41results about How to "Easily and rapidly replaced" patented technology

A heat-dissipating casing structure includes a base seat, a heat-dissipating module, and a casing. The heat-dissipating module is disposed on the base seat. The heat-dissipating module has a first heat-conducting block and a heat pipe, and one side of the heat pipe connects to the first heat-conducting block. The casing has an installed portion, and the casing is slidably assembled on the base seat for connecting the other side of the heat pipe with the casing via the installed portion. When the casing is slidably assembled on the base seat, the heat pipe is connected with the casing via the installed portion. Hence, the heat-dissipating module is assembled and replaced easily and rapidly. Moreover, the heat from a heat-generating element on the base seat is transmitted to the casing through the heat pipe for increasing heat-dissipating efficiency.

A power transport apparatus for transporting electric power to an electric vehicle on the road is provided. The apparatus includes a plurality of power supply units provided at a road in a longitudinal direction of the road, one or more of the power supply units simultaneously transporting the electric power to the electric vehicle; and a power line supplying the electric power to the respective power supply units.

A recoil pad, particularly for firearms, which can be fixed detachably to the stock of the firearm and includes a plastic base and a rear member made of deformable material, preferably polyurethane gel, which is rigidly coupled to the base and is adapted to dissipate the energy transferred to the shoulder by the recoil of the firearm upon firing. The recoil pad has two pins for snap fixing the pad to the stock of the rifle.

A device for comminuting input material, especially for fine and ultrafine grinding of input material, includes a rotor revolving around a shaft inside a housing, the rotor having a cylindrical or conical jacket surface. An annular gap is present between the housing and the jacket surface, the gap forming a comminution zone and the input material being introduced axially to it. To increase the economic efficiency of the device, it is provided that a plurality of first pin-shaped comminuting tools for comminuting the input material are disposed over the circumference of the rotor, wherein the tools are aligned with their longitudinal direction perpendicular to the jacket surface in the direction of the housing.

A magneto-rheological (MR) damper including a piston guided in a cylinder that is filled with a magneto-rheological fluid, its work volume being formed oblique relative to the piston axis between the piston and the cylinder.

A test socket includes a test base and at least one electrical connection module. The at least one electrical connection module is detachably mounted in the test base and each one of the at least one electrical connection module has a frame and an electrically conducting element. The frame has a receiving hole for receiving and testing an IC. The electrically conducting element is detachably mounted on a bottom of the frame. After long time of use, the ineffective electrical connection module or electrically conducting element thereof can be rapidly and easily replaced with a new or an effective one by directly detaching the electrical connection module from the test base. Therefore, idle time or dead time of test apparatuses is shortened and test efficiency is enhanced.

A light board is made with a receptacle substrate for holding cassette light units. The convenience of assembly and disassembly of the light units from the receptacle substrate makes the product easily to be maintained for changing different color light units, changing different displaying patterns, and removing or replacing a failure light unit.

For any specific, hard disk drive that occupies a specific logical position within a computer system, A Hard Disk Drive Selector is disclosed that permits the replacement of one physically distinct, permanently mounted hard disk drive for another physically distinct, permanently mounted hard disk drive within the specific logical position occupied. The Selector simultaneously controls the addressing traces, the control/command traces and the power supply connections to all hard disk drives connected to it. The selector operates by closing the address, command/control, and power circuits to the chosen hard disk drive while opening these circuits to all other hard disk drives connected to the selector. The choice of hard disk drive is made prior to "booting" the computer system and the choice is maintained until the computer system is turn off.

For any specific, serial hard disk drive that occupies a specific logical position within a personal computer system, A Serial Hard Disk Drive Selector is disclosed that permits the replacement of one physically distinct, permanently mounted serial hard disk drive for another physically distinct, permanently mounted serial hard disk drive within the specific logical position occupied. This Serial Hard Disk Drive Selector simultaneously controls the address/command/data from host to drive connections, the address/command/data from drive to host connections, the ground connections, and the power supply connections of all hard disk drives connected to the Selector. This Serial Hard Disk Drive Selector operates by closing the address, command and control, and data to and from connections, and the power supply connections of the selected serial hard disk drive while opening these connections to all not-selected serial hard disk drives connected to the Serial Hard Disk Drive Selector. The choice of hard disk drive is made prior to booting the computer system and the choice is maintained until the computer system is turned off.

Described herein is a planting unit that includes a frame whereon are mounted:

• • means of opening a furrow in the ground, in the form of two adjacent discs;
  • a pointed member removably mounted on said frame and protruding between said two discs and in the direction of the ground, said member being intended to form said furrow in a V shape,
  • means of retaining said member mounted mobile on said frame between a retaining position of said member and a releasing position; and
  • means of actuating connected to said means of retaining

A tank (101) for a beverage dispensing appliance includes at least one water chamber (102), a first opening (104) for example for connecting the tank (101) to a beverage supply, at least one second opening (105) for example suitable for attaching to a tap for dispensing beverages, as well as a filter (107) attached to the second opening (105) of the tank (101). An appliance including such a removable tank (101) is also described.

A sputtering apparatus includes a chamber including a first sidewall and defining a number of evenly spaced first through holes on the first sidewall, a number of slide rails radially extending outwards from the first sidewall corresponding to each first through hole, a number of target holders defining at least two sputtering faces and slidably engaged with the slide rails, and a target material mounting on the sputtering faces. The target holder includes a shaft; the sputtering face capable of rotating about the shaft. The target holders are fastened to the first sidewall with one of the sputtering faces facing the first through hole, the sputtering face capable of being replaced by rotating about the shaft.

The invention relates to a contact tube (29) for a welding torch (10), having a longitudinal axis (31) along which a through-opening (30) for guiding a welding wire (13) from an inlet region (37) to an outlet region (35) and from an outlet opening (39) towards a workpiece (16) is provided, wherein at least one slot (34) is provided in the outlet region (35) for making contact with the welding wire (13). A contact tube (29) with improved contacting of the welding wire (13) is obtained by providing at least one further slot (36) in the inlet region (37) of the contact tube (29), wherein the slot (36) in the inlet region (37) is arranged in line with the slot (34) in the outlet region (35), and a web (38), which serves as a pivot point, is formed between the slot (34) in the outlet region (35) and the at least one slot (36) in the inlet region (37).