31results about How to "Solve the escape problem" patented technology

The invention relates to a double-purpose window with the functions of theft resistance and escape, which is characterized in that the window body comprises a front frame and a rear frame, wherein a top fence and a bottom fence are arranged between the front frame and the rear frame; a front-face fence is arranged in the front frame; the window body is fixed on a wall body through the rear frame; the left and the right sides of the window body are respectively provided with a No.1 fence door and a No.2 fence door; the No.1 fence door and the No.2 fence door are respectively and flexibly connected between the front frame and the rear frame on the side; the No.1 fence door is open, is in a horizontal state and is supported through the bracket fixed on the wall body so as to form a platform; the No.2 fence door is open and in a pendulous state to form an escape ladder; and the No.1 fence door and the No.2 fence door are respectively connected to the corresponding positions of the window body through an electric lock. The invention improves the common convex type anti-theft window so as to have the anti-theft function and form the escape ladder and the platform after being expanded, utilizes the bottom fence of the window as a transition channel so as to open an escape channel on the external wall body of a building, and is not required to be provided with an additional escape tool to solve the escape problem when a high-rise building is on fire.

The invention discloses a foam control method in the rhamnolipid fermentation process. The foam control method in the rhamnolipid fermentation process disclosed by the invention comprises the following steps: fermenting and culturing Pseudomonas aeruginosa (Pseudomonas aeruginosa) in a fermentation medium, and controlling the pH of the fermented liquid at 5.0 in the early stage of fermentation 8.5, the pressure of the fermenter is controlled at 0.01-0.035MPa, the pH of the fermented liquid is controlled at 5.0-6.5 in the middle stage of fermentation, the pressure of the fermented tank is controlled at 0.015-0.05MPa, and the pH of the fermented liquid is controlled at 5.0-7.5 in the later stage of fermentation. The pressure is controlled at 0.015‑0.04MPa. The fermentation process provided by the invention can effectively solve the liquid escape problem caused by foaming in the rhamnolipid fermentation process, and at the same time, the post-separation process does not need to consider the removal of the defoaming agent. The fermentation process is simple to operate and is suitable for industrial production of rhamnolipids .

The invention relates to a double-purpose window with the functions of theft resistance and escape, which is characterized in that the window body comprises a front frame and a rear frame, wherein a top fence and a bottom fence are arranged between the front frame and the rear frame; a front-face fence is arranged in the front frame; the window body is fixed on a wall body through the rear frame;the left and the right sides of the window body are respectively provided with a No.1 fence door and a No.2 fence door; the No.1 fence door and the No.2 fence door are respectively and flexibly connected between the front frame and the rear frame on the side; the No.1 fence door is open, is in a horizontal state and is supported through the bracket fixed on the wall body so as to form a platform;the No.2 fence door is open and in a pendulous state to form an escape ladder; and the No.1 fence door and the No.2 fence door are respectively connected to the corresponding positions of the window body through an electric lock. The invention improves the common convex type anti-theft window so as to have the anti-theft function and form the escape ladder and the platform after being expanded, utilizes the bottom fence of the window as a transition channel so as to open an escape channel on the external wall body of a building, and is not required to be provided with an additional escape tool to solve the escape problem when a high-rise building is on fire.

The invention discloses a method for cultivating queen bees, and relates to the technical field of bee breeding. This method uses young bees of Chinese and Western bees to form a small nucleus group, and sends the queen bee or virgin queen into the small nucleus group, so that the queen bee can lay eggs and transform insects in the small nucleus group. The contradiction between the low rate and the weakening of the productivity of the original colony also solves the problem of the queen bee fleeing the colony after laying eggs, thereby increasing the number of queen bees in cultivation.

The invention discloses a coal seam and soft rock formation drilling-while-drilling airtight coring device, which comprises a sampling outer cylinder. The two ends of the sampling outer cylinder are respectively provided with a sampling drill bit and a suspension joint; the lower end of the suspension joint extends into the sampling outer cylinder, and the suspension joint The tail of the bearing set is provided with a bearing group, and the upper part of the bearing group is provided with a pressing ball seat, and the connecting sleeve, the sampling inner cylinder and the long section of the sampling inner cylinder are arranged coaxially below the pressing ball seat; the connecting sleeve and the sampling inner cylinder are also connected outside The coaxial sleeve has a pushing cylinder; the connecting sleeve is equipped with a desorption valve; the sampling inner cylinder is equipped with a sealing ball valve; the high-pressure fluid entering the inner cavity passes through the first-level water outlet hole set on the ball seat body and then pushes the multi-stage hydraulic pushing mechanism Axially move to open the sampling drill bit, or push the multi-stage hydraulic pushing mechanism to move axially to close the sealing ball valve and the desorption valve through the secondary water outlet hole provided on the ball seat body. The device and the method of the invention realize the purpose of taking coal cores while drilling and quickly sealing the coal cores in situ at the bottom of the hole.

The invention provides a super high-rise core tube wall body builder escape-climbing-cage including main stress-bearing suspenders, a climbing ladder, a rest platform plate and periphery guard plates;a plurality of main stress-bearing suspenders are vertically arranged to form a climbing-cage-frame structure; a plurality of periphery guard plates are arranged between the adjacent main stress-bearing suspenders to form an escape-climbing-cage protection structure; the rest platform plate is horizontally arranged in the climbing-cage-frame structure; and the climbing ladder is vertically arranged in the climbing-cage-frame structure. According to the super high-rise core tube wall body builder escape-climbing-cage, not only is the escape problem of super high-rise core tube wall body builders solved, but also the cyclic utilization of the climbing cage can be achieved; and when building height differences exist, the evacuation problem of core tube wall body builders can be solved through nested climbing-cage tools, and the builders are evacuated to a relatively safe position of a floor horizontal plate to avoid unnecessary casualties.

The invention relates to a high-rise slow-falling device adopting a cylindrical umbrella. The slow-falling device comprises a cylindrical umbrella, a folded half-squat type pedal, an infrared sensing device, a buffering rocket, a buffering spring, folded armrests, a waist and leg fastening belt, a feet strap, an electronic switch, a manually controlled electronic switch, an easily folded guide rope, an infrared sensor switch line, a back pulling rope, a back pulling rope controller and a shackle; the slow-falling device is characterized in that the cylindrical umbrella can drop in a small space towards a vertical direction, and is not easily collided with sundries and hanged during the dropping process.