mhurhangee/ep-ind-claims huggingface dataset:
Method for the optimisation management of the production lines of panels in the furniture industry, particularly with differentiated elements production organisation, characterised in that it comprises at least one module for sorting panels in form of tables in the logistics of the production line preferably pursuing the strategy of grouping the panels by structured orders, or any other criterion useful for the production process, implementing operations for the reception, arrangement, orientation, aggregation and positioning of panels from horizontal positions to vertical positions, as well as translation with respect to the ground of assemblies and groups of panels laid on the side, oriented vertically, sorted by lines and columns on vector-matrix means with parallel linear cells, suitable to allow the deposition and extraction of the panels from the top and side in the direction of the linearity of the cells, where the contingent order of arrangement or the mapping of the panels, the methods of loading and unloading the panels and the translation of the vector-matrix with respect to the ground are defined by a computerised logic optimising the combination of a random-stochastic or tendentially random-stochastic loading of the panels upstream and a tendentially organised unloading for groups as a function of the purpose of the batch and/or the contingent needs of the production line or portion of production line downstream.
A universal container carrier comprising: a base plate; a pair of support frames (104a, 104b) coupled to the base plate through a pivoting linkage that is pivotally coupled to a centre portion of the base plate, at least one of the support frames (104a, 104b) being configured to move relative to the other support frame (104a, 104b), each said support frame (104a, 104b) comprising at least one container support configured to engage a portion of the side wall of a container disposed between the support frames (104a, 104b); and a resilient biasing mechanism coupled to the base plate and the at least one support frame and configured to urge the at least one support frame (104a, 104b) towards the other support frame (104a, 104b). a base plate; a pair of support frames (104a, 104b) coupled to the base plate through a pivoting linkage that is pivotally coupled to a centre portion of the base plate, at least one of the support frames (104a, 104b) being configured to move relative to the other support frame (104a, 104b), each said support frame (104a, 104b) comprising at least one container support configured to engage a portion of the side wall of a container disposed between the support frames (104a, 104b); and a resilient biasing mechanism coupled to the base plate and the at least one support frame and configured to urge the at least one support frame (104a, 104b) towards the other support frame (104a, 104b).
A method for authentication between a host apparatus and a storage apparatus, the method comprising the steps of: receiving a first certificate of the storage apparatus from the storage apparatus; sending a second certificate of the host apparatus from the host apparatus to the storage apparatus; checking a revocation list stored in the host apparatus to ensure that the first certificate of the storage apparatus has not been revoked; and determining that the storage apparatus has been revoked if an identification, ID, for the first certificate of the storage apparatus is found in the revocation list, the method being characterized by: if the storage apparatus has been revoked, determining whether usage of content stored in the storage apparatus is allowed based on at least one of additional information about the content and additional information about revocation of the storage apparatus. receiving a first certificate of the storage apparatus from the storage apparatus; sending a second certificate of the host apparatus from the host apparatus to the storage apparatus; checking a revocation list stored in the host apparatus to ensure that the first certificate of the storage apparatus has not been revoked; and determining that the storage apparatus has been revoked if an identification, ID, for the first certificate of the storage apparatus is found in the revocation list, the method being characterized by: if the storage apparatus has been revoked, determining whether usage of content stored in the storage apparatus is allowed based on at least one of additional information about the content and additional information about revocation of the storage apparatus.
A laboratory sample distribution system, comprising: - a plurality of sample container carriers, each being adapted to carry one or more sample containers, each sample container carrier comprising at least one magnetically active device and at least one electrically conductive member, - a transport plane adapted to support the sample container carriers, - a plurality of electro-magnetic actuators stationary arranged below the transport plane, the electro-magnetic actuators being adapted to move the sample container carriers on top of the transport plane by applying a magnetic force to the sample container carriers, - a plurality of inductive sensors distributed over the transport plane, - a control unit configured to control the movement of the sample container carriers on top of the transport plane using an output signal provided by the inductive sensors by driving the electro-magnetic actuators such that the sample container carriers move along corresponding transport paths, and - an evaluation unit configured to linearize the output signal received from at least one of the inductive sensors by means of a linearization algorithm, wherein the evaluation unit is further configured to determine at least a distance, particularly a horizontal distance, between at least one of the sample container carriers and the at least one of the inductive sensors based on an output signal value of the linearized output signal. - a plurality of sample container carriers, each being adapted to carry one or more sample containers, each sample container carrier comprising at least one magnetically active device and at least one electrically conductive member, - a transport plane adapted to support the sample container carriers, - a plurality of electro-magnetic actuators stationary arranged below the transport plane, the electro-magnetic actuators being adapted to move the sample container carriers on top of the transport plane by applying a magnetic force to the sample container carriers, - a plurality of inductive sensors distributed over the transport plane, - a control unit configured to control the movement of the sample container carriers on top of the transport plane using an output signal provided by the inductive sensors by driving the electro-magnetic actuators such that the sample container carriers move along corresponding transport paths, and - an evaluation unit configured to linearize the output signal received from at least one of the inductive sensors by means of a linearization algorithm, wherein the evaluation unit is further configured to determine at least a distance, particularly a horizontal distance, between at least one of the sample container carriers and the at least one of the inductive sensors based on an output signal value of the linearized output signal.
A washing machine, comprising a flocculation container for performing flocculation treatment on washing water; and a stirring mechanism arranged in the flocculation container; characterized in that, at least one cleaning hairy ball is arranged in the flocculation container, and the stirring mechanism is configured to stir water in the flocculation container so that the cleaning hairy ball moves along with water flow at least in a process of cleaning the flocculation container so as to remove flocculates attached to the flocculation container; wherein the cleaning hairy ball is provided with a plurality of strip-shaped cleaning hairs, wherein a space is formed between every two adjacent cleaning hairs arranged on the cleaning hairy ball and said cleaning hairs are made of a flexible material configured to deform and recover from deformation; first ends of said cleaning hairs being fixed to form a center of the cleaning hairy ball, and second ends of said cleaning hairs forming an outer contour surface of the cleaning hairy ball by extending cleaning hairs in a diverging way, so that the center of the cleaning hairy ball is formed by the cleaning hairs.
Apparatus for compacting the ballast bed of a track, comprising a machine frame which is movable on the track with a stabiliser assembly which runs on rollers on the track and is equipped with a vibration drive for producing a vibration in a plane parallel to the track, wherein the stabiliser assembly is preferably equipped with tension rollers engaging around the rail head, and wherein the stabiliser assembly is articulated in a height-adjustable manner to the machine frame with a positioning drive and can be moved towards the track under load, characterised in that the vibration drive comprises at least one cylinder vibrator which is formed by a hydraulic cylinder and is actuated via a proportional or servo valve, wherein the cylinder vibrator is equipped with a sensor which measures the piston position of the piston associated with the hydraulic cylinder in order to determine a resistance against lateral displacement.
A kit of parts comprising: i) a plurality of pH-responsive microgel particles, optionally provided as part of an injectable precursor composition comprising an aqueous dispersion of said microgel particles, the pH-responsive microgel particle comprising a plurality of vinyl-containing moieties grafted onto the surface of the microgel particles, wherein each vinyl containing moiety is a group of the formula -L-B, wherein L is a bond or linking group; and B is a group comprising a vinyl functional group; ii) one or more cross-linking reactants, optionally provided as part of the injectable precursor composition; and iii) optionally instructions explaining how to administer the contents of the kit of parts for in situ gel formation. i) a plurality of pH-responsive microgel particles, optionally provided as part of an injectable precursor composition comprising an aqueous dispersion of said microgel particles, the pH-responsive microgel particle comprising a plurality of vinyl-containing moieties grafted onto the surface of the microgel particles, wherein each vinyl containing moiety is a group of the formula -L-B, wherein L is a bond or linking group; and B is a group comprising a vinyl functional group; ii) one or more cross-linking reactants, optionally provided as part of the injectable precursor composition; and iii) optionally instructions explaining how to administer the contents of the kit of parts for in situ gel formation.
A container pack comprising a plurality of containers, wherein the containers are bonded to each other with a hot melt adhesive composition, characterized in that the hot melt adhesive composition is foamed.
Method for operating a motor vehicle, in particular a passenger car, with at least one drive engine and an automatic transmission, wherein a mechanism is provided with a clutch pedal for separating the drive connection and a shift lever for manually shifting the transmission ratios, and wherein an electronic control unit is provided, by means of which the functions of clutching and shifting are converted into corresponding control signals for the automatic transmission, characterised in that the control unit of the automatic transmission can be shifted by means of a shifting device from manual transmission to automatic transmission, wherein then the control signals of the clutch pedal and the gear shift signals of the shift lever are suppressed accordingly.
Spray gun for watering purposes, comprising a gun body, a spray unit held thereon, a gripping device for a user which is held on the gun body so as to be positionally variable, an inlet, an outlet which is formed by the spray unit and is flow-connected to the inlet via a fluid channel, a valve unit, and an actuating element which is arranged on the gripping device and is in operative connection with the valve unit for selectively unblocking the fluid channel, wherein the gripping device is transferable relative to the gun body from a first position into a second position and vice versa, wherein the actuating element is finger-actuatable in the first position and palm-actuatable in the second position by the user gripping the gripping device, characterized in that the gripping device comprises a grip element forming a receiving space and a fluid channel section of the fluid channel arranged in the receiving space or formed by the receiving space, and in that the fluid channel section defines a grip axis of the gripping device, about which the latter is rotatable relative to the gun body.
Method for reducing destabilizing interactions between a lubricant coating and an emulsion of an emulsion-adjuvanted vaccine in a medical injection device comprising a lubricant coating, said method being characterized in that it comprises: (a) providing a medical injection device comprising a barrel having an inner surface; (b) forming a silicone oil layer on at least a part of the inner surface of the barrel that is intended to be in contact with the vaccine, (c) carrying out an oxidizing plasma treatment of said layer so as to crosslink at least part of the silicone oil layer and form a lubricant coating, (d) filling the barrel with the emulsion-adjuvanted vaccine, wherein the emulsion is an oil-in-water emulsion comprising an oil phase including squalene and a water phase, wherein the plasma-treated silicone oil reduces destabilization of the emulsion-adjuvanted vaccine by reducing solubilization of the silicone oil into squalene and reducing dissociation of oil and water phases of the emulsion by solubilized silicone oil. (a) providing a medical injection device comprising a barrel having an inner surface; (b) forming a silicone oil layer on at least a part of the inner surface of the barrel that is intended to be in contact with the vaccine, (c) carrying out an oxidizing plasma treatment of said layer so as to crosslink at least part of the silicone oil layer and form a lubricant coating, (d) filling the barrel with the emulsion-adjuvanted vaccine, wherein the emulsion is an oil-in-water emulsion comprising an oil phase including squalene and a water phase,
An electric cable comprising: - at least one elongated electrical conductor, - at least one electrically insulating layer surrounding said elongated electrical conductor, - at least one metal layer surrounding said electrically insulating layer, characterized in that the metal layer comprises metal nanowires comprising at least 80% by weight of metal, at least one of the metal nanowires having a shape factor of at least 50, and in that the electrically insulating layer is a polymeric layer comprising at least one olefin polymer. - at least one elongated electrical conductor, - at least one electrically insulating layer surrounding said elongated electrical conductor, - at least one metal layer surrounding said electrically insulating layer,
An apparatus for preparing an aerogel blanket, the apparatus comprising: a bobbin around which a blanket is wound; a main body provided with a gelling tank in which the bobbin is accommodated; a driving member configured to allow the bobbin accommodated in the gelling tank to rotate; and a silica sol supply member configured to deliver a silica sol to gelate the blanket as silica sol is injected into the gelling tank to impregnate the blanket rotating by the bobbin, wherein the bobbin comprises a winding rod around which the blanket is wound in a roll shape and a support plate coupled to each end of the winding rod to support a side portion of the blanket wound around the winding rod, wherein the winding rod comprises an inner portion comprising a hollow, into which the silica sol injected into the gelling tank is introduced, and an outer portion comprising a plurality of connection holes, through which the silica sol introduced into the hollow is discharged to the outside of the winding rod so as to impregnate the blanket wound around the winding rod, and wherein each support plate comprises a plurality of opening holes. a bobbin around which a blanket is wound; a main body provided with a gelling tank in which the bobbin is accommodated; a driving member configured to allow the bobbin accommodated in the gelling tank to rotate; and a silica sol supply member configured to deliver a silica sol to gelate the blanket as silica sol is injected into the gelling tank to impregnate the blanket rotating by the bobbin, wherein the bobbin comprises a winding rod around which the blanket is wound in a roll shape and a support plate coupled to each end of the winding rod to support a side portion of the blanket wound around the winding rod, wherein the winding rod comprises an inner portion comprising a hollow, into which the silica sol injected into the gelling tank is introduced, and an outer portion comprising a plurality of connection holes, through which the silica sol introduced into the hollow is discharged to the outside of the winding rod so as to impregnate the blanket wound around the winding rod, and wherein each support plate comprises a plurality of opening holes.
A non-burning type flavor inhaler comprising: a housing having a housing cavity; an atomizer configured to atomize an aerosol source without burning; a sensor configured to detect a change in inner pressure of the housing cavity; a controller configured to control at least the atomizer; a first configuration for changing the inner pressure of the housing cavity by an inhalation action or a blow action; and a second configuration which includes an aperture, an elastic member (115, 220), a slide member, or a moveable member, the aperture, the elastic member (115, 220), the slide member, and the movable member being configured to change, alone or in combination, the inner pressure of the housing cavity by a predetermined action other than the inhalation action and the blow action, wherein the first configuration includes a mouthpiece aperture provided on a mouthpiece end of the housing, and the controller is configured to distinguish the change of the inner pressure of the housing cavity caused by the inhalation action from the change of the inner pressure of the housing cavity caused by the predetermined action, and to perform an atomizing control for starting or terminating atomization of the aerosol source, based on at least the change of the inner pressure of the housing cavity caused by the inhalation action. a housing having a housing cavity; an atomizer configured to atomize an aerosol source without burning; a sensor configured to detect a change in inner pressure of the housing cavity; a controller configured to control at least the atomizer; a first configuration for changing the inner pressure of the housing cavity by an inhalation action or a blow action; and a second configuration which includes an aperture, an elastic member (115, 220), a slide member, or a moveable member, the aperture, the elastic member (115, 220), the slide member, and the movable member being configured to change, alone or in combination, the inner pressure of the housing cavity by a predetermined action other than the inhalation action and the blow action, wherein the first configuration includes a mouthpiece aperture provided on a mouthpiece end of the housing, and the controller is configured to distinguish the change of the inner pressure of the housing cavity caused by the inhalation action from the change of the inner pressure of the housing cavity caused by the predetermined action, and to perform an atomizing control for starting or terminating atomization of the aerosol source, based on at least the change of the inner pressure of the housing cavity caused by the inhalation action.
Method for cleaning measuring points of sensors, in which a liquid or gaseous fluid is supplied under pressure to the measuring point of the sensor in the direction of the longitudinal extent of the sensor and at preselectable time intervals or at preselectable points in time and is passed along the measuring point, characterized in that the sensor, which is designed as a thermocouple, is inserted and arranged in a hot, dust-loaded atmosphere in a combustion chamber in such a way that the measuring point of the sensor is arranged in the hot, dust-loaded atmosphere in the combustion chamber and the head of the sensor is arranged outside the hot, dust-laden atmosphere in the combustion chamber, and in that contaminants which have deposited on the sensor in the region of its measuring point are cleaned off by blowing away or flushing away.
A semiconductor light-emitting apparatus (2, 50, 80, 100, 101, 120) comprising: a semiconductor light-emitting device (18, 126) operable to emit primary light having a peak wavelength in a visible region; and a wavelength converter (30, 54, 82, 92, 112, 119, 124) operable to (a) convert a portion of the primary light into secondary light having a longer peak wavelength in the visible region than the peak wavelength of said primary light and (b) emit the secondary light in combination with a remainder of the primary light left unconverted, wherein the wavelength converter includes: a main body (39, 111, 117) that extends across a path of light emitted from the semiconductor light-emitting device; and a plurality of light waveguide parts (44, 94, 96, 118, 140, 150, 152, 154, 156, 158, 160, 162) each being a columnar protrusion formed on the surface of the main body facing away from the semiconductor light-emitting device (18, 126) in a direction in which the light exits, wherein the end surface of each light waveguide part facing away from the main body emits a color mixture of the remainder of the primary light and the secondary light, characterized in that a tip diameter of each light waveguide part ranges from 3 micrometers to 30 micrometers, inclusive. a semiconductor light-emitting device (18, 126) operable to emit primary light having a peak wavelength in a visible region; and a wavelength converter (30, 54, 82, 92, 112, 119, 124) operable to (a) convert a portion of the primary light into secondary light having a longer peak wavelength in the visible region than the peak wavelength of said primary light and (b) emit the secondary light in combination with a remainder of the primary light left unconverted, wherein the wavelength converter includes: a main body (39, 111, 117) that extends across a path of light emitted from the semiconductor light-emitting device; and a plurality of light waveguide parts (44, 94, 96, 118, 140, 150, 152, 154, 156, 158, 160, 162) each being a columnar protrusion formed on the surface of the main body facing away from the semiconductor light-emitting device (18, 126) in a direction in which the light exits, wherein the end surface of each light waveguide part facing away from the main body emits a color mixture of the remainder of the primary light and the secondary light, characterized in that a tip diameter of each light waveguide part ranges from 3 micrometers to 30 micrometers, inclusive. a main body (39, 111, 117) that extends across a path of light emitted from the semiconductor light-emitting device; and a plurality of light waveguide parts (44, 94, 96, 118, 140, 150, 152, 154, 156, 158, 160, 162) each being a columnar protrusion formed on the surface of the main body facing away from the semiconductor light-emitting device (18, 126) in a direction in which the light exits, wherein the end surface of each light waveguide part facing away from the main body emits a color mixture of the remainder of the primary light and the secondary light, characterized in that a tip diameter of each light waveguide part ranges from 3 micrometers to 30 micrometers, inclusive.