mhurhangee/ep-ind-claims huggingface dataset:
An exogenous agent capable of binding SET and inhibiting the ability of SET to inhibit PP2A or inhibiting the ability of SET to activate CDK5/p35 kinase, for use in a method of medical treatment, wherein the agent is a peptide which has an amino acid sequence identity to SEQ ID NO: 1 of at least 75%, and wherein the medical treatment is of a condition selected from progressive supranuclear palsy, corticobasal degeneration, Pick's disease (PiD), and argyrophilic grain disease, psoriasis, cancer, myelodysplastic syndrome, and tuberous sclerosis.
An apparatus for mixing a liquid fuel with air in a dual fluid direct injection system for an internal combustion engine, the apparatus comprising an inlet for receiving a metered quantity of liquid fuel from a liquid fuel metering device comprising a fuel injector, a flow path extending from the inlet for transporting liquid fuel received from the fuel injector at the inlet to a mixing zone at which liquid fuel is admitted into a volume of air to create an air-fuel mixture, the flow path having an inlet end communicating with the inlet and an outlet end communicating with the mixing zone to convey liquid fuel received at the inlet end and to discharge liquid fuel at the outlet end into the mixing zone, wherein the volume of liquid fuel discharged at the outlet end of the flow path corresponds to the volume of the metered quantity of liquid fuel received at the inlet end of the flow path, wherein the flow path is sized to retain liquid fuel therein by capillary action whereby the flow path remains substantially filled with liquid fuel between delivery cycles, and wherein the flow path comprises a directional change between the inlet end and the outlet end and wherein the mixing zone communicates with a fluid delivery injector, whereby the fluid delivery injector is arranged to deliver the air-fuel mixture directly into a combustion space of the engine.
A lift assembly comprising: an article to be lifted between a lowered position and a raised position; a flexible drive element coupled to the article and defining a longitudinal axis; a power mechanism coupled to the drive element; and a drum rotatable by the power mechanism to wind the drive element about the drum; a load cell assembly positioned in contact with the drive element, the load cell assembly comprising; a load cell housing; a first load cell member contacting the drive element and movable relative to the load cell housing; a second load cell member contacting the drive element at a position spaced from the first load cell member; and a guide roller directing the drive element from the drum to the first and second load cell members (570, 578); a load cell sensor coupled to the first load cell member and operative to provide an output corresponding with a load on the drive element; wherein the first load cell member is positioned between the guide roller and the second load cell member along the drive element. an article to be lifted between a lowered position and a raised position; a flexible drive element coupled to the article and defining a longitudinal axis; a power mechanism coupled to the drive element; and a drum rotatable by the power mechanism to wind the drive element about the drum; a load cell assembly positioned in contact with the drive element, the load cell assembly comprising; a load cell housing; a first load cell member contacting the drive element and movable relative to the load cell housing; a second load cell member contacting the drive element at a position spaced from the first load cell member; and a guide roller directing the drive element from the drum to the first and second load cell members (570, 578); a load cell sensor coupled to the first load cell member and operative to provide an output corresponding with a load on the drive element; a load cell housing; a first load cell member contacting the drive element and movable relative to the load cell housing; a second load cell member contacting the drive element at a position spaced from the first load cell member; and a guide roller directing the drive element from the drum to the first and second load cell members (570, 578); a load cell sensor coupled to the first load cell member and operative to provide an output corresponding with a load on the drive element;
System for analysis of the state of inductive operating means, the system comprising - a measuring device constructed for the purpose of - detecting an acoustic reference signal and a plurality of operating variables, which can change over time, of the operating means or a reference operating means during a reference time period; and - detecting an acoustic signal and the operating variables during a productive time period; and - an evaluating device arranged for the purpose of - generating a reference data set from the reference signal and a productive data set from the acoustic signal; - performing a regression analysis of the reference data set and thereby creating a model for description of the acoustic reference signal by the operating variables; - generating a state evaluation of the operating means from a difference between the productive data set and values modelled in accordance with the model, characterized, in that - the time-variable operating variables of the operating means comprise a tapchanger setting of the operating means or of a reference operating means. - a measuring device constructed for the purpose of - detecting an acoustic reference signal and a plurality of operating variables, which can change over time, of the operating means or a reference operating means during a reference time period; and - detecting an acoustic signal and the operating variables during a productive time period; and - detecting an acoustic reference signal and a plurality of operating variables, which can change over time, of the operating means or a reference operating means during a reference time period; and - detecting an acoustic signal and the operating variables during a productive time period; and - an evaluating device arranged for the purpose of - generating a reference data set from the reference signal and a productive data set from the acoustic signal; - performing a regression analysis of the reference data set and thereby creating a model for description of the acoustic reference signal by the operating variables; - generating a state evaluation of the operating means from a difference between the productive data set and values modelled in accordance with the model, - generating a reference data set from the reference signal and a productive data set from the acoustic signal; - performing a regression analysis of the reference data set and thereby creating a model for description of the acoustic reference signal by the operating variables; - generating a state evaluation of the operating means from a difference between the productive data set and values modelled in accordance with the model, - the time-variable operating variables of the operating means comprise a tapchanger setting of the operating means or of a reference operating means.
A sheet for cutaneous application comprising a support layer made of loosely woven fabric embedded in a layer of silicone elastomer incorporating vitamin E or an ester thereof, wherein said layer of silicone elastomer has a thickness less than or equal to 2.0 mm and said silicone elastomer contains an elasticity modifier consisting of a triglyceride of saturated C 8 -C 18 fatty acids.
Use of a mixer for the production of concrete, the mixer having a mixing trough and a mixer rotor that is rotatable about a substantially vertical axis of rotation via a drive motor and at which at least one mixing tool (24, 26) drivable via a separate drive motor is arranged rotatable about a separate vertical axis of rotation, wherein the drive speeds of the mixer rotor and of the at least one mixing tool (24, 26) can be set independently of one another, wherein the mixer rotor and the at least one mixing tool can be driven independently of one another via a transmission, characterized in that the mixer is a ring-pan mixer, the mixing trough having a ring passage in which the mixing tools (24, 26) are arranged; in that the drive motors are arranged beneath the mixing trough; and in that the mixer rotor can be driven via a drive shaft configured as a hollow shaft, with the hollow shaft having an outer shaft for driving the mixer rotor and an inner shaft for driving a transmission separately provided for the at least one mixing tool (24, 26).
A flame-retardant insert for a drain for discharging surface water, in particular a roof drain or a park deck drain, wherein the flame-retardant insert includes - a housing having a passage opening for the liquid to be discharged, - a cover arranged to be spaced from the passage opening, and - a closing part for closing the passage opening in the event of fire, wherein a holding element fastens the closing part on the cover, and the closing part is more heat resistant than the holding part, wherein an accommodation space filled with intumescence material is formed between the closing part and the cover. - a housing having a passage opening for the liquid to be discharged, - a cover arranged to be spaced from the passage opening, and - a closing part for closing the passage opening in the event of fire,
Apparatus (100; 100a; 100b) for attaching an orthogonal mode transducer, OMT, (200; 200a) to an antenna, wherein said apparatus comprises a frame for receiving said OMT, and an antenna interface device for establishing a radio frequency, RF, signal connection (rfs) between said OMT (200; 200a) and said antenna, wherein said frame comprises a supporting surface for releasably attaching said antenna interface device to said frame, wherein said frame comprises a fastening device for releasably attaching said frame to said antenna, wherein said fastening device comprises at least two fastening sections (114_1, 114_2), characterized in that at least one of said two fastening sections (114_1, 114_2) comprises an elastically deformable zone (z_1, z_2). wherein said frame comprises a fastening device for releasably attaching said frame to said antenna, wherein said fastening device comprises at least two fastening sections (114_1, 114_2), characterized in that at least one of said two fastening sections (114_1, 114_2) comprises an elastically deformable zone (z_1, z_2).
A coating for road construction, comprising solid fragments coated with a binder, characterised in that the binder mainly comprises tall-oil pitch and at least one additive selected from one or more elements from the group formed of rosins, rosin derivatives, solid terpenes and solid terpene derivatives.
A camera module, comprising: a lens part; a hollowed front body accommodating the lens part in an inner space; a board part disposed at a rear side of the front body and formed with a plurality of PCBs (Printed Circuit Boards); a first fence coupled to the board to mutually space the plurality of PCBs apart to an optical axis direction; a second fence coupled to a rear side of the first fence; and a finger electrically connecting the board part and the second fence characterized in that the finger includes a board coupling part coupled to a board of saic board part, and an elastic deformation part extensively formed from the board coupling part, and in that the second fence and the elastic deformation part are mutually electrically connected. a lens part; a hollowed front body accommodating the lens part in an inner space; a board part disposed at a rear side of the front body and formed with a plurality of PCBs (Printed Circuit Boards); a first fence coupled to the board to mutually space the plurality of PCBs apart to an optical axis direction; a second fence coupled to a rear side of the first fence; and a finger electrically connecting the board part and the second fence characterized in that the finger includes a board coupling part coupled to a board of saic board part, and an elastic deformation part extensively formed from the board coupling part, and in that the second fence and the elastic deformation part are mutually electrically connected.
An integrated circuit device having a nonvolatile programmable memory, comprising: nonvolatile memory; memory control and programming logic coupled to the nonvolatile memory and adapted for writing data to the nonvolatile memory wherein said memory control and programming logic is operable to determine whether a write protection function is to be performed from digital signals supplied to at least one input connection (120a..c, 114); at least one multifunction input connection (120c; A0) coupled to the memory control and programming logic, wherein the at least one multifunction input connection (120c; A0) is used to distinguish between a permanent and a temporary write protection of the data written to the nonvolatile memory; wherein the permanent write protection is enabled when a voltage on the at least one multifunction input connection (120c; A0) is less than a first voltage value, and the temporary write protection is enabled when the voltage on the at least one multifunction input connection (120c; A0) is greater than a second voltage value, the second voltage value being greater than the first voltage value; and wherein the write protection cannot be enabled when the voltage on the at least one multifunction input connection (120c; A0) is equal to or greater than the first voltage value and less than or equal to the second voltage value. nonvolatile memory; memory control and programming logic coupled to the nonvolatile memory and adapted for writing data to the nonvolatile memory wherein said memory control and programming logic is operable to determine whether a write protection function is to be performed from digital signals supplied to at least one input connection (120a..c, 114); at least one multifunction input connection (120c; A0) coupled to the memory control and programming logic, wherein the at least one multifunction input connection (120c; A0) is used to distinguish between a permanent and a temporary write protection of the data written to the nonvolatile memory; wherein the permanent write protection is enabled when a voltage on the at least one multifunction input connection (120c; A0) is less than a first voltage value, and the temporary write protection is enabled when the voltage on the at least one multifunction input connection (120c; A0) is greater than a second voltage value, the second voltage value being greater than the first voltage value; and the permanent write protection is enabled when a voltage on the at least one multifunction input connection (120c; A0) is less than a first voltage value, and the temporary write protection is enabled when the voltage on the at least one multifunction input connection (120c; A0) is greater than a second voltage value, the second voltage value being greater than the first voltage value; and wherein the write protection cannot be enabled when the voltage on the at least one multifunction input connection (120c; A0) is equal to or greater than the first voltage value and less than or equal to the second voltage value.
Method for manufacturing a beverage can, a bottle or a spray can made of aluminium alloy, by means of drawing-ironing followed by necking and/or bending, from a non-circular blank, whereby: - The metal strip from which each blank is taken is virtually divided into identical regular hexagons wherein two opposite sides are substantially perpendicular to the rolling direction of said strip and forming a plane compact hexagonal system - The perimeter of said blank is calculated by adjustment using a concentric circle having a radius less than that of the inscribed circle of the corresponding hexagon, to compensate, during drawing, for the anisotropic behaviour of the metal, by varying the blank diameter according to the orientation thereof with respect to the rolling direction, by increasing the radius of the blank along the directions corresponding to hollows on the cup profile, due to the anisotropic behaviour of the metal during the first drawing step, and reducing same along the directions corresponding to ears or bumps on said profile, and characterised in that - At least four ears are added beyond and from said perimeter, in the zones of the hexagon left free, either wherein the primary axis forms an angle respectively of substantially 35°, 145°, 215° and 325° with the rolling direction, each having a relative height of 0.3 to 0.8% with respect to said initial concentric circle, and a maximum width in view of the space available, or typically corresponding, at the mid-height of said ear, to a minimum angular sector of substantially 25° having the centre of the blank as the vertex thereof. - The metal strip from which each blank is taken is virtually divided into identical regular hexagons wherein two opposite sides are substantially perpendicular to the rolling direction of said strip and forming a plane compact hexagonal system - The perimeter of said blank is calculated by adjustment using a concentric circle having a radius less than that of the inscribed circle of the corresponding hexagon, to compensate, during drawing, for the anisotropic behaviour of the metal, by varying the blank diameter according to the orientation thereof with respect to the rolling direction, by increasing the radius of the blank along the directions corresponding to hollows on the cup profile, due to the anisotropic behaviour of the metal during the first drawing step, and reducing same along the directions corresponding to ears or bumps on said profile, and characterised in that - At least four ears are added beyond and from said perimeter, in the zones of the hexagon left free, either wherein the primary axis forms an angle respectively of substantially 35°, 145°, 215° and 325° with the rolling direction, each having a relative height of 0.3 to 0.8% with respect to said initial concentric circle, and a maximum width in view of the space available, or typically corresponding, at the mid-height of said ear, to a minimum angular sector of substantially 25° having the centre of the blank as the vertex thereof.
A blade comprising: an airfoil including a base and a free, tip end, the tip end including at least one porous, abradable element, characterised in that: the at least one porous, abradable element includes a random array of pores that form a closed porosity.
A system for tracking moving objects in a scene, comprising a first overview unit arranged to capture a first overview of a first portion of a scene, a second overview unit arranged to capture a second overview of a second portion of a scene, wherein the first portion and the second portion may be partly overlapping, and a PTZ-camera, able to pan, tilt and zoom, so as to image selected objects in the first or second portion of the scene, wherein the first and the second overview unit are configured to detect and locate moving objects in the scene, and to transmit positional data of said moving objects to a control unit, characterized in that the control unit is configured to use said positional data as input to derive a superobject having a position and a size as defined by a geometrical shape extending over a moving object detected by the first overview unit and a moving object detected by the second overview unit and any intermediate space, and determine if the PTZ-camera may be arranged in a first pan position and a first tilt position, and in a first zoom setting such that the superobject may be imaged using a single view of the PTZ-camera, wherein the first zoom setting is higher than a threshold being either a minimum zoom level of the PTZ camera or a user defined optical zoom level of the PTZ-camera and upon determining that the superobject may be imaged using a single view of the PTZ-camera, to send instructions to the PTZ-camera to assume the first zoom setting and move to the first pan position and the first tilt position, so as to image the superobject. a first overview unit arranged to capture a first overview of a first portion of a scene, a second overview unit arranged to capture a second overview of a second portion of a scene, wherein the first portion and the second portion may be partly overlapping, and a PTZ-camera, able to pan, tilt and zoom, so as to image selected objects in the first or second portion of the scene, wherein the first and the second overview unit are configured to detect and locate moving objects in the scene, and to transmit positional data of said moving objects to a control unit, characterized in that the control unit is configured to use said positional data as input to derive a superobject having a position and a size as defined by a geometrical shape extending over a moving object detected by the first overview unit and a moving object detected by the second overview unit and any intermediate space, and determine if the PTZ-camera may be arranged in a first pan position and a first tilt position, and in a first zoom setting such that the superobject may be imaged using a single view of the PTZ-camera, wherein the first zoom setting is higher than a threshold being either a minimum zoom level of the PTZ camera or a user defined optical zoom level of the PTZ-camera and upon determining that the superobject may be imaged using a single view of the PTZ-camera, to send instructions to the PTZ-camera to assume the first zoom setting and move to the first pan position and the first tilt position, so as to image the superobject.
A method for preparing a sultone derivative represented by the following Chemical Formula 4, the method comprising the steps of: 1) reacting an alcohol represented by the following Chemical Formula 1 with a sulfonyl chloride derivative represented by the following Chemical Formula 2 to prepare an intermediate represented by the following Chemical Formula 3; and 2) cyclizing the intermediate represented by the Chemical Formula 3 to prepare the sultone derivative represented by the Chemical Formula 4, wherein the first step and the second step are carried out in the presence of a base. wherein, R 1 and R 2 are each independently a halogen atom, R 3 represents an unsubstituted C1-C10 alkyl group or a C1-C10 alkyl group substituted with halogen and R 4 represents hydrogen, an unsubstituted C1-C10 alkyl group or a C1-C10 alkyl group substituted with halogen. 1) reacting an alcohol represented by the following Chemical Formula 1 with a sulfonyl chloride derivative represented by the following Chemical Formula 2 to prepare an intermediate represented by the following Chemical Formula 3; and 2) cyclizing the intermediate represented by the Chemical Formula 3 to prepare the sultone derivative represented by the Chemical Formula 4, wherein the first step and the second step are carried out in the presence of a base. wherein, R 1 and R 2 are each independently a halogen atom, R 3 represents an unsubstituted C1-C10 alkyl group or a C1-C10 alkyl group substituted with halogen and R 4 represents hydrogen, an unsubstituted C1-C10 alkyl group or a C1-C10 alkyl group substituted with halogen.