222results about "Types of drying goods" patented technology

An oven configured for drying a container. The oven includes a housing defining an interior space including a supply chamber and a return chamber. A conveyor is configured for movement within a portion of the interior space of the housing defined by a plurality of semi-circular shaped duct sections connected at each end of the semi-circular shaped duct sections to a straight duct section. Each duct section includes two side walls coupled to a back wall defining a continuous U-shaped duct path through which the conveyor moves. The oven is further configured to provide a temperature difference between any two points within the interior space of the oven housing controlled to plus or minus two degrees Fahrenheit, by a uniform air flow throughout the oven. The uniform air flow is facilitated by the sizing and spacing of various circular orifices and slotted orifices in the continuous duct path.

The invention discloses a cleaning machine for glass substrates. The cleaning machine comprises an air knife and a conveying device, wherein the air knife is used for blow-drying of the glass substrates; and the conveying device comprises a main conveying roller group for carrying and conveying the glass substrates, the conveying device further comprises an auxiliary conveying roller group, and the auxiliary conveying roller group is arranged on the front side of the air knife and positioned above the main conveying roller group, wherein the auxiliary conveying roller group and the main conveying roller group are in up-and-down linkage and used for clamping the glass substrates to forwards push the glass substrates to the direction of the air knife. Through the way, the cleaning machine disclosed by the invention can reduce the breakage rate of the glass substrates and further improve the yield and the output of the glass substrates.

The invention discloses a hydro-extracting mechanism used for clamping an umbrella for the hydro-extracting in an umbrella water remover with a main motor. The hydro-extracting mechanism comprises an oblong or circular bearing piece used for bearing the umbrella, a push-and-pull support device connected with the main motor and used for supporting the bearing piece, and two clamping end caps beingcapable of being tightened up in the reverse direction with the equal distance and being arranged at two ends of the bearing piece; the push-and-pull support device is connected with the clamping endcaps and can tighten up the clamping end caps under the drive of the main motor, further drive the bearing piece to rotate and automatically push the clamping end caps after the main motor stops driving; and the hydro-extracting mechanisms are set in axial symmetry. The clamping end caps being capable of being tightened up in the reverse direction with the equal distance and being arranged at twoends of the bearing piece can clamp the umbrella at the middle position and prevent the umbrella and the bearing piece from vibrating severely in the rotation process. The hydro-extracting mechanism can also pre-clamp the umbrella before the water removal, automatically loosen the umbrella after the water removal, and facilitate to take out the umbrella. The invention also discloses an umbrella water remover with the hydro-extracting mechanism.

A moisture sensor device includes a sensor portion having a capacitance that is varied in accordance with surrounding humidity, a signal processor for processing a detection signal of the sensor portion and outputting the signal corresponding to the humidity, a heating portion for heating the sensor portion, and a controller for controlling heating of the heating portion so that the capacitance of the sensor portion is substantially equal to a value under predetermined humidity at least during a self-diagnosis period.

[Problem] To improve the anisotropy of transparent electrically conductive substrates that employ metallic nanowires.[Means of overcoming the problem] Method of manufacturing a transparent electrically conductive substrate having an application process whereby a wet layer is formed by applying onto a substrate film a coating liquid comprising metallic nanowires dispersed in a solvent, and a drying process whereby the solvent contained in the abovementioned wet layer is removed by drying,characterised in that the abovementioned drying process includes a process whereby the orientation of the abovementioned metallic nanowires is altered by introducing a forced draft facing towards the substrate from a direction that is different from the longitudinal direction of the substrate film.

A cleaning apparatus is disclosed to include a housing, a conical receptacle fixedly provided inside the housing for holding an umbrella in an inverted and partially opened condition, a vacuum pump fixedly mounted inside the housing and connected to the conical receptacle for producing a negative pressure to suck in dust and water from the inserted umbrella in the conical receptacle, and a hot air blower installed in the housing for flowing hot current of air into the inside of the conical receptacle to dry the inserted umbrella.

An apparatus for removing water from an unfurled umbrella having a member with bristles to receive the axial length of an unfurled umbrella such that the at least one bristle support member surrounds the umbrella by at least 180 degrees, so the plurality of bristles compress the umbrella and remove water from the umbrella as the umbrella passes through the member with bristles.

The invention relates to an umbrella drying device, which comprises a cylindrical shell, the top of which is hinged with a circular cylinder cover; the shell also includes an inner net, the center of the bottom of the inner net is connected to a motor through a central wheel shaft, and the motor is also connected to There is a speed changer; the inner mesh poke is arranged in the outer cylinder, and the bottom of the outer cylinder has a through hole to communicate with the water tank, and the water accumulation tank is provided with a drain; the inner wall of the inner mesh poke is set There are multiple umbrella securing mechanisms. The umbrella drying device provided by the present invention is powered by a motor to ensure sufficient driving force and rotating speed, and can dry a large number of umbrellas at the same time, with automatic control, so that the structural design device can be rationalized, and the problem of umbrellas can be better solved. Shake off the problem.

The invention discloses a microwave vacuum freeze-drying method of dendrobium candidum, which comprises the following steps: (1) pretreatment: washing the dendrobium candidum, draining the surface moisture, fumigation with steam for 3-5 minutes, and cooling to room temperature; (2) Pre-freezing and freezing: putting the pretreated Dendrobium candidum into a freezer with a storage temperature of -32~-36°C to quickly cool down the Dendrobium candidum to the storage temperature within 30 minutes, and then freeze at the constant temperature for 3 hours at the storage temperature; ( 3) Sublimation: put the frozen Dendrobium candidum in a vacuum chamber with a temperature of -40~-45°C and a vacuum degree of 13-30Pa, and turn on the microwave generator to sublimate at a modulation power of 200~250W / Kg for 1~2h (4) Post-processing: the dried Dendrobium candidum is classified, packaged and sealed. The drying method of the dendrobium candidum of the present invention has the advantages of fast drying speed, short time, low energy consumption, maximum retention of active substances of the dendrobium candidum, sufficient drying and the like.

The invention discloses portable umbrella rapid spin-drying equipment, and belongs to the technical field of umbrella spin-drying equipment. The umbrella rapid spin-drying equipment comprises a waterstorage pool, a base, an umbrella containing barrel and a driving shaft which is horizontally arranged. A plurality of tapered umbrella containing cylinders are evenly distributed above the base, oneend of a hollow rotary shaft is connected to the position below the middle of the tail end of the umbrella containing barrel, and the other end of the hollow rotary shaft is sleeved with a second bearing and connected with the water storage pool through the base. A first bevel gear is fixed to the middle of the hollow rotary shaft, supports are arranged at the front end and the rear end of the driving shaft correspondingly, a first bearing is arranged in each of the supports, and the first bearings are connected with the driving shaft. A second bevel gear is fixed to the driving shaft, the second bevel gear is engaged with the first bevel gear to form engaged transmission, and a crank is fixed to the tail end of the driving shaft. By adopting the portable umbrella rapid spin-drying equipment, water on umbrellas can be rapidly spin-dried, a clamping device is mounted so that the umbrellas of any types can be placed into the umbrella containing barrel, and meanwhile, it is ensured that the umbrellas are not thrown out from the umbrella containing barrel in the spin-drying process.

The invention discloses an efficient energy-saving bamboo shoot drying device with an automatic feeding function. The efficient energy-saving bamboo shoot drying device comprises a baking box and a drying box body. A drying chamber is arranged in the drying box body. A pit is arranged in the lower end of the drying box body. A guide rail is arranged on the inner side wall of the pit and the inner side wall of the drying chamber. The guide rail is provided with a lifting frame mechanism. An electrical lifting pull rod is arranged at the bottom of the lifting frame mechanism. Feeding ports are formed in the front side and back side of the bottom and the right side face of the drying box body. An automatic feeding mechanism is arranged in the position of the feeding port in the right side face of the drying box body. A pushing mechanism is arranged in the position of the feeding port in the front side of the drying box body. A suction fan is arranged at the upper left end of the drying box body. An air blower is arranged at the lower left end of the drying box body. The efficient energy-saving bamboo shoot drying device with the automatic feeding function is convenient to use, capable of achieving automatic feeding and discharging and saving the labor cost, short in drying cycle, high in drying efficiency, and good in drying effect, hot wind circulation is adopted, a preheating function can be sufficiently utilized for drying, and thus energy is saved.

A liquid crystal display (LCD) apparatus includes an upper substrate having an upper director, a lower substrate having a lower director, and a liquid crystal layer interposed between the upper substrate and the lower substrate. The upper director and the lower director aligning liquid crystals included in a liquid crystal layer to widen a viewing angle of the LCD apparatus. A storage electrode having a shape corresponding to the upper director and the lower director is arranged on the lower substrate so that the liquid crystals are rapidly aligned in a predetermined angle to increase an operating speed of the LCD apparatus.

The invention relates to a cocoon drying machine, in particular to an incremental hot air circulation cocoon drying mechanism and a method thereof. The incremental hot air circulation cocoon drying mechanism mainly solves the technical problems that incremental circular heating cannot be carried out by a cocoon drying machine, the effects of quick warming and energy saving cannot be realized, drying is relatively nonuniform and the production quality of cocoons is relatively poor in the prior art. The incremental hot air circulation cocoon drying mechanism comprises a plurality of layers of cocoon conveyor belts, wherein a cocoon hopper is arranged above the cocoon conveyor belt positioned on the uppermost layer; a first heater and a second heater are arranged at one end of each cocoon conveyor belt from top to bottom; a fourth heater and a third heater are arranged at the other ends of the cocoon conveyor belts from top to bottom; an air outlet of the first heater and an air outlet of the second heater align to a return air inlet of the fourth heater and a return air inlet of the third heater respectively; a return air inlet of the first heater aligns to an air outlet of the third heater; an air outlet of the fourth heater aligns to the cocoon hopper; the upper part of the cocoon hopper is connected to the return air inlet of the third heater through a circulating air passage.

The invention discloses a water throwing balance mechanism for connecting a frame with a water throwing device in an umbrella dewatering machine. The water throwing balance mechanism comprises a base and an elastic component group, wherein the base is fixedly connected with the middle part of the water throwing device, and the elastic component group is connected with the base and the frame and ensures that the water throwing device is supported on the frame. The elastic component group and the base which are connected with each other are arranged to form the water throwing balance mechanism,the base is fixedly connected with the middle part of the water throwing device, the base is connected with the elastic component group and the elastic component group is also connected with the frame so that the water throwing balance mechanism and the water throwing device constitute a suspending connection structure, the suspending connection structure is then connected with the frame to form a suspension-type installation structure, vibration generated by the water throwing device is absorbed by the elastic component group to prevent the vibration from being directly transferred to the frame, and thus the stability of the umbrella dewatering machine is greatly improved and violent vibration is avoided. The invention further discloses an umbrella dewatering machine having the water throwing balance mechanism, and the water throwing balance mechanism plays a vibration-preventing role of preventing the vibration of the water throwing device from being transferred to the frame.

An umbrella and shoe drying device, for use removing moisture, dirt, and debris from shoes and umbrellas, having a mat portion, a blower housing, and an umbrella holder. The mat portion has a substantially flat top surface having a grating upon which shoes are placed. The blower housing is mounted upon the flat top surface of the mat portion, supports the umbrella holder, and contains a blower. The umbrella housing has a main bore for accommodating umbrellas. The blower is in communication with the main bore and grating, and generates suction that removes moisture, dirt, and debris from umbrellas in the main bore and from shoes positioned upon the grating.

An oven configured for drying a container. The oven includes a housing defining an interior space including a supply chamber and a return chamber. A conveyor is configured for movement within a portion of the interior space of the housing defined by a plurality of semi-circular shaped duct sections connected at each end of the semi-circular shaped duct sections to a straight duct section. Each duct section includes two side walls coupled to a back wall defining a continuous U-shaped duct path through which the conveyor moves. The oven is further configured to provide a temperature difference between any two points within the interior space of the oven housing controlled to plus or minus two degrees Fahrenheit, by a uniform air flow throughout the oven. The uniform air flow is facilitated by the sizing and spacing of various circular orifices and slotted orifices in the continuous duct path.

The invention relates to an automatically clean and dry device via ultrasonic vacuum for intelligent household umbrellas which includes a sleeve, a folding bracket, a sliding plate, and a rainwater collector. The sleeve includes an upper sleeve, a middle sleeve, a telescopic sleeve and a lower sleeve. The upper sleeve and the middle sleeve are sleeved, and are engaged with each other. An annular box and an umbrella cover are provided on the upper sleeve. The inside wall of the middle sleeve is provided with ultrasonic transducers and fiber brushes. The telescopic sleeve includes a first corrugated telescopic tube, connecting flanges, a reset spring, and a water-absorbing mechanism. The lower end of the lower sleeve is provided with a cushion mechanism. A T-shaped chute is provided on the sliding plate. The rainwater collector connects to the sliding plate by the support plate. The automatically clean and dry device via ultrasonic vacuum for intelligent household umbrellas of the invention has advantages of having reasonable and simple structure, and various functions, being easy to use, safe and reliable, and not being easily damaged, etc. It effectively solves the problem regarding the fact that the existing dry devices for umbrellas easily damage the umbrellas.

The invention discloses heat pump-type vermicelli drying equipment. The heat pump-type vermicelli drying equipment comprises a drying chamber, wherein the drying chamber is located on the lower part of a heat pump machine chamber; one end of the drying chamber is provided with the inlet of a vermicelli conveying line; the other end of the drying chamber is an outlet; hot-air blowers are hung on the top of the drying chamber; each hot-air blower comprises a condenser for a heat pump and a circulation fan; hanging fans are hung on the top of the drying chamber; a dehumidification system is located on the bottom of the drying chamber; the dehumidification system is characterized in that one end of each dehumidification air pipe is arranged at the bottom of the drying chamber, and the other end of each dehumidification air pipe is connected to the inlet of the heat pump machine chamber; the inlets of the heat pump machine chamber are provided with dehumidification fans; outlets in the bottoms of the dehumidification air pipes are provided with dehumidification air doors; the heat pump machine chamber is located on the upper part of the drying chamber; at least one heat pump main machine is arranged in the heat pump machine chamber; the front side wall of the heat pump machine chamber is provided with an air exhaust fan; an air exhaust air door is arranged on the rear side wall of the heat pump machine chamber; fresh air doors are arranged on the upper part of the drying chamber; and one end of each heat pump main machine is connected with a water drainage system.

The invention relates to an umbrella quick-drying machine. The umbrella quick-drying machine is provided with a cabinet body, an umbrella handle bracket, a water retaining plate, an air compressor, an air blower, a drying air opening, an electric heater, a controller and the like. The cabinet body is internally provided with the controller, the air blower, an air pipe, and the drying air opening; the water retaining plate is positioned between the cabinet body and the umbrella handle bracket; a water collecting opening and a water collecting chamber are formed below the cabinet body. In addition, a pulse solenoid valve is connected with a controller, so that pulse type air can be blown out to flap an umbrella surface; moreover, the electric heater is mounted on a pipeline which is between the air blower and the drying air opening; heated air flows out from the drying air opening to blow the umbrella surface. According to the umbrella quick-drying machine, large water drops can break away from the umbrella surface quickly, so that the umbrella surface is dried more thoroughly, and the drying speed is extremely high.

The invention discloses a water shedding device for umbrellas. The water shedding device comprises a shell, wherein the inner walls of the shell are fixedly connected to a baffle plate; the interior of the shell is divided into a left operating cavity and a right control cavity by the baffle plate; a connection opening is formed in the upper wall of the control cavity; a placement opening is formed in the side wall of the operating cavity; a control mechanism is arranged inside the control cavity; an operating mechanism and a water storage mechanism are arranged inside the operating cavity; the operating mechanism comprises a mounting plate which is fixedly connected to the inner wall of the operating cavity; a water-absorbing sponge is arranged on the side wall of the mounting plate; theinner wall of the operating cavity is rotatably connected to a placement plate through a first rotating shaft; the placement plate is provided with a clamping part; and a water squeezing mechanism isarranged in the operating cavity. The water shedding device can quickly shed water on the umbrellas without using plastic bags, does not cause wasting, and can also prevent water on shoe soles from being stained onto the ground to make the ground slippery and cause people to slip.

The invention provides a high-efficiency umbrella drying detection device for security check, and belongs to the technical field of daily life. The high-efficiency umbrella drying detection device forthe security check comprises a base, wherein a box body and a conveying belt penetrating through the box body are arranged on the base, the box body is provided with an inlet and an outlet, the conveying belt is arranged on the base in an oval shape, a plurality of through holes I are formed in the conveying belt at equal intervals, and a plurality of barrel bodies which are coaxial with the through holes I are fixedly arranged on the conveying belt; and centrifugal barrels are rotationally arranged in the barrel bodies, fixing mechanisms used for fixing umbrellas are arranged on the centrifugal barrels, sliding pressing rods are further arranged on the centrifugal barrels, the sliding pressing rods penetrate through the centrifugal barrels, the sliding pressing rods are arranged on the inner side walls of the centrifugal barrels, and a pushing mechanism used for pushing the sliding pressing rods and fixing the umbrellas is arranged at the inlet of the box body. The high-efficiency umbrella drying detection device has the advantages of being high in water removal efficiency and high in drying efficiency.

The invention discloses a wiping and shrinking device of a wetting umbrella. The wiping and shrinking device of the wetting umbrella comprises a housing, sponge, an umbrella accommodating cavity, a traction device, a driving mechanism, a motor II, a limiting rod, a power source device and a control device. The sponge is installed in the middle of the housing. The umbrella accommodating cavity is installed in the middle of the sponge. The interior of the umbrella accommodating cavity is provided with the traction device and the driving mechanism. The wiping and shrinking device of the wetting umbrella is convenient to operate, convenient and practical, and is capable of wiping the wetting umbrella, and shrinking and rolling the umbrella.

The invention discloses an umbrella drying box with a spin-drying function. The umbrella drying box comprises a box body and multiple drying cylinders arranged in the box body, and a box body top cover is arranged on the box body; a drying cylinder mounting disc is arranged in the center of the box body top cover, and the drying cylinders are inserted into the drying cylinder mounting disc and communicate with the outside of the box body; the drying cylinder mounting disc can rotate on the box body top cover to drive the drying cylinders in the drying cylinder mounting disc to rotate in the box body; the drying cylinders comprise outer cylinders and inner cylinders, wherein the upper ends of outer cylinders and the upper ends of the inner cylinders are opened, and the lower ends of outer cylinders and the lower ends of the inner cylinders are opened; the upper ends of the outer cylinders are inserted into the drying cylinder mounting disc, the inner cylinders are arranged in the outercylinders, and water absorption layers are arranged on the inner walls of the inner cylinders; when umbrellas are inserted into the inner cylinders from top to bottom, the water absorption layers makecontact with the umbrellas, rainwater on the umbrellas is adsorbed, meanwhile, the inner cylinders rotate in the outer cylinders, and relative displacement of the inner cylinders is generated in thevertical direction relative to the outer cylinders; and a heating device is arranged on the inner wall of the box body. According to the umbrella drying box, the rainwater on the umbrellas can be conveniently and rapidly removed.

A plant matter drying system includes an enclosure with a door and an internally mounted ultraviolet lamp for disinfecting plant matter. A heating element creates an internal temperature that is higher than ambient temperature and an optional fan circulates air within the enclosure and over the plant matter, thereby drying and / or decarboxylating (depending upon the internal temperature and time periods) the plant matter that is positioned within the system. During decarboxylation, the ultraviolet lamp is operated for less time than is the optional fan and heating element. In some embodiments, vents exchange air within the enclosure with air external to the enclosure.

The invention discloses a car door with an alternate inflating and uninterrupted air-supply umbrella storing device. The car door structurally comprises the umbrella storing device, a car door body and glass, and the glass is embedded into the top of the inner side of the car door body. Compared with the prior art, the car door has the beneficial effects that the umbrella storing device is additionally arranged on the car door, so that the car has the position special for umbrella storing, the phenomenon that a floor and a carpet in the car are wetted or are wet can be effectively prevented, thus the floor and the carpet in the car can be kept dry, the moldy phenomenon is avoided, accordingly the environment in the car can be always kept fresh and clean, meanwhile, the situation that the floor and the carpet in the car are damaged by chemical compositions contained in rainwater can also be prevented, the service life of the car is prolonged advantageously, meanwhile, two inflators aredriven to conduct alternate and uninterrupted inflating by a micro motor, thus umbrellas can be blown dry quickly, the moldy phenomenon of the umbrellas is effectively prevented, and accordingly the umbrellas are kept dry.

The invention relates to a spin-drying device and an application method. The spin-drying device comprises a shell, a base and a power module; a spin-drying barrel is arranged in the shell; grid holesare annularly formed in the periphery of the upper part and the periphery of the lower part of the spin-drying barrel; internal space of the shell at the lower part of the spin-drying barrel forms a water collecting tank; a water draining port is formed in the water collecting tank; the power module comprises a pedal, a center shaft, a motor and a transmission shaft; the upper end of the center shaft extends into the shell, and is connected with the middle part of the lower side surface of the spin-drying barrel; a gear A is arranged at the lower part of the transmission shaft; a spiral grooveis formed in the transmission shaft; a spiral sleeve sleeves the transmission shaft; two convex parts accommodated in the spiral groove are arranged in the spiral sleeve; the transmission shaft sleeves a spring on the spiral sleeve; the middle part of the pedal is hinged with the shell; an inner end of the pedal is connected with the spiral sleeve; a gear B and a gear C are arranged on the centershaft; the gear B and the gear C are in engaged transmission; and a gear D in engaged transmission with the gear C is arranged on a motor output shaft. The spin-drying machine is excellent in adaptability, and has two driving modes of motor driving and mechanical driving.

A convection current vacuum freeze drying method and a computer software program for manufacturing a product are disclosed which include: selecting specific freeze drying settings from a Database for a specific product; loading the specific freeze drying settings into a controller for fully controlling of the convection current freeze drying process; performing the convection current freeze drying process using an ice condenser unit equipped with a plurality of elongate heat exchange tubes having radially arranged fins; determining whether the convection current freeze drying process is operated in accordance to the specific freeze drying settings using a plurality of sensors and the controller, if the specific freeze drying settings are not corrected, then readjusting the specific freeze drying settings using the controller, and if the specific freeze drying settings are correct then packaging product.

The invention provides an umbrella dryer. The umbrella dryer comprises a machine body, wherein an inlet is formed in any side of the machine body; a humidity acquisition module is arranged on the inner side wall of the machine body; an accommodating cavity is arranged inside the machine body; a vibrating block capable of moving up and down is arranged in the accommodating cavity; the two ends of the vibrating block are equipped with armatures; upper and lower sides of each armature are symmetrically equipped with a group of electromagnets; a clamping part used for grabbing the umbrella handleis arranged on the middle section of the vibrating block; and the vibrating block moves up and down under action of upper and lower electromagnets. The umbrella dryer with the function of quickly drying an umbrella meets a fast-paced life style of people.