mhurhangee/ep-ind-claims huggingface dataset:
Motor-vehicle structure, including an underbody portion of sheet-metal defining an aperture within which there is mounted a floor portion of plastic material or composite material for housing a spare wheel or other component of a vehicle,, wherein to said floor portion of plastic material or composite material there is associated a holding element having at least a first part anchored to the underbody portion of sheet-metal and at least a second part which can be anchored to said spare wheel or said other component, characterized in that said holding element is an elongated plate, oriented in the longitudinal direction of the motor-vehicle and having one front end, with reference to the direction of advancement of the motor-vehicle, adjacent to a central area of said floor portion and anchored to said spare wheel or said other component and a rear end anchored to a rear cross-member of said underbody portion, in such a way that in case of an accident, said holding element prevents said spare wheel or said other component from being projected far away from the underbody structure, by constraining it to remain within a distance corresponding to the longitudinal dimension of said holding element.
A surgical instrument (100, 400) having a handle portion (102, 402) that is operably coupled to an end effector (106, 406) that has an end effector portion that is selectively movable between an open position and a closed position, said surgical instrument (100, 400) comprising: a closure system operably interfacing with said end effector portion to selectively transmit opening and closing motions thereto; a closure trigger (128, 428) movably coupled to said handle portion (102, 402) and being selectively movable between first and second positions, said closure trigger (128, 428) interacting with said closure system such that movement of said closure trigger (128, 428) from said first position to said second position causes said closure system to apply said closing motions to said movable end effector portion and wherein movement of said closure trigger (128, 428) from said second position to said first position causes said closure system to apply said opening motion to said movable end effector portion; and characterized by a dampening system supported by said handle portion (102, 402) and interacting with said closure trigger (128, 428) to retard movement of said closure trigger (128, 428) from said second position to said first position upon application of an actuation force thereto. a closure system operably interfacing with said end effector portion to selectively transmit opening and closing motions thereto; a closure trigger (128, 428) movably coupled to said handle portion (102, 402) and being selectively movable between first and second positions, said closure trigger (128, 428) interacting with said closure system such that movement of said closure trigger (128, 428) from said first position to said second position causes said closure system to apply said closing motions to said movable end effector portion and wherein movement of said closure trigger (128, 428) from said second position to said first position causes said closure system to apply said opening motion to said movable end effector portion; and characterized by a dampening system supported by said handle portion (102, 402) and interacting with said closure trigger (128, 428) to retard movement of said closure trigger (128, 428) from said second position to said first position upon application of an actuation force thereto.
A motor, comprising: a housing: a stator unit arranged in the housing: a rotor unit arranged in the housing; and a rotating shaft configured to rotate along with the rotor unit, characterized in that, the housing comprises: a first housing in which the stator unit and the rotor unit are arranged; a second housing connected with the first housing and in which one end of the rotating shaft is arranged; characterized in that it the motor further comprises a third housing in which a first gear and a motion member are arranged and connected with the second housing, wherein the third housing comprises a groove formed on a bottom surface, and a third through hole connected with the groove and wherein an extension direction of the groove is parallel to an extension direction of the rotating shaft, and wherein the motion member is arranged in the groove and passes through the third through hole. a housing: a stator unit arranged in the housing: a rotor unit arranged in the housing; and a rotating shaft configured to rotate along with the rotor unit, a rotor unit arranged in the housing; and a rotating shaft configured to rotate along with the rotor unit, characterized in that, the housing comprises: a first housing in which the stator unit and the rotor unit are arranged; a second housing connected with the first housing and in which one end of the rotating shaft is arranged; characterized in that it the motor further comprises a third housing in which a first gear and a motion member are arranged and connected with the second housing, wherein the third housing comprises a groove formed on a bottom surface, and a third through hole connected with the groove and wherein an extension direction of the groove is parallel to an extension direction of the rotating shaft, and wherein the motion member is arranged in the groove and passes through the third through hole. a first housing in which the stator unit and the rotor unit are arranged; a second housing connected with the first housing and in which one end of the rotating shaft is arranged; characterized in that it the motor further comprises a third housing in which a first gear and a motion member are arranged and connected with the second housing, wherein the third housing comprises a groove formed on a bottom surface, and a third through hole connected with the groove and wherein an extension direction of the groove is parallel to an extension direction of the rotating shaft, and wherein the motion member is arranged in the groove and passes through the third through hole.
A pneumatic controller for an inline valve, comprising: a manifold having a low pressure port, a high pressure port, an actuator port, and a vent; a selector movable within the manifold between a first position and a second position, the low pressure port in fluid communication with the actuator port in the first position, the high pressure port in fluid communication with the actuator port in the second position; and a biasing member supported within the manifold and urging the selector towards the first position, characterised in that the low pressure port is in fluid communication with the vent in both the first position and the second position to cool the biasing member with low pressure fluid received at the low pressure port. a manifold having a low pressure port, a high pressure port, an actuator port, and a vent; a selector movable within the manifold between a first position and a second position, the low pressure port in fluid communication with the actuator port in the first position, the high pressure port in fluid communication with the actuator port in the second position; and a biasing member supported within the manifold and urging the selector towards the first position, characterised in that the low pressure port is in fluid communication with the vent in both the first position and the second position to cool the biasing member with low pressure fluid received at the low pressure port.
Method for producing a bituminous sheet including a carrier provided at least on one side with a bituminous covering layer which is provided with a pattern of parallel grooves, and interposed ribs, characterized in that firstly a layer of bituminous mass is supplied to the carrier uniformly, and afterwards the ribs are supplied with an application roller directly to the layer.
- A method of manufacturing an electronic module comprising in combination at least the following steps • Using a substrate comprising on at least one side one or more electrically conductive tracks, at least one conductive pad and at least one connection stud, • Connecting an integrated circuit to at least one connection stud, • Arranging one or more electrically conductive elements, characterised in that the method comprises the step of, • Connecting said electrically conductive element(s) to said at least one conductive pad of the substrate using an electrically conductive adhesive, wherein the integrated circuit is on the same side as the electrically conductive element (s) with respect to the substrate; the electrically conductive track(s), the at least one conductive pad and the at least one connection stud are on the same side as the electrically conductive element(s) with respect to the substrate. • Using a substrate comprising on at least one side one or more electrically conductive tracks, at least one conductive pad and at least one connection stud, • Connecting an integrated circuit to at least one connection stud, • Arranging one or more electrically conductive elements, characterised in that the method comprises the step of, • Connecting said electrically conductive element(s) to said at least one conductive pad of the substrate using an electrically conductive adhesive, wherein the integrated circuit is on the same side as the electrically conductive element (s) with respect to the substrate; the electrically conductive track(s), the at least one conductive pad and the at least one connection stud are on the same side as the electrically conductive element(s) with respect to the substrate.
A process for monitoring and/or adjusting a non-aqueous, two liquid phase dispersion polymerization of an olefin-based monomer, the process comprising monitoring the concentration of the carbon-carbon unsaturations in the dispersion using Raman Spectroscopy; wherein the pressure of the polymerization is from 1 to 10 MPa; wherein, in the dispersion polymerization, one or more monomer types are polymerized, in the presence of at least one catalyst and at least one solvent, to form a polymer, and wherein the polymer forms a dispersed phase in the solvent; and wherein the at least one catalyst is soluble in the at least one solvent.
A method of operating a tower slewing crane on whose hoist winch a hoist rope is wound up whose length is larger than the length required for normal operation, wherein the hoist rope is guided over an auxiliary deflection to unwind the hoist rope region not unwound in normal operation, characterised in that the auxiliary deflection takes place via an auxiliary pulley (12, 17, 26) which is let down to unwind the hoist rope.
Longitudinal adjuster for a vehicle seat having a seat part and a backrest, having a first seat rail which is fixed to the seat part, and a second seat rail, relative to which the first seat rail is displaceable in the longitudinal direction (x), wherein the longitudinal adjuster has a lock for preventing a longitudinal displacement of the vehicle seat, wherein the vehicle seat can be transferred from the use position into an easy-entry position, to facilitate access to the rear seats, when the lock of the longitudinal adjuster of the vehicle seat is released by folding the backrest forwards, wherein a memory device is provided which stores a set longitudinal position of the seat, said longitudinal position being left and restored by carrying out a longitudinal displacement of the vehicle seat, wherein the longitudinal adjuster activates the memory device when the longitudinal adjuster has been locked by the backrest being folded forwards, and the longitudinal adjuster deactivates the memory device when the longitudinal adjuster has been locked by manual actuation by means of a handle, characterized in that an actuating lever is arranged on a transmission tube, wherein a drive lever is provided which is mounted rotatably on the actuating lever.
Pack for preparing a food or beverage product from one or more food or beverage ingredients comprising an insert and a container where the ingredient or ingredients are stored, the insert comprising at least a fluid inlet configured for introducing an aqueous fluid under the form of a jet in the inner volume of the pack, the insert further comprising at least an air conduit configured to allow introducing air from the exterior of the pack and into the inner volume of the said pack through at least an air nozzle, characterized in that the insert comprises at least two parts (140, 150) moveable with respect to each other, comprising at least one moveable part, moveable with respect to a fixed part and comprising at least an air conduit the insert comprising at least a fluid inlet configured for introducing an aqueous fluid under the form of a jet in the inner volume of the pack, the insert further comprising at least an air conduit configured to allow introducing air from the exterior of the pack and into the inner volume of the said pack through at least an air nozzle, characterized in that the insert comprises at least two parts (140, 150) moveable with respect to each other, comprising at least one moveable part, moveable with respect to a fixed part and comprising at least an air conduit
A nacelle for a turbomachine comprising an inner wall and a ring, said inner wall comprising: - an outer annular fan casing, - a soundproofing inner annular structure for extending upstream from the fan blades, and - a flange for fastening to said ring, the flange and the ring being coaxial, and in said nacelle: - the outer annular fan casing is a one-piece structure, is intended to surround fan blades ans extends substantially as far as the upstream end of the soundproofing inner annular structure, which annular casing comprises, at the upstream end, said flange, which is situated in the vicinity of the upstream end of the soundproofing structure, and - said nacelle comprises an annular layer of abradable material, which is fastened to an inner cylindrical surface of the fan casing and is intended to surround the fan blades. - an outer annular fan casing, - a soundproofing inner annular structure for extending upstream from the fan blades, and - a flange for fastening to said ring, the flange and the ring being coaxial, and in said nacelle: - the outer annular fan casing is a one-piece structure, is intended to surround fan blades ans extends substantially as far as the upstream end of the soundproofing inner annular structure, which annular casing comprises, at the upstream end, said flange, which is situated in the vicinity of the upstream end of the soundproofing structure, and - said nacelle comprises an annular layer of abradable material, which is fastened to an inner cylindrical surface of the fan casing and is intended to surround the fan blades.
Bone screw for implants for correcting and stabilizing the spinal column, said bone screw comprising: - a threaded shank with a screw head, which has a driving profile for a turning tool, and - a head housing with a rod recess for a fixing rod, wherein the head housing on the screw head is deflectable relative to the longitudinal axis of the threaded shank of the bone screw and is arranged on the screw head so as to be freely rotatable about its housing longitudinal axis, wherein the driving profile is formed by an insert part which is arranged in a bearing recess of the screw head, wherein the insert part is coupled to the screw head for conjoint rotation in a direction about the longitudinal axis of the threaded shank of the bone screw, and wherein the insert part is held and guided on the head housing and, together with the latter, is deflectable with respect to the longitudinal axis, wherein the head housing is secured axially in position on the screw head via an inwardly tensioning, slotted spring ring, wherein the head housing has on the inside, in the area of its screw-head recess, an annular groove into which the spring ring can move during the axial insertion of the screw head into the screw-head recess of the head housing, wherein a projection for radially limiting an expansion of the spring ring is arranged inside the annular groove, in the threaded shank area thereof, and wherein the screw-head recess is provided with an axial abutment for the spring ring, which axial abutment is formed by a side-wall projection of the head housing, and by which the spring ring is secured against axial removal from or falling out of the screw-head recess of the head housing, characterized in that the insert part has two bearing pins which each extend in a radial direction away from the insert part, wherein the bearing pins engage in side-wall recesses of a cardan ring arranged pivotably in the bearing recess. - a threaded shank with a screw head, which has a driving profile for a turning tool, and - a head housing with a rod recess for a fixing rod, wherein the head housing on the screw head is deflectable relative to the longitudinal axis of the threaded shank of the bone screw and is arranged on the screw head so as to be freely rotatable about its housing longitudinal axis, wherein
A method for controlling a drilling system comprising a drive system, drillstring and drill bit, wherein the drive system rotates the drillstring during a drilling process to drill a borehole through an earth formation, the method comprising: setting a desired rotation speed v 0 for the drillstring; setting weightings for (i) maintaining a stable rotation speed centered on v 0, and for (ii) minimizing downgoing rotational energy; receiving property measurements of the drilling system and deriving therefrom a component v up of a rotation speed of the drillstring associated with upgoing rotational energy; determining a rotation speed v for the drillstring from the desired rotation speed v 0, the component v up associated with upgoing rotational energy and the desired weightings; and controlling the drive system to rotate the drillstring at v. setting a desired rotation speed v 0 for the drillstring; setting weightings for (i) maintaining a stable rotation speed centered on v 0, and for (ii) minimizing downgoing rotational energy; receiving property measurements of the drilling system and deriving therefrom a component v up of a rotation speed of the drillstring associated with upgoing rotational energy; determining a rotation speed v for the drillstring from the desired rotation speed v 0, the component v up associated with upgoing rotational energy and the desired weightings; and controlling the drive system to rotate the drillstring at v.
A method of preparing cytological specimens for analysis, which comprises the steps of: a. Providing cytological material in a specimen container, b. Adding anti-coagulant preservative to the specimen container, where the anti-coagulant preservative comprises at least in part of heparin sodium chloral hydrate, and at least in part of citric acid, c. Receiving the cytological material and anti-coagulant in an automated apparatus for pre-analysis preparation, the anti-coagulant preservative being selected to inhibit cellular activity and maintain cellular morphology without killing cells. a. Providing cytological material in a specimen container, b. Adding anti-coagulant preservative to the specimen container, where the anti-coagulant preservative comprises at least in part of heparin sodium chloral hydrate, and at least in part of citric acid, c. Receiving the cytological material and anti-coagulant in an automated apparatus for pre-analysis preparation,
A method in an access control server of controlling access to an enterprise network, comprising: establishing a connection between the access control server and a bridging server; the bridging server configured to maintain a tunnel connection with an enterprise server; receiving, at the access control server from a client computing device outside the enterprise network, a request to establish a connection between the client computing device and the enterprise server; responsive to the request, initiating establishment of a connection between the client computing device and the enterprise server via the bridging server by associating the tunnel connection with the client computing device;at the access control server, responsive to receiving the request, obtaining a security attribute of the enterprise server from a central repository outside the enterprise network; determining, based on the security attribute, whether the enterprise server meets a predefined security threshold; when the enterprise server does not meet the predefined security threshold, denying the request to establish a connection between the client computing device and the enterprise server; and wherein denying the request to establish the connection comprises sending a command to the bridging server to block data traffic between the client computing device and the enterprise server.
A refuse receptacle comprising a body, on the side walls of which that point away from one another there is mounted in each case a trunnion with a trunnion unit which laterally supports the trunnion and which engages below the outwardly protruding and downwardly cranked edge of the body, wherein the trunnion unit has an upper region and a lower region which has a central bushing that forms the trunnions, characterized in that - the trunnion unit, as seen in plan view of the trunnion unit, has a much greater width in the upper region engaging below the edge than in the lower region at the level of the trunnion, and in that - arranged in the bowl-shaped interior of the trunnion unit are ribs (32a, b, c...) which are perpendicular to the main plane thereof and which extend outwards radially from the central bushing. - the trunnion unit, as seen in plan view of the trunnion unit, has a much greater width in the upper region engaging below the edge than in the lower region at the level of the trunnion, and in that - arranged in the bowl-shaped interior of the trunnion unit are ribs (32a, b, c...) which are perpendicular to the main plane thereof and which extend outwards radially from the central bushing.
Elevator system comprising an electric drive for moving an elevator car in an elevator hoistway, the electric drive having an electric machine which comprises a braking apparatus, wherein the braking apparatus comprises: - a user interface, - an apparatus for dynamic braking, for braking the electric machine with dynamic braking, - an input for a control signal (5, 7) of the braking apparatus, - a controller for controlling the apparatus for dynamic braking as a response to the aforementioned control signal (5, 7) of the braking apparatus, wherein the controller comprises control modes (10, 11, 12, 13) for controlling the apparatus for dynamic braking according to the control mode to be used at any given time, characterized in that the controller is arranged to switch into a prevention mode of dynamic braking when the controller receives a parameter that refers to prevention mode of dynamic braking from the user interface, and in that the controller is arranged to switch from the prevention mode of dynamic braking into a normal mode of dynamic braking after it detects at least one of the following: - the controller detects an initiation of a next run of the elevator - the controller receives a parameter that refers to normal mode of dynamic braking from the user interface - the controller detects a communication break in a data transfer connection between the user interface and the controller. - a user interface, - an apparatus for dynamic braking, for braking the electric machine with dynamic braking, - an input for a control signal (5, 7) of the braking apparatus, - a controller for controlling the apparatus for dynamic braking as a response to the aforementioned control signal (5, 7) of the braking apparatus, - the controller detects an initiation of a next run of the elevator - the controller receives a parameter that refers to normal mode of dynamic braking from the user interface - the controller detects a communication break in a data transfer connection between the user interface and the controller.