BRMU9002003Y1 - IMPROVEMENTS INTRODUCED IN MULTIPLE VASE DOORS - Google Patents

Abstract

improvements introduced in multiple vessel holders. for the transport of vessels, with cavities (2) for engaging said vessels interconnected by a serial communication channel (3) between each cavity (2), provided with separation reliefs (4) with drainage hole (5) water that determines the volume of water at the inner base of the multiple vessel holder (1) for constant vessel irrigation consists of a multiple vessel holder (1) a rectangular prismatic solid body with rounded corners, where the inner region of the prismatic solid has cavities ( 2) circulars formed in accordance with the structural face (6) of the multiple vessel holder (1), notably the function of the cavities (2) lies in supporting vessels having as contacting means the contact with the side walls (7); The multiple vessel holder (1) has independent vertical projections (10) separating the cavities (2), with the radially and vertically inclined curvilinear outer surfaces (11) forming a taper of the interior of the vessel snap-fit cavities (2) to the multiple vessel carriers (1); the contour edge (12) reveals an annular protrusion on the upper edge of each cavity (2) relative to the flat face (6) of the multiple vessel holder (1) so as to engage the outer finishing edge of the vessels; at the lateral ends the multiple vessel carrier (1) has a deep compartment (13) with leakage opening (14) to the inner bottom of the cavities (2) of the multiple vessel carrier (1) notably its function is to provide said multiple vessel carrier (1) from a water supply location after placing the vessels in the multiple vessel holder (1).

Description

(54) Title: IMPROVEMENTS INTRODUCED IN MULTIPLE VASE DOORS (51) Int.CI .: A01G 9/04 (73) Holder (s): COOPERATIVA VEILING HOLAMBRA (72) Inventor (s): THEODORUS BREG; SÉRGIO HENRIQUE CELEGATTI

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IMPROVEMENTS INTRODUCED IN MULTIPLE VASE DOOR [001] This patent is for the Utility Model of new “IMPROVEMENTS INTRODUCED IN MULTIPLE VASE DOOR”, especially of a flexible vessel holder that has strategically arranged protrusions or reliefs, which results in a series of advantages and improvements to be defined throughout this report. In turn, the new provision implies obtaining greater ventilation, visualization and safety from the operational point of view when transporting vessels and handling said vessel carriers as much as they are loaded or empty.

[002] In order for such predicates to be feasible, the applicant idealized an improvement in the constructivity of the “vessel holder” element, where this improvement can be translated in the form of the introduction of “dividers” and also a handle edge and means of communication between the cavities that accommodate different pot sizes.

STATE OF THE TECHNIQUE [003] In the current state of the art, after the production of seedlings of the most varied plants and flowers, the producer forwards to the distributor establishment that distributes the production in smaller quantities to offer to the consumer market. The pots with seedlings are introduced in boxes or vase holders with varying capacities, in compatible recessed cavities existing in the boxes or vase holders forming batches that facilitate handling and transportation.

[004] The scope of the present invention refers to the improvement with arrangement of the cavities, projections that separate said cavities and on the external handle edge of the multiple vessel holder.

[005] In patent literature it is possible to find some

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2/10 documents related to the matter, of which we quote MU 7502358-0 and MU 8202831-1.

[006] MU 7502358-0 of 10/18/1995 with the title "DISPOSAL IN TRAY FOR THE TRANSPORT OF SMALL PLANTS OF PLANTS", to hold pots of plants and flowers, which allows for storage, consisting of a rectangular body with vertices rounded and edge with protruding flap with cavities of varying size and number, interconnected by bottom level channels, with shoulders containing water overflow holes and half-height channels.

[007] The present utility model has evolved in the aspects of safety, in the fitting of the pots with the cavities, in the conduction, leveling and distribution of the portion of water present in the bottom of the pot holder and which keeps the plants irrigated, to supply the door vases with water and for handling through the contour edges of the object. The multiple vessel holder has the same dimensions, however, it makes it possible to add vessels of different sizes, eg. PV11 - 12 or 10 pots, PV 13 - 8 pots, PV 15 - 6 pots, and PV 17 and C21, one fits 6 pots of pot sizes 17 to 20 and C21 - fits 4 pots of gourd and the sizes of the pieces are equal, that is, there was a study for this, aiming to provide the customer with logistical conditions in the transportation and packaging of parts. The variants are also the same size, with one for 20 pots 6/7 and the other for 12 8/9.

[008] Still within the inventive scope, the applicant claims the prismatic projections of separation of the cavities with radial arched walls and vertical inclination.

DESCRIPTION OF THE DRAWINGS [009] The model will then be better described in its constructive details presented in some configurative versions, being that,

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3/10 for your best illustration, the following drawings are attached:

-Figure 1: Perspective view of “IMPROVEMENTS INTRODUCED IN MULTIPLE PORTA VASOS”;

- Figure 2: Side view of “IMPROVEMENTS INTRODUCED IN MULTIPLE PORTA VASOS”;

- Figure 3: Front view of “IMPROVEMENTS INTRODUCED IN MULTIPLE PORTA VASOS”;

- Figure 4: Top view of “IMPROVEMENTS INTRODUCED IN MULTIPLE PORTA VASOS”;

- Figure 5: Bottom view of “IMPROVEMENTS INTRODUCED IN MULTIPLE PORTA VASOS”;

- Figure 6: Perspective view of “IMPROVEMENTS INTRODUCED IN MULTIPLE PORTA VASOS”;

- Figure 7: Side view of “IMPROVEMENTS INTRODUCED IN MULTIPLE PORTA VASOS”;

- Figure 8: Front view of “IMPROVEMENTS INTRODUCED IN MULTIPLE PORTA VASOS”;

- Figure 9: Top view of “IMPROVEMENTS

INTRODUCED IN MULTIPLE VASE DOORS ”;

- Figure 10: Bottom view of “IMPROVEMENTS

INTRODUCED IN MULTIPLE DOOR VASES ”in a version with four cavities;

- Figure 11: Perspective view of “IMPROVEMENTS INTRODUCED IN MULTIPLE PORTA VASOS” in a version with six cavities;

- Figure 12: Side view of the “IMPROVEMENTS INTRODUCED IN MULTIPLE PORTA VASOS” in a version with six cavities;

- Figure 13: Front view of “INTRODUCED IMPROVEMENTS

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IN MULTIPLE PORTA VASOS ”in a version with six cavities;

- Figure 14: Top view of “IMPROVEMENTS INTRODUCED IN MULTIPLE PORTA VASOS” in a version with six cavities;

- Figure 15: Bottom view of "IMPROVEMENTS INTRODUCED IN MULTIPLE PORTA VASOS" in a version with six cavities;

- Figure 16: Perspective view of “IMPROVEMENTS INTRODUCED IN MULTIPLE PORTA VASOS” in a version with six cavities arranged in two sequences aligned with three cavities each, parallel and out of phase;

- Figure 17: Side view of the “IMPROVEMENTS INTRODUCED IN MULTIPLE PORTA VASOS” in a version with six wells arranged in two sequences aligned with three wells, parallel and out of phase;

- Figure 18: Front view of the “IMPROVEMENTS INTRODUCED IN MULTIPLE PORTA VASOS” in a version with six cavities arranged in two sequences aligned with three cavities, parallel and out of phase;

- Figure 19: Top view of “IMPROVEMENTS INTRODUCED IN MULTIPLE PORTA VASOS” in a version with six wells arranged in two sequences aligned with three wells, parallel and out of phase;

- Figure 20: Bottom view of the “IMPROVEMENTS INTRODUCED IN MULTIPLE PORTA VASOS” in a version with six cavities arranged in two sequences aligned with three cavities each, parallel and out of phase;

- Figure 21: Perspective view of “CONFIGURATION APPLIED IN

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MULTIPLE PORTA VASOS ”in a version with twenty cavities arranged five by four with centers aligned symmetrically horizontal and vertical;

- Figure 22: Top view of the “CONFIGURATION APPLIED IN MULTIPLE PORTA VASOS” in a version with twenty cavities arranged five by four with centers aligned symmetrically horizontal and vertical;

- Figure 23: Perspective view of “CONFIGURATION APPLIED IN MULTIPLE PORTA VASOS” in a version with twelve cavities arranged four by three with symmetrically aligned horizontal and vertical centers;

- Figure 24: Top view of the “CONFIGURATION APPLIED IN MULTIPLE DOOR VASES” in a version with twelve cavities arranged four by three with symmetrically aligned horizontal and vertical centers.

DETAILED DESCRIPTION [010] The following detailed description should be read and interpreted with reference to the drawings presented, where they are highly diagrammatic, representing an embodiment of the multiple vessel holder now improved, not being intended to limit the scope of the utility model, this is limited only to what is explained in the claim table.

[011] The multiple vessel holder (1) intended for the transportation of vessels, with cavities (2) for fitting said vessels, interconnected by a channel (3) of serial communication between each cavity (2), provided with reliefs (4 ) separation with water drainage hole (5), which determines the volume of water in the inner base of the multiple pot holder (1) for constant irrigation of the pots, notably showing revealed constructiveness

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6/10 through figures 1 to 5, the multiple vessel holder (1) being a rectangular prismatic solid body with rounded corners, where the internal region of the prismatic solid has circular cavities (2), formed in accordance with the face (6) structural of the multiple vessel holder (1), notably the function of the cavities (2) lies in supporting vessels having the contact with the side walls (7) as a means of fixation. The lateral walls (7), of the cavities (2), present orthogonal and equidistant vertical grooves (8), with sloping and downward sides (9), whose functionality is to allow the access of the fingers in the insertion and removal of the fingers. vessels of the cavities (2) of the multiple vessel holder (1).

[012] The multiple vessel holder (1) has independent vertical projections (10), which separate the cavities (2), with the curvilinear external surfaces (11) radially and vertically inclined forming a tapering of the interior of the cavities (2) by pressure of the vessels to the multiple vessel holder (1). A contour edge (12) reveals an annular projection on the upper edge of each cavity (2) in relation to the flat face (6) of the multiple vessel holder (1), in order to fit the outer finishing edge of the vessels.

[013] At the lateral ends, the multiple vessel holder (1) has a deep compartment (13), with a leakage opening (14) to the internal bottom of the cavities (2) of the multiple vessel holder (1), notably for its function providing said multiple vessel holders (1) with a place for water supply after placing the vessels in the multiple vessel holders (1). Through the communication channels (3) the water is leveled and limited by the height of the reliefs (4), draining the excess through the orifice (5).

[014] In a constructive variant based on the same inventive scope, figures 6 to 10 reveal a multiple vessel holder (1) intended

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7/10 for the transport of vessels, with cavities (2) for fitting said vessels, interconnected by a channel (3) in series communication between each cavity (2), provided with reliefs (4) with separation with orifice (5) of water drainage that determines the volume of water in the inner base of the multiple vessel holder (1) for constant irrigation of the vessels, the multiple vessel holder (1) being a rectangular prismatic solid body with rounded corners, where the internal region of the prismatic solid it has circular cavities (2) formed in accordance with the structural face (6) of the multiple vessel holder (1), notably the function of the cavities (2) is to support vessels with the contact with the side walls (7) . The side walls (7), of the cavities (2), have a prismatic projection (20) with inclined sides (21) and descending whose functionality is to wedge and support the vessel in the upper region.

[015] At the lateral ends, the multiple vessel holder (1) has a deep compartment (13), with a leakage opening (14) for the internal bottom of the cavities (2) of the multiple vessel holder (1), notably for its function providing said multiple vessel holders (1) with a place for water supply after placing the vessels in the multiple vessel holders (1). Through the communication channels (3), the water is leveled and limited by the height of the reliefs (4), draining the excess through the orifice (5). Said variant has, as an example, four cavities (2) arranged two by two in series and parallel, while the face (6) of the multiple vessel holder (1), presents an unevenness (22) that divides the multiple door pots (1) in two portions in order to allow visualization of the pots allocated in the posterior region, which still converges to avoid breakage and damage between the seedlings caused by the contact between them.

[016] Another constructive variant in the same inventive scope is revealed in figures 11 to 15 which consists of a multiple vessel holder (1)

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8/10 for the transport of vessels, with cavities (2) for fitting said vessels, interconnected by a channel (3) of serial communication between each cavity (2), provided with reliefs (4) with separation, with orifice ( 5) water drainage, which determines the volume of water in the inner base of the multiple vessel holder (1) for constant irrigation of the vessels, the multiple vessel holder (1) being a rectangular prismatic solid body with rounded corners, where the inner region of the prismatic solid has circular cavities (2), formed in accordance with the structural face (6) of the multiple vessel holder (1), notably the function of the cavities (2) is to support vessels having the contact with the walls as a means of fixation side (7). The lateral walls (7), of the cavities (2), present in an orthogonal and equidistant way, vertical grooves (8), with sloping and downward sides (9) whose functionality is to allow the access of the fingers in the insertion and removal of the vessels of the cavities (2) of the multiple vessel holder (1).

[017] The multiple vessel holder (1) has independent vertical projections (10), which separate the cavities (2), with the curvilinear external surfaces (11) radially and vertically inclined, forming a tapering of the interior of the cavities (2), by pressing the vessels into the multiple vessel holders (1). At the lateral ends, the multiple vessel holder (1) has a deep compartment (13), with an opening (14) for leakage to the internal bottom of the cavities (2) of the multiple vessel holder (1), notably for the purpose of providing this multiple vase holder (1) of a place for water supply after placing the vessels in the multiple vase holder (1). Through the communication channels (3), the water is leveled and limited by the height of the reliefs (4), draining the excess through the holes (5).

[018] Revealed in figures 16 to 20, the multiple vessel holder (1)

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9/10 for the transport of vessels, with cavities (2) for fitting said vessels, interconnected by a channel (3) of serial communication between each cavity (2), provided with reliefs (4) with separation, with orifice ( 5) water drainage, which determines the volume of water in the interior base of the multiple vessel holder (1) for constant irrigation of the vessels, the multiple vessel holder (1) being a rectangular prismatic solid body with rounded corners, where the inner region of the prismatic solid has circular cavities (2) formed in accordance with the structural face (6) of the multiple vessel holder (1), notably the function of the cavities (2) is to support vessels having the contact with the side walls as a means of fixation (7). The lateral walls (7) of the cavities (2) have orthogonal and equidistant vertical grooves (8) with inclined and downward sides (9) whose functionality is to allow the access of the fingers in the introduction and removal of the vessels from the cavities ( 2) the multiple vessel holder (1).

[019] The multiple vessel holder (1) has independent vertical projections (10) that separate the cavities (2), with the curvilinear outer surfaces (11) radially and vertically inclined forming a tapering of the interior of the cavities (2) by fitting pressure of the vessels to the multiple vessel holder (1). A contour edge (12) reveals an annular protrusion at the top edge of each cavity (2) in relation to the flat face (6) of the multiple vessel holder (1) so as to fit the outer finishing edge of the vessels.

[020] At the lateral ends, the multiple vessel holder (1) has a deep compartment (13) with a leakage opening (14) for the internal bottom of the cavities (2) of the multiple vessel holder (1), notably to provide this multiple pot holders (1) from a location for water supply after placing the pots in the multiple pot holders (1).

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Through the communication channels (3), the water is leveled and limited by the height of the reliefs (4) draining the excess through the orifice (5).

[021] This variant has, as an example, six cavities (2) arranged three to three in series and parallel, forming two outdated sets when referenced in the horizontal plane.

[022] And in a last variant revealed in figures 21 to 24, the multiple vessel holder (1) intended for the transportation of vessels in the format with twenty cavities, the cavities being arranged five by four with symmetrically aligned horizontal and vertical centers; or in a version with twelve cavities arranged four by three with symmetrically aligned horizontal and vertical centers.

[023] It can be seen from what has been described and illustrated that the “IMPROVEMENTS INTRODUCED IN MULTIPLE PORTS VASOS” now claimed, fits the rules that govern the utility model patent under the Industrial Property Law, deserving for what was exposed and as a consequence, the respective privilege.

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Claims (5)

1. - "IMPROVEMENTS INTRODUCED IN MULTIPLE VASTE DOOR", intended for the transport of vessels, which comprises the multiple vessel holder (1) formed by a rectangular prismatic solid body with rounded corners, where the internal region of the prismatic solid has cavities (2 ) for fitting said vessels, interconnected by a channel (3) of communication in series between each cavity (2), with water drainage hole (5), said circular cavities (2), formed in accordance with the face (6) ) structural, having as a means of fixation the contact with the lateral walls (7), with the curvilinear external surfaces (11) radially and vertically inclined forming a tapering of the interior of the cavities (2) by pressure vessel fitting to the multiple vessel holder (1), in addition to the contour edge (12) reveals an annular protrusion at the top edge of each cavity (2) in relation to the flat face (6) of the multiple vessel holder (1), in order to fit the outer finishing edge of the vessels, characterized by the lateral walls (7) presenting orthogonal and equidistant vertical grooves (8), with sloping and downward sides (9) that allows the access of the fingers in the insertion and removal of the vessels from the cavities (2) of the multiple port vessels (1) which also has a deep compartment (13), with a leakage opening (14) to the internal bottom of the cavities (2), to provide a place for water supply after placing the vessels in the multiple vessel holder ( 1) and through the communication channels (3), the water is leveled and limited by the height of the reliefs (4), draining the excess through the orifice (5). 2. - "IMPROVEMENTS INTRODUCED IN MULTIPLE VASE DOORS", according to claim 1, characterized in that in a constructive variant, the side walls (7), of the Petition 870180030110, of 04/13/2018, p. 19/22 2/2 cavities (2), have a prismatic projection (20) with sloping sides (21) and descending to wedge and support the vessel in the upper region while the face (6) presents an unevenness (22) that divides the multiple vase holder (1) in two portions. 3. - “IMPROVEMENTS INTRODUCED IN MULTIPLE VASE DOORS”, according to claim 1, characterized in that in a second constructive variant the internal region of the prismatic solid has circular cavities (2), formed in accordance with the structural face (6) of the multiple vessel holders (1), which have independent projections (10), which separate the cavities (2), with the curvilinear external surfaces (11) radially and vertically inclined, forming a tapering of the interior of the cavities (2), fitting by pressure of the vessels to the multiple vessel holder (1). 4. - "IMPROVEMENTS INTRODUCED IN MULTIPLE POT DOORS", according to claim 1, characterized in that in a third constructive variant the multiple pot holder (1) comprises six cavities (2) arranged three to three in series and parallel, forming two lagged sets when referenced in the horizontal plane. 5. - "IMPROVEMENTS INTRODUCED IN MULTIPLE VASE DOORS", according to claim 1, characterized in that in a fourth constructive variant the multiple vessel holder (1) is formed by twenty cavities with the cavities arranged five by four with symmetrically aligned horizontal centers and vertical; or in a version with twelve cavities arranged four by three with symmetrically aligned horizontal and vertical centers. Petition 870180030110, of 04/13/2018, p. 20/22 1/10 2/10