mhurhangee/ep-ind-claims huggingface dataset:
A hydrocarbon conversion process, comprising: (a) providing a first mixture comprising ≥ 10.0 wt. % hydrocarbon based on the weight of the first mixture; (b) exposing the first mixture to a temperature ≥ 400°C under pyrolysis conditions to produce a second mixture comprising ≥ 1.0 wt. % of C 2 unsaturates, and ≥ 0.1 wt. % of Tar Heavies, the weight percents being based on the weight of the second mixture; (c) separating from the second mixture a third mixture comprising ≥ 10.0 wt. % of the second mixture's Tar Heavies based on the weight of the second mixture's Tar Heavies; (d) providing a utility fluid, the utility fluid comprising ≥ 90.0 wt. % based on the weight of the utility fluid of one or more of benzene, ethylbenzene, trimethylbenzene, xylene, toluene, or methylnaphthalenes, and, having an ASTM D86 10% distillation point ≥ 60.0°C and a 90% distillation point ≤ 350.0°C; and (e) contacting the third mixture with at least one hydroprocessing catalyst under catalytic hydroprocessing conditions in the presence of molecular hydrogen and the utility fluid to convert at least a portion of the third mixture to a hydroprocessed product, wherein (i) the hydroprocessed product has a viscosity less than that of the third mixture and (ii) the hydroprocessing has a coke yield ≤ 0.1 wt. % based on the weight of the third mixture; wherein the relative amounts of utility fluid and third mixture during the hydroprocessing are in the range of 40 wt. % to 90.0 wt. % of the third mixture and 10.0 wt. % to 60.0 wt. % of the utility fluid, the weight percents being based on the amount of utility fluid and third mixture present during the hydroprocessing. (a) providing a first mixture comprising ≥ 10.0 wt. % hydrocarbon based on the weight of the first mixture; (b) exposing the first mixture to a temperature ≥ 400°C under pyrolysis conditions to produce a second mixture comprising ≥ 1.0 wt. % of C 2 unsaturates, and ≥ 0.1 wt. % of Tar Heavies, the weight percents being based on the weight of the second mixture; (c) separating from the second mixture a third mixture comprising ≥ 10.0 wt. % of the second mixture's Tar Heavies based on the weight of the second mixture's Tar Heavies; (d) providing a utility fluid, the utility fluid comprising ≥ 90.0 wt. % based on the weight of the utility fluid of one or more of benzene, ethylbenzene, trimethylbenzene, xylene, toluene, or methylnaphthalenes, and, having an ASTM D86 10% distillation point ≥ 60.0°C and a 90% distillation point ≤ 350.0°C; and (e) contacting the third mixture with at least one hydroprocessing catalyst under catalytic hydroprocessing conditions in the presence of molecular hydrogen and the utility fluid to convert at least a portion of the third mixture to a hydroprocessed product, wherein (i) the hydroprocessed product has a viscosity less than that of the third mixture and (ii) the hydroprocessing has a coke yield ≤ 0.1 wt. % based on the weight of the third mixture;
A cable splice box, comprising: a heat shrink tube; an elastic rubber shrinkable pipe; and at least one cable entry end having a first hollow cylindrical column with a first crosssection being elliptical and a second hollow cylindrical column with a second crosssection being circular, characterized in that the first hollow cylindrical column allows passage of a U-turned first main cable, to be waterproofed by configuring the heat shrink tube to cover the U-turned first main cable and the first hollow cylindrical column, into the cable splice box, and the second hollow cylindrical column allows passage of a second main cable, to be waterproofed by configuring the elastic rubber shrinkable pipe to cover the second main cable and the second hollow cylindrical column, into the cable splice box. a heat shrink tube; an elastic rubber shrinkable pipe; and at least one cable entry end having a first hollow cylindrical column with a first crosssection being elliptical and a second hollow cylindrical column with a second crosssection being circular, characterized in that the first hollow cylindrical column allows passage of a U-turned first main cable, to be waterproofed by configuring the heat shrink tube to cover the U-turned first main cable and the first hollow cylindrical column, into the cable splice box, and the second hollow cylindrical column allows passage of a second main cable, to be waterproofed by configuring the elastic rubber shrinkable pipe to cover the second main cable and the second hollow cylindrical column, into the cable splice box.
A mass spectrometer for analyzing a sample, the mass spectrometer comprising: a frame which is a container having conductivity; a needle provided in the frame; an electrode (9a, 9b, 9c, 19) provided apart from the needle in the frame; a detector configured to detect an ion amount based on electrons that are emitted from an ionized sample generated based on the sample; a control unit configured to display to an operator a detection result of said ion amount; a first power supply configured to apply a first voltage to the needle; a second power supply (21, 22, 23, 24) configured to apply a second voltage to the electrode; a first current detection unit connected in series between a ground of the first power supply and the frame; and a second current detection unit (1b, 1c, 1d, 1e) connected in series between a ground of the second power supply and the frame, wherein the control unit is configured to respectively, based on a comparison between a threshold value and current amounts measured by the first current detection unit and the second current detection unit, to determine occurrence of a first electric discharge between the needle and a component of an ion source other than the electrode, to determine occurrence of a second electric discharge between the needle and the electrode, and and to detect a portion where an electric discharge occurs. a frame which is a container having conductivity; a needle provided in the frame; an electrode (9a, 9b, 9c, 19) provided apart from the needle in the frame; a detector configured to detect an ion amount based on electrons that are emitted from an ionized sample generated based on the sample; a control unit configured to display to an operator a detection result of said ion amount; a first power supply configured to apply a first voltage to the needle; a second power supply (21, 22, 23, 24) configured to apply a second voltage to the electrode; a first current detection unit connected in series between a ground of the first power supply and the frame; and a second current detection unit (1b, 1c, 1d, 1e) connected in series between a ground of the second power supply and the frame, wherein the control unit is configured to respectively, based on a comparison between a threshold value and current amounts measured by the first current detection unit and the second current detection unit, to determine occurrence of a first electric discharge between the needle and a component of an ion source other than the electrode, to determine occurrence of a second electric discharge between the needle and the electrode, and and to detect a portion where an electric discharge occurs.
An operating device for a vehicle, comprising - a housing having a front wall, - at least one operating element which can be manually actuated starting from a rest position for the purpose of entering a command or activating a function, - a switch, which is assigned to the operating element, having a switching member on which the operating element acts during manual operation, - a support element arranged inside the housing with a distance to the operating element, - wherein the support element comprises a bending bar with an upper side facing the operating element and a lower side facing away from the upper side, - wherein the switch assigned to the operating element is arranged on the bending bar, and - an adjustment member acting on the bending bar for adjusting the bending position of the bending bar relative to the operating element in its resting position and for maintaining and thus stabilizing the bending bar in its adjusted bending position when the operating element acts on the switching member, - wherein the adjustment member comprises a threaded sleeve with an internal thread and an adjustment screw with a threaded shaft in the form of a self-tapping screw, wherein the internal thread of the threaded sleeve and the external thread of the threaded shaft of the adjustment screw have the same or substantially the same pitch. - a housing having a front wall, - at least one operating element which can be manually actuated starting from a rest position for the purpose of entering a command or activating a function, - a switch, which is assigned to the operating element, having a switching member on which the operating element acts during manual operation, - a support element arranged inside the housing with a distance to the operating element, - wherein the support element comprises a bending bar with an upper side facing the operating element and a lower side facing away from the upper side, - wherein the switch assigned to the operating element is arranged on the bending bar, and - an adjustment member acting on the bending bar for adjusting the bending position of the bending bar relative to the operating element in its resting position and for maintaining and thus stabilizing the bending bar in its adjusted bending position when the operating element acts on the switching member, - wherein the adjustment member comprises a threaded sleeve with an internal thread and an adjustment screw with a threaded shaft in the form of a self-tapping screw, wherein the internal thread of the threaded sleeve and the external thread of the threaded shaft of the adjustment screw have the same or substantially the same pitch.
Implantable sensor for determining a concentration of at least one analyte in a medium, particularly in a body tissue and/or a body fluid, wherein the implantable sensor has a flexible, tubular sensor element, wherein the tubular sensor element has a flexible, tubular body, wherein at least two electrode rings for the electrochemical determination of the concentration of the analyte are mounted on the tubular body, characterized in that the at least two electrode rings are in each case wired in an alternating manner.
A method for changing the presentation of a current channel to another channel on a display in response to a viewer input received via a remote control, the method comprising: providing an output to the display that presents imagery on the display, wherein the imagery comprises content from the current channel; receiving the viewer input from the remote control to change the current channel; in response to the viewer input to change the current channel, adapting the imagery to include a scroll window that provides information about the current channel and that is presented in a portion of the display in conjunction with the current channel; scrolling the information provided in the scroll window while continuing to present the current channel as the viewer input to change the current channel continues; and when the viewer input to change the current channel is complete, stopping the scrolling and adapting the output to thereby provide content from the other channel on the display; characterised in that the scrolling comprises smoothly scrolling the information in the scroll window by providing a gradual and continuous progression of the information across the scroll window such that information appears to the viewer to smoothly proceed from one edge of the scroll window to the opposing edge of the window. providing an output to the display that presents imagery on the display, wherein the imagery comprises content from the current channel; receiving the viewer input from the remote control to change the current channel; in response to the viewer input to change the current channel, adapting the imagery to include a scroll window that provides information about the current channel and that is presented in a portion of the display in conjunction with the current channel; scrolling the information provided in the scroll window while continuing to present the current channel as the viewer input to change the current channel continues; and when the viewer input to change the current channel is complete, stopping the scrolling and adapting the output to thereby provide content from the other channel on the display; characterised in that the scrolling comprises smoothly scrolling the information in the scroll window by providing a gradual and continuous progression of the information across the scroll window such that information appears to the viewer to smoothly proceed from one edge of the scroll window to the opposing edge of the window.
A system for securing connections to Internet of Things, IoT, devices (120, 122), comprising a server on the Internet, said server comprising: a memory; and a hardware processor coupled to the memory and configured at least to: receive (318, 332), at the server, a notification that indicates that first inbound traffic from the Internet has been blocked at a router, wherein the first inbound traffic was destined for a first IoT device (120, 122); in response to receiving, at the server, the notification, send (334, 362), from the server to a user device distinct from the server, an alert that indicates that the first inbound traffic has been blocked; receive (364, 334), at the server, first instructions from the user device indicating to unblock the first inbound traffic; and in response to receiving, at the server, the first instructions, send (336, 320), from the server to the router, second instructions to unblock the first inbound traffic. a memory; and a hardware processor coupled to the memory and configured at least to: receive (318, 332), at the server, a notification that indicates that first inbound traffic from the Internet has been blocked at a router, wherein the first inbound traffic was destined for a first IoT device (120, 122); in response to receiving, at the server, the notification, send (334, 362), from the server to a user device distinct from the server, an alert that indicates that the first inbound traffic has been blocked; receive (364, 334), at the server, first instructions from the user device indicating to unblock the first inbound traffic; and in response to receiving, at the server, the first instructions, send (336, 320), from the server to the router, second instructions to unblock the first inbound traffic. receive (318, 332), at the server, a notification that indicates that first inbound traffic from the Internet has been blocked at a router, wherein the first inbound traffic was destined for a first IoT device (120, 122); in response to receiving, at the server, the notification, send (334, 362), from the server to a user device distinct from the server, an alert that indicates that the first inbound traffic has been blocked; receive (364, 334), at the server, first instructions from the user device indicating to unblock the first inbound traffic; and in response to receiving, at the server, the first instructions, send (336, 320), from the server to the router, second instructions to unblock the first inbound traffic.
Method for manufacturing a part having very high mechanical properties from a hot-rolled or cold-rolled steel strip, comprising the following successive steps: - said strip is precoated with aluminium or an aluminium alloy; - said coated strip is cold-deformed; - any excess sheet is removed, in view of the final geometry of said part; - said part is heated so as to form an intermetallic compound on the surface of said part, starting from the steel/coating interface, and to austenitise the steel; - said part is transferred to a tool; - said part is cooled in a tool at a rate such that the steel has, after being cooled, a martensitic or bainitic structure or a martensite-bainite structure; - characterised in that the interface between said steel strip and the precoat before said heating has no intermetallic phase and in that said precoat is formed by at least one aluminium or aluminium alloy electroplating step, by at least one aluminium or aluminium alloy chemical vapour deposition step, by at least one aluminium or aluminium alloy physical vapour deposition step, by at least one co-rolling step in which said steel strip is co-rolled with an aluminium or aluminium alloy foil, it being possible for said at least one precoating step to be carried out by itself or in combination, - and in that the generalised strain of said cold deformation is greater than 20% at at least one point of said part, the generalised strain being defined by ε = 2 3 ε 1 2 + ε 1 ε 2 + ε 2 2, ε 1, ε 2 being the principal strains associated with said cold deformation. - said strip is precoated with aluminium or an aluminium alloy; - said coated strip is cold-deformed; - any excess sheet is removed, in view of the final geometry of said part; - said part is heated so as to form an intermetallic compound on the surface of said part, starting from the steel/coating interface, and to austenitise the steel; - said part is transferred to a tool; - said part is cooled in a tool at a rate such that the steel has, after being cooled, a martensitic or bainitic structure or a martensite-bainite structure; - characterised in that the interface between said steel strip and the precoat before said heating has no intermetallic phase and in that said precoat is formed by at least one aluminium or aluminium alloy electroplating step, by at least one aluminium or aluminium alloy chemical vapour deposition step, by at least one aluminium or aluminium alloy physical vapour deposition step, by at least one co-rolling step in which said steel strip is co-rolled with an aluminium or aluminium alloy foil, it being possible for said at least one precoating step to be carried out by itself or in combination, - and in that the generalised strain of said cold deformation is greater than 20% at at least one point of said part, the generalised strain being defined by ε = 2 3 ε 1 2 + ε 1 ε 2 + ε 2 2, ε 1, ε 2 being the principal strains associated with said cold deformation.
A method for making a carbon fiber reinforced poly(aryletherketone) composition said method comprising: - providing chips of CF/PEKK composite material; and - melt mixing said chips with at least one poly(aryletherketone) polymer different from the PEKK in the CF/PEKK composite material. - providing chips of CF/PEKK composite material; and - melt mixing said chips with at least one poly(aryletherketone) polymer different from the PEKK in the CF/PEKK composite material.
A surgical drape comprising: a mainsheet having a mainsheet fenestration therein permitting access to a surgical region for performance of a surgical procedure when the drape covers a patient during the surgical procedure, the mainsheet having a head-oriented edge and having a surgeon-side and a patient-side; a screen connected to the mainsheet at the head-oriented edge, the screen having a patient side and a surgeon side and having a screen fenestration, said screen further comprising a flexible tunnel structure configured to form a channel connecting the surgeon side to the patient side of the screen and sized to allow passage of an infant, the screen further comprising at least one flap (45, 66) configured to inhibit a patient's visual access through the screen fenestration. a mainsheet having a mainsheet fenestration therein permitting access to a surgical region for performance of a surgical procedure when the drape covers a patient during the surgical procedure, the mainsheet having a head-oriented edge and having a surgeon-side and a patient-side; a screen connected to the mainsheet at the head-oriented edge, the screen having a patient side and a surgeon side and having a screen fenestration, said screen further comprising a flexible tunnel structure configured to form a channel connecting the surgeon side to the patient side of the screen and sized to allow passage of an infant, the screen further comprising at least one flap (45, 66) configured to inhibit a patient's visual access through the screen fenestration.
Pole handle comprising: - a pole strap formed by webbing connected to an insert, - a body oriented along a longitudinal axis, the body having an insert housing intended to receive the insert, the insert housing being formed in the upper part of the body such that the insert can be introduced into the housing in a direction substantially parallel to the longitudinal axis of the body, - a locking mechanism comprising a bolt that is able to cooperate with the insert so as to keep the insert in the insert housing, it being possible to unlock the locking mechanism directly by moving the insert in the opposite direction to the introduction of the insert, wherein the bolt slides in a transverse housing of the body, the insert housing has a flared shape that widens towards the upper opening of the housing, and the walls (321, 322) of the insert that cooperate with the insert housing are inclined and have a complementary overall shape, in order to guide, by shape cooperation, the engagement of the insert in the insert housing. - a pole strap formed by webbing connected to an insert, - a body oriented along a longitudinal axis, the body having an insert housing intended to receive the insert, the insert housing being formed in the upper part of the body such that the insert can be introduced into the housing in a direction substantially parallel to the longitudinal axis of the body, - a locking mechanism comprising a bolt that is able to cooperate with the insert so as to keep the insert in the insert housing, it being possible to unlock the locking mechanism directly by moving the insert in the opposite direction to the introduction of the insert,
A display device, comprising an array substrate and a color filter substrate; wherein the color filter substrate comprises a display region (a), and a peripheral black matrix region (b) which are sequentially arranged from inside to outside in plan view; wherein a bonding line configured to transmit a drive signal is provided on the color filter substrate within the peripheral black matrix region (b); the bonding line is electrically connected to an electrically conductive structure on the array substrate through a connection structure to transmit said drive signal to said electrically conductive structure; wherein the display device is characterized in that the color filter substrate is provided with a common electrode in the display region (a); the bonding line and the common electrode are made of an identical material and arranged in an identical layer on the color filter substrate.