic blocks: determining all execution paths which lead to the basic block; when more than one execution path leads to the basic block, adding a convergence marker to the compiled program associated with the basic block; and when a loop path exists from the basic block to the basic block, adding a convergence marker associated with each exit basic block for the loop path in the compiled program. determining all execution paths which lead to the basic block; when more than one execution path leads to the basic block, adding a convergence marker to the compiled program associated with the basic block; and when a loop path exists from the basic block to the basic block, adding a convergence marker associated with each exit basic block for the loop path in the compiled program.
Device for locking/unlocking and/or starting a motor vehicle comprising: - a key including at least one radiofrequency communication interface and a memory containing key authentication data, - a read interface suitable for exchanging data with the key by means of at least one antenna (15a, 15b), - a locking/unlocking device for the openings of the vehicle, linked to the read interface and suitable for controlling the locking/unlocking of the openings following the reception of the key authentication data via the read interface, - a vehicle starting system, linked to the read interface and suitable for controlling the starting of the vehicle following the reception of the key authentication data via the read interface, - the radiofrequency communication interface of the key and the read interface being configured to carry out the exchange of the key authentication data according to an NFC protocol characterized in that it further comprises a mobile telephone equipped with a radiofrequency communication interface of the type of the communication interface present on the key, in order to load into said mobile telephone the authentication codes of said key to allow for the locking/unlocking of the openings and/or the starting of the vehicle by exchanges of the authentication data between the mobile telephone and the read interface. - a key including at least one radiofrequency communication interface and a memory containing key authentication data, - a read interface suitable for exchanging data with the key by means of at least one antenna (15a, 15b), - a locking/unlocking device for the openings of the vehicle, linked to the read interface and suitable for controlling the locking/unlocking of the openings following the reception of the key authentication data via the read interface, - a vehicle starting system, linked to the read interface and suitable for controlling the starting of the vehicle following the reception of the key authentication data via the read interface, - the radiofrequency communication interface of the key and the read interface being configured to carry out the exchange of the key authentication data according to an NFC protocol characterized in that it further comprises a mobile telephone equipped with a radiofrequency communication interface of the type of the communication interface present on the key, in order to load into said mobile telephone the authentication codes of said key to allow for the locking/unlocking of the openings and/or the starting of the vehicle by exchanges of the authentication data between the mobile telephone and the read interface.
Device (10; 50) for mechanically comminuting materials, comprising at least one rotor (16, 18) rotating about a vertical axis of rotation, which is arranged in a comminution chamber and which, at least during operation, has impact tools (22, 24) extending at least substantially radially into the comminution chamber, wherein the comminuting chamber is surrounded by a vertically extending, in particular circular cylindrical and/or conically downwardly widened comminuting chamber wall, which comminuting chamber has a feed side at its upper end face and an outlet side at its lower end face; wherein the rotor (16, 18) is held at its lower end stationary with respect to a support base of the apparatus and the comminuting chamber wall is supported on the support base, the comminuting chamber wall being held vertically adjustable relative to the support base in the direction of the rotor axis by a lifting device, the lifting device having a working position in which the lower edge of the comminuting chamber wall is arranged close to the support base or a part connected thereto, characterized in that the lifting device has a maintenance position in which the lower edge of the comminuting chamber wall is raised vertically above at least one of the impact tools (22, 24), and in that it comprises a speed detection device for the rotors (16, 18) which emits an enabling signal when all the rotors are at a standstill, and a safety circuit which does not allow power to be supplied to a drive of the lifting device until the enabling signal is present.
A speargun comprising: - A barrel to support a spear, the barrel comprising an area intended for the housing of a handle and one end (5 ') opposite to said area; - Tensioning means (7, 16) for tensioning one or more elastic bands applicable to the barrel and through which hurl the spear; - Said tensioning means (7, 16) comprising a tensioning device arranged in a sliding manner with respect to the barrel in a such a manner that its sliding in the direction that goes from said area towards said end (5 ') causes the tensioning of the elastic band arranged in use, said tensioning device being further configured to allow the resting of the feet of the user in such a way to be able to cause its sliding movement by the thrust of the legs; - And wherein locking means (3, 4) are further comprised to lock, as a result of said sliding movement, said tensioning device in a selected position; - Characterized in that it includes a sliding corridor, within which is arranged slidably said tensioning device, said sliding corridor being closed at the front and rear. - A barrel to support a spear, the barrel comprising an area intended for the housing of a handle and one end (5 ') opposite to said area; - Tensioning means (7, 16) for tensioning one or more elastic bands applicable to the barrel and through which hurl the spear; - Said tensioning means (7, 16) comprising a tensioning device arranged in a sliding manner with respect to the barrel in a such a manner that its sliding in the direction that goes from said area towards said end (5 ') causes the tensioning of the elastic band arranged in use, said tensioning device being further configured to allow the resting of the feet of the user in such a way to be able to cause its sliding movement by the thrust of the legs; - And wherein locking means (3, 4) are further comprised to lock, as a result of said sliding movement, said tensioning device in a selected position; - Characterized in that it includes a sliding corridor, within which is arranged slidably said tensioning device, said sliding corridor being closed at the front and rear.
A method for assessing a status of a biological indicator containing an ampule having a liquid growth medium, comprising: breaking the ampule; positioning the biological indicator into a biological indicator analyzer having a heating element, a light source, and a fluorescence sensor; activating the heating element; measuring a first fluorescence intensity of the biological indicator; quenching the fluorescence intensity of the biological indicator from the first fluorescence intensity to a second fluorescence intensity, wherein the step of quenching the fluorescence intensity of the biological indicator includes heating the biological indicator; measuring the second fluorescence intensity; comparing the second fluorescence intensity and first fluorescence intensity to obtain a quenching metric, wherein the quenching metric is a difference between the first fluorescence intensity and the second fluorescence intensity or a ratio of the second fluorescence intensity to the first fluorescence intensity; and determining if the quenching metric indicates quenching from the non-liquid portion of the biological indicator and not the liquid growth medium by comparing the quenching metric to threshold values corresponding to degrees of quenching from the non-liquid portion and the growth medium, and if the quenching metric indicates quenching from the non-liquid portion of the biological indicator and not the liquid growth medium, aborting further monitoring of fluorescence by the biological indicator analyzer. breaking the ampule; positioning the biological indicator into a biological indicator analyzer having a heating element, a light source, and a fluorescence sensor; activating the heating element; measuring a first fluorescence intensity of the biological indicator; quenching the fluorescence intensity of the biological indicator from the first fluorescence intensity to a second fluorescence intensity, wherein the step of quenching the fluorescence intensity of the biological indicator includes heating the biological indicator; measuring the second fluorescence intensity; comparing the second fluorescence intensity and first fluorescence intensity to obtain a quenching metric, wherein the quenching metric is a difference between the first fluorescence intensity and the second fluorescence intensity or a ratio of the second fluorescence intensity to the first fluorescence intensity; and determining if the quenching metric indicates quenching from the non-liquid portion of the biological indicator and not the liquid growth medium by comparing the quenching metric to threshold values corresponding to degrees of quenching from the non-liquid portion and the growth medium, and if the quenching metric indicates quenching from the non-liquid portion of the biological indicator and not the liquid growth medium, aborting further monitoring of fluorescence by the biological indicator analyzer.
A mobile device comprising: a processor, a display, an input device, and a communication interface, the processor enabled to: display display-data at the display; transmit, via the communication interface, a portion of the display-data to a heads-up display device for display thereupon; suppress the portion of the display-data from being displayed at the display; and display a remaining portion of the display-data at the display, wherein the portion of the display-data would otherwise be displayed concurrently with the remaining portion of the display-data at the display. a processor, a display, an input device, and a communication interface, the processor enabled to: display display-data at the display; transmit, via the communication interface, a portion of the display-data to a heads-up display device for display thereupon; suppress the portion of the display-data from being displayed at the display; and display a remaining portion of the display-data at the display, wherein the portion of the display-data would otherwise be displayed concurrently with the remaining portion of the display-data at the display. display display-data at the display; transmit, via the communication interface, a portion of the display-data to a heads-up display device for display thereupon; suppress the portion of the display-data from being displayed at the display; and display a remaining portion of the display-data at the display, wherein the portion of the display-data would otherwise be displayed concurrently with the remaining portion of the display-data at the display.
Timepiece mechanism comprising a first part and a second part, the first part comprising a support made from a first material and a coating formed on the support and made from a second material, different from the first material, the support being made from silicon, silicon carbide, alumina, ceramic or glass, characterised in that the support comprises at least one surface not covered by the coating and arranged to be in contact with the second part during operation of the mechanism.
Apparatus, comprising: generating means adapted to generate detection charging information related to an application; informing means adapted to inform a rules function device (PCRF) about a detection charging capability, wherein the detection charging capability indicates that the apparatus comprises the generating means; detecting means adapted to detect a start of the application; indicating means adapted to indicate the start of the application to the rules function device (PCRF); characterized in that the apparatus further comprises: providing means adapted to provide the detection charging information to a charging device (OCS / OFCS); and checking means adapted to check if an enforcement charging capability received from the rules function device (PCRF) indicates that an enforcement function (PCEF) prevents the generating and/or providing of enforcement charging information, wherein the enforcement charging information corresponds to the detection charging information. generating means adapted to generate detection charging information related to an application; informing means adapted to inform a rules function device (PCRF) about a detection charging capability, wherein the detection charging capability indicates that the apparatus comprises the generating means; detecting means adapted to detect a start of the application; indicating means adapted to indicate the start of the application to the rules function device (PCRF); characterized in that the apparatus further comprises: providing means adapted to provide the detection charging information to a charging device (OCS / OFCS); and checking means adapted to check if an enforcement charging capability received from the rules function device (PCRF) indicates that an enforcement function (PCEF) prevents the generating and/or providing of enforcement charging information, wherein the enforcement charging information corresponds to the detection charging information. providing means adapted to provide the detection charging information to a charging device (OCS / OFCS); and checking means adapted to check if an enforcement charging capability received from the rules function device (PCRF) indicates that an enforcement function (PCEF) prevents the generating and/or providing of enforcement charging information, wherein the enforcement charging information corresponds to the detection charging information.
A charging method, comprising the following steps: determining (403, 503), by a session management function, a data flow on a first user plane function, and a charging key corresponding to the data flow, characterized in comprising: determining, by the session management function, that there is no available quota for the charging key corresponding to the data flow on the first user plane function; sending (S4041, S504, S602, S703), by the session management function to an online charging system, a quota request for the charging key that there is no available quota, wherein the charging key that there is no available quota corresponds to the data flow on the first user plane function, and the quota request comprises an identifier of the first user plane function and the charging key corresponding to the data flow on the first user plane function; receiving (S4042, S505, S603, S704), by the session management function, the identifier of the first user plane function and a quota granted by the online charging system to the charging key that there is no available quota; and delivering (S4043, S506, S604, S705), by the session management function, the granted quota for the charging key for which there is no available quota to the first user plane function. determining, by the session management function, that there is no available quota for the charging key corresponding to the data flow on the first user plane function; sending (S4041, S504, S602, S703), by the session management function to an online charging system, a quota request for the charging key that there is no available quota, wherein the charging key that there is no available quota corresponds to the data flow on the first user plane function, and the quota request comprises an identifier of the first user plane function and the charging key corresponding to the data flow on the first user plane function; receiving (S4042, S505, S603, S704), by the session management function, the identifier of the first user plane function and a quota granted by the online charging system to the charging key that there is no available quota; and delivering (S4043, S506, S604, S705), by the session management function, the granted quota for the charging key for which there is no available quota to the first user plane function.
Method for weaving a pile fabric with one or more pile-free zones, in which in each case one or more ground weft threads are inserted between warp threads,,, on a weaving loom in series of successive weft insertion cycles, so that at least one ground fabric, is woven comprising ground weft threads, binding warp threads,;, and tension warp threads;,,, and so that pile warp threads; are interlaced, in at least one pile zone, with one or more ground weft threads in the ground fabric, while forming pile, in which in each case at least one ground weft thread and at least two effect weft threads, having mutually different appearance-determining properties are inserted at well-defined weft insertion levels in successive series of at least two successive weft insertion cycles, in which the effect weft threads, in each series are inserted in successive weft insertion cycles, and in which, in order to create a predetermined effect in at least one pile-free zone, the warp threads,;,;;: are positioned in such a way with respect to the weft-insertion levels that, in at least one series, at least one effect weft thread, runs substantially uncovered on the pile side of the ground fabric, in at least a part of the pile-free zone, wherein weft threads,, are inserted at at least three different weft-insertion levels.
A system for object detection at a railway crossing, the system comprising: a plurality of radar transmitters (26a, 26b, 26c, 26d) for scanning a surveillance zone; a passive target to determine alignment of a scanning zone (28a, 28b, 28c, 28d) of each radar transmitter (26a, 26b, 26c, 26d); and a control unit to evaluate the energy signals received by a plurality of radar receivers characterised in that the control unit is configured to evaluate an energy signal from the surveillance zone and to compare the evaluated energy signal with expected background energy signal. a plurality of radar transmitters (26a, 26b, 26c, 26d) for scanning a surveillance zone; a passive target to determine alignment of a scanning zone (28a, 28b, 28c, 28d) of each radar transmitter (26a, 26b, 26c, 26d); and a control unit to evaluate the energy signals received by a plurality of radar receivers characterised in that the control unit is configured to evaluate an energy signal from the surveillance zone and to compare the evaluated energy signal with expected background energy signal.
A compound of formula (I-4) wherein A is N or CH; the radical is selected from the group consisting of formula G7, G8 and G9: wherein R 4 and R 5 are independently selected from C 1 -C 4 haloalkyl; and wherein G 1 and G 2 are independently selected from N and CH; G 6-4 is of formula U-0: wherein the arrow to the left of each group U denotes the point of attachment to the 6-membered ring containing G 1 and wherein the arrow to the right of group U-0 denotes the point of attachment to the radical containing A; and wherein R 8 is selected from hydrogen and C 1 -C 4 alkyl; Qa 4 is selected from the group consisting of hydrogen, halogen, C 1 -C 6 haloalkyl and the group J-0 wherein J-0 can be mono-substituted with Rx, wherein Rx is halogen; and agrochemically acceptable salts, stereoismers, enantiomers, tautomers and N-oxides of the compounds of formula (I-4). A is N or CH; the radical is selected from the group consisting of formula G7, G8 and G9: wherein R 4 and R 5 are independently selected from C 1 -C 4 haloalkyl; and wherein G 1 and G 2 are independently selected from N and CH; G 6-4 is of formula U-0: wherein the arrow to the left of each group U denotes the point of attachment to the 6-membered ring containing G 1 and wherein the arrow to the right of group U-0 denotes the point of attachment to the radical containing A; and wherein R 8 is selected from hydrogen and C 1 -C 4 alkyl; Qa 4 is selected from the group consisting of hydrogen, halogen, C 1 -C 6 haloalkyl and the group J-0 wherein J-0 can be mono-substituted with Rx, wherein Rx is halogen; and agrochemically acceptable salts, stereoismers, enantiomers, tautomers and N-oxides of the compounds of formula (I-4).