A press forming method includes a first process of obtaining a pressing force applied to each portion of a tool by an workpiece material during press forming while independently driving the respective each portion of the tool divided into multiple portions and press forming the workpiece material, and a second process of adjusting at least one of an applied driving force, an applied driving speed, and an applied driving timing for each portion of the tool to cause a processing portion of the workpiece material in which the state approaching an overload state is detected based on the pressing force to flow to other processing portions of the workpiece material.

A recycling method is disclosed that includes the steps of compacting recyclable material into a fixed bale of recyclable material while concurrently weighing the OCC in the compactor and independently of the force that the compactor applies to the material or to the bale, assigning an individual identifier to the fixed bale in which the identifier includes at least the weight of the bale, and sending the fixed identified bale to a destination selected from the group consisting of shippers, mills, rebalers, or a customers for the baled recyclable material. Also, devices and methods are disclosed for upgrading existing or new balers to enable them to perform at least some portions of the improved recycling methods. Example devices include baler-mounted load-cell weight sensors and U-shaped anchor plates for securing them in place in a free-floating arrangement.

A method of manufacturing a rotary press that assesses a wear state of pressing punches includes structuring the rotor to comprise an upper punch guide for upper pressing punches, a lower punch guide for lower pressing punches, and a die plate defining a plurality of cavities. A filling apparatus is structured to deliver a powder material into the plurality of cavities. A pressure apparatus includes an upper pressure roller that interacts with the upper press punches and a lower pressure roller that interacts with the lower pressing punches. At least one pressing force sensor is structured to measure pressing force progressions during the pressing of the powder material. An evaluation apparatus is structured to perform a state analysis of the measured pressing force progressions and individually assesses the wear state of at least one of the upper pressing punches and the lower pressing punches based on the state analysis.

The position adjusting indicator device for manual heat press machine, comprising a pedestal, and there is a fixed or sliding base plate on the upper plane pedestal, there assembles heating element on the upper plane of the base plate. The middle of the rear end of the pedestal connects to the rack, and on the middle of the rack installs the housing. A handle can be assembled on the near side of the housing; An arm can be assembled with position adjusting indicator device components below the handle. And the arm is installed on the heating element, one side of the arm is fixedly connected with the rack. The up and down of heating element is controlled by adjusting position indicator device in order to achieve accurate pressure. The heat press device utilizes manual position adjusting pressure to achieve accurate position and better transfer effect, which avoid the disadvantages that the traditional heat press machine can not accurately adjust the position and save adjusting position time.

The application discloses a pressure detection device for a manual heat press machine, which comprises a rack chassis, a lower column is installed on the upper end of the chassis bottom plate, the upper column is assembled on the upper end of the pressure sensor. The base plate is on the upper end of the upper column. The heating element is on the upper end of the base plate. And the hand-wheel is above the heating element. The handle is on the front of the hand-wheel. The controller is installed on the rack chassis. The pressure detection device of the manual heating press machine uses a pressure sensor to detect the pressure between the heating element and the base plate, it is directly reflected pressure value on the screen of controller, thereby it can achieve rapid pressure adjustment and avoid the disadvantages of slow adjustment speed and adjustable accuracy are not optimized problems of traditional machines. It enhances the adjusting detection structure and improves production efficiency. The overall structure is simple, easy to operate and fast to adjust.

A press apparatus including: a frame including a support surface, the support surface allowing a lower die support for supporting a lower die to rest on the support surface in close contact therewith; a press shaft configured to support an upper die facing the lower die from vertically above the lower die and to vertically move the upper die relative to the frame in a state where the lower die support rests on the support surface; a chip discharge mechanism configured to rotate the lower die support around a horizontal axis; a force detection unit configured to detect a pressing force of the lower die support against the support surface; and a control unit configured to control the chip discharge mechanism so that the pressing force detected by the force detection unit is equal to or larger than a predetermined threshold.

A die compatibility adaptor including a housing and a die cable extending outward from the housing and terminating at a die cable end engageable with a manufacturing die that includes a first proximity sensor configured to output a first proximity signal and a second proximity sensor configured to output a second proximity signal. The die compatibility adaptor further includes a direct cable receptacle communicatively coupled to the die cable, a duplicate cable receptacle, and one or more isolation relays positioned between and communicatively coupled to the duplicate cable receptacle and the die cable, the one or more isolation relays having a closed position and an open position. In the closed position, the duplicate cable receptacle is communicatively coupled to the die cable.

A detection unit for detecting a press position and a load at the press position; an input/storage unit for inputting and storing a value serving as a reference for determining a bend point in a relation between the press position and the load at the press position; a slope calculation unit for calculating a slope of the load based on the press position and the load at the press position, which have been detected; and a bend-point determination unit for determining a point, at which the calculated slope of the load exceeds the value serving as the reference for determining the bend point, as the bend point are provided.

A detection unit for detecting a data row of a press position and a load at the press position; an input/storage unit for storing at least a load value serving as references for determining stop or judge; a calculation unit of the value of the slope of the load for calculating the value of the slope of the load based on the press position and the load at the press position detected; a calculation unit of the value of the slope of the slope of the load for calculating the value of the slope of the slope of the load based on the calculated value of the slope of the load; and a determination unit for comparing the calculated value of the slope of the slope of the load with the values serving as the references to determine stop or judge are provided.

A detection unit for detecting a data row of a press position and a load at the press position; an input/storage unit for inputting and storing a value serving as a reference for determining a bend point in a relation between the press position and the load at the press position; a data-row calculation unit for calculating a data row of a press position and a load at a constant distance interval based on the data row of the press position and the load detected; a slope calculation unit for calculating a slope of the load based on the press position and the load at the press position detected; and a bend-point determination unit for determining a point, at which the calculated slope of the load exceeds the value serving as the reference for determining the bend point, as the bend point are provided.

A servo motor controller comprises: a position command generation unit; a position detection unit; a position control unit that generates a velocity command for position control based on a position command and a position FB; a force command generation unit that generates a force command for instructing force to be applied to a subject by a driving target; a force detection unit; a force control unit that generates a velocity command for force control based on the force command and a force FB; a selection unit that selects one of the position control and the force control; and a storage unit that stores a force threshold. The selection unit selects one of the velocity commands for the position control and the force control of a smaller value. If the force FB is smaller than the force threshold, the selection unit selects the velocity command for the position control.