Bladder-Inflating Structure

Abstract

A bladder-inflating structure including a resilient air chamber having a receiving space which can be reciprocally compressed and released. After released, the resilient air chamber itself can resiliently restore to its original state. An inflatable bladder is connected to one side of the resilient air chamber. An intake valve is disposed on the resilient air chamber. When the resilient air chamber is compressed and released, the intake valve only permits external air to one-way flow into the receiving space. A one-way membrane nozzle is disposed on one side of the resilient air chamber between the receiving space and the bladder. The one-way membrane nozzle is composed of two soft thin membranes. The peripheries of the soft thin membranes are partially fused with each other to define a fluid passage. The fluid passage has an inlet end extending into the receiving space and an outlet end extending into the bladder. The one-way membrane nozzle only permits the fluid to one-way flow from the receiving space of the resilient air chamber into the bladder to inflate the bladder.

1 . A bladder-inflating structure comprising:
 a resilient air chamber having a receiving space which can be reciprocally compressed and released, whereby after released, the resilient air chamber itself can resiliently restore to its original state;   an intake valve disposed on the resilient air chamber, the intake valve only permitting external air to one-way flow into the receiving space; and   a one-way membrane nozzle disposed on one side of the resilient air chamber, the one-way membrane nozzle having an internal fluid passage which only permits the fluid to flow from the receiving space of the resilient air chamber to outer side.   
   
   
       2 . The bladder-inflating structure as claimed in  claim 1 , wherein the resilient air chamber can communicate with an external bladder through the one-way membrane nozzle. 
   
   
       3 . The bladder-inflating structure as claimed in  claim 2 , wherein an exhaustion valve is disposed between the bladder and the one-way membrane nozzle. 
   
   
       4 . The bladder-inflating structure as claimed in  claim 1 , wherein two hard inner pad sheets are respectively attached to a top side and a bottom side of the receiving space of the resilient air chamber. 
   
   
       5 . The bladder-inflating structure as claimed in  claim 2 , wherein two hard inner pad sheets are respectively attached to a top side and a bottom side of the receiving space of the resilient air chamber. 
   
   
       6 . The bladder-inflating structure as claimed in  claim 3 , wherein two hard inner pad sheets are respectively attached to a top side and a bottom side of the receiving space of the resilient air chamber. 
   
   
       7 . The bladder-inflating structure as claimed in  claim 1 , wherein the one-way membrane nozzle is composed of two soft thin membranes, the peripheries of the soft thin membranes being partially fused with each other to define a fluid passage, the fluid passage having an inlet end extending into the receiving space and an outlet end extending into the bladder. 
   
   
       8 . The bladder-inflating structure as claimed in  claim 2 , wherein the one-way membrane nozzle is composed of two soft thin membranes, the peripheries of the soft thin membranes being partially fused with each other to define a fluid passage, the fluid passage having an inlet end extending into the receiving space and an outlet end extending into the bladder. 
   
   
       9 . The bladder-inflating structure as claimed in  claim 3 , wherein the one-way membrane nozzle is composed of two soft thin membranes, the peripheries of the soft thin membranes being partially fused with each other to define a fluid passage, the fluid passage having an inlet end extending into the receiving space and an outlet end extending into the bladder. 
   
   
       10 . The bladder-inflating structure as claimed in  claim 4 , wherein the one-way membrane nozzle is composed of two soft thin membranes, the peripheries of the soft thin membranes being partially fused with each other to define a fluid passage, the fluid passage having an inlet end extending into the receiving space and an outlet end extending into the bladder. 
   
   
       11 . The bladder-inflating structure as claimed in  claim 5 , wherein the one-way membrane nozzle is composed of two soft thin membranes, the peripheries of the soft thin membranes being partially fused with each other to define a fluid passage, the fluid passage having an inlet end extending into the receiving space and an outlet end extending into the bladder. 
   
   
       12 . The bladder-inflating structure as claimed in  claim 6 , wherein the one-way membrane nozzle is composed of two soft thin membranes, the peripheries of the soft thin membranes being partially fused with each other to define a fluid passage, the fluid passage having an inlet end extending into the receiving space and an outlet end extending into the bladder. 
   
   
       13 . The bladder-inflating structure as claimed in  claim 1 , wherein an intake is preformed on the resilient air chamber, a resilient clack being disposed at the intake on inner side thereof to serve as the intake valve. 
   
   
       14 . The bladder-inflating structure as claimed in  claim 2 , wherein an intake is preformed on the resilient air chamber, a resilient clack being disposed at the intake on inner side thereof to serve as the intake valve. 
   
   
       15 . The bladder-inflating structure as claimed in  claim 3 , wherein an intake is preformed on the resilient air chamber, a resilient clack being disposed at the intake on inner side thereof to serve as the intake valve. 
   
   
       16 . The bladder-inflating structure as claimed in  claim 4 , wherein an intake is preformed on the resilient air chamber, a resilient clack being disposed at the intake on inner side thereof to serve as the intake valve. 
   
   
       17 . The bladder-inflating structure as claimed in  claim 5 , wherein an intake is preformed on the resilient air chamber, a resilient clack being disposed at the intake on inner side thereof to serve as the intake valve. 
   
   
       18 . The bladder-inflating structure as claimed in  claim 6 , wherein an intake is preformed on the resilient air chamber, a resilient clack being disposed at the intake on inner side thereof to serve as the intake valve. 
   
   
       19 . The bladder-inflating structure as claimed in  claim 7 , wherein an intake is preformed on the resilient air chamber, a resilient clack being disposed at the intake on inner side thereof to serve as the intake valve. 
   
   
       20 . The bladder-inflating structure as claimed in  claim 8 , wherein an intake is preformed on the resilient air chamber, a resilient clack being disposed at the intake on inner side thereof to serve as the intake valve. 
   
   
       21 . The bladder-inflating structure as claimed in  claim 9 , wherein an intake is preformed on the resilient air chamber, a resilient clack being disposed at the intake on inner side thereof to serve as the intake valve. 
   
   
       22 . The bladder-inflating structure as claimed in  claim 10 , wherein an intake is preformed on the resilient air chamber, a resilient clack being disposed at the intake on inner side thereof to serve as the intake valve. 
   
   
       23 . The bladder-inflating structure as claimed in  claim 11 , wherein an intake is preformed on the resilient air chamber, a resilient clack being disposed at the intake on inner side thereof to serve as the intake valve. 
   
   
       24 . The bladder-inflating structure as claimed in  claim 12 , wherein an intake is preformed on the resilient air chamber, a resilient clack being disposed at the intake on inner side thereof to serve as the intake valve. 
   
   
       25 . The bladder-inflating structure as claimed in  claim 1 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port. 
   
   
       26 . The bladder-inflating structure as claimed in  claim 2 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port. 
   
   
       27 . The bladder-inflating structure as claimed in  claim 3 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port. 
   
   
       28 . The bladder-inflating structure as claimed in  claim 4 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port. 
   
   
       29 . The bladder-inflating structure as claimed in  claim 5 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port. 
   
   
       30 . The bladder-inflating structure as claimed in  claim 6 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port. 
   
   
       31 . The bladder-inflating structure as claimed in  claim 7 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port. 
   
   
       32 . The bladder-inflating structure as claimed in  claim 8 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port. 
   
   
       33 . The bladder-inflating structure as claimed in  claim 9 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port. 
   
   
       34 . The bladder-inflating structure as claimed in  claim 10 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port. 
   
   
       35 . The bladder-inflating structure as claimed in  claim 11 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port. 
   
   
       36 . The bladder-inflating structure as claimed in  claim 12 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port. 
   
   
       37 . The bladder-inflating structure as claimed in  claim 13 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port. 
   
   
       38 . The bladder-inflating structure as claimed in  claim 14 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port. 
   
   
       39 . The bladder-inflating structure as claimed in  claim 15 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port. 
   
   
       40 . The bladder-inflating structure as claimed in  claim 16 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port. 
   
   
       41 . The bladder-inflating structure as claimed in  claim 17 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port. 
   
   
       42 . The bladder-inflating structure as claimed in  claim 18 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port. 
   
   
       43 . The bladder-inflating structure as claimed in  claim 19 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port. 
   
   
       44 . The bladder-inflating structure as claimed in  claim 20 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port. 
   
   
       45 . The bladder-inflating structure as claimed in  claim 21 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port. 
   
   
       46 . The bladder-inflating structure as claimed in  claim 22 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port. 
   
   
       47 . The bladder-inflating structure as claimed in  claim 23 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port. 
   
   
       48 . The bladder-inflating structure as claimed in  claim 24 , wherein an exhaustion port is preformed on the bladder, an exhaustion valve being disposed on the bladder adjacent to the one-way membrane nozzle, the exhaustion valve having a press button passing through the exhaustion port of the bladder, a resilient member being fitted around the press button to abut against a circumference of an outer end of the exhaustion port, an inner end of the press button extending into the exhaustion port being formed with a stopper flange, whereby when the press button is resiliently forced by the resilient member, the stopper flange tightly abuts against a circumference of an inner end of the exhaustion port.