mhurhangee/patent-ind-claim-en huggingface dataset:
Downdraft fan comprising at least one frame device and at least one functional device having at least one housing device , the frame device comprising at least one front wall element and at least one rear wall element , the front wall element forming at least one front connection portion which overlaps with at least one front wall of the housing device at least in portions, and the rear wall element forming a rear connection portion which overlaps with at least one rear wall of the housing device at least in portions, at least one clamping device being operatively connected to the front connection portion and the rear connection portion in order to connect the frame device and the housing device to one another in an assembled state of the downdraft fan , characterised in that the front wall element , at least in the front connection portion , has at least one opening for passage of the clamping device at least in portions, and the rear wall element in the rear connection portion comprising at least one retaining element opposite the opening for fastening the clamping device , and the housing device having at least one through-opening in each of the rear and the front connection portion , for passage of the at least one clamping device , the through-openings being at least in alignment with the opening and with the holding element . at least one clamping device being operatively connected to the front connection portion and the rear connection portion in order to connect the frame device and the housing device to one another in an assembled state of the downdraft fan , characterised in that the front wall element , at least in the front connection portion , has at least one opening for passage of the clamping device at least in portions, and the rear wall element in the rear connection portion comprising at least one retaining element opposite the opening for fastening the clamping device , and the housing device having at least one through-opening in each of the rear and the front connection portion , for passage of the at least one clamping device , the through-openings being at least in alignment with the opening and with the holding element .
An adapter assembly comprising: a sleeve configured to engage a collection vessel ; a cannula configured to penetrate a septum of the collection vessel; and a sensor assembly interface comprising an expansion chamber with a membrane installed between the sensor assembly interface and a sensor assembly , said sensor assembly interface being configured to engage the sensor assembly with a sensor adapted to detect changes in a composition of the gases in a headspace of the collection vessel , wherein the sensor assembly interface is connected to the sleeve and the cannula , wherein the adapter assembly is configured such that when (i) the sleeve is engaged with the collection vessel and (ii) the sensor assembly interface is engaged with the sensor assembly : (a) the sensor assembly interface and the cannula provide a flow pathway for delivering gases from the headspace of the collection vessel to the sensor of the sensor assembly ; and (b) the sensor assembly interface defines at least a portion of a chamber for collecting the gases in the flow pathway from the headspace of the collection vessel. a sleeve configured to engage a collection vessel ; a cannula configured to penetrate a septum of the collection vessel; and a sensor assembly interface comprising an expansion chamber with a membrane installed between the sensor assembly interface and a sensor assembly , said sensor assembly interface being configured to engage the sensor assembly with a sensor adapted to detect changes in a composition of the gases in a headspace of the collection vessel , wherein the sensor assembly interface is connected to the sleeve and the cannula , wherein the adapter assembly is configured such that when (i) the sleeve is engaged with the collection vessel and (ii) the sensor assembly interface is engaged with the sensor assembly : (a) the sensor assembly interface and the cannula provide a flow pathway for delivering gases from the headspace of the collection vessel to the sensor of the sensor assembly ; and (b) the sensor assembly interface defines at least a portion of a chamber for collecting the gases in the flow pathway from the headspace of the collection vessel. (a) the sensor assembly interface and the cannula provide a flow pathway for delivering gases from the headspace of the collection vessel to the sensor of the sensor assembly ; and (b) the sensor assembly interface defines at least a portion of a chamber for collecting the gases in the flow pathway from the headspace of the collection vessel.
Laboratory sample distribution system , comprising - a transport plane , - a number of sample container carriers , - drive means being adapted to move the sample container carriers on the transport plane , and - a control device being configured to control the movement of the sample container carriers on top of the transport plane by driving the drive means such that the sample container carriers move along corresponding transport paths, - characterized in that the transport plane is covered by a first electrically conductive material , - the first electrically conductive material comprising a copolyester material and/or a polyethylene terephthalate material. - a transport plane , - a number of sample container carriers , - drive means being adapted to move the sample container carriers on the transport plane , and - a control device being configured to control the movement of the sample container carriers on top of the transport plane by driving the drive means such that the sample container carriers move along corresponding transport paths, - characterized in that - the first electrically conductive material comprising a copolyester material and/or a polyethylene terephthalate material.
An open top container , the container comprising a continuous structure that comprises: a substantially rectangular bottom having an upper surface , a lower surface and an outer edge of each side thereof, the bottom interconnecting four substantially upright side walls extending from the bottom, the side walls consisting of two pairs of oppositely located side walls extending from the bottom to form an opening having a rim around it, at least a portion of each of the side walls extending angularly inwardly from the bottom towards an opposing side wall, and at least one support member extending downwardly from the lower surface of the bottom in proximity to the outer edge of the bottom, characterized in that the lower end of the side walls is interconnected with the bottom at an inwardly position from the outer edge thereof. a substantially rectangular bottom having an upper surface , a lower surface and an outer edge of each side thereof, the bottom interconnecting four substantially upright side walls extending from the bottom, the side walls consisting of two pairs of oppositely located side walls extending from the bottom to form an opening having a rim around it, at least a portion of each of the side walls extending angularly inwardly from the bottom towards an opposing side wall, and at least one support member extending downwardly from the lower surface of the bottom in proximity to the outer edge of the bottom, characterized in that the lower end of the side walls is interconnected with the bottom at an inwardly position from the outer edge thereof.
A method for diagnosing ataxia comprising the step detecting in a sample from a patient an autoantibody binding to Neurochondrin, wherein the sample is a bodily fluid comprising antibodies, wherein the sample is selected from the group comprising whole-blood, serum and cerebrospinal fluid.
Motor vehicle door, in particular a handle-less motor vehicle side door, comprising • a door leaf , • at least one drive , • an opening member connected to the drive for opening the door leaf at least partially with respect to a motor vehicle body , • the opening member being designed as a linear actuator which is arranged so as to be paraxial in relation to an axis of rotation of the door leaf ; characterized in that • the opening member moves against the motor vehicle body in the extended position and thereby opens the door leaf at least partially; • the opening member does not abut the motor vehicle body in the retracted position. • a door leaf , • at least one drive , • an opening member connected to the drive for opening the door leaf at least partially with respect to a motor vehicle body , • the opening member being designed as a linear actuator which is arranged so as to be paraxial in relation to an axis of rotation of the door leaf ; characterized in that • the opening member moves against the motor vehicle body in the extended position and thereby opens the door leaf at least partially; • the opening member does not abut the motor vehicle body in the retracted position.
A chaotic hand mixer for chaotic mixing of food products comprising at least one propeller for mixing of food products, at least one DC motor for rotating the propeller , a socket for powering the DC motor , characterized in that it comprises a control card performing logistic map to generate chaotic signal for driving the DC motor by means of a chaotic signal or a constant speed signal and at least one button which allows selection of operation settings between a chaotic mode and a constant speed mode and adaptation of the DC motor's speed.
A dryer of a printing system comprising: a radiant energy source configured to apply heat to a print medium ; a reflective element , characterized in that the reflective element is installed between the radiant energy source and the print medium , and configured to have varying levels of reflectance; and a controller configured to determine an amount of heat to supply to a region of the print medium , and to adjust an amount of reflectance of the reflective element based on the determined amount of heat. a radiant energy source configured to apply heat to a print medium ; a reflective element , characterized in that the reflective element is installed between the radiant energy source and the print medium , and configured to have varying levels of reflectance; and a controller configured to determine an amount of heat to supply to a region of the print medium , and to adjust an amount of reflectance of the reflective element based on the determined amount of heat.
A tread rubber composition, comprising, based on 100% by mass of a rubber component therein, 10% by mass or more of styrene-butadiene rubber and 10% by mass or more of polybutadiene rubber, and carbon black in an amount of 45 parts by mass or more and 80 parts by mass or less, and having an absolute value of change in hardness before and after heat aging, |ΔHs|, satisfying the following relationship and an absolute value of change in Swell before and after heat aging, |ΔSwell|, satisfying the following relationship : Δ Hs ≤ 2.5 Δ Swell ≤ 19 % , wherein the hardness before and after heat aging is determined according the section "(Hardness (Hs) or rubber)" of the description and wherein the Swell before and after heat aging is determined according to the section "(Degree of crosslinking (Swell))" of the description. comprising, based on 100% by mass of a rubber component therein, 10% by mass or more of styrene-butadiene rubber and 10% by mass or more of polybutadiene rubber, and carbon black in an amount of 45 parts by mass or more and 80 parts by mass or less, and having an absolute value of change in hardness before and after heat aging, |ΔHs|, satisfying the following relationship and an absolute value of change in Swell before and after heat aging, |ΔSwell|, satisfying the following relationship : Δ Hs ≤ 2.5 Δ Swell ≤ 19 % , wherein the hardness before and after heat aging is determined according the section "(Hardness (Hs) or rubber)" of the description and wherein the Swell before and after heat aging is determined according to the section "(Degree of crosslinking (Swell))" of the description.
Formulation comprising: a polymer comprising a first repeating unit M 1 and a second repeating unit M 2 ; and surface-modified zirconium dioxide nanocrystals; wherein the first repeating unit M 1 is represented by formula (I) and the second repeating unit M 2 is represented by formula (II): -[-SiR 1 R 2 -NR 5 -]- (I) -[-SiR 3 R 4 -[O-SiR 3 R 4 -] a -NR 5 -]- (II) wherein R 1 , R 2 , R 3 , R 4 and R 5 are at each occurrence independently from each other selected from the group consisting of hydrogen, organyl and organoheteryl; and a is an integer from 1 to 60; and wherein the surface-modified zirconium dioxide nanocrystals are at least partially capped with a silicone capping agent. a polymer comprising a first repeating unit M 1 and a second repeating unit M 2 ; and surface-modified zirconium dioxide nanocrystals; wherein the first repeating unit M 1 is represented by formula (I) and the second repeating unit M 2 is represented by formula (II): -[-SiR 1 R 2 -NR 5 -]- (I) -[-SiR 3 R 4 -[O-SiR 3 R 4 -] a -NR 5 -]- (II) wherein R 1 , R 2 , R 3 , R 4 and R 5 are at each occurrence independently from each other selected from the group consisting of hydrogen, organyl and organoheteryl; and a is an integer from 1 to 60; and wherein the surface-modified zirconium dioxide nanocrystals are at least partially capped with a silicone capping agent.
A sweeper-type road maintenance vehicle provided with a device for storing natural gas for a vehicle (NGV), said vehicle comprising at least one bin for receiving waste collected during road maintenance by the vehicle , an engine and a driver's cab of the vehicle , the top wall or roof of the bin being at a lower height (H4) than that (H6) of the top wall or roof of the cab , characterised in that the device for storing NGV comprises a metal frame configured as a right-angled quadrilateral, at least three cylindrical tanks with a circular base removably attached to the frame , at least one member for locking the frame in position on a part of the top wall or roof of the bin of the road maintenance vehicle and a member for removable connection of said tanks to the engine of the vehicle, and in that the height (H7) of the frame with the tanks is less than 1.5 times the difference in height (H) between the top wall or roof of the cab and that of the top wall or roof of the bin , the difference in height (H) being a so-called useful height defined according to the relation H1 < H6 + (1.5 * H) with H1 the maximum height of the vehicle and H6 the height of the cab .
A method of automatically identifying tissue structures in a sample, the method comprising the steps of: measuring a fluorescence response of an area of the sample to illumination with light by obtaining a light image of the sample area; generating a spatial correlation map of the sample area using unsupervised automated image segmentation, and determining a plurality of segments for further analysis, which involves discounting selected segments on the basis of a threshold; automatically establishing a sampling pattern for spectroscopic analysis of one or more locations in said plurality of segments of the spatial correlation map; performing spectroscopic analysis of the sample at each of the one or more locations; classifying said plurality of segments of the spatial correlation map from the spectroscopic analysis performed on the one or more locations therein to identify a tissue structure for said plurality of segments; and providing a diagnostic segmented image of the sample area coloured according to the different tissue structures identified in the plurality of segments. measuring a fluorescence response of an area of the sample to illumination with light by obtaining a light image of the sample area; generating a spatial correlation map of the sample area using unsupervised automated image segmentation, and determining a plurality of segments for further analysis, which involves discounting selected segments on the basis of a threshold; automatically establishing a sampling pattern for spectroscopic analysis of one or more locations in said plurality of segments of the spatial correlation map; performing spectroscopic analysis of the sample at each of the one or more locations; classifying said plurality of segments of the spatial correlation map from the spectroscopic analysis performed on the one or more locations therein to identify a tissue structure for said plurality of segments; and providing a diagnostic segmented image of the sample area coloured according to the different tissue structures identified in the plurality of segments.
A spring frame system comprising: an A-frame type frame having an arcuate first section at a connection between a second section and a third section ; a spool configured to rotate about a spool axis and having a material thereon; a stabilizing member configured to support the frame at or near, or even underneath the arcuate first section between the second and third sections ; and a member coupled to an exterior face of the third section , wherein under a force applied to the member by the material on the spool the first arcuate section elastically deforms and the second and third sections advance toward one another. an A-frame type frame having an arcuate first section at a connection between a second section and a third section ; a spool configured to rotate about a spool axis and having a material thereon; a stabilizing member configured to support the frame at or near, or even underneath the arcuate first section between the second and third sections ; and a member coupled to an exterior face of the third section , wherein under a force applied to the member by the material on the spool the first arcuate section elastically deforms and the second and third sections advance toward one another.
A system configured to fulfill component requests received from applications, said system executing on a device having a processor and at least one component, the system comprising: a component service configured to associate one or more hardware components on the device with a respective address and to expose said address within a domain of a webserver on the device , said component service further configured to, upon receiving from an application executing within a virtual environment comprising a web browser on the device a component request specifying a component and a callback of the application : store the callback associated with the component request and the application , and send the component request to the component , and resume execution of the application within the virtual environment ; and a callback invoking component configured to, upon detecting a completion of the component request by the component : retrieve the callback associated with the component request, and invoke the callback on behalf of the application to notify the application of the completion of the component request. a component service configured to associate one or more hardware components on the device with a respective address and to expose said address within a domain of a webserver on the device , said component service further configured to, upon receiving from an application executing within a virtual environment comprising a web browser on the device a component request specifying a component and a callback of the application : store the callback associated with the component request and the application , and send the component request to the component , and store the callback associated with the component request and the application , and send the component request to the component , and resume execution of the application within the virtual environment ; and a callback invoking component configured to, upon detecting a completion of the component request by the component : retrieve the callback associated with the component request, and invoke the callback on behalf of the application to notify the application of the completion of the component request.
Method for performing topographic measurement that comprises: - providing a sample comprising a first surface provided with a plurality of salient patterns ; - acquiring a plurality of images of the first surface of the sample , the plurality of images comprising reference images of the sample , each reference image corresponding to the sample illuminated with a structured light, the structured lights of the reference images each defining several repetitive patterns and differing from one another by the phase and/or the frequency of the repetitive patterns; characterised in that the plurality of images comprises at least one first series of images of the first surface of the sample , the first series of images being acquired when the first surface of the sample is illuminated by a first structured light, the first structured light defining several repetitive patterns and the images of the first series of images differing from one another by the application angle (α) of the first structured light with respect to the first surface; - comparing the images of the first series of images so as to determine the presence of at least one artefact on at least one image of the first series of images; - forming at least one working image at least from the first series of images, the at least one working image being devoid of said at least one artefact or reducing the extent of said at least one artefact; - calculating at least one quantity representative of the sample from the at least one working image and the reference images. - providing a sample comprising a first surface provided with a plurality of salient patterns ; - acquiring a plurality of images of the first surface of the sample , the plurality of images comprising reference images of the sample , each reference image corresponding to the sample illuminated with a structured light, the structured lights of the reference images each defining several repetitive patterns and differing from one another by the phase and/or the frequency of the repetitive patterns; characterised in that the plurality of images comprises at least one first series of images of the first surface of the sample , the first series of images being acquired when the first surface of the sample is illuminated by a first structured light, the first structured light defining several repetitive patterns and the images of the first series of images differing from one another by the application angle (α) of the first structured light with respect to the first surface; - comparing the images of the first series of images so as to determine the presence of at least one artefact on at least one image of the first series of images; - forming at least one working image at least from the first series of images, the at least one working image being devoid of said at least one artefact or reducing the extent of said at least one artefact; - calculating at least one quantity representative of the sample from the at least one working image and the reference images.
Apparatus for determining and/or monitoring a predefined level, the density or the viscosity of a medium in a vessel, with at least one vibrating rod fixed on a membrane , with a transmission/reception unit , which excites the membrane and the at least one vibrating rod to produce vibrations, and which receives the vibrations of the membrane and of the at least one vibrating rod , wherein the transmission/reception unit is a disk-shaped piezoelectric element , and with a control/evaluation unit , which uses the vibrations of the membrane and the vibrating rod to monitor or determine the predefined level, the density or the viscosity, characterized in that the disk-shaped piezoelectric element has precisely two segments , which are inversely polarized in relation to one another, in that precisely two electrodes , which are polarized in the opposite manner, are fitted on the side of the disk-shaped piezoelectric element that faces away from the membrane , in that an alternating voltage signal is applied to the electrodes, and in that the two segments are electrically switched in series.