IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0739058
(2013-01-11)
|
등록번호 |
US-8613290
(2013-12-24)
|
발명자
/ 주소 |
|
출원인 / 주소 |
|
대리인 / 주소 |
|
인용정보 |
피인용 횟수 :
7 인용 특허 :
9 |
초록
▼
An anti-inundation and drainage structure for an anti-freeze faucet contains a tube body, a controlling valve, and a control assembly. The tube body includes a chamber, an inlet, an outlet, and a coupling hole. The controlling valve is fixed in the chamber and includes a housing, an axial bolt, a fi
An anti-inundation and drainage structure for an anti-freeze faucet contains a tube body, a controlling valve, and a control assembly. The tube body includes a chamber, an inlet, an outlet, and a coupling hole. The controlling valve is fixed in the chamber and includes a housing, an axial bolt, a first check device, a connector, a second check device, a ceramic shifting piece, a ceramic fixing piece, and a positioning member. The control assembly is coupled with the coupling hole and includes a rotating member connecting with a rod in the chamber of the tube body, the rod has a hollow passage defined therein and an air port formed on one end thereof so as to couple with the rotating member, another end of the rod relative to the air port is inserted into the second segment of the slot of the connector of the controlling valve.
대표청구항
▼
1. An anti-inundation and drainage structure for an anti-freeze faucet comprising: a tube body including, a chamber defined therein, an inlet formed on one end thereof, an outlet arranged on another end thereof, and a coupling hole adjacent to the outlet, and the inlet, the outlet, the coupling hole
1. An anti-inundation and drainage structure for an anti-freeze faucet comprising: a tube body including, a chamber defined therein, an inlet formed on one end thereof, an outlet arranged on another end thereof, and a coupling hole adjacent to the outlet, and the inlet, the outlet, the coupling hole being in communication with the chamber;a controlling valve fixed in the chamber of the tube body and including a housing, an axial bolt, a connector, a second check device, a ceramic shifting piece, a ceramic fixing piece, and a positioning member, the housing having, a first water aperture defined on a peripheral side thereof, the axial bolt being inserted into the housing and having a driving segment and a connecting segment relative to the driving segment, the driving segment being located at the housing, the axial bolt also having a water outflow room defined in the driving segment thereof and a coupling opening extending out of the housing, the axial bolt further having a second water aperture formed on an outer wall thereof and communicating with the water outflow room, the connector being cylindrical and having a first segment and a second segment relative to the first segment, the first segment connecting with the connecting segment of the axial bolt, the second segment having a projected stopping rim and a slot formed on an end surface thereof, the connector also having two seal rings fitted between the first segment and the second segment, and between the two seal rings being defined an air vent for communicating with the slot; the second check device having a checking member fitted on the connector, an unidirectional sealing washer fitted on the checking member, a spring fitted on the connector and abutting against the stopping rim and the slot, such that the air vent of the connector flows air smoothly; the ceramic shifting piece being fitted in the housing and retaining with and driving the driving segment of the axial bolt; the ceramic fixing piece being retained in the housing and contacts with the ceramic shifting piece, the positioning member having a channel axially arranged therein and screwing with the housing; anda control assembly coupled with the coupling hole of the tube body and including a rotating member connecting with a rod in the chamber of the tube body, the rod having a hollow passage defined therein and an air port formed on one end thereof so as to couple with the rotating member, another end of the rod relative to the air port being inserted into the second segment of the slot of the connector of the controlling valve. 2. The anti-inundation and drainage structure for the anti-freeze faucet as claimed in claim 1, wherein the tube body also includes an outlet arranged on another end thereof and an intake valve proximate to the coupling hole for communicating with the chamber. 3. The anti-inundation and drainage structure for the anti-freeze faucet as claimed in claim 2, wherein the controlling valve also includes a first check device disposed in the water outflow room of the axial bolt. 4. The anti-inundation and drainage structure for the anti-freeze faucet as claimed in claim 2, wherein the first segment of the connector has a joining groove defined on an end surface thereof so that a part of the connecting segment of the axial bolt inserts into the joining groove, the connector also has a fixing hole adjacent to the first segment and aligning with the coupling opening of the axial bolt, and the fixing hole and the coupling opening are used to insert and lock a screw bolt, such that the first segment of the connector and the connecting segment of the axial bolt connect together. 5. The anti-inundation and drainage structure for the anti-freeze faucet as claimed in claim 1, wherein the controlling valve also includes a first check device disposed in the water outflow room of the axial bolt. 6. The anti-inundation and drainage structure for the anti-freeze faucet as claimed in claim 1, wherein the first segment of the connector has a joining groove defined on an end surface thereof so that a part of the connecting segment of the axial bolt inserts into the joining groove, the connector also has a fixing hole adjacent to the first segment and aligning with the coupling opening of the axial bolt, and the fixing hole and the coupling opening are used to insert and lock a screw bolt, such that the first segment of the connector and the connecting segment of the axial bolt connect together. 7. The anti-inundation and drainage structure for the anti-freeze faucet as claimed in claim 1, wherein the second check device also has a retaining loop retained on the connector and limiting the checking member.
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