96results about How to "Combination is reliable" patented technology

A beverage dispensing apparatus includes a mixing chamber for mixing hot water, a beverage concentrate and cold water, as well as one or more additives. The hot water and cold water are supplied at a predetermined flow rate at a predetermined proportion, regardless of the pressure of the water supply. A water heater supplies the hot water within a specified pressure range and without significant entrapped air.

The present invention is directed to a device and assembly for the anchoring and tensioning of cable bolts used in earthen formations to stabilize the earthen structures to prevent or minimize the caving in or sluffing-off of the earthen structure. The new invention presents an integral wedge barrel and threaded sleeve which can be turned to facilitate both the mixture of cementing resins and the physical tensioning of an anchored cable and which can reduce or prevent undesirable twisting of the cable during tensioning.

A mixing device having a body, a pusher, an abutter and a mixer is provided. The body is tubular and has a fore end, a rear end and multiple chambers. Each chamber has a fore opening, a rear opening and a cap sealing the fore opening. The cap protrudes forwardly and has an outer surface and a top. The pusher has multiple rods respectively inserted in the chambers from the rear openings. The abutter has multiple tubes for respectively breaking the caps through to communicate with the chambers and each having a blunt end. The mixer is tubular and has an outlet, a connector and a mixing shaft mounted therein. The connector is connected to the fore end of the body and communicates with the tubes of the abutter. The cap may be easily injection-molded and agents may be filled directly into the chambers to ensure reliable operation.

The invention relates to a multistation mixing device for mixing the contents of laboratory vessels. The device comprises at least two adapter plates having a holder for receiving laboratory vessels and a drive mechanism capable of driving the adapter plates in a mixing motion with the same angular speed such that, in horizontal planes, each point of the adapter plates performs a circular motion with the same radius, the same angle speed and the same angular position around a respective center. The starting positions of the adapter plates, from which the adapter plates are driven by the drive mechanism, are rotated relative to one another by an angle in the direction of the mixing motion in their respective angular position, such that imbalances occurring during the mixing motion are at least partially compensated.

The invention discloses a T-shaped steel pipe bunch combined structure. The T-shaped steel pipe bunch combined structure is composed of a T-shaped steel pipe bunch assembly, wherein the T-shaped steel pipe bunch assembly is formed by connecting a plurality of steel pipe units in sequence, each steel pipe unit is provided with a cavity, concrete is poured into each cavity, studs are arranged on the lateral wall of each cavity, and through holes are formed in a separating plate between every two adjacent steel pipe units. According to a component of the T-shaped steel pipe bunch combined structure, steel pipe bunches are manufactured in factories and assembled on site, and the concrete poured inside each cavity is an integrity, is poured conveniently and does not need formwork erection. The steel pipe bunches and the concrete work cooperatively through the studs, the combination function is reliable, the bending, pressure-resistant and shearing-resistance capacity is high, all production procedures of the component of the steel pipe bunch combined structure adopt industrial equipment, the production speed is high, product quality is reliable, and a large amount of labor is saved.

The invention discloses a high-precision stamping die assembly with a safety protection function. The high-precision stamping die assembly has reliable hydraulic power and has the reliable safety protection function, and meanwhile a male die can be replaced. The high-precision stamping die assembly comprises a rack, an upper die assembly and a lower die assembly, wherein the upper die assembly and the lower die assembly are arranged on the rack and opposite to each other, and the upper die assembly is located above the lower die assembly. The upper die assembly is driven through a hydraulic oil cylinder assembly to ascend and descend. The upper die assembly and the lower die assembly are provided with the male die and a female die which are matched with each other respectively. The upper die assembly further comprises a male die assembly fixed to the bottom face of a lifting board. The male die assembly comprises a fixing board fixedly connected to the bottom face of the lifting board. The fixing board is provided with a male die fixing base connection hole. A male die fixing base is connected into the male die fixing base connection hole. An axial connection hole is formed in the male die fixing base. A male die mechanism is connected into the axial connection hole in a matched manner. The side wall of the female die of the lower die assembly is provided with an infrared transmitting head and an infrared receiving head.

A continuous mixer includes a barrel with a hollow interior, and a pair of mixing rotors housed in the barrel and that rotate in mutually different directions, each mixing rotor including a mixing portion with plural mixing flights formed about an axial center of the mixing rotor and projecting radially outward. The mixing rotors have a center distance therebetween smaller than a rotation outer diameter of each of the respective mixing flights. An inter-rotor clearance, which is the smallest clearance between the mixing portions at each rotation phase of the mixing rotors in a cross section perpendicular to axial directions of the both mixing rotors, has a dimension allowing an extensional flow to be generated in a material passing through the inter-rotor clearance. The continuous mixer can reliably and efficiently mix a material having a large viscosity difference between a dispersed phase and a matrix phase.

The invention discloses a self-hole-forming and self-tapping shearing force connection piece and a construction method thereof. By means of the self-hole-forming and self-tapping shearing force connection piece, a laminated wood beam and a light-weight aggregate concrete flange are combined together. The self-hole-forming and self-tapping shearing force connection piece comprises a drill bit, a chip storage groove, a thread, a limiting joint, a nail rod and a hexagon head. The nail rod comprises a smooth section and a threaded section. The smooth section is poured in the bottom face of the light-weight aggregate concrete flange, and the threaded section is nailed into the top face of the laminated wood beam. The limiting joint capable of controlling the depth by which the shearing force connection piece is embedded in wood at any embedding angle is arranged between the smooth section and the threaded section. The self-hole-forming and self-tapping shearing force connection piece can be applied to floors and roofs of houses, landscape architecture and bridges of garden scenic regions and other structures.

The invention provides a day-ahead unit commitment method giving consideration to new energy consumption and trade execution. The method comprises the following steps: acquiring data of a power generation side and a power utilization side, determining a wind power output confidence interval, establishing a corresponding day-ahead scheduling optimization model according to bilateral contract type,and determining a day-ahead unit commitment and a power generation plan. The technical scheme provided by the invention considers the volatility of the wind power, and guarantees the unit commitment reliability when the wind powder is in any fluctuation in the confidence interval, and the consumption on the wind power by the system; and the technical scheme further considers the coordination between the trade execution and the power generation economy, so that the execution of the trade and the economy of the power generation are well balanced; the coordination of the trade execution between the power plants is ensured, and the fairness between the power plants is guaranteed; and the mutual influence among the flow restraint, the trade execution and the new energy consumption is determined.

The invention discloses a steel tube bundle combination structure with flanged U-shaped section bars. The steel tube bundle combination structure is formed by a steel tube bundle assembly. The steel tube bundle assembly is formed by a plurality of steel tube units which are connected sequentially. Each steel tube unit comprises a cavity, concrete is poured into the cavity, and the steel tube unit is a section bar with the cross section in a U shape. The U-shaped section bar of each steel tube unit comprises a folded bottom portion and two lateral walls, wherein an opening is formed between the two lateral walls, and the opening is spliced with a folded bottom portion of a U-shaped section bar of the adjacent steel tube unit. Folded sections parallel to the folded bottom portion are arranged at the ends of the lateral walls of each U-shaped section bar, the folded direction of the folded sections is opposite to the folded bottom portion, and the folded sections are welded to the folded bottom plate. Each folded bottom portion can serve as a partition plate between the adjacent steel tube units. The lateral walls of the steel tube units are connected to form flanges of the steel tube bundle assembly, and the folded bottom portions can serve as webs between the flanges.

The disclosure relates to a method of forming a digital print on a surface (2) by applying powder of dry ink (15) including colourants (7) on the surface, bonding a part of the dry ink (15) powder to the surface(2) by a digital heating print head (80) such that the digital print is formed by the bonded dry ink colourants (7) and removing non- bonded dry ink (15) from the surface (2).