217results about How to "Reliable boot" patented technology

The invention relates to a device for melt-spinning and winding synthetic threads, comprising a spinning device, a treatment device and a winding machine. The treatment device is provided with a take-off godet for guiding the threads before the threads are fed and distributing the threads to a plurality of winding points in the winding machine. The take-off godet is disposed above the winding machine and guides the threads on the circumference such that the threads run parallel next to each other. The take-off godet is arranged transversely to a winding spindle, above the winding machine. Thewinding machine is equipped with a plurality of top thread guides, which are mounted upstream of the winding points and are located in a feeding plane. In order to improve the application process regarding the distribution of the filaments on the individual winding points when starting the process or pausing the process, the take-off godet and the group of the top thread guides for applying the threads into the winding points of the winding machine are designed to be moveable relative to each other according to the invention.

The present invention relates to an air conditioner. In a frontward direction relative to a front guide (6a) that guides conditioned air in a frontward-downward direction within a blowing passage (6), wind deflectors 110a and 110b are provided. When the conditioned air is sent out through the blowout port (5) in a straight downward direction or a rearward-downward direction, the wind deflectors 110a and 110b are so arranged that the static pressure distribution near them has a high static pressure part (90) where the static pressure is higher than in the front guide (6a) and that the isobars (90a) of the high static pressure part (90) run along the flow direction of the conditioned air flowing while facing the wind deflectors 110a and 110b.

The invention relates to a trusted computer system based on a safe password chip and a trusted guiding method thereof. The system comprises a main platform and the safe password chip. The main platform comprises a main processor, an internal memory, an external memory, a bus and an external device. The main processor comprises a command cache unit, a data cache unit, an executing unit and a second-level cache unit. According to the trusted computer system and the trusted guiding method, when the system is started, the safe password chip runs before the main processor runs, pushes a CRTM to the command cache unit and awakes the main processor; the main processor performs execution from the CRTM, measures and loads a guide program, an operating system, an application program and the like through the safe password chip and builds a trusted chain; the safe password chip participates in the whole trusted guiding process and can not be bypassed; the CRTM is retained inside the safe password chip, other programs running on the main processor can not meet the CRTM and can also not analyze and distort the CRTM, the safer effect is achieved, and the system is more stable.

The present invention relates to a high-current battery system (1) in which a high operating current flows, in particular for vehicle drives. The high-current battery system (1) has a battery system monitoring electronics unit (12) and a plurality of battery modules (4), each module including at least one rechargeable battery cell (10) and being electrically connected in series by means of an operating current line (5) such that an operating current flows through the operating current line (5) during operation. At least one of the battery modules (4) is designed as a bypass battery module (6) which comprises a bypass switch (7) and a bypass line (8), which are designed and disposed such that the battery module (6) is electrically bridged by the bypass line (8) after the bypass switch (7) is switched from a normal operating position into a bypass position, so that the operating current flows through the bypass line (8). For each bypass battery module (6), the battery system monitoring electronics unit (12) incorporates a module monitoring unit (11) which monitors the associated battery module (6) and detects a fault state of the module (6). Upon detection of a fault state of a battery module (6) by one of the module monitoring units (11), the battery system monitoring electronics unit (12) measures the current flow in the operating current line (5) and switches the bypass switch (7) of the battery module (6) in question from the normal operating position into the bypass position at a time at which the current flow in the operating current line (5) is less than a predetermined limit value.

The invention relates to a method for supporting the process of leaving a parking space and to a corresponding device. The method relates to methods for supporting the processes of leaving parking spaces of motor vehicles, wherein data of different board sensors is used for determining a collision-free process of leaving a parking space, comprising the following steps: a) Determining sensor data during parking for modeling the physical surroundings of the motor vehicle, b) calculating data for describing the surroundings, c) storing the data, d) retrieving the stored data for determining the physical surroundings of the motor vehicle relevant for the process of leaving a parking space, e) checking the stored data for plausibility, f) releasing the data and g) using the data for calculating a collision-free path for leaving the parking space. The invention further relates to a device for the execution of a method for leaving a parking space.

The invention provides an automatic winder, comprising a gate tensioner (26) capable of enduing the tension on the yarn to be winded on a pony roll (P) after being unwound from a bobbin (12), a tension sensor (3) for detecting the tension of the yarn and mounted on the yarn passage (Y) over the gate tensioner (26). The automatic winder can directly detect the unwinding tension of the bobbin (12),the unwinding tension of the yarn unwinding auxiliary device, the tension endued by the gate tensioner (26), free from the tension variance infection due to the other factors. Thus the automatic winder not only directly detects the generation of the abnormal tension when the abnormal tension generates, but also easily determines the generation cause, thereby preventing the end broke due to abnormal tension or bad pony roll winding shape from generating.

The purpose of the present invention is to provide a pipe bending apparatus comprising a turning means that can be easily implemented at low cost and can be used for bending pipes in different directions and in different shapes. In order to achieve this purpose, in the pipe bending apparatus of the present invention, a pipe feeding base (61) is disposed so as to be movable in the feeding direction of a pipe (P), a feeding means (60) is configured by rotatably disposing a chuck (63) on the feeding base to support the pipe, a cam (71) formed by bending a long plate or rod is disposed substantially parallel with the movement direction of the feeding base, a cam follower (86) is disposed on the feeding base so as to be movable in a direction perpendicular to the axis of the pipe, a turning means (70); is configured by engaging the cam follower with the cam and also connecting the cam follower to the chuck, and, together with an operation which moves the feeding base forward, the cam follower follows the cam and moves, and the motion of the cam follower is transmitted to the chuck so as to turn the chuck.

A vane-type compressor includes: a cylinder block; a rotor rotating within the cylinder block; vane slots provided on the rotor; vanes each provided slidably within each of the vane slots; coil springs provided within the vane slots for pushing the vanes; guide pins each provided along each of the coil springs and directly fixed on the vanes or the rotor; and guide holes each provided for each of the guide pins and formed on the rotor or the vane. The guide holes are formed on the vanes in case where the guide pins are directly fixed on the rotor. Alternatively, the guide holes are formed on the rotor in case where the guide pins are directly fixed on the vanes. The compressor prevents chattering of the vanes and also prevents a complex structure and cost rise.

A seat arrangement (2) is provided for an automobile comprising a vehicle seat (4), a longitudinal guide rail (34, 36) for displacement of the vehicle seat (4) in the longitudinal direction (10), and a transverse guide rail (14, 16) for displacement of the vehicle seat (4) in the transverse direction (12). A forced guide rail (44) is furthermore provided, this being configured in such a manner that during displacement in the longitudinal or transverse direction (10, 12), the vehicle seat (4) is automatically also displaced in the transverse or longitudinal direction (12, 10).

The invention relates to an emptying cartridge, a method for emptying chamfers filled with rod-shaped objects and a device for bringing together mass flows, in particular for an emptying cartridge. The emptying cartridge comprises: a receiving space (11) for receiving the rod-shaped objects from the chamfer, wherein the receiving space is opened upwards along the chamfer direction and limited downwards by a conveying element (17) for conveying the products and formed by one canal (18); at least one flow controlling element (19, 21), wherein the distance between each flow controlling element and the conveying element is adjustable, characterized in that: the conveying element (17) for forming the canal and for conveying the products is arranged in an inclined way and according to the product diameter, the distance between the inclined angle Alpha and the conveying element (17) and each flow controlling element (19,21) is adjusted when keeping the product figure by the adjustability of each flow controlling element (19,21) and/or conveying element (17).

The invention relates to a workstation of a textile machine comprising an open-end spinning device for the production of a thread, a cone winding device for winding the thread into a cross-wound bobbin, a pivotably mounted suction nozzle connected to a low-pressure network of the textile machine for receiving the thread from the surface of the cross-wound bobbin, and a storage nozzle connected to the low-pressure network for the temporary storage of a thread excess created in the form of a thread loop during the startup of the workstation. According to the invention, it is provided that the suction nozzle (4), which has a relatively high suction air consumption, and the storage nozzle (60), which has significantly lower suction air consumption, are connected to the low-pressure network (20) of the textile machine such that the suction nozzle (4) can be decoupled from the low-pressure network (20), if necessary, independently of the storage nozzle (60).

The invention provides a conduit capable of reliably guide a wire harness in a desired wiring direction. The conduit is composed of tubular conduit main body (10) and an internal part (20). The internal part (20) is disposed in corner covers (12) disposed at two ends of a linear part (11) of the conduit main body (10), the shape retention of the internal part (20) is higher than the shape retention of the conduit main body (10), a cross section of the linear part (11) of a penetrating and inserting wire harness (WH) of the conduit (1) forms a circle, and the linear part (11) is composed of a cylinder part (13) disposed at the center of the length direction and corrugated parts (14) disposed on two sides of the cylinder part (13).

The invention relates to a method for melt spinning, stretching and winding a multifilament thread to form an FDY yarn, and a device for carrying out the method. First, a plurality of filaments made from a thermoplastic melt are extruded, cooled to a temperature below the glass transition temperature of the plastic material, and combined to form a filament bundle with no addition of a preparation fluid. Then, the filament bundle is drawn off at a speed of greater than 1500 m/min, heated to a temperature above the glass transition temperature of the thermoplastic material and stretched at a stretching speed of greater than 4000 m/min. The filament bundle is led through a hot air atmosphere of a heating tube for providing non-contact heating. Then, the filament bundle is prepared with a preparation fluid and the thread is wound into a coil. In the device according to the invention, the preparation device is disposed downstream of the heating means in the thread direction, wherein the heating means, which is a heating tube with a hot air atmosphere for non-contact heating of the filament bundle, is disposed between the drawing-off galette and the stretching galette.

The present invention relates to a roving machine with a bobbin rail, a flyer rail and a reel change mechanism. The bobbin rail can be equipped with movably in a vertical direction. The flyer rail is equipped fixedly. All flyers of the flyer rail are respectively provided with a central spindle. The reel change mechanism is connected with a frame structure which bestrides the roving machine. The reel change mechanism is provided with a base component which is movable in a vertical direction relatively to the adjustment height. The base component is provided with a change platform which is equipped movably in a horizontal direction. According to the invention, the change platform (10) is provided with a conveying device (12) which is provided with a case carrier (11) for receiving roving reels (8) or empty bobbins (9). Furthermore the conveying device (12) can be positioned in an area of the roving machine (1) such that empty case carriers (11) or case carriers (11) provided with the empty bobbins (9) are alternatively positioned exactly below central spindles (6) of a flyer (5) of the flyer rail (4).

A solenoid valve for controlling a fluid comprising an armature, a valve member which has a dome-shaped end region and which is connected to the a mature and is movable jointly with the armature, a first guidance region being provided on the armature, and a valve body with a valve seat, with a through orifice, the valve member opening and closing the through orifice on the valve seat, and with a guide element which defines a second guidance region for guiding the valve member and which guides the valve member when the solenoid valve is open, the guide element being formed in one piece with the valve body.

The present invention relates to a method for threading a thread (16) into a guide slot (21) of an individually driven, finger-shaped thread guide (13) of a textile machine, which thread guide (13) guides the thread (16) parallel to the spool axis via an oscillating stroke width in order to transfer a thread (16) on a rotating spool (5), wherein the thread guide (13) is transferred into an initial position (A) before the beginning of the threading operation; the thread guide (13) is then transferred into a threading position (E) and drives the thread (16) which is to be threaded in; a relative movement is generated here between the thread guide (13) and the thread (16), in order to thread the thread (16) into the thread guide (16); and the thread (16) is held with tension for the threading operation.

A connector includes contacts each having a contact portion, an elastic portion and a fulcrum portion between the contact portion and a connection portion, and a pressure receiving portion; a housing fixing the contacts; and a slider having urging portions pivotally moved between the connection and pressure receiving portions of the contacts to urging the contact portions against the circuit board, thereby achieving reliable connection and miniaturization of the connector. In an aspect, the housing is formed on the side of a board insertion opening with a recessed portion for conducting the board. In another aspect, the contact includes upper and lower contact portions one above the other arranged alternately staggered so as to be connected to a circuit board having contact portions alternately staggered, so that no defective connection occurs, even if the circuit board is inserted erroneously upside down. In a further aspect, the connector further includes locking members having an engaging portion which engages an anchoring portion of the circuit board to prevent the circuit board from being removed. In one aspect, contacts of two kinds are inserted into the housing from opposite sides, respectively so that these contacts of the two kinds are into contact with the contact portions on respective surfaces of the circuit board. In a further aspect, moreover, a plate-shaped piece is provided in opposition to the contact portions of the contacts to prevent the housing from being deformed.

The invention provdies a tensioning or guide rail having a continuous recessed sliding body. A tensioning or guide rail for a drive chain, in particular for a chain drive of an internal combustion engine, comprises a carrier body with at least two chain guide sections and with at least one recessed section. The at least one recessed section is arranged between two chain guide sections and recessed relative to a tangent connecting the adjoining chain guide sections, the at least two chain guide sections having each a sliding-contact surface for contacting the drive chain. A continuous sliding body is arranged on the carrier body along the at least two chain guide sections and the at least one recessed section, the sliding body defining the sliding-contact surfaces of the at least two chain guide sections and a surface of the at least one recessed section, the surface facing the drive chain.

The invention relates to a surge arrester having a housing (10) and at least one arrester element and a disconnection device, in order to disconnect the arrester element or elements from the mains, the disconnection device comprising a junction (14), which is incorporated in the electrical terminal path (A; B) inside the arrester, a movable conductor section (3) being connected via the junction to the arrester element on the one hand and the conductor section on the other hand, using a first electrical outer terminal of the arrester under over voltage protection, and comprising a means which generates a pre-load force, the force vector in this regard acting indirectly or directly via a movable disconnection bracket (13) on the conductor section or the bridge in the disconnection direction. According to the invention, a conductive element (4; 7) is disposed in the movement path of the conductor section, the first end of the conductive element coming into contact with the conductor section if the disconnection device is triggered, the second end of the element being connected to a second electrical outer terminal, and the conductive element comprising a switching unit or being implemented as a switching unit.

The invention discloses a flexible electric braking exciting loop of a self-exciting hydraulic generator and an exciting method thereof. The flexible electric braking exciting loop of the self-exciting hydraulic generator comprises a diode rectifier bridge exciting loop with an alternating-current side contactor and a direct-current side contactor, and the diode rectifier bridge exciting loop is connected in parallel at two ends of a rotor of the generator. The flexible electric braking exciting loop of the self-exciting hydraulic generator is characterized in that a diode rectifier bridge output side of the diode rectifier bridge exciting loop is connected in parallel with a resistor. The exciting loop provided by the invention not only can be used for carrying out alternating-current control excitation when the generator is subjected to self-exciting electricity generation, but also can be used for the excitation when the generator is subjected to flexible braking startup simultaneously.

The invention relates to a green wave induction control method and a system of traffic flow through intelligent cluster signal lamps, belonging to the technical field of intelligent traffic. The method comprises the steps of: setting intelligent signal lamps along a road and at intersections for sensing vehicle movement and wireless transmission and processing vehicle information, clustering single signal lamps to proper clusters to form lamp clusters by utilizing an intelligent cluster preprogram through information communication, performing communication and negotiation among the lamp clusters to form flowing green wave bands or green wave band lamp clusters so as to realize cluster flow and green wave flow traffic induction of the intelligent signal lamps. The system comprises intelligent signal lamps and red and green signal lamps arranged along the road and at intersections, an information communication transfer station and a central monitoring station, wherein an intelligent chips, a vibration sensor, a wireless data transmitter, a power supply and a three-color LED (light emitting diode) lamp are built in each intelligent signal lamp, the intelligent signal lamps are in wireless connection, and the intelligent signal lamps and the information communication transfer station are in wireless connection, and the central monitoring station is connected with the information communication transfer station through a network. The method and the system, disclosed by the invention, have the advantages of reliable system and good traffic flow control effect, etc.

The invention relates to a bottom plate of a suction or attachment of a dust collector or dust collection robot. The bottom plate has a shell (10), a suction cavity (11) for suction of air/dirt particles is formed in the shell, the suction cavity (11) longitudinally extends transverse to a forward direction (A) of the bottom plate (1), the bottom plate also has a rotatable brush (14) arranged in the suction cavity (11) and preferably used for accommodating dirt particles, and the suction cavity (11) is defined by a front shell part (20) and a rear shell part (30). According to the invention, the front shell part (20) and/or the rear shell part (30) is formed in a highly adjustable manner.