mhurhangee/ep-ind-claims huggingface dataset:
An advanced driver assistance calibration device for a vehicle comprising a target device, and a laser wheel clamp attachable on one front wheel of the vehicle, and a scale wheel clamp attachable on the other front wheel of the vehicle; a first reflective mirror and a second reflective mirror which are disposed on the target device, and which are symmetrically distributed on both sides of a center of a crossbeam of the target device; characterized in that a horizontal scale is disposed on the crossbeam, an angle between the first reflective mirror and the crossbeam, and an angle between the second reflective mirror and the crossbeam are 45 degrees, and an angle between the first reflective mirror and the second reflective mirror is 90 degrees, so that, in operation, a laser beam orthogonal to the crossbeam and incident on the first reflective mirror at 45 degrees in the horizontal plane is incident on the second reflective mirror in the direction of the crossbeam through the reflection of the first reflective mirror. a laser wheel clamp attachable on one front wheel of the vehicle, and a scale wheel clamp attachable on the other front wheel of the vehicle; a first reflective mirror and a second reflective mirror which are disposed on the target device, and which are symmetrically distributed on both sides of a center of a crossbeam of the target device; characterized in that a horizontal scale is disposed on the crossbeam, an angle between the first reflective mirror and the crossbeam, and an angle between the second reflective mirror and the crossbeam are 45 degrees, and an angle between the first reflective mirror and the second reflective mirror is 90 degrees, so that, in operation, a laser beam orthogonal to the crossbeam and incident on the first reflective mirror at 45 degrees in the horizontal plane is incident on the second reflective mirror in the direction of the crossbeam through the reflection of the first reflective mirror.
A bottle washing machine for washing bottles, in particular bottles for liquid foods, the machine comprising a turret rotatably supported about a vertical axis of rotation (z), and a plurality of washing devices held by the turret, each of which arranged to wash a corresponding bottle with each revolution of the turret about said vertical axis of rotation (z), wherein each washing device comprises: a supporting body mounted on the turret so as to rotate about said vertical axis of rotation (z) together with the turret, and to rotate with respect to the turret about a horizontal axis of rotation (y) oriented tangentially with respect to a circumference having its center on said vertical axis of rotation (z), first drive means for causing the supporting body to rotate with respect to the turret about said horizontal axis of rotation (y) according to a given law of motion, gripping means which are carried by the supporting body and may be controlled to switch alternatingly, between a closed position for gripping the neck of the bottle and an open position for releasing the bottle, injection means (38, 40) for injecting a fluid into the bottle when the latter is clamped by said gripping means, and a dummy bottle usable to contain a spray of disinfecting liquid sprayed by said injection means during a rinsing and sanitizing process of the machine, the machine being characterized in that each dummy bottle is secured to the supporting body of the corresponding washing device so as to rotate therewith about said horizontal axis of rotation (y) between a working position, in which the dummy bottle is above and aligned with said injection means, and a rest position, in which the dummy bottle is laterally away from said injection means (38, 40). a supporting body mounted on the turret so as to rotate about said vertical axis of rotation (z) together with the turret, and to rotate with respect to the turret about a horizontal axis of rotation (y) oriented tangentially with respect to a circumference having its center on said vertical axis of rotation (z), first drive means for causing the supporting body to rotate with respect to the turret about said horizontal axis of rotation (y) according to a given law of motion, gripping means which are carried by the supporting body and may be controlled to switch alternatingly, between a closed position for gripping the neck of the bottle and an open position for releasing the bottle, injection means (38, 40) for injecting a fluid into the bottle when the latter is clamped by said gripping means, and a dummy bottle usable to contain a spray of disinfecting liquid sprayed by said injection means during a rinsing and sanitizing process of the machine, the machine being characterized in that each dummy bottle is secured to the supporting body of the corresponding washing device so as to rotate therewith about said horizontal axis of rotation (y) between a working position, in which the dummy bottle is above and aligned with said injection means, and a rest position, in which the dummy bottle is laterally away from said injection means (38, 40).
A catalyst arrangement sequentially comprising a first device for the metering of ammonia or an ammonia precursor, a first SCR catalyst, and a catalyst with a carrier body having a length L extending between a first end surface a and a second end surface b; and variously composed catalytically active material zones A, B and C arranged on the carrier body, wherein - material zone A contains platinum, or platinum and palladium, in a weight ratio Pt: Pd of ≥ 1, and extends, starting from end face a or starting from end face b, over 70 to 100 % of length L, and - material zone B contains palladium, or platinum and palladium, and extends from end face b over a portion of length L, and - material zone C contains SCR-active material, and extends from end face a over a portion of a portion of length L, wherein material zone C is arranged over material zone A and wherein the catalyst is arranged such that its end face a points in the direction of the first SCR catalyst. - material zone A contains platinum, or platinum and palladium, in a weight ratio Pt: Pd of ≥ 1, and extends, starting from end face a or starting from end face b, over 70 to 100 % of length L, and - material zone B contains palladium, or platinum and palladium, and extends from end face b over a portion of length L, and - material zone C contains SCR-active material, and extends from end face a over a portion of a portion of length L,
Method for producing a succession of containers, the method comprising the following steps: - supplying an oven with a succession of initial preforms produced in a thermoplastic material - in the oven, successively heating each of the initial preforms to make heated preforms thereof, - transferring the heated preforms to a forming station, and - successively injecting pressurized air into each heated preform to form a succession of containers in the said forming station, in which the method comprises the definition of at least one constraint parameter correlated with the internal stress of the thermoplastic material in the preform and the definition of a range of acceptable values for said parameter, the method comprising a step of analysing each of the initial preforms and each of the heated preforms, said analysis step comprising the following steps for each of the preforms analysed: - determining a value of said constraint parameter of the preform analysed, - comparing the determined value to the range of acceptable values, - emitting an output signal when the determined value is outside of the range of acceptable values; characterized in that the constraint parameter comprises the variation of height (h) and/or of the outer diameter of the body of the preform analysed before and after the step of heating of said analysed preform, the step of determination of the value of said parameter comprising a step of measurement of the height (h) and/or of the outer diameter of the body of the preform before the heating step, a step of measurement of the height and/or of the outer diameter of the body of the same preform after the heating step and a step of determination of the variation of said height and/or of the outer diameter of the body. - supplying an oven with a succession of initial preforms produced in a thermoplastic material - in the oven, successively heating each of the initial preforms to make heated preforms thereof, - transferring the heated preforms to a forming station, and - successively injecting pressurized air into each heated preform to form a succession of containers in the said forming station, - determining a value of said constraint parameter of the preform analysed, - comparing the determined value to the range of acceptable values, - emitting an output signal when the determined value is outside of the range of acceptable values; characterized in that the constraint parameter comprises the variation of height (h) and/or of the outer diameter of the body of the preform analysed before and after the step of heating of said analysed preform, the step of determination of the value of said parameter comprising a step of measurement of the height (h) and/or of the outer diameter of the body of the preform before the heating step, a step of measurement of the height and/or of the outer diameter of the body of the same preform after the heating step and a step of determination of the variation of said height and/or of the outer diameter of the body.
A method of laying underwater pipelines in the bed of a body of water, the method comprising the steps of laying an underwater pipeline along a given path on the bed of the body of water; breaking up a ground mass in the bed along said path; fluidifying the broken ground mass beneath the underwater pipeline to sink the underwater pipeline into the fluidified ground mass, wherein the broken ground mass comprises adjacent ground particles; maintaining hydrodynamic suspension of said ground particles in the water in a first area beneath the underwater pipeline in the step of fluidifying, which comprises sucking part of the broken ground mass hydraulically from a first area beneath the underwater pipeline; the method being characterized by transferring by means of at least one tube slightly longer than the depth of the broken ground mass said part of the broken ground mass to a second area on the underwater pipeline and above the first area, to assist burying the underwater pipeline under a ground layer.
Method for producing printed lids by printing a print pattern on a substrate in the form of a roll of material in a web-fed offset printing machine, feeding the printed substrate into a punching device and punching the lids from the substrate by means of punches, the web-fed offset printing machine comprising a printing plate which has the print pattern thereon and is mounted on a printing cylinder, and the printing plate mounted on the printing cylinder comprising a gap or channel between the end faces thereof, characterised in that a sensor determines the position of the channel in the printing plate on the printing cylinder or on a marking printed on the substrate and generates an electronic signal which is used to control a punch drive and/or a stepping motor used for advancing the substrate, the position of the channel, formed through the printing plate, on the printing cylinder causing the rate at which the substrate advances into the punching device to increase and then reduce back to the original value and/or causing the punch stroke to be time-delayed and then return to the original value, resulting in there being a break in the print pattern outside the punching region of the punching tools or cutting tools of the punching device, which break is produced by the channel in the printing plate.
A display apparatus comprising: a first substrate comprising a plurality of light emitting diodes regularly arranged thereon; a second substrate comprising a TFT panel part comprising a plurality of TFTs driving the plurality of light emitting diodes; and a third substrate comprising a light converter converting light emitted from the first substrate, wherein the first substrate and the second substrate are coupled to each other so as to face each other; the light emitting diodes are electrically connected to the TFTs, respectively; the first substrate and the third substrate are coupled to each other so as to face each other; and light emitted from the plurality of light emitting diodes is converted into at least one of blue light, green light, and red light through the light converter; wherein the first substrate further comprises: a plurality of support substrates; the plurality of light emitting diodes disposed on the plurality of support substrates, respectively; and a blocking portion disposed between the plurality of support substrates and blocking light emitted from the plurality of light emitting diodes. a first substrate comprising a plurality of light emitting diodes regularly arranged thereon; a second substrate comprising a TFT panel part comprising a plurality of TFTs driving the plurality of light emitting diodes; and a third substrate comprising a light converter converting light emitted from the first substrate, wherein the first substrate and the second substrate are coupled to each other so as to face each other; the light emitting diodes are electrically connected to the TFTs, respectively; the first substrate and the third substrate are coupled to each other so as to face each other; and light emitted from the plurality of light emitting diodes is converted into at least one of blue light, green light, and red light through the light converter; wherein the first substrate further comprises: a plurality of support substrates; the plurality of light emitting diodes disposed on the plurality of support substrates, respectively; and a blocking portion disposed between the plurality of support substrates and blocking light emitted from the plurality of light emitting diodes. a plurality of support substrates; the plurality of light emitting diodes disposed on the plurality of support substrates, respectively; and a blocking portion disposed between the plurality of support substrates and blocking light emitted from the plurality of light emitting diodes.
A method for controlling a driving assisted vehicle including a plurality of controllers (1-7, 21-26) that share operation functions in a driving assist control, comprising: dividing the plurality of controllers (1-7, 21-26), which respectively share an actuator operation function and a host vehicle periphery recognition operation function in the driving assist control, into a plurality of controller groups (A, B) to construct a network topology, determining whether a failure has occurred in any one of the plurality of controllers (1-7, 21-26), upon determining that a failure has not occurred in any of the plurality of controllers (1-7, 21-26), a normal mode is executed, upon determining that a failure has occurred in any one of the plurality of controllers (1-7, 21-26), sending failure information to a normal controller group other than a failed controller group to which a failed controller belongs via a network communication line (8-12, 27-28, 32-35), and when the normal controller group receives the failure information via the network communication line (8-12, 27-28, 32-35), executing a failure mode for backing up the operation function that is lost due to the failure using the controllers constituting the normal controller group, wherein executing the failure mode is continued until the driver returns to the operation; characterized in that the network topology is based on an architecture that realizes equivalent operation functions with each of the controller groups (A, B) and in the normal mode, the operation functions are realized using all of the plurality of controllers (1-7, 21-26). dividing the plurality of controllers (1-7, 21-26), which respectively share an actuator operation function and a host vehicle periphery recognition operation function in the driving assist control, into a plurality of controller groups (A, B) to construct a network topology, determining whether a failure has occurred in any one of the plurality of controllers (1-7, 21-26), upon determining that a failure has not occurred in any of the plurality of controllers (1-7, 21-26), a normal mode is executed, upon determining that a failure has occurred in any one of the plurality of controllers (1-7, 21-26), sending failure information to a normal controller group other than a failed controller group to which a failed controller belongs via a network communication line (8-12, 27-28, 32-35), and when the normal controller group receives the failure information via the network communication line (8-12, 27-28, 32-35), executing a failure mode for backing up the operation function that is lost due to the failure using the controllers constituting the normal controller group, wherein executing the failure mode is continued until the driver returns to the operation; characterized in that the network topology is based on an architecture that realizes equivalent operation functions with each of the controller groups (A, B) and in the normal mode, the operation functions are realized using all of the plurality of controllers (1-7, 21-26).
A clamping device for the clamping in place of at least one belt, wherein the clamping device has a basic body on which there are arranged at least two basic body clamping bodies (5, 17) in the form of an elongated member for the winding around of the belt, characterised in that at least a third basic body clamping body, in the form of a lever pivotable relative to the basic body, is arranged on the basic body, wherein the third basic body clamping body is pivotable into a clamping position for the clamping of the belt between the basic body clamping bodies (5, 17) in the form of an elongated body and the third basic body clamping body.
A process for the preparation of bismuth oxyhalide, comprising combining at least one bismuth salt and at least one halide source in an acidic aqueous medium in the presence of a reducing agent, and isolating a precipitate formed.
A sensing / control / identification device of a machine, the device comprising: a first stage including: a rectification and power conditioning module configured to receive electromagnetic, EM, transmissions from an EM transmitting source via waveguide confinement and convert said EM transmissions to electrical power; a communication interface module configured to receive power from the rectification and power conditioning module and at least one of receive the EM transmissions or transmit EM communications via waveguide confinement; and a control module configured to receive EM transmission data from the communication interface for processing or preparing the EM communications for transmission from the communication interface module; a second stage including: a tuneable output module configured to process and convert instructions or commands from the control module of the first stage into analogue or digital signals and generate and transmit an output signal; and at least one connection between the first stage and the second stage to enable communication between the first stage and the second stage. a first stage including: a rectification and power conditioning module configured to receive electromagnetic, EM, transmissions from an EM transmitting source via waveguide confinement and convert said EM transmissions to electrical power; a communication interface module configured to receive power from the rectification and power conditioning module and at least one of receive the EM transmissions or transmit EM communications via waveguide confinement; and a control module configured to receive EM transmission data from the communication interface for processing or preparing the EM communications for transmission from the communication interface module; a rectification and power conditioning module configured to receive electromagnetic, EM, transmissions from an EM transmitting source via waveguide confinement and convert said EM transmissions to electrical power; a communication interface module configured to receive power from the rectification and power conditioning module and at least one of receive the EM transmissions or transmit EM communications via waveguide confinement; and a control module configured to receive EM transmission data from the communication interface for processing or preparing the EM communications for transmission from the communication interface module; a second stage including: a tuneable output module configured to process and convert instructions or commands from the control module of the first stage into analogue or digital signals and generate and transmit an output signal; and at least one connection between the first stage and the second stage to enable communication between the first stage and the second stage.
A pharmaceutical composition of isolated microvesicles for use in the therapy for promoting or enhancing wound healing, wherein the isolated microvesicles are prepared with a method comprising the steps of: (a) obtaining a biological fluid containing microvesicles; (b) clarifying the biological fluid to remove cellular debris; (c) precipitating the microvesicles by adding a precipitating agent which is polyethylene glycol to the clarified biological fluid; (d) collecting the precipitated microvesicles; (e) washing the precipitated microvesicles to remove the precipitating agent; and (f) optionally suspending the microvesicles in a solution for storage or subsequent use-to produce an isolated preparation of microvesicles, wherein the biological fluid containing microvesicles is obtained from bone marrow-derived mesenchymal stem cells. (a) obtaining a biological fluid containing microvesicles; (b) clarifying the biological fluid to remove cellular debris; (c) precipitating the microvesicles by adding a precipitating agent which is polyethylene glycol to the clarified biological fluid; (d) collecting the precipitated microvesicles; (e) washing the precipitated microvesicles to remove the precipitating agent; and (f) optionally suspending the microvesicles in a solution for storage or subsequent use-to produce an isolated preparation of microvesicles,
Compound from the avermectin family for use in the treatment and/or prevention of folliculitis caused by an anti-cancer agent having anti-EGFR activity.
A computer-implemented method to determine a wellbore design, the method comprising: modeling subsurface strata of a geological formation; analyzing a vertical column of the subsurface strata in order to determine a true vertical stratigraphic depth ("TVSD") of the subsurface strata; modeling fracture growth behavior for one or more fracture initiation points along the TVSD; and determining the wellbore design based upon the modeled fracture growth behavior for the one or more fracture initiation points along the TVSD, wherein determining the wellbore design further comprises determining the wellbore design for a horizontal or high angle wellbore. modeling subsurface strata of a geological formation; analyzing a vertical column of the subsurface strata in order to determine a true vertical stratigraphic depth ("TVSD") of the subsurface strata; modeling fracture growth behavior for one or more fracture initiation points along the TVSD; and determining the wellbore design based upon the modeled fracture growth behavior for the one or more fracture initiation points along the TVSD, wherein determining the wellbore design further comprises determining the wellbore design for a horizontal or high angle wellbore.