Abstract: A thermo tea maker includes a tea cup and a tea infuser. The exterior of the tea cup has a first isolation gap in a vacuum state to block the heat conduction from an inner part to an outer part of the cup part. The exterior of the tea infuser has a second isolation gap in a vacuum state to block the heat conduction from an inner segment to an outer segment of the tea infuser. The tea cup and the tea infuser are able to keep the tea warm. When the tea infuser is turned, the tea infuser will not scald the user's hand.

Abstract: A rotary tea maker includes a tea cup and a tea infuser. After the tea is brewed in a tea brewing room of the tea infuser, through rotation of the tea infuser, the tea is discharged from the tea brewing room to be stored in a tea room of the tea cup for use. The tea in the tea brewing room flows to a passage from a water outlet of the tea infuser and then enters the tea room from a through hole of the tea cup. During the process, the air in the tea room is expelled to the passage from the through hole when the tea is poured and then flows to the tea brewing room through an air hole of an air pipe of the tea infuser, so that the tea in the tea brewing room can be discharged to the tea room smoothly.

Abstract: A container for storing food is provided with a receptacle including a bellows, a top opening, and external threads around the opening; and a lid including a skirt including internal threads secured to the external threads, a top bossed hole communicating with the bellows, and a top frame having an n-shaped section, the frame including an inner slot; an inlet valve in the bossed hole; a trigger assembly including a spring loaded piston in the frame, and a trigger formed with the piston; a sealing ring secured to an end of the piston distal the trigger; a cylinder for receipt of the sealing ring and a portion of the piston, an inlet port fitted on the bossed hole, and an outlet valve at an end distal the sealing ring; and a cover including a peripheral opening for receipt of the trigger.

Abstract: A tea pot is provided with a container having an upper reservoir, a lower reservoir, and an intermediate dividing member; a cavity formed with the dividing member and having an upper opening for communicating with the upper reservoir, and a lower opening for communicating with the lower reservoir; a receptacle in the upper reservoir and including a ball receiving well; a vent pipe partially positioned in the receptacle and having a passageway; a threaded recess extending outward from the cavity and being open to an outer surface of the container; a rotatable cylinder inserted through the recess into the cavity and including a hollow main body having surface openings; a nut secured to the recess; and a knob secured to the cylinder. Communication from the upper reservoir to the lower reservoir through the openings of the main body can be open or closed by turning the knob.

Abstract: A container for storing food is provided with a receptacle including a bellows, a top opening, and external threads around the opening; and a lid including a skirt including internal threads secured to the external threads, a top bossed hole communicating with the bellows, and a top frame having an n-shaped section, the frame including an inner slot; an inlet valve in the bossed hole; a trigger assembly including a spring loaded piston in the frame, and a trigger formed with the piston; a sealing ring secured to an end of the piston distal the trigger; a cylinder for receipt of the sealing ring and a portion of the piston, an inlet port fitted on the bossed hole, and an outlet valve at an end distal the sealing ring; and a cover including a peripheral opening for receipt of the trigger.

Abstract: A tea pot includes an upper container assembly comprising a releasable top, an open bottom, a beverage chamber, and a funnel in the beverage chamber; a check valve comprising a cylindrical seat comprising a bossed hole having a conical top surface, an opening spaced from the hole and being sealingly aligned with a stem of the funnel, and guide slots on an annular surface of the seat; a conical valve unit comprising a stepped-diameter tunnel, the valve unit being seated upon the seat; and a sliding assembly comprising a body, periphery tabs slidably received in the guide slots, and a top shaft including grooves, and a cylindrical top projection fasten in the tunnel wherein the shaft is slidably inserted into the hole in an assembled state; and a lower container assembly comprising releasable top and bottom, a lower ingredient chamber, and an intermediate strainer.

Abstract: A tea pot includes a lower container assembly comprising an internally threaded open top, a releasable bottom, and a diaphragm for dividing space of the lower container assembly into a lower beverage chamber and an upper passage chamber, the diaphragm having holes for communicating the beverage chamber with the passage chamber and an annular flange projecting into the passage chamber; and an upper container assembly comprising an externally threaded lower portion secured to the top of the lower container assembly, a releasable top, a bottom dividing the upper container assembly into upper ingredient chamber and lower passageway chamber, a cylindrical channel integrally formed with the bottom of the upper container assembly and projecting into the passageway chamber, and an annular gasket put on the channel and blocking the holes when the upper and lower container assemblies are threadedly secured together; and a strainer in the ingredient chamber.

Abstract: A tea pot is provided with a container having an upper reservoir, a lower reservoir, and an intermediate dividing member; a cavity formed with the dividing member and having an upper opening for communicating with the upper reservoir, and a lower opening for communicating with the lower reservoir; a receptacle in the upper reservoir and including a ball receiving well; a vent pipe partially positioned in the receptacle and having a passageway; a threaded recess extending outward from the cavity and being open to an outer surface of the container; a rotatable cylinder inserted through the recess into the cavity and including a hollow main body having surface openings; a nut secured to the recess; and a knob secured to the cylinder. Communication from the upper reservoir to the lower reservoir through the openings of the main body can be open or closed by turning the knob.

Abstract: A tea pot includes an upper container assembly comprising a releasable top, an open bottom, a beverage chamber, and a funnel in the beverage chamber; a check valve comprising a cylindrical seat comprising a bossed hole having a conical top surface, an opening spaced from the hole and being sealingly aligned with a stem of the funnel, and guide slots on an annular surface of the seat; a conical valve unit comprising a stepped-diameter tunnel, the valve unit being seated upon the seat; and a sliding assembly comprising a body, periphery tabs slidably received in the guide slots, and a top shaft including grooves, and a cylindrical top projection fasten in the tunnel wherein the shaft is slidably inserted into the hole in an assembled state; and a lower container assembly comprising releasable top and bottom, a lower ingredient chamber, and an intermediate strainer.

Abstract: A tea pot includes a lower container assembly comprising an internally threaded open top, a releasable bottom, and a diaphragm for dividing space of the lower container assembly into a lower beverage chamber and an upper passage chamber, the diaphragm having holes for communicating the beverage chamber with the passage chamber and an annular flange projecting into the passage chamber; and an upper container assembly comprising an externally threaded lower portion secured to the top of the lower container assembly, a releasable top, a bottom dividing the upper container assembly into upper ingredient chamber and lower passageway chamber, a cylindrical channel integrally formed with the bottom of the upper container assembly and projecting into the passageway chamber, and an annular gasket put on the channel and blocking the holes when the upper and lower container assemblies are threadedly secured together; and a strainer in the ingredient chamber.

Abstract: A recycling apparatus comprises a body; a slit on top having a hole on one end; a rear internal pasteurizing mechanism comprising a pulverizing device and a bottom first container; a front internal crushing mechanism comprising two sets of parallel blade wheels and a bottom second container; and a waste storage mechanism comprising a third container, a spring-loaded lever, and a plunger sliding in the third container. In use sequentially insert the needles of the used syringes into the slit with the piston syringe portion of the syringe held on the slit, push the syringes forward to cause the needles to contact the pulverizing device to be ground into powder while being pasteurized, the powder are dropped into the first container, the remained piston syringe portion of each syringe eventually drops into the crushing mechanism through the hole, the dropped piston syringe portion of each syringe is pressed and cut into pieces by the sets of the blade wheels, and the pieces are dropped into the second container.

Abstract: A recycling apparatus comprises a body; a slit on top having a hole on one end; a rear internal pasteurizing mechanism comprising a pulverizing device and a bottom first container; a front internal crushing mechanism comprising two sets of parallel blade wheels and a bottom second container; and a waste storage mechanism comprising a third container, a spring-loaded lever, and a plunger sliding in the third container. In use sequentially insert the needles of the used syringes into the slit with the piston syringe portion of the syringe held on the slit, push the syringes forward to cause the needles to contact the pulverizing device to be ground into powder while being pasteurized, the powder are dropped into the first container, the remained piston syringe portion of each syringe eventually drops into the crushing mechanism through the hole, the dropped piston syringe portion of each syringe is pressed and cut into pieces by the sets of the blade wheels, and the pieces are dropped into the second container.

Abstract: A faucet comprises a main body, a control valve column, and a filter mounted on the main body. The main body is provided with an axial hole in which the control valve column is movably received. The control valve column is provided at one end thereof with a handle fastened therewith such that the control valve column can be caused by the handle to displace in the axial hole so as to let the liquid out directly from an outlet of the main body or to let the liquid out of the outlet of the main body via the filter.