137 results about "Temporary Stopping" patented technology

A novel locking mechanism including a body and intermediate element and a method for locking the relative positions of a rod and a screw. The intermediate element is adapted to receive a rod and a head of a screw and is located between the rod and the head of the screw. The intermediate element has a non-circular shape such that at least one large non-contact area exists when the intermediate element is in contact with the head of the screw and the locking mechanism is fully engaged. The body is adapted to maintain the orientation of the non-circular intermediate element with respect to the body. The body also has at least one structure defining at least one distinct temporary stopping point for the intermediate element above the final locking position.

The invention provides a connector with a housing having a simple configuration. After an L-shaped side retainer 30 has been fitted in a temporary stopping position within an opening groove 22 of an inner housing 20, this inner housing 20 is inserted from an anterior direction into a fitting channel 12 of an outer housing 10. A locking protrusion 13 provided in the fitting channel 12 engages a locking member 26 of the inner housing 20, and the inner housing 20 is thereby attached. When the side retainer 30 is to be moved from the temporary stopping position to a main stopping position in which male terminal fittings 1 can be retained, a jig or the like is inserted into the fitting channel 12 to move an operating member 35 formed on an anterior edge of the side retainer 30.

A recorder receives designation of a video which is desired to be reproduced from a user. If designation of one or more designated locations where sound is emphasized on a screen of a display which displays the video is received by the recorder from the user via an operation unit during reproduction or temporary stopping of the video, a signal processing unit performs an emphasis process on audio data, that is, the signal processing unit emphasizes audio data in directions directed toward positions corresponding to the designated locations from a microphone array by using audio data recorded in the recorder. A reproducing device reproduces the emphasis-processed audio data and video data in synchronization with each other.

The invention provides an automatic parking system and method. The system comprises a temporary stopping area, a parking area with a plurality of parking spaces, an automatic parking platform and an automation tractor vehicle, wherein the temporary stopping area comprises at least one temporary stopping parking space which is provided with a trailer platform; the trailer platform is provided with a first connecting mechanism and used for loading a vehicle to be parked; the automatic parking platform is used for monitoring the use conditions of the plurality of parking spaces, acquiring the target parking space according to the use conditions of the plurality of parking spaces and generating a planning route from the temporary stopping space to the target parking space; the automatic tractor is provided with a second connecting mechanism in match with the first connecting mechanism and used for moving the trailer platform from the temporary stopping space to the target parking space according to the planning route. With the adoption of the automatic parking system, different vehicles can be parked to idle parking spaces within a short time, so that the globally optimal parking route planning under the state of synchronously moving the plurality of vehicle can be achieved.

The present invention provides a paper sheet storing and releasing apparatus which stores and releases paper sheets by winding and unwinding a tape between a wheel and a reel, wherein the apparatus can remove dust stacked on the tape during an operation thereof and reduces damage on the tape. In the paper sheet storing and releasing apparatus which includes a reel which winds and unwinds a tape and a wheel which winds and unwinds the tape and paper sheets and in which running of the tape is stopped at a stop position which constitutes a reference, at the time of releasing the tape from the wheel, the releasing of the tape is temporarily stopped before the tape is stopped at the tape stop position which constitutes the reference and, thereafter, a tape winding operation of a given quantity is performed whereby the dust scraped by a scraper are made to fall and are transferred onto a tape side and the tape is released again so as to reduce a quantity of dust stacked at a final stop position of the tape.

A controller for a machine tool has a program storage section in which an NC program is stored, a program analyzing section analyzing the NC program block by block in sequence and extracts operation commands for a feed mechanism, an execution control section executing the extracted operation commands and thereby controlling the feed mechanism, e program editing section changing the NC program, and a change information storage section in which change information relating to the changed portion of the NC program is stored. The execution control section, when executing the operation commands, checks whether the block of each operation command is the block immediately preceding a block relating to the changed portion, and when judging that it is the immediately preceding block, temporarily stops the operation of the feed mechanism before or after the execution of the operation command.

Disclosed is a technique for throttling data transfer. An amount of resources that are in use is determined. When the amount of resources reaches a high threshold, one or more primary control units are notified to temporarily stop sending data. When the amount of resources reaches a low threshold, each previously notified primary control unit is notified to resume sending data.

A printing system that conveys sheets printed by a printing unit to a sheet processing unit connected to the printing unit and causes the sheet processing unit to perform post processing on the sheet. When an inline job is temporarily stopped in which sheets printed by the printing unit are conveyed to the post-processing unit, and post processing is caused to be executed on the sheets by the post-processing unit, if an offline job is executable in which sheets are fed from a predetermined sheet feed section without executing printing by the printing unit, and post processing is caused to be executed on the sheets by the post-processing unit, the offline job is permitted to be executed.

The invention relates to a traffic station and an entering and exiting method for a magnetic navigation unmanned electric intelligent vehicle. The traffic station comprises an entrance, an exit, a platform, a shielding barrier, a temporary stopping area, a trunk road, guiding magnetic nails and an arbitration terminal, wherein the trunk road comprises an entering road, an inverted storehouse road and an exiting road; the entrance is connected with the entering road; the entering road is connected with the temporary area; the temporary area is connected with the inverted storehouse road; the inserted storehouse road is connected with the platform; the platform is connected with the exiting road; the shielding barrier is arranged on the platform; the guiding magnetic nails are paved on the entering road, the inverted storehouse road and the exiting road; the arbitration terminal is arranged in the platform; and the platform comprises a platform stall. Compared with the prior art, the traffic station has the advantages that the magnetic navigation unmanned electric intelligent vehicle can be guided to enter the station or exit from the station correctly and efficiently; the work efficiency of a traffic system of the magnetic navigation unmanned electric intelligent vehicle is improved; and the human intervention degree and the whole cost are reduced.

The invention discloses a control method for an automobile steep slope slow descending system. According to the control method, when a steep slope slow descending button is pressed down, an accelerator pedal is loosened, a brake pedal is loosened and the current gradient and the current automobile speed meet certain conditions, the pressure of a brake pipeline is controlled to enable the automobile to travel in a constant speed; when the accelerator pedal or the brake pedal is stepped down, controlling of the pressure of the brake pipeline is stopped temporarily, and the automobile travels in a normal downhill speed; and after the accelerator pedal and the brake pedal are both loosened, if the current gradient and the current automobile speed still meet the conditions, controlling of the pressure of the brake pipeline is recovered to enable the automobile to travel in a constant speed. By adopting the control method, at the time of steep slope slow descending, a driver can freely control the automobile speed through stepping the brake pedal or the accelerator pedal within a certain speed range, and thus the comfort degree of the driver at the time of using the steep slope slow descending system is improved.

An image forming device is provided which is capable of printing paper fingerprint data encoded into code data on a paper sheet without inducing significant degradation of printing performance due to the slowing of the printing speed. In order to halt paper sheet transport until the processing of sending composite image data, including paper fingerprint data, to a printer has completed, a control component issues to a paper sheet transport control component instructions to halt paper sheet transport temporarily after the scanning of paper fingerprint. The paper sheet transport control component halts paper sheet transport after receiving these instructions. Subsequently, when composite image data is sent to the printer and is ready to be printed on the paper sheet, the control component issues to the paper sheet transport control component instructions to resume paper sheet transport. The paper sheet transport control component resumes paper sheet transport after receiving these instructions.

An information provision apparatus of the present invention includes a stop detector to detect a stop of a vehicle; a display unit to display various information; and a control unit to control the display unit to display a plurality of display contents in a manner that two successive contents of information differ with each other while the vehicle is standing at the temporal stop. When the vehicle is caught in a traffic congestion to stop temporarily, the driver of the vehicle is entertained by plural contents of the information appearing on the display unit for his/her diversion.

The invention discloses a method and a system for realizing switching. The method comprises the following steps that: a source switching network element receives failure information, determines that the state information of a target base station is included in the failure information, and temporarily stops a switching request. By adoption of the method, the source switching network element determines that the switching fails due to the state of the target base station so as to perform correct processing, namely temporary stopping of the switching request, on the failure reason. Therefore, the repeated generation of invalid switching is avoided, and the frequency of the invalid switching which is initiated by the source switching network element is reduced, so that the network performance is improved.

The invention relates to coating processing equipment, in particular relates to a cyclic slurry feeding system of a coating machine, and belongs to the technical field of mechanical-electrical integration. The system comprises an automatic feeding part and an automatic material-returning part, wherein the conveying speed of slurry is controlled according to a flow difference between a feeding diaphragm pump and a material-returning diaphragm pump; and the designed flow of the material-returning diaphragm pump is relatively low and is generally less than 1 m<3>/h, and the designed flow of the feeding diaphragm pump is 2 to 3 times of that of the material-returning diaphragm pump. The feeding diaphragm pump automatically runs according to a liquid level signal; the flow of the feeding diaphragm pump is higher than that of the material-returning diaphragm pump, the liquid level of a material tank can be controlled in a cyclic slurry conveying process; and moreover, the slurry feeding conveying speed can be stabilized. With the adoption of the cyclic slurry feeding system of the coating machine, under temporary stopping, such as technical stopping and fault stopping in a coating process, slurry in the material tank can be conveyed into a slurry transferring tank through the automatic material-returning part, so that the utilization rate of the slurry is increased.

A determination is made on whether or not an instruction of temporarily stopping a recommendation list is issued, and in a case where it is determined that the instruction for the temporary stopping is issued, even when another item is selected by a user, a control is conducted to avoid an update of the displayed recommendation list.

A connector is capable of being miniaturised, whilst inadvertent pushing in of a retainer is prevented. A housing main body 2 into which female terminal fittings are inserted has a retainer insertion groove 23 formed on a side face thereof, a retainer 14 being inserted into this retainer insertion groove 23. The retainer 14 is maintained in a temporary stopping position which allows the insertion of the female terminal fittings into cavities thereof. After that, the retainer 14 is pushed further in and maintained in a main stopping position where is engages stepped members of the female terminal fittings. When the retainer 14 is in the temporary stopping position, the posterior end (relative to the direction of insertion) of this retainer 14 is inside the housing main body 2. As a result, the retainer 14 is not pushed inadvertently into the main stopping position while, for example, the connector is being transported to a site where the female terminal fittings are to be inserted. A hood member 35 does not need to perform the function of protecting the retainer 14, consequently its size can remain small so as merely to cover a sealing ring 10.