34results about How to "Not to cause confusion" patented technology

A rapid charging power supply system capable of rapid charging, using a single system, both an electric moving body having a rapid-charging control means equipped therein and an electric moving body that does not have a rapid-charging control means equipped therein is provided. The system comprises: a first stationary rapid charger 11 capable of controlling electric power supplied from a power supply to be DC power having a voltage and a current optimum for charging various types of electric storage means, including charging of on-vehicle electric storage means 85c to 85e of at least second electric moving bodies 53 to 55; a stationary electric storage means 15 capable of storing the DC power which is charged by the first stationary rapid charger 11 and is supplied to first electric moving bodies 50 to 52 or to the second electric moving bodies 53 to 55; a second stationary rapid charger 11' capable of controlling the DC power from the stationary electric storage means 15 to be DC power having a voltage and a current optimum for rapid charging of the on-vehicle electric storage means 85c to 85e equipped in the second electric moving bodies 53 to 55; and a power feeding control means 12 for discontinuing power feeding from the first stationary rapid charger 11 to the stationary electric storage means 15, during the charging of the on-vehicle electric storage means 85 of the first electric moving bodies 50 to 52 with the DC power output from the stationary electric storage means 15, and during the charging of the on-vehicle electric storage means 53c to 53e of the second electric moving bodies 53 to 55 with the DC power output from the stationary electric storage means 15 which is performed through the second stationary rapid charger 11'.

The invention relates to a valve plate test line and a test method. The valve plate test line includes a test conveying line, and a qualified product off-line station, an on-line station, a flushing station, and a test station are sequentially arranged in the conveying direction of the test conveying line. The off-line station for unqualified products, the on-line station and the off-line station for qualified products are set up next to each other; it also includes a rotary conveyor, a rear connection elevator and a front connection elevator; the rotary conveyor is located above or below the test conveyor line side, connect the downstream end of the test conveyor line through the rear connection elevator, and connect with the upstream end of the test conveyor line through the front connection elevator; The valve plate is transported to the off-line station of qualified products through the rear connecting elevator, rotary conveyor and front connecting elevator along with the pallet. The valve plate test line is used for the valve plate test. Before the test, the oil channel of the valve plate can be lubricated and preheated. The process design is reasonable and the test efficiency is high.

The invention discloses a space division multiplexing method of a shared channel in a multichannel HSUPA system, comprising the following steps: presetting the timing relationship among the dispatched E-AGCH, E-PUCH and E-HICH; determining the channel on which each UE is located and the dispatching priority of each UE according to the receiving signals of each UE uplink channel; according to the priority from high to low, allocating the dispatched E-AGCH resources, E-PUCH resources and E-HICH resources for each UE, wherein any one of the E-AGCH resources, E-PUCH resources or E-HICH resources is allowed to be allocated to N numbered different channels, and each channel only can be allocated once; and performing corresponding channel data transmission on own channels of each UE according tothe allocated channel resources in terms of the timing relationship. By using the invention, frequency spectrum resource utilization rate can be improved.

The invention discloses a multi-system error code management method, device and system, which solves the problems that: currently error messages directly fed back by a data conversion platform are out of order, thereby bringing about difficult error query and confusion of a user. The method comprises the following steps: receiving messages from a service system and carrying out analysis, and adding to a global error structure if error messages are contained; judging whether an internal error of the platform exists or not according to an internal error identification of the platform, and adding to the global error structure if the internal error does exist; then converting the internal error of the platform into an external error according to a preset coincidence relation between the internal error of the platform and the external error, and adding to the global error structure. The error messages are assigned with return codes hierarchically according to the sequence of service system error, external error of the platform and internal error of the platform, thereby returning a plurality of service system errors and platform errors to a user terminal hierarchically, and enabling the user at the user terminal to easily find an error scene without confusion.

The invention relates to a multifunctional trolley and a method for operating a multifunctional tool drawing by using the multifunctional trolley, which comprises hardware and software, wherein the hardware comprises a trolley and a sensing device, and the multifunctional tool drawing in the software, and the hardware and the software are combined to a new operating structure. The trolley is provided with at least two positions for operating, when a user winds the trolley, the sensing device senses the operating positions of fingers and sends an index signal. On the aspect of the software, ina zone of action of the tool drawing of window software, software functions response to different index signals are linked, and each group of functions can make the response to trolley information ofthe rolling-up and rolling-down of the trolley. When a cursor is positioned in the zone of action of the tool drawing, if the received trolley information has different index signals, the software functions of different groups can make the response.

A wire arranging frame comprises a base; a first clamping structure arranged on the base and provided with a plurality of first grooves; and a second clamping structure arranged on the base and provided with a plurality of second grooves, wherein the first grooves face the second grooves, and a containing opening is formed between the first clamping structure and the second clamping structure andlocated on the opposite side of the base.

The invention provides a space-adjustable fire-fighting cabinet. The space-adjustable fire-fighting cabinet comprises a cabinet body. A horizontal partition plate is arranged in the cabinet body. Thehorizontal partition divides the cabinet body into an upper accommodating unit and a lower accommodating unit. The upper accommodating unit comprises a drawer and a first vertical moving plate. The first vertical moving plate is provided with a first groove. First convex plates matched with the first groove are arranged on the inner surface of a bottom plate of the drawer and the inner surface ofa top plate of the cabinet body. The first vertical moving plate is in sliding connection with a first convex plate. A second vertical moving plate is arranged in the lower accommodating unit. A second groove is formed in the second vertical moving plate. Second convex plates matched with the second groove are arranged on the inner surface of the bottom plate of the cabinet body and the surface, close to the lower accommodating unit, of the horizontal partition plate. The second vertical moving plate is in sliding connection with the second convex plates. By means of the technical scheme, thefire-fighting cabinet is simple in structure and flexible in use, detection tools can be conveniently classified and stored, and therefore limited storage space is effectively utilized.