31results about How to "Increase space height" patented technology

The invention belongs to the technical field of vehicle manufacturing, aims to solve the technical problem of troublesome operation in the construction of an independent room when a conventional travel trailer is stopped for rest and improve the resistance of the room to severe weather, and provides a cover supporting type carriage, which comprises carriage sidewalls on the two sides of a carriage and carriage end walls at the two ends of the carriage. The cover supporting type carriage is characterized in that a support plate is hinged to the top of each of the carriage sidewalls on the two sides of the carriage, wherein the top edge of each support plate is a beveled edge; the lower ends of the beveled edges are positioned on the top surface of the carriage sidewall at one end of the carriage, and the higher ends of the beveled edges are positioned at the top of the carriage sidewall at the other end of the carriage. The cover supporting type carriage also comprises a carriage cover, wherein one end of the carriage cover is hinged to the carriage sidewall at the lower ends of the beveled edges of the support plates. The cover supporting type carriage is reasonable in structure and convenient to operate, and can be widely applied to the production of various limos.

The invention belongs to the technical field of vehicle manufacturing. In order to solve the technical problem of troublesome operation in building an independent room when the current trailer-type RV is parked and resting, and to improve the ability of the room to resist bad weather, the invention provides a cover-type carriage, including the carriages on both sides of the carriage. The side wall and the end wall of the compartment at both ends of the compartment are characterized in that: the tops of the compartment side walls on both sides of the compartment are respectively hinged with a brace, the top edge of the brace is a hypotenuse, and the lower end of the hypotenuse is located on the compartment side wall at one end of the compartment On the top surface, the high end of the hypotenuse is located at the top of the compartment side wall at the other end of the compartment; a compartment cover is also included, one end of the compartment cover is hinged to the compartment end wall at the low end of the brace plate hypotenuse. The cover type car has a reasonable structure and is easy to operate, and can be widely used in the production of various caravans.

The invention discloses a main tarpaulin and a connection structure between the main tarpaulin and the tent rack rods. The main tarpaulin comprises top tarpaulin and side tarpaulin which are connected together. The side tarpaulin is provided with a plurality of paths that are internally and outwardly communicable for standing rods of a tent rack to penetrate from internally to outwardly. The tent rack rod comprises a top tent rack and a plurality of standing rods. The top tent rack comprises a plurality of top tent rods wherein the ends of the top tent rods and the top ends of the standing rods are connected so that the top tent rods and the standing rods can mutually rotate and support the top tent rods through the standing rods. The top tarpaulin is covered on the top tent rack. The plurality of standing rods correspond to the plurality of paths one to one and the standing rods penetrate from the internally to outwardly the paths of the side tarpaulin so as to make the some parts of the standing rods locate in the side tarpaulin and other parts out of the side tarpaulin. The main tarpaulin and the connection structure have following advantages. The internal space of the tent is high and big. Well tensioned, an increased stability and support intensity can be achieved. When the tent is folded, the tent rods do not fall onto the tarpaulin.

The invention provides a die forging crankshaft and connecting-rod flash cutting die device. A plurality of flash removing devices (3) are distributed on an upper die plate (11), each of the flash removing devices (3) consists of an inner sleeve (4), an outer sleeve (5), a spring (6), an ejection block (7), a guide rod sleeve (8) and a pull rod (9), the outer sleeve (5) is matched with the inner sleeve (4) in a sliding-limiting mode, the spring (6) is installed in the inner sleeve (4) and exerts pressure on the outer sleeve (5), and the lower end face of the outer sleeve (5) is connected with the ejection block (7) through a screw. According to the size and shape of a die forging subjected to flash cutting, two or more flash removing devices (3) are distributed and installed on the upper die plate (11). The flash removing devices (3) are small in size, universal and convenient to adjust and use and is not influenced by the complication degree of die forging shapes and size change.

The invention provides a mini-tiller which comprises a frame, a power assembly, a supporting rack, a plowing cutter component, a travelling mechanism, a handrail component and a protecting component, wherein the travelling mechanism comprises travelling wheels and a bracket component; the bracket component comprises a first supporting member, a second supporting member and a third supporting member; the first supporting member is detachably connected with the supporting rack; the upper end of the second supporting member and the upper end of the third supporting member are both connected with the lower end of the first supporting member; the second supporting member is inclined to the left lower side of the first supporting member; the third supporting member is inclined to the right lower side of the first supporting member; the upper end of the second supporting member and the lower end of the third supporting member are respectively connected with one travelling wheel. According to the invention, the bracket component and the supporting rack are detachably connected, so that the bracket component and the supporting rack can be conveniently mounted and dismounted and the mini-tiller can be for conveniently dismounted, contained and packed; the space heights at the upper end of the second supporting member and the lower side of the third supporting member are higher; the condition of interference between the traditional horizontal wheel shaft and the raised ground during a traveling process is avoided; tools and the travelling wheels need not be exchanged; the mini-tiller is convenient to transfer.

The invention relates to a positioning module, which comprises a frame, wherein the lower part of side wall of frame has a groove whose open is downward; the grooves of opposite edges or nearby edges of frame are connected by the grooves whose opens are downward. The inventive floor is prepared by filling concrete into the groove and into the rectangle frame; and the inventive heater comprises: a coil tube connected to the heater, an insulated layer under the coil tube; said insulated layer has several floors above, whose groove of lower surface is arranged with said coil tube. The inventive module has simple transportation.

The invention provides a method for installing a rotary vane type steering engine. The rotary vane type steering engine is installed in a narrow space by using a method comprising the following steps of: combining the steering engine with a steering engine bushing at first, then lowering a rudderstock and integrally lifting the steering engine, and finally, lifting the rudderstock; the non-vertical quality problem of a rudder line and the axis of a propeller resulted from the installation of the steering engine before a main body building is installed can be avoided; or the difficult installation problem of the steering engine in the narrow space after the main body building is installed can be avoided; the installation space height of the steering engine is increased; the stress condition of a chain hoist in the event of transferring the steering engine can be improved; therefore, the accident risk can be reduced; because the steering engine bushing is placed on a bushing support in the event of installing, the steering engine and the steering engine bushing are tightly combined; therefore, the oil leakage fault can be avoided in the event of injecting hydraulic oil; in the priorart, the whole steering engine is installed for 2-2.5 days; but, the steering engine is installed only for 1-1.5 days by using the method disclosed by the invention; therefore, the working efficiencyis increased.

The invention relates to the technical field of residence sharing exhaust passage systems, and provides a fireproof exhaust valve. The fireproof exhaust valve comprises a panel provided with an intake port, a guide pipe arranged on one side of the panel and communicating with the intake port, a fireproof cover plate arranged above an outlet of the guide pipe, and a fuser arranged between the panel and the fireproof cover plate. The fireproof exhaust valve further comprises an elastic piece with the spring performances and used for adjusting an included angle between the fireproof cover plate and the horizontal plane; one end of the elastic piece is connected with a movable end of the fuser; and the other end of the elastic piece is connected with the fireproof cover plate. In the fireproof exhaust valve, as the included angle between the fireproof cover plate and the horizontal plane is adjusted, when the fireproof exhaust valve is mounted, the included angle between the fireproof cover plate and the horizontal plane is reduced; and after the fireproof exhaust valve is mounted, the included angle between the fireproof cover plate and the horizontal plane is maximized, the height of the penal of the valve is lowered, the room ceiling elevation is increased, the room space height is increased, and the included angle between the fireproof cover plate and the horizontal plane is maximal to achieve the highest exhaust effect.

The invention relates to a positioning module, which comprises a frame, wherein the lower part of side wall of frame has a groove whose open is downward; the grooves of opposite edges or nearby edges of frame are connected by the grooves whose opens are downward. The inventive floor is prepared by filling concrete into the groove and into the rectangle frame; and the inventive heater comprises: a coil tube connected to the heater, an insulated layer under the coil tube; said insulated layer has several floors above, whose groove of lower surface is arranged with said coil tube. The inventive module has simple transportation.

The invention provides a multifunctional peripheral variable wall mechanism of a prefabricated house, which belongs to the technical field of machinery. The multifunctional peripheral variable wall mechanism of a prefabricated house includes a wall frame main body. Through the insertion of the fifth protrusion and the side wall of another second side bracket, the peripheral length of the prefabricated house is increased horizontally, and the surrounding partition is formed through the insertion of the first or second protrusion and the side wall of another second side bracket It is used to enclose and divide and protect a certain area. The third protrusion is inserted into the bottom of the other first side bracket, the fourth protrusion is inserted into the bottom of the second side bracket, and the sixth protrusion is connected to the bottom of the other side bracket. The bottom of the support frame is inserted to increase the height of the peripheral space. Compared with the periphery of the traditional prefabricated house, it is assembled and built by modularization, and the assembly and construction efficiency is high. The main bodies of each wall frame can be combined and overlapped in any space to form multiple types. The functional partition space is used to expand the space of the prefabricated house, and the assembly and construction effect is better.

The invention provides a vertical type cylindrical classifying pulverizer. According to the vertical type cylindrical classifying pulverizer, the space distribution of hammer tools can be enlarged, a pulverizing area is formed by a pulverizing cylinder provided with a plurality of hammer tools and a tooth-shaped lining, and spiral teeth of the tooth-shaped lining are provided with grooves, so that the pulverizing efficiency is improved, and particularly tenacious materials and thermosensitive materials can be pulverized efficiently. A partition plate is arranged inside the pulverizing cylinder; backflow holes are formed in the side wall of the pulverizing cylinder; a classifying wheel is suspended above the partition plate of the pulverizing cylinder and used for classifying powder by adjusting the rotation speed of the classifying wheel, and coarse powder circulation is completed through the backflow holes of the pulverizing cylinder. By means of a pulverizing structure composed of the hammer tools on the pulverizing cylinder and the tooth-shaped lining as well as a classifying and circulating structure composed of the classifying wheel and the pulverizing cylinder, the space distribution of the hammer tools is enlarged, and the space range of the pulverizing area is widened; in the pulverizing process, coarse powder and fine powder are pulverized alternately in a groove between every two adjacent spiral teeth, the pulverizing efficiency is improved, blockage of the tooth grooves is eliminated, and the pulverizing effect on the tenacious materials and the thermosensitive materials can be improved substantially.

The invention discloses a main tarpaulin and a connection structure between the main tarpaulin and the tent rack rods. The main tarpaulin comprises top tarpaulin and side tarpaulin which are connected together. The side tarpaulin is provided with a plurality of paths that are internally and outwardly communicable for standing rods of a tent rack to penetrate from internally to outwardly. The tent rack rod comprises a top tent rack and a plurality of standing rods. The top tent rack comprises a plurality of top tent rods wherein the ends of the top tent rods and the top ends of the standing rods are connected so that the top tent rods and the standing rods can mutually rotate and support the top tent rods through the standing rods. The top tarpaulin is covered on the top tent rack. The plurality of standing rods correspond to the plurality of paths one to one and the standing rods penetrate from the internally to outwardly the paths of the side tarpaulin so as to make the some parts of the standing rods locate in the side tarpaulin and other parts out of the side tarpaulin. The main tarpaulin and the connection structure have following advantages. The internal space of the tent is high and big. Well tensioned, an increased stability and support intensity can be achieved. When the tent is folded, the tent rods do not fall onto the tarpaulin.

The invention discloses a high buttress counter pull type inclined supporting structure used for foundation pit supporting, and relates to the technical field of rock engineering. The structure comprises a building envelope used for supporting the edge of the foundation pit and a buttress pile column which is arranged in the foundation pit and used for supporting the building envelope; a crown beam is arranged on the top of the building envelope, a circuit purlin is arranged on the side wall of the side, close to the foundation pit, of the building envelope, a strip support is arranged on thetop of the buttress pile column, the circuit purlin is connected with the strip support through a supporting arm, two rows of pile foundation columns are arranged between the building envelope and thebuttress pile column and are parallel to the building envelope, the height of the tops of the pile foundation columns is smaller than the height of the top of the strip support, and a sidespan bottomplate is arranged on the tops of the two rows of pile foundation columns for connection; the top of the sidespan bottom plate is connected with the strip support through an inclined pull arm column.The structure can effectively reduce the main construction difficulty, construction efficiency is improved, foundation pit earth and stone digging is facilitated, and the construction cost can be effectively reduced.