ES1078189U - Turret - Google Patents
Turret Download PDFInfo
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- ES1078189U ES1078189U ES201200514U ES201200514U ES1078189U ES 1078189 U ES1078189 U ES 1078189U ES 201200514 U ES201200514 U ES 201200514U ES 201200514 U ES201200514 U ES 201200514U ES 1078189 U ES1078189 U ES 1078189U
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- turret
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Abstract
1. Torreta, en particular para antenas, con al menos un primer tramo (T1) de torreta y con al menos un segundo tramo (T2) de torreta, donde el primer tramo (T1) de torreta y el segundo tramo (T2) de torreta están configurados para una unión vertical, donde el primer tramo (T1) tiene al menos tres primeros tubos verticales (T1.1, T1.2, T1.3), un primer elemento de unión (T1.11) y un segundo elemento de unión (T1.12)caracterizada porqueel primer elemento de unión (T1.11) es una primera placa (T1.P11),el segundo elemento de unión (T1.12) es una segunda placa (T1.P12),la primera placa (T1.P11) tiene primeros medios de unión (T1.P11.O) de unión;la primera placa (T1.P11) dispone al menos de un elemento centrador (TPPV) que está situado en una posición que corresponde a un segundo medio de unión (T2.P12.O) de una segunda placa (T2.P12) del segundo tramo de torreta (T2),oque el elemento centrador (TPPV) está situado en una primera placa (T2.11) del segundo tramo (T2) de torreta y que está situado en una posición que corresponde a un segundo medio de unión (T1.P12.O) de la segunda placa (T1.P12) del primer tramo (T1) de torreta.2. Torreta según la reivindicación 1, caracterizada porque el elemento centrador (TPPV) está constituido por un pivote (PV) que tiene una base con un primer diámetro (D1) y los medios de Unión (T1.P11.O), (T2.P12.O), (T1.P12.O) están constituidos por perforaciones (G) con un segundo diámetro (D2) y porque el segundo diámetro (D2) corresponde al primer diámetro (D1).1. Turret, in particular for antennas, with at least a first turret span (T1) and with at least a second turret span (T2), where the first turret span (T1) and the second span (T2) of turret are configured for a vertical connection, where the first section (T1) has at least three first vertical pipes (T1.1, T1.2, T1.3), a first connection element (T1.11) and a second element joint (T1.12) characterized in that the first joint element (T1.11) is a first plate (T1.P11), the second joint element (T1.12) is a second plate (T1.P12), the first plate (T1.P11) has first connection means (T1.P11.O) for connection; the first plate (T1.P11) has at least one centering element (TPPV) that is located in a position corresponding to a second connecting means (T2.P12.O) of a second plate (T2.P12) of the second section of turret (T2), or that the centering element (TPPV) is located on a first plate (T2.11) of the second section ( T2) turret and q It is located in a position that corresponds to a second connection means (T1.P12.O) of the second plate (T1.P12) of the first section (T1) of the turret. 2. Turret according to claim 1, characterized in that the centering element (TPPV) consists of a pivot (PV) that has a base with a first diameter (D1) and the joining means (T1.P11.O), (T2.P12 .O), (T1.P12.O) consist of perforations (G) with a second diameter (D2) and because the second diameter (D2) corresponds to the first diameter (D1).
Description
Torreta La presente invenciones refiere a una torreta, en particular para antenas, según preámbulo de la reivindicación numero uno. Generalmente los mástiles que sujetan las antenas de televisión van montados en torretas al objeto de alcanzar mayor altura sobre los tejados y obtener así una mayor calidad en la recepción de las señales de televisión. Las torretas que sujetan los mástiles están constituidos por tramos que se unen unos a otros alcanzando, según el número de tramos unidos, la altura deseada. Para ello las torretas están provistas de elementos de unión que permiten la unión entre los diversos tramos que componen la torreta. Estos elementos de unión están constituidos generalmente por un a sección roscada fija en uno de los tramos de la torreta y por una tuerca roscada movible dispuesta en el otro tramo de la torreta. Estos sistemas presentan el problema de que al tratar de enfrentar los diversos Turret The present invention relates to a turret, in particular for antennas, according to the preamble of claim number one. Generally the masts that hold the television antennas are mounted on turrets in order to reach greater height on the rooftops and thus obtain a higher quality in the reception of television signals. The turrets that hold the masts are constituted by sections that join each other reaching, according to the number of sections joined, the desired height. For this, the turrets are provided with joining elements that allow the union between the different sections that make up the turret. These connecting elements generally consist of a fixed threaded section in one of the sections of the turret and a movable threaded nut arranged in the other section of the turret. These systems present the problem that when trying to face the various
tramos uno contra otro con objeto de proceder a su unión estos tramos se mueven y descentran dificultando la operación de unión entre tramos de torreta, este efecto se complica además al tener en cuenta que cada tramo de una torreta esta constituido generalmente por al menos tres tubos que han de enfrentarte con los tres tubos del otro tramo de torreta. El objeto de la presente invención es la realización de una torreta constituida de tal manera que se facilité la unión entre sus tramos mediante el centrado en posición respectiva de los tramos a unir. Este objetivo se consigue con una torreta, en particular para antenas, según la invención. La invención tiene una pluralidad de ventajas. En un ejemplo según la invención la torreta, en particular para antenas, esta constituida por al menos un primer tramo de torreta y por al menos un segundo sections against each other in order to proceed to their union, these sections move and decentralize making the operation of union between turret sections difficult, this effect is further complicated by taking into account that each section of a turret is generally constituted by at least three tubes that have to face you with the three tubes of the other section of turret. The object of the present invention is the realization of a turret constituted in such a way that the connection between its sections was facilitated by the centering in respective position of the sections to be joined. This objective is achieved with a turret, in particular for antennas, according to the invention. The invention has a plurality of advantages. In an example according to the invention the turret, in particular for antennas, is constituted by at least a first section of turret and by at least a second
tramo de torreta, donde el primer tramo de torreta y el segundo tramo de torreta están configurados para una unión vertical, donde el primer tramo de torreta tiene al menos tres primeros tubos verticales, un primer elemento de unión y un segundo elemento de unión y esta caracterizada por que el primer elemento de unión es una primera placa, el segundo elemento de unión es una segunda placa y la primera placa tiene primeros medios de unión y además la primera placa dispone al menos de un elemento centrador que está situado en una posición que corresponde a un segundo medio de unión de una segunda placa del segundo tramo de torreta, o que el elemento centrador esta situado en una primera placa del segundo tramo de torreta y que esta situado en una posición que corresponde a un segundo medio de unión de la segunda placa del primer turret section, where the first turret section and the second turret section are configured for a vertical joint, where the first turret section has at least three first vertical tubes, a first joint element and a second joint element and this characterized in that the first connecting element is a first plate, the second joining element is a second plate and the first plate has first joining means and in addition the first plate has at least one centering element that is located in a position that corresponds to a second joining means of a second plate of the second turret section, or that the centering element is located in a first plate of the second turret section and which is located in a position corresponding to a second joining means of the second plate of the first
5 tramo de torreta. En otro ejemplo de torreta, en particular para antenas, según la invención el elemento centrador esta constituido por un pivote que tiene una base con un primer diámetro y los medios de unión están constituidos por perforaciones con un segundo diámetro y el segundo diámetro corresponde al primer diámetro. 5 section of turret. In another example of a turret, in particular for antennas, according to the invention the centering element is constituted by a pivot having a base with a first diameter and the joining means are constituted by perforations with a second diameter and the second diameter corresponds to the first diameter.
10 A continuación, en base a las figuras adjuntas, se describe un ejemplo de realización no limitativo de una torreta, en particular mástil para antenas, según la invención. La figura 1 muestra una torreta según la invención constituida por diversos tramos de torreta. Next, based on the attached figures, an example of a non-limiting embodiment of a turret, in particular mast for antennas, according to the invention is described. Figure 1 shows a turret according to the invention constituted by various sections of turret.
15 La figura 2 muestra un ejemplo no limitativo de torreta según la invención constituida por dos tramos de torreta. La figura 3 muestra uno de los tubos verticales que forman los diversos tramos de la torreta según la invención. La figura 4 muestra los otros dos tubos verticales que forman los diversos Figure 2 shows a non-limiting example of turret according to the invention constituted by two sections of turret. Figure 3 shows one of the vertical tubes that form the various sections of the turret according to the invention. Figure 4 shows the other two vertical tubes that form the various
20 tramos de la torreta según la invención. La figura 5 muestra como se realiza la unión entre un tubo vertical de un primer tramo de torreta y un tubo vertical de un segundo tramo de torreta. La figura 6 muestra otra forma de realizar la unión entre un tubo vertical de un primer tramo de torreta y un tubo vertical de un segundo tramo de torreta. 20 sections of the turret according to the invention. Figure 5 shows how the connection is made between a vertical tube of a first section of turret and a vertical tube of a second section of turret. Figure 6 shows another way of making the connection between a vertical tube of a first section of turret and a vertical tube of a second section of turret.
25 La figura 7 muestra como se realiza la unión entre otros tubos verticales de distintos tramos de torreta. La figura 1 muestra una torreta según la invención constituida por diversos tramos de torreta T1, T2 ...... Tn. La torreta, según la invención, estará constituida por el número de tramos T1, T2 ......... Tn necesarios para alcanzar 25 Figure 7 shows how the connection is made between other vertical tubes of different sections of turret. Figure 1 shows a turret according to the invention constituted by various sections of turret T1, T2 ...... Tn. The turret, according to the invention, will consist of the number of sections T1, T2 ......... Tn necessary to reach
30 la altura deseada. Todos los tramos T1, T2 ........ Tn en la torreta, según la invención, son preferentemente iguales. La figura 2 muestra un ejemplo no limitativo de torreta según la invención constituida por dos tramos de torreta T1, T2 que se puede generalizar pana Tn tramos de torreta. 30 the desired height. All sections T1, T2 ........ Tn in the turret, according to the invention, are preferably the same. Figure 2 shows a non-limiting example of turret according to the invention constituted by two sections of turret T1, T2 which can be generalized as sections of turret.
Cada tramo de torreta T1,T2 esta constituido por al menos tres tubos verticales T1.1, T1.2, T1.3 Y T2.1,T2.2, T2.3 respectivamente, entrelazados por varillas V1 y V2 . La figura 3 muestra uno de los tubos verticales T1.1, T 2.1 de los tramos de Each section of turret T1, T2 is constituted by at least three vertical tubes T1.1, T1.2, T1.3 and T2.1, T2.2, T2.3 respectively, interwoven by rods V1 and V2. Figure 3 shows one of the vertical tubes T1.1, T 2.1 of the sections of
5 torreta T1 y T2 respectivamente. Ambos tubos verticales T1.1 y T2.1 son, preferentemente, iguales entre si. Como bien puede observarse en dicha figura 3 los tubos verticales T1.1 y T 2.1 disponen de primeros elementos de unión T1.11, T2.11 constituidos por primeras placas respectivas T1.P11 y T2.P11 Y de segundos elementos de unión T1.12, T2.12 constituidos por segundas 5 turret T1 and T2 respectively. Both vertical tubes T1.1 and T2.1 are preferably equal to each other. As can be seen in said figure 3, the vertical tubes T1.1 and T 2.1 have first joining elements T1.11, T2.11 consisting of respective first plates T1.P11 and T2.P11 And of second joining elements T1. 12, T2.12 consisting of second
10 placas respectivas T1.P12 y T2.P12. Cada primera placa T1.P11, T2.P11 dispone de primeros medios de unión T1.P11.0 y T2.P11.0. Y de al menos un elemento centrador TPPV, constituido preferentemente por un pivote PV . Cada segunda placa T1.P12, T2.P12 dispone de segundos medios de unión T1.P12.0, T2.P12.0. 10 respective plates T1.P12 and T2.P12. Each first plate T1.P11, T2.P11 has first joining means T1.P11.0 and T2.P11.0. And of at least one TPPV centering element, preferably constituted by a PV pivot. Each second plate T1.P12, T2.P12 has second connection means T1.P12.0, T2.P12.0.
15 Como bien puede observase en la figura 3 el elemento centrador TPPVesta constituido por un pivote PV constituido por un cono con base cilíndrica con un primer diámetro 01. Así mismo los primeros medios de unión T1.P11.0, T2.P11.0 Y los segundos medios de unión T1.P12.0, T2.P12.0 están constituidos por perforaciones G con un segundo diámetro 02. El segundo 15 As can be seen in Figure 3, the centering element TPPV is constituted by a PV pivot constituted by a cone with cylindrical base with a first diameter 01. Likewise the first joining means T1.P11.0, T2.P11.0 Y the second joining means T1.P12.0, T2.P12.0 consist of perforations G with a second diameter 02. The second
20 diámetro 02 corresponde al primer diámetro 01 de tal manera que el elemento centrador TPPV puede introducirse en los segundos medios de unión T1.P12.0, T2.P12.0. 20 diameter 02 corresponds to the first diameter 01 such that the centering element TPPV can be introduced in the second joining means T1.P12.0, T2.P12.0.
La figura 4 muestra los otros tubos verticales T1.2, T1.3 del tramo de torreta Figure 4 shows the other vertical tubes T1.2, T1.3 of the turret section
T1 y T2.2, T2.3 del tramo de torreta T2. Dichos tubos verticales T1.2, T1.3, T1 and T2.2, T2.3 of the T2 turret section. Said vertical tubes T1.2, T1.3,
25 T2.2 Y T2.3 son preferentemente iguales entre si. Como bien puede observarse en dicha figura 4 los tubos verticales T1.2, T1.3, T2.2, T2.3 disponen de terceros elementos de unión T1.21, T1.31, T2.21, T2.31 constituidos por terceras placas respectivas T1.P21, T1.P31, T2.P21, T2.P31 Y de cuartos elementos de unión T1.22, T1.32, T2.22 ,T2.32 constituidos por 25 T2.2 and T2.3 are preferably equal to each other. As can be seen in said figure 4, the vertical tubes T1.2, T1.3, T2.2, T2.3 have third connecting elements T1.21, T1.31, T2.21, T2.31 constituted by third parties respective plates T1.P21, T1.P31, T2.P21, T2.P31 Y of fourth connecting elements T1.22, T1.32, T2.22, T2.32 constituted by
30 cuartas placas respectivas T1.P22, T1.P32, T2.P22, T2.P32. Cada placa T1.P21, T1.P31, T2.P21, T2.P31 dispone de terceros medios de unión T1.P21.0, T1.P31.0, T2.P21.0, T2.P31.0 respectivamente. Así mismo cada placa T1.P22, T1.P32, T2.P22, T2.P32 dispone de cuartos medios de unión T1.P22.0, T1.P32.0, T2.P22.0, T2.P32.0 respectivamente. 30 fourth respective plates T1.P22, T1.P32, T2.P22, T2.P32. Each plate T1.P21, T1.P31, T2.P21, T2.P31 has third connection means T1.P21.0, T1.P31.0, T2.P21.0, T2.P31.0 respectively. Likewise, each plate T1.P22, T1.P32, T2.P22, T2.P32 has fourth connecting means T1.P22.0, T1.P32.0, T2.P22.0, T2.P32.0 respectively.
La figura 5 muestra como se realiza la unión entre el tubo vertical T1.1 del primer tramo de torreta T1 y el tubo vertical T2.1 del tramo de torreta T2. El elemento centrador TPPV de la primera placa T1.P11 del tubo vertical T1.1 se introduce en uno de los segundos medios de unión T2.P12.0 de la segunda placa T2.P12 del tubo vertical T2.1 del tramo T2 de torreta. Como consecuencia de esto la primera placa T1.P11 del tubo vertical T1.1 y la segunda paica T2.P12 del tubo vertical T2.1 quedan superpuestas. Mediante pequeños giros de ajuste de los tubos verticales T1.1 y/o T2.1 alrededor del elemento centrador TPPV se hacen coincidir los primeros medios de unión T1.P11.0 de la primera placa T1.P11 con los segundos medios de unión T2.P12.0 de la segunda placa T2.P12 . Mediante tornillos TR la primera placa T1.P11 del tubo vertical T1.1 y la segunda placa T2.P12 del tubo vertical T2.1 quedan unidad entre si estableciéndose la unión entre los tubos verticales T1.1 y T2.1 de los tramos T1 y T2 de torreta. Los tornillos TR atraviesan perforaciones G, que constituyen los segundos medios de unión T2.P12.0, y atornillan sobre roscas dispuestas en perforaciones G que constituyen los primeros medios de unión T1. P11.0. En otra realización de la torreta según la invención los tornillos TR atraviesan las perforaciones G, constituidas por los Figure 5 shows how the connection is made between the vertical tube T1.1 of the first section of turret T1 and the vertical tube T2.1 of the section of turret T2. The TPPV centering element of the first plate T1.P11 of the vertical tube T1.1 is inserted into one of the second joining means T2.P12.0 of the second plate T2.P12 of the vertical tube T2.1 of the turret section T2. . As a result, the first plate T1.P11 of the vertical tube T1.1 and the second plate T2.P12 of the vertical tube T2.1 are superimposed. The first joining means T1.P11.0 of the first plate T1.P11 are matched by small adjustment turns of the vertical tubes T1.1 and / or T2.1 around the TPPV centering element with the second joining means T2 .P12.0 of the second plate T2.P12. By means of screws TR, the first plate T1.P11 of the vertical tube T1.1 and the second plate T2.P12 of the vertical tube T2.1 remain unit to each other establishing the union between the vertical tubes T1.1 and T2.1 of the sections T1 and turret T2. The screws TR pass through perforations G, which constitute the second joining means T2.P12.0, and screw on threads arranged in perforations G which constitute the first joining means T1. P11.0. In another embodiment of the turret according to the invention the TR screws pass through the perforations G, constituted by the
primeros medios de unión T1. P11.0 y por los segundos medios de unión T2.P12.0, de manera que enroscan en arandelas dispuestas a tal efecto. La figura 6 muestra otra forma de realizar la unión entre el tubo vertical T1.1 del primer tramo de torreta T1 y el tubo vertical T2.1 del tramo de torreta T2. Como bien puede observarse en dicha figura la unión en este caso se realiza mediante la unión de la primera placa T2.P11 del tubo vertical T2.1 del tramo de torreta T2 con la segunda placa T1.P12 de de la segunda placa del tubo vertical T1. 1 del Tramo T1 de la torreta. En este caso el elemento centrador TPPV de la primera placa T2.P11 del tubo vertical T2.1 se introduce en uno de los segundos medios de unión T1.P12.0 de la segunda placa T1.P12 del tubo vertical T2.1 del tramo T2 de torreta. Como consecuencia de esto la segunda placa T1.P12 del tubo vertical T1.1 y la primera paIca T2.P11 del tubo vertical T2.1 quedan superpuestas. Mediante pequeños giros de ajuste de los tubos verticales T1.1 y/o T2.1 alrededor del: elemento centrador TPPV se hacen coincidir los primeros medios de unión T2.P11.0 de la primera placa T2.P11 con los segundos medios de unión first joining means T1. P11.0 and by the second joining means T2.P12.0, so that they screw into washers arranged for this purpose. Figure 6 shows another way of joining the vertical tube T1.1 of the first section of turret T1 and the vertical tube T2.1 of the section of turret T2. As can be seen in said figure, the connection in this case is made by joining the first plate T2.P11 of the vertical tube T2.1 of the turret section T2 with the second plate T1.P12 of the second plate of the vertical tube T1 1 of Section T1 of the turret. In this case, the TPPV centering element of the first plate T2.P11 of the vertical tube T2.1 is inserted into one of the second joining means T1.P12.0 of the second plate T1.P12 of the vertical tube T2.1 of the section T2 turret. As a result, the second plate T1.P12 of the vertical tube T1.1 and the first plate T2.P11 of the vertical tube T2.1 are superimposed. By means of small adjustment turns of the vertical tubes T1.1 and / or T2.1 around the: TPPV centering element, the first joining means T2.P11.0 of the first plate T2.P11 are matched with the second joining means
T1.P12.0 de la segunda placa T1.P12. Mediante tornillos TR la primera placa T2.P11 del tubo vertical T2.1 y la segunda placa T1.P12 del tubo vertical T1.1 quedan unidad entre si estableciéndose la unión entre los tubos verticales T1.1 y T2.1 de los tramos T1 y T2 de torreta. Los tornillos TR atraviesan 5 perforaciones G, que constituyen los segundos medios de unión T2.P11.0, y atornillan sobre roscas dispuestas en perforaciones G que constituyen los primeros medios de unión T1. P12.0. En otra realización de la torreta según la invención los tornillos TR atraviesan las perforaciones G, constituidas por los segundos medios de unión T2.P11.0 y los los primeros medios de unión T1. T1.P12.0 of the second plate T1.P12. By means of screws TR, the first plate T2.P11 of the vertical tube T2.1 and the second plate T1.P12 of the vertical tube T1.1 remain unit to each other establishing the union between the vertical tubes T1.1 and T2.1 of the sections T1 and turret T2. The screws TR pass through 5 holes G, which constitute the second means of connection T2.P11.0, and screw on threads arranged in holes G which constitute the first means of connection T1. P12.0. In another embodiment of the turret according to the invention, the screws TR pass through the perforations G, constituted by the second joining means T2.P11.0 and the first joining means T1.
10 P12.0 de manera que enroscan en arandelas dispuestas a tal efecto. La figura 7 muestra como se realiza la unión entre los tubos vertical T1.2 y T1.3 del primer tramo de torreta T1 con los tubos vertical T2.2 y T2.3 del tramo de torreta T2. Como consecuencia de la introducción del elemento centrador TPPV en los 10 P12.0 so that they screw into washers arranged for this purpose. Figure 7 shows how the connection is made between the vertical tubes T1.2 and T1.3 of the first section of turret T1 with the vertical tubes T2.2 and T2.3 of the section of turret T2. As a consequence of the introduction of the TPPV centering element in the
15 medios de unión correspondientes de los tubos verticales T1.1 y T 2.1 las terceras placas T1.P21, T1.P31 de los tubos verticales T1.2, T1.3 quedan superpuestas respectivamente a las cuartas placas T2.P22 y T2.P32 de los tubos verticales T2.2, T2.3. Mediante pequeños giros de ajuste de los tubos verticales T1.1 y/o T2.1 alrededor del elemento centrador TPPV se hacen 15 corresponding joining means of the vertical tubes T1.1 and T 2.1 the third plates T1.P21, T1.P31 of the vertical tubes T1.2, T1.3 are respectively superimposed on the fourth plates T2.P22 and T2.P32 of vertical tubes T2.2, T2.3. With small turns of adjustment of the vertical tubes T1.1 and / or T2.1 around the centering element TPPV are made
20 coincidir los terceros medios de unión T1.P21.0, T1.P31.0 de las terceras placas T1.P21, T1.P31 con los cuartos medios de unión T2.P22.0, T2.P32.0 de la cuata placas T2.P22, T2.32 . Mediante tornillos TR las terceras placas T1.P21, T1.P31 de los tubos verticales T1.2, T1.3 Y la cuartas placas T2.P22, T2.P32 del tubos verticales T2.2 ,T2.3 quedan unidad entre si estableciéndose 20 match the third joining means T1.P21.0, T1.P31.0 of the third plates T1.P21, T1.P31 with the fourth joining means T2.P22.0, T2.P32.0 of the fourth plates T2.P22, T2.32. Using screws TR, the third plates T1.P21, T1.P31 of the vertical tubes T1.2, T1.3 and the fourth plates T2.P22, T2.P32 of the vertical tubes T2.2, T2.3 remain unit to each other establishing themselves
25 la unión entre los tubos verticales T1.2 ,T1.3 del tramo T1 de torreta y los tubos verticales T2.2 ,T2.3 del tramo T2 torreta. Los tornillos TR atraviesan perforaciones G, que constituyen los cuartos medios de unión T2.P22.0, T2.P33.0 y atornillan sobre roscas dispuestas en perforaciones G que constituyen los terceros medios de unión T1.P21.0, T1.P31.0 En otra 25 the connection between the vertical tubes T1.2, T1.3 of the section T1 of turret and the vertical tubes T2.2, T2.3 of the section T2 turret. The TR screws pass through perforations G, which constitute the fourth connecting means T2.P22.0, T2.P33.0 and screw on threads arranged in perforations G which constitute the third joining means T1.P21.0, T1.P31. 0 In another
30 realización de la torreta según la invención los tornillos TR atraviesan las perforaciones G, constituidas por los cuartos medios de unión T2. P22.0, T2.P32.0 Y por los terceros medios de unión T1.P21.0, T1.P31.0 de manera que enroscan en arandelas dispuestas a tal efecto. The embodiment of the turret according to the invention, the screws TR pass through the perforations G, constituted by the fourth connecting means T2. P22.0, T2.P32.0 And by the third joining means T1.P21.0, T1.P31.0 so that they screw into washers arranged for this purpose.
La figura 8 muestra otra variante de torreta según la invención. Como bien puede observarse en la figura 8 las primeras placas P1.11 y P2.11 de los tramos T1 y T2 de torreta disponen de dos elementos centradores TPPV colocados ubicados diagonalmente en posiciones correspondientes a los Figure 8 shows another turret variant according to the invention. As can be seen in Figure 8, the first plates P1.11 and P2.11 of sections T1 and T2 of turret have two TPPV centering elements placed diagonally in positions corresponding to the
5 primeros medios de unión T1.P11.0, T2.P11.0. En otra realización de la torreta según la invención los tubos verticales T1.1, T1.2 Y T1.3 del tramo de torreta T1 y los tubos verticales T2.1, T2.2 Y T2.3 son idénticos entre si disponiendo todos ellos de al menos un elemento centrador TPPV ubicado en la primera placa del tubo vertical T1.1, T1.P11 y/o First 5 joining means T1.P11.0, T2.P11.0. In another embodiment of the turret according to the invention the vertical tubes T1.1, T1.2 and T1.3 of the turret section T1 and the vertical tubes T2.1, T2.2 and T2.3 are identical to each other, having all of them of at least one TPPV centering element located on the first plate of the vertical tube T1.1, T1.P11 and / or
10 en la primera placa del tubo vertical T2.1, T2.P11 y/o en la tercera placa del tubo vertical T1.2, T1.P21 y/o en la tercera placa del tubo vertical T 2.2, T2.P21 y/o en la tercera placa del tubo vertical T1.3, T1.31 y/o en la tercera placa del tubo vertical T2.3, T2.P31. 10 on the first plate of the vertical tube T2.1, T2.P11 and / or on the third plate of the vertical tube T1.2, T1.P21 and / or on the third plate of the vertical tube T 2.2, T2.P21 and / or on the third plate of the vertical tube T1.3, T1.31 and / or on the third plate of the vertical tube T2.3, T2.P31.
- Lista de referencias Reference List
- T1 T1
- T2 T2
- 5 5
- Tn Tn
- V1 V1
- V2 V2
- TPPV TPPV
- PV PV
- 10 10
- T1.1, T1.2, T1.3 T1.1, T1.2, T1.3
- T2.1, T2.2, T2.3 T2.1, T2.2, T2.3
- T1.11 S1.11
- T2.11 T2.11
- T1.P11 T1.P11
- 15 fifteen
- T2.P11 S2.P11
- T1.12 T1.12
- T2.12 S2.12
- T1.P12 S1.P12
- T2.P12 S2.P12
- 20 twenty
- T1.21 T1.21
- T1.31 S1.31
- T2.21 T2.21
- T2.31 S2.31
- T1.P21 T1.P21
- 25 25
- T1.P31 T1.P31
- T2.P21 S2.P21
- T2.P31 T2.P31
- T1.22 T1.22
- T1.32 S1.32
- 30 30
- T2.22 T2.22
- T2.32 T2.32
- T1.P22 T1.P22
- T1.P32 T1.P32
- T2.P22 T2.P22
Primer tramo de torreta Segundo tramo de torreta Tramo n de torreta Varillas del tramo de torreta T1 Varillas del tramo de torreta T2 Elemento centrador Pivote Tubos verticales del tramo de torreta T1 Tubos verticales del tramo de torreta T2 Primer elemento de unión del tubo vertical T1.1 Primer elemento de unión del tubo vertical T2.1 Primera placa del tubo vertical T1.1 (=T1.11) Primera placa del tubo vertical T2.1 (=T2.11) Segundo elemento de unión del tubo vertical T1.1 First section of turret Second section of turret Section n of turret Rods of the section of turret T1 Rods of the section of turret T2 Centering element Pivot Vertical tubes of the section of turret T1 Vertical tubes of the section of turret T2 First connecting element of the vertical tube T1. 1 First vertical pipe joint element T2.1 First vertical pipe plate T1.1 (= T1.11) First vertical pipe plate T2.1 (= T2.11) Second vertical pipe joint element T1.1
Segundo elemento de unión del tubo vertical T2.1 Segunda placa del tubo vertical T1.1 (=T1.12) Segunda placa del tubo vertical T2.1 (=T2.12) Tercer elemento de unión del tubo vertical T1.2 Tercer elemento de unión del tubo vertical T1.3 Tercer elemento de unión del tubo vertical T2.2 Tercer elemento de unión del Tubo vertical T2.3 Tercera placa del tubo vertical T1.2 (=T1.21) Tercera placa del tubo vertical T1.3 (=T1.31) Tercera placa del tubo vertical T2.2 (=T2.21) Tercera placa del tubo vertical T2.3 (=T2.31) Cuarto elemento de unión del tubo vertical T1.2 Cuarto elemento de unión del tubo vertical T1.3 Second vertical pipe joint element T2.1 Second vertical pipe plate T1.1 (= T1.12) Second vertical pipe plate T2.1 (= T2.12) Third vertical pipe joint element T1.2 Third element vertical pipe joint T1.3 Third vertical pipe joint element T2.2 Third vertical pipe joint element T2.3 Third vertical tube plate T1.2 (= T1.21) Third vertical tube plate T1.3 (= T1.31) Third plate of vertical tube T2.2 (= T2.21) Third plate of vertical tube T2.3 (= T2.31) Fourth connecting element of vertical tube T1.2 Fourth connecting element of tube vertical T1.3
Cuarto elemento de unión del tubo vertical T2.2 Cuarto elemento de unión del tubo vertical T2.3 Cuarta placa del tubo vertical T1.2 (=T1.22) Cuarta placa del tubo vertical T1.3 (=T1.32) Cuarta placa del tubo vertical T2.2 (=T2.22) Fourth vertical pipe joining element T2.2 Fourth vertical pipe joining element T2.3 Fourth vertical pipe plate T1.2 (= T1.22) Fourth vertical pipe plate T1.3 (= T1.32) Fourth plate of the vertical tube T2.2 (= T2.22)
- T2.P32 T2.P32
- T1.P11.0 T1.P11.0
- T2.P11.0 T2.P11.0
- T1.P12.0 T1.P12.0
- 5 5
- T2.P12.0 T2.P12.0
- T1.P21.0 T1.P21.0
- T1.P31.0 T1.P31.0
- T2.P21.0 T2.P21.0
- T2.P31.0 T2.P31.0
- 10 10
- T1.P22.0 T1.P22.0
- T1.P32.0 T1.P32.0
- T2.P22.0 T2.P22.0
- T2.P32.0 T2.P32.0
- G G
- 15 fifteen
- 01 01
- 02 02
- T1.P11.PV T1.P11.PV
- T2.P11.PV T2.P11.PV
- 20 twenty
- 25 25
Cuarta placa del tubo vertical T2.3 (=T2.32) Primeros medios de unión de T1.11 Primeros medios de unión de T2.11 Segundos medios de unión de T1.12 Segundos medios de unión de T2.12 Terceros medios de unión de T1.21 Terceros medios de unión de T1.31 Terceros medios de unión de T2.21 Terceros medios de unión de T2.31 Cuartos medios de unión de T1.22 Cuartos medios de unión de T1.32 Cuartos medios de unión de T2.22 Cuartos medios de unión de T2.32 Perforaciones Fourth plate of the vertical tube T2.3 (= T2.32) First joining means of T1.11 First joining means of T2.11 Second joining means of T1.12 Second joining means of T2.12 Third joining means of T1.21 Third joining means of T1.31 Third joining means of T2.21 Third joining means of T2.31 Fourth joining means of T1.22 Fourth joining means of T1.32 Fourth joining means of T2 .22 Fourth joining means of T2.32 Perforations
Diámetro base del pivote PV Diámetro perforaciones G Primer Elemento centrador de T1.11 Primer Elemento centrador de T2.11 Pivot base diameter PV Hole diameter G First Centering element of T1.11 First Centering element of T2.11
Claims (2)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| ES201200514U ES1078189Y (en) | 2012-05-29 | 2012-05-29 | Turret |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| ES201200514U ES1078189Y (en) | 2012-05-29 | 2012-05-29 | Turret |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| ES1078189U true ES1078189U (en) | 2012-12-04 |
| ES1078189Y ES1078189Y (en) | 2013-03-04 |
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ID=47178394
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| ES201200514U Expired - Fee Related ES1078189Y (en) | 2012-05-29 | 2012-05-29 | Turret |
Country Status (1)
| Country | Link |
|---|---|
| ES (1) | ES1078189Y (en) |
-
2012
- 2012-05-29 ES ES201200514U patent/ES1078189Y/en not_active Expired - Fee Related
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| Publication number | Publication date |
|---|---|
| ES1078189Y (en) | 2013-03-04 |
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