30results about How to "Increased unit utilization" patented technology

The invention discloses a liquid spraying fermentation tower provided with a non-woven fabric filling system. The liquid spraying fermentation tower comprises a tower body, wherein a return spray plate is disposed on the top portion in the tower body, a filling system is disposed on the upper portion in the tower body, a fermentation liquid is disposed on the lower portion of the tower body, and a false bottom is disposed between the filling system and the fermentation liquid. The filling system is the non-woven fabric filling system. The non-woven fabric filling system is employed and the orientation movement of the non-woven fabric is utilized, so that bacterial cellulose and bacterial cellulose membrane system aggregated thereby, which are produced by fermentation production of liquid sprayed vinegar, are taken away. The problem is thoroughly solved that membranes block the gaps in the filler and then the fermentation production of vinegar is terminated because of the failure of normal flow of the air and the fermentation liquid. Because high value of the bacterial celluloses is determined by functionality of the bacterial celluloses, the non-woven fabric filler overgrowing with the bacterial celluloses can be sold as a specific commodity or developed secondarily and processed elaborately, so that the cost for buying the non-woven fabric filler is made up, and thus cost is substantially saved and a new profit is brought.

The present invention provides a filtering method and a filter. Data in data storage units in a register is input in parallel to vector storage units of a processing module, wherein the number of the vector storage units where data is input is equal to that of the data storage units; and the input data is calculated to obtain a filtering output result, so that each vector storage unit in the processing module is fully utilized, and the utilization of the processing module is improved. In the present invention, data in each data storage unit is arranged in columns, and the columns of data pass through K channels sequentially and are input to the vector storage units, wherein the value of K is the number of filter coefficients; and during data input, the data is offset and stored in ascending or descending order according to the sequence of the channels. Therefore, the unit utilization of the processing module is improved; and the filter can be reconstructed, is adjustable in the degree of parallelism, and uses a few on-chip resources.

The invention discloses a gas dissolution method and device for an electromagnetic strengthening water medium and belongs to the technical field of water resource purification and protection through magnetic fields. The device comprises an air outlet, a screen mesh, a water inlet, a spray header, a reaction bed, a stuffing discharging port, an air inlet, a water outlet and a housing. A direct-current controlled high current is adopted to form a magnetic field where the gas and the water are magnetized at the same time, then the magnetized gas and the magnetized water medium form a 'combination unit' of magnetic attraction through random movement of molecules. The invention also discloses a method which is lower in energy consumption and cost, and can increase the solvability of the paramagnetism gases in the water, such as oxygen, ozone and the like.

A method for producing bacterial cellulose by a liquid spraying fermentation tower filled with woven fabric is disclosed. The liquid spraying fermentation tower filled with woven fabric is employed in a fermentation step. The liquid spraying fermentation tower filled with woven fabric comprises a tower body, wherein a return spray plate is disposed on the top portion in the tower body, a woven fabric filling system is disposed on the upper portion in the tower body, a fermentation liquid is disposed on the lower portion of the tower body, and a false bottom is disposed between the filling system and the fermentation liquid. The woven fabric filling system comprises a roller disposed in the tower and woven fabric wound on the roller, one end of the woven fabric is connected with an unreeling apparatus and the other end of the woven fabric is connected with a winding apparatus. The woven fabric filling system is employed and the orientation movement of the woven fabric is utilized, so that Haiyue produced by fermentation production of liquid sprayed vinegar, which means bacterial cellulose and bacterial cellulose membrane system aggregated thereby, is taken away. The method helps to thoroughly solve the problem that the membrane blocks the gaps in the filler and then the fermentation production of vinegar is terminated because of the failure of normal flow of the air and the fermentation liquid.

The invention discloses a solvent displacement condensation tower and a method for producing anhydrous formaldehyde, and mainly relates to the technical field of organic synthesis. The solvent displacement condensation tower is composed of several annular diversion distribution grooves and packing sections alternately, and the annular diversion distribution groove includes outer Tank, inner tank and central riser and downcomer arranged in the inner tank. When in use, the external feed and the liquid flowing down from the top of the tower first flow down the outer tank, pass through the opening at the bottom of the baffle into the inner tank and then flow upward, and finally flow from the multiple downcomers in the inner tank to the ring guide. The packing surface below the flow distribution groove performs mass exchange with the gas phase. After the liquid flows through the packing section, it enters the outer tank of the next-level annular diversion tank, and then flows through the inner tank and downcomer in turn to enter the next packing section until it reaches the bottom of the tower. The gas rises along the packing gap in the tower and enters the gas riser of the annular diversion distribution groove, bypasses the umbrella-shaped baffle and enters the upper packing layer, and then gradually flows out from the top of the tower.

The invention discloses a liquid spraying fermentation tower provided with a woven fabric type filling system. The liquid spraying fermentation tower comprises a tower body, wherein a return spray plate is disposed on the top portion in the tower body, a filling system is disposed on the upper portion in the tower body, a fermentation liquid is disposed on the lower portion of the tower body, and a false bottom is disposed between the filling system and the fermentation liquid. The filling system is the woven fabric type filling system. The woven fabric filling system is employed and the orientation movement of the non-woven fabric is utilized, so that bacterial cellulose and bacterial cellulose membrane system aggregated thereby, which are produced by fermentation production of liquid sprayed vinegar, are taken away. The problem is thoroughly solved that membranes block the gaps in the filler and then the fermentation production of vinegar is terminated because of the failure of normal flow of the air and the fermentation liquid. Because high value of the bacterial celluloses is determined by functionality of the bacterial celluloses, the woven fabric filler overgrowing with the bacterial celluloses can be sold as a specific commodity or developed secondarily and processed elaborately, so that the cost for buying the woven fabric filler is made up, and thus cost is substantially saved and a new profit is brought.

The invention discloses a liquid spraying fermentation tower provide with a knitted fabric type filling system. The liquid spraying fermentation tower comprises a tower body, wherein a return spray plate is disposed on the top portion in the tower body, a filling system is disposed on the upper portion in the tower body, a fermentation liquid is disposed on the lower portion of the tower body, and a false bottom is disposed between the filling system and the fermentation liquid. The filling system is the knitted fabric type filling system. The knitted fabric filling system is employed and the orientation movement of the non-woven fabric is utilized, so that bacterial cellulose and bacterial cellulose membrane system aggregated thereby, which are produced by fermentation production of liquid sprayed vinegar, are taken away. The problem is thoroughly solved that membranes block the gaps in the filler and then the fermentation production of vinegar is terminated because of the failure of normal flow of the air and the fermentation liquid. Because high value of the bacterial celluloses is determined by functionality of the bacterial celluloses, the knitted fabric filler overgrowing with the bacterial celluloses can be sold as a specific commodity or developed secondarily and processed elaborately, so that the cost for buying the knitted fabric filler is made up, and thus cost is substantially saved and a new profit is brought.

The invention discloses a viscoelastic-friction compound damper with variable damping and variable stiffness, which comprises two symmetrical cylindrical viscoelastic damper units and two cylindrical friction damper units, the friction damper units are sleeved on a circular Outside of the cartridge viscoelastic damper unit. The cylindrical viscoelastic damper unit is sequentially composed of an annular inner steel cylinder, an annular viscoelastic material layer, and an annular middle steel cylinder from the inside to the outside. The middle part of the annular inner steel cylinder is provided with an elastic element, and both ends of the annular inner steel cylinder are provided with closed steel plates. , the inner sides of both ends of the annular middle steel cylinder are provided with cylindrical viscoelastic materials, and the two ends of the annular middle steel cylinder are provided with connecting anchor steel plates; the friction damper unit is sequentially composed of annular middle steel cylinder, annular friction plate, Annular friction plate, annular outer steel cylinder. The annular friction plate is divided into a first annular friction plate and a second annular friction plate. The annular outer steel cylinder is composed of an upper half annular outer steel cylinder and a lower half annular outer steel cylinder connected by bolts.

A method for producing vinegar using a liquid pouring fermentation tower with a knitted cloth packing system, the fermentation step adopts a liquid pouring fermentation tower with a knitted cloth packing system, and the liquid pouring fermentation tower with a knitted cloth packing system includes Tower body, the top of the tower body is provided with a shower tray, the upper part of the tower body is a knitted cloth packing system, the lower part is a fermentation liquid, and a false bottom is provided between the packing system and the fermentation liquid; the knitted cloth packing system includes a The roller in the tower and the knitted fabric wound on the roller, one end of the knitted fabric is connected to the unwinding device, and the other end is connected to the winding device. The invention uses a knitted cloth-type packing system, utilizes the directional movement of the knitted cloth, and takes away the "sea moon"-bacterial cellulose produced by the fermentation of liquid poured vinegar and its aggregated bacterial cellulose film system. The method completely solves the problem that the film blocks the gaps between the filling materials, and the air and fermentation liquid cannot flow normally, so that the fermentation production of vinegar is terminated.

A method for producing kombucha beverage by a liquid spraying fermentation tower filled with non-woven fabric is disclosed. The liquid spraying fermentation tower filled with non-woven fabric is employed in a fermentation step. The liquid spraying fermentation tower filled with non-woven fabric comprises a tower body, wherein a return spray plate is disposed on the top portion in the tower body, a non-woven fabric filling system is disposed on the upper portion in the tower body, a fermentation liquid is disposed on the lower portion of the tower body, and a false bottom is disposed between the filling system and the fermentation liquid. The non-woven fabric filling system comprises a roller disposed in the tower and non-woven fabric wound on the roller, one end of the non-woven fabric is connected with an unreeling apparatus and the other end of the non-woven fabric is connected with a winding apparatus. The non-woven fabric filling system is employed and the orientation movement of the non-woven fabric is utilized, so that Haiyue produced by fermentation production of liquid sprayed kombucha, which means bacterial cellulose and bacterial cellulose membrane system aggregated thereby, is taken away. The method helps to thoroughly solve the problem that the membrane blocks the gaps in the filler and then the fermentation production of kombucha beverage is terminated because of the failure of normal flow of the air and the fermentation liquid.

A method for producing bacterial cellulose by a liquid spraying fermentation tower filled with non-woven fabric is disclosed. The liquid spraying fermentation tower filled with non-woven fabric is employed in a fermentation step. The liquid spraying fermentation tower filled with non-woven fabric comprises a tower body, wherein a return spray plate is disposed on the top portion in the tower body, a non-woven fabric filling system is disposed on the upper portion in the tower body, a fermentation liquid is disposed on the lower portion of the tower body, and a false bottom is disposed between the filling system and the fermentation liquid. The non-woven fabric filling system comprises a roller disposed in the tower and non-woven fabric wound on the roller, one end of the non-woven fabric is connected with an unreeling apparatus and the other end of the non-woven fabric is connected with a winding apparatus. The non-woven fabric filling system is employed and the orientation movement of the non-woven fabric is utilized, so that Haiyue produced by fermentation production of liquid sprayed kombucha, which means bacterial cellulose and bacterial cellulose membrane system aggregated thereby, is taken away. The method helps to thoroughly solve the problem that the membrane blocks the gaps in the filler and then the fermentation production of bacterial cellulose is terminated because of the failure of normal flow of the air and the fermentation liquid.

A method for producing kombucha beverage by a liquid spraying fermentation tower filled with kintted fabric is disclosed. The liquid spraying fermentation tower filled with knitted fabric is employed in a fermentation step. The liquid spraying fermentation tower filled with knitted fabric comprises a tower body, wherein a return spray plate is disposed on the top portion in the tower body, a knitted fabric filling system is disposed on the upper portion in the tower body, a fermentation liquid is disposed on the lower portion of the tower body, and a false bottom is disposed between the filling system and the fermentation liquid. The knitted fabric filling system comprises a roller disposed in the tower and knitted fabric wound on the roller, one end of the knitted fabric is connected with an unreeling apparatus and the other end of the knitted fabric is connected with a winding apparatus. The knitted fabric filling system is employed and the orientation movement of the knitted fabric is utilized, so that Haiyue produced by fermentation production of liquid sprayed kombucha, which means bacterial cellulose and bacterial cellulose membrane system aggregated thereby, is taken away. The method helps to thoroughly solve the problem that the membrane blocks the gaps in the filler and then the fermentation production of kombucha beverage is terminated because of the failure of normal flow of the air and the fermentation liquid.

A method for producing vinegar using a liquid pouring fermentation tower with a non-woven packing system, the fermentation step adopts a liquid pouring fermentation tower with a non-woven packing system, the liquid pouring fermentation tower of the non-woven packing system The pouring fermentation tower includes a tower body, the top of the tower body is provided with a shower tray, the upper part of the tower body is a non-woven packing system, the lower part is a fermentation liquid, and a false bottom is provided between the packing system and the fermentation liquid; the non-woven fabric The type packing system includes a roller set in the tower and a non-woven fabric wound on the roller. One end of the non-woven fabric is connected to the unwinding device, and the other end is connected to the winding device. The invention uses a non-woven fabric type packing system, utilizes the directional movement of the non-woven fabric, and takes away the "sea moon"-bacterial cellulose produced by the fermentation production of liquid poured vinegar and the bacterial cellulose film system formed by aggregation. The method completely solves the problem that the film blocks the gaps between the filling materials, and the air and the fermented liquid cannot flow normally, so that the fermentation production of vinegar is terminated.

A method of liquid pouring and fermentation tower of a weave -type filler system to produce vinegar. Its fermentation steps adopt a liquid pouring fermentation tower with woven fabric fille.The fermentation tower includes the tower body. The top of the tower is equipped with a golf dish. The upper part of the tower is a woven -type filler system.The filler system includes rolling wheels set in the tower and the woven fabric wrapped around the roller. One end of the machine fabric is connected to the roll device, and the other end is connected to the roll -up device.The present invention uses a weave-type filler system, and uses the directional movement of the weaving of the machine to take away the "sea moon"-bacterial cellulose and the bacterial cellulose film system produced by liquid pouring vinegar fermentation production.Thoroughly solve the gap between the film blocking the filling material, the air and fermentation solution cannot flow normally to terminate the problem of fermentation to produce vinegar.

A method for producing kombucha beverage by a liquid spraying fermentation tower filled with woven fabric is disclosed. The liquid spraying fermentation tower filled with woven fabric is employed in a fermentation step. The liquid spraying fermentation tower filled with woven fabric comprises a tower body, wherein a return spray plate is disposed on the top portion in the tower body, a woven fabric filling system is disposed on the upper portion in the tower body, a fermentation liquid is disposed on the lower portion of the tower body, and a false bottom is disposed between the filling system and the fermentation liquid. The woven fabric filling system comprises a roller disposed in the tower and woven fabric wound on the roller, one end of the woven fabric is connected with an unreeling apparatus and the other end of the woven fabric is connected with a winding apparatus. The woven fabric filling system is employed and the orientation movement of the woven fabric is utilized, so that Haiyue produced by fermentation production of liquid sprayed kombucha, which means bacterial cellulose and bacterial cellulose membrane system aggregated thereby, is taken away. The method helps to thoroughly solve the problem that the membrane blocks the gaps in the filler and then the fermentation production of kombucha beverage is terminated because of the failure of normal flow of the air and the fermentation liquid.

A method for producing bacterial cellulose by a liquid spraying fermentation tower filled with non-woven fabric is disclosed. The liquid spraying fermentation tower filled with non-woven fabric is employed in a fermentation step. The liquid spraying fermentation tower filled with non-woven fabric comprises a tower body, wherein a return spray plate is disposed on the top portion in the tower body, a non-woven fabric filling system is disposed on the upper portion in the tower body, a fermentation liquid is disposed on the lower portion of the tower body, and a false bottom is disposed between the filling system and the fermentation liquid. The non-woven fabric filling system comprises a roller disposed in the tower and non-woven fabric wound on the roller, one end of the non-woven fabric is connected with an unreeling apparatus and the other end of the non-woven fabric is connected with a winding apparatus. The non-woven fabric filling system is employed and the orientation movement of the non-woven fabric is utilized, so that Haiyue produced by fermentation production of liquid sprayed kombucha, which means bacterial cellulose and bacterial cellulose membrane system aggregated thereby, is taken away. The method helps to thoroughly solve the problem that the membrane blocks the gaps in the filler and then the fermentation production of bacterial cellulose is terminated because of the failure of normal flow of the air and the fermentation liquid.