mhurhangee/ep-ind-claims huggingface dataset:
A distributed network storage system, comprising: a metadata management node, multiple data nodes, a software-defined networking, SDN, controller, and an SDN switch, wherein the metadata management node communicates with the multiple data nodes using the SDN switch, the metadata management node is further connected to the SDN controller, the SDN controller is connected to the SDN switch; characterized in that the metadata management node is configured to receive a data storage request sent by a client, and return metadata corresponding to to-be-written data to the client according to the data storage request, wherein the metadata comprises an address of a destination data node for storing the to-be-written data; and the metadata management node is further configured to send a backup mapping relationship of the destination data node to the SDN controller; the SDN controller is configured to generate a first flow entry according to the backup mapping relationship of the destination data node sent by the metadata management node, and deliver the first flow entry to the SDN switch, wherein the first flow entry comprises the address of the destination data node and an address of a backup data node of the destination data node; and the SDN switch is configured to receive a write request that is sent by the client according to the metadata, wherein the write request comprises the to-be-written data and the address of the destination data node; and the SDN switch is further configured to search a flow table according to the address of the destination data node for the first flow entry that matches the address of the destination data node, and broadcast the write request to the destination data node and the backup data node according to the first flow entry; wherein the destination data node and the backup data node are separately configured to receive the write request broadcast by the SDN switch, and separately store the to-be-written data according to the write request.
Method for operating a synchronous machine by means of a three-phase power controller which is connected to a three-phase network, having the following steps: - determination of the phase difference between magnet-wheel voltage of the synchronous machine and network voltage of the three-phase network, - determination of the rotational speed of the rotor of the synchronous machine, - determination of the phase position of the three-phase network, - determination of a decision characteristic number with the help of a stored data table which has been calculated in advance, which data table associates a decision characteristic number with value triples consisting of phase difference, phase position and rotational speed, - determination of at least one switching time point on the basis of the decision characteristic number, in which case the semiconductor controllers (6...8) are activated at the switching time point. - determination of the phase difference between magnet-wheel voltage of the synchronous machine and network voltage of the three-phase network, - determination of the rotational speed of the rotor of the synchronous machine, - determination of the phase position of the three-phase network, - determination of a decision characteristic number with the help of a stored data table which has been calculated in advance, which data table associates a decision characteristic number with value triples consisting of phase difference, phase position and rotational speed, - determination of at least one switching time point on the basis of the decision characteristic number, in which case the semiconductor controllers (6...8) are activated at the switching time point.
A reamer for machining a workpiece by chip removal, comprising: - a holder, having a receiving opening that is disposed on an end face and that has an internal thread, and having a holder bore extending inside the holder in the longitudinal direction thereof and opening into the receiving opening, and - an exchangeable head, having a cutting element that comprises a plurality of blades disposed in a distributed manner in the circumferential direction, an exchangeable-head shank that comprises an external thread corresponding to the internal thread disposed in the receiving opening of the holder, and a bearing contact element that is disposed between the cutting element and the exchangeable-head shank and that has a first bearing contact surface for bearing contact on a first support surface disposed on the workpiece-side end face of the holder, wherein an exchangeable-head bore corresponding to the holder bore extends through the entire exchangeable head in the longitudinal direction thereof, said exchangeable-head bore serving, together with the holder bore, to deliver coolant, through the holder and the exchangeable head, to the cutting element, characterized in that a tool engagement means and an internal thread for fixing a coolant distributing element are provided in the exchangeable-head bore, in the region of the workpiece-side end, and in that the internal thread is arranged between the tool engagement means and the workpiece-side end of the exchangeable head bore. - a holder, having a receiving opening that is disposed on an end face and that has an internal thread, and having a holder bore extending inside the holder in the longitudinal direction thereof and opening into the receiving opening, and - an exchangeable head, having a cutting element that comprises a plurality of blades disposed in a distributed manner in the circumferential direction, an exchangeable-head shank that comprises an external thread corresponding to the internal thread disposed in the receiving opening of the holder, and a bearing contact element that is disposed between the cutting element and the exchangeable-head shank and that has a first bearing contact surface for bearing contact on a first support surface disposed on the workpiece-side end face of the holder, wherein an exchangeable-head bore corresponding to the holder bore extends through the entire exchangeable head in the longitudinal direction thereof, said exchangeable-head bore serving, together with the holder bore, to deliver coolant, through the holder and the exchangeable head, to the cutting element, characterized in that a tool engagement means and an internal thread for fixing a coolant distributing element are provided in the exchangeable-head bore, in the region of the workpiece-side end, and in that the internal thread is arranged between the tool engagement means and the workpiece-side end of the exchangeable head bore.
Rotor stage of axial turbine comprising a shaft, adapted to rotate around an axis having conventionally an upstream to downstream direction substantially as the fluid flowing within the turbine, and a plurality of rotor vanes, each of which has a root, a blade tip and a blade, said blade protruding from the top of the root to the blade tip in a substantially radial direction, said blade having a pressure side and a suction side, said rotor vane comprising on the blade or on the blade tip a first rest element, protruding from the side of the pressure side in a substantially tangential direction normal to a plane comprising the rotation axis and the radial direction, and said rotor vane comprising on the blade or blade tip a second rest element protruding from the side of the suction side in a substantial tangential direction too, said first and second rest element of two subsequent vanes protruding one towards each other, said rotor stage comprising a plurality of attenuators each of said attenuators being inserted in contact with said first and second rest element of two subsequent vanes, said attenuator having at least one of a first active surface and a second active surface, at least one of the first and the second rest element (6, 7) having a first reactive surface and a second reactive surface respectively, the first active surface being complementary to the first reactive surface and the second active surface being complementary to the second reactive surface, the active surfaces and the corresponding reactive surfaces being adapted to form, when contacting each other in an operating position, an extended contacting surface, said active surface (11, 12) and reactive surface (8, 9) each having a shape whose orientation, locally defined by a normal versor (N8, N9, N11, N12) outgoing from the surface, has, for at least an extended portion of the surface, a not null axial component, said axial component, for the second active surface and the first reactive surface having the same direction of the axis and for the first active surface and the second reactive surface, having a direction opposed to the direction of the versors (N9,N11) of the second active surface and the first reactive surface, said attenuator comprising, referring to the radial direction outgoing from the axis of the rotor stage when the attenuator is placed in an operating position, an upper coupling element and a lower coupling element which can be mutually constrained, characterized in that at least one of said active surfaces (11, 12) and the corresponding reactive surface (8, 9) have an orientation whereby the normal versor outgoing from the surface has, for at least an extended surface portion, a not null component in the radial direction and a not null component in the tangential direction, the active surfaces (11, 12) with the component direction way in the radial direction departing from the axis, the reactive surfaces (8, 9) with the component direction in the radial direction pointing to the axis.
Manufacturing method for a mechanical part, the mechanical part comprising two parts fixed to each other by an anaerobic adhesive, at least one of the two parts being made of a resin material, the method comprising: a UV treatment step of performing the UV treatment on an adhesive surface of the resin part; and a step of fixing the other part of the two parts to the adhesive surface of the resin part which performed the UV treatment with the anaerobic adhesive, characterized in that the UV treatment comprises first, interposing an infrared cut filter between a HID lamp and the resin part, the HID lamp being configured to irradiate a light beam including at least an electromagnetic wave having a wavelength of 254 nm and an electromagnetic wave having a wavelength of 800 nm, the infrared cut filter having a transmittance of 50% or more and 80% or less in the electromagnetic wave having the wavelength of 254 nm and a transmittance of 10% or more and 30% or less in the electromagnetic wave having the wavelength of 800 nm, second, without cooling the resin part, irradiating the light beam through the infrared cut filter onto the adhesive surface of the resin part to generate a C=O bond which have a bond energy of 287 eV on the adhesive surface of the resin part. a UV treatment step of performing the UV treatment on an adhesive surface of the resin part; and a step of fixing the other part of the two parts to the adhesive surface of the resin part which performed the UV treatment with the anaerobic adhesive, characterized in that the UV treatment comprises first, interposing an infrared cut filter between a HID lamp and the resin part, the HID lamp being configured to irradiate a light beam including at least an electromagnetic wave having a wavelength of 254 nm and an electromagnetic wave having a wavelength of 800 nm, the infrared cut filter having a transmittance of 50% or more and 80% or less in the electromagnetic wave having the wavelength of 254 nm and a transmittance of 10% or more and 30% or less in the electromagnetic wave having the wavelength of 800 nm, second, without cooling the resin part, irradiating the light beam through the infrared cut filter onto the adhesive surface of the resin part to generate a C=O bond which have a bond energy of 287 eV on the adhesive surface of the resin part.
Device for disinfecting by means of ionic current, said device comprising a principal body provided with of a data processing unit suitable for feeding a constant current generator with a signal of generation of an electric current fed to a couple of electrodes (131, 132) electrically correlated thereto, and comprising furthermore a user interface device configured for allowing of selecting a determined pathology between a plurality of pathologies in advance stored within a memory electrically connected with said data processing unit, wherein for each pathology of the said plurality of pathologies is in advance stored in said memory a interval of values of electric current and/or of electric charge and/or a specific value of electric current and/or of electric charge that said constant current generator shall deliver during said therapy, and wherein said couple of electrodes (131, 132) comprises a first electrode of an elongated type suitable for being introduced or anyway put in proximity of an infected or inflamed portion of human body, said portion being a bone or tooth or respective cavities thereof, and a second electrode suitable for being hold by an ill patient; said device being characterized in that within said memory are stored, for each pathology of the said plurality of pathology, a first interval of values of electric current and a second interval of values of electric current and at least a first value of charge; said first interval and said second interval being alternatively selected by said data processing unit in accordance to a command of selection imposed by the user to said data processing unit.
A mobile stockpiling conveyor, including: a chassis mounted on primary mobile support elements, a conveyor mounted on the chassis by a telescopic support strut and an associated fixed length link arm which extend outwardly at opposite sides of the chassis, both (5, 6) extending between the chassis and the conveyor and being pivotally connected to both the chassis and the conveyor, a pivot mount for pivotally supporting an infeed end of the conveyor, and secondary mobile support elements which are movable between a raised disengaged position on the chassis and a lowered ground-engaging operating position in which the primary mobile support elements are lifted clear of the ground, characterised in that a telescopic pivot adjusting link extends between the chassis and the link arm, being telescopically adjustable to pivot the link arm on the chassis. a chassis mounted on primary mobile support elements, a conveyor mounted on the chassis by a telescopic support strut and an associated fixed length link arm which extend outwardly at opposite sides of the chassis, both (5, 6) extending between the chassis and the conveyor and being pivotally connected to both the chassis and the conveyor, a pivot mount for pivotally supporting an infeed end of the conveyor, and secondary mobile support elements which are movable between a raised disengaged position on the chassis and a lowered ground-engaging operating position in which the primary mobile support elements are lifted clear of the ground, characterised in that a telescopic pivot adjusting link extends between the chassis and the link arm, being telescopically adjustable to pivot the link arm on the chassis.
A ceramic-sphere inspection device comprising: a rotation supporter which rotatably supports the ceramic sphere at a given position; a light projector which emits illuminating light toward a surface of the ceramic sphere; a light receiver which detects light reflected from the ceramic sphere as inspection light; and a processor which evaluates a state of an inner part of a surface layer of the ceramic sphere in response to a detection output from the light receiver, wherein the light projector includes: a light source; and a light projecting unit which guides light of the light source to the surface of the ceramic sphere as illuminating light, the light receiver includes: a light amount detecting unit; and a light receiving unit which guides the inspection light from the ceramic sphere to the light amount detecting unit, and at least one of the light projecting unit and the light receiving unit includes at a front end a contact surface which can contact the surface of the ceramic sphere, the rotation supporter can be intermittently driven; at least one of the light projecting unit and the light receiving unit can proceed and retreat to and from a surface direction of the ceramic sphere, and a contact surface at a front end of at least one of the light projecting unit and the light receiving unit closely attaches to the surface of the ceramic sphere when driving of the rotation supporter is stopped, and is detached from the surface of the ceramic sphere when the rotation supporter is driven. a rotation supporter which rotatably supports the ceramic sphere at a given position; a light projector which emits illuminating light toward a surface of the ceramic sphere; a light receiver which detects light reflected from the ceramic sphere as inspection light; and a processor which evaluates a state of an inner part of a surface layer of the ceramic sphere in response to a detection output from the light receiver, wherein the light projector includes: a light source; and a light projecting unit which guides light of the light source to the surface of the ceramic sphere as illuminating light, the light receiver includes: a light amount detecting unit; and a light receiving unit which guides the inspection light from the ceramic sphere to the light amount detecting unit, and at least one of the light projecting unit and the light receiving unit includes at a front end a contact surface which can contact the surface of the ceramic sphere, the rotation supporter can be intermittently driven; at least one of the light projecting unit and the light receiving unit can proceed and retreat to and from a surface direction of the ceramic sphere, and a contact surface at a front end of at least one of the light projecting unit and the light receiving unit closely attaches to the surface of the ceramic sphere when driving of the rotation supporter is stopped, and is detached from the surface of the ceramic sphere when the rotation supporter is driven.
The use of a. cetearyl sulfosuccinates for increasing the sun protection factor of cosmetic preparations which b. comprise one or more UV filters that are liquid at room temperature. a. cetearyl sulfosuccinates for increasing the sun protection factor of cosmetic preparations which b. comprise one or more UV filters that are liquid at room temperature.
A mobile terminal comprising: a flexible display accommodated in a body part in a first state and exposed to an outside of the body part in a second state; an intermediate case including an opening; an internal case within the intermediate case for rolling the flexible display in and out of the intermediate case through the opening; a first case covering one end of the intermediate case; a second case covering the other end of the intermediate case; a first magnetic member provided within an interior of the intermediate case; a plurality of second magnetic members having a same polarity and spaced apart from one another, wherein the plurality of second magnetic members is provided under the flexible display such that the flexible display is rolled by an attractive force between the plurality of second magnetic members and the first magnetic member; and a first shaft provided between the first case and the intermediate case and a second shaft provided between the second case and the intermediate case, characterized in that the internal case has a circular shape and is concentric with the intermediate case, and the flexible display is rolled along an outer surface of the internal case, wherein the first shaft and the second shaft have a cylindrical shape with both ends open, and wherein the first magnetic member is provided on an outer surface of each of the first and second shafts (231, 232) and each of the plurality of second magnetic members has a same polarity which is opposite from a polarity of the first magnetic member. a flexible display accommodated in a body part in a first state and exposed to an outside of the body part in a second state; an intermediate case including an opening; an internal case within the intermediate case for rolling the flexible display in and out of the intermediate case through the opening; a first case covering one end of the intermediate case; a second case covering the other end of the intermediate case; a first magnetic member provided within an interior of the intermediate case; a plurality of second magnetic members having a same polarity and spaced apart from one another, wherein the plurality of second magnetic members is provided under the flexible display such that the flexible display is rolled by an attractive force between the plurality of second magnetic members and the first magnetic member; and a first shaft provided between the first case and the intermediate case and a second shaft provided between the second case and the intermediate case, characterized in that the internal case has a circular shape and is concentric with the intermediate case, and the flexible display is rolled along an outer surface of the internal case, wherein the first shaft and the second shaft have a cylindrical shape with both ends open, and wherein the first magnetic member is provided on an outer surface of each of the first and second shafts (231, 232) and each of the plurality of second magnetic members has a same polarity which is opposite from a polarity of the first magnetic member.
An intravascular system comprising: (a) an intravascular imaging catheter including a proximal end and a distal end, along with a transducer located in a transducer position near the distal end; (b) a position sensor including a movable element and a reference element, the movable element having a movable element position that is correlated to the transducer position, the position sensor being configured to measure the movable element position relative to a position of the reference element; (c) an intravascular imaging engine coupled to the intravascular imaging catheter, the intravascular imaging engine being configured to receive image information from the intravascular imaging catheter and position information from the position sensor and to generate a display based on the image information and the position information; characterized in that the intravascular imaging catheter includes a first telescoping portion and a second telescoping portion, the first telescoping portion being configured to telescope within the second telescoping portion to facilitate motion of the transducer; and each of the movable element and the reference element of the position sensor is coupled to one of the first and second telescoping portions (164, 166). (a) an intravascular imaging catheter including a proximal end and a distal end, along with a transducer located in a transducer position near the distal end; (b) a position sensor including a movable element and a reference element, the movable element having a movable element position that is correlated to the transducer position, the position sensor being configured to measure the movable element position relative to a position of the reference element; (c) an intravascular imaging engine coupled to the intravascular imaging catheter, the intravascular imaging engine being configured to receive image information from the intravascular imaging catheter and position information from the position sensor and to generate a display based on the image information and the position information;
Location device, in particular a hand-held location device, having a location unit which is provided to detect the presence of an article arranged in a test object by means of a test signal, wherein the location unit has an electrode unit (20a-h) having at least two pairs of sensor electrodes (22a-e, 24a-e, 34a-e, 36a-e; 22h, 24h, 34h, 36h) which are formed as measuring electrodes which are provided to supply two different sensor signals, and having at least one sensor electrode (42a-e; 42h, 44h, 46h) which is formed as a signal-generating electrode, wherein the sensor electrodes (22a-e, 24a-e, 34a-e, 36a-e; 42a-e; 22h, 24h, 34h, 36h, 42h, 44h, 46h) are arranged in the form of a cross.