mhurhangee/ep-ind-claims huggingface dataset:
System for the catalytic production of diesel oil from a starting material from the group of residues, such as plastics (PE, PP, pet, PVC, etc.), cellulose-containing substances and biomaterials, comprising at least one introduction system for the starting material, a reaction unit, at least one single-part or multi-part separation and separator unit and at least one sediment preparation stage for solids and/or sediments, wherein the reaction unit comprises at least one reactor for treating a mixing phase of a liquid carrier phase (carrier oil) and the solid starting material, wherein the reactor - in intended operation, has a gas- or steam-filled head chamber (11.1) and a product chamber (11.2) filled with the mixing phase, further comprising an inlet for the starting material, a head outlet for a gas or vapor phase, an outlet connected to the sediment preparation stage and at least one motor-driven agitation unit for homogenizing and circulating the reactor content, which projects into the product chamber (11.2) with at least one agitator body, characterized in that the reactor comprises at least one heating device or a heating device directly adjacent thereto, wherein the heating device is an SSG high-frequency wave heater (22.1), which has a solid-state generator, and the at least one SSG high-frequency wave heater (22.1) has in particular a power of 80 to 200 kW or more, and which is separated from the product chamber (11.2) of the reactor or the circulating line carrying the mixing phase by at least one pane, window and/or pipe made of glass or quartz glass. - in intended operation, has a gas- or steam-filled head chamber (11.1) and a product chamber (11.2) filled with the mixing phase, further comprising an inlet for the starting material, a head outlet for a gas or vapor phase, an outlet connected to the sediment preparation stage and at least one motor-driven agitation unit for homogenizing and circulating the reactor content, which projects into the product chamber (11.2) with at least one agitator body, characterized in that the reactor comprises at least one heating device or a heating device directly adjacent thereto, wherein the heating device is an SSG high-frequency wave heater (22.1), which has a solid-state generator, and the at least one SSG high-frequency wave heater (22.1) has in particular a power of 80 to 200 kW or more, and which is separated from the product chamber (11.2) of the reactor or the circulating line carrying the mixing phase by at least one pane, window and/or pipe made of glass or quartz glass.
A crumbly phase composition containing on total weight of the composition (i) 70 - 87 wt% of organic compounds and salts thereof containing 85 to 100 wt% of MGDA-Na3 on total organic compounds and salts thereof, wherein at least 60wt% of the MGDA-Na3 is crystalline, and (ii) 13 - 30 wt% of water. (i) 70 - 87 wt% of organic compounds and salts thereof containing 85 to 100 wt% of MGDA-Na3 on total organic compounds and salts thereof, wherein at least 60wt% of the MGDA-Na3 is crystalline, and (ii) 13 - 30 wt% of water.
A temperature distribution measurement system comprising: a laser light source optically connected to an optical fiber; a photodetector configured to detect light backscattered in the optical fiber; a temperature distribution measurement unit configured to perform correction calculation using a transfer function on a measured temperature distribution obtained from an output from the photodetector; and an actual temperature distribution measurement unit configured to measure an actual temperature distribution in a location where the optical fiber is laid, the system being characterized in that the temperature distribution measurement unit determines appropriateness of the transfer function at specified time intervals by computing a difference between the measured temperature distribution after the correction and the actual temperature distribution, and, when determining that the transfer function is inappropriate, the temperature distribution measurement unit corrects the transfer function by using the measured temperature distribution before the correction and the actual temperature distribution. a laser light source optically connected to an optical fiber; a photodetector configured to detect light backscattered in the optical fiber; a temperature distribution measurement unit configured to perform correction calculation using a transfer function on a measured temperature distribution obtained from an output from the photodetector; and an actual temperature distribution measurement unit configured to measure an actual temperature distribution in a location where the optical fiber is laid,
A camera comprising: a retractable mirror; a mirror contact member with which the mirror is contactable; and a bounce regulation member including a bounce regulation portion with which the mirror is contacted when the mirror is bounced from the mirror contact member; wherein the mirror contact member is provided so as to be rotatable around a rotation center, wherein the mirror contact member includes a first eccentric portion that is eccentric with respect to the rotation center of the mirror contact member, and a second eccentric portion that is eccentric with respect to the rotation center of the mirror contact member substantially at the same eccentricity as that of the first eccentric portion, wherein when the mirror is displaced to a mirror-down state, the mirror is contacted with the first eccentric portion, wherein the bounce regulation member is disposed to be rotatable about the second eccentric portion, characterized in that the camera further comprises: a rotation member arranged to be rotated when the mirror and the mirror contact member are contacted with each other, and wherein the mirror contact member and the bounce regulation member are provided on the rotation member. a retractable mirror; a mirror contact member with which the mirror is contactable; and a bounce regulation member including a bounce regulation portion with which the mirror is contacted when the mirror is bounced from the mirror contact member; wherein the mirror contact member is provided so as to be rotatable around a rotation center, wherein the mirror contact member includes a first eccentric portion that is eccentric with respect to the rotation center of the mirror contact member, and a second eccentric portion that is eccentric with respect to the rotation center of the mirror contact member substantially at the same eccentricity as that of the first eccentric portion, wherein when the mirror is displaced to a mirror-down state, the mirror is contacted with the first eccentric portion, wherein the bounce regulation member is disposed to be rotatable about the second eccentric portion, characterized in that the camera further comprises: a rotation member arranged to be rotated when the mirror and the mirror contact member are contacted with each other, and wherein the mirror contact member and the bounce regulation member are provided on the rotation member. a rotation member arranged to be rotated when the mirror and the mirror contact member are contacted with each other, and wherein the mirror contact member and the bounce regulation member are provided on the rotation member.
A rearview camera system for detecting an unexpected object behind a vehicle, said system comprising: a camera configured to capture a current image from a field-of-view proximate to a vehicle; characterized in that it further comprises a global-position-system device configured to determine a current location of the current image; a controller comprising a memory configured to store said location of said image and said image (40, 54) from camera; wherein the controller is configured to combine the stored location (56, 58) with the stored image (40, 54), to determine if the current location of the current image corresponds to a prior location of a prior image that was previously stored in the controller, to compare the prior image to the current image when current location corresponds to prior location, and to indicate, when the prior image and the current image do not match, that an unexpected object is present in the current image. a camera configured to capture a current image from a field-of-view proximate to a vehicle; characterized in that it further comprises a global-position-system device configured to determine a current location of the current image; a controller comprising a memory configured to store said location of said image and said image (40, 54) from camera; wherein the controller is configured to combine the stored location (56, 58) with the stored image (40, 54), to determine if the current location of the current image corresponds to a prior location of a prior image that was previously stored in the controller, to compare the prior image to the current image when current location corresponds to prior location, and to indicate, when the prior image and the current image do not match, that an unexpected object is present in the current image. to combine the stored location (56, 58) with the stored image (40, 54), to determine if the current location of the current image corresponds to a prior location of a prior image that was previously stored in the controller, to compare the prior image to the current image when current location corresponds to prior location, and to indicate, when the prior image and the current image do not match, that an unexpected object is present in the current image.
Spectacles consisting of spectacle lenses and of a spectacle mount, with a retainer for a spectacle lens composed of a filament which at least partially encloses the spectacle lens and has an end-side anti-extraction lock preventing extraction from a fixed seat, characterized in that the spectacle mount, in the contact area of filament and spectacle mount, is equipped with a positive and friction-fit anti-extraction lock preventing extraction from a slit-like clamp fit for the filament, in which this filament is held clamped on more than one side, and a free end of the filament is cut off behind the clamp fit, and in that the spectacle mount, at least in the contact area to the filament, is made of a dimensionally stable, resilient metal wire, and the slit-like clamp fit is formed from a V-shaped or U-shaped bending deformation of the metal wire, with a gap which either narrows or is parallel and elastically expandable and has at least in part a smaller dimension of the gap width than the dimension of the diameter of the filament.
Electronic follow-on current suppression aid for an overvoltage protection element (ÜSE) that is to be monitored, wherein the overvoltage protection element (ÜSE) is a spark gap or a gas-filled surge arrester, comprising • a monitoring element which optically detects the initiation and discontinuation of the current flow by the overvoltage protection element (ÜSE), and • an electronic switching element, which is switched in parallel in a parallel branch to the to the overvoltage protection element (ÜSE), • wherein the electronic switching element is controlled by the monitoring element, wherein when the presence of a network follow-on current is detected by the overvoltage protection element (ÜSE) the electronic switching element closes so that a current is diverted in parallel, wherein when the electric arc in the overvoltage protection element (ÜSE) goes out the electronic switching element opens so that current no longer flows through the electronic switching element. • a monitoring element which optically detects the initiation and discontinuation of the current flow by the overvoltage protection element (ÜSE), and • an electronic switching element, which is switched in parallel in a parallel branch to the to the overvoltage protection element (ÜSE), • wherein the electronic switching element is controlled by the monitoring element, wherein when the presence of a network follow-on current is detected by the overvoltage protection element (ÜSE) the electronic switching element closes so that a current is diverted in parallel, wherein when the electric arc in the overvoltage protection element (ÜSE) goes out the electronic switching element opens so that current no longer flows through the electronic switching element.
A filter for filtration of suspensions, in particular for filtration of sugar-bearing liquids, at least including a housing with an inlet for supplying the suspension to be filtered, an outlet for the filtered, clear filtrate, and another outlet or a outflow opening for discharging the filter cake, the housing including a cylindrical portion with a removable lid, in the cylindrical portion a multitude of filter elements being arranged in groups consisting of strip-like filter bodies that are enveloped by a sock-like filter cloth, characterized by that the filter elements are attached at a segment-like filter carrier including an inlet chamber for the filtrate flowing out off the filter elements, that a plurality of filter carriers together with filter elements can be fitted from above into the housing and can be fixed side by side, the segment-like filter carriers together forming a circular insert, and that each inlet chamber includes an outflow opening for the filtrate, the outflow openings being connected to a ring line surrounding the housing at the outside thereof and being fixed thereto, from which the collected filtrate can be discharged to a connected receiving device, the lid, in the operating position of the filter, closing the upper insert opening of the housing.
A system for guiding hand-drawing of diagrams including text elements, shape elements and mixture of shape and text elements on a computing device, the computing device comprising a processor and at least one non-transitory computer readable medium for detecting and recognizing hand-drawing diagram element input under control of the processor, the at least one non-transitory computer readable medium configured to: cause classification of hand-drawing diagram elements of the hand-drawing diagram element input as either text or shape or mixture; cause recognition of the hand-drawing diagram elements depending on the classification; cause display of, on an interactive display of the computing device, a guide element associated with at least one diagram element of displayed handwriting diagram input, the guide element configured with a depiction of the at least one diagram element in the recognized form; wherein the guide element includes a dynamic prompter which dynamically displays the at least one diagram element depiction as the handwriting is input; and the dynamic prompter includes at least one interactive prompter element, the at least one non-transitory computer readable medium configured to display an action menu in response to receiving interaction with the at least one interactive prompter element, wherein the action menu displays a manual classification action allowing the user to set the hand-drawing diagram element as being any of a text element, shape element or a mixture of shape and text element, whereby selection of the manual classification action causes the hand-drawing diagram element to be re-classified with consequential re-recognition being performed. cause classification of hand-drawing diagram elements of the hand-drawing diagram element input as either text or shape or mixture; cause recognition of the hand-drawing diagram elements depending on the classification; cause display of, on an interactive display of the computing device, a guide element associated with at least one diagram element of displayed handwriting diagram input, the guide element configured with a depiction of the at least one diagram element in the recognized form;
Method for the rapid braking of a rail vehicle with defined braking specifications, having the following steps: triggering a rapid braking command, suspending a rapid braking process and initiating a braking process via a service brake system, monitoring the braking effect of the braking process initiated via the service brake system, and ending the suspension of the rapid braking process and initiating the rapid braking process via a rapid braking system, if a sufficient braking effect is not detected by monitoring, characterized in that step is initiated as a function of predetermined risk classes. triggering a rapid braking command, suspending a rapid braking process and initiating a braking process via a service brake system, monitoring the braking effect of the braking process initiated via the service brake system, and ending the suspension of the rapid braking process and initiating the rapid braking process via a rapid braking system, if a sufficient braking effect is not detected by monitoring, characterized in that step is initiated as a function of predetermined risk classes.
An electro-optical implant assembly, the implant assembly comprising: - an electro- optic artificial lens assembly, - an electronic detector system or device to generate a steering signal for refractive power control of the lens assembly, which steering signal is representative for an optic nerve signal from the visual cortex generated from neuronal processed spatiotemporal features and to change the dioptric strength in order to get a sharp image; characterised in that: - the electronic detector system or device has a motion detector element, and - the electro-optical implant assembly further comprises a marker element having a marker (9, 21) or markers adapted to induce electric impedance or voltage variation on the motion detector element in relation to the positional modification or in relation to the spatiotemporal features of said marker element versus detector system to convert the electric impedance or voltage variation into a change of dioptric strength of the electro-optic artificial lens assembly, and - the marker element is electromagnetically detectable, and - whereby movement of the marker element modifies an electromagnetic field or oscillations in the electromagnetic field, and - the marker element is one of the following elements: a paramagnetic element or a ferromagnetic element or an electrically conductive element. - an electro- optic artificial lens assembly, - an electronic detector system or device to generate a steering signal for refractive power control of the lens assembly, which steering signal is representative for an optic nerve signal from the visual cortex generated from neuronal processed spatiotemporal features and to change the dioptric strength in order to get a sharp image; - the electronic detector system or device has a motion detector element, and - the electro-optical implant assembly further comprises a marker element having a marker (9, 21) or markers adapted to induce electric impedance or voltage variation on the motion detector element in relation to the positional modification or in relation to the spatiotemporal features of said marker element versus detector system to convert the electric impedance or voltage variation into a change of dioptric strength of the electro-optic artificial lens assembly, and - the marker element is electromagnetically detectable, and - whereby movement of the marker element modifies an electromagnetic field or oscillations in the electromagnetic field, and - the marker element is one of the following elements: a paramagnetic element or a ferromagnetic element or an electrically conductive element.
Device to standardise the in-vitro synergy testing of two antibiotics through the use of gradient strips by the crossing method comprising: • a circular base that serves for crossing two graduated paper strips each one impregnated with a predefined concentration gradient of an antimicrobial agent and which has two grooves (2a, 2b) on its surface that cross at an angle of 90°; • a disposable crossed piercing picker which has two crossed blocks (7a, 7b) that fit compatibly in the grooves (2a, 2b) crossed at 90° of the circular base and is equipped at the centre with a needle/point and four needles/points (6a, 6b, 6c, 6d) positioned at an equal distance from the centre of the needle/point. • a circular base that serves for crossing two graduated paper strips each one impregnated with a predefined concentration gradient of an antimicrobial agent and which has two grooves (2a, 2b) on its surface that cross at an angle of 90°; • a disposable crossed piercing picker which has two crossed blocks (7a, 7b) that fit compatibly in the grooves (2a, 2b) crossed at 90° of the circular base and is equipped at the centre with a needle/point and four needles/points (6a, 6b, 6c, 6d) positioned at an equal distance from the centre of the needle/point.
Rolling stand comprising a support structure, such as for example a chock, a rolling roll mounted on said support structure, and a cleaning unit of said rolling roll, comprising a brush and a positioning device for said brush, said positioning device comprising: - at least one support body on which said brush is installed, - at least one pivoting member associated to said support body and around which said support body is selectively rotatable, - at least one actuation member mounted on a support pin and associated to said support body in order to move it between an "inactive" position, in which said brush is not in contact with said rolling roll, and an "operating" position, in which said brush is in contact with said rolling roll, characterized in that said pivoting member and said support pin are associated to said support structure so that said support body and said actuation member are both kept on said support structure. - at least one support body on which said brush is installed, - at least one pivoting member associated to said support body and around which said support body is selectively rotatable, - at least one actuation member mounted on a support pin and associated to said support body in order to move it between an "inactive" position, in which said brush is not in contact with said rolling roll, and an "operating" position, in which said brush is in contact with said rolling roll, characterized in that said pivoting member and said support pin are associated to said support structure so that said support body and said actuation member are both kept on said support structure.