| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 141 | Immersed floral display | US27234152 | 1952-02-19 | US2601658A | 1952-06-24 | BUSSERT CLARENCE E |
| 142 | Suction holder for floral designs and the like | US19324038 | 1938-03-01 | US2225681A | 1940-12-24 | BRAUN FRANK C |
| 143 | Thorn-removing device | US13459137 | 1937-04-02 | US2167337A | 1939-07-25 | DE MEESTER MAURICE |
| 144 | Flower pick | US57969831 | 1931-12-08 | US1922165A | 1933-08-15 | KNUUTILA CHARLES A |
| 145 | Basket bouquet | US60553422 | 1922-12-07 | US1545986A | 1925-07-14 | GEORGE STOLLERY; FRED STOLLERY |
| 146 | Cutting device. | US2337915 | 1915-04-23 | US1190052A | 1916-07-04 | WELANDER WILHELM R |
| 147 | A ROBOTIC DEVICE FOR SLEEVING POTTED PLANTS AND A METHOD FOR SLEEVING POTTED PLANTS WITH THE ROBOTIC SLEEVING DEVICE | EP15183608.7 | 2015-09-03 | EP3138667B1 | 2018-12-26 | Van der Laan, Paul |
| The present invention relates to a robotic device (11) for sleeving potted plants (10). The robotic device (11) comprises a vertical shaft (2), at least two upper arms (3, 4) arranged on the vertical shaft (2), each one of the at least two upper arms (3, 4) having a gripping unit (6) for gripping and releasing potted plants (10), a first picking area (100) located at a first position radially outwards from the vertical shaft (2), a sleeving area (200) located at a second position radially outwards from the vertical shaft (2), and a sleeving unit (5) arranged at the sleeving area (200). The at least two upper arms (3, 4) are rotatable between the first and the second position about the vertical shaft (2), wherein the at least two upper arms (3, 4) are arranged to be movable along the vertical shaft (2). | ||||||
| 148 | ASSEMBLY FOR PROCESSING CUT FLOWERS | EP17151202 | 2017-01-12 | EP3348137A1 | 2018-07-18 | MIEDEMA WILLIBRORDUS JARING |
| Assembly for transferring cut flowers (13) from cultivation beds (1) towards a processing unit (2), comprising at least one harvesting apparatus (4) for harvesting the cut flowers (13) from a selected one of the cultivation beds (1), which harvesting apparatus is provided with a first buffer (5) for temporarily buffering harvested cut flowers, wherein the assembly further comprises at least one transportation vehicle (6) for transporting cut flowers and adapted for following an endless path (7) between the cultivation beds (1) and the processing unit (2). Each harvesting apparatus (4) is provided with a transfer vehicle (9) adapted for moving along a path over a respective cultivation bed (1) for transferring cut flowers from the first buffer (5) of the harvesting apparatus (4) towards a transportation vehicle (6). A second buffer (10) is positioned between the endless path (7) and the processing unit (2), adapted for receiving cut flowers from a transportation vehicle (6) and for temporarily buffering said received cut flowers and thereafter offering the cut flowers to the processing unit. Additionally, the assembly comprises a number of separate transportation units (11) for cut flowers (13), each comprising a frame (12) and a number of holding means (18,20,21) intended for engaging and holding cut flowers. At least each transportation vehicle (6) and the second buffer (10) are adapted for transporting and buffering, respectively, the cut flowers (13) by means of at least one transportation unit (11). | ||||||
| 149 | Apparatus for conveying cut flowers | EP14193088.3 | 2014-11-13 | EP3020662B1 | 2018-01-10 | Miedema, Willibrordus Jaring |
| An apparatus for conveying cut flowers is provide which comprises a conveyor assembly with opposite, cooperating endless belts for there between conveying the cut flowers in a vertical position. The conveyor assembly comprises at least first and second conveyor sections, wherein the first conveyor section has an input location intended for receiving a cut flower and an output location intended for transferring said cut flower to the second conveyor section. The vertical position of the output location can be changed for changing its vertical position, and thus also the vertical position of the cut flower, relative to the second conveyor section. | ||||||
| 150 | A ROBOTIC DEVICE FOR SLEEVING POTTED PLANTS AND A METHOD FOR SLEEVING POTTED PLANTS WITH THE ROBOTIC SLEEVING DEVICE | EP15183608.7 | 2015-09-03 | EP3138667A1 | 2017-03-08 | Van der Laan, Paul |
The present invention relates to a robotic device (11) for sleeving potted plants (10). The robotic device (11) comprises a vertical shaft (2), at least two upper arms (3, 4) arranged on the vertical shaft (2), each one of the at least two upper arms (3, 4) having a gripping unit (6) for gripping and releasing potted plants (10), a first picking area (100) located at a first position radially outwards from the vertical shaft (2), a sleeving area (200) located at a second position radially outwards from the vertical shaft (2), and a sleeving unit (5) arranged at the sleeving area (200). The at least two upper arms (3, 4) are rotatable between the first and the second position about the vertical shaft (2), wherein the at least two upper arms (3, 4) are arranged to be movable along the vertical shaft (2).
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| 151 | APPARATUS FOR REMOVING THE STEM FROM THE BULB OF BULBOUS PLANTS | EP15161592.9 | 2015-03-30 | EP3075265A1 | 2016-10-05 | Schouten, Robert; Miedema, Willibrordus Jaring; Wagenaar, Robér Bernardus Jozef; Seggelink, Pieter Willem |
An apparatus for removing the stem from the bulb of bulbous plants comprises conveyor means (6) for the bulbous plants, cutting means (7) for cutting off the bottom part of a bulb at a side of the bulb opposite to the stem, positioning means (8) for positioning the bulb relative to the cutting means (7), crushing means (9) for crushing the bulb of which the bottom part has been cut off and bulb removal means (10) for removing the crushed bulb from the stem. Further root removal means (11) are positioned, as considered in the conveying direction of the conveyor means (6), upstream of the cutting means (7) for removing at least part of the roots from the bottom part of the bulb.
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| 152 | Apparatus for conveying cut flowers | EP14193088.3 | 2014-11-13 | EP3020662A1 | 2016-05-18 | Miedema, Willibrordus Jaring |
An apparatus for conveying cut flowers is provide which comprises a conveyor assembly with opposite, cooperating endless belts for there between conveying the cut flowers in a vertical position. The conveyor assembly comprises at least first and second conveyor sections, wherein the first conveyor section has an input location intended for receiving a cut flower and an output location intended for transferring said cut flower to the second conveyor section. The vertical position of the output location can be changed for changing its vertical position, and thus also the vertical position of the cut flower, relative to the second conveyor section.
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| 153 | BLUMENANSCHNEIDER | EP11713469.2 | 2011-02-04 | EP2531017A2 | 2012-12-12 | Mayer, F., E., Frank |
| The invention relates to a flower trimmer, comprising a handle (2) and a head (6) connected thereto, on which a blade (8) having a cutting edge (10) is arranged, wherein an end region of a flower stem that is brought against the cutting edge (10) can be trimmed or cut by a tensile force introduced at the handle (2). The flower trimmer is to be further developed with low design complexity such that the trimming and/or cutting of flower stems can be carried out effortlessly with easy handling. For this purpose, according to the invention, the head (6) comprises an opening (11) at the front end, through which opening the flower stem can be introduced substantially in the axial direction into the head (6) and past the blade (8) with the cutting edge (10). Next to the opening (11), the head (6) comprises a hollow chamber (12) over which the blade (8) extends and/or into which at least the cutting edge (10) of the blade (8) extends. | ||||||
| 154 | Tool and method for cutting flower stems | EP10168709.3 | 2010-07-07 | EP2272323A1 | 2011-01-12 | Kralt, Teunis Jan Christiaan |
The invention relates to a hand tool (1) and a method for cutting a flower stem. The hand tool (1) comprises a squeeze control mechanism for translating a movement of the hand into a movement of a cutting knife (9). In addition, the hand tool (1) comprises a straight guide (7) for guiding the cutting knife (9). The hand tool also comprises a stem holder (2a,2b) for holding the flower stem and which can be passed through freely to allow the cutting location of the flower stem to be freely selected. The stem holder (2a,2b) is elongate and is provided with a centre axis (5a,5b) in a longitudinal direction in order to keep the flower stem oriented, and in which the centre axis (5a,5b) makes an acute angle with the straight guide (7). The method comprises the step of introducing a flower stem to be cut into the stem holder (2a,2b) and cutting the flower stem to be cut in an oriented manner at a desired cutting angle at a desired cutting location by means of the manual control.
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| 155 | Als Pflanzsystem ausgebildeter Geschenkartikel | EP10002213.6 | 2010-03-04 | EP2256717A1 | 2010-12-01 | Dennig, Jörg |
Die Erfindung betrifft einen als Pflanzsystem ausgebildeten Geschenkartikel (1) mit einem aus einem wasserdichten Leichtmaterial bestehenden Körper (2). Der Körper (2) ist dabei mit einer von seiner Oberseite ausgehenden Vertiefung (4) zur Aufnahme von Nährbodensubstrat (5) und Samen (6) versehen und in einem seiner Form angepassten Aufnahmebehälter (3) aufgenommen. Der Aufnahmebehälter (3) weist einen entfernbaren Deckel (9) zum Abdecken der Vertiefung (4) und wenigstens eine äußere Fläche auf, die bedruckbar ausgebildet ist.
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| 156 | Device for separation and removal of parts of flowers | EP07121289.8 | 2007-11-22 | EP2062474A1 | 2009-05-27 | Peters, Lee-Anne |
The device comprises two hollow parts 10, 12 joined by a living hinge 14. The parts have edges 20, 22 which cut an anther from its filament when the device is closed around the stamen of a flower. After separation, the anther is contained within the device, whereby it is moved away for disposal. The problem of staining by anthers falling from the plants, particularly lilies, is thus avoided.
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| 157 | METHOD OF GROWING FLOWER, FLOWER OBTAINED BY THE GROWING METHOD, METHOD OF PROCESSING CUT FLOWER AND CUT FLOWER OBTAINED BY THE PROCESSING METHOD | EP05720614 | 2005-03-11 | EP1738637A4 | 2008-08-13 | SUZUKI HIROHITO |
| The present invention relates to making it possible to cultivate a new flowering plant that meets the needs of the flower market, namely, a flower having a unique color, a new type of flower and the like. The present invention also relates to making it possible to process a cut flower that meets the needs of the flower market, namely, a cut flower having a unique color or a new type of cut flower. By releasing the restraint on the floral bud imposed by the outermost layer of the floral bud, the present invention provides a cultivation method of a flowering plant having a unique appearance, a flowering plant obtained by the cultivation method, a processing method of a cut flower having a unique appearance and a cut flower obtained by the processing method. The present invention further provides a chlamydeous flowering plant and a cut chlamydeous flower in each of which the restraint on the floral bud imposed by the outermost layer of the floral bud is released. | ||||||
| 158 | Équipement et procédé pour la personnalisation de fleurs par impression sur une partie organique | EP07291136.5 | 2007-09-25 | EP1905296A1 | 2008-04-02 | Hagege, René |
La présente invention concerne un équipement pour l'impression d'une fleur, caractérisé en ce qu'il comporte un premier poste d'alimentation en fleurs naturelles, un moyen de déplacement d'une fleur vers un poste d'impression comportant une tête d'impression à jet d'encre alimentée avec des encres à séchage UV, et un moyen de déplacement vers une source d'ultraviolet.
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| 159 | Flower sorter | EP03075378.4 | 2003-02-07 | EP1334654B1 | 2007-05-23 | Tas, Johannes Cornelis Joseph |
| 160 | Method and system for sorting a series of plants | EP04076573.7 | 2004-05-27 | EP1600053B1 | 2007-02-14 | De Jager, Maarten; Brugman, Thomas Gerardus |
| Method and system for sorting a series of plants (11-13,54-56)) arranged in a carrier (16,46), such as a roller trough (16), on the basis of characteristics. For this purpose said series of plants (11-13,54-56) is transferred in its entirety from such a carrier (16,46) to a first intermediate storage (20,57). From there, plants (11-13,54-56) that have a certain characteristic are transferred to a second or further storage (21,22,58,59), depending on said characteristic. From each intermediate storage (20,57) the plants are collected into a series in a first (24), second (25) or further buffer (26), respectively. In the interim, the carrier (16,46) is moved from the first transfer position to a second transfer position. When a complete series of plants with a specific characteristic has been collected in one of the buffers (24,25,26), this series of plants is transferred in its entirety to the carrier (16,46), which is now empty and optionally has been cleaned, at said second transfer position. The system can be provided with an evaluation system such as a camera (19) system for determining the characteristics of each individual plant. For positioning the individual plants some distance apart for the purposes of the evaluation, the system can be provided with a preliminary storage, upstream of the first intermediate storage, into which the series of plants is transferred from the carrier, the plant being evaluated during movement from the preliminary storage to the first intermediate storage. | ||||||
