mhurhangee/ep-ind-claims huggingface dataset:
A tool (300, 400) configured to form four evenly spaced indentations having an indentation radius and four evenly spaced projections about a circumference of a generally cylindrical seamless ferrule having a ferrule radius, each projection of the four projections having a projection height equal to or less than a height threshold, said tool (300, 400) comprising: four crimping dies; and four limiting dies, each limiting die located intermediate two adjacent crimping dies of the four crimping dies and defining a limiting surface configured to limit a height of each projection to the height threshold, wherein each limiting surface is spaced a limiting distance from the longitudinal axis of the ferrule, and wherein the four limiting dies are fixed such that each limiting surface remains at the limiting distance as the four crimping dies move relative to the longitudinal axis of the ferrule; characterized in that, each crimping die of the four crimping dies defining a concave crimping surface having the indentation radius; and that said tool (300, 400) further comprises: four linkages between each crimping die and an adjoining limiting die, wherein the four linkages are configured to move each limiting surface of each limiting die to the limiting distance as the four crimping dies move toward the longitudinal axis of the ferrule. four crimping dies; and four limiting dies, each limiting die located intermediate two adjacent crimping dies of the four crimping dies and defining a limiting surface configured to limit a height of each projection to the height threshold, wherein each limiting surface is spaced a limiting distance from the longitudinal axis of the ferrule, and wherein the four limiting dies are fixed such that each limiting surface remains at the limiting distance as the four crimping dies move relative to the longitudinal axis of the ferrule;
A computer implemented method for enabling a user of a client computer lacking a client side enterprise digital rights management access component to decrypt encrypted content under enterprise digital rights management, the method comprising the steps of: receiving, by a server computer, encrypted content governed by an enterprise digital rights management system, from the remotely located client computer lacking a client side enterprise digital rights management access component to decrypt encrypted content under enterprise digital rights management; temporarily storing, by the server computer, encrypted content governed by the enterprise digital rights management system in a cache; determining, by the server computer, whether the user of the client computer has sufficient access rights to view the encrypted content governed by the enterprise digital rights management system; responsive to determining that the user of the client computer has sufficient access rights to view the encrypted content governed by the enterprise digital rights management system, transforming the content into a secure, viewable format, by the server computer; and securely transmitting the content in the secure, viewable format by the server computer to the client computer, such that the user can view the content governed by the enterprise digital rights management system while operating the client computer lacking a client side enterprise digital rights management access component to decrypt encrypted content under enterprise digital rights management. receiving, by a server computer, encrypted content governed by an enterprise digital rights management system, from the remotely located client computer lacking a client side enterprise digital rights management access component to decrypt encrypted content under enterprise digital rights management; temporarily storing, by the server computer, encrypted content governed by the enterprise digital rights management system in a cache; determining, by the server computer, whether the user of the client computer has sufficient access rights to view the encrypted content governed by the enterprise digital rights management system; responsive to determining that the user of the client computer has sufficient access rights to view the encrypted content governed by the enterprise digital rights management system, transforming the content into a secure, viewable format, by the server computer; and securely transmitting the content in the secure, viewable format by the server computer to the client computer, such that the user can view the content governed by the enterprise digital rights management system while operating the client computer lacking a client side enterprise digital rights management access component to decrypt encrypted content under enterprise digital rights management.
A reactive rectification system for the production of high-octane components of gasoline comprising a rectification column having a feed zone and hydrogen-bearing gas supply zone, the system also containing a minimum of three reaction zones, whereas at least one of the reaction zones is located inside of the reactive-rectification column, at least one of which is a benzene hydroisomerisation zone, at least another of which is a hexane isomerisation zone and at least another of which is a pentane isomerisation zone, the benzene hydroisomerisation zone is located below all the other reaction zones and is situated in the lower part of the column, the hexane isomerisation zone is situated above the feed zone and below the pentane isomerisation zone, the system also contains at least one side draw situated above the hexane isomerisation zone and below the pentane isomerisation zone.
A video encoder, comprising: an input unit configured to receive frames of spherical video, each of the frames comprising blocks of pixels; an intra-prediction unit configured to generate a set of residuals for a current block to be encoded, by performing intra-prediction along a geodesic curve for the current block to be encoded, wherein the geodesic curve with its curvature corresponds to a straight line in a three-dimensional scene represented by the spherical video, wherein the intra-prediction unit is configured to perform the intra-prediction for a planar projection of the spherical video by using a directional intra-prediction mode defining a tangent to the geodesic curve; and an output unit configured to provide an encoded bitstream based on sets of residuals generated by the intra-prediction performed on the blocks to be encoded and including the directional intra-prediction mode. an input unit configured to receive frames of spherical video, each of the frames comprising blocks of pixels; an intra-prediction unit configured to generate a set of residuals for a current block to be encoded, by performing intra-prediction along a geodesic curve for the current block to be encoded, wherein the geodesic curve with its curvature corresponds to a straight line in a three-dimensional scene represented by the spherical video, wherein the intra-prediction unit is configured to perform the intra-prediction for a planar projection of the spherical video by using a directional intra-prediction mode defining a tangent to the geodesic curve; and an output unit configured to provide an encoded bitstream based on sets of residuals generated by the intra-prediction performed on the blocks to be encoded and including the directional intra-prediction mode.
Display device characterized in that it comprises: - a matrix of identical organic light-emitting diodes with variable chromatic coordinates and luminances, - a plurality of color filters, a color filter being associated with a diode to form a color sub-pixel, - an addressing circuit associated with each sub-pixels, with a control input of the supply time and a control input of the supply conditions of the color sub-pixel and a selection input, - a display device control circuit connected: - to control input of the supply conditions by a supply conditions control line specific to the sub-pixel to modify the supply conditions of the diode so as to adjust the emission spectrum of the diode and obtain the required chromatic coordinates of the sub-pixel, - to the supply time control input of each addressing circuit by a reset line (RL G, RL B, RL R) to adjust the mean luminance of the diode during a first period (Δt), the reset line (R LG, R LB, RL R) being common to all the sub-pixels of the same color, - to the selection input of each addressing circuit by a specific selection line to define if the diode of the sub-pixel has to be supplied or not. - the control circuit comprising an many selection line and supply conditions control line as sub-pixel in the matrix. - a matrix of identical organic light-emitting diodes with variable chromatic coordinates and luminances, - a plurality of color filters, a color filter being associated with a diode to form a color sub-pixel, - an addressing circuit associated with each sub-pixels, with a control input of the supply time and a control input of the supply conditions of the color sub-pixel and a selection input, - a display device control circuit connected: - to control input of the supply conditions by a supply conditions control line specific to the sub-pixel to modify the supply conditions of the diode so as to adjust the emission spectrum of the diode and obtain the required chromatic coordinates of the sub-pixel, - to the supply time control input of each addressing circuit by a reset line (RL G, RL B, RL R) to adjust the mean luminance of the diode during a first period (Δt), the reset line (R LG, R LB, RL R) being common to all the sub-pixels of the same color, - to the selection input of each addressing circuit by a specific selection line to define if the diode of the sub-pixel has to be supplied or not. - to control input of the supply conditions by a supply conditions control line specific to the sub-pixel to modify the supply conditions of the diode so as to adjust the emission spectrum of the diode and obtain the required chromatic coordinates of the sub-pixel, - to the supply time control input of each addressing circuit by a reset line (RL G, RL B, RL R) to adjust the mean luminance of the diode during a first period (Δt), the reset line (R LG, R LB, RL R) being common to all the sub-pixels of the same color, - to the selection input of each addressing circuit by a specific selection line to define if the diode of the sub-pixel has to be supplied or not. - the control circuit comprising an many selection line and supply conditions control line as sub-pixel in the matrix.
Method for assisting with the analysis of the execution of at least one virtual machine hosted by a host server, the virtual machine comprising an operating system that communicates with a hypervisor of the host system, said hypervisor interfacing between the operating system and hardware resources of the host system, said method comprising the following steps: - identifying a first instruction corresponding to an entry point of a kernel function of the virtual machine, called the current function, by scanning stepwise a memory region allocated to the kernel of the virtual machine by the hypervisor, until said first instruction is found, - identifying a second instruction corresponding to the end of said current function, by scanning stepwise the memory region allocated to the kernel of the virtual machine, from the identified entry point until said second instruction is found, - computing a digest of the instructions comprised between the first instruction and the second instruction of the current function, - searching a reference database for said digest, said database containing a set of digests of kernel functions of the operating system of the virtual machine, which are respectively associated with a prototype of said kernel function, - when said digest is found in the reference database, storing an address of the entry point of the current function in association with the prototype of the kernel function associated with said digest in the reference database. - identifying a first instruction corresponding to an entry point of a kernel function of the virtual machine, called the current function, by scanning stepwise a memory region allocated to the kernel of the virtual machine by the hypervisor, until said first instruction is found, - identifying a second instruction corresponding to the end of said current function, by scanning stepwise the memory region allocated to the kernel of the virtual machine, from the identified entry point until said second instruction is found, - computing a digest of the instructions comprised between the first instruction and the second instruction of the current function, - searching a reference database for said digest, said database containing a set of digests of kernel functions of the operating system of the virtual machine, which are respectively associated with a prototype of said kernel function, - when said digest is found in the reference database, storing an address of the entry point of the current function in association with the prototype of the kernel function associated with said digest in the reference database.
A heater assembly for an aerosol-generating device, the heater assembly comprising: a first heater casing comprising an air inlet; a second heater casing comprising an aerosol outlet; and a heating chamber for heating an aerosol-forming substrate, the heating chamber being in fluid communication with both the air inlet and aerosol outlet to define an airflow pathway through the heater assembly; the heater assembly further comprising: a heater mount, the heating chamber being mounted on the heater mount; and a seal for sealing the airflow pathway; wherein the seal is mounted on the heater mount such that the seal is spaced apart from the heating chamber; and wherein the seal is mounted on a first end of the heater mount and the heating chamber is mounted on a second end of the heater mount, the second end being axially opposite the first end. a first heater casing comprising an air inlet; a second heater casing comprising an aerosol outlet; and a heating chamber for heating an aerosol-forming substrate, the heating chamber being in fluid communication with both the air inlet and aerosol outlet to define an airflow pathway through the heater assembly; the heater assembly further comprising: a heater mount, the heating chamber being mounted on the heater mount; and a seal for sealing the airflow pathway; wherein the seal is mounted on the heater mount such that the seal is spaced apart from the heating chamber; and wherein the seal is mounted on a first end of the heater mount and the heating chamber is mounted on a second end of the heater mount, the second end being axially opposite the first end. a heater mount, the heating chamber being mounted on the heater mount; and a seal for sealing the airflow pathway; wherein the seal is mounted on the heater mount such that the seal is spaced apart from the heating chamber; and wherein the seal is mounted on a first end of the heater mount and the heating chamber is mounted on a second end of the heater mount, the second end being axially opposite the first end.
Compositions comprising, 1) as component I the compound I-3: compound I-3 2-[4-(4-chlorophenoxy)-2-(trifluoromethyl)phenyl]-1-(1,2,4-triazol-1-yl)propan-2-ol; or the N-oxides or the agriculturally acceptable salts thereof; and 2) as component II the compound II-3 compound II-3 1-[2-[[1-(4-chlorophenyl)pyrazol-3-yl]oxymethyl]-3-methyl-phenyl]-4-methyl-tetrazol-5-one; or the N-oxides or the agriculturally acceptable salts thereof. 1) as component I the compound I-3: compound I-3 2-[4-(4-chlorophenoxy)-2-(trifluoromethyl)phenyl]-1-(1,2,4-triazol-1-yl)propan-2-ol; or the N-oxides or the agriculturally acceptable salts thereof; and 2) as component II the compound II-3 compound II-3 1-[2-[[1-(4-chlorophenyl)pyrazol-3-yl]oxymethyl]-3-methyl-phenyl]-4-methyl-tetrazol-5-one; or the N-oxides or the agriculturally acceptable salts thereof.
A photoelectric conversion device comprising: a pixel array including a first pixel and a second pixel; a scanning circuit (16, 20) that outputs a control signal to the pixel array; and an output line connected to the first pixel and the second pixel, wherein the first pixel includes a photoelectric conversion unit including a first semiconductor region of a first conductivity type as a charge accumulation layer and photoelectrically converts incident light to output a signal in accordance with the incident light to the output line, and wherein the second pixel includes a second semiconductor region of the first conductivity type, a transistor including a first main electrode formed by a third semiconductor region connected to the second semiconductor region, a gate connected to the scanning circuit (16, 20), and a second main electrode formed by a fourth semiconductor region, a first contact connected between the fourth semiconductor region and the output line, and a second contact supplied with a power source potential and connected to the third semiconductor region. a pixel array including a first pixel and a second pixel; a scanning circuit (16, 20) that outputs a control signal to the pixel array; and an output line connected to the first pixel and the second pixel, wherein the first pixel includes a photoelectric conversion unit including a first semiconductor region of a first conductivity type as a charge accumulation layer and photoelectrically converts incident light to output a signal in accordance with the incident light to the output line, and wherein the second pixel includes a second semiconductor region of the first conductivity type, a transistor including a first main electrode formed by a third semiconductor region connected to the second semiconductor region, a gate connected to the scanning circuit (16, 20), and a second main electrode formed by a fourth semiconductor region, a first contact connected between the fourth semiconductor region and the output line, and a second contact supplied with a power source potential and connected to the third semiconductor region.
a power conversion device comprising: an AC line (Pr, Ps, Pt); first and second DC lines (LL, LH); a first reverse blocking-type switching unit, said first reverse blocking-type switching unit including: a first diode (Dr1, Ds1, Dt1) and a first switching element (Sr1, Ss1, St1) which are series-connected to each other between said AC line (Pr, Ps, Pt) and said first DC line, wherein said first diode (Dr1, Ds1, Dt1) is disposed with a cathode thereof directed to said first DC line side; a second reverse blocking-type switching unit, said second reverse blocking-type switching unit including: a second diode (Dr2, Ds2, Dt2) and a second switching element (Sr2, Ss2, St2) which are series-connected to each other between said AC line (Pr, Ps, Pt) and said second DC line, wherein said second diode (Dr2, Ds2, Dt2) is disposed with an anode thereof directed to said second DC line side; characterized by at least one third diode (Dr3, Ds3, Dt3), said at least one third diode (Dr3, Ds3, Dt3) including: an anode on said first DC line side and a cathode on said serial AC line (Pr, Ps, Pt), wherein said at least one third diode (Dr3, Ds3, Dt3) is antiparallel-connected to at least any one of said first switching element (Sr1, Ss1, St1). an AC line (Pr, Ps, Pt); first and second DC lines (LL, LH); a first reverse blocking-type switching unit, said first reverse blocking-type switching unit including: a first diode (Dr1, Ds1, Dt1) and a first switching element (Sr1, Ss1, St1) which are series-connected to each other between said AC line (Pr, Ps, Pt) and said first DC line, wherein said first diode (Dr1, Ds1, Dt1) is disposed with a cathode thereof directed to said first DC line side; a second reverse blocking-type switching unit, said second reverse blocking-type switching unit including: a second diode (Dr2, Ds2, Dt2) and a second switching element (Sr2, Ss2, St2) which are series-connected to each other between said AC line (Pr, Ps, Pt) and said second DC line, wherein said second diode (Dr2, Ds2, Dt2) is disposed with an anode thereof directed to said second DC line side; characterized by at least one third diode (Dr3, Ds3, Dt3), said at least one third diode (Dr3, Ds3, Dt3) including: an anode on said first DC line side and a cathode on said serial AC line (Pr, Ps, Pt), wherein said at least one third diode (Dr3, Ds3, Dt3) is antiparallel-connected to at least any one of said first switching element (Sr1, Ss1, St1).
A block copolymer composition comprising a block copolymer component having a molecular weight peak in the range of molecular weight 150,000 to 300,000 and comprising tapered blocks; and a block copolymer component having a molecular weight peak in the range of molecular weight 50,000 to 140,000 and comprising tapered blocks, wherein the block copolymer component and the block copolymer component consist of a vinyl aromatic hydrocarbon and a conjugated diene; the conjugated diene content in the block copolymer component is 10 to 20 mass%; the conjugated diene content in the block copolymer component is 30 to 50 mass%; and a ratio / between molecular weight peak areas occupied by block copolymer component and block copolymer component in the block copolymer composition is 20/80 to 80/20.
Mobile telecommunications terminal for supporting the maintenance and/or repair of vehicles, wherein a vehicle comprises a diagnostic interface, wherein vehicle identification information is allocated to the vehicle, wherein the vehicle identification information is affixed to the vehicle such that the vehicle identification information can be visually detected, wherein a communications module comprising a wireless interface is connected to the diagnostic interface or wherein the diagnostic interface comprises a wireless interface, wherein the mobile telecommunications terminal comprises a further wireless interface, wherein the mobile telecommunications terminal is configured to process information which can be retrieved via the diagnostic interface and relates to the state of the vehicle, wherein the mobile telecommunications terminal comprises a camera device, wherein the diagnostic interface, the wireless interface and the further wireless interface are configured to transfer the at least one item of information relating to the state of the vehicle to the mobile telecommunications terminal, wherein the camera device of the mobile telecommunications terminal is configured to detect the vehicle identification information, wherein at least one measure for maintaining and/or repairing the vehicle can be defined by means of the information relating to the state of the vehicle on the one hand and the vehicle identification information on the other hand, characterised in that the mobile telecommunications terminal is configured such that - when transferring the information relating to the state of the vehicle to the mobile telecommunications terminal within a predetermined time interval, the vehicle identification information is detected by means of the camera device of the mobile telecommunications terminal, or in that - when detecting the vehicle identification information by means of the camera device of the mobile telecommunications terminal within a predetermined time interval, the transfer of the information relating to the state of the vehicle to the mobile telecommunications terminal is initiated. - when transferring the information relating to the state of the vehicle to the mobile telecommunications terminal within a predetermined time interval, the vehicle identification information is detected by means of the camera device of the mobile telecommunications terminal, or in that - when detecting the vehicle identification information by means of the camera device of the mobile telecommunications terminal within a predetermined time interval, the transfer of the information relating to the state of the vehicle to the mobile telecommunications terminal is initiated.