181results about How to "Save height space" patented technology

The invention provides a camera module structure and electronic equipment. The camera module structure comprises a pan-tilt anti-shake device, a camera module and a substrate, wherein the camera module is connected with the pan-tilt anti-shake device; the substrate comprises a first hard board area, a soft board area and a second hard board area; the first hard board area is connected with the camera module, the soft board area is connected with the first hard board area and the second hard board area, and the soft board area extends between the first hard board area and the second hard boardarea in a reciprocating and circuitous mode in the length direction of the substrate. The height of the flexible board area is greatly reduced, and the height space occupied by the substrate is effectively reduced; the flexible board area is easy to form, low in production cost, high in production efficiency and high in wiring density.

The invention provides a refrigerator with a cooling chamber located at the lower part of the inner side of a freezing inner container. The refrigerator comprises a box body, wherein the box body comprises a storage inner container, the storage inner container comprises the freezing inner container located at the lower part, the cooling chamber is defined at the lower part of the inner side of the freezing inner container, and a storage chamber located above the cooling chamber is defined in the storage inner container; and an evaporator is arranged in the cooling chamber, the cooling chamber occupies the space of the lower part in the freezing inner container, the position of a freezing chamber located above the cooling chamber in the freezing inner container can be effectively lifted, the stooping degree of a user generated during the operation of taking and placing objects from and into the freezing chamber is reduced, and the use experience of the user is improved. A centrifugal fan is located in the cooling chamber and is arranged on the rear side of the evaporator in a backwards-inclined mode, so that the height of the centrifugal fan is reduced, the space occupied by the cooling chamber is reduced so as to expand the space located above the cooling chamber in the freezing inner container, and the storage chamber located above the cooling chamber is defined in the storage inner container.

The invention provides a shuttle comprising a frame and a travelling mechanism fixed on the frame. The shuttle further comprises a traction mechanism disposed on the frame. The traction mechanism comprises an actuator arranged above the frame and a drive mechanism which drives the actuator to operate. The actuator comprises a first sprocket, a second sprocket, a first chain, and traction pins; the first sprocket fixed on the frame is driven by the drive mechanism; the second sprocket faces the first sprocket; the first sprocket and the second sprocket are in meshed connection through the first chain; the traction pins are fixed on the first chain. The shuttle is simple in structure, high in goods handling efficiency, convenient to manufacture and low in cost.

The invention discloses a net belt flat return screen and a corresponding grain impurity removing method. A plane rotating screen cannot remove large impurities due to the structure factor, and must be matched with a chain precleaner or a roller precleaner for use, so that the treatment capacity is low. The equipment comprises a screen frame (1); a motor is connected with chain wheels (2) through a transmission mechanism; a shaft of the chain wheel is hinged to a screen box (3); two pairs of chain wheels are respectively connected through chains (4); the screen box is lifted in the screen frame; one set of metal screen pieces (6) are arranged as conveying belts, and are driven through the chains; a conveying plate (9) connected with the screen box is mounted between the upper and lower layers of conveying belts; the screen box is connected with a flat return rotating mechanism (10); a grain collecting hopper (11) is mounted below the conveying belts; and the grain collecting hopper is connected with the screen box. The net belt flat return screen is used for removing large, medium and small impurities in grains before warehousing.

Disclosed is a counterweight loading and unloading mechanism for a crane. The counterweight loading and unloading mechanism (10) comprises: two jibs (11, 11'), symmetrically disposed at two sides of a slewing platform (30) of the crane, a first end (111) of each jib being pivotably connected on the slewing platform of the crane, a second end (113) extending outwardly at the tail of the slewing platform and having a latch hook (115); two counterweight cylinders (13, 13'), symmetrically disposed at two sides of the slewing platform of the crane, and driving the jibs to rotate between the installation position (P1) and a placement position (P2) of a counterweight block; and a locking device, disposed at the tail of the slewing platform of the crane and along the width direction of the slewing platform of the crane, the latch hook and the counterweight block being connected detachably through a latch bar, and the latch bar locking and fitting the counterweight block when the counterweight block is at the installation position. Further disclosed are a crane having the counterweight loading and unloading mechanism and a counterweight block fitting the counterweight loading and unloading mechanism. The counterweight loading and unloading mechanism is capable of avoiding offset loading of the cylinder piston rod incurred when the two cylinders are asynchronous, which is very suitable for horizontal arrangement of counterweight cylinders and facilitates the adjustment of horizontal posture of the counterweight block.

The invention discloses a stacking structure of semiconductor packages, which comprises a first package, a second package and a plurality of switching elements. The first package is provided with a first circuit board, at least one first chip and at least one first package colloid. The first circuit board is provided at least one depression and a plurality of switching solder pads, the depression accommodates the first chip, and the first package colloid fills the depression and covers the first chip. The switching solder pads are formed on the upper surface of the first circuit board where no depression is arranged. The lower surface of the second package is electrically connected with the switching solder pad of the first circuit board of the first package through the switching element. Because the depression accommodates the chip, the protrusion height caused by the chip and the package colloid can be reduced, and the overall stacking height during stacking assembly can be further reduced.

The invention discloses a method for reducing the strong alkalinity of red mud, belongs to the technical field of red mud utilization, and aims to solve the problems that in the prior art, the using amount of an acidic solution for adjusting the alkalinity of red mud is large, the corrosive property of the acidic solution is strong, the cost is high, a large amount of waste liquid, which is hard to process, is generated, and the recovery rate of red mud is low. The method comprises following steps: grinding a biomass raw material by a crusher to obtain biomass powder; delivering biomass powder, water and a catalyst into a stirring pot, stirring to obtain a mixed material; adding the mixed material into a high pressure reactor, heating the high pressure reactor, maintaining the temperature;then cooling to the room temperature to obtain a hydrothermal carbonization product; subjecting the hydrothermal carbonization product to solid-liquid separation to obtain hydrothermal charcoals anda hydrothermal charcoal liquid; mixing the hydrothermal charcoal liquid and red mud, adding the mixture into a stirring tank, stirring, and carrying out solid-liquid separation then to obtain solid modified red mud with reduced alkalinity. The provided method reduces the strong alkalinity of red mud.

The invention relates to an ultra-low double girder crane with a large used space. The ultra-low double girder crane with the large used space comprises an end beam. Lifting platforms are arranged on positions, close to two ends, on the lower surface of the end beam; wheel carriers are connected to the lower surfaces of the lifting platforms through turn tables; walking wheels are arranged in the wheel carriers; a drive device A is connected onto each walking wheel; the walking wheels are arranged on an upper step surface of an I-shaped cart guide rail; supporting wheels are arranged under the walking wheels on the wheel carriers, and are arranged on the lower surface of the upper step surface of the cart guide rail; two mutually parallel girders are connected onto the inner surface of the end beam, and adopt a 'U'-shaped structure; trolley walking rails are arranged on the upper surfaces of the girders; trolley walking mechanisms are arranged on the trolley walking rails; each trolley walking mechanism is formed by an upper walking wheel and a lower walking wheel; a drive device B is connected onto each trolley walking mechanism; the trolley walking mechanisms are arranged on hanging plates; and the hanging plates are fixed to two sides of a trolley frame. The ultra-low double girder crane with the large used space provided by the invention is adjustable in girder height, convenient to maintain and use, and wide in application range.

The invention provides a double-layer parking device with a lifting transverse-movement mechanism in order to solve the problems that an existing avoidance-free double-layer parking device is complex in structure and not uniform in stress. The double-layer parking device with the lifting transverse-movement mechanism comprises a transverse movement frame (1-1) with four wheel supporting legs, upper-layer vehicle carrying plates (32-1) are conveyed forwards and backwards along a rail, and therefore a vehicle (6-1-2) in an upper-layer parking space can move forwards and fall on a road surface without avoidance of a lower-layer vehicle (6-1-1), and a large enough channel for a vehicle (6-1-1) in a ground parking space to enter and leave the double-layer parking device is reserved in an avoiding mode after the transverse movement frame (1-1) moves forwards through left and right front supporting legs (121-1-L and 121-l-R) which are arranged in an inward retracting mode.

The invention relates to a biomass-based red mud ecological restoration method and system, belongs to the technical field of red mud ecological restoration, and solves problems of high consumption ofchemical substances for alkaline regulation of red mud, complex other components during red mud soil treatment, high cost and low consumption of the red mud in the prior art. The method comprises steps of step 1, preparing raw materials; step 2, stirring the raw materials, the water and the red mud according to a certain ratio to obtain a mixed raw material; step 3, adding the mixed raw material into a high-pressure reaction kettle for hydrothermal carbonization, and performing solid-liquid separation of a hydrothermal carbonization product obtained by the water to obtain a hydrothermal carbonization solid component and a liquid component; step 4, preparing porous carbon; step 5, fully mixing the porous carbon and the hydrothermal carbonized solid component to prepare a red mud soil matrix; and step 6, carrying out electro-adsorption treatment of the hydrothermal carbonized liquid component, separating out heavy metal ions in the hydrothermal carbonized liquid component, and returningthe water obtained by treatment to the step 3. The method realizes ecological restoration of the red mud.

The invention relates to a nursing bed. The nursing bed comprises a bed frame, wherein a mattress is arranged on the upper side of the bed frame and comprises a backrest cushion, a fixed cushion, a thigh supporting cushion and a shank supporting cushion, one end of the backrest cushion is rotationally fixed with the fixed cushion, one end of the thigh supporting cushion is rotationally fixed withthe fixed cushion, the shank supporting cushion is rotationally fixed with the other end of the thigh supporting cushion, the fixed cushion is fixed with a mattress frame, the mattress frame is supported and connected onto the bed frame in a manner of horizontally rotating around the vertical axis, and the shank supporting cushion is connected with a leg support driving mechanism for overturning the shank supporting cushion. The nursing bed has the advantages that the use and operation steps are fewer, the use comfort is higher, and the mattress is more stable and not prone to inclination during use.

The invention discloses an in-place surface topography detection workbench which comprises a base and a microscope. The base comprises a lower base plate and an upper frame body, wherein the upper frame body is a hollow frame body with an opening-shaped upper end and is erected above the upper surface of the lower base plate in a mode that the upper frame body can translate and slide in the front-back direction of the lower base plate, an X-axis translation driving device controlling front-back sliding of the upper frame body is arranged on the front side or the rear side of the lower base plate, a placement platform capable of translating along the upper frame body in a left-right mode is erected on the upper end face of the upper frame body, a Y-axis translation driving device controlling left-right movement of the placement platform is arranged in the upper frame body, an installing column is vertically arranged on the placement platform, an installing block capable of vertically moving is arranged on the installing column, the microscope is installed on the installing block, and a Z-axis lifting driving device for controlling vertical movement of the installing block is installed on the installing column. The in-place surface topography detection workbench has the advantages of being capable of achieving in-place offline measurement, wide in application range and simple, reasonable and compact in whole structure.

The invention discloses a servo mechanism for a low-profile mobile satellite communication antenna. The servo mechanism for the low-profile mobile satellite communication antenna comprises a double-correction ring-focus antenna, a slip ring, tracking gears for three axes, a pitching supporting mechanism, a polarizing supporting mechanism, an installation platform, a base plate and the like, wherein the tracking gears for the three axes comprise the azimuth tracking gear, the pitching tracking gear and the polarizing tracking gear, the inner circle and the outer circle of the slip ring are connected with the installation platform and the base plate respectively, the azimuth tracking gear is installed on the base plate and the installation platform, the pitching tracking gear is installed on the pitching supporting mechanism and the polarizing supporting mechanism, and the polarizing tracking gear is installed on the double-correction ring-focus antenna and the polarizing supporting mechanism. The servo mechanism for the low-profile mobile satellite communication antenna is characterized in that the slip ring has the signal breakover function and can serve as an azimuth rotary shaft, the eccentricity design that the pitching supporting mechanism and the polarizing supporting mechanism are in orthogonal connection with the slip ring and are not in intersection with the slip ring, and thus the overall height of the mechanism is greatly reduced. The servo mechanism for the low-profile mobile satellite communication antenna has the advantages that the overall height is small, the size is small, the weight is low, the structure is simple, and assembly and disassembly are convenient. The servo mechanism for the low-profile mobile satellite communication antenna can be applied to the roofs of small cross-country vehicles or other mobile carriers with installation spaces strictly limited.

An application of spot welding technique to the down-lead connection of slice vibrant electrical loop winding, including the welding of the down-lead and double-faced PCB board. This invention does not need welding materials and plumbum; the enamel wire welding does not need pre-removing enamel cover and stannum soaking pre-processing, and reduces the industrial pollution caused by using lacquer removing solution and welding assistant. This invention uses half-mechanization of electronic spot welding machine, avoids the weak points of the hand welding operation, and effectively prevent of bad contact phenomenon. Therefore, this invention not only reduces the cost, but also improves the working efficiency and greatly increases the eligible ratio of the welding.

The invention discloses a front fork and portal double-folding device capable of moving forwards and backwards. The front fork and portal double-folding device capable of moving forwards and backwards is characterized in that the device comprises a pallet fork, an inner portal, an outer portal and a guide rail forklift frame; the pallet fork comprises a front fork and a pallet fork carrier; the front fork is rotatably connected with the pallet fork carrier; the inner portal and the outer portal are slidably connected in a matched mode, the inner portal and the outer portal are vertically arranged, and the inner portal and the outer portal can rotate around the lower portion of the outer portal; the guide rail forklift frame is horizontally arranged, and the outer portal and the guide rail forklift frame are slidably connected in a matched mode; and the pallet fork carrier is arranged on the inner portal, and the pallet fork carrier is slidably connected with the inner portal in a matched mode through a lifting assembly. According to a forklift provided with the device, forklift transportation is slightly limited, the weight of the whole forklift is low, and the using cost and transportation cost are low.

The invention aims to provide an engine type generator, which is reliable and convenient for carrying and moving in a labor-saving way and is used for reinforcing an entire machine. The engine type generator comprises an engine, a chassis and a pull rod, wherein the generator is driven by using the engine; two wheels are set as movable pieces of the chassis; the pull rod is used for driving the generator to move in cooperation with the wheels; and a frame is arranged in the chassis.

The invention discloses a tobacco stem falling number metering device and a tobacco shred metering system comprising the device. The tobacco stem falling number metering device includes a mounting bracket, A measure mechanism and a splitter mechanism are arrange on that mounting bracket, The metering mechanism comprises a collecting funnel and a metering pipe, wherein the lower end of the meteringpipe is provided with a baffle plate, the rotating cylinder drives the baffle plate to be slidably connected with the lower end face of the metering pipe, the air inlet of the rotating cylinder is provided with an electromagnetic valve, the photoelectric switch and the emission plate are arranged on the inner wall of the metering pipe, and the splitting mechanism comprises a splitting funnel anda conical shunt; The invention can timely and efficiently precisely measure the amount of tobacco stem falling, thereby realizing timely and accurate adjustment of the parameters of the air separationdevice, meeting the requirements of production lean management and reducing tobacco waste while improving the air separation effect of the tobacco stem, and the invention has simple structure, smallmodification to the original equipment and low reconstruction cost.

The invention provides a combined type multifunctional hanger which comprises a double plate type balance beam, wherein the double plate type balance beam is formed by two parallel balance plates; a supporting type balance beam is arranged below the double plate type balance beam; the supporting type balance beam comprises a transverse beam; one supporting plate is mounted at one end of the transverse beam, and the other supporting plate is mounted at the other end of the transverse beam; hook fixing shafts and limiting shafts are mounted between the supporting plates; hooks are mounted on the hook fixing shafts; all the limiting shafts are connected through annular slings; movable limiting shafts are arranged in the annular slings; two ends of each movable limiting shaft move along horizontal guiding grooves in horizontal guiding plates; both a first horizontal guiding plate and a second horizontal guiding plate are connected with the transverse beam; the limiting shafts are connected through resetting tension springs; and a plurality of sling guiding shafts are mounted between the supporting plates. According to the hanger, during hoisting, a bending moment and transverse supporting force borne by the hanger can be offset, the hoisting height of a hoisting device is effectively increased, and hoisting requirements of large and heavy industrial equipment are met.

The invention discloses a novel U-shaped fin tube heat exchanger and a fixing mode thereof. A common U-shaped fin tube heat exchanger is designed into a horizontal U-shaped heat exchanger with an upward opening, a gas collecting tube assembly is horizontally arranged, the gas collecting tube assembly and a dispenser assembly are respectively assembled outside one side of the fin tube heat exchanger, and an end plate I and an end plate II are respectively shaped into a U-shaped structure. The invention has the advantages of ensuring that pressure drops of refrigerants of all refrigerant loops are consistent and wind circulation of each refrigerating system is more uniform, effectively solving the problem of nonuniform defrosting of heat exchangers adopting other fixing modes, and reducing the height of the whole set because an outdoor condensing fan blade and a motor are installed in a space in the U-shaped fin tube heat exchanger.

The present application discloses a red mud soil substrate and a preparation method thereof, belongs to the technical field of red mud ecological restoration, and solves the problem of a large dosageof a current red mud alkaline adjustment chemical substance and complicated other components, high costs and a small consumption amount of red mud during red mud soil treatment. The preparation methodincludes the following steps: crushing biomass raw materials; conveying the biomass powder, water and a catalyst into a stirring tank, and performing stirring to obtain a mixture; adding the mixtureto a high-pressure reaction kettle, performing heating, performing heat preservation, and performing cooling to room temperature to obtain hydrothermal carbonization products; performing solid-liquidseparation on a part of the hydrothermal carbonization products to obtain hydrothermal carbon and a hydrothermal carbon liquid; leaving the remaining hydrothermal carbonization product for standby application; performing carbonization on the hydrothermal carbon to obtain modified hydrothermal carbon; and mixing the modified hydrothermal carbon, the hydrothermal carbonization product and the red mud, putting the mixture into a stirring tank, performing stirring, and performing standing to obtain the red mud soil substrate. The red mud soil substrate includes the stir mixture of the modified hydrothermal carbon, the hydrothermal carbonization product and the red mud. The substrate and method provided by the present application realize ecological restoration of the red mud.

A mount structure includes a base and a bearer. The base has a slot, and at least one combining block is disposed protruding from the slot. The bearer has a bearing portion and a combining portion. The bearing portion is connected to a display, and the combining portion is installed in the slot through hooks, buckles, latches, screws, or other combining methods, such that the bearer is fixed on the base. Moreover, the combining portion is provided with reinforcing ribs for enhancing the structural strength of the bearer.

The invention discloses a broad-band double-circular-polarization panel self-tracking antenna, and the antenna comprises an antenna array, a double-circular-polarization sub-array feed network, a supporting column, a filtering low-noise amplifier assembly, a sum-difference modulator combination, an antenna cover, an antenna bottom plate, an antenna cavity, and a cover plate. The antenna array is connected with the double-circular-polarization sub-array feed network through the supporting column, and the double-circular-polarization sub-array feed network is fixed on the antenna bottom plate. One end of the supporting column passes through a corresponding through hole of the antenna array to be fixed through a screw, and the other end of the supporting column passes through the double-circular-polarization sub-array feed network and the antenna bottom plate to be fixed on the antenna cavity. The filtering low-noise amplifier assembly and the sum-difference modulator combination are fixed below the antenna bottom plate. The antenna bottom plate and the antenna cover are fixed on the antenna cavity. The lower end of the antenna cavity is provided with the cover plate. The input end of the filtering low-noise amplifier assembly is connected with the output end of the double-circular-polarization sub-array feed network. The output end of the filtering low-noise amplifier assembly is connected with the input end of the sum-difference modulator combination.

A mount structure includes a base and a bearer. The base has a slot, and at least one combining block is disposed protruding from the slot. The bearer has a bearing portion and a combining portion. The bearing portion is connected to a display, and the combining portion is installed in the slot through hooks, buckles, latches, screws, or other combining methods, such that the bearer is fixed on the base. Moreover, the combining portion is provided with reinforcing ribs for enhancing the structural strength of the bearer.

The invention discloses a connecting rod type vacuum adsorption horizontal movement machine. The connecting rod type vacuum adsorption horizontal movement machine comprises a main rack, a horizontal movement driving system, horizontal movement guide rails, a horizontal movement trolley, upper synchronous gears, main connecting rod mechanisms, a lifting driving system, lower synchronous gears, a lifting trolley and auxiliary connecting rod mechanisms; a cross beam of the main rack is provided with the horizontal movement driving system and the horizontal movement guide rails; the horizontal movement trolley is provided with the lifting driving system; a vacuum adsorption mechanism is arranged at the bottom of the lifting trolley; the top of the horizontal movement trolley and the top of the lifting trolley are each provided with four positioning shafts; the pair of upper synchronous gears are fixed to the front sides of the two positioning shafts in the middle of the upper portion; the pair of lower synchronous gears are fixed to the front sides of the two positioning shafts in the middle of the lower portion; the main connecting rod mechanisms are correspondingly installed between the back sides of the two positioning shafts in the middle of the upper portion and the back sides of the two positioning shafts in the middle of the lower portion; the auxiliary connecting rod mechanisms are correspondingly installed between the back sides of the two positioning shafts on the two sides of the upper portion and the back sides of the two positioning shafts on the two sides of the lower portion; and movable connecting rods are connected between the main connecting rod mechanisms and the auxiliary connecting rod mechanisms which are adjacent to each other.

The invention discloses a dynamic experience platform control system which comprises a virtual reality helmet, a controller, a driving circuit control board and a dynamic experience platform, and thedynamic experience platform comprises a standing board and a plurality of electric cylinders arranged above the standing board and is used for suspending the standing board, and the virtual reality helmet is electrically connected with the controller and used for presenting a virtual reality scene; the controller is electrically connected with the virtual reality helmet and the driving circuit control board and is used for correspondingly sending a control instruction to the driving circuit control board according to a virtual reality scene; and the driving circuit control board is electrically connected with a plurality of electric cylinders on the dynamic experience platform and is used for driving the dynamic experience platform according to the control instruction so as to promote theplurality of electric cylinders to drive the station board to do three-degree-of-freedom motion. According to the dynamic experience platform control system provided by the invention, the immersion and experience feeling of a user are greatly improved; the height space is saved, and the safety risk of a standing experiencer is reduced.

The invention provides an anti-shake structure, an anti-shake system and a camera device. The anti-shake structure comprises: a shell; a lens support; a driving coil which is arranged on the lens supporting body around the circumferential direction of the lens supporting body; a flexible FPC board which is arranged around the circumferential inner side wall of the shell and is provided with a plurality of lateral coils; a supporting frame which is located between the lens supporting body and the flexible FPC board, and installation notches are formed in the multiple side walls, corresponding to the lateral coils, of the supporting frame; a plurality of driving magnets which are arranged on the mounting gaps, so that the plurality of lateral coils are arranged corresponding to the pluralityof driving magnets; and a base, wherein a part of the electric conduction structure is embedded in the base, and the other part of the electric conduction structure extends out of the base to form aterminal pin part or is electrically connected with the FPC board. The problem that in the prior art, an anti-shake structure is poor in anti-shake thrust performance is solved.

The invention provides a suspension type corridor elevator, and relates to the technical field of elevators. The suspension type corridor elevator comprises I-beam rail devices and a monorail train; the I-beam rail devices are fixedly arranged on top plates corresponding to stair slope sections and top plates corresponding to stair turning platforms; the monorail train comprises rail car devices which are connected in series; each rail car device comprises a bearing support; two groups of bearing wheel pairs are symmetrically arranged on the two sides of the upper end of each bearing support and are clamped in grooves in the abdominal regions of the rail devices, the lower edges of the two groups of bearing wheel pairs make contact with the upper end surfaces of the lower flanges of the rail devices and can roll on the flanges; bearing booms are arranged on the bearing supports in a rotating mode; passenger pedals are hinged to the other ends of the bearing booms; the rail car devicesare provided with driving gears, and the driving gears mesh with transmission racks at the middle parts of the lower end surfaces of the rail devices; and driving motors drive the driving gears to rotate. The suspension type corridor elevator has the advantages that the height space above the stair surface and below two meters in a stair way an be saved, and the phenomenon that the action of residents is influenced due to the fact that the corridor elevator is arranged can be avoided.

The invention discloses equipment and technology for sintering an enamel coating on a surface of a steel pipe. The equipment comprises a supporting frame for supporting the steel pipe and a first rail which is arranged to be parallel to the supporting frame, wherein a first moving frame capable of moving in the first rail is arranged in the first rail, the first moving frame supports electromagnetic frequency induction heating equipment, and the heating equipment is connected with an induction heating coil. Since the frequency induction heating mode is adopted to directly heat workpieces to be enameled, a hearth and furnace walls of a traditional enameling furnace do not need to be heated, the energy utilization rate is improved greatly, and through calculation, compared with the original traditional enameling kiln, the energy is saved by 60%.