56results about How to "Reliable entry" patented technology

The invention relates to a piece of furniture comprising a furniture body (2) and a first and at least one second drawer (3, 4) movable relative to the furniture body (2), wherein the two drawers (3, 4) 4) The front panel (3') of the first drawer (3) in the closed position basically completely covers the front panel (4') or front wall of the second drawer (4), characterized in that: the first and The at least one second drawer (3, 4) has an ejection device (9, 9') for moving the drawer (3, 4) from the closed position to the open position, and between the two ejection devices (9, 4 9') is provided with a control element (13), which couples the two ejection devices (9, 9') in a first control position and makes the two ejection devices (9 , 9′) decoupling.

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 a single-chip waste-rejection device of high-speed rotary performing machine and the working method. The device comprises central control unit, chip-weight measuring mechanism for recording main pressure values of all dies of performing machine by the central control unit, yield disk combination set under the rotary table of performing machine and generating counterpoint signals corresponding with main pressure actions of all dies, and pneumatic waste-rejection system. The device also comprises advance disk combination set on main electromotor of performing machine and generating compensation pulse signal corresponding with angle speed of output shaft of main electromotor. The central control unit estimate if waste-rejection program runs according to all main pressure values. When the waste-rejection program runs the central control unit calculates the time point when die with waste chip runs to the nozzle position of pneumatic waste-rejection system as the performing machine runs by said compensation pulse signals and counterpoint points and touches pneumatic waste-rejection system off at the time point. Waste-rejection accurate ratio of device is high and adaptability is good.

The invention discloses a star sensor autonomous navigation method suitable for a high maneuvering carrier, relates to the technical field of celestial navigation, and solves the disadvantage in the prior art that a star sensor adopts the autonomous navigation of the high maneuvering carrier. The star sensor autonomous navigation method comprises the steps of firstly enabling the star sensor to recognize a capture initial posture by adopting an all-day autonomous star map, then recognizing the original pointing partial star map by utilizing initial attitude information, and calculating the posture to obtain a moving angle speed; combining the prior information obtained in the first and second steps, forecasting the posture and the star point position of the next sampling time, and rapidly forecasting the tracking recognizing mode; calculating a three-axis posture angle of the star sensor in an inertial frame according to a recognizing result, and finally calculating the three-axis posture angle of the carrier according to a matrix of the star sensor arranged on the carrier, thus finishing the independent navigation of the carrier. The star sensor autonomous navigation method provided by the invention has the characteristics that the realization is simple, and the continuous, high precision navigation data and the like are autonomously provided for the high maneuvering carrier.

The invention discloses an oil supply method for a hydrodynamic pressure thrust bearing. Cool oil is injected into the oil tank, and the oil level of the cold oil is not higher than 200 mm of the working surface of the mirror plate; An oil inlet pipe is set on the oil storage tank, and the oil inlet pipe is connected with the external cold oil oil pump. When the hydrodynamic thrust bearing is working, the cold oil oil pump is turned on, and the mixed oil in the oil tank is pumped out first, and then injected into the oil storage tank after cooling. The cold oil in the oil storage tank is adsorbed to the oil inlet end of the bearing bush, and the adsorbed cold oil enters between the bearing bush and the mirror plate to form a lubricating oil film, and the lubricating oil in the oil film flows into the oil groove to form a closed circulating oil circuit. The oil supply method provided by the present invention supplies oil through the oil storage pool and cooperates with the low oil level in the oil tank, which can effectively reduce the stirring loss of the thrust bearing, suppress the rise of the working oil temperature of the entire thrust bearing, and improve the bearing capacity of the thrust bearing; Damage due to lack of oil, to avoid serious accidents and economic losses of the main engine.

An adhesive container for containing an instantaneous adhesive and used to apply the adhesive to an object to be attached. The adhesive container is provided with small containers (2) in each of which the instantaneous adhesive is sealed, and also with a holding mechanism (1) which integrally holds the small containers (2) and is configured in such a manner that one of the small containers is provided in a use region (F) in which the small container can apply the instantaneous adhesive to an object to be attached and that the remaining small containers are provided in a retreat region (R) connecting to the use region (F).

The invention provides a scanning ion conductance microscopy (SICM) glass probe clamping and illuminating device. The device mainly comprises a clamping module used for fixing a glass microprobe and a light source system used for illumination during SICM scanning measurement. The clamping module is mainly constituted by a device substrate, a sealing ring disposed in the cavity disposed in the bottom part of the substrate, a pipe cap fixedly connected with the lower end of the substrate by threads, an electric plug seat fixedly connected with the left side hole of the upper end of the pedestal by the threads, a sealing ring, an inserting pin fixedly disposed in the plug seat, and an Ag / AgC1 wire electrode connected with the inserting pin by adopting the welding connecting technology. The light source system is constituted by a lens fixedly disposed on the top end of the substrate, a battery seat fixedly connected with the top end of the substrate by the threads, a high light LED fixedly disposed on the bottom part of the battery seat, a button battery disposed in the battery seat, and a switch fixedly disposed on the top part of the battery seat. The device provided by the invention is advantageous in that the structure is simple and compact, the integration degree is high; the reliable clamping of the glass microprobe can be realized, and the device can be used for the illumination during the SICM scanning measuring process, and then the condition of the tip end of the probe entering the working area can be observed; the optimizing of the structure of the scanning ion conductance microscopy can be facilitated, and the efficiency of the glass probe entering the working area can be increased.