• 学术搜索
  • 科研智能体
    • Research Labs
    • AI 阅读
    • AI 文库
    • 深度研究
    • 学者亮点
  • 学术资源
    • AI2000
    • 期刊/会议
    • 学者库
    • 学术API
    • 溯源树
    • 数据集
  • 知识沉淀
    • 学术空间
订阅小程序
旧版功能
aminer vip
开通会员低至0.73元/天
一次搞定AI科研
立即登录
  • English
    • 联系方式
    专

    一种基于多尺度多维邻近性的制造业企业境外投资选址决策方法

    126223123A
    发明人
    管驰明, 李迎成, 程鹏, 张洋洋, 涂曼娅
    受让人
    UNIV SOUTHEAST (UYSE-C)
    申请人
    Perceive Biotherapeutics Inc.
    申请号
    035208
    申请日
    1984-05-10
    公开(公告)号
    126223123A
    公开(公告)日
    1991-11-05
    IPC分类号
    F26B023/00B01D053/02B01D053/26B01D000/00C10G001/00C10G031/06C10G031/00B01D053/00
    CPC分类号
    -
    优先权号
    172987
    185905
    243490
    000857
    183881
    266144
    227388
    188346
    188347
    优先权日
    1986-07-22
    1986-08-06
    1986-10-13
    1987-01-05
    1987-07-22
    1987-07-22
    1987-09-09
    1990-07-16
    1990-07-16
    摘要

    The circuitry includes a 3 dB divider having an input port for receiving the LO signal and output arms to produce LO signals with a phase difference of 45degree between such signals. A pair of diodes, each having an anode and a cathode is connected between the output arm of the 3 dB divider and the ground plane. The anode of each one of the diodes is connected to the cathode of the other one of the diodes. The pair of diodes are optically coupled to RF signals, to produce a spectrum of IF signals including a portion of the desired IF signals. A second pair of diodes are optically coupled to RF signaosl, to produce a second specturm of IF signals.

    A quadrature hybrid has input ports and output ports. The first input port is responsive to the first portion of the desired IF signals. The second input port is responsive to the second portion of the IF signals from the second pair of diodes. The portions of the desired IF signals are in phase at the first output port and substantially 180degrees out-to-phase at the second output port.

    ADVANTAGE -Spurious signals minimised.

    权利要求
    1 . A tablet counter and packaging module comprising: a. a rotary disc rotatable in a rotational direction about a first axis extending through a center thereof, the rotary disc comprising tablet apertures spaced about a peripheral surface of the rotary disc, each of the tablet apertures being configured to receive a tablet from a plurality of tablets disposed adjacent to the peripheral surface of the rotary disc; b. a negative pressure system operably engaged with the rotary disc and in fluid communication with one or more of the tablet apertures, the negative pressure system configured to apply a negative pressure to the one or more tablet apertures so as to retain the tablets therein as the rotary disc rotates about the first axis; c. a plurality of ejection devices, each ejection device being operably engaged with the rotary disc and configured to be in communication with the tablet apertures thereof at a respective angular position so as to selectively eject one or more of the tablets from the corresponding tablet apertures outwardly at the respective angular position of the ejection device; d. a plurality of ejection receptacles configured to collect the tablets ejected by respective ones of the ejection devices from the plurality of tablet apertures of the rotary disc; e. an inspection system, comprising one or more inspection devices operably engaged with the rotary disc and at least one of the ejection devices, each of the one or more inspection devices being configured to analyze each of the tablets retained within the plurality of tablet apertures, wherein analyzing a tablet comprises determining one or more tablet characteristics associated with the tablet; and wherein the ejection devices are configured to selectively eject the analyzed tablet from a corresponding tablet aperture of the rotary disc based at least in part on the at least one tablet characteristics associated with the tablet.
    2 . The tablet counter and packaging module of claim 1 , wherein the plurality of ejection devices comprises: a. a first ejection device configured to be in communication with the tablet apertures at an angular position of the rotary disc so as to selectively eject one or more of the tablets from the corresponding tablet aperture; and b. a second ejection device configured to be in communication with the tablet apertures at an angular position of the rotary disc spaced from the first ejection device so as to selectively eject one or more of the tablets from the corresponding tablet aperture; c. a third ejection device configured to be in communication with the tablet apertures at an angular position of the rotary disc spaced from the first and second ejection devices so as to selectively eject one or more of the tablets from the corresponding tablet aperture; and wherein the inspection devices are disposed at an angular position being rotationally upstream from the first, second, and third ejection devices, and wherein the ejection devices are configured to selectively eject one or more of the tablets based at least in part on the at least one tablet characteristics respectively associated with each of the one or more tablets.
    3 . The tablet counter and packaging module of claim 2 , wherein the at least one tablet characteristic comprises a first tablet characteristic, a second tablet characteristic, and a third tablet characteristic, and wherein the first ejection device is configured to eject tablets comprising the first tablet characteristic, the second ejection device is configured to eject tablets comprising the second tablet characteristic, and the third ejection device is configured to eject tablets comprising the third tablet characteristic.
    4 . The tablet counter and packaging module of claim 3 , wherein the first tablet characteristic comprises a first unacceptable tablet characteristic, the second tablet characteristic comprises a second unacceptable tablet characteristic, and the third tablet characteristic comprises an acceptable tablet characteristic; wherein a tablet is associated with the first unacceptable tablet characteristic based on a determination by the inspection system that the tablet comprises multiple tablets in a single tablet aperture, wherein a tablet is associated with the second unacceptable tablet characteristic based on a determination by the inspection system that the tablet comprises one or more of a defective, unidentifiable, broken, or tablet chip tablet characteristic, and wherein a tablet is associated with the acceptable tablet characteristic based at least in part on a determination by the inspection system that the tablet does not comprise any of the first or second unacceptable tablet characteristics.
    5 . The tablet counter and packaging module of claim 2 , wherein the plurality of ejection receptacles comprises a collection mechanism, the collection mechanism being configured to collect the tablets ejected by the third ejection device and to direct the tablets toward a single one of a series of containers for deposition therein.
    6 . The tablet counter and packaging module of claim 2 , wherein the plurality of ejection receptacles comprises at least one a reject container, the reject container being configured to collect a tablet ejected by the second ejection device.
    7 . The tablet counter and packaging module of claim 2 , wherein at least one of the plurality of ejection receptacles is configured to direct at least a tablet ejected by the first ejection device back to the plurality of tablets disposed adjacent to the peripheral surface of the rotary disc.
    8 . The tablet counter and packaging module of claim 2 , wherein the rotary disc is configured such that the plurality of tablet apertures is arranged in a row about an outer peripheral surface portion thereof.
    9 . The tablet counter and packaging module of claim 2 , wherein the negative pressure system is configured to simultaneously apply a negative pressure to the plurality of tablet apertures located at least between the inspection devices and the first, second, and third ejection devices so as to retain the tablets therein, as the rotary disc rotates about the first axis.
    10 . The tablet counter and packaging module of claim 2 , wherein each of the ejection devices is in communication with at least one of the plurality tablet apertures about a respective angular position and configured to receive positively pressurized air and to selectively emit the air to the tablet apertures of the rotary disc at the respective angular position, the air being emitted at a positive pressure capable of overcoming the negative pressure retaining the tablets within the plurality of tablet apertures, so as to selectively eject one or more of the tablets from the corresponding tablet apertures toward an ejection receptacle disposed about the respective angular position corresponding to the ejection device.
    11 . The tablet counter and packaging module of claim 2 , further comprising at least one counting device, wherein both the at least one counting device and the inspection system are configured to count a number of tablets ejected from the plurality of ejection devices so as to verify that the number of tablets ejected from the plurality of ejection devices matches the predetermined amount of tablets to be selectively deposited into one or more containers.
    12 . The tablet counter and packaging module of claim 10 , further configured to count a number of tablets ejected from the plurality of ejection devices comprising the first tablet characteristic, a number of tablets ejected from the plurality of ejection devices comprising the second characteristic, and a number of tablets ejected from the plurality of ejection devices comprising the third characteristic.
    13 . The tablet counter and packaging module of claim 1 , wherein the first axis is substantially horizontally disposed, and wherein the tablet counter and packaging module is further configured to deliver a selected amount of tablets to at least one container via the ejection receptacles, the at least one container being moved into coincidence with an ejection receptacle of the plurality of ejection receptacles by a conveying device.
    14 . The tablet counter and packaging module of claim 5 , further comprising a tablet verification sensor configured to verify a tablet ejected by the third ejection device was deposited in its intended container.
    15 . The tablet counter and packaging module of claim 1 , wherein each tablet counter and packaging module is configured to operate as a single module or linearly with one or more additional tablet counter and packaging modules.
    16 . The tablet counter and packaging module of claim 1 , wherein the tablet counter and packaging module is disposed on a movable platform configured for allowing movement of the tablet counter and packaging module as a whole.
    17 . A method of using tablet counter and packaging module, comprising: a. receiving a tablet in at least one tablet aperture of a plurality of tablet apertures defined about a peripheral surface of a rotary disc configured to rotate in a rotational direction about a first axis extending through a center thereof, each of the plurality of tablet apertures being configured to receive a tablet from a plurality of tablets disposed adjacent to the peripheral surface of the rotary disc; b. applying a negative pressure to the plurality of tablet apertures with a negative pressure system operably engaged with the rotary disc and in fluid communication with one or more of the tablet apertures, the negative pressure system configured to apply a negative pressure to the one or more tablet apertures so as to retain the tablets therein as the rotary disc rotates about the first axis; c. analyzing each tablet respectively retained within the at least one tablet apertures to determine one or more tablet characteristic associated with the tablet; d. selectively ejecting a tablet from a corresponding tablet aperture of the rotary disc based at least in part on one or more tablet characteristics associated with the tablet, the tablet being ejected by at least one ejection device of a plurality of ejection devices, the at least one ejection device being operably engaged with the peripheral surface portion of the rotary disc and configured to be in communication with at least one of the tablet apertures about a respective angular position; e. collecting the tablets ejected from the plurality of tablet apertures of the rotary disc with a plurality of ejection receptacles configured to direct the tablets toward one or more containers of a series of containers for deposition therein; and f. determining at least a portion of an amount of tablets ejected by each of the plurality of ejection devices.
    18 . The method of claim 17 , wherein selectively ejecting a tablet from a corresponding tablet aperture based at least in part on one or more tablet characteristics associated with the tablet comprises: a. selectively ejecting a tablet determined to comprise a first tablet characteristic from a corresponding tablet aperture by a first ejection device of the plurality of ejection devices, the first ejection device configured to be in communication with the tablet apertures about the respective angular position; b. selectively ejecting a tablet determined to comprise a second tablet characteristic from a corresponding tablet aperture by a second ejection device of the plurality of ejection devices, the second ejection device configured to be in communication with the tablet apertures at the respective angular position; c. selectively ejecting a tablet determined to comprise a third tablet characteristic from a corresponding tablet aperture by a third ejection device of the plurality of ejection devices, the third ejection device configured to be in communication with the tablet apertures at the respective angular position; and wherein the at least one tablet characteristic comprises a first tablet characteristic, a second tablet characteristic, and a third tablet characteristic, wherein tablets comprising the first tablet characteristic are ejected by the first ejection device, tablets comprising the second tablet characteristic are ejected by the second ejection device, and tablets comprising the third tablet characteristic are ejected by the third ejection device.
    19 . The method of claim 18 , wherein the first tablet characteristics comprises a first unacceptable tablet characteristic, the second tablet characteristics comprises a second unacceptable tablet characteristic, and the third tablet characteristic comprises an acceptable tablet characteristic; wherein a tablet is associated with the first unacceptable tablet characteristic based on a determination by the inspection system that the tablet comprises multiple tablets in a single tablet aperture, wherein a tablet is associated with the second unacceptable tablet characteristic based on a determination by the inspection system that the tablet comprises one or more of a defective, unidentifiable, broken, or tablet chip tablet characteristic, and wherein a tablet is associated with the acceptable tablet characteristic based at least in part on a determination by the inspection system that the tablet does not comprise any of the first or second unacceptable tablet characteristics.
    20 . The method of claim 19 , wherein the plurality of ejection receptacles comprises at least one collection mechanism, the at least one collection mechanism being configured to collect the tablets ejected by the third ejection device and to direct the tablets toward a single one of a series of containers for deposition therein.
    21 . The method of claim 19 , wherein the plurality of ejection receptacles comprises at least one collection mechanism, the at least one collection mechanism being configured to collect the tablets ejected by the second ejection device and to direct the tablets toward a reject container for deposition therein.
    22 . The method of claim 19 , wherein the plurality of ejection receptacles comprises at least one collection mechanism, the at least one collection mechanism being configured to direct the tablets ejected by the first ejection device back to the plurality of tablets disposed adjacent to the peripheral surface of the rotary disc.
    23 . The method of claim 18 , wherein receiving a tablet in at least one tablet aperture of the plurality of tablet apertures comprises receiving at least one tablet in a plurality of tablet apertures defined in a row about an outer peripheral surface portion of the rotary disc.
    24 . The method of claim 18 , wherein applying a negative pressure to the plurality of tablet apertures further comprises simultaneously applying a negative pressure to the plurality of tablet apertures with the negative pressure system located at least between one or more inspection devices and the first, second, and third ejection devices, wherein the one or more inspection devices are disposed upstream from the first, second, and third ejection devices.
    25 . The method of claim 18 , wherein selectively ejecting a tablet of the at least one tablets from a corresponding tablet aperture comprises receiving positively pressurized air at an ejection device in communication with at least one of the tablet apertures about a respective angular position, and selectively emitting the air to at least one of the tablet apertures at the respective angular position, the air being emitted at a positive pressure capable of overcoming the negative pressure retaining the tablets within the plurality tablet apertures, so as to selectively eject one or more of the tablets from the corresponding tablet aperture toward an ejection receptacle disposed about the respective angular position corresponding to the ejection device.
    26 . The method of claim 20 , further comprising verifying, via a tablet verification sensor that the tablets ejected by the third ejection device were deposited in their intended container.
    27 . The method of claim 17 , further comprising adding one or more additional tablet counter and packaging modules linearly to a bottle fill line.
    28 . The method of claim 17 , wherein the tablet counter and packaging module is disposed on a movable platform configured for allowing movement of the tablet counter and packaging module as a whole.
    说明书
    [0001]BACKGROUND OF THE INVENTION [0001] The invention concerns an arrangement for transporting objects in a motor vehicle consisting of a holding container to be mounted on the bottom of the cargo hold of a motor vehicle. [0002] An arrangement such as this is known from DE-GM 298 10 334, wherein the essentially tub-shaped holding container consists of the frame-like holding part, which can be mounted in the motor vehicle, and at least one partial container, which can be removed from the holding part to form an access opening in the area of a spare wheel compartment on the side of the motor vehicle. [0003] DE-GM 298 16 248 describes an arrangement especially for the transportation of a bicycle in a motor vehicle. For this purpose, this arrangement consists of a holding part, which can be fixedly attached to the interior of the motor vehicle, with especially adapted mounting and fixing means for at least one bicycle. [0004] An object of the invention is to provide a transportation arrangement of the kind described above, which allows an improved utilization variety with a good utilization comfort as well as a safe installation of almost any desired object to be transported (load). [0005] According to the invention, this is achieved via the features of claim 1. Other advantageous embodiments of the invention are contained in the dependent claims. SUMMARY OF THE INVENTION [0006] An exemplary embodiment of the invention relates to an arrangement for transporting objects in a motor vehicle. The arrangement includes a holding container mounted on a cargo hold bottom of the motor vehicle. The holding container includes a number of container parts, which are movably collapsibly connected to each other in such a way that the holding container is configured to be transferred from a condition when not in use, wherein the container parts lie essentially folded together flat on or in the plane of the cargo hold bottom, into a condition for use, wherein the assembled container parts form at least one holding compartment.
    [0002]BRIEF DESCRIPTION OF THE DRAWINGS [0007] The invention will be further described with respect to a preferred exemplary embodiment shown in the drawing, wherein: [0008] FIG. 1 is a view into a motor vehicle cargo hold with a transportation arrangement according to the invention in its condition when not in use; [0009] FIG. 2 is a view similar to that of FIG. 1 during the transition into the condition for use; [0010] FIG. 3 shows the transportation arrangement according to the invention in the condition for use in a first position; and [0011] FIG. 4 shows the transportation arrangement in its condition for use in a second possible position within the cargo hold.
    [0003]DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0012] An arrangement according to the invention provided in a motor vehicle for transporting almost any desired object (not shown) consists of a holding container 1, which is mounted on a cargo hold bottom 2 of a motor vehicle. According to the invention, the holding container 1 consists of several container parts, which will be described in more detail in the following, which are movably foldably connected to each other in such a way that the holding container 1 is transferred from a condition when not in use (FIGS. 1 and 2) into a condition for use (FIGS. 3 and 4). In the condition when not in use, the container parts lie folded together essentially flat on or in the plane of the cargo hold bottom 2. In the condition for use, the assembled container parts form at least one holding compartment 4, which is open on the top. [0013] The holding container 1 is preferably mounted via sliding guide means 6 in the cargo hold bottom 2 in such a way that it can be displaced—especially in the direction of a motor vehicle longitudinal axis X (see the double arrows shown in FIGS. 1 and 4)—between two positions. They are preferably a first sliding position according to FIGS. 1 and 4, wherein the holding container 1 is located very deep inside the cargo hold far from a cargo hold opening, in the vicinity of a partition wall of the cargo hold, as well as a second sliding position, wherein the holding container 1 is located in the vicinity of the cargo hold opening (FIGS. 2 and 3). This displacement is basically optionally possible between the condition when not in use or the condition for use of the holding container 1. As sliding guide means 6 is preferably used a traditional track system with two lateral guide tracks which are parallel to each other. [0014] In another advantageous embodiment of the invention, the sliding guide means 6 are configured in such a way that the holding container 1 can be lowered into the cargo hold bottom 2 in its condition when not in use and especially in its first sliding position according to FIG. 1, so that it lies with an upper boundary plane (the surface of a cover part 12) approximately in the plane of the cargo hold bottom 2. This advantageous configuration makes possible in the condition when not in use of the holding container 1 an unimpeded normal use of the entire cargo hold in that the load can also be placed in the surface area of the holding container 1. [0015] The holding container 1 is functionally releasably fixed in at least one, preferably however in the two sliding positions, via stop means (not shown). [0016] In the shown preferred exemplary embodiment, the holding container 1 consists of a lower bottom part 10 and a cover part 12, which is hinge connected to the same in the manner of a case, as well as also wall parts 14, 16, 18, and 20, which are hinge connected to the cover part 12. In this way, the cover part 12 is joint connected to a front wall part 18 via at least two lateral wall parts 14 and 16 so that, via a parallelogram-like hinge movement, the wall parts 14 to 18 can be transferred from their flat superposed position lying on the inner side of the cover part 12 into a condition which forms the holding compartment 4 (as well as vice versa). The bottom part 10 forms in this way, together with the cover part 12, a kind of case in which, in the closed condition when not in use, the remaining wall parts are installed in a somewhat parallel superposed position. In the open mounted condition, the cover part 12 stands somewhat vertical to the bottom part 10, and the wall parts can be pivoted away from the cover part 12 in a parallelogram-like manner to form the holding compartment 4. In this way, the holding container 1 has a preferably elongated somewhat rectangular base shape, which extends across the motor vehicle longitudinal axis X and essentially over the entire width of the cargo hold. [0017] In this way, for the transfer into the condition for use starting from the condition when not in use according to FIG. 1, first the entire flat-lying holding container 1 is pulled toward the direction of the cargo hold opening. Then, according to FIGS. 2 and 3, the cover part 12 is installed at an angle of about 90° and the wall parts are moved in parallelogram-like manner from the cover part 12 toward the direction of the cargo hold opening 1. In case of need, then, the entire assembled holding container 1 can be moved back, according to FIG. 4, even further away from the cargo hold opening and more deeply into the cargo hold. This allows a utilization of the area facing the cargo hold opening to accommodate larger loads. [0018] It can also be preferred to provide at least one partition wall part 22 arranged between the lateral wall parts 14, 16. This partition wall part 22 is exclusively hinge connected either only to the cover part 12 or only to the front wall part 18, so that the holding compartment 4 can be optionally partitioned in that the partition wall part 22 is pivoted away when the holding container 1 is mounted. In its partitioned position takes place a functional fixing especially via suitable stop means in the area of its free pivotable wall edge. [0019] It is also advantageous when the holding container 1 in its entirety, that is, together with the bottom part 10, is mounted especially via the sliding guide means 6 so that it can be pivoted up from the motor vehicle cargo hold bottom 2 to expose a compartment for a spare wheel on the side of the motor vehicle (not shown in the drawing). [0020] Furthermore, a manipulating handle 24 is advantageously provided, which is preferably attached to the front wall part 18 in such a way that it lies in the area of an adaptably configured recess 26 of the cover part 12 (see FIGS. 1 and 2) in the condition when not in use. By means of this advantageous configuration, a one-handed operation is comfortably possible in that the manipulating handle 24, on the one hand, can be used to mount the cover part 12 and, on the other hand, can also be used for the parallelogram-like assembly displacement of the wall parts. [0021] Finally, in FIG. 3 it can also be seen that preferably several hook elements 28 are arranged especially on the inside of the cover part 12 so that objects, for example, shopping bags, can also be fixed by hanging. [0022] The holding container 1 according to the invention can also be equipped with additional devices such as an integrated cooler, a handle device, and/or the like. [0023] By means of the invention are obtained fundamental advantages: a simplification of the transportation of any desired object, product, etc., a minimization of the possibility of displacement of the objects during acceleration and deceleration of the motor vehicle, a protection of the cargo hold from unclean products, an optimization of the accessibility and utilization of the entire cargo hold, and a general improvement of the loading and unloading behavior. [0024] The invention is not limited to the shown and described exemplary embodiments but comprises also all of the embodiments with the same effect in the sense of the invention. [0025] Priority application German Utility Model Application Number 200 09 661.3, filed May 30, 2000 is incorporated herein by reference in its entirety.
    同族专利
    暂无同族专利