Abstract: The present invention relates to a non-stick coated electrosurgical diathermy instrumentation, comprising: a handle portion; an isolation tube, connected to the handle portion by one end thereof; an instrument portion, connected to another end of the isolation tube, wherein an anti-sticking layer is formed on the surface of the instrument portion; and an electrode, connected to the handle portion and an external conductive member. In the present invention, the instrument portion is able to generate heat when the conductive member conducts electricity to the instrument portion.

Abstract: The present invention relates to a non-stick coated electrosurgical diathermy instrumentation, comprising: a handle portion; an isolation tube, connected to the handle portion by one end thereof; an instrument portion, connected to another end of the isolation tube, wherein an anti-sticking layer is formed on the surface of the instrument portion; and an electrode, connected to the handle portion and an external conductive member. In the present invention, the instrument portion is able to generate heat when the conductive member conducts electricity to the instrument portion.

Abstract: The present invention relates to an Endo-Safe-Bag-Gasless support system, comprising: an air tube, having a gas port formed on the tube side thereof; at least two inflatable bags, which are connected to the air tube and have one laminating-line layer on the surface thereof; and a plurality of air bags, which is formed on the laminating-line layer.

Abstract: A videoscope preheater for preheating an endoscope includes: a support tube; an electrical heating layer uniformly coated on an outer surface of the support tube, one side of the electrical heating layer being connected with a power cable for connecting with an external power supply; and a capsule layer coated on an outer surface of the electrical heating layer for fixing and protecting the electrical heating layer and the power cable. The capsule layer is a thermally contractible capsule film, which is fitted around the electrical heating layer and then heated to contract for insulating the electrical heating layer and the support tube from ambient environment. In use, the endoscope is fitted into the support tube and the electrical heating layer is powered on to generate heat and uniformly heat the endoscope. The heating efficiency of the videoscope preheater is controllable by means of adjusting the current and voltage input.

Abstract: The present invention relates to a stylus capable of being applied in various touch panels, wherein the stylus consists of a conductive pen tube, a conductive rubber pen lead and a conductive rod. The conductive rubber pen lead is made by a conductive rubber and is sprayed with a conductive wearing material, moreover, the conductive rubber pen lead has an accommodating space disposed in the interior thereof, so that, when the conductive rubber pen lead touches and slightly presses a panel, the contact area between the conductive rubber pen lead and the panel would be increased due to the accommodating space; In addition, the conductive pen tube of the stylus has at least one electrical discharge device, which include a PCB and a battery, connecting with the conductive rod and the conductive pen tube through conductive wire, respectively, so that a circuit loop is formed in the conductive pen tube; therefore, by way of the circuit loop, the sensitivity of the stylus can be greatly increased.

Abstract: The present invention discloses a skin-cover structure comprising: a heating layer comprising a sheet of conductive rubber and at least one conductive and low-impedance material, wherein the sheet of conductive rubber can produce heat energy; a first insulating layer and a second insulating layer being disposed on the two surfaces of the heating layer respectively; at least one vibration module being disposed on the surface of the first insulating layer and able to produce vibration with specific strength when receiving electricity; and at least one electrode module being disposed on the surface of the second insulating layer and able to produce electric shock with specific strength when receiving electricity.

Abstract: A videoscope preheater for preheating an endoscope includes: a support tube; an electrical heating layer uniformly coated on an outer surface of the support tube, one side of the electrical heating layer being connected with a power cable for connecting with an external power supply; and a capsule layer coated on an outer surface of the electrical heating layer for fixing and protecting the electrical heating layer and the power cable. The capsule layer is a thermally contractible capsule film, which is fitted around the electrical heating layer and then heated to contract for insulating the electrical heating layer and the support tube from ambient environment. In use, the endoscope is fitted into the support tube and the electrical heating layer is powered on to generate heat and uniformly heat the endoscope. The heating efficiency of the videoscope preheater is controllable by means of adjusting the current and voltage input.

Abstract: A heating device which includes two first conducting members and at least a second conducting member, wherein the first conducting members are made of silicone rubber conductor and flexibly pressed into an upper thin layer and a lower thin layer between which is arranged the second conducting member. The first and second conducting members are formed into a whole unit by heat and pressure, which are provided holes at predetermined positions for increasing the contact area to disperse electrical current and conducting wires for connection in parallel or series with the power source. Voltages from 0.1V˜500V AC or DC are all applicable. Hence, the first and second conducting members can dissipate heat evenly. The increased temperature ranges from 1˜230° C. with respect to the environmental temperature thereby preventing the formation of high temperature points. Furthermore, the holes can reduced the electrical current required.

Abstract: A planar heating device contains a two-dimensional, electrically and thermally conducting first member, a number of electrically and thermally conducting second member, and at least an insulating member. The second members are made of a conducting material having an impedance much lower than that of the first member. The second members and the first member are integrally molded or the second members are attached to a major surface of the first member by an appropriate mechanism. The electricity is introduced through the first member via the second members and, by the large contact areas between the first and second members, the electric current is evenly distributed and hot spots are avoided. The insulating members sandwich the other components inside to prevent short circuit or leakage.