mhurhangee/ep-ind-claims huggingface dataset:
A stave cooler for a metallurgical furnace, in particular for a blast furnace, comprising: a panel-like body having a front face for facing the interior of said metallurgical furnace, an opposite rear face, an upper face, an opposite lower face and two side faces; and at least one internal coolant passage arranged within said panel-like body; and a ledge on said front face; said ledge extending between said side faces for being arranged in a horizontal plane characterized by at least one protection element covering at least part of an upper face of said ledge, wherein each said protection element comprises a first lateral portion, a second lateral portion and a central portion; said first and second lateral portions each having a widened front section and a narrow connection section, and wherein said panel-like body is provided with at least one through hole, said at least one through hole being arranged for passing each of said first and second lateral portions and said central portion (130 of said protection element therethrough in turn. a panel-like body having a front face for facing the interior of said metallurgical furnace, an opposite rear face, an upper face, an opposite lower face and two side faces; and at least one internal coolant passage arranged within said panel-like body; and a ledge on said front face; said ledge extending between said side faces for being arranged in a horizontal plane characterized by at least one protection element covering at least part of an upper face of said ledge, wherein each said protection element comprises a first lateral portion, a second lateral portion and a central portion; said first and second lateral portions each having a widened front section and a narrow connection section, and wherein said panel-like body is provided with at least one through hole, said at least one through hole being arranged for passing each of said first and second lateral portions and said central portion (130 of said protection element therethrough in turn.
A shock absorber assembly including a fluid for absorbing forces between a first component and a second component comprising; a housing extending along an axis and presenting an open interior (28, 30), a piston slidably disposed in said open interior (28, 30) of said housing and defining a compression chamber on one side of said piston and a rebound chamber on the other side of said piston, said piston presenting at least one aperture for conveying the fluid through said piston between said compression and rebound chambers, a valve engaging said piston for impeding the passage of fluid through said aperture of said piston, characterized in that it comprises a bi-stable solenoid disposed in said housing and interconnected with said valve and including an armature moveable between a first stable position maintained without the use of external energy for applying a first biasing force against a resilient disc of said valve and a second stable position different than said first stable position and maintained without the use of external energy for applying a second biasing force being less than said first biasing force against said resilient disc of said valve.
A protective device for mitigating a blast or impact, said protective device comprising: a first layer having a length in the direction of wave propagation L 1, having a first acoustic impedance, having a modulus of elasticity E 1 and a density ρ 1; a second layer being joined to said first layer, having a length L 2, having a second acoustic impedance, having a modulus of elasticity E 2, and a density ρ 2; and a third layer being joined to said second layer; characterized in that said first layer is made of a stiff, linear elastic material; said second layer is made of an elastic material; said third layer is made of a visco-elastic material; said second acoustic impedance is much less than said first acoustic impedance to ensure tuning, such that a ratio of the first acoustic impedance to the second acoustic impedance being expressed as E 1 ρ 1 > > E 2 ρ 2, is greater than or equal to 70; said third layer has a critical damping frequency that matches a specific tuned frequency of said first and second layers; wherein said first layer and said second layer are chosen collectively to tune the stress waves from the blast or impact to said specific tuned frequency of f A = E 1 / ρ 1 2 L 1. a first layer having a length in the direction of wave propagation L 1, having a first acoustic impedance, having a modulus of elasticity E 1 and a density ρ 1; a second layer being joined to said first layer, having a length L 2, having a second acoustic impedance, having a modulus of elasticity E 2, and a density ρ 2; and a third layer being joined to said second layer; characterized in that said first layer is made of a stiff, linear elastic material; said second layer is made of an elastic material; said third layer is made of a visco-elastic material; said second acoustic impedance is much less than said first acoustic impedance to ensure tuning, such that a ratio of the first acoustic impedance to the second acoustic impedance being expressed as E 1 ρ 1 > > E 2 ρ 2, is greater than or equal to 70; said third layer has a critical damping frequency that matches a specific tuned frequency of said first and second layers; wherein said first layer and said second layer are chosen collectively to tune the stress waves from the blast or impact to said specific tuned frequency of f A = E 1 / ρ 1 2 L 1.
An isocyanate-containing prepolymer obtainable by reacting at least one isocyanate with at least one first compound and with at least one second compound different from said at least one first compound, both compounds being each independently selected from the group comprising monohydric alcohols, thiols and secondary amines; and wherein the at least one isocyanate comprises polymeric methylene diphenyl diisocyanate.
A computer -implemented method for detecting threats on a network, comprising: separating received network packets into one or more session datasets, wherein a session dataset corresponds to one or more flows; performing state-based detection on the one or more session datasets to generate first preliminary detection data for a host, wherein the state-based detection detects behavior that is recognized over multiple session datasets over a span of time; performing stateless detection on the one or more session datasets to generate second preliminary detection data for the host, wherein stateless detection detects behavior in a single session dataset; receiving the first and second preliminary detection data and determining whether to: (a) report the first or second preliminary detection data by sending the first or second preliminary detection data to a scoring engine or (b) combine the first or second preliminary detection data with other preliminary detection data to provide accumulated preliminary detection data, wherein determining whether to report the first or second preliminary detection data or to combine the first or second preliminary detection data with other preliminary detection data is based at least partly on examining detection type and other detections that have been observed for the host; and generating a detection data score for the host based on the reported and the accumulated preliminary detection data, wherein the score indicates a certainty of an observed behavior and a threatening nature of the observed behavior. separating received network packets into one or more session datasets, wherein a session dataset corresponds to one or more flows; performing state-based detection on the one or more session datasets to generate first preliminary detection data for a host, wherein the state-based detection detects behavior that is recognized over multiple session datasets over a span of time; performing stateless detection on the one or more session datasets to generate second preliminary detection data for the host, wherein stateless detection detects behavior in a single session dataset; receiving the first and second preliminary detection data and determining whether to: (a) report the first or second preliminary detection data by sending the first or second preliminary detection data to a scoring engine or (b) combine the first or second preliminary detection data with other preliminary detection data to provide accumulated preliminary detection data, wherein determining whether to report the first or second preliminary detection data or to combine the first or second preliminary detection data with other preliminary detection data is based at least partly on examining detection type and other detections that have been observed for the host; and generating a detection data score for the host based on the reported and the accumulated preliminary detection data, wherein the score indicates a certainty of an observed behavior and a threatening nature of the observed behavior.
Computer-implemented method for calculating an output from a tomographic scrollable image stack, including a large number of generated sectional images (21, 22, 23, 24) of a tissue to be examined, having the following steps: - receiving the scrollable image stack from a tomography unit; - calculating the output for a display unit, wherein the output includes a primary image that is intended for representing the received image stack, and wherein the output includes a secondary image with additional information, wherein the secondary image is displayed overlaid on the primary image once an unhide or hide signal is received, wherein the overlaid form includes overlaying on the grayscale values of the primary image the grayscale values of the secondary image, by blending the grayscale values, wherein the blending takes place in dependence on a speed of a leafing through the image stack. - receiving the scrollable image stack from a tomography unit; - calculating the output for a display unit, wherein the output includes a primary image that is intended for representing the received image stack, and wherein the output includes a secondary image with additional information, wherein the secondary image is displayed overlaid on the primary image once an unhide or hide signal is received, wherein the overlaid form includes overlaying on the grayscale values of the primary image the grayscale values of the secondary image, by blending the grayscale values, wherein the blending takes place in dependence on a speed of a leafing through the image stack.
A warming patch comprising a support and adhesive layer disposed on at least one surface of said support, wherein said adhesive layer contains a warming material, I-menthol, and polyethylene glycol as an irritation reducing agent, wherein the amount of said I-menthol is 0.5-1.5 mass% based on the total amount of said adhesive layer, wherein the amount of polyethylene glycol is 5-15 mass% based on the total amount of said adhesive layer, wherein said warming material is selected from a group comprising capsaicin, dihydroxycapsaicin, capsanthin, capsaicinoid, capsicoside, capsicum extract, capsicum tincture and capsici fructus pulveratus, and wherein said patch contains 0.01-0.03 mass % of said warming material, based on the total amount of said adhesive layer.
A method of identifying CD8+ cells able to lyse CD4+ HIV-infected cells from a subject, the method comprising: providing a suspension of effector CD8+ cells and target cells from a subject deposited onto a moldable slab containing at least one microwell in a microwell array, wherein at least one microwell in said microwell array has a single effector CD8+ cell; culturing said suspension under conditions allowing for lysis of said target cells by said effector CD8+ cells; detecting lysis of said target cells by said effector CD8+ cells, and identifying effector CD8+ cells able to lyse CD4+ HIV-infected cells; wherein lysis is detected by monitoring change in fluorescence of a labeled cell or by monitoring changes in intracellular calcium levels of said target cells; said method further comprising contacting the microwell array with a substrate, wherein the substrate is pretreated with at least one agent that can specifically detect a product of said effector CD8+ cells. providing a suspension of effector CD8+ cells and target cells from a subject deposited onto a moldable slab containing at least one microwell in a microwell array, wherein at least one microwell in said microwell array has a single effector CD8+ cell; wherein at least one microwell in said microwell array has a single effector CD8+ cell; culturing said suspension under conditions allowing for lysis of said target cells by said effector CD8+ cells; detecting lysis of said target cells by said effector CD8+ cells, and identifying effector CD8+ cells able to lyse CD4+ HIV-infected cells; wherein lysis is detected by monitoring change in fluorescence of a labeled cell or by monitoring changes in intracellular calcium levels of said target cells; wherein lysis is detected by monitoring change in fluorescence of a labeled cell or by monitoring changes in intracellular calcium levels of said target cells; said method further comprising contacting the microwell array with a substrate, wherein the substrate is pretreated with at least one agent that can specifically detect a product of said effector CD8+ cells.
A method of outputting a screen image (401, 403, 405, 407) of an electronic device having a touch screen, a display unit and a projector, the method comprising: projecting a screen image (401, 403, 405, 407) onto a target object through a projector of the electronic device when a projector application is executed, the screen image (401, 403, 405, 407) is one screen image displayed on the screen of the electronic device and said one screen image corresponds to a screen image displayed on the display unit of said electronic device, comprising a home screen image or an application screen image suitable for display within the whole of the display unit of the touch screen of the electronic device; measuring a distance (409, 413, 417) between the electronic device and the target object on which the projected screen image is projected; generating a combined screen image (411, 415, 419) defined as a plurality of screen images supported to be displayed on a projected screen image by the electronic device when a function of a beam projector is activated; setting the number of screen images (401, 403, 405, 407) to be displayed according to the measured distance (409, 413, 417) and combining the set number of screen images (401, 403, 405, 407) such that said screen images are adjacent to one another; and projecting the combined screen image (411, 415, 419) onto the target object through the projector. projecting a screen image (401, 403, 405, 407) onto a target object through a projector of the electronic device when a projector application is executed, the screen image (401, 403, 405, 407) is one screen image displayed on the screen of the electronic device and said one screen image corresponds to a screen image displayed on the display unit of said electronic device, comprising a home screen image or an application screen image suitable for display within the whole of the display unit of the touch screen of the electronic device; measuring a distance (409, 413, 417) between the electronic device and the target object on which the projected screen image is projected; generating a combined screen image (411, 415, 419) defined as a plurality of screen images supported to be displayed on a projected screen image by the electronic device when a function of a beam projector is activated; setting the number of screen images (401, 403, 405, 407) to be displayed according to the measured distance (409, 413, 417) and combining the set number of screen images (401, 403, 405, 407) such that said screen images are adjacent to one another; and projecting the combined screen image (411, 415, 419) onto the target object through the projector.
A process of making a reinforced hollow fiber membrane comprising the steps of: a) applying reinforcing filaments (26, 32) to a moving water soluble core which moves while the filaments are placed around it; b) coating a dope over the reinforcing filaments and the water soluble core; c) forming a membrane from the dope; d) removing the water soluble core comprising dissolving said core in water; and f) shrinking the reinforcing filaments (26,32) at a temperature of 100 degrees C or more, said shrinking step being before the coating step. a) applying reinforcing filaments (26, 32) to a moving water soluble core which moves while the filaments are placed around it; b) coating a dope over the reinforcing filaments and the water soluble core; c) forming a membrane from the dope; d) removing the water soluble core comprising dissolving said core in water; and f) shrinking the reinforcing filaments (26,32) at a temperature of 100 degrees C or more, said shrinking step being before the coating step.
An active pharmaceutical ingredient comprising or consisting essentially of cannabidiol and cannabigerol for use in the treatment of melanoma, wherein the CBD and CBG are present in a ratio of 1:1 (CBD:CBG).
Dual clutch, comprising two clutch units (9, 10) which act in a nonpositive manner and which are mounted on a common, one-part clutch hub for conjoint rotation and axial movement - in relation to an axis of clutch rotation - comprising a multipart pressure disk arrangement which is held in an axially fixed manner on the clutch hub between the clutch units, and comprising two axially movable pressure pistons (3, 4), each of which can be released by means of a compression spring arrangement positioned in the clutch hub, wherein each compression spring arrangement comprises a plurality of compression springs (6, 8) each of which is arranged in an aperture (5, 7) in the clutch hub, wherein each aperture is introduced into the clutch hub as an axially extending blind hole, characterized in that the pressure disk arrangement is accommodated in a radial groove in the clutch hub, said groove being spaced apart radially and/or axially from the blind holes (5, 7) - in relation to the axis of clutch rotation.
A kimchi packaging container with flexibility and firmness, comprising: an accommodation part formed in the shape of a pouch made of a flexible material; a connection part for maintaining the upper end of the accommodation part in an open state; a cover part for blocking the opening of the upper end of the connection part and pressing kimchi accommodated in the accommodation part with pressing plates provided on the bottom surface thereof; a support part for blocking the opening of the lower end of the accommodation part, characterized in that said support part is formed in a fixed shape so as to constantly maintain the shape of the lower end of the accommodation part; and in that said kimchi packaging container comprises a handle strap comprising two end portions, both end portions being formed with a plurality of coupling holes, wherein the connection part has first protrusions, which are formed on the outer surface of the connection part so as to face each other in the back and forth directions or in the right and left directions of the connection part, such that each one of the first protrusions is coupled to any one of the plurality of coupling holes formed in both end portions of the handle strap, and wherein the support part has second protrusions, which are formed on the outer surface of the support part so as to face each other in the back and forth directions or in the right and left directions of the support part, such that each one of the second protrusions is coupled to any one of the plurality of coupling holes formed in both end portions of the handle strap. an accommodation part formed in the shape of a pouch made of a flexible material; a connection part for maintaining the upper end of the accommodation part in an open state; a cover part for blocking the opening of the upper end of the connection part and pressing kimchi accommodated in the accommodation part with pressing plates provided on the bottom surface thereof; a support part for blocking the opening of the lower end of the accommodation part, characterized in that said support part is formed in a fixed shape so as to constantly maintain the shape of the lower end of the accommodation part; and in that said kimchi packaging container comprises a handle strap comprising two end portions, both end portions being formed with a plurality of coupling holes, wherein the connection part has first protrusions, which are formed on the outer surface of the connection part so as to face each other in the back and forth directions or in the right and left directions of the connection part, such that each one of the first protrusions is coupled to any one of the plurality of coupling holes formed in both end portions of the handle strap, and wherein the support part has second protrusions, which are formed on the outer surface of the support part so as to face each other in the back and forth directions or in the right and left directions of the support part, such that each one of the second protrusions is coupled to any one of the plurality of coupling holes formed in both end portions of the handle strap.
A transporter engaging device, comprising: a bracket body which includes a top plate, a base, and a bracket post supported between the top plate and the base; wherein a guiding portion is disposed on the base, and a positioning portion is disposed on the top plate; the guiding portion disposed at a lower portion of the bracket body and can provide guiding for an engaging action of the transporter; and the positioning portion disposed at an upper portion of the bracket body and can be positioned in engagement with the transporter; wherein the guiding portion includes a guiding fork disposed toward a transporter engaging side, the guiding fork having a divergent guiding opening at a front end; and wherein the positioning portion comprises a positioning pin disposed at the upper portion of the bracket body. a bracket body which includes a top plate, a base, and a bracket post supported between the top plate and the base; wherein a guiding portion is disposed on the base, and a positioning portion is disposed on the top plate; the guiding portion disposed at a lower portion of the bracket body and can provide guiding for an engaging action of the transporter; and the positioning portion disposed at an upper portion of the bracket body and can be positioned in engagement with the transporter; wherein the guiding portion includes a guiding fork disposed toward a transporter engaging side, the guiding fork having a divergent guiding opening at a front end; and wherein the positioning portion comprises a positioning pin disposed at the upper portion of the bracket body.