45results about How to "Guaranteed storage space" patented technology

The invention discloses a lifting type office table capable of storing a notebook computer, and relates to the technical field of electric push rod supporting. The lifting type office table comprisesa bottom plate; a table body is supported on a transmission box through a lifting mechanism; a horizontally arranged supporting plate is in driving connection with the inside of the table body throughan adjusting mechanism; a lifting groove for allowing the supporting plate to pass through is formed in the top of the table body; and a pair of opening and closing mechanisms hinged to the supporting plate are symmetrically hinged to the table body. The adjusting mechanism can drive the supporting plate to realize up-down position adjustment; the supporting plate can place the notebook computerand realize lifting and storage, and is flexible and convenient to use; when not in use, the notebook computer can be stored in the table body; meanwhile, the opening and closing mechanisms close thelifting groove, so that dust-free placement of the notebook computer is realized; and an arranged object plate is positioned above the table body after the notebook computer extends out of the liftinggroove, so that occupation of tabletop space of the table body by the notebook computer can be effectively compensated for and storage space is effectively guaranteed.

A device for freeze preservation of a human ovarian tissue under liquid nitrogen comprises a pipe body; one end of the pipe body is provided with an opening, the opening is equipped with a sealing cover, the sealing cover and the pipe body can be detachably connected, and a sealed storage space is enclosed by the sealing cover and the pipe body; the inner top surface of the sealing cover is provided with a forking device for forking the human ovarian tissue. The forking device comprises a plurality of fine needles which are arranged in parallel, and fixed ends of the fine needles are vertically fixed on the inner end surface of the sealing cover, free ends of the fine needles extend to the pipe body along the axial direction of the pipe body. The forking device comprises 3 fine needles, the 3 fixed ends of the 3 fine needles are in head-to-tail connection to form a regular triangle, and the circle center of the inner end face of the sealing cover is the center of the regular triangle. The device is simple in structure and easy to use; the forking device can avoid physical damage of blind clipping with forceps under liquid nitrogen on an ovarian follicle enriched cortical part in the ovarian tissue, and also avoids cross contamination with other iatrogenic substances in a liquid nitrogen tank.

The invention relates to a thermo-sensitive printing head, in particular to a thermo-sensitive printing head for automatic deposited carbon removal and a manufacturing method. The thermo-sensitive printing head for automatic deposited carbon removal comprises a ceramic substrate with ground glaze, several lead electrodes, common lead electrodes and a protrusion-shaped heating body formed in the main scanning direction, wherein the several lead electrodes and the common lead electrodes are formed on the substrate, the heating body is used as a center to stick dry films at the positions different distances away from the center position in the auxiliary scanning direction, and a deep grove is formed in the upper portion of the heating body. Two layers of glass frit is coated in the groove, a grinding layer is formed after glass sintering, very steep segment difference is formed at the end of the grinding layer after grinding planarization, and protective films are formed on the grinding layer and the lead electrodes. The thermo-sensitive printing head is characterized in that the grinding layer is arranged at the upper portion of the heating body, the grinding layer is subjected to planarization treatment, the paper outlet side, namely the common lead electrode side, is longer, the large segment difference is formed at the end of the grinding layer, produced paper scraps are effectively pushed from the heating body to the position of the segment difference by means of the structure, and the thermo-sensitive printing head can automatically remove deposited carbon.

The invention discloses an event model space-time information representing and processing method orientated towards a CPS. The method includes the following steps that a space-time information representing method for a CPS event model is defined, and the CPS event model comprises a basic event model and an extension information set; the basic event model is defined and used for representing the most basic event information, from a data source, of one event; the extension information set is defined, and various types of attribute information possibly carried by the CPS event are defined; mapping and extension are performed from the basic event mode to the extension information set; space-time information of the event is obtained; an event condition based on the space-time information is judged, and whether CPS response action is generated or not is determined according to the judgment whether the CPS event received by a capturer meets a certain constraint condition or not. According to the scheme, the problems that in the process of CPS application, semanteme of space-time data of the event is diversified, and therefore application software on the upper layer is difficult to directly apply can be effectively solved.

The invention discloses a method for automatic analysis of the entire process of single-particle analysis data of cryo-electron microscopy. The present invention uses the disclosed corresponding method to perform single-particle analysis of cryo-electron microscopy, and this process also has corresponding technical manifestations at the present stage; later obtained After the targeted data has been processed, it is stored with the help of the storage system; specifically, the refined data obtained by the data acquisition unit is firstly obtained, the refined data is transmitted to the identity binding unit, and the user’s data is obtained by the identity binding unit. The special value corresponding to the identity, and then transmit the special value together with the refinement data to the processor, monitor the refinement data with the help of the storage supervision unit, obtain the initial storage time of the refinement data, and then use related technologies to obtain the special value group Pi, Memory occupancy value group Zi, access times group Fi and storage time group Ci; the ranking values ​​are calculated according to these parameters, and the refined data are sorted from large to small according to the ranking values.

The invention relates to a mobile robot rolling grid map construction method. An RGM adopts an intermittent moving mode. The construction method specifically includes the steps of determining the sizeof the RGM, and initializing the RGM when a mobile robot starts working; within two adjacent moving time periods of the RGM, updating the grid occupancy probability in an RGM grid map; judging whether or not the RGM position satisfies intermittent movement conditions, updating the grid position and the grid occupancy probability when the RGM moves if yes, and otherwise, updating the grid occupancy probability in the grid map. The method has the advantages of an unchanged topological structure and intermittent movement. By detecting and updating the state of the surrounding environment, high-precision environmental information can be provided for the mobile robot in real time in an unknown large-scale obstacle environment, and the interactivity between the mobile robot and the environmentis improved; compared with a local map, the grid map has the advantages of having higher information integrity and accuracy; compared with a global map, the grid map has the advantages of saving the storage space of the map and reducing the calculation amount of information processing.

The invention discloses a detachable packaging box suitable for tire dies. The detachable packaging box suitable for the tire dies comprises a box body and a plurality of partitions. The box body comprises a bottom plate, a plurality of face plates detachably and perpendicularly connected to the bottom plate and a cover plate detachably and perpendicularly connected to the other sides of the faceplates. The face plates are detachably connected, the face plates, the bottom plate or / and the cover plate are provided with snap joints used for carrying out connecting and fixing, and the box body is internally and detachably provided with the multiple partitions. The detachable packaging box suitable for the tire dies has the beneficial effects that detaching is achieved, and maintaining is convenient. Components can be changed locally according to the specific abrasion portions, multiple times of circulating utilization can be achieved, and the cost is greatly reduced.