mhurhangee/ep-ind-claims huggingface dataset:
An electromechanical actuator for a covering device, the electromechanical actuator comprising at least: - a housing, - an electric motor, - an electromagnetic device, - an output shaft, and - an electrical connection device, the electric motor and the electromagnetic device being mounted inside the housing, the electromagnetic device having a first state, in which the electromagnetic device prevents the output shaft of the electromechanical actuator from rotating relative to the housing, and a second state, in which the output shaft of the electromechanical actuator is free to rotate relative to the housing, the electromagnetic device being connected to the electrical connection device by means of electrical wires, and the electromagnetic device comprising at least one casing, characterised in that the electromechanical actuator further comprises a clip, in that the casing comprises at least one groove, in that the clip is mounted on the casing and is housed at least partially in the groove of the casing, and in that the electrical wires are held in position in the groove of the casing by means of the clip. - a housing, - an electric motor, - an electromagnetic device, - an output shaft, and - an electrical connection device, the electric motor and the electromagnetic device being mounted inside the housing, the electromagnetic device having a first state, in which the electromagnetic device prevents the output shaft of the electromechanical actuator from rotating relative to the housing, and a second state, in which the output shaft of the electromechanical actuator is free to rotate relative to the housing, the electromagnetic device being connected to the electrical connection device by means of electrical wires, and the electromagnetic device comprising at least one casing, characterised in that the electromechanical actuator further comprises a clip, in that the casing comprises at least one groove, in that the clip is mounted on the casing and is housed at least partially in the groove of the casing, and in that the electrical wires are held in position in the groove of the casing by means of the clip.
Endoscope with a main body and a rigid shaft, extending from the main body, which has a first section which extends in a rectilinear manner, a curved second section adjoining the latter and a third section, adjoining the second section, which third section forms a distal end of the shaft, wherein the shaft has, for receiving an instrument, an instrument tube formed as one piece which extends to the distal end of the shaft and has an open end there, and an optics module by means of which an image of an area in front of the distal end of the shaft can be recorded, and wherein a multi-part cladding tube extending from the main body to the distal end is provided, in which the instrument tube and the optics module are arranged and which has a rectilinear part for the first section and a curved part, connected to the rectilinear part, for the second section.
A heating device for heating a component, containing an essentially annular base body, which has a bearing surface adapted and/or matched to the outer surface of the component and consists of a material that conducts heat well and also has a radially outwardly open recess for accommodating a heating conductor and further containing a clamping apparatus, which surrounds the base body and the heating conductor and by means of which the heating device can be fastened on the in particular cylindrical outer surface of the component, wherein the heating conductor(s) are embedded into an electrical insulation and together with the same form an integrated heating element, which bears with its outer surface on the continuous wall surface of the recess with a predetermined prestress, wherein the heating element is pressed into the recess by means of the clamping band, characterised in that the base body is constructed in one piece and has an essentially U-shaped cross section with two legs (26, 27) that are arranged at the axial ends and radially outwardly directed, between which legs the recess is located.
A NO x adsorber catalyst composition comprising a support material and one or more platinum group metals disposed on the support material; wherein the support material comprises a NO x storage enhancer; the one or more platinum group metals is a mixture or alloy of platinum and palladium; wherein the support material is selected from the group consisting of cerium oxide, a ceria-zirconia mixed oxide, a ceria-magnesia-alumina mixed oxide, and an alumina-ceria-zirconia mixed oxide; and wherein the NO x storage enhancer is holmium or a metal oxide thereof.
Sanitary arrangement, comprising at least one wall holder, at least one connecting rod, a mounting frame, a sanitary component and at least one sensor, wherein the at least one connecting rod connects the mounting frame or the sanitary component or both to the wall holder and wherein the at least one sensor is supported or arranged on the at least one connecting rod and with the sensor the at least one force acting on the at least one connecting rod can be determined, wherein the at least one sensor is a piezo-electric sensor, - which is indirectly supported on the at least one connecting rod by arrangement on a nut or a spacer disc that is arranged on or attached to the connecting rod, or - which is arranged directly on the connecting rod. - which is indirectly supported on the at least one connecting rod by arrangement on a nut or a spacer disc that is arranged on or attached to the connecting rod, or - which is arranged directly on the connecting rod.
A powered midwheel drive, MWD, wheelchair (1; 1-1; 1-2; 1-3; 1-4; 1-5; 1-6) comprising: a chassis, a seating system attached to the chassis, the seating system being configured to be manoeuvred between a seated position and a standing position, a pair of drive wheels, a pair of front swing arms (5; 5-6) pivotally connected to the chassis, and front support wheels attached to a respective one of the front swing arms (5; 5-6), wherein each front swing arm (5; 5-6) is configured to pivot in relation to the chassis between a first position, in which the front support wheel is at its uppermost position in relation to the chassis, and a second position, in which the front support wheel is at its lowermost position in relation to the chassis, and wherein the front swing arms (5; 5-6) are configured to pivot to the first position when the seating system is in the standing position, whereby the chassis is tilted forward in relation to the ground or floor surface. a chassis, a seating system attached to the chassis, the seating system being configured to be manoeuvred between a seated position and a standing position, a pair of drive wheels, a pair of front swing arms (5; 5-6) pivotally connected to the chassis, and front support wheels attached to a respective one of the front swing arms (5; 5-6), wherein each front swing arm (5; 5-6) is configured to pivot in relation to the chassis between a first position, in which the front support wheel is at its uppermost position in relation to the chassis, and a second position, in which the front support wheel is at its lowermost position in relation to the chassis, and wherein the front swing arms (5; 5-6) are configured to pivot to the first position when the seating system is in the standing position, whereby the chassis is tilted forward in relation to the ground or floor surface.
Centrifugal pump, comprising an outer casing, an inner casing contained in the outer casing, an impeller rotatably supported within the inner casing, an outer casing inlet concentrically arranged with respect to the impeller as well as a tangential outer casing outlet, said outer casing comprising a cup shaped part as well as a cover part mounted onto the cup shaped part, which cover part comprises at least one reinforcement ring (42, 43), characterised in that said cover part comprises a single element which extends as a unity continuously between the cup shaped part and the outer casing inlet, wherein said cover part comprises a plastic material, and wherein the cover part comprises a centrally located inlet opening, wherein at least a reinforcement ring is provided at or near the inlet opening.
A method for detecting a permeability of a section of an extracorporeal tube inserted in a tube pump, comprising the steps of: - meshing a displacer (25, 27) of the tube pump with a section of the tube such that the displacer (25, 27) reduces the permeability of the section; - effecting or changing a first pressure or a first pressure change within the tube on a first side of the section and/or on a first side of the meshed displacer (25, 27), the first pressure or the first pressure change being effected by a substituate pump and/or by the interruption of fluid connections; - evaluating a second pressure or a second pressure change, which prevails or is measurable on a second side of the section and/or on a second side of the meshed displacer (25, 27), wherein the method is carried out before starting a treatment of a patient. - meshing a displacer (25, 27) of the tube pump with a section of the tube such that the displacer (25, 27) reduces the permeability of the section; - effecting or changing a first pressure or a first pressure change within the tube on a first side of the section and/or on a first side of the meshed displacer (25, 27), the first pressure or the first pressure change being effected by a substituate pump and/or by the interruption of fluid connections; - evaluating a second pressure or a second pressure change, which prevails or is measurable on a second side of the section and/or on a second side of the meshed displacer (25, 27),
A communication device comprising: - a processor unit arranged to run a routing protocol for including the communication device into an ad-hoc communication network, - a control interface arranged to receive a pre-determined control action given by a user of the communication device, - a circuitry arranged to create a protocol data unit, and - a transmitter arranged to transmit the protocol data unit to the ad-hoc communication network, characterized in that the processor unit is arranged to provide the protocol data unit with a pre-determined protocol address as a response to the pre-determined control action, and otherwise, to provide the protocol data unit with another protocol address, wherein the pre-determined protocol address enables the routing protocol to control communication via a permanent communication network and the other protocol address enables the routing protocol to control communication only within the ad-hoc communication network. - a processor unit arranged to run a routing protocol for including the communication device into an ad-hoc communication network, - a control interface arranged to receive a pre-determined control action given by a user of the communication device, - a circuitry arranged to create a protocol data unit, and - a transmitter arranged to transmit the protocol data unit to the ad-hoc communication network,
An insulation blanket for insulating a structure comprising: (i) a first facer layer; (ii) a second facer layer; (iii) a plurality of intermeshed non-woven fibers disposed between the first and second facer layers; and (iv) an insulating powder disposed between the first and second facer layers and within the intermeshed non-woven fibers, the; wherein the insulation blanket includes at least one exposed edge having a cauterized face that is roughly orthogonal to the first and second facer layers, the cauterized face forming a barrier on the exposed edge that encases the insulating powder within the interior of the insulation blanket thereby minimizing degradation of the insulating value due to loss or shedding of the insulating powder through the exposed edge, the cauterized edge having a depth of cauterized material of between 0.05 and 3 mm. (i) a first facer layer; (ii) a second facer layer; (iii) a plurality of intermeshed non-woven fibers disposed between the first and second facer layers; and (iv) an insulating powder disposed between the first and second facer layers and within the intermeshed non-woven fibers, the;
A vaporizer assembly for an e-vaping device, the vaporizer assembly comprising: a dispensing interface structure configured to draw a pre-vapor formulation from a reservoir; and a heater assembly in contact with the dispensing interface structure, the heater assembly comprising: a heater coil structure defining a surface; a set of two electrical lead structures, the electrical lead structures coupled to opposite ends of the heater coil structure; and a non-conductive connector structure connected to each of the electrical lead structures, such that the electrical lead structures are coupled together independently of the heater coil structure; wherein the heater assembly applies a mechanical force to the dispensing interface structure, such that, the heater coil structure is in compression with the dispensing interface structure, and the heater coil structure surface is substantially flush with a surface of the dispensing interface structure. a dispensing interface structure configured to draw a pre-vapor formulation from a reservoir; and a heater assembly in contact with the dispensing interface structure, the heater assembly comprising: a heater coil structure defining a surface; a set of two electrical lead structures, the electrical lead structures coupled to opposite ends of the heater coil structure; and a non-conductive connector structure connected to each of the electrical lead structures, such that the electrical lead structures are coupled together independently of the heater coil structure; a heater coil structure defining a surface; a set of two electrical lead structures, the electrical lead structures coupled to opposite ends of the heater coil structure; and a non-conductive connector structure connected to each of the electrical lead structures, such that the electrical lead structures are coupled together independently of the heater coil structure; wherein the heater assembly applies a mechanical force to the dispensing interface structure, such that, the heater coil structure is in compression with the dispensing interface structure, and the heater coil structure surface is substantially flush with a surface of the dispensing interface structure. the heater coil structure is in compression with the dispensing interface structure, and the heater coil structure surface is substantially flush with a surface of the dispensing interface structure.
Method for connecting corresponding points measured by a computer vision system in a set of points, said method comprising the steps of: calibrating at least two cameras (CAM1, CAM2) and an illuminator (LASER) used in the system (20, 21); determining the location and orientational position of the object (11, 22); illuminating points on the surface of the object; imaging the illuminated points by the at least two cameras (CAM1, CAM2); connecting corresponding points imaged by the at least two different cameras; calculating the actual three-dimensional coordinates of the object on the basis of the corresponding points; and storing the coordinates in memory; characterized in that the step of connecting corresponding points further comprises the steps of: performing a calculation whereby two-dimensional projection points corresponding to the desired measuring points are determined in the images from a three-dimensional model of the object; searching an area near the calculated point in the images produced by the cameras to locate the actual point imaged; connecting the actual point perceived by the at least two different cameras as a corresponding point; and repeating the procedure for all the illuminated points. calibrating at least two cameras (CAM1, CAM2) and an illuminator (LASER) used in the system (20, 21); determining the location and orientational position of the object (11, 22); illuminating points on the surface of the object; imaging the illuminated points by the at least two cameras (CAM1, CAM2); connecting corresponding points imaged by the at least two different cameras; calculating the actual three-dimensional coordinates of the object on the basis of the corresponding points; and storing the coordinates in memory; performing a calculation whereby two-dimensional projection points corresponding to the desired measuring points are determined in the images from a three-dimensional model of the object; searching an area near the calculated point in the images produced by the cameras to locate the actual point imaged; connecting the actual point perceived by the at least two different cameras as a corresponding point; and repeating the procedure for all the illuminated points.
A method comprising: at a customer premises equipment, CPE, comprising one or more network interfaces and a plurality of slices: receiving, from a root network manager, a slice provisioning instruction to provision a slice of the CPE for a tenant application, wherein the slice provisioning instruction identifies at least one network interface of the one or more network interfaces to allocate to the slice; provisioning the slice of the CPE, wherein provisioning the slice comprises allocating CPE resources including the at least one network interface to the slice of the customer premises equipment; obtaining the tenant application; storing data associating the tenant application with the slice of the CPE; receiving, directly from a secondary network manager associated with the tenant application, a management instruction for managing the tenant application; executing the management instruction only in relation to the slice, wherein the tenant application is a particular virtual machine; wherein the method further comprises executing the management instruction only in relation to the particular virtual machine in isolation from other virtual machines in other slices of the CPE different than the slice. receiving, from a root network manager, a slice provisioning instruction to provision a slice of the CPE for a tenant application, wherein the slice provisioning instruction identifies at least one network interface of the one or more network interfaces to allocate to the slice; provisioning the slice of the CPE, wherein provisioning the slice comprises allocating CPE resources including the at least one network interface to the slice of the customer premises equipment; obtaining the tenant application; storing data associating the tenant application with the slice of the CPE; receiving, directly from a secondary network manager associated with the tenant application, a management instruction for managing the tenant application; executing the management instruction only in relation to the slice, wherein the tenant application is a particular virtual machine; wherein the method further comprises executing the management instruction only in relation to the particular virtual machine in isolation from other virtual machines in other slices of the CPE different than the slice.
A method of enforcing at a sending device a usage control of an encrypted digital content embedded in a content object, CO, wherein a rights object, RO (D1, D2, D3, D4), associated to the CO is required for using the digital content of the CO at a receiving device, the method comprising: - generating at the sending device an encryption information (D2, D4) for decrypting the encrypted digital content and inserting the decryption information into the RO, - sending the RO to a rights management server to be forwarded to the receiving device, - receiving from the rights management server a unique resource locator of the RO, RI-URL, and - embedding the RI-URL into the CO, so that the receiving device is able to retrieve the RI-URL from the received CO and use the RI-URL for getting the RO, wherein the digital content of the CO is encrypted by means of a first encryption key, CEK, and wherein the encryption information (D2, D4) comprises the CEK being encrypted by a second encryption key, wherein the second encryption key is associated to a decryption key of the receiving device, so that the receiving device is able to retrieve the CEK to decrypt the digital content of the CO. - generating at the sending device an encryption information (D2, D4) for decrypting the encrypted digital content and inserting the decryption information into the RO, - sending the RO to a rights management server to be forwarded to the receiving device, - receiving from the rights management server a unique resource locator of the RO, RI-URL, and - embedding the RI-URL into the CO, so that the receiving device is able to retrieve the RI-URL from the received CO and use the RI-URL for getting the RO,
A control arrangement for controlling a vessel, comprising at least two propulsion units (200A, 200B), and each of the propulsion units comprises at least one load parameter measuring device for measuring a parameter usable in determining a load caused by the propulsion unit to vessel, and a control system for controlling the at least two propulsion units, the control system being arranged to determine a load effected by the propulsion units on the vessel, estimate, based on the determined load, a thrust to propagation direction of the vessel, and to set a value for an operation parameter of the propulsion units based on the determined load, characterized in that the propulsion units are azimuthing propulsion units, wherein the operation parameter is a toe angle between the propulsion units, the control system is arranged to attempt a plurality of operation parameter values for the propulsion units (200A, 200B), determine respective loads, and to set a value for the toe angle such that the thrust to the propagation direction of the vessel is maximized.
An exhaust gas treatment apparatus for a construction machine, which is connected to a diesel particulate filter trap to discharge exhaust gas from an engine to outside through the DPF, comprising: a tail pipe main body provided with a plurality of ventilation holes penetratingly formed on the tail pipe main body to allow the outside air to pass through the ventilation holes, and installed on an outlet of the DPF; characterised in that an exhaust heat dissipation unit provided with a plurality of tubes which respectively communicate with the ventilation holes, and are installed inside the tail pipe main body arranged in a direction perpendicular to the exhaust gas discharge direction; and a plurality of exhaust holes located in a longitudinal direction of the tubes and penetratingly formed in an exhaust gas discharge direction. a tail pipe main body provided with a plurality of ventilation holes penetratingly formed on the tail pipe main body to allow the outside air to pass through the ventilation holes, and installed on an outlet of the DPF; characterised in that an exhaust heat dissipation unit provided with a plurality of tubes which respectively communicate with the ventilation holes, and are installed inside the tail pipe main body arranged in a direction perpendicular to the exhaust gas discharge direction; and a plurality of exhaust holes located in a longitudinal direction of the tubes and penetratingly formed in an exhaust gas discharge direction.
Elevator installation (10; 100; 110; 120) having at least one elevator car which is movable vertically upwardly and downwardly by way of a linear motor, wherein the linear motor comprises stationary primary parts and a secondary part which is fixed to the elevator car, characterized in that the elevator installation (10; 100; 110; 120) comprises a plurality of support segments, each of which has held thereon at least one primary part, wherein in each case a support segment in combination with the at least one primary part held thereon forms a prefabricated, independently handleable drive module and wherein the drive modules are stackable one on top of the other and form a travel path along which the at least one elevator car is movable.