Abstract: A control system for a multihead weigher for a combinatorial weighing system comprises a plurality of weighing modules each having a weighing bucket for receiving and weighing articles to be weighed, and a weighing module controller (e.g., a state machine) for controlling article weighing, discharge and refill operations of its associated weighing bucket. A central control unit (e.g., a PC) connected to the weighing module controllers over a low speed serial network issues at least one macro-command, such as “discharge and refill” to the weighing module controllers reducing the number of commands issued from central control unit to the weighing module controller which would otherwise occur without the macro-command. The weighing module controllers, in response to the at least one macro-command, perform the steps needed to effect the article weighing, discharge and refill operations. The control system has Internet connection capabilities.

Abstract: A dispensing table assembly is divided along a line of division into two dispensing tables 6 and 6. Each of the dispensing tables 6 and 6 so divided has a partition wall 33 secured to a cut edge 6a, which is left along the line of division, so as to extend upright. Each of the dispensing tables 6 and 6 has a distributing point T defined at a location distant from the partition wall 33 for distributing articles to be weighed, which have been supplied from above, uniformly onto the dispensing table. Each of the dispensing tables 6 and 6 also has inclined surface areas P1 and P6 inclined downwardly from the distributing point T towards the partition wall 33.

Abstract: A combinatorial weighing or counting apparatus having a dispensing feeder and weighing hoppers is provided to achieve superior article transport by suitably controlling the operating parameter of the dispensing feeder. The combinatorial weighing or counting apparatus of the present invention includes a dispensing feeder 4, a plurality of weighing hoppers 7, a weighing device 11, and a DF operating parameter calculating unit 22. Articles to be weighed are supplied to the dispensing feeder 4. From the dispensing feeder 4 the articles are supplied to the weighing hoppers 7. The weighing device 11 is a means for detecting the weight of the articles on the dispensing feeder 4. The DF operating parameter calculating unit 22 is a means for controlling the amount of articles that are discharged from the dispensing feeder 4, based on weight information from the weighing device 11.

Abstract: In a combination weighing apparatus, a plurality of feeders supply a subject to be weighed. A plurality of weighing hoppers receive the subject to be weighed which is supplied by a plurality of feeders. A plurality of weighing devices weigh the subject to be weighed which is received in each of the weighing hoppers. A plurality of weighing devices are fixed to the weighing base. Stands are provided in a circumferential direction at a predetermined interval, the stands respectively have leg portions standing up from a placing surface and supporting portions including horizontal portions connected to the leg portions, and the horizontal portions of the supporting portions are constituted by a plurality of metal supporting columns connected to each other in center portions. The weighing base is directly fixed to a lower surface of the center connecting portions of the stands.

Abstract: A combination weighing device includes a calculation means, a normal discharge means, a sample selection means, and a sample discharge means. The calculation means selects a plurality of types of articles according to a predetermined ratio and the weights thereof. The sample selection means selects specific types of articles from amongst the plurality of types of articles selected by the calculation means. The sample discharge means discharges the specific types of articles selected by the sample selection means.

Abstract: A combination weighing apparatus is constituted by a plurality of hopper supporting arms (100) protruding to an external portion from a casing having a plurality of drive sources (63) in an inner portion thereof and sealing opening and closing operation driving mechanisms (116) for transmitting a drive force from the drive sources (63) in inner portions thereof, a plurality of hoppers (130) attached to front ends of a plurality of hopper supporting arms (100), having receiving ports for subjects to be weighed at upper ends and having discharge ports with rotatable opening and closing lids (147) at lower ends, couplings respectively mounted to the opening and closing lids (147), and opening and closing operation driving bodies exposing to outer surfaces of the hopper attaching portions at the front ends of the hopper supporting arms (100), driven by the opening and closing operation driving mechanisms (116), and opening and closing the opening and closing lids (147) engaged with the couplings due to the attach

Abstract: A scale weight combination selection system for selecting the most appropriate combination of scale weights for combinational weight machines. The system is best utilized in higher number order of scale machines and includes date stamping the scale weights as the scales are loaded, dividing the scale weights into two groups, one the earlier date stamps, and the other the later date stamps, calculating all combinations of scale weights in each group, assigning a digital code to each combination with code position representing scale number, ranking and sorting the digital codes in each group by a formula giving preference to the earliest date scale weights and the greatest number of scales in the combinations, adding the combinations, sequentially adding the combinations in one group to the combinations in the other groups in the ranked order, and selecting from the resulting combinations, the best combination of scale weights closest to a target weight.

Abstract: A combinational weighing apparatus includes a distributing apparatus for distributing articles fed from above, a plurality of conveyance apparatuses disposed radially below and around the distributing apparatus and a plurality of weighing apparatuses disposed below the respective plurality of conveyance apparatuses, the distributing apparatus including a conical distributing table, a stirring member having one end attached to a rotation shaft arranged at an apex portion of the distributing table and the other end extending slantwise downward to the vicinity of a peripheral edge of the distributing table, and a drive unit for rotating the rotation shaft, in which a gap is provided between a lower side of the stirring member and an upper surface of the distributing table so as to be increased downwards.

Abstract: A combination weighing apparatus 1 comprising a plurality of hoppers 4, 5 and 6 arranged in horizontal rows, a conveyor 7 provided below the plurality of hoppers for transporting articles discharged from the plurality of hoppers, respectively, to a predetermined collection position, and a controller 20 for controlling a combination weighing operation for selecting a combination of hoppers 5 and 6 so that a combination weight value obtained by combining some of weight values of the articles supplied to said plurality of hoppers 5 and 6 falls within a predetermined combination tolerance and discharging the articles from the hoppers in the selected combination 5 and 6.

Abstract: The weights of articles that are held in normal weighing hoppers are combined and a combination weighing takes places such that the total weight of the articles is within a predetermined weight range. When a combination weighing takes place and the articles that are held in the normal weighing hoppers are selected, special articles that are held in a special weighing hopper specified according to a specification routine are discharged. The present invention provides a general use combination weighing apparatus that is capable of changing the composition of combined articles discharged from the combination weighing apparatus according to predetermined conditions, without requiring a change in software and preferably without taking up a great deal of space.

Abstract: The combination weighing apparatus is an apparatus that conducts combination weighing of articles based upon weight data from a plurality of weight hoppers, and is comprised of a plurality of supply buckets that supply articles to any of a plurality of weighing hoppers, a rotation mechanism that rotates the supply buckets so that they move along an arrangement of the weighing hoppers in a weighing area, and a control computer. The control computer controls the supply of articles from the supply buckets inside the weighing area to the weighing buckets, and from amongst the plurality of weighing hoppers that request a supply of articles, priority is given to the weighing buckets that are downstream in the direction of rotation, and article supply takes place.

Abstract: For a weight controlled building up of batches of foodstuff pieces, the pieces are supplied serially with mutual spacing and are weighed-in on a dynamic weigher using a “single weighing algorithm”. Quite similar weighers are known operating for “summation or flow weighing”, which does not require the supplied pieces to be supplied one by one while making use of a special algorithm. With the invention these technics are combined with the aim of handling an unorderly supply flow, in which there are both separated and non-separated pieces, in that by means of a detector it is determined whether the pieces are sufficiently separated for being “single weighed” for batching purposes, while the pieces will otherwise be flow weighed e.g. for the formation of large batches.

Abstract: The invention solves the problem of sufficiently accurately portioning by weight a sequential stream of objects with known individual weights, without having to return a considerable part of rejected excess objects to be processed again. This is achieved by accumulating excessive objects into one or more holding areas where they will be used as the basis for subsequent portions, instead of being rejected and reprocessed. This method makes it possible to use relatively simple and inexpensive equipment for sufficiently accurate portioning by weight in the fish and food processing industries, which requires highly complex and expensive equipment using existing technologies.

Abstract: There is provided an abnormal device determining means (CPU 51) which reads a tendency of displacement between the combination calculated weight Wc of the contents M and the post-discharge Ws measured value of the same contents M measured after such contents M have been bagged and which, based on the tendency of displacement so read, determines which one of the combination calculated value Wc and the post-discharge measured value Ws is abnormal, and a display device (54) for displaying a result of the determination. Thus, since based on the displacement tendency of the combination calculated value Wc and the post-discharge measured value Ws, which one of the combination calculated value Wc and the post-discharge measured value Ws is abnormal is determined, it can readily and easily grasped which one of the combination weighing apparatus (1) and the weight checker (300) suffers from a trouble.

Abstract: A combination weighing machine chassis that is comprised of an enclosed hollow support member having an inner surface upon which the drives and controls for the components of the product batch handling units are carried. There are openings formed in the hollow support member that include seals through which the necessary drives and controls extend. As a result, components of the product batch handling units, such as the vibrating trays, chambers and buckets, can be removed for cleaning and the outer surface of the hollow support member can also be cleaned. The operating components are now housed in a closed compartment where they are protected from contamination by air and water borne debris such as oil and food, and the entire weighing machine can now be conveniently washed down and thoroughly cleaned. The vibrator mechanisms for the feeder trays are suspended by extension coil springs from the inner surface of the top portion of the enclosed hollow support member.

Abstract: The present invention relates to a combination weighing apparatus for selecting a combination of some of weighing hoppers (6i) accommodating therein articles that have been supplied thereto, which combination results in a combination calculated value (Wc) of measured weights of the articles (M) contained in some of the weighing hoppers (6i) forming the combination, falling within a predetermined combination tolerance, and for subsequently discharging the articles (M) in the selected weighing hoppers (6i). In accordance with a condition of a flow of the articles (M) on a falling route downstream of the combination weighing apparatus (1), discharge timing for discharging the articles (M) from the hoppers (6i) is automatically changed among the hoppers (6i). It is thereby possible to promptly detect abnormality in the flow of the articles and to maintain the high operativity and productivity (yield) of the combination weighing apparatus (1).

Abstract: To provide a combination weighing apparatus capable of handling articles of various shapes automatically at a high speed, the combination weighing apparatus includes a supply unit (2) having a plurality of supply buckets (20i) each capable of discharging the article onto hoppers (40i) positioned therebelow. The supply buckets (20i) are drivingly supported by a transport unit including an endless support member (10) so as to circulate along a predetermined transport path. A discharge control is provided so that when some of the supply buckets (20i) are brought to a position corresponding to empty weighing hoppers (40i), the articles M within such supply buckets (20i) can be discharged therefrom onto the weighing hoppers (40i).

Abstract: A combination weighing and counting apparatus includes a plurality of vibrating feeders (1) arranged and mounted on a support frame and adapted to be electrically powered from an alternating current source to transport articles, a plurality of weighing hoppers (28) for measuring respective weights of the articles (M) supplied from the vibrating feeders (1), and a combination selecting device for combining weights or numbers of the articles supplied to the weighing hoppers and for selecting a combination of the articles (M) which falls within a tolerance range. To minimize vibration of the support frame so that any undesirable reduction in weighing accuracy can be suppressed, there is provided a feeder drive control device (42) for driving the neighboring vibrating feeders (1) at a driving phase opposite to each other.

Abstract: A combinatorial weighing or counting apparatus having a dispensing feeder and weighing hoppers is provided to achieve superior article transport by suitably controlling the operating parameter of the dispensing feeder. The combinatorial weighing or counting apparatus of the present invention includes a dispensing feeder 4, a plurality of weighing hoppers 7, a weighing device 11, and a DF operating parameter calculating unit 22. Articles to be weighed are supplied to the dispensing feeder 4. From the dispensing feeder 4 the articles are supplied to the weighing hoppers 7. The weighing device 11 is a means for detecting the weight of the articles on the dispensing feeder 4. The DF operating parameter calculating unit 22 is a means for controlling the amount of articles that are discharged from the dispensing feeder 4, based on weight information from the weighing device 11.

Abstract: In order to provide a combination weighing apparatus having an automatic filter adjusting capability which is effective to secure a weighing accuracy and also to adjust a filter characteristic of a digital filter having a short response time, the filter characteristic is automatically adjusted, based on a result of comparison of respective vibration components U of filtered weight signals FW1 to FWn with a permissible level US of the vibration components, so that the respective vibration components U of the filtered weight signals FW1 to FWn can attain a value approximating to the permissible level US, but not exceeding the permissible level US. In this way, by damping the vibration components U down to a value within the permissible level US, the weighing accuracy can be secured and, on the other hand, by damping the vibration components U down to a value approximating to the permissible level US, the filter characteristic can be obtained quickly in a short time.

Abstract: A combinatorial weighing apparatus that combines articles after aligning same. The articles are input to the apparatus via hoppers, which can be selectively discharged to an alignment tray based upon the weight of the articles within the hoppers. A predetermined weight, or at least a weight within a margin of error of the predetermined weight, is discharged through a chute to an alignment tray. The chute narrows from an inlet position to an outlet position, and aligns the articles as they pass therethrough. Once in the alignment tray, the tray is shaken in an unsymmetrical manner so as to further align the articles. Once the alignment is complete, a gate beneath the tray opens and the aligned articles drop into a receptacle. The present invention is particularly useful in aligning elongate articles, such as bread sticks, and other food stuffs.

Abstract: A counting and combinatorial weighing method for obtaining a collected batch of ingredients of a plurality of types, having a predetermined fractional weight. The method provides a plurality of weighing machines, each of them is for one corresponding group of different ingredients including at least one main ingredient and a plurality of incorporated ingredients. The method comprises the steps of modeling a weighing system, simultaneous weighing according to target weight values the n equal partial batches of the main ingredient within all the n associated weighing scale modules of each weighing machine. The partial batches are discharged into a discharging device, and the total weight is counted. These weighing and counting steps are repeated in succession up to k times, thus the total weight being less than the predetermined fractional weight is obtained.

Abstract: To simplify the structure of a hopper side of a weighing apparatus, brackets 24, 34 are fitted to gates 22, 32 of pool hoppers 8 or weighing hoppers 9 and rollers 28, 38 are rotatably provided on extensions 24a, 34a thereof. On a body B side of the weighing apparatus, there are provided operating arms 44, 64 having a forked tip portion, and the rollers 28, 38 fitted to the body B side are engaged so as to be held by the operating arms 44, 64. When the operating arms 44, 64 are rocked about support shafts 43, 63, the gates 22, 32 of the hoppers 8, 9 are rocked about support shafts 25, 35 through the rollers 28, 38 to selectively open and close lower portion discharge openings 21b, 31b.