87results about "Kitchen equipment" patented technology

A height adjustable platform and method include a ratchet platform. In an embodiment, the ratchet platform is height adjustable and includes a platform upper assembly having a platform and a ratchet. The ratchet includes a platform riser tube and a ratchet rail secured to the platform riser tube. The ratchet platform further includes a platform lower assembly having a support column and a platform base. The support column is secured to the platform base. An end of the ratchet is proximate the platform and an opposing end of the ratchet is disposed within an interior of the support column. The platform base is adapted to be secured within a vehicle. The ratchet platform also includes a platform upper assembly actuator having a pedal sub assembly and an upper linkage. The upper linkage is attached to the pedal sub assembly. Actuation of the pedal sub assembly actuates the upper linkage. In addition, actuation of the upper linkage actuates the ratchet to adjust the height of the ratchet platform.

A fishing rod holder device for temporarily securing to a dock. The device features a mounting base, a pole holding tube extending upwardly at an angle from the mounting base, a channel aperture disposed in the mounting base; and a locking means for securing the mounting base to a dock in a tool-free and hardware-free manner. The locking means features a locking means base dispose don the mounting base, a sliding tube telescopically received in the locking means base, a shaft extending through both the sliding tube and locking means base, a first T-bar disposed on the shaft above the sliding tube and a second T-bar disposed on the shaft below the mounting base. The second T-bar can be moved upwardly toward the mounting base to compress planks of a dock to secure the device to the dock.

The invention relates to a stirring device of a milk foam machine and the milk foam machine with the stirring device. The stirring device (40) comprises a support (42), a stator (43) and a rotor (44) arranged on the stator in a sleeved mode. The stator (43) is connected with the support (42). The stator (43) drives the rotor (44) to rotate. The stirring device (40) is arranged in the milk foam machine (100) and connected to a stirring shaft in the milk foam machine (100) in a clamped mode. The stirring device (40) changes the rotation direction and / or the rotation speed of the stirring device (40) through a connection structure so as to control the thicknesses of milk foam. The stirring device and the milk foam machine are simple in structure, a containing device can be separated from a machine body but not provided with electric attachments, and the containing device is convenient to use and clean. A method of making the milk foam with different thicknesses by changing the rotation direction and / or the rotation speed of the stirring device is adopted and the milk foam with different thicknesses can meet taste needs of individuals.

The invention discloses a die-casting method of a thin-wall oil pipe embedding part oil pan. The method comprises the steps of preheating oil pipes through an oven; moving a wood board at the bottom of a machine stand to reach the middle of a die to prepare for mounting the oil pipe; moving out the heated oil pipes from the oven; keeping the surfaces of the oil pipes free of oil stain; aligning the middle of the oil pipes to two end heads; mounting the #1 oil pipe above and mounting the #2 oil pipe below, wherein the #1 oil pipe and the #2 oil pipe are respectively mounted on corresponding fixing points of the oil pan; examining whether the #1 oil pipe and the #2 oil pipe are clung to a U-shaped clamping slot; connecting the #1 oil pipe and the #2 oil pipe through a plurality of aluminum embedding part blocks which are fixed on the U-shaped clamping slot in the die before closing the die and pouring of a die-casting machine; moving out the oil pan after production; examining whether the oil pipes expose, oil pipe feeders and each pin hole are damaged by buckling, and an interlayer and each corner are burnt and adhered with aluminum. The method has the advantages that the oil pipes can be accurately positioned, aluminum cannot overflow from oil pipe positioning holes, and the oil pipes cannot be flattened and deformed due to non-uniform stressing.