116 results about "Drop structure" patented technology

The present invention overcomes the limits of activated carbons, ion exchange resin beads and fibers, and liquid form ion exchangers for acid, base, or VOCs gases removal by providing a filtration assembly for the filtration of chemical contaminants and particulates from an air or gas stream, the assembly having a low pressure-drop structure. The filtration assembly includes a low-pressure drop chemical filter, a low-pressure drop particulate filter, and an air transportation device, such as a fan or blower, all combined in a housing.

An anti-drop structure includes a rail assembly, a drag assembly, and two latching members. The rail assembly includes a pair of L-shaped sliding rails. Each L-shaped sliding rail includes a sidewall and a holding portion bent outwards from an end of the sidewall. One end of the sidewall defines a latching opening. The drag assembly is slidably positioned on the holding portions of the sliding rails and located between the sidewalls of the sliding rails. The drag assembly includes two opposite side plates. Each latching member is positioned on an inner surface of a corresponding one of the side plates, and includes a latching portion passing through a corresponding side plate. The latching portion is configured to slid into a corresponding latching opening to prevent the drag assembly from dropping out of the rail assembly.

A low-head impulse jet waterwheel for power generation at irrigation canal drop structures and navigation dam spillways achieves renewable electric power generation that has been lost until now due to lack of suitable equipment to convert such energy at competitive cost. Conventional practice has limited use of impulse turbines to heads of more than 50 meters or about 150 feet. However, there is now no need for such a limitation. Kinetic energy of a low-pressure jet is employed in a way that enables numerous locations to generate electricity conveniently near points of use, from a renewable source at minimum cost. The equipment can be pre-assembled for minimum installation cost at sites with no existing impoundment and can be automatically raised clear of flood levels with built-in lifting equipment. Existing multi-span bridges offer convenient access for installation and maintenance. Raising the equipment also provides clear passage for fish migration.

A method for entraining and mixing gas with liquids within a conduit or drop structure, comprising the channeling of one or more liquid flows into spiral flows of predetermined radius (radii), reducing the predetermined radius (radii) to increase the centrifugal forces acting upon the spiral flow(s) as the spiral flow(s) enter the conduit, and allowing gas access to the conduit to mix with and entrain within the spiral flow within the conduit or drop structure. The method can facilitate the mixing of gas with one or more fluid flows and/or reduce the release of gas emissions from the fluid(s) into the surrounding environment.

A gas separation unit for the separation of carbon dioxide from air is proposed for use in a cyclic adsorption/desorption process and using a loose particulate sorbent material. Sorbent material is arranged in at least two stacked layers, and each layer comprises two sheets of a flexible fabric material which is gas permeable but impermeable to the loose sorbent material. The sheets are arranged parallel defining an inlet face and an outlet face, are arranged with a distance in the range of 0.5-2.5 cm, and are enclosing a cavity in which the sorbent material is located. Said layers are arranged in the unit such that the inflow passes through the inlet face, subsequently through the particular sorbent material located in the cavity of the respective layer, subsequently to exit the layer through the outlet face to form the gas outflow.

A low-head impulse jet water turbine for electric power generation at irrigation canal drop structures, navigation dam spillways or other low head watercourses achieves renewable electric power generation at competitive cost. Kinetic energy of a low-pressure jet is employed in a way that enables numerous locations to generate electricity conveniently near points of use, from a renewable source at minimum cost. The equipment can be pre-assembled for minimum installation cost at sites with no existing impoundment and can be automatically raised clear of flood levels with built-in lifting equipment. Existing multi-span bridges offer convenient access for installation and maintenance. The system for raising the equipment also provides clear passage for fish migration.

A gas separation unit for the separation of carbon dioxide from air is proposed for use in a cyclic adsorption/desorption process and using a loose particulate sorbent material. Sorbent material is arranged in at least two stacked layers, and each layer comprises two sheets of a flexible fabric material which is gas permeable but impermeable to the loose sorbent material. The sheets are arranged parallel defining an inlet face and an outlet face, are arranged with a distance in the range of 0.5-2.5 cm, and are enclosing a cavity in which the sorbent material is located. Said layers are arranged in the unit such that the inflow passes through the inlet face, subsequently through the particular sorbent material located in the cavity of the respective layer, subsequently to exit the layer through the outlet face to form the gas outflow.

A method and device for compensating, within a node of an optical network, chromatic dispersion undergone by optical packets transmitted within time slots of wavelength division multiplexed channels along at least one link of the optical network, a time slot duration corresponding to the sum of a packet duration and an inter-packet gap duration. The method and device demultiplexes the wavelength division multiplexed channels into a plurality of bands, and transmits the bands, via a respective plurality of delay lines having predetermined delays, toward a respective plurality of packet add/drop structures comprising a coherent receiver.

The present invention is related to a conducting wire anti-drop structure for fixing two mutually connected conducting wires, which respectively have a connecting terminal for connecting with each other. The conducting wire anti-drop structure is characterized in that a positioning device is mounted on the connecting terminal of one of the conducting wires and has a positioning portion. The positioning portion is used to connect with a position-limiting device, which has an engaging portion extended from the connecting terminal for engaging with the other connecting terminal so as to limit the connection between the connecting terminals and provide stability.

The invention discloses a heightened drawer side plate structure of a heightened drawer baffle structure. The heightened drawer side plate structure comprises a group of heightened side plate parts which are respectively arranged on the left side and the right side and are parallel and opposite, and a group of heightened side plate parts which are respectively arranged front and back and parallelmutually, wherein the left and right heightened side plate parts and/or the front and back heightened side plate parts are integrated; the left and right heightened side plate parts are provided withgroove openings, and/or the front heightened side plate part is provided with a groove opening, each groove opening is provided with an anti-drop structure; each of the left and right heightened sideplate parts has an outer side surface and an inner side surface, and the bottom of each heightened side plate part forms a groove; the inside of the groove is provided with a pull-out track and a fixing track, the groove is sleeved and fixed in the fixing track, the pull-out track is assembled with the fixing track in a sliding manner; and the fixing track is fixed on a cabinet or furniture. Therefore, the integral heightened drawer side plate structure is practical and firm and is more convenient to assemble.

The invention relates to a hot extrusion die of aluminum alloy pipes with multiple output, in particular to the hot extrusion of the aluminum alloy pipes and is formed by assembling and combining an upper die (1) and a lower die (2), wherein, a feeding end of the lower die (2) is provided with a welding chamber (2.1) and a die cavity (2.2) and a discharging hole (2.3) is processed at a discharging end of the lower die (2); the feeding end of the upper die (1) is provided with a decompress counter bore (1.1), and split flow holes (1.2) of the upper die (1) are distributed in a multiplied way with the die cavity (2.2) of the lower die (2) and are positioned at the circumference of the die cavity (2.2) of the lower die (2); all bridge sites (1.3) of the upper die (1) are processed into water drop structure; the discharging surface of the upper die (1) is provided with a plurality of square head die cores (1.5) which are provided with a support lug boss (1.4) among the square head die cores (1.5), and the lug boss (1.4) is closely and directly attached to the bottom part of the welding chamber (2.1) of the lower die (2); the square head die cores (1.5) and the bridge sites (1.3) are transited smoothly. The hot extrusion die can cause the extrusion products of the aluminum alloy pipes to be uniform in wall thickness, consistent in flow rate and high in rate of finished products.

This invention relates to a solar cell automatic label system. The guide position structure is composed of three freedom degree guide rail and the label structure is fixed on the supportive beam of the guide position structure composed of executive cylinder, sensor, swing cylinder, connection part, base part, acetabula chassis. The two executive cylinders down sensor is fixed on the connection. The glue drop structure is fixed on the slide block down part of Z guide rail composed of supportive plate, micro-adjusting structure, fixed frame and glue-drop needle.

The invention discloses an anti-drop plug and an anti-drop charger. The anti-drop plug comprises a housing, pins on one end of the housing, an anti-drop button on the housing and an anti-drop structure arranged in the housing and the pins. The anti-drop button is used for controlling the anti-drop structure to stretch out and draw back. When the anti-drop structure stretches out from the pins, the anti-drop plug is fixed in the housing of a socket. The anti-drop charger comprises the anti-drop plug. The anti-drop plug provided by the invention solves the problem in the prior art that a plug is liable to drop from a socket, the anti-drop function of the plug is realized, and the power failure problem caused by dropping is avoided.

The invention relates to a multistage step drop energy dissipater structure which comprises a flow relief channel, a multistage step drop structure, a stilling pool, a stilling pool tail step and a downstream apron. The tail end of the flow relief channel is connected to the top end of the multistage step drop structure. The bottom end of the multistage step drop structure is connected with the stilling pool. Certain height difference exists between the tail end of the flow relief channel and the base plate of the stilling pool. The bottom of the multistage step drop structure is level with the base plate of the stilling pool which is connected with the downstream apron through the stilling pool tail step. By the multistage step drop energy dissipater structure, water flow turbulence is enhanced, energy dissipation effect is increased, hydraulic indexes in the stilling pool can be reduced, water flow pulsation in the stilling pool is reduced, and the novel energy dissipation device is provided for high-water-head high-flow release buildings. In addition the multistage step drop energy dissipater structure is easy to build and well suitable for upstream continuous or multi-strand flow release.

An infant seat base removably retaining an infant seat having a seat forward end which a seated infant faces and for simulating the sensations of travel in a road vehicle includes at least one vibration mechanism transmitting vibration into the seat for simulating vehicle vibration from tire movement over road surface irregularities; a recorded sound storing and playing mechanism for playing the sound of a moving road vehicle to an infant in the seat; a view simulation back drop structure having the appearance of a road vehicle seat backrest secured to the base at the seat forward end; and a base circuit including a power source delivering power through the circuit to the at least one vibration mechanism and to the recorded sound storing and playing mechanism.

The invention provides a large-size net breeding device applied to meat duck breeding, belonging to the technical field of livestock breeding equipment. According to a technical scheme of the invention, the large-size net breeding device applied to meat duck breeding comprises a plurality of equidistantly-arranged cage bodies, feed groove structures which are separately arranged at the front end of each cage body, power mechanisms which are separately arranged at the top part of the front side surface of each cage body and used for driving feed groove structures to lift and drop, and a water line system which penetrates through the plurality of the cage bodies, wherein the front side surface of each cage body is provided with a lift-drop structure used for adjusting the height of a feed groove mechanism. The invention has the following beneficial effects: the large-size net breeding device has reasonable design and is simple and convenient to use; a proper height of a feed groove is adjusted through a lift-drop structure, so the demands for feed grooves with different heights in the process of meat duck breeding are met; the plurality of the feed grooves can be simultaneously adjusted for height control, so high control to the plurality of the feed grooves during large-scale breeding can be easily realized; meanwhile, an operator can stand at a fixed position to operate according to needs, so integral synchronous adjustment of the plurality of the feed grooves of meat duck cages is realized.

The invention discloses a novel anti-drop structure for an IECC19 plug. The structure comprises a plug body; the lower part of the plug body is inwards provided with a plug bush; the upper part of the plug body is inwards provided with a guide slot parallel to the plug bush; a button cavity extends from the other end of the guide slot perpendicularly upwards; a guide rod is arranged in the guide slot; a limiting block extends downwards from one end of the guide rod; the middle of the bottom surface of the limiting block is inwards provided with a V-shaped groove; a button extends perpendicularly upwards from the other end of the guide rod; the button is positioned in the button cavity; a boss extends upwards from the vicinity of the middle of the bottom surface of the guide slot; the upper end face of the boss is in contact with the bottom surface of the guide rod; a spring is arranged between the boss and the limiting block; one end of the spring is supported against the boss, and the other end of the spring is supported against the limiting block. The novel anti-drop structure is simple, and convenient to use; as the whole anti-drop device is an integral built-in structure, the whole anti-drop device is attractive and is fastened closely and reliably; the requirement on the structural size of the plug is not high.

The invention discloses a drop structure which consists essentially of a drop bag, a tube body and an injection needle. The tube body comprises a connecting part, so that the liquid medicine flowing into the tube body from the drop bag can continuously flow into another connected tube body after passing through the connecting part. The improvement lies in that the interior of the connecting part is provided with a floating body, while the exterior of the connecting part is provided with a detector which can sense the height change of the floating body, so that when the amount of the liquid medicine flowing into the connecting part is excessively large or small, the detector can sense the change and warn the patient or the medical care personnel.

The invention provides a connecting structure of a lamp shell and an upper cover of a lamp, which is arranged at the connecting part of the shell and the upper cover of an illuminating lamp and comprises a hanging part and a supporting part, wherein the hanging part is arranged on the upper cover, the supporting part is arranged on the shell, the hanging part is a hook arranged at the periphery of the upper cover, the supporting part is a hinge pin correspondingly arranged on top of the shell, the hinge pin is hinged with the hook part of the hanging part, two supporting plates are arranged in parallel on the outside of the shell, the two supporting plates are correspondingly provided with pin holes, two ends of the hinge pin penetrate the pin holes, and a middle part is arranged at the hook of the hanging part. The invention effectively solves the problem of field maintenance of professional lamps, the time for the uncovering maintenance of the lamp can be markedly shortened, and anti-looseness of the shell and the upper cover is realized, each part in the inner cavity of the lamp is rapidly maintained, and the service life of the lamp is prolonged, thereby the economic loss of a client due to lamp damage is avoided, the maintenance cost is saved, and simultaneously, the market competitive power by adopting the lamp is enhanced to win the market.

A dish wash with the anti-separating structure for the dining set rack is composed of external drum, dining set rack, more than one truck roller, track, the roller for dining set rack, and the roller position limiters inserted in both ends of track. It can prevent the dining set rack from being separated from track.

The invention discloses a diffusion and collection type reverse flow and energy dissipation drop well, and relates to the field of drainage and hydraulic engineering, in particular to urban drainage pipelines and structures achieving drop energy dissipation in hydraulic engineering. The drop well is mainly composed of a shaft, a water inlet pipe, a water outlet pipe, a water distribution trough, a side hole plate, a center hole plate, a runner and a water distribution opening. Water flow adopts diffusion and collection modes repeatedly in the drop well, when the water flow is diffused, the kinetic energy is decomposed to the surrounding, the water flow dispersion and energy dissipation effects are achieved, when dropping to the next level, the water flow is collected to the middle from the surrounding, the water flow hedge is formed in the middle of the drop well, the water flow energy in all the direction is same in size and opposite in direction, and the energy is reduced by means of the water flow. The drop well is suitable for the drainage pipelines and drop structures large in flow and fall in the hydraulic engineering.

The invention discloses a sealed grouting front end device and a grouting construction method. The device comprises a protective casing, a junction pipe and a grouting connection pipe. The first end of the protective casing is detachably connected with a conical head; the pipe wall of the junction pipe is provided with a grouting hole, the protective casing covers the grouting hole by sleeving theouter side of the junction pipe, and the junction pipe and the protective casing can be relatively movably arranged and are provided with an anti-drop structure; and the first end of the grouting connection pipe is detachably connected to the end, far away from the conical head, of the junction pipe, and the first end of the protective casing sleeves the outer side of the first end of the grouting connection pipe and is provided with a sealing ring. When the grouting front end device carries out drilling in the soil body, the device is in a closed state, due to the fact that the sealing ringis additionally arranged, the front end device is in a closed state, silt is prevented from entering the device from the grouting hole to cause blockage, when a grouting pipe reaches a designed grouting position, grouting pressure is applied to the grouting pipe, the protective casing receives forward thrust, therefore, the device is opened, the grouting hole is exposed, and grouting is carried out.

A two-stage hybrid cryocooler includes a first-stage Stirling expander having a first-stage regenerator having a first-stage-regenerator inlet and a first-stage-regenerator outlet, and a second-stage pulse tube expander. The second-stage pulse tube expander includes a second-stage regenerator having a second-stage regenerator inlet in gaseous communication with the first-stage regenerator outlet, and a second-stage regenerator outlet, and a pulse tube having a pulse-tube inlet in gaseous communication with the second-stage regenerator outlet, and a pulse-tube outlet. The second-stage regenerator and the pulse tube together provide a first gas-flow path between the first-stage regenerator and the pulse-tube outlet. A pulse tube pressure drop structure has a pulse-tube-pressure-drop inlet in gaseous communication with the pulse-tube outlet, and a pulse-tube pressure-drop outlet, and a gas volume is in gaseous communication with the pulse-tube pressure-drop outlet. A gas flow shunt provides gaseous communication between the first-stage regenerator and the pulse-tube outlet. The gas flow shunt provides a second gas-flow path between the first-stage regenerator and the pulse-tube outlet.

The invention discloses an anti-dropping electronic wire connecting device which comprises a connection joint, a joint anti-dropping structure, a wire body anti-dropping structure and a stable anti-pulling structure. The connection joint comprises a plug board and a plug. The plug board is an insulating plastic plug board. The plug is arranged on the left side of the plug board. The plug is an insulating plastic plug. Uniformly distributed through-holes are arranged in the whole wall body composed of the plug board and the plug. Uniformly distributed mounting grooves are arranged on the wall body of the plug. Copper pieces are arranged in the mounting grooves. The mounting grooves are communicated with the corresponding through-holes. Bumps are arranged on the outer wall surfaces of the copper pieces. According to the anti-dropping electronic wire connecting device, fast wire body classification connection and line dredging are realized; full consideration is given to anti-dropping parts; the plug and the electronic wiring harness socket of an electrical component, wire bodies and the joint, and the wire bodies are reasonably prevented from falling off in an all-round manner; the workload of personnel is reduced; and the connection quality of the wire bodies is ensured.

The invention discloses a quantitative bidirectional powder spreading device and a laser selective melting forming device thereof. A powder dropping structure and a powder spreading structure are included. The powder dropping structure comprises a powder dropping tank. An opening for dropping powder is formed in the lower portion of the powder dropping tank. A rotatable powder dropping shaft is arranged in the powder dropping tank. The powder spreading device comprises a powder dropping plate. A plurality of distribution guide pipes are arranged on the upper portion of the powder dropping plate and communicate with an inner cavity of the powder dropping plate. Scraper brackets are connected to the two ends of the powder dropping plate. Motion sliders are arranged under the scraper bracketsand move on preset rails. A scraper is arranged on the bottom face of the powder dropping plate. The two sides of the scraper are each provided with a powder dropping groove, the powder dropping grooves are openings in the bottom face of the powder dropping plate. With the adoption of the upper powder dropping mode, a powder feeding structure is arranged on the upper portion of the equipment to replace a lower powder feeding mode, the inner size of a forming cavity is reduced substantially, the stroke of a powder spreading arm is reduced, and forming time is shortened.