Induction gluing system, induction units, temperature compensation method and self-adjusting method

摘要

The induction unit comprises a transformer (103) with a holding device arranged on an inductor (102), where the transformer is connected to a portable component unit, an input of the transformer is connected with a low-current line and a high-power line of an inducer-side output of the transformer drives the inducer. The holding device has a circulation region, which is arranged around the inductor by an inductor head (107). The inductor is embedded in the circulation region. The inductor head receives the inductor, and is formed as a support component. The induction unit comprises a transformer (103) with a holding device arranged on an inductor (102), where the transformer is connected to a portable component unit, an input of the transformer is connected with a low-current line and a high-power line of an inducer-side output of the transformer drives the inducer. The holding device has a circulation region, which is arranged around the inductor by an inductor head (107). The inductor is embedded in the circulation region. The inductor head receives the inductor, and is formed as a support component. A support base is an automatically variable pneumatic cylinder in which the inductor head is attached. The support foot comprises a fixing device on which an annealing station is formed. The inductor head comprises magnetically permeable field concentrator provided on a support base of the inductor, where the field concentrator surrounds or is disposed under the inductor. The induction unit further comprises power-proportional inductors that are connected to the transformer and are arranged on the holding devices. The induction unit is connected to a clamping unit, which is arranged for joining a fixing arrangement to a component and comprises a pivotable arm having a pressure piece (110) for joining the fixing arrangement to the component. The arm with the pressure piece, which is vertically adjustably, is arranged on a clamping component. The induction unit comprises a thermal sensor such as a positive temperature coefficient resistor for measuring temperature of a component. The transformer is arranged on the thermal sensor. The pressure piece of the clamping unit is placed adjacent to the inductor head, or is placed in the circulation region of the support component. Independent claims are included for: (1) an inductor head; (2) an annealing station for carrying out bonding of inductive components in multiple-bonding method; (3) a refrigerator; (4) an induction bonding system; (5) an automatic self-adjustment method of induction heating power units; and (6) a control method for ambient temperature-dependent energy-controlled operation of an induction bonding system.