Abstract: A beverage dispenser operates a cup holder to advance a cup holding portion holding a cup in which a beverage is filled from an inside of a cup port to an outside thereof to locate it above a cup mount, lower the cup holding portion from a above position by a predetermined distance to place the cup on the cup mount in process of lowering, and retreat the cup holding portion from a lowered position to the inside of the cup port to leave the cup on the cup mount.

Abstract: A projector (1) enabling the extension/retraction of a column even when the column is rotated, including the telescopic column (4) installed on a carrier (6) as a base, a lifting and lowering device (21) installed in the column (4), a lighting apparatus (2) installed at the tip of the column (4), and a power supply (5) for supplying power to the lighting system (2). The column (4) is formed of circular tubes and rotated in conjunction with the lifting and lowering device (21). Also, the column (4) is formed by loosely fitting, to each other, a first column (13) fixed to the carrier (6) and second and third columns (4a) and (4b) having outer diameters reduced in that order less than that of the first column (13). The second and third columns (4a) and (4b) are loosely fitted to each other so as to be moved in the vertical direction and rotated in conjunction with each other.

Abstract: A projector (1) enabling the extension/retraction of a column even when the column is rotated, including the telescopic column (4) installed on a carrier (6) as a base, a lifting and lowering device (21) installed in the column (4), a lighting apparatus (2) installed at the tip of the column (4), and a power supply (5) for supplying power to the lighting system (2). The column (4) is formed of circular tubes and rotated in conjunction with the lifting and lowering device (21). Also, the column (4) is formed by loosely fitting, to each other, a first column (13) fixed to the carrier (6) and second and third columns (4a) and (4b) having outer diameters reduced in that order less than that of the first column (13). The second and third columns (4a) and (4b) are loosely fitted to each other so as to be moved in the vertical direction and rotated in conjunction with each other.

Abstract: A beverage dispenser operates a cup holder to advance a cup holding portion holding a cup in which a beverage is filled from an inside of a cup port to an outside thereof to locate it above a cup mount, lower the cup holding portion from a above position by a predetermined distance to place the cup on the cup mount in process of lowering, and retreat the cup holding portion from a lowered position to the inside of the cup port to leave the cup on the cup mount.

Abstract: A beverage dispenser can replace a X-Y coordinate of a predetermined cup stop position with a corrected X-Y coordinate by operating an X-axis motor and a Y-axis motor of a cup mover so that an actual cup stop position become consistent with a predetermined cup stop position and deciding the corrected X-Y coordinate based on position signals obtained from an X-axis encoder and a Y-axis encoder according to the operation.

Abstract: A muddler carrying-out device includes a muddler storing part for storing a plurality of stacked muddlers, and a muddler carrying-out part for carrying out the lowest muddler of the plurality of muddlers stored in the muddler storing part to a muddler takeout port. Further, the muddler carrying-out part operates below the second lowest muddler, and a distance of carrying out the muddler in the muddler carrying-out part is set at a distance of protruding a part of the lowest muddler from the muddler takeout port. When the lowest muddler is left without being pulled out at the time of carrying out the muddler, the lowest muddler moves over a distance of carrying out the muddler and the second lowest muddler is supported by the lowest muddler.

Abstract: A muddler carrying-out device includes a muddler storing part for storing a plurality of stacked muddlers, and a muddler carrying-out part for carrying out the lowest muddler of the plurality of muddlers stored in the muddler storing part to a muddler takeout port. Further, the muddler carrying-out part operates below the second lowest muddler, and a distance of carrying out the muddler in the muddler carrying-out part is set at a distance of protruding a part of the lowest muddler from the muddler takeout port. When the lowest muddler is left without being pulled out at the time of carrying out the muddler, the lowest muddler moves over a distance of carrying out the muddler and the second lowest muddler is supported by the lowest muddler.

Abstract: A seat adjustment device or seat adjuster for use with a vehicle seat is provided with a flap- or plate-like operation lever. The plate-like operation lever is pivotally arranged below a forward end of seat cushion of the vehicle seat such as to be normally dependent therefrom. Hence, the lever itself assumes a decorative cover as if it was an integral part of the vehicle seat and also effectively covers a lower objectionable portion below the seat cushion.

Abstract: The problem of the present invention resides in providing a projector having a telescopic post which is easy to deal with a multiple stage structure, capable of setting illumination devices at high positions, sufficiently considering also of safety and excellent in operability. The resolving means is as follows. There is provided a telescopic post in which a plurality of middle pipe posts having successively reduced inner diameters are ascendably and descendably inserted into a base pipe post fixed to a carriage and the respective middle pipe posts are ascended and extended by elastic force of built-in gas dampers. The gas dampers are of a gas damper structure of a tandem type connected in a vertical direction in the telescopic post.

Abstract: A mobile station use limiting system includes a base station provided in a cell and connected to a public telephone network, a use limiting station provided in the cell, for transmitting a use limitation signal. A mobile station can perform communication with the base station via an electromagnetic wave. The communication with the base station is limited in the mobile station in response to the use limitation signal.

Abstract: A phase locked loop extracts a clock signal through a wave differential method, and comprises a phase detector supplied with a sampled signal indicative of a variable discrete level of an input signal for producing a first output signal indicative of a waveform difference calculated from variable discrete levels of the sampled signal and a second output signal indicative of an integral calculated from waveform differences; a detector operative to produce a detecting signal indicative of continuation of the waveform differences less than a reference value; a calculator operative to calculate a virtual integral from integrals for producing a third output signal indicative of the virtual integral, the virtual integral and integrals previously calculated forming a convergent series; a selector operative to transfer the second output signal in the absence of the detecting signal and the third output signal in the presence of the detecting signal; and a series combination of a loop filter, a voltage controlled osci

Abstract: A vending machine includes a cabinet, a first merchandise carrying member disposed within said cabinet having a plurality of vertically aligned conveyor racks and a vertically extending elevator disposed within the cabinet. The elevator has a movable bucket. The machine also includes a second merchandise carrying member disposed within the cabinet, disposed under the plurality of conveyor racks and including at least one serpentine rack. A conveyor mechanism is disposed under the at least one serpentine rack for receiving merchandise from the at least one serpentine rack and for carrying this same merchandise to the bucket of the elevator.

Abstract: A cutting machine is provided in which the front and rear vises which deliver the material to be cut to the blade are mounted together on the same elongated guide members so as to insure a perfectly even cut across the material. Additionally, there is provided a pan for collecting the cutting chips and cutting oil from the work area as well as a filter for separating the cutting chips from the cutting oil.

Abstract: A method of controlling a cutting machine to cut workpieces according to the machinability of the workpieces includes the steps of providing a plurality of predetermined constant voltage outputs, each constant voltage output corresponding to a predetermined cutting speed for the cutting machine, selecting one of a plurality of constant voltage outputs in response to a desired workpiece material to be cut by the machine, and driving the cutting tool at a predetermined cutting speed corresponding to the desired material to be cut in response to the selected constant voltage output.

Abstract: A method and apparatus for controlling the cutting of bandsaw machines includes continuous feeding of the bandsaw blade relative to the workpiece by alternating the speed at which the bandsaw blade is fed relative to the workpiece between fast and slow, so that the bandsaw blade is continuously periodically fed relative to the workpiece alternately fast and slow. In a first embodiment, the bandsaw blade is fed into the workpiece and a continuously operating control motor is used to control a flow valve to alternate the speed at which the bandsaw blade is fed into the workpiece. In a second embodiment, the workpiece is fed into the bandsaw blade and a continuously operating control motor is used to control a flow control valve to alternate the speed at which the workpiece is fed into the bandsaw blade.

Abstract: A band saw machine is provided with a fixed and movable blade guide arm which are set apart by a distance which is proportional to the width of workpiece to be cut. A detector mounted on one of the guide arms senses the lateral deviation of the saw blade during cutting and a control circuit outputs a termination signal to shut down the machine when the deviation is larger than a desired maximum value. When a workpiece of a different width is to be cut the guide arms are reset apart by a distance proportional to the width of the new workpiece and a detector is provided which senses the change of distance between the guide arms and outputs a signal to a revising circuit. The revising circuit then revises the maximum value of deviation to be allowed based on the change of distance between the guide arms.

Abstract: A cutting machine has a plurality of switches, each switch corresponding to a predetermined cutting speed for each of one of the various groups of materials to be cut, the materials having different machinablility qualities. One of a plurality of constant voltage output means are connected with one of each of the plurality of switches for changing the speed of the cutting tool responsive to the constant voltage output means.

Abstract: The present invention relates generally to bandsaw machines having a flexible bandsaw blade trained around a plurality of wheels to perform cutting operations and, more particularly, pertains to a method and apparatus for controlling the feeding of the bandsaw blade into a workpiece such that the bandsaw blade is fed intermittently into the workpiece so as to prevent the blade from deflecting off the workpiece and causing work hardening of the workpiece. An alternative embodiment of the invention provides feeding the workpiece into the bandsaw blade in an intermittent fashion.