We are pleased to introduce intellectual property information developed and patented by SIO Corporation, designed to enhance the performance of machine tools.
"Fluid supply apparatus and its internal structure”
An internal structure is a prismatic shaft having a plurality of lateral faces configured to be housed in and fixed to a tubular body. A plurality of pillars are arranged in a mesh pattern on the lateral faces. A fluid is given a flow characteristic by passing through the flow paths between the plurality of pillars while the fluid is supplied from the inlet and flows out of the outlet of the tubular body.
”Internal structure, fluid characteristic change device, and device for use thereof”
An internal structure has a Venturi tube structure that generates microbubbles and a body structure that induces cavitation phenomena at cross flow paths by forming multiple protrusions that generate ultrafine bubbles.
"Fluid mixing output device and fluid utilization equipment using the same"
It has an internal structure with first through fourth portions. The first and third portions are provided with wings, and the second and fourth portions are provided with a plurality of protrusions on their outer surfaces. One of the fluid supply ports is provided corresponding to the first portion, and the other one of the fluid supply ports is provided corresponding to the third portion, allowing multiple fluids to be mixed and output.
”Internal structure, fluid characteristic change device, and device for use thereof”
An internal structure has a Venturi tube structure that generates microbubbles and a body structure that induces cavitation phenomena at cross flow paths by forming a mesh of multiple protrusions that generate ultrafine bubbles.
Internal structure, fluid characteristic change device, and device for use thereof
The inner structure has a Venturi tube on the inside and a reticular projection and on the outside to generate microbubbles in the former and ultrafine bubbles in the latter.
"Fluid mixing output device and fluid utilization equipment using it"
It has an internal structure with first through fourth portions. The first and third portions are provided with wings, and the second and fourth portions are provided with a plurality of protrusions on their outer surfaces. One of the fluid supply ports is provided corresponding to the first portion, and the other one of the fluid supply ports is provided corresponding to the third portion, allowing multiple fluids to be mixed and output.
"Fluid supply device"
It is a fluid supply device having an internal structure with a plurality of protrusions having at least one step on the outer circumference in the shaft section.
"Fluid systems and their inspection devices, inspection methods, and control methods and control programs for fluid systems"
A pressure loss measuring means to detect the pressure loss of the fluid is provided between the fluid characteristic changing element and the utilization device, and the fluid supply is controlled by the pressure loss value when the fluid from the fluid characteristic changing element is supplied to the utilization device. The utilization device is a heat exchanger or a cleaning/cooling device.
"Fluid supply pipe"
A fluid supply pipe is disclosed which has first to fourth portions formed integrally. The second and fourth portions generate fine bubbles.
Fluid systems and inspection devices thereof, inspection methods, and control methods and control programs for fluid systems
A fluid characteristic change element that generates fine bubbles in the fluid is placed in the flow channel, and a pressure loss measurement means is provided to detect the pressure loss of the fluid in the flow channel to detect the operating state of the fluid characteristic change element.
A fluid supply pipe
Shown is an internal structure having the first part with multiple spiral vaness at the upper portion and the second part with numerous protrusions at the lower portion on the outer surface of the shaft body. Some of the multiple protrusions have a low height, allowing the fluid to flow through the gap between them and the wall of the cylinder. This is a measure to prevent pressure loss.
"Fluid supply apparatus"
A fluid supply apparatus is disclosed which has an internal structure provided with a plurality of protrusions. A groove having a depth is formed in flow paths between the protrusions.
"Internal Structure”
An internal structure is disclosed. The structure comprises a diffusion portion,a spiral generation portion and a flow characteristics conferring portion which are formed integrally. The internal structure provides fine bubbles.
"Fluid supply pipe"
A fluid supply pipe is disclosed which has first to fourth portions formed integrally. The second and fourth portions generate fine bubbles.
”An internal structure and a fluid supply pipe within the internal structure”
An internal structure is provided with a plurality of protrusions on the outer surface of the shaft. The center lines of the flow paths between the protrusions are shifted in the direction of travel of the flow path. The frequency of fluid collisions with the protrusions increases.
"Fluid Supply Apparatus"
A fluid supply apparatus is disclosed which has an internal structure provided with a plurality of protrusions. A groove having a depth is formed in flow paths between the protrusions.
"Fluid supply apparatus”
Invention of the fluid supply pipe having first and second internal structures in which first structure is housed in the hollow of the second internal structure. Second internal structure is provided with a plurality of protrusions. A groove having a depth is formed in flow paths between the protrusions
"Internal Structure"
An internal structure is disclosed. The structure comprises a diffusion portion,a spiral generation portion and a flow characteristics conferring portion which are formed integrally. The internal structure provides fine bubbles.
"Fluid supply apparatus and its internal structure”
An internal structure is a prismatic shaft having a plurality of lateral faces configured to be housed in and fixed to a tubular body. A plurality of pillars are arranged in a mesh pattern on the lateral faces. A fluid is given a flow characteristic by passing through the flow paths between the plurality of pillars while the fluid is supplied from the inlet and flows out of the outlet of the tubular body.
"Fluid Supply Apparatus"
A fluid supply apparatus is disclosed which has an internal structure provided with a plurality of protrusions. A groove having a depth is formed in flow paths between the protrusions.
"Fluid Supply Apparatus"
A fluid supply apparatus is disclosed which has an internal structure provided with a plurality of protrusions. A groove having a depth is formed in flow paths between the protrusions.
"Fluid supply pipe"
Invention of the fluid supply pipe having first and second internal structures in which first structure is housed in the hollow of the second internal structure.
"A Fluid Supply Apparatus"
A fluid supply apparatus is disclosed which has an internal structure having first to fourth portions formed integrally. The second and fourth portions generate fine bubbles.
"Internal Structure”
An internal structure is disclosed. The structure comprises a diffusion portion,a spiral generation portion and a flow characteristics conferring portion which are formed integrally. The internal structure provides fine bubbles.
"Fluid supply apparatus"
Invention of the fluid supply apparatus having first and second internal structures in which first structure is housed in the hollow of the second internal structure.
"Internal Structure"
An internal structure is disclosed which has first to fourth portions formed integrally. The second and fourth portions generate fine bubbles.
"Fluid supply pipe"
Invention of the fluid supply pipe having first and second internal structures in which first structure is housed in the hollow of the second internal structure.
"Fluid supply apparatus"
A fluid supply apparatus is disclosed which has an internal structure provided with a plurality of protrusions. A groove having a depth is formed in flow paths between the protrusions.
"Fluid supply pipe"
A fluid supply pipe is disclosed which has first to fourth portions formed integrally. The second and fourth portions generate fine bubbles.
"Fluid supply apparatus"
A fluid supply apparatus is disclosed which has first to third portions formed integrally. The third portion generates fine bubbles.
"Internal Structure"
Japanese Patent 6393389: "Internal Structure" patented on August 31, 2018 An internal structure is disclosed. The structure comprises a diffusion portion,a spiral generation portion and a flow characteristics conferring portion which are formed integrally.
""Fluid supply pipe,Machine tools,Shower Nozzles and Fluid mixing apparatus"
Fluid supply pipes and their applications are disclosed. The pipe has an internal structure in which first to third portions are formed integrally.
"Fluid supply pipe, Machine tools, Shower Nozzles and Fluid mixing apparatus"
Invention of the fluid supply pipe having first and second internal structures in which first structure is housed in the hollow of the second internal structure.
"Fluid supply pipe, Machine tools, Shower Nozzles and Fluid mixing apparatus"
Fluid supply pipes and their applications are disclosed. The pipe has an internal structure in which first to third portions are formed integrally.
"Fluid supply pipe"
Invention of the fluid supply pipe having an internal structure in which first to third portions are formed integrally.
"Fluid supply pipe"
Invention of the fluid supply pipe having first and second internal structures in which first structure is housed in the hollow of the second internal structure.
"Fluid supply pipe"
Invention of the fluid supply pipe having an internal structure in which first to third portions are formed integrally.
Nozzzle and nozzle module
There are a plurality of gas inlet holes where gases are sucked in by fluid flow against the interior space of the nozzle. The wall surface of the cross section of the internal space is a star-shaped polygon, etc. There are multiple gas inlet holes on the same circumference, and gas outlet ports are formed at the vertices of the cross-sectional shape of the internal space. As a result, the gas flows streakily at the apex of the cross-sectional shape and the fluid flows mainly at the center of the circular shape to improve the straightness of the fluid to be discharged.
"Nozzle, Nozzle fixing structure and Nozzle Assembly"
Invention of the nozzle assembly having a base module and a nozzle module in which the angle of the nozzle module is adjusted by manual operation of the dial-type handle.
"Nozzle Assembly and Nozzle fixing structure"
Invention of the nozzle assembly having a base module and a nozzle module in which the angle of the nozzle module is adjusted by manual operation of the dial-type handle.
"Nozzle, Nozzle Module, and Machine tools provided with them"
A nozzle is disclosed which is used for Machine tools. A plate-shaped member whose shape is such as a star shape is disposed in the nozzle.
"Nozzle, Nozzle fixing structure and Nozzle Assembly"
Invention of the nozzle assembly having a base module and a nozzle module in which the angle of the nozzle module is adjusted by manual operation of the dial-type handle.
"Nozzle, Nozzle Module, and Machine tools provided with them"
Machine tools provided with a nozzle is disclosed. A plate-shaped member is disposed in the nozzle. The plate-shape member has a cross-sectional shape such as a star shape, etc.
"Nozzle, Nozzle fixing structure and Nozzle Assembly"
Invention of the nozzle assembly having a base module and a nozzle module in which the angle of the nozzle module is adjusted by manual operation of the dial-type handle.
"NC controlled grinding device, its control apparatus, method and program"
Invention of the grinding device which controls the relative speed between the grinding wheel and works not to become high at the time of contact of them based on the output of the torque sensors.
"Machining equipment,its control method and program"
Invention of the machining equipment which controls the relative speed between the cutlery and works not to become high at the time of contact of them.
"Machining equipment,its control method and program"
Invention of the machining equipment which controls the relative speed between the cutlery and works not to become high at the time of contact of them.