mhurhangee/ep-ind-claims huggingface dataset:
A metal leaf spring structure of electrical connection terminal, comprising a main body, the main body having a base section defined with a first end and a second end, the first end being connected with a first section and a locating section, the second end being connected with a bight section and a reciprocally movable second section, a bent section being formed between the first end of the base section and the first section, the bent section containing an angle, the first section being bent toward the second end of the base section and extending to connect with the locating section, whereby a subsidiary bent section is formed between the first section and the locating section, the subsidiary bent section containing an angle, the bight section between the second end and the second section of the base section containing an angle, whereby the second section obliquely extends in a direction to the first end of the base section, the locating section being positioned in a reciprocally moving path of the second section to set up a moving end point of the second section, characterized in that a protrusion section is formed on a lateral side of the locating section, the protrusion section being fixable in a recess formed on a case or an electrical connection member.
Drive of a sliding connecting member of a locking system of a telescopic system, having a telescopic cylinder with an outer telescopic section (2, 3) and an inner telescopic section (6, 7), which are each provided with a locking hole into which a locking bolt can be entered and withdrawn in a releasable manner via a sliding connecting member, which is provided with a connecting member path, and a grasper, wherein the locking bolt is designed to be moveable by means of an engagement member running in the connecting member path in such a way that the locking bolt effects a linear movement and the jib sections (3, 6) can be connected to one another by insertion of the locking bolt into the bolting hole, wherein the sliding connecting member can be driven by an electric linear drive, characterised in that the electric linear drive is connected to a control unit via a cable and can thereby be controlled and the electric linear drive is provided with an integrated sensing system for location detection or with a separate position detection means for a connection of the sliding connecting member to the linear drive.
A method for manufacturing an injection-molded preform of a bottle, in particular an aerosol bottle, made of a crystallizable polymer material, this article having at least one crystallized part, in particular a neck, and preferably a tubular body closed at one end, the method comprising the following steps: a) producing an injection-molded injection-molded preform, by injecting the crystallizable polymer into a mold, b) crystallizing said part of the injection-molded preform, by heating and then cooling the latter, wherein, in said method, between step a) and step b), the injection-molded preform, is held for a sufficient duration under storage conditions such that it undergoes moisture uptake of at least 0.4% by weight, the method being characterized in the relative humidity during storage being at least 60%, the storage duration being at least at least 1 month, the storage temperature is between 5 and 35°C. a) producing an injection-molded injection-molded preform, by injecting the crystallizable polymer into a mold, b) crystallizing said part of the injection-molded preform, by heating and then cooling the latter, wherein, in said method, between step a) and step b), the injection-molded preform, is held for a sufficient duration under storage conditions such that it undergoes moisture uptake of at least 0.4% by weight, the method being characterized in the relative humidity during storage being at least 60%, the storage duration being at least at least 1 month, the storage temperature is between 5 and 35°C.
A system for controlling a device comprising: a brain-scanning device configured to detect one or both of mu and beta rhythms generated in the brain of a user and convert the rhythms into a series of directional intentions defining a line pattern, the line pattern comprising two or more parts each having a defined beginning and ending and at least one of said parts comprising a plurality of steps between the beginning and the ending; a processor configured to process the line pattern by searching a database of pre-defined line patterns each associated with an action of the device, and if a matching pre-determined line pattern is found, output a control signal to said device related to the action; wherein the database includes patterns associated with directions for control of the device including any of diagonals, turns of different degrees, forwards and backwards in a 3-dimensional environment. a brain-scanning device configured to detect one or both of mu and beta rhythms generated in the brain of a user and convert the rhythms into a series of directional intentions defining a line pattern, the line pattern comprising two or more parts each having a defined beginning and ending and at least one of said parts comprising a plurality of steps between the beginning and the ending; a processor configured to process the line pattern by searching a database of pre-defined line patterns each associated with an action of the device, and if a matching pre-determined line pattern is found, output a control signal to said device related to the action; wherein the database includes patterns associated with directions for control of the device including any of diagonals, turns of different degrees, forwards and backwards in a 3-dimensional environment.
Procedure for the spatially resolved determination of at least a physical or chemical process variable of a fluid medium arranged in a vessel of an automation system, wherein a system is used in which at least a sensor is provided which can be moved in the medium and/or in the vessel and which determines information about the at least one process variable, wherein a position determination unit is provided which provides information about the current respective position of the sensor in relation to the medium and/or the vessel, and wherein a data transmission unit is provided which collects information about the current respective position of the sensor and the corresponding information, provided by the sensor, about the at least one process variable and/or transmits the information to an external control unit and/or display unit (6, 7), wherein the procedure comprises the following procedural steps: - during the commissioning phase of the automation system, the at least one sensor provides information about the at least one process variable from a multitude of positions in the vessel and/or the medium, - on the basis of the information about the at least one process variable, several relevant positions are determined at which the deviation of the information about the at least one process variable exceeds a predefined threshold value, - in the subsequent operating phase, the sensor preferably moves between the relevant positions to provide information about the at least one process variable. - during the commissioning phase of the automation system, the at least one sensor provides information about the at least one process variable from a multitude of positions in the vessel and/or the medium, - on the basis of the information about the at least one process variable, several relevant positions are determined at which the deviation of the information about the at least one process variable exceeds a predefined threshold value, - in the subsequent operating phase, the sensor preferably moves between the relevant positions to provide information about the at least one process variable.
A turbomolecular vacuum pump comprising: a rotor rotatable about an axis of rotation; a drive for rotating the rotor; a control unit which, in a protection mode, determines an operating parameter, in particular the temperature at an outer surface of a housing of the turbomolecular vacuum pump, and takes one or more protective measures in accordance with a specification in dependence on the value of the determined operating parameter; and a user interface or a device for connecting the turbomolecular vacuum pump to a user interface, characterized in that, via the user interface, the control unit can be transferred by a user to a neutral mode which is different from the protection mode and in which the control unit does not take a protective measure. a rotor rotatable about an axis of rotation; a drive for rotating the rotor; a control unit which, in a protection mode, determines an operating parameter, in particular the temperature at an outer surface of a housing of the turbomolecular vacuum pump, and takes one or more protective measures in accordance with a specification in dependence on the value of the determined operating parameter; and a user interface or a device for connecting the turbomolecular vacuum pump to a user interface, characterized in that, via the user interface, the control unit can be transferred by a user to a neutral mode which is different from the protection mode and in which the control unit does not take a protective measure.
A soluble fusion protein complex comprising at least two soluble fusion proteins, wherein the first fusion protein comprises (a) a first antibody or a functional fragment thereof covalently linked to (b) interleukin-15 (IL-15) polypeptide or a functional fragment thereof; and the second fusion protein comprises (c) a second antibody or a functional fragment thereof covalently linked to (d) soluble interleukin-15 receptor alpha (IL-15Rα) polypeptide or a functional fragment thereof, wherein the IL-15Rα polypeptide or functional fragment thereof is covalently linked to the Fc domain or functional fragment thereof by polypeptide linker sequence, wherein one or both of the first and second fusion proteins further comprise an immunoglobulin Fc domain or a functional fragment thereof; wherein IL-15 domain of the first fusion protein binds to the soluble IL-15Rα domain of the second fusion protein to form a soluble fusion protein complex, and wherein the IL-15 polypeptide is an IL-15 variant having a substitution of N to D at position 72 of the mature human IL-15 sequence and wherein the IL-15Rα polypeptide comprises the IL-15Rα sushi domain.
An aircraft engine which comprises: an engine main body; an engine rotary shaft; an accessory adapted to be driven by the engine rotary shaft and comprising an accessory casing; a take-out shaft having a first end portion connected with the engine rotary shaft so as to extend radially outwardly of the engine and also having a second end portion opposite to the first end portion thereof, the second end portion being connected with the accessory; a mounting pad provided in the engine main body and to which mounting pad the accessory casing is fitted, the mounting pad defining an outer perimeter of an opening through which the take-out shaft extends; a covering, through which the take-out shaft extends; a sealing member for sealing between the covering and the take-out shaft, the opening in the mounting pad being sealed by the covering and the sealing member; and a connecting element (50,51,52) to connect the mounting pad and an accessory flange, formed in the accessory casing, together while the mounting pad and the accessory flanges are butted together, thereby supporting the accessory to the engine main body without any accessory gearbox disposed intermediate therebetween. an engine main body; an engine rotary shaft; an accessory adapted to be driven by the engine rotary shaft and comprising an accessory casing; a take-out shaft having a first end portion connected with the engine rotary shaft so as to extend radially outwardly of the engine and also having a second end portion opposite to the first end portion thereof, the second end portion being connected with the accessory; a mounting pad provided in the engine main body and to which mounting pad the accessory casing is fitted, the mounting pad defining an outer perimeter of an opening through which the take-out shaft extends; a covering, through which the take-out shaft extends; a sealing member for sealing between the covering and the take-out shaft, the opening in the mounting pad being sealed by the covering and the sealing member; and a connecting element (50,51,52) to connect the mounting pad and an accessory flange, formed in the accessory casing, together while the mounting pad and the accessory flanges are butted together, thereby supporting the accessory to the engine main body without any accessory gearbox disposed intermediate therebetween.
A device for therapeutic applications comprising: a patch comprising a solid fibrinogen and a therapeutic agent, wherein the patch is free-standing, flexible, and non-adherent prior to exposure to moisture, and the patch is configured to become adherent upon exposure to moisture at tissue or a vessel and to release the therapeutic agent. a patch comprising a solid fibrinogen and a therapeutic agent, wherein the patch is free-standing, flexible, and non-adherent prior to exposure to moisture, and the patch is configured to become adherent upon exposure to moisture at tissue or a vessel and to release the therapeutic agent.
A handle assembly for an implant delivery device for folding or unfolding at least one medical implant by means of at least one tension thread, wherein the handle assembly comprises: - a drum for winding the tension thread thereon by rotating the drum; - a knob to be rotated by a user of the handle assembly in order to fold or unfold the medical implant, the knob being interconnected with the drum such that the drum is rotated when the knob is rotated; wherein the knob comprises a gear pattern or teeth; and - a force limiter for limiting the maximum force or tension that may be applied or is applicable to the tension thread or to the drum by rotating the knob, characterized in that the force limiter comprises a first ring element comprising a gear pattern or teeth matching or corresponding to the gear pattern or teeth of the knob; and in that the force limiter comprises at least one spring element arranged for pressing the first ring element against the knob such that a rotation of the knob is transmitted onto the first ring element by means of the gear pattern or teeth of the knob and the gear pattern or teeth of the first ring element; and in that - the force limiter further comprises a second ring element; and in that - the at least one spring element is interposed between the first ring element and the second ring element and has contact to both of them, - one of the first and the second ring element comprises protrusions; and in that - the other one of the first and the second ring elements comprises receptions arranged for receiving the protrusions so as to establish at least one of a form fit and a force disclosure between the first and the second ring elements, and compression springs are arranged over the protrusion. - a drum for winding the tension thread thereon by rotating the drum; - a knob to be rotated by a user of the handle assembly in order to fold or unfold the medical implant, the knob being interconnected with the drum such that the drum is rotated when the knob is rotated; wherein the knob comprises a gear pattern or teeth; and - a force limiter for limiting the maximum force or tension that may be applied or is applicable to the tension thread or to the drum by rotating the knob, - the force limiter further comprises a second ring element; and in that - the at least one spring element is interposed between the first ring element and the second ring element and has contact to both of them, - one of the first and the second ring element comprises protrusions; and in that - the other one of the first and the second ring elements comprises receptions arranged for receiving the protrusions so as to establish at least one of a form fit and a force disclosure between the first and the second ring elements,
A computer implemented method, comprising: receiving, at a mobile device, an interaction from a user of the mobile device, wherein the mobile device is communicatively coupled to a streaming media device; detecting a capacitance change of the mobile device caused by the interaction caused by how the user is holding the mobile device to determine or estimate the hand size of the user, wherein the capacitance change is caused by a fluid distortion inside the mobile device; comparing the detected capacitance change to one or more previously stored capacitance changes from one or more users based on previous usages of the mobile device by the one or more users; determining, based on the comparing, the identity of the user; determining user settings of the streaming media device corresponding to the identity of the user; and configuring the streaming media device based on the user settings. receiving, at a mobile device, an interaction from a user of the mobile device, wherein the mobile device is communicatively coupled to a streaming media device; detecting a capacitance change of the mobile device caused by the interaction caused by how the user is holding the mobile device to determine or estimate the hand size of the user, wherein the capacitance change is caused by a fluid distortion inside the mobile device; comparing the detected capacitance change to one or more previously stored capacitance changes from one or more users based on previous usages of the mobile device by the one or more users; determining, based on the comparing, the identity of the user; determining user settings of the streaming media device corresponding to the identity of the user; and configuring the streaming media device based on the user settings.
A strapping apparatus for strapping articles with a strapping band, having a base plate which is provided for arranging on an article, having a tensioning device with which a band tension can be applied to the strapping band, the tensioning device being provided for this purpose with an actuable tensioning tool which can be brought into and out of contact with the band, having a sealing device with which, by contact with the band, two band layers can be permanently connected to each other by forming a seal between the two band layers, being provided with a clamping device which has at least one clamp with two interacting clamping elements for clamping the band between the clamping elements, and being provided with at least one actuating element with which a magnitude of a tensioning force which can be applied to the strapping band or a magnitude which is dependent on the tensioning force can be set, characterized in that a cooling time period for the seal, during which the strapping apparatus does not release the strapping band after the end of a welding time, is variable depending on the variably adjustable tensioning force or a magnitude which is dependent thereon.
A maintenance management system comprising: an upper-limit information storage unit configured to store an upper limit of usage for each component identifier of a component, which upper-limit is expressed by using an accumulated number of revolutions of a photoconductive drum in an image forming apparatus; a revolution number information acquiring unit configured to acquire a number of revolutions of said photoconductive drum used in the image forming apparatus and the number of remaining drum revolutions; and an alarm output unit (11b, 11c) configured to calculate the accumulated number of revolutions of the used photoconductive drum, characterized by the alarm output unit (11b, 11c) being configured to calculate the average number of revolutions of the photoconductive drum per day and a component service life predictive value by dividing the number of remaining drum revolutions by the average number of revolutions per day, and output an alarm comprising component information pertaining to the corresponding component identifier in the event that the component service life predictive value is less than or equal to a remainder day reference value. an upper-limit information storage unit configured to store an upper limit of usage for each component identifier of a component, which upper-limit is expressed by using an accumulated number of revolutions of a photoconductive drum in an image forming apparatus; a revolution number information acquiring unit configured to acquire a number of revolutions of said photoconductive drum used in the image forming apparatus and the number of remaining drum revolutions; and an alarm output unit (11b, 11c) configured to calculate the accumulated number of revolutions of the used photoconductive drum, characterized by the alarm output unit (11b, 11c) being configured to calculate the average number of revolutions of the photoconductive drum per day and a component service life predictive value by dividing the number of remaining drum revolutions by the average number of revolutions per day, and output an alarm comprising component information pertaining to the corresponding component identifier in the event that the component service life predictive value is less than or equal to a remainder day reference value.
Method for operating a production and/or machine tool, wherein the production and/or machine tool is assigned a camera which is movable in a workspace of the production and/or machine tool for recording image data in the workspace of the production and/or machine tool, wherein the camera is used to continuously record individual camera images in each case during its movement in the workspace of the production and/or machine tool, wherein edge points of a workpiece located in the workspace of the production and/or machine tool are determined in the recorded camera images, wherein detected edge points are sent to a control device of the production and/or machine tool for identifying the respective workpiece and/or for determining a position and/or orientation of the respective workpiece and wherein the camera is guided along an edge line of the workpiece by means of the control device of the production and/or machine tool, wherein camera images are recorded continuously and edge points of the workpiece are determined in the camera images, wherein a length of an edge offset vector is determined on the basis of an image centre point of the camera images and a distance of the image centre point relative to the edge point or points, wherein the position of the camera is corrected automatically so that the length of the edge offset vector along the edge line of the workpiece remains the same or at least essentially the same, wherein the detected edge points together with a sequence number of the camera image or other position information is sent to the control device of the machine tool and wherein on the basis of the edge points transmitted to the control device, the respective workpiece is identified and the orientation of the respective workpiece is determined.