44results about How to "Ignore unevenness" patented technology

The invention provides a rectangular rapid splicing platform. The rectangular rapid splicing platform consists of two or more than two splice modules, each splice module consists of four triangular splice plates, an upper water flow groove is formed in the edge of the top surface of each splice module, a lower water flow groove is formed in the edge of the bottom surface of each splice module, a circulation seam is formed in more than one side surface from top to bottom, and the upper water flow groove is communicated with the lower water flow groove through the circulation seam. According to the rectangular rapid splicing platform, not only can the advantages such as high quality, portability, reusability and randomness in assembly be realized, but also sewage dropping onto the rectangular rapid splicing platform can be rapidly discharged to the ground.

The invention provides a rapid splice platform with LED (light-emitting diode) lamps. The rapid splice platform is formed by splicing eight identical sector splice plates and a plurality of annular splice plates; moreover, the LED lamps are respectively arranged on arcs of the sector splice plates and the annular splice plates, and the LED lamps are also respectively arranged on two straight edges of each sector splice plate; after the sector splice plates and the annular splice plates are spliced, the LED lamps of the rapid splice platform with the LED lamps are annularly arranged, and a fluorescent film is pasted to the top face of each sector splice plate, and sticks out from the spliced circular plate position of the sector splice plates and the central position of the rapid splice platform.

The invention provides a round fast splicing platform, which is formed by splicing four identical fan-shaped splicing plates and a plurality of annular splicing plates, in addition, upper water flowing grooves are formed in positions, along the edges, of the top surfaces of the fan-shaped splicing plates and the annular splicing plates, lower water flowing grooves are formed in positions, along the edges, of the bottom surfaces of the fan-shaped splicing plates and the annular splicing plates, in addition, more than one side surface is provided with circulation seams from top to bottom, and the upper water flowing grooves are communicated with the lower water flowing grooves through the circulation seams. The round fast splicing platform has the strong advantages that the quality is high, and portability, repeated use and free assembly are realized. In addition, sewage falling onto the round fast splicing platform can be fast discharged onto the ground.

The invention provides a quickly splicing platform capable of being repeatedly used. The platform is formed by connecting eight fan-shaped splicing plates with the same shape and the same size and a plurality of annular splicing plates, wherein an upper water flowing groove is formed along the edge of the top surface of each of the fan-shaped splicing plates and the annular splicing plates; a lower water flowing groove is formed along the edge of the bottom surface of each of the fan-shaped splicing plates and the annular splicing plates; flowing seams are formed in more than one side surface from top to bottom; the upper water flowing grooves are communicated with the lower water flowing grooves through the flowing seams. The quickly splicing platform provided by the invention has the strong advantages of high quality, portability, capability of being repeatedly used, and capability of being optionally assembled, and sewage falling onto the quickly splicing platform capable of being repeatedly used can be quickly drained onto the ground.

The invention provides an anti-sinking rapid assembling platform, comprising two or more assembling modules, wherein the assembling modules are connected with each other through bolts and corner positioning clips on the side ends; each assembling module is composed of six same rectangular assembling plates; a round hole is formed in the center of the top surface of each rectangular assembling plate of each assembling module; the top surfaces incline downwards from the edges of the top surfaces to the round holes; a trough is formed in the edge of the bottom surface of each rectangular assembling plate; the round hole in the corresponding top surface is communicated with the trough in the corresponding bottom surface, so that the sewage falling to the anti-sinking rapid assembling platform can be rapidly drained to the ground.

The invention provides a round fast splicing platform made of flexible molecular materials. The round fast splicing platform is formed by splicing four identical fan-shaped splicing plates and a plurality of annular splicing plates, in addition, the fan-shaped splicing plates and the annular splicing plates are made of the flexible molecular materials, and steel plates cover the top surfaces, the bottom surfaces and the side walls of the fan-shaped splicing plates and the annular splicing plates. The round fast splicing platform made of the flexible molecular materials has the strong advantages that the quality is high, and portability, repeated use and free assembly are realized. In addition, fan-shaped splicing plates and the annular splicing plates are made of the flexible molecular materials, in addition, the steel plates cover the top surfaces, the bottom surfaces and the side walls of the fan-shaped splicing plates and the annular splicing plates, and the round fast splicing platform has the advantages that the weight is light, the service life is long, and the like.

The invention provides a fast splicing platform made of flexible molecular materials and capable of being freely assembled. The fast splicing platform comprises two or more than two splicing modules, wherein each splicing module is formed by connecting eight identical triangular splicing plates, the splicing modules are mutually connected through side end screw bolts and / or corner positioning clamps, in addition, each splicing module is made of the flexible molecular materials, and steel plates cover the top surface, the bottom surface and the side walls of each splicing module. The fast splicing platform made of flexible molecular materials and capable of being freely assembled has the strong advantages that the quality is high, and portability, repeated use and free assembly are realized. In addition, each splicing module is made of the flexible molecular materials, in addition, the steel plates cover the top surface, the bottom surface and the side walls of each splicing module, and the fast splicing platform has the advantages that the weight is light, the service life is long, and the like.

The invention provides a freely assembled rapid assembling platform. The freely assembled rapid assembling platform comprises two or more splicing modules, wherein each splicing module is formed by connecting eight same triangular splicing plates; the splicing modules are mutually connected through side end bolts and / or corner locating clips; a water flowing slot is formed in the middle of the top surface of each splicing module; a water flowing slot from top to bottom is formed in the middle of any one side face of each splicing module; a water flowing slot from top to bottom is also formed in the middle of the side face, opposite to one side face, of each splicing module; the water flowing slots in the three faces are communicated to form a water flowing channel. According to the freely assembled rapid assembling platform provided by the invention, not only are the great advantages of excellence, portability, repeat using and free assembling achieved, but also sewage falling onto the rapid assembling platform assembled freely can be quickly drained to the ground.

The invention provides a vibration-prevention type rapid splicing platform. The platform is formed by splicing four same fan-shaped splicing boards and a plurality of annular splicing boards, upper gutter channels are formed in the positions, along the edges, of the top faces of the fan-shaped splicing boards and the annular splicing boards, lower gutter channels are formed in the positions, along the edges, of the bottom faces of the fan-shaped splicing boards and the annular splicing boards, circulation seams are formed in one or more side faces from top to bottom, and the upper gutter channels are communicated with the lower gutter channels through the circulation seams. The vibration-prevention type rapid splicing platform has the great advantages of being excellent, portable, capable of being repeatedly utilized, and capable of being freely assembled, and sewage falling on the vibration-prevention type rapid splicing platform can be rapidly drained to the ground.

The invention provides an anti-slip quick-spliced platform. The anti-slip quick-spliced platform is formed by splicing a square splicing plate and four arched splicing plates, a round hole is formed in the center of the top surface of the square splicing plate, a round hole is formed in the center of the top surface of each arched splicing plate, the top surfaces incline downwards from the edges to the round holes, grooves are formed in the edge of the bottom surface of the square splicing plate and the edges of the bottom surfaces of the arched splicing plates, the round holes in the top surfaces are communicated with the grooves in the corresponding bottom surfaces, and thus sewage falling onto the anti-slip quick-spliced platform can be discharged onto the ground rapidly.

The invention provides a sewage drainage type quickly splicing platform. The sewage drainage type quickly splicing platform comprises two or more splicing modules, wherein the splicing modules are connected through side end bolts and / or corner positioning clamps; each splicing module is formed by splicing nine square splicing plates with the same shape and the same size and four rectangular splicing plates with the same shape and the same size; a round hole is formed in the center of the top surface of each of the square splicing plates and the rectangular splicing plates; the square splicing plates and the rectangular splicing plates are downwards inclined from the edges of the top surfaces to the round holes; a round hole is respectively formed in each of the four corners of the bottom surface of each of the square splicing plates and the rectangular splicing plates; the round holes in the top surfaces are communicated with all the round holes in the bottom surfaces. The sewage drainage type quickly splicing platform provided by the invention has the strong advantages of high quality, portability, and capability of being repeatedly used and optionally assembled; due to the fact that the round hole is formed in the center of the top surface of each of the square splicing plates and the rectangular splicing plates, the square splicing plates and the rectangular splicing plates are downwards inclined from the edges of the top surfaces to the round holes, the round hole is respectively formed in each of the four corners of the bottom surface of each of the square splicing plates and the rectangular splicing plates, and the round holes in the top surfaces are communicated with all the round holes in the bottom surfaces, sewage falling onto the quickly splicing platform capable of being repeatedly used can be quickly drained onto the ground.

The invention provides an anti-sinking rapid assembling platform, comprising two or more assembling modules, wherein the assembling modules are connected with each other through bolts and corner positioning clips on the side ends; each assembling module is composed of six same rectangular assembling plates; a flowing water trough is formed in the middle part of the top surface of each assembling module; a top-down running water trough is formed in the middle part of any side surface of each assembling module; a top-down running water trough is also formed in the middle part of the opposite side surface of the assembling module on the side surface; the flowing water troughs in the three surfaces are communicated with one another to form a running water channel. The anti-sinking rapid assembling platform provided by the invention has the great advantages of being high in quality, portable, and free to assemble and can be repeatedly used; sewage falling to the anti-sinking rapid assembling platform can be rapidly drained to the ground.

The invention provides a sinking-prevention rapid assembling platform. The platform comprises two or more splicing modules, and the splicing modules are connected with each other through side end bolts and corner locating clamps; each splicing module is composed of six same rectangular splicing boards; a round hole is formed in the center of the top face of each rectangular splicing board, and a part between the edge of the top face and the round hole of each rectangular splicing board inclines downwards; four corners of the bottom face of each rectangular splicing board are each provided with a round hole, and the round hole of the top face of each rectangular splicing boards is communicated with all the round holes of the bottom face of the rectangular splicing board. The sinking-prevention rapid assembling platform has the great advantages of being excellent in quality, portable, capable of being used repeatedly and capable of being assembled freely. The round hole is formed in the center of the top face of each rectangular splicing board, and the part between the edge of the top face and the round hole of each rectangular splicing board inclines downwards; and the four corners of the bottom face of each rectangular splicing board are each provided with one round hole, and the round hole of the top face of each rectangular splicing boards is communicated with all the round holes of the bottom face of the rectangular splicing board, so that sewage falling to the sinking-prevention rapid assembling platform can be rapidly drained to the ground.

The invention provides a portable rapid splice platform, which comprises two or more than two splice modules; each splice module is formed by splicing four identical triangular splice plates with a square splice plate; the splice modules are spliced with each other through side end bolts and / or corner positioning clips; moreover, circular holes are respectively formed in the center of the top face of each square splice plate and the center of the top face of each triangular splice plate, and each splice module inclines downwards from the edge of the top face to the circular hole; slots are respectively formed in the edge of the bottom face of each square splice plate and the edge of the bottom face of each triangular splice plate; the circular hole in each top face is communicated with the slot in the corresponding bottom face, so that sewage falling on the portable rapid splice platform can be rapidly blown down to the ground.

The invention provides a quickly splicing platform capable of being repeatedly used. The platform is formed by connecting eight fan-shaped splicing plates with the same shape and the same size and a plurality of annular splicing plates, wherein a round hole is respectively formed in the center of the top surface of each of the fan-shaped splicing plates and the annular splicing plates; the fan-shaped splicing plates and the annular splicing plates are downwards inclined from the edges of the top surfaces to the round holes; a round hole is respectively formed in each corner of each of the fan-shaped splicing plates and the annular splicing plates; the round holes in the top surfaces are communicated with all the round holes in the bottom surfaces. The quickly splicing platform provided by the invention has the strong advantages of high quality, portability, capability of being repeatedly used, and capability of being optionally assembled; due to the fact that the round hole is respectively formed in the center of the top surface of each of the fan-shaped splicing plates and the annular splicing plates, the fan-shaped splicing plates and the annular splicing plates are downwards inclined from the edges of the top surfaces to the round holes, the round hole is respectively formed in each corner of each of the fan-shaped splicing plates and the annular splicing plates, and the round holes in the top surfaces are communicated with all the round holes in the bottom surfaces, sewage falling onto the quickly splicing platform capable of being repeatedly used can be quickly drained onto the ground.

The invention provides an anti-vibration type rapid splicing platform. The anti-vibration type rapid splicing platform is formed by splicing four fan-shaped splicing plates which are the same and multiple annular splicing plates, wherein a round hole is formed in each of the centers of the top surfaces of the fan-shaped splicing plates and the annular splicing plates, each splicing plate is obliquely arranged from the edge of the top surface to the round hole, a round hole is formed in each of the corners of the bottom surfaces of the fan-shaped splicing plates and the annular splicing plates, and the round holes in the top surfaces are communicated with all round holes in the bottom surfaces. The anti-vibration type rapid splicing platform provided by the invention has the great advantages of high quality, portability, use repeatability and assembly randomness; each round hole is formed in each of the centers of the top surfaces of the fan-shaped splicing plates and the annular splicing plates, each splicing plate is obliquely arranged from the edge of the top surface to the round hole, each round hole is formed in each of the corners of the bottom surfaces of the fan-shaped splicing plates and the annular splicing plates, and the round holes in the top surfaces are communicated with all the round holes in the bottom surfaces, so that sewage falling onto the anti-vibration type rapid splicing platform is enabled to be rapidly drained to the ground.

The invention provides a rigid rapid assembling platform, comprising two or more splicing modules, wherein the splicing modules are connected with each other through bolts and corner positioning clips on the side ends; each splicing module is composed of two same square splicing plates and a rectangular splicing plate; a round hole is formed in the center of the top surface of each of the square splicing plates and the rectangular splicing plate; each top surface inclines downwards from the edge of the top surface to the corresponding round hole; another round hole is formed in each of four corners of the square splicing plates and the rectangular splicing plates; the round holes in the top surfaces run through all round holes in the bottom surfaces. The rigid rapid assembling platform provided by the invention has the great advantages of being high in quality, portable, and free to assemble, and can be repeatedly used; the round holes are formed in the top surfaces of the square splicing plates and the rectangular splicing plates; the top surfaces incline downwards from the edges of the top surfaces to the round holes; the round holes are formed in the four corners of the bottom surfaces of the square splicing plates and the rectangular splicing plates; the round holes in the top surfaces run through all round holes in the bottom surfaces, so that the sewage falling to the blow-down type rapid assembling platform can be rapidly drained to the ground.

The invention provides a rectangular rapid splicing platform. The rectangular rapid splicing platform consists of two or more splicing modules, wherein each splicing module consists of four triangular splicing plates; a counter bore is formed in the centers of top surfaces of the four triangular splicing plates of each splicing module respectively, and the edges of the top surfaces incline downwards towards the counter bores; the bottom surface edges of the four triangular splicing plates are provided with grooves; the counter holes in corresponding top surfaces are communicated with the grooves in corresponding bottom surfaces, so that sewage falling onto the rectangular rapid splicing platform can be rapidly drained onto the ground.

The invention provides a round quick splicing platform. The round quick splicing platform is formed by splicing four fan-shaped splicing plates which are totally the same and a plurality of annular splicing plates, wherein a round hole is formed in the center of each of the top surfaces of the fan-shaped splicing plates and the annular splicing plates; each splicing plate is diagonally arranged from the edge of the top surface to the round hole; a round hole is formed in the corner of each of the bottom surfaces of the fan-shaped splicing plates and the annular splicing plates; the round holes in the top surfaces are communicated with all round holes in the bottom surfaces. The round rapid splicing platform provided by the invention has the great advantages of high quality, portability, repeatability in use and randomness in assembling; each round hole is formed in the center of each of the top surfaces of the fan-shaped splicing plates and the annular splicing plates, and each splicing plate is diagonally arranged from the edge of the top surface to the round hole, and each round hole is formed in the corner of each of the bottom surfaces of the fan-shaped splicing plates and the annular splicing plates, and the round holes in the top surfaces are communicated with all round holes in the bottom surfaces, so that sewage water falling onto the round rapid splicing platform can be rapidly drained to the ground.

The invention provides a sewage drainage type quickly splicing platform. The sewage drainage type quickly splicing platform comprises two or more splicing modules, wherein the splicing modules are connected through side end bolts and / or corner positioning clamps; each splicing module is formed by splicing nine square splicing plates with the same shape and the same size and four rectangular splicing plates with the same shape and the same size; a water flowing groove is respectively formed in the middle part of the top surface of each splicing module; a water flowing groove from top to bottom is respectively formed in the middle part of any side surface of each splicing module; a water flowing groove from top to bottom is also respectively formed in the middle part of the side surface, opposite to the optional side surface, of the splicing module; the water flowing grooves in the three surfaces are communicated with one another to form water flowing passages. The sewage drainage type quickly splicing platform provided by the invention has the strong advantages of high quality, portability, and capability of being repeatedly used and optionally assembled, and sewage falling onto the quickly splicing platform capable of being repeatedly used can be quickly drained onto the ground.

The invention provides a hard fast splicing platform made of flexible molecular materials. The hard fast splicing platform comprises two or more than two splicing modules, the splicing modules are mutually connected through side end screw bolts and corner positioning clamps, each splicing module consists of two identical square splicing plates and one rectangular splicing plate, in addition, each splicing module is made of the flexible molecular materials, and steel plates cover the top surface, the bottom surface and the side walls of each splicing module. The hard fast splicing platform made of the flexible molecular materials has the strong advantages that the quality is high, and portability, repeated use and free assembly are realized. In addition, each splicing module is made of the flexible molecular materials, in addition, the steel plates cover the top surface, the bottom surface and the side walls of each splicing module, and the hard fast splicing platform has the advantages that the weight is light, the service life is long, and the like.

The invention provides a pollution discharging type rapid splicing platform made of a flexible molecule material. The pollution discharging type rapid splicing platform comprises two or more splice modules which are connected through side-end bolts and / or corner locating clamps. Each splice module comprises nine identical square splice plates and four identical rectangular splice plates. Each splice module is made of the flexible molecule material. Moreover, steel plates cover the top faces, the bottom faces and the side walls of the splice modules. The pollution discharging type rapid splicing platform made of the flexible molecule material has the great advantages of being high in quality, portable, and capable of being used repeatedly and assembled at will. Moreover, each splice module is made of the flexible molecule material, the steel plates cover the top faces, the bottom faces and the side walls of the splice modules, and therefore the pollution discharging type rapid splicing platform has the advantages of being low in weight, long in service life and the like.

The invention provides a flow guide type rapid splicing platform made of a flexible molecule material. The flow guide type rapid splicing platform is composed of five identical square splice plates and four fanlike splice plates. The square splice plates and the fanlike splice plates are spliced together through side-end bolts and / or corner locating clamps. The square splice plates and the fanlike splice plates are both made of the flexible molecule material. Steel plates cover the top faces, the bottom faces and the side walls of the square splice plates and the top faces, the bottom faces and the side walls of the fanlike splice plates. The flow guide type rapid splicing platform made of the flexible molecule material has the great advantages of being high in quality, portable, and capable of being used repeatedly and assembled at will. Moreover, the square splice plates and the fanlike splice plates are both made of the flexible molecule material, the steel plates cover the top faces, the bottom faces and the side walls of the square splice plates and the top faces, the bottom faces and the side walls of the fanlike splice plates, and therefore the flow guide type rapid splicing platform has the advantages of being low in weight, long in service life and the like.

The invention provides a surrounding type quick-splicing platform. The quick-splicing platform is formed by mutual splicing eight same fan-shaped splicing plates with a plurality of annular splicing plates, wherein water flowing tanks are respectively arranged at the middle parts of the top surfaces of the fan-shaped splicing plates and the annular splicing plates; water flowing tanks from top to bottom are respectively arranged at the middle part of any one side surface of each of the fan-shaped splicing plates and the annular splicing plates; water flowing tanks from top to bottom are also respectively arranged at the middle part of the opposite side of each of the fan-shaped splicing plates and the annular splicing plates; the water flowing tanks on the three surfaces are communicated with one another to form a water flowing channel. The surrounding type quick-splicing platform has the great advantages of high quality, convenience, reusability and optional assembly; meanwhile, the wastewater falling onto the surrounding type quick-splicing platform can be quickly discharged to the ground.

The invention provides a quickly splicing platform capable of being repeatedly used. The platform is formed by connecting eight fan-shaped splicing plates with the same shape and the same size and a plurality of annular splicing plates, wherein a water flowing groove is respectively formed in the middle part of the top surface of each of the fan-shaped splicing plates and the annular splicing plates; a water flowing groove from top to bottom is respectively formed in the middle part of any side surface of the fan-shaped splicing plates and the annular splicing plates; a water flowing groove from top to bottom is respectively formed in the middle part of the side surface opposite to the optional side surface of the fan-shaped splicing plates and the annular splicing plates; the water flowing grooves in the three surfaces are communicated with one another to form water flowing passages. The quickly splicing platform provided by the invention has the strong advantages of high quality, portability, capability of being repeatedly used, and capability of being optionally assembled, and sewage falling onto the quickly splicing platform capable of being repeatedly used can be quickly drained onto the ground.

The invention provides a quickly splicing platform capable of being repeatedly used. The platform is formed by connecting eight fan-shaped splicing plates with the same shape and the same size and a plurality of annular splicing plates, wherein a round hole is formed in the center of the top surface of each of the fan-shaped splicing plates and the annular splicing plates; the fan-shaped splicing plates and the annular splicing plates are downwards inclined from the edges of the top surfaces to the round holes; a groove is formed in the edge of the bottom surface of each of the fan-shaped splicing plates and the annular splicing plates; the round holes in the corresponding top surfaces are communicated with the grooves in the corresponding bottom surfaces, so that sewage falling onto the quickly splicing platform capable of being repeatedly used can be quickly drained onto the ground.

The invention provides a rigid rapid assembling platform, comprising two or more splicing modules, wherein the splicing modules are connected with each other through bolts and corner positioning clips on the side ends; each splicing module is composed of two same square splicing plates and a rectangular splicing plate; an upper flowing water trough is formed in the top surface of each splicing module along the edge; a lower flowing water trough is formed in the bottom surface of each splicing module along the edge; circulating gaps are formed in more than one side surface from top to bottom; the upper flowing water troughs are communicated with the flowing water troughs through the circulating gaps. The rigid rapid assembling platform provided by the invention has the great advantages of being high in quality, portable, and free to assemble, and can be repeatedly used; sewage falling to the rigid rapid assembling platform can be rapidly drained to the ground.

The invention provides a portable type quickly-spliced platform. The portable type quickly-spliced platform comprises two or more splicing modules, wherein each splicing module is formed through splicing four identical triangular splicing plates and one square splicing plate, and the splicing modules are mutually spliced through side end bolts and / or corner locating clamps; a water flowing trough is formed in the middle part of the top face of each splicing module, a from-top-to-bottom water flowing trough is formed in the middle part of any side face of each splicing module, a from-top-to-bottom water flowing trough is also formed in the middle part of one side face, opposite to the corresponding side face, of each splicing module, and the water flowing troughs in the corresponding three faces are communicated so as to form a water flowing passage. The portable type quickly-spliced platform provided by the invention has the strong advantages of high quality, portability, reusability and assembly randomness, and sewage falling onto the portable type quickly-spliced platform can be quickly discharged to the ground.