Abstract: An exemplary embodiment of a telephone with handsfree function includes a telephone set and a handset. Two metal pieces are fixed in the handset, and two electromagnetic valves are fixed in the telephone set. A processing circuit in the telephone set powers on the electromagnetic valves when the handsfree function of the telephone is enabled to generate an electromagnetic field. The electromagnetic valves magnetically attract the metal pieces, such that the handset is firmly held on the telephone set.

Abstract: A wireless communication device includes a removable panel (100), a base cover (200) and a latching assembly (300). The removable panel has a first mounting portion (120). The base cover has a second mounting portion (240) corresponding to the first mounting portion of the removable panel. The latching assembly includes a lacking fastener (320) and a coil spring (340), wherein the latching assembly is effective to nail the removable panel into the housing through the first mounting portion and the second mounting portion. Therefore, it is simple, tight and easy for current invention using the latching assembly to fix the removable panel to the base cover, or to disassemble the removable panel away.

Abstract: An apparatus sets a telephone to an on-hook state. The telephone has a base with at least one cavity forming a cradle for a handset The telephone also has a handset with an operative surface including a mouthpiece microphone and an earpiece speaker. A first surface of the handset is opposite to the operative surface. The apparatus includes a first arm having a surface, and the first arm responds to the surface being pressed by a portion of the handset being positioned in the base. The first arm moves to actuate an on-hook switch to set the telephone to the on-hook state. The surface of the handset which presses the first arm is the operative surface or the first surface. The first arm responds to the handset having the operative surface facing away from the base. The first arm also responds to the handset being positioned entirely out of the cradle by extending from a first slot in the base.

Abstract: A hookswitch actuator including an activating mechanism which maintains the hookswitch circuit of a telephone in an "on hook" state when the activating mechanism is in a first position, or in an "off hook" state when the activating mechanism is in the second position. The movement of the activating mechanism between the two positions is accomplished through the use of a shape memory alloy mechanism. The shape memory alloy mechanism is coupled to the activating mechanism in such a way that heating or cooling of the shape memory alloy mechanism moves the activating mechanism between its two positions. Control of the heating and cooling of the shape memory alloy mechanism is effectuated by controlling the amount of electric current passing through it.

Abstract: A telephone includes a telephone body, a handset and a telephone network line hold mechanism. The telephone body includes a handset cradle on which the handset is placed, a plurality of operation buttons and the like. The telephone is placed in the offhook state when the user lifts the handset from the handset cradle and placed in the on-hook state when the user places the handset on the handset cradle. The telephone network line hold mechanism is energized when the user places the handset on the telephone body at its position in which the offhook state of the telephone is retained.

Abstract: A telephone switch depressor that includes a planar wedge panel that includes a tapered, planar wedge end that is adapted to be received between a telephone flash switch and the opening through which the switch extends. The depressor serves to hold the flash button in its depressed condition, to disconnect the telephone line from a handset, and to avoid the need to physically replace the handset on the base or rest in order to actuate a switch hook to cause disconnection of the handset from the telephone line. The wedge panel can be formed from a flexible, yet sufficiently rigid plastic material, and it can be adapted to carry printed information.

Abstract: An improved telephone set of the type including a telephone body and a handset adapted to be placed on the former wherein the telephone set includes features which prevents displacement of the handset from the telephone body. The telephone body has a pair of engagement blocks incorporated therein of which part is projected outwardly of the telephone body and they are fitted into engagement recesses on the handset whereby the latter is firmly placed on the telephone body. At least the one engagement block has an engagement face which is adapted to come in contact with the engagement portion in the corresponding engagement recess, wherein each engagement block includes a pawl portion. Displacement of the handset occurs by displacing one of the pawl portions out of its respective engagement recess followed by displacement of the handset in a second direction which is different from the first direction which causes the displacement of the other pawl portion out of its respective engagement recess.

Abstract: An improved telephone set of the type including a telephone body and a handset adapted to be placed on the former. The telephone body has a pair of engagement blocks incorporated therein of which part is projected outwardly of the telephone body and they are fitted into engagement recesses on the handset whereby the latter is firmly placed on the telephone body. At least the one engagement block has an engagement face which is adapted to come in contact with the engagement portion in the corresponding engagement recess. Thus, the handset is reliably held on the telephone body.

Abstract: A telephone switch-hook actuator apparatus for use with a telephone unit incorporating a conventional handset whereby the telephone switch-hook actuator apparatus serves to operate the telephone switch-hook in place of the handset. Accordingly, a headset worn upon the users head may be utilized with a conventional telephone unit, particularly those telephone units which utilize electronic logic line switching circuitry.

Abstract: A telephone receiving apparatus (100) rigidly retains a telephone handset (200) without the need for a release lever. In the preferred embodiment, a moveable boss (108) and a rigid boss (106) engage corresponding notches (208 and 206) in the earpiece of the handset during insertion. The handset (200) is removed by moving it forward until the rigid boss (106) is cleared. The improved telephone receiving apparatus of the present invention may be advantageously utilized in mobile telephones and a variety of other applications where a telephone handset is subject to shock and vibration during normal use.

Abstract: The invention relates to a compact, mechanically operated switch which is especially suitable for use in a telephone set having a loudspeaker receiving function. The switch includes a housing and, disposed therein, a first and a second rotor for opening and closing cooperable contacts and a third rotor for restricting the rotation of the second rotor under a certain condition. All the rotors are disposed in axial alignment with each other. The first and second rotors are urged to rotate in one direction while the third rotor is urged to rotate in the other direction by the action of a force greater than that urging the second rotor to rotate in the one direction. A pushbutton is disposed between the first and second rotors and acts, when depressed, to forcedly rotate them in the other direction so as to establish a loudspeaker receiving circuit. A lock pin cooperates with the pushbutton to lock it in a depressed position.

Abstract: The present invention provides an automatic lock for use on a telephone, and comprising a main body for securing to the phone, a slide member slideably mounted in the main body and a spring pressuring the slide member to automatically slide to a locking position over the post of the phone when depressed by the telephone handle to the down position. The slide member is manually slideable against the pressure of the spring away from the locking position to allow upward popping of the post with the slide member being reset to return to the locking position with further depressing of the post.

Abstract: A lock-releasing apparatus for use in a telepone set, having a lock-releasing button (61) for a locking mechanism which locks a handset (41) stationarily to a cradle (42). The lock releasing button also actuates a muting switch (71).

Abstract: A stand for a telephone set comprises an open-bottomed housing providing at its top a handset cradle to the rear of a housing upper wall slanting up towards the cradle and having a large aperture in it. A keypad has keys projecting outward within the aperture and, also, an upwardly slanting cover framed by the aperture. The keypad is secured to the housing by screws passing through support tabs at the side margins of the aperture and into the casing. A faceplate covers the heads of those screws. A printed wiring board with printed wire conductors and bulk telephone set components on, respectively, its upper and lower sides is secured beneath and to the keypad to be spaced from, and have the same upward slant as, the keypad. Mounted on the rear of the board is a line switch with a spring biased pivotable actuating lever.

Abstract: A cradle switch, which is used with a telephone apparatus having a housing with an opening and a cradle adjacent the opening, characterized by a housing having contact assemblies, an actuating lever pivotally connected onto the housing and a switch member pivotally connected to the actuating lever and extending through the opening and into the cradle of the apparatus. The pivotal connection is releasable and allows both axial and pivotal displacement and thus makes a separate step of capturing the switch member or plunger on a housing of a telephone superfluous.