mhurhangee/patent-ind-claim-en huggingface dataset:
Vacuum installation for installation on a vacuum truck for industrial application, the installation comprising: a first vessel having a first gas inlet for allowing a quantity of a gaseous substance into the first vessel and a first outlet for depletion of a material, a second vessel having a second inlet for aspirating a quantity of material and a second gas outlet for depletion of the gaseous substance, wherein the gaseous substance comprises a vapour generated from the material, a storage chamber for storing the quantity of material, the storage chamber having a third inlet , wherein at least the first vessel communicates with an interior of the storage chamber via the first outlet and the third inlet , and a vacuum pump located in between the first vessel and the second vessel , and operable to lower the pressure in the second vessel , thereby allowing the material to be sucked into the second vessel via the second inlet to an equilibrium level between the material and the gaseous substance, the vacuum pump being further operable to transport the gaseous substance to the first vessel to raise the pressure in the first vessel , thereby forcing the material in the first vessel through the first outlet into the storage chamber . a first vessel having a first gas inlet for allowing a quantity of a gaseous substance into the first vessel and a first outlet for depletion of a material, a second vessel having a second inlet for aspirating a quantity of material and a second gas outlet for depletion of the gaseous substance, wherein the gaseous substance comprises a vapour generated from the material, a storage chamber for storing the quantity of material, the storage chamber having a third inlet , wherein at least the first vessel communicates with an interior of the storage chamber via the first outlet and the third inlet , and a vacuum pump located in between the first vessel and the second vessel , and operable to lower the pressure in the second vessel , thereby allowing the material to be sucked into the second vessel via the second inlet to an equilibrium level between the material and the gaseous substance, the vacuum pump being further operable to transport the gaseous substance to the first vessel to raise the pressure in the first vessel , thereby forcing the material in the first vessel through the first outlet into the storage chamber .
A reactor for performing, by means of solid reaction members, a biological or chemical transformation, or physical or chemical trapping from, or release of agents to, a fluidic media, and a subsequent cleaning of the reactor, said reactor comprising a vessel comprising a bottom valve , and in which vessel a transformation device has been mounted, said transformation device comprising a cylindrical flow distributor comprising a top wall , a bottom wall and a peripheral wall extending between the top and bottom walls, whereby said walls define at least one confinement in which said solid reaction members (SRM) can be trapped and in which said transformation is performed, the flow distributor further comprising: at least one bottom opening located in the vicinity of the centre of the bottom wall , said opening being adapted for receiving, by a suction action caused by a vortex V to be generated during rotation of the flow distributor , fluid medium (FM) and initially suspended solid reaction members (SRM), and for releasing fluid medium (FM) and used solid reaction members (SRM) which have been entrapped in said confinement , at least one fluid medium outlet permeable for said fluid medium (FM) but impermeable for solid reaction members (SRM), said at least one fluid medium outlet being located on said peripheral wall , and a means for rotating the transformation device ; characterized in that the reactor further comprises at least one nozzle arranged on the longitudinal inner wall of the vessel , and wherein the at least one nozzle is arranged to direct a flow of a cleaning fluid (CF) in a direction towards a longitudinal centre axis (L1) of the flow distributor . at least one bottom opening located in the vicinity of the centre of the bottom wall , said opening being adapted for receiving, by a suction action caused by a vortex V to be generated during rotation of the flow distributor , fluid medium (FM) and initially suspended solid reaction members (SRM), and for releasing fluid medium (FM) and used solid reaction members (SRM) which have been entrapped in said confinement , at least one fluid medium outlet permeable for said fluid medium (FM) but impermeable for solid reaction members (SRM), said at least one fluid medium outlet being located on said peripheral wall , and a means for rotating the transformation device ;
Clamping device having a longitudinal axis , a first side , a second side and a work piece reception region , comprising: - an elastic clamping body with at least one clamping element , - a first clamping unit and at least one second clamping unit , - wherein the clamping body is arranged on the side facing the work piece reception region and the first clamping unit is arranged between the clamping body and the at least one second clamping unit , and - wherein, between each of the clamping body and the first clamping unit , and the first clamping unit and the at least one second clamping unit , at least one wedge surface is arranged which, in the clamped position (A), exerts, by means of an operative contact, a clamping force onto the at least one clamping element , characterized in that the clamping device is a clamping device for the at least two-stage clamping of a work piece , in which the first clamping unit and the at least one second clamping unit are adjustable along the longitudinal axis between a clamped position (A) and an initial position (B), wherein a first clamping stage is realized when the first clamping unit and the at least one second clamping unit are in the clamped position and wherein, in the second clamping stage, the first clamping unit is in the clamped position and the at least one second clamping unit is in the initial position, whereby a softer clamping of the work piece in the clamping device is achieved in the second clamping stage. - an elastic clamping body with at least one clamping element , - a first clamping unit and at least one second clamping unit , - wherein the clamping body is arranged on the side facing the work piece reception region and the first clamping unit is arranged between the clamping body and the at least one second clamping unit , and - wherein, between each of the clamping body and the first clamping unit , and the first clamping unit and the at least one second clamping unit , at least one wedge surface is arranged which, in the clamped position (A), exerts, by means of an operative contact, a clamping force onto the at least one clamping element ,
A fire protection unit comprising: a stored volume of firefighting agent ; a manifold coupled to the stored volume, the manifold defining a longitudinal axis (A-A), a tubular member , an internal passageway , a plurality of openings formed along the tubular member and in fluid communication with the internal passageway and spaced apart along the tubular member , and an internal pressurizing tube received by the tubular member; a propellant separately stored from the firefighting agent and coupled to the actuator ; and an actuator axially aligned with the manifold , wherein the firefighting agent is stored in the tubular member of the manifold, and the internal pressurizing tube is coupled with the propellant via a fluid control device and comprises one or more openings to discharge the propellant within the tubular member. a stored volume of firefighting agent ; a manifold coupled to the stored volume, the manifold defining a longitudinal axis (A-A), a tubular member , an internal passageway , a plurality of openings formed along the tubular member and in fluid communication with the internal passageway and spaced apart along the tubular member , and an internal pressurizing tube received by the tubular member; a propellant separately stored from the firefighting agent and coupled to the actuator ; and an actuator axially aligned with the manifold , wherein the firefighting agent is stored in the tubular member of the manifold, and the internal pressurizing tube is coupled with the propellant via a fluid control device and comprises one or more openings to discharge the propellant within the tubular member.
Coupling endpiece for a control cable of a motor vehicle gearbox to a ball joint of part of a gear lever or part of the gearbox, the endpiece being presented in the form of an eye endpiece designed to be fixed to the end of the control cable and comprises a housing receiving a coupling part intended to cover and to be coupled with the ball joint , the coupling part being received in the housing with the capacity to move against a damping pad made of elastomer interposed between said coupling part and an inner wall of the housing , when an axial force is exerted on the cable , the endpiece comprises rigid abutment means arranged to limit the movement of the coupling part and the elastic deformation of the damping pad , the coupling part being presented in the form of a cap received coaxially in the orifice of the eye endpiece and with the capacity to move radially against the pad interposed between said cap and the internal wall of the orifice , the cap is presented in two parts coupled to each other, one of which forms a protective cover, each part comprises a collar bearing on the coupling endpiece , characterised in that each part of the cap comprises a shoulder , the damping pad is received between the shoulders , and the internal wall of the housing is intended to abut against the shoulders during the movement of the coupling part with respect to the endpiece and after elastic deformation of the pad.
Heating apparatus , comprising a brazier configured to receive a biomass (C) which functions as fuel and a first comburent (F1) and suitable to thermally decompose said biomass (C) and produce at least one combustible gas (S), wherein said brazier is of the type substantially closed with respect to the external environment, such that the brazier does not have any apertures that allow the comburent air to enter directly from the external environment, wherein said brazier comprises a first entry aperture , connected to an injection device which is configured to introduce, in a controlled, automatic, continuous and adjustable way, said biomass (C) into said brazier , wherein said brazier comprises a second entry aperture for said first comburent (F1) to enter and an exit aperture for said at least one combustible gas (S) to exit, said exit aperture being disposed at a lower level than the one at which at least said second entry aperture is positioned, wherein said first and second entry apertures of said brazier are disposed at a higher level than that on which said exit aperture is located, in such a way that said first comburent (F1) and said biomass (C) enter said brazier from the top downward and toward said exit aperture .
A computer-implemented method comprising: harvesting , by an endpoint computer system , data relating to a plurality of events occurring within an operating environment of the endpoint computer system , the harvesting comprising receiving and/or inferring the data using one or more sensors executing on the endpoint computer system ; adding the data to a local data store maintained on the endpoint computer system ; and generating a query response in response to a query, the generating comprising identifying and retrieving responsive data from the local data store , the responsive data being related to an artifact on the endpoint computer system and/or to an event of the plurality of events, characterized in that the method further comprises harvesting according to a first set of data collection criteria, determining, via a threat detection module, that a heightened level of alert is necessary, and in response to a heightened level of alert being necessary, harvesting the data according to a second set of data collection criteria that are broader than the first set of data collection criteria, and that the local data store comprises an audit log, the audit log comprising a series of data containers , each data container in the series comprising a tamper resistant feature, currently generated forensic data being stored in a current data container of the series while preceding data containers in the series are closed to further write operations. harvesting , by an endpoint computer system , data relating to a plurality of events occurring within an operating environment of the endpoint computer system , the harvesting comprising receiving and/or inferring the data using one or more sensors executing on the endpoint computer system ; adding the data to a local data store maintained on the endpoint computer system ; and generating a query response in response to a query, the generating comprising identifying and retrieving responsive data from the local data store , the responsive data being related to an artifact on the endpoint computer system and/or to an event of the plurality of events, characterized in that the method further comprises harvesting according to a first set of data collection criteria, determining, via a threat detection module, that a heightened level of alert is necessary, and in response to a heightened level of alert being necessary, harvesting the data according to a second set of data collection criteria that are broader than the first set of data collection criteria, and that the local data store comprises an audit log, the audit log comprising a series of data containers , each data container in the series comprising a tamper resistant feature, currently generated forensic data being stored in a current data container of the series while preceding data containers in the series are closed to further write operations.
Illumination device for directional lighting, the illumination device comprising a lamp shade wherein the lamp shade comprises curved embossed elements with a trapeze shape which are configured to form a reflector , wherein the curved embossed elements are mounted to a polygonal base plate so that they overlap one another to form a reflector with a parabolic shape, preferably in the shape of tulip, wherein the illumination device comprises at least a lighting means configured to emit light and a socket which is configured to receive the at least one lighting means and which comprises an earthing device formed from a universal holder and configured to keep components of the illumination device close to earth potential, wherein the socket is arranged on top of the base plate and the at least one lighting means is arranged essentially perpendicular to the base plate or wherein the socket is arranged under the base plate and the at least one lighting means is arranged essentially in parallel to the base plate , wherein the illumination device comprises an open withdrawal which is configured to conduct away heat, wherein the open withdrawal comprises a flexible hose . wherein the lamp shade comprises curved embossed elements with a trapeze shape which are configured to form a reflector , wherein the curved embossed elements are mounted to a polygonal base plate so that they overlap one another to form a reflector with a parabolic shape, preferably in the shape of tulip, wherein the illumination device comprises at least a lighting means configured to emit light and a socket which is configured to receive the at least one lighting means and which comprises an earthing device formed from a universal holder and configured to keep components of the illumination device close to earth potential, wherein the socket is arranged on top of the base plate and the at least one lighting means is arranged essentially perpendicular to the base plate or wherein the socket is arranged under the base plate and the at least one lighting means is arranged essentially in parallel to the base plate , wherein the illumination device comprises an open withdrawal which is configured to conduct away heat, wherein the open withdrawal comprises a flexible hose .
A lyophilized formulation comprising a therapeutic agent and a surfactant sealed in a glass container, wherein an inner surface of the glass container is sulfur-treated or VIST-treated, and wherein the therapeutic agent is any one of a humanized anti-interleukin 6 (IL-6) receptor antibody, a Bi-specific humanized antibody of factor IX and factor X, and an anti-IL-31 receptor A humanized monoclonal antibody.
Machine for the production of ice cream, characterized in that it comprises: - a support body defining a housing compartment with an axis of development (X) substantially horizontal or inclined at an angle of inclination (α) of no more than 20° with respect to a horizontal plane (π); - a tub configured to contain the ingredients for the preparation of the ice cream which can be removably inserted in said housing compartment ; - a cooling circuit configured to cool at least part of said housing compartment and said tub disposed in the latter; - a mixing device disposed, during use, inside said tub and configured to mix the ingredients during the preparation of the ice cream; - a lid configured to selectively close an upper aperture of said tub ; and - clamping devices provided on said support body and configured to selectively clamp said lid and said tub in said housing compartment . - a support body defining a housing compartment with an axis of development (X) substantially horizontal or inclined at an angle of inclination (α) of no more than 20° with respect to a horizontal plane (π); - a tub configured to contain the ingredients for the preparation of the ice cream which can be removably inserted in said housing compartment ; - a cooling circuit configured to cool at least part of said housing compartment and said tub disposed in the latter; - a mixing device disposed, during use, inside said tub and configured to mix the ingredients during the preparation of the ice cream; - a lid configured to selectively close an upper aperture of said tub ; and - clamping devices provided on said support body and configured to selectively clamp said lid and said tub in said housing compartment .
Control system configured for use in a motor vehicle and intended to recognize motor vehicles ahead based on surroundings data obtained from at least one surroundings sensor assigned to the motor vehicle, wherein the at least one surroundings sensor is configured to provide the surroundings data representing the region ahead of the motor vehicle to an electronic controller of the control system, and wherein the control system is at least configured and intended to detect other motor vehicles in the road scene ahead of the ego motor vehicle using the at least one surroundings sensor (S1105), to determine a respective position of the other motor vehicles using the at least one surroundings sensor (S1110), to determine a trajectory of the ego motor vehicle from a current speed and a current yaw rate of the ego motor vehicle (S1115), to select (S1130), from the other motor vehicles, a single motor vehicle that has the shortest distance from the trajectory (S1125) in order to follow this single motor vehicle with the ego motor vehicle, to detect a relative distance between the ego motor vehicle and the single motor vehicle , to regulate the distance between the ego motor vehicle and the single motor vehicle in accordance with a traffic situation (S1135), characterized in that the control system is configured and intended to compare the respective shortest distance of the other motor vehicles from the trajectory of the ego motor vehicle with the shortest distance of the single motor vehicle from the trajectory of the ego motor vehicle, and when the comparison reveals that another motor vehicle is located closer to the trajectory of the ego motor vehicle, to select this other motor vehicle and to follow it and to store the previously selected single motor vehicle for a possible later selection. to detect other motor vehicles in the road scene ahead of the ego motor vehicle using the at least one surroundings sensor (S1105), to determine a respective position of the other motor vehicles using the at least one surroundings sensor (S1110), to determine a trajectory of the ego motor vehicle from a current speed and a current yaw rate of the ego motor vehicle (S1115), to select (S1130), from the other motor vehicles, a single motor vehicle that has the shortest distance from the trajectory (S1125) in order to follow this single motor vehicle with the ego motor vehicle, to detect a relative distance between the ego motor vehicle and the single motor vehicle , to regulate the distance between the ego motor vehicle and the single motor vehicle in accordance with a traffic situation (S1135), to compare the respective shortest distance of the other motor vehicles from the trajectory of the ego motor vehicle with the shortest distance of the single motor vehicle from the trajectory of the ego motor vehicle, and when the comparison reveals that another motor vehicle is located closer to the trajectory of the ego motor vehicle, to select this other motor vehicle and to follow it and to store the previously selected single motor vehicle for a possible later selection.
A wheel or wheelset of a railway rolling stock for measuring the force effect between said wheel or wheelset and the rail during ride of the railway rolling stock, the principle of which consists of detecting the deformation of said wheel or the wheelset , said wheel or wheelset comprising a strain gauge system placed on one side of said wheel or wheelset , on one pitch circle (R) and composed of Wheatstone complete bridges, each complete Wheatstone bridge comprising four strain gauges , characterized in that the arrangement of the strain gauge system is optimized to detect tangential forces (FT), which is achieved by the rotation of all the strain gauges away from the radial position by an angle β = 45° , wherein the minimum number of the Wheatstone complete bridges arranged on the wheel or wheelset is two. which consists of detecting the deformation of said wheel or the wheelset , said wheel or wheelset comprising a strain gauge system placed on one side of said wheel or wheelset , on one pitch circle (R) and composed of Wheatstone complete bridges, each complete Wheatstone bridge comprising four strain gauges , characterized in that the arrangement of the strain gauge system is optimized to detect tangential forces (FT), which is achieved by the rotation of all the strain gauges away from the radial position by an angle β = 45° , wherein the minimum number of the Wheatstone complete bridges arranged on the wheel or wheelset is two.