283results about How to "Less room for movement" patented technology

A separation device for detaching and stacking stamped sheet metal comprises a driving mechanism, a pushing mechanism, a lifting mechanism, a separating mechanism and a sheet metal supporting base. The sheet metal supporting base is used for supporting the other mechanisms and stacking the sheet metal. The pushing mechanism allows a pushing assembly to slide linearly in the horizontal guide direction of a guide support through a vertical slide rod connected with a cylinder so that the effect of pushing out the sheet metal on the top layer can be achieved. The lifting mechanism controls the guide support to rise and fall by adjusting the number of rotation circles of a screw so that a push block can always keep aligned with the sheet metal on the top layer when starting to work. The separating mechanism is connected to the lifting mechanism when a steel wire rope is wound around a pulley so that the separating mechanism can synchronously rise and fall together with the lifting mechanism under the influences of the gravity of the separating mechanism. A separating rod can prevent the sheet metal on the top layer from absorbing the sheet metal on the lower layer and sliding together with the sheet metal on the top layer, and a separating inclined block makes a gap formed between the sheet metal on the top layer and a sheet metal stack. The intermittent movement of the pushing mechanism and the lifting mechanism is achieved through double ratchets by means of the driving device. The separation device is easy to operate, high in efficiency, good in separation effect, high in flexibility and wide in applicability.

The inVention belongs to the technical field of noVel cigarettes, and particularly relates to a cigarette structure of a heating non-combustible cigarette. The heating non-combustible cigarette is composed of a cylinder hollow coiling block, a cleaning spacer sleeVe arranged at the front end of the coiling block, and a smoking product section and a cooling filtering section which are sequentiallyarranged inside the coiling block. By arranging the cleaning spacer sleeVe, a user can insert a heating body into a cigarette, no cut tobacco can drop out, meanwhile, small parts in smoking products cannot fall into a heater in the heating process, and cleanness in the heater is ensured.

The inVention belongs to the technical field of noVel cigarettes, and particularly relates to a cigarette structure of a heating non-combustible cigarette. The heating non-combustible cigarette is composed of a cylinder hollow coiling block and a cigarette front section, a cigarette middle section and a cigarette back section which are sequentially arranged inside the coiling block, and the diameters of the cigarette front section, the cigarette middle section and the cigarette back section are all equal to the inner diameter of the coiling block. By forming multiple sheet heating body insertion grooVes, a consumer can conVeniently insert sheet heating bodies into cigarettes. When the structure of the multiple sheet heating body insertion grooVes is adopted for heating, the surplus sheet type heating body insertion grooVes and suction resistance regulating air holes can jointly achieVe the air guiding effect, and the insertion grooVes can also replace the suction resistance regulatingair holes to directly achieVe the air guiding effect.

The invention discloses a mounting regulation mechanism for an illumination top module, comprising a mounting base plate, a positioning regulation device is arranged between the mounting base plate and the illumination top module, a vertical movement and horizontal movement combined transferring device for transferring the illumination top module is also arranged between the mounting base plate and the illumination top module. The mounting regulation mechanism applies a dramatic improvement to the present mounting and positioning regulation device for the illumination top module and replaces the vertical movement and manual rotation combined transferring device with the vertical movement and horizontal movement combined transferring device, thus effectually reducing the movable space as required by cleaning the illumination top module of a lens, moreover, the lens of a projection objective can be completely exposed, thus facilitating the cleaning operation of the lens. The positioning regulation device can regulate the illumination top module in six directions of degree of freedom, and can remain high repetitive positioning precision subsequent to each movement, therefore, the requirement of the processing precision of the mounting base plate is reduced.

The invention provides a lens module. The lens module comprises a shell with an accommodating space, a lens accommodated in the accommodating space, a sensor assembly and a driving device, wherein thesensor assembly is movably accommodated in the accommodating space and is arranged opposite to the lens in the optical axis direction of the lens, and the driving device drives the sensor assembly tomove in/around the optical axis direction or in the direction vertical to the optical axis relative to the lens. Compared with the prior art, the above lens module increases the degree of freedom ofjitter compensation by moving the image sensor, i.e., compensates the jitter rotating around the optical axis, thereby improving the optical anti-jitter effect. The driving device directly drives theimage sensor to move, the structure is simple, and the occupied space is small; the size of the image sensor is small, and the activity space of the sensor assembly reserved in the shell is small, sothat the size of the shell can be reduced, and the axial thickness of the lens module is reduced.

The invention provides a safety belt retractor and a safety belt device using the safety belt retractor, which can effectually prevent end-locking caused by engaging claws of a vehicle sensor, and can form a structure preventing the end-locking with a smaller and compacter configuration. When pulling out the safety belt, an eccentric gear (14) of ELR-ALR switching mechanism (25) decelerates in a retracting direction of the safety belt and rotates eccentrically. At this moment, a third rod operating cam (18) provided on the eccentric gear (14) integrally rotates along with the eccentric gear (14). As an end-locking preventing arm (43) of an end-locking preventing rod (38) is located an end-locking preventing release location represented by real lines, the third rod operating cam (18) abutsagainst and presses a locking release rod (41) while completely or approximately completely retracting the safety belt (4) so that the end-locking preventing rod (38) rotates to set the end-locking preventing arm (43) on the end-locking preventing location represented by double dot dash lines. Therefore, the end-locking caused by the vehicle sensor (27) can be prevented.

The invention discloses a food processor and relates to the technical field of household appliances. The food processor comprises a machine body and a container component. A locking part is movably connected on the machine body, the locking part is configured that when the container component presses against the machine body to be mounted on the machine body in the loading direction, the containercomponent drives the locking part to rotate in the circumferential direction of the machine body to lock the container component on the machine body. According to the food processor, the movement ofthe locking part in the machine body can be driven automatically, and so that the locking part can be matched with the container component to complete the locking of the container component and the machine body, operation is simple, user forgetting can be avoided, and security performance is good; the locking part realizes the locking between the container component and the machine body by rotating around the machine body, the locking part needs less space to move, and the machine body size is favorable for reducing.

The microelectromechanical photoconductive interference gyro includes one force responding vibration unit and one optical vibration measuring unit. The vibration unit consists of one vibrator, one vibrator excitor and one substrate. The vibrator is supported with a beam on the substrate with some interval in between, and has excitation direction parallel to the substrate and a totally reflecting surface opposite to the substrate. The substrate has a half-reflecting surface opposite to the vibrator surface, and possesses a laser source, a photosensitizing element, a light splitter connected to the laser source and the photosensitizing element, and one monomode fiber or light waveguide with half-reflecting surface and connected to the light splitter. The microelectromechanical photoconductive interference gyro has small size and high sensitivity. The present invention gives the relation between the light intensity and the angular speed for the first time.

The invention provides a method for breeding medical leeches. The method includes steps of preparing the leeches; preparing purified water and a breeding pond; releasing the leeches in the breeding pond; feeding the leeches; keeping the leeches; managing the leeches and acquiring finished products; and storing the finished products. The method has the advantages that the method is an assorted method for breeding the leeches by means of optimizing species of the leeches, the blood sucking ability of the leeches is strengthened, a death rate of the acquired leeches is low; and feeding conditions such as the temperature of the water, a pH (potential of hydrogen) value, the oxygen content of the water and the fasting time are optimally matched according to multiple experiments, so that numbers of bacterial colonies and parasitic protozoa in the leeches are quickly reduced and are close to the lowest levels along with increase of fasting days, and the service safety of the medical leeches is guaranteed.

The present invention provides a line-type thermal printer which does not generate torsion in a head installation component and can move each part of the line-type thermal printer to open positions which are equally separated from the rider roll. In the line-type thermal printer (1), the head-side joint parts (22c, 23c) which are formed by pushing the operating component side joint parts (22c, 23c) formed at two ends of the operating component (20) to two ends of a head installation plate (7) are used for wholly pushing the head installation plate (7) forwards without torsion. Compared with using the operating component (20) for only operating the single side of the head installation plate (7), the necessary torsion rigidity of the head installation plate (70 can be reduced. The light weight and low cost of the components can be realized. As no torsion is generated in the head installation plate (7), an open state that each component forming the line-type thermal printing head (6) in the width direction of the printer is departed from the rider roll (4) uniformly can be formed.

The invention discloses an automatic ton bag breaking system. The automatic ton bag breaking system comprises a frame mechanism, wherein a conveying mechanism for conveying ton bags is mounted at oneend of the frame mechanism; a gripper mechanism for lifting and translating the ton bags is mounted at the top of the conveying tail end of the conveying mechanism; the gripper mechanism is driven bya gripper pushing mechanism; a bag breaking mechanism for breaking the ton bags is arranged under the moving tail end of the gripper mechanism; a ton bag buffering mechanism and a ton bag beating structure are arranged obliquely above the bag breaking mechanism; and a waste bag clamping mechanism is arranged on one side of the ton bag beating structure. The automatic ton bag breaking system can realize full automation of the processes of conveying the ton bags, breaking the bags and taking waste bags, and reduces the labor cost; the stability of the lifting and translating processes of the tonbags is ensured, instability of the ton bags is avoided, and the situation that the bag breaking positions are different due to deviation of bag bodies is avoided; and the automatic ton bag breakingsystem is quick in bag breaking, good in effect and quick in material unloading, and can ensure one-time bag breaking of the ton bags.

The invention provides a six-axis tin soldering robot comprising a rack (1), an X-axis assembly (2), a Y-axis assembly (3), a ZR-axis assembly (4) and a tin soldering head (5), wherein the ZR-axis assembly (4) comprises an R shaft (4-1) and a synchronous pulley (4-2) fixedly arranged at the lower end of the R shaft (4-1); the synchronous pulley (4-2) rotates around the R shaft (4-1). The six-axis tin soldering robot also comprises an M-axis assembly (6) and an N-axis assembly (7), wherein an M shaft (6-1) is vertical to the R shaft (4-1); and an N shaft (7-1) is vertical to the R shaft (4-1) and the M shaft (6-1). The robot is additionally provided with the R-axis, M-axis and N-axis assemblies on the basis of the existing X-axis assembly, Y-axis assembly and Z-axis assembly, so that the tin soldering head connected with the N-axis assembly can realize multi-angle free rotation in a space, the six-axis free movement of the tin soldering head is realized, various different soldering requirements can be met, and the problem of inapplicability caused by different welded products is solved.

The invention discloses a waste vacuum pipeline classification and collection system comprising a vertical pipeline, indoor classification inlets, classification pipelines, a horizontal pipeline and acentral collection station. The vertical pipeline is arranged in a building, and the classification pipelines are installed at floor nodes of the vertical pipeline; the classification pipelines communicate with the horizontal pipeline; when classified waste is thrown into the indoor classification inlets, the classified waste is conveyed into the classification pipelines through the vertical pipeline depending on dead weight, so that the classified waste reaches the central collection station under the condition that negative pressure airflow is formed by an exhaust fan through the horizontalpipeline; the purposes of classification and automatic conveying are achieved, and the difficulties and labor cost for manual collection of the waste between the building and the central collection station are reduced; and the secondary pollution in the collection process is avoided effectively, and traffic pressure and environmental pollution are reduced.

The invention relates to a safe quick-to-demount bird resisting thorn device which comprises a fixed base, a bird resisting thorn body and a thorn folding device. The fixed base comprises a fixed plate, a fixed sleeve and a hemispherical reflector, the fixed base is fixed on a cross arm of a line pole tower through a locking device, the bird resisting thorn body comprises a hollow upright, bird resisting thorns and a moving sleeve, the thorn folding device comprises a folding pipe and a folding rope, and the moving sleeve and the folding pipe are connected in the fixed sleeve in a sleeved manner. The device is simple and convenient to mount and demount, can effectively reduce the circumstance that birds nest and inhabit on the power transmission line pole tower and has the advantages of being capable of safely and quickly folding or unfolding the bird resisting thorns, stable in mounting and high in safety.

The invention discloses an intelligent three-dimensional automatic electric vehicle charging pile, and aims to provide an intelligent three-dimensional automatic electric vehicle charging pile which is characterized in that unmanned automatic charging can be achieved, charging and payment can be achieved even if a driver does not go out of an electric vehicle when weather is bad, the charging pileis good in safety, the driver does not contact with an electronic runner, an electrode is not exposed, the electric vehicle can be charged by higher voltage, charging time is inversely proportional to charging voltage, charging is rapider when the voltage is higher, the charging time can be exponentially saved, the peripheral activity space of the electric vehicle is not decreased, a passage is unobstructed, and time and vigor of the driver are released. The charging pile comprises a charging pile body, a telescopic charging device and a main controller, the telescopic charging device is arranged on the charging pile body, the main controller is arranged in the charging pile body, the charging pile body comprises an in-place sensor, a base and a receiving sensor, the base is arranged at the bottom of the charging pile body, the in-place sensor is arranged on the base, the telescopic charging device is arranged on the base, and an electrode can slide on the telescopic charging device.

An automatic focus lens module comprises a basal plate, a plurality of guiding pieces, a piezoelectric driving piece, an active plate, a lens, a lens clamping piece, an elastic abutting piece and an outer cap. The lens clamping piece is movably connected with the guiding pieces and presses the active plate through the elastic bunting piece, and the active plate presses the piezoelectric driving piece through the active plate. A plurality of first protrusions are formed on the surface, opposite to the lens clamping piece, of the active plate, and a plurality of second protrusions are formed on the surface, opposite to the active plate, of the lens clamping piece. The first protrusions and the second protrusions are arranged along a circumference, heights of the first protrusions decrease progressively along a scheduled clockwise direction, heights of the second protrusions increase progressively along the same scheduled clockwise direction, and each first protrusion is respectively contacted with the corresponding second protrusion.

The invention belongs to the technical field of carrying vehicles, and provides an intelligent warehousing carrying vehicle for solving the technical problems that the cargo conveying efficiency is low, stability is poor and moving is not flexible in the prior art. The intelligent warehousing carrying vehicle comprises a carrying vehicle body and a navigation control system. The carrying vehicle body is provided with a loading and unloading device and a road wheel device used for achieving steering and movement of the carrying vehicle body. The carrying vehicle body comprises a carrying vehicle bottom frame. The loading and unloading device comprises a carrier frame. The carrier frame is arranged on the carrying vehicle bottom frame. The two opposite sides of the carrier frame are provided with two-direction moving forks correspondingly. The two-direction moving forks are movably connected with the carrier frame and further provided with cargo locking devices for carrying cargos. The navigation control system is arranged on the carrying vehicle body. Accurate and efficient cargo loading and unloading are achieved, left-right movement of the two-direction moving forks is more efficient and more synchronous, and movement of the vehicle is more flexible through the road wheel device.