mhurhangee/ep-ind-claims huggingface dataset:
Production process for stamped parts of high mechanical resistance, through controlled electric heating comprising the following steps: a. transferring via a first moving robot, a sheet from a bales of sheets, to an electric heating device; b. heating the sheet from a bales of sheets; c. transferring the heated sheet from a bales of sheets via a second moving robot, to a specific molding tool with a liquid cooling unit arranged in a hydraulic press; and d. after being formed, withdrawing as finished product, via a third moving robot; wherein - the electric heating equipment employing the joule heating theory to raise the temperature of the plate to 900°C; and - the specific stamping tool is cooled by a liquid cooling unit containing channels for cooling, by heat exchange via water circulation, promoting the phase change of the microstructure of the sheet and the consequent hardening of the material, the cooling being done at a temperature of 5°C in the channels and the water generated from an ice water unit and the cooling rate of the stamping tool to promote the necessary change of strength for each product, as well as the flow rate that circulates in the stamping tool, are controlled. a. transferring via a first moving robot, a sheet from a bales of sheets, to an electric heating device; b. heating the sheet from a bales of sheets; c. transferring the heated sheet from a bales of sheets via a second moving robot, to a specific molding tool with a liquid cooling unit arranged in a hydraulic press; and d. after being formed, withdrawing as finished product, via a third moving robot; wherein - the electric heating equipment employing the joule heating theory to raise the temperature of the plate to 900°C; and - the specific stamping tool is cooled by a liquid cooling unit containing channels for cooling, by heat exchange via water circulation, promoting the phase change of the microstructure of the sheet and the consequent hardening of the material, the cooling being done at a temperature of 5°C in the channels and the water generated from an ice water unit and the cooling rate of the stamping tool to promote the necessary change of strength for each product, as well as the flow rate that circulates in the stamping tool, are controlled. - the electric heating equipment employing the joule heating theory to raise the temperature of the plate to 900°C; and - the specific stamping tool is cooled by a liquid cooling unit containing channels for cooling, by heat exchange via water circulation, promoting the phase change of the microstructure of the sheet and the consequent hardening of the material, the cooling being done at a temperature of 5°C in the channels and the water generated from an ice water unit and the cooling rate of the stamping tool to promote the necessary change of strength for each product, as well as the flow rate that circulates in the stamping tool, are controlled.
A magnetic actuator (1;21;31;41;51) comprising a first part and a second part concentrically arranged therein, which parts are axially mutually movable, one of the parts being static and the other part being dynamic and in which the first part comprises at least one permanent magnet (7;7A,7B;43A,43B,43C;53A,53B,53C) and the second part comprises at least two further permanent magnets (9,11;45A,45B,45C;55A,55B,55C) which are present behind one another in axial direction and whose polarisations are in essence each other's opposites, said magnetic actuator generates a setting force for setting the position of said dynamic part and/or a compensating force for compensating a force acting on said dynamic part, wherein the polarisations of said one permanent magnet and of both said further permanent magnets are axial, characterised in that one of the parts includes a coil (15;47;57), concentrically arranged with the said first and second parts and radially comprised between said one permanent magnet (7;7A,7B;43A,43B,43C;53A,53B,53C) at one hand and both said further magnets (9,11;45A,45B,45C;55A,55B,55C) on the other hand for generating an additional magnetic field by which the actuation force can be adapted.
A system for a turbine, the system comprising adjacent turbine bucket platforms including opposing slash faces having opposing grooves; a damper pin having a substantially right-circular cylindrical-shaped body configured for positioning in the opposing grooves; and a set of slots (130, 230) in an outer surface of the damper pin and spaced axially along the damper pin, wherein each slot extends approximately 150° about the circumferential outer surface of the damper pin, characterized in that each slot on the circumferential outer surface of the damper pin faces in a radially outward direction relative to the turbine bucket platforms. a damper pin having a substantially right-circular cylindrical-shaped body configured for positioning in the opposing grooves; and a set of slots (130, 230) in an outer surface of the damper pin and spaced axially along the damper pin, wherein each slot extends approximately 150° about the circumferential outer surface of the damper pin, characterized in that each slot on the circumferential outer surface of the damper pin faces in a radially outward direction relative to the turbine bucket platforms.
Chain-shortening element for link chains, comprising a head section, a middle section and a chain-receiving section, wherein an opening for passing through a chain is provided in the middle section and extends from the opening out of a longitudinal slot into the chain-receiving section, wherein an upright chain link can be introduced with its legs into the longitudinal slot and a supporting cam is formed in a valley of the longitudinal slot, wherein, during use, the supporting cam supports the upright chain link and characterised in that a pocket for at least partially receiving a horizontal chain link is arranged in the chain-receiving section on at least one side and the supporting cam is formed so as to project into the pocket with a spacing (a), wherein the spacing (a) corresponds to at least half the cross-sectional diameter of a chain link (19, 20) and a securing means is formed so as to project into the longitudinal slot, wherein, during use, the securing means overlaps a leg of the upright chain link at least in certain sections.
A fixture for casting into a concrete structure including reinforcement bars, the fixture comprising: a socket, for receiving a construction component or another fixture; a clamp configured to sandwich a reinforcement bar against the fixture to position the socket relative to the reinforcement bar prior to casting the fixture and the reinforcement bar into a concrete structure, characterized in that the clamp comprises: a hook shaped to engage around a reinforcement bar; a threaded shank extending from the hook; and a threaded feature engaged with the threaded shank to translate the hook relative to the remainder of the fixture; and a clamp mount bracket fixed to the socket, the clamp mount bracket including an opening for receiving the threaded shank; wherein the threaded shank and the hook are formed from a single piece of material. a socket, for receiving a construction component or another fixture; a clamp configured to sandwich a reinforcement bar against the fixture to position the socket relative to the reinforcement bar prior to casting the fixture and the reinforcement bar into a concrete structure, a hook shaped to engage around a reinforcement bar; a threaded shank extending from the hook; and a threaded feature engaged with the threaded shank to translate the hook relative to the remainder of the fixture; and a clamp mount bracket fixed to the socket, the clamp mount bracket including an opening for receiving the threaded shank;
An apparatus for measuring pressure of a process fluid, the apparatus comprising: a first remote seal assembly comprising: a first remote seal flange in communication with the process fluid; a first pressure sensor attached to the first remote seal flange configured to sense a first pressure of the process fluid and to produce a first pressure sensor signal representative of the pressure of the process fluid; a first electronic communication system for relaying the first pressure sensor signal; and a first capillary tube for communicating process fluid pressure via a first fill fluid; and a process transmitter comprising: a transmitter housing; a second pressure sensor positioned in the transmitter housing for sensing pressure of the process fluid through the fill fluid of the capillary to produce a second pressure sensor signal; and transmitter circuitry positioned within the transmitter housing for receiving the first pressure sensor signal from the first electronic communication system, for receiving the second pressure sensor signal from the second pressure sensor, and for producing one or more outputs based upon the first pressure sensor signal and the second pressure sensor signal. a first remote seal flange in communication with the process fluid; a first pressure sensor attached to the first remote seal flange configured to sense a first pressure of the process fluid and to produce a first pressure sensor signal representative of the pressure of the process fluid; a first electronic communication system for relaying the first pressure sensor signal; and a first capillary tube for communicating process fluid pressure via a first fill fluid; and a transmitter housing; a second pressure sensor positioned in the transmitter housing for sensing pressure of the process fluid through the fill fluid of the capillary to produce a second pressure sensor signal; and transmitter circuitry positioned within the transmitter housing for receiving the first pressure sensor signal from the first electronic communication system, for receiving the second pressure sensor signal from the second pressure sensor, and for producing one or more outputs based upon the first pressure sensor signal and the second pressure sensor signal.
Formwork for the concrete construction, having a formwork wall arranged on a base (2, 3) and a bracing device for supporting the formwork wall on the base (2, 3), which has at least one tension strut connected both to the formwork wall and to the base (2, 3), characterized in that the tension strut is connected to the base (2, 3) and/or the formwork wall via a hook connection containing a flexible loop element, in such a manner that the tension strut is hung at its one free end into the loop element via a hook element.
A drill for drilling a hole, comprising: a cutting edge disposed on a front end of a body as to extend from a rotation center of the drill to an outer periphery of the drill, the cutting edge being shaped symmetric with respect to the rotation center of the drill, the cutting edge including at least a rotation center side cutting edge portion and an outer peripheral side cutting edge portion connected to a diameter-direction outer end of the rotation center side cutting edge portion, point angles (θ) of the respective cutting edge portions reducing gradually from the rotation center side cutting edge portion to the outer peripheral side cutting edge portion, wherein a small diameter portion is provided on a front end side of the body, the small diameter portion having an outside diameter smaller than a diameter of the drill, the cutting edge with the point angles varied is formed in the small diameter portion, and a flat cutting edge having an inclination angle (β) of 30° or less with respect to a line perpendicular to an axis of the drill is provided in a step portion formed between the small diameter portion and a large diameter portion, the large diameter portion being provided on a rear side of the small diameter portion and having an original outside diameter, characterised in that a main helix angle (α2) of a helical flute formed in the drill is set at an angle of 5° to 45°, and a helix angle(α1) in the small diameter portion is set to be smaller than the main helix angle (α2) by varying a helix angle of the helical flute at an axial-direction rear end of the small diameter portion. a cutting edge disposed on a front end of a body as to extend from a rotation center of the drill to an outer periphery of the drill, the cutting edge being shaped symmetric with respect to the rotation center of the drill, the cutting edge including at least a rotation center side cutting edge portion and an outer peripheral side cutting edge portion connected to a diameter-direction outer end of the rotation center side cutting edge portion, point angles (θ) of the respective cutting edge portions reducing gradually from the rotation center side cutting edge portion to the outer peripheral side cutting edge portion, wherein a small diameter portion is provided on a front end side of the body, the small diameter portion having an outside diameter smaller than a diameter of the drill, the cutting edge with the point angles varied is formed in the small diameter portion, and a flat cutting edge having an inclination angle (β) of 30° or less with respect to a line perpendicular to an axis of the drill is provided in a step portion formed between the small diameter portion and a large diameter portion, the large diameter portion being provided on a rear side of the small diameter portion and having an original outside diameter, characterised in that a main helix angle (α2) of a helical flute formed in the drill is set at an angle of 5° to 45°, and a helix angle(α1) in the small diameter portion is set to be smaller than the main helix angle (α2) by varying a helix angle of the helical flute at an axial-direction rear end of the small diameter portion.
Preservative composition comprising a source of ascorbate or erythorbate ions, or a mixture thereof, a source of calcium ions and one or more food grade sequestrants, wherein the molar ratio of ascorbate or erythorbate ions, or a mixture thereof, to calcium ions is of from 0.5:1 to 1.4:1, which preservative composition further contains from 1 to 40 wt.% of an alkaline carbonate or bicarbonate salt and from 1 to 20 wt.% of a reducing agent, selected from the group consisting of a metabisulfite salt, cysteine and one of its amino acid derivatives, all percentages based on the weight of the total composition.
A solid dialysis preparation comprising a crystal of sodium diacetate, wherein the crystal has a median size from 300 to 3000 μm and has a powder X-ray diffraction pattern having a combination of peaks selected from 11.16, 13.65, 15.77, 19.33, 20.19, 20.90, 21.66, 22.38, 23.73, 25.04, 26.28, 27.47, 28.61, 29.80, 30.78, 31.82, 33.83, 34.76, 35.69, 36.60, 38.38, 39.22 o (respectively ± 0.2 o) within the scanning range of the diffraction angle 2θ from 4.0 to 40.0 o.
A quilt structure with a non-powered energy layer, comprising: an insulating layer; a first barrier layer and a second barrier layer, being disposed on two opposite sides of the insulating layer respectively, wherein the first barrier layer and the second barrier layer are non-woven fabric or fabric containing printing paints; a first fabric layer, being disposed on one of the first barrier layer or the second barrier layer opposite the insulating layer; and a second fabric layer, being disposed on another of the first barrier layer or the second barrier layer opposite the insulating layer; wherein at least one of the insulating layer, the first fabric layer and the second fabric layer has far-infrared fibers for radiating far infrared rays and at least one of the first barrier layer and the second barrier layer is a textile containing a metal material, wherein the far-infrared fibers comprise a first polymer matrix and a first far-infrared filler dispersed in the first polymer matrix, the first far-infrared filler containing titanium (Ti), germanium (Ge), zinc (Zn), aluminum (Al), magnesium (Mg), silicon (Si), copper (Cu), calcium (Ca), iron (Fe), barium (Ba), potassium, and sodium (Na), and does not contain scandium (Sc), vanadium, chromium (Cr), cobalt (Co), and antimony (Sb). an insulating layer; a first barrier layer and a second barrier layer, being disposed on two opposite sides of the insulating layer respectively, wherein the first barrier layer and the second barrier layer are non-woven fabric or fabric containing printing paints; a first fabric layer, being disposed on one of the first barrier layer or the second barrier layer opposite the insulating layer; and a second fabric layer, being disposed on another of the first barrier layer or the second barrier layer opposite the insulating layer; wherein at least one of the insulating layer, the first fabric layer and the second fabric layer has far-infrared fibers for radiating far infrared rays and at least one of the first barrier layer and the second barrier layer is a textile containing a metal material, wherein the far-infrared fibers comprise a first polymer matrix and a first far-infrared filler dispersed in the first polymer matrix, the first far-infrared filler containing titanium (Ti), germanium (Ge), zinc (Zn), aluminum (Al), magnesium (Mg), silicon (Si), copper (Cu), calcium (Ca), iron (Fe), barium (Ba), potassium, and sodium (Na), and does not contain scandium (Sc), vanadium, chromium (Cr), cobalt (Co), and antimony (Sb).
An endoscope apparatus comprising: a recording unit for recording an image captured by an image capture unit of an endoscope scope having the image capture unit for capturing an image at a tip of an insertion portion to be inserted into a body cavity; an assist display control unit for generating as an assist image an image synthesized from information indicating an angle of view of any selected image selected from images recorded in the recording unit and information indicating an angle of view of a captured image that is an image currently captured by the image capture unit; and a display unit for displaying the assist image, wherein the information indicating the angle of view of each of the selected image and the captured image is an image obtained by edge extraction from a corresponding one of the selected image and the captured image. a recording unit for recording an image captured by an image capture unit of an endoscope scope having the image capture unit for capturing an image at a tip of an insertion portion to be inserted into a body cavity; an assist display control unit for generating as an assist image an image synthesized from information indicating an angle of view of any selected image selected from images recorded in the recording unit and information indicating an angle of view of a captured image that is an image currently captured by the image capture unit; and a display unit for displaying the assist image, wherein the information indicating the angle of view of each of the selected image and the captured image is an image obtained by edge extraction from a corresponding one of the selected image and the captured image.
A method, comprising: mapping a quality of service, QoS, parameter associated with a first radio access technology, RAT, to a corresponding QoS parameter associated with a second RAT in association with an inter-RAT handover performed with respect to a network application that facilitates communication to a network over at least the first RAT and the second RAT; determining whether the second RAT provides sufficient QoS for the network application at least in part by comparing the QoS parameter associated with the first RAT and the QoS parameter associated with the second RAT; identifying whether the network application is configured with at least one procedure for handling insufficient QoS; notifying the network application of insufficient QoS on the second RAT if the network application has at least one procedure for handling insufficient QoS; and facilitating adaptation of the operation of the network application on the second RAT to a QoS of the second RAT if the second RAT is determined not to provide sufficient QoS for the network application. mapping a quality of service, QoS, parameter associated with a first radio access technology, RAT, to a corresponding QoS parameter associated with a second RAT in association with an inter-RAT handover performed with respect to a network application that facilitates communication to a network over at least the first RAT and the second RAT; determining whether the second RAT provides sufficient QoS for the network application at least in part by comparing the QoS parameter associated with the first RAT and the QoS parameter associated with the second RAT; identifying whether the network application is configured with at least one procedure for handling insufficient QoS; notifying the network application of insufficient QoS on the second RAT if the network application has at least one procedure for handling insufficient QoS; and facilitating adaptation of the operation of the network application on the second RAT to a QoS of the second RAT if the second RAT is determined not to provide sufficient QoS for the network application.
A method for securing access to a first relation of a database, the first relation comprising data items, the data items being encrypted data items, the data items forming a partially ordered set in the first relation, wherein aninsertion of a data item in the first relation is performed by a traversal method for traversing the first relation until reaching an insert position, the traversal method comprising at a currently traversed data item of the first relation: an order comparing step comprising comparing the data item to be inserted with the currently traversed data item resulting in a current comparison result, and a decision step comprising executing a decision logic for selecting one of a first and second sub-relations of the first relation based on the current comparison result in order to perform a next action, wherein the next action comprises a selection of a next data item to be traversed or to identify the insert position in the selected sub-relation, wherein each of the first and second sub-relations comprises zero or more data items succeeding and preceding the currently traversed data item respectively, the method characterized by: predefining a reference data item; creating a second relation and inserting a given data item of the first relation into the second relation; inserting each data item of the first relation into the second relation using the traversal method, wherein the order comparing step comprises in case a comparison result of the currently traversed data item with the reference data item is different from a comparison result of the to be inserted data item with the reference data item inverting the decision logic, and using the inverted decision logic in the decision step; providing the second relation. predefining a reference data item; creating a second relation and inserting a given data item of the first relation into the second relation; inserting each data item of the first relation into the second relation using the traversal method, wherein the order comparing step comprises in case a comparison result of the currently traversed data item with the reference data item is different from a comparison result of the to be inserted data item with the reference data item inverting the decision logic, and using the inverted decision logic in the decision step; providing the second relation.
An auditory prostheses for a hearing impaired human having an at least partially functional organ of Corti, the device comprising a pulsed light source capable of producing pulsed irradiation, a control unit coupled to the pulsed light source for controlling and modulating the production of pulsed irradiation, and one or more optical fibres coupled to the pulsed light source for reception of pulsed irradiation produced by the pulsed light source, which optical fibres are adapted for permanent implantation of at least a section of the fibres adjacent the organ of Corti, characterized in that the optical fibres are adapted for transduction of stimulating light signals to functional inner hair cells, which optical fibres are dimensioned for termination in end sections in a spacing adjacent to functional inner hair cells.