초록 ▼

A disposable absorbent article has an absorbent chassis and a fastening system. The fastening system includes a pair of first fastening components disposed in one waist region and at least one second fastening component disposed in an opposite waist region. The first fastening components include at

A disposable absorbent article has an absorbent chassis and a fastening system. The fastening system includes a pair of first fastening components disposed in one waist region and at least one second fastening component disposed in an opposite waist region. The first fastening components include at least one hinge area that transversely bisects the first fastening components, allowing the fasteners to bend in conformity with the movements of the wearer's body.

대표청구항 ▼

A disposable absorbent article has an absorbent chassis and a fastening system. The fastening system includes a pair of first fastening components disposed in one waist region and at least one second fastening component disposed in an opposite waist region. The first fastening components include at

A disposable absorbent article has an absorbent chassis and a fastening system. The fastening system includes a pair of first fastening components disposed in one waist region and at least one second fastening component disposed in an opposite waist region. The first fastening components include at least one hinge area that transversely bisects the first fastening components, allowing the fasteners to bend in conformity with the movements of the wearer's body. eld by the plunger holding portion of the slider; and a second value corresponding to an output of said pressure sensor at the maximum desired pressure within the syringe. 3. The liquid infusion apparatus of claim 1, wherein said plural reference values comprise: a first value corresponding to an output of said pressure sensor in a state that the flange of the plunger is held by the plunger holding portion of the slider; and a second value corresponding to an output of said pressure sensor at the maximum desired pressure within the syringe; wherein said reference values comprise means for generating: (1) a signal indicating a state that no syringe is set when the output of the pressure sensor is less than said first value; (2) a signal indicating a normal state when the output of the pressure sensor is between said first and second reference values; and (3) a signal indicating an overload state when the output of the pressure sensor is greater than said second reference value. 4. The liquid infusion apparatus of claim 1, wherein said plural reference values comprise: a first value corresponding to an output of said pressure sensor in a state that the flange of the plunger is not yet held by the plunger holding portion of the slider; a second value corresponding to an output of said pressure sensor in a state that the flange of the plunger is held by the plunger holding portion of the slider; and a third value corresponding to an output of said pressure sensor at the maximum desired pressure within the syringe. 5. The liquid infusion apparatus of claim 1, wherein said plural reference values comprise: a first value corresponding to an output of said pressure sensor in a state that the flange of the plunger is not yet held by the plunger holding portion of the slider; a second value corresponding to an output of said pressure sensor in a state that the flange of the plunger is held by the plunger holding portion of the slider; and a third value corresponding to the maximum desired pressure within the syringe; wherein said reference values comprise means for generating: (1) a signal indicating a state that no syringe is set when the output of the pressure sensor is less than said first value; (2) a signal indicating a vacuum state within the syringe when the output of the pressure sensor is between said first and second reference values (3) a signal indicating a normal state when the output of the pressure sensor is between said second and third reference values; and (4) a signal indicating an overload state when the output of the pressure sensor is greater than said third reference value. 6. In a liquid infusion apparatus having a feed screw driven by a prime mover and a slider movable linearly and engaged with said feed screw so as to push a plunger of a syringe for exhausting liquid in the syringe, the improvement characterized by comprising a holding arm for pushing a flange of said plunger in a direction reverse to a pushing direction of the plunger toward a plunger holding portion of said slider for holding, a pressure sensor provided at said plunger holding portion of the slider, and a processing circuit for comparing an output of said pressure sensor with a plurality of reference values to generate a processing signal; wherein said plural reference values are 1, 2, 3 and 4, and set in a processing circuit for comparing, the value 1 corresponding to an output of said pressure sensor in a state that the flange of the plunger is not yet held by the plunger holding portion of the slider, the value 3 corresponding to an output of said pressure sensor in a state that the flange of the plunger is held by the plunger holding portion of the slider, which is more than the output of the value 1, the value 4 corresponding to the maximum output of said pressure sensor, which is more than the output of the value 3, and the value 2 corresponding to an output of said pressure sensor which is more th