A quick self-making tool for a coffee capsule includes a die holder and a pressing die. A die cavity for containing a capsule shell is formed in the die holder, a sealing film is laid on an opening of the capsule shell, the sealing film seals the opening of the capsule shell through pressing of the pressing die to make the coffee capsule, and a guide piece is arranged on the die holder, and is configured to guide the sealing film to be coaxially aligned with the capsule shell before being pressed and guide up-down vertical movement of the pressing die during pressing. The pressing die evenly press an outer ring of the capsule shell, the sealing effect of the sealing film and the capsule shell is improved, and the situation that the sealing film and the top face of the capsule shell are not combined firmly is avoided.

A quick self-making tool for a coffee capsule includes a die holder and a pressing die. A die cavity for containing a capsule shell is formed in the die holder, a sealing film is laid on an opening of the capsule shell, the sealing film seals the opening of the capsule shell through pressing of the pressing die to make the coffee capsule, and a guide piece is arranged on the die holder, and is configured to guide the sealing film to be coaxially aligned with the capsule shell before being pressed and guide up-down vertical movement of the pressing die during pressing. The pressing die evenly press an outer ring of the capsule shell, the sealing effect of the sealing film and the capsule shell is improved, and the situation that the sealing film and the top face of the capsule shell are not combined firmly is avoided.

A pressurization device includes a body, a shaft, and a stopper. The body includes a setting section and an insertion section. The setting section is configured to accommodate an object to be pressurized. The insertion section includes a female thread part formed on a hole wall thereof. The shaft has a male thread part. The shaft is configured to advance and retreat with respect to the setting section by rotation. The stopper is configured on the shaft. The pressing part is configured on a first longitudinal end of the shaft to press the object in the setting section against a prescribed fixed part when the shaft advances. The handle is configured on a second longitudinal end of the shaft to rotate the shaft. The handle includes a torque limiter being configured to block transmission of power between the handle and the shaft when the power exceeds a prescribed amount.

A pressurization device includes a body, a shaft, and a stopper. The body includes a setting section and an insertion section. The setting section is configured to accommodate an object to be pressurized. The insertion section includes a female thread part formed on a hole wall thereof. The shaft has a male thread part. The shaft is configured to advance and retreat with respect to the setting section by rotation. The stopper is configured on the shaft. The pressing part is configured on a first longitudinal end of the shaft to press the object in the setting section against a prescribed fixed part when the shaft advances. The handle is configured on a second longitudinal end of the shaft to rotate the shaft. The handle includes a torque limiter being configured to block transmission of power between the handle and the shaft when the power exceeds a prescribed amount.

Provided is an automatic roll-to-roll quick press for flexible plates. The quick press comprises a lower film part and an upper film part parallel and movably attached to the lower film part. A right end of the lower film part is vertically connected to a transmission belt; a right end of the transmission belt is connected with a first pressing part; a top of the first pressing part is connected with a second pressing part; a second pressing plate part of the second pressing part comprises a flatness detection tube; there are four large infrared detectors inside the flatness detection tube, and four small infrared detectors inside; the detector scans a total of eight directions, and the scanning area covers the entire cylinder.

A pressure pin of a press, in particular a forming press, for transferring a force to a tool component of the press includes a pin body, a sensor element arranged in the pin body for measuring a force which can be transferred via the pressure pin, and an actuator unit arranged in the pin body which has a functional body made of an adaptive material. The adaptive material is designed such that the rheological properties thereof and/or the length thereof and/or the volume thereof can be selectively modified as a function of an electrical and/or magnetic field.

Systems and methods of forming articles using electromagnetic radiation are disclosed. In some aspects, the system includes a plurality of forming modules movably mounted relative to an infeed mechanism. The infeed mechanism is configured to supply pre-form articles to the plurality of forming modules, and each of the plurality of forming modules includes a multi-segment mold disposed about an electromagnetic coil. The electromagnetic coil is configured to impart an electromagnetic force on the pre-form articles when supplied with electrical energy that urges the pre-form articles into contact with the multi-segment mold to produce the formed containers.

Systems and methods of forming articles using electromagnetic radiation are disclosed. In some aspects, the system includes a plurality of forming modules movably mounted relative to an infeed mechanism. The infeed mechanism is configured to supply pre-form articles to the plurality of forming modules, and each of the plurality of forming modules includes a multi-segment mold disposed about an electromagnetic coil. The electromagnetic coil is configured to impart an electromagnetic force on the pre-form articles when supplied with electrical energy that urges the pre-form articles into contact with the multi-segment mold to produce the formed containers.

A paper stack press machine comprises a base 1 with a press surface 2, a pressing plate 5, and a pressing plate drive mechanism 6 moving the pressing plate between a standby position at which the pressing plate separates from a paper stack S on the press surface and a press position at which the pressing plate presses the paper stack against the press surface. A surface of the pressing plate facing the press surface is elastically deformable. A pushing bar 11a is arranged at the second side of the pressing plate so as to be movable in an axial direction thereof between a retracted position at which the pushing bar separates from the paper stack and an advanced position at which the pushing bar pushes the paper stack against the press surface.

A paper stack press machine comprises a base 1 with a press surface 2, a pressing plate 5, and a pressing plate drive mechanism 6 moving the pressing plate between a standby position at which the pressing plate separates from a paper stack S on the press surface and a press position at which the pressing plate presses the paper stack against the press surface. A surface of the pressing plate facing the press surface is elastically deformable. A pushing bar 11a is arranged at the second side of the pressing plate so as to be movable in an axial direction thereof between a retracted position at which the pushing bar separates from the paper stack and an advanced position at which the pushing bar pushes the paper stack against the press surface.