mwirth-epo/epo-nmt-datasets huggingface dataset:
即，模型利用者为了得到最佳的模型这样的自己的利益，会选择被具有高准确度的被赋予了标签的数据，因此，通过将这些数据用作教师数据，能够降低以模糊的感觉被赋予了标签的数据混入教师数据中的风险，从而能够构建更好的分类模型。
Accordingly, using the pieces of data as the teacher data ensures lowering the likelihood that data to which a label is assigned with an uncertain sense is mixed into the teacher data, thereby ensuring establishing a better classification model.
在无教师学习中，也能够将使用了被恰当地赋予了正确答案的测试数据的评价结果作为指标，同样能够构建并推荐适合于利用者的模型。
Even in unsupervised learning, an evaluation result that uses test data to which a correct answer is appropriately assigned can be used as an index, thereby similarly ensuring establishing and recommending a model appropriate for a user.
即，根据本发明，能够使用户自己选定并发送被优质的被赋予了标签的数据，从而能够更高效且容易地收集真正优质的数据。
In other words, with the disclosure, a user can be encouraged to select and transmit the data to which a high-quality label is assigned, thereby ensuring further efficiently and easily collecting truly high-quality data.
不会被数据的特征不当地影响而扭曲用户的判断(标签)，能够收集符合用户自身的感觉的优质的教师数据。
High-quality teacher data in accordance with a feeling of the user can be collected without distorting the determination (the label) of the user unreasonably affected by features of the data.
并且，能够选择出适合于用户的分类模型会成为发送数据的动机，从而能够容易且持续地收集优质的数据。
Furthermore, the fact that a classification model appropriate for the user can be selected motivates to transmit data, thereby ensuring easily and continuously collecting high-quality data.
特别是，根据第2方面的发明，除了上述效果之外，还能够进一步提高教师数据的可靠性。
In particular, with the disclosure according to the second aspect, in addition to the above-described effects, a reliability of the teacher data can be further enhanced.
在利用系统的用户中，也存在以尝试性地利用系统的用户。
Among the users who use the system, some users use the system with a trial sense.
通过判定系统推荐的模型是否实际被用户采用，能够判断用户的目的是尝试性目的还是实际选定目的，通过排除以尝试性目的输入的数据，能够更可靠地防止被赋予了不正确的标签的数据的混入。
Determining whether the model recommended by the system is actually employed by a user or not ensures determining if the user has a trial purpose or an actual selective purpose.
特别是，根据第3方面的发明，在上述效果的基础上，通过显示系统所保持的分类模型的分类结果，用户能够确认在哪个输入数据中存在误诊，并能够再次确认误诊数据中是否存在标签赋予错误，如果存在错误，则进行修正，由此能够更正确地选择恰当的分类模型。
Excluding the data input for the trial purposes ensures reducing the likelihood that low-quality data, to which an inappropriate label is assigned, is mixed in with more certainty.
其结果，作为教师数据而记录的输入数据的可靠性也会提高，能够得到质量更高的教师数据。
In particular, with the disclosure according to the third aspect, in addition to the above-described effects, displaying the classification result of the classification model stored in the system ensures that the user can confirm which input data has caused a misdiagnosis.
图1是机床的框结构图。
Confirming if there is an assignment error of label on the misdiagnosed data again and correcting if there is an error ensure selecting an appropriate classification model with further accuracy.
1.一种婴儿背带(1)，所述婴儿背带(1)包括：胸带(2)，所述胸带(2)被布置成围绕穿戴者的两个肩部区域延伸；腰带(3)；以及婴儿背囊(4)，所述婴儿背囊(4)安装在所述胸带和所述腰带上，所述婴儿背囊(4)至少包括具有腿部开口(6)和头部支撑件(7)的前部件(5)，所述头部支撑件(7)的各个侧向拐角(8)通过具有可拆卸带扣(10)的第一带子装置(9)以可拆卸的方式连接到相应胸带(2)处的对应附近连接点，其特征在于，在所述头部支撑件(7)的各个侧向拐角(8)与沿着相应第一带子装置(9)以可滑动的方式布置的带扣(30)之间布置有第二带子装置(20)，并且所述第二带子装置(20)以连续可调节的方式连接所述带扣(30)。
A baby carrier (1) comprising chest straps (2), which are arranged to extend around both shoulder regions of a wearer, a waist belt (3), and a baby-carrying pouch (4) mounted on the chest straps and the waist belt, said baby-carrying pouch (4) comprises at least a front piece (5) having leg openings (6) and a head support (7), respective lateral corner (8) of the head support (7) being detachably connected to corresponding nearby connecting point at respective chest strap (2) by a first strap means (9) having a detachable buckle (10),
2.根据权利要求1所述的婴儿背带(1)，其特征在于，所述第二带子装置(20)被布置在所述头部支撑件(7)的各个侧向拐角(8)的边界部分(8a)与所述带扣(30)之间。
The baby carrier (1) according to claim 1, characterized in that the second strap means (20) is arranged between a border portion (8a) of the respective lateral corner (8) of the head support (7) and the buckle (30).
3.根据权利要求1或2所述的婴儿背带(1)，其特征在于，所述第一带子装置(9)沿着所述第一带子装置(9)的边缘(12)设置有编织带(11)，并且所述带扣(30)以可滑动的方式沿着所述编织带(11)布置。
characterized in that said first strap means (9) is provided with a braid (11) along an edge (12) of said first strap means (9), and that the buckle (30) is slidably arranged along said braid (11).
4.根据权利要求3所述的婴儿背带(1)，其特征在于，所述带扣(30)设置有锁定舌片(32)，所述锁定舌片(32)被布置成在沿着所述编织带(11)的任何点处将所述带扣(30)锁定到所述编织带(11)。
The baby carrier (1) according to claim 3, characterized in that said buckle (30) is provided with a locking tongue (32) arranged to lock said buckle (30) to the braid (11) at any point along said braid (11).
5.根据权利要求3或4所述的婴儿背带(1)，其特征在于，所述编织带(11)沿着所述第一带子装置(9)的远离所述离婴儿背带(1)的中央部分指向的所述边缘(12)布置。
characterized in that said braid (11) is arranged along said edge (12) of said first strap means (9) directed away from a central portion of the baby carrier (1).
6.根据权利要求1至5中的任一项所述的婴儿背带(1)，其特征在于，所述第一带子装置(9)在其与可拆卸带扣(10)相对的端部(9a)处附接到所述头部支撑件(7)，以形成至少上部附接点(13)和下部附接点(14)。
The baby carrier (1) according to any one of claims 1 to 5, characterized in that said first strap means (9) is attached at its end (9a) opposite to a detachable buckle (10) to the head support (7) in such a way that at least an upper attachment point (13) and a lower attachment point (14) are formed.
7.根据权利要求6所述的婴儿背带(1)，其特征在于，所述头部支撑件(7)设置有加强装置，所述加强装置被布置在所述头部支撑件(7)的上部边界边缘(7a)与假想线(40)之间，所述假想线(40)垂直于所述前部件(5)的纵向方向形成并且位于相应的上部附接点(13)与相应的下部附接点(14)之间。
stiffening means arranged between an upper border edge (7a) of the head support (7) and an imaginary line (40) formed normal to the longitudinal direction of the front piece (5) and between the respective upper attachment points (13) and the respective lower attachment points (14).
8.一种使得能够调节根据权利要求1至7中的任一项所述的婴儿背带(1)的所述头部支撑件(7)的带扣(30)，所述带扣(30)包括：主体(31)，所述主体(31)设置有具有键部(32a)的锁定舌片(32)；销(50)，第二带子装置(20)围绕所述销(50)以连续可调节的方式穿过；以及开放凹槽(33)，编织带(11)布置成在所述开放凹槽(33)中延伸，其特征在于，所述锁定舌片(32)通过弹簧装置(34)弹性地附接到所述主体(31)，并且被适配成在沿着所述编织带(11)的任何位置中将所述带扣(30)锁定到所述编织带(11)。
A buckle (30) for enabling adjustment of the head support (7) of the baby carrier (1) according to any one of claims 1-7, comprising a body (31) provided with a locking tongue (32) having a key portion (32a), a pin (50) around which a second strap means (20) is
9.根据权利要求8所述的带扣，其特征在于，所述锁定舌片(32)的与所述锁定舌片(32)的键部(32a)相对的端部(32b)具有与所述弹簧装置(34)的第一腿部(34a)平行布置的平坦表面(32c)，并且所述锁定舌片(32)的所述端部(32b)被适配成将所述编织带(11)夹紧在凹部(38)内，所述凹部(38)形成在所述弹簧装置(34)的所述第一腿部(34a)与在所述主体(31)处形成的突出部(39)之间。
The buckle according to claim 8, characterized in that an end (32b) of the locking tongue (32) opposite to a key portion (32a) of the same has a flat surface (32c) arranged in parallel with a first leg portion (34a) of the spring means (34), and that said end (32b) of said locking tongue (32) is adapted to clamp up the braid (11) within a recess (38) formed between said first leg portion (34a) of said spring means (34) and a protruding portion (39) formed at said body 31.
10.根据权利要求8或9所述的带扣，其特征在于，所述销(50)的纵向方向相对于所述开放凹槽(33)的纵向方向形成大约20°至大约60°、优选大约30°至大约50°、并且更优选地大约35°至大约45°的角度α。
The buckle according to claim 8 or 9, characterized in that a longitudinal direction of the pin (50) forms an angle of about 20° to about 60°, preferably about 30° to about 50°, and more preferably about 35° to about 45° to the longitudinal direction of the open groove (33).
冷媒温度控制部95也可以对冷却筒21的冷媒温度进行控制，以使得冷却筒21的温度高于通过出口露点仪82测定的露点。
The coolant temperature controller 95 may control the temperature of the coolant in the cooling tubes 21, such that the temperature of the cooling tubes 21 is higher than the dew point measured by the outlet dew point meter 82.
但是，如上所述，入口22a的露点T1通常高于出口22b的露点T2。
However, as described above, the dew point T 1 at the inlet 22 ais typically higher than the dew point T 2 at the outlet 22 b.
如果考虑其差分α(α＝T1－T2)，则冷媒温度控制部95需要对冷却筒21的冷媒温度进行控制以使得冷却筒21的温度高于T2+α。
Given the difference α (α=T 1−T 2), the coolant temperature controller 95 needs to control the temperature of the coolant in the cooling tubes 21, such that the temperature of the cooling tubes 21 is higher than T 2+α.
此外，有时外部气体从光纤通路22的出口22b被吸入，因此如果对出口22b和入口22a两者的露点进行测定，对冷却筒21的冷媒温度进行控制以使得高于任意的露点，则能够更可靠地抑制光纤通路22中产生霜或者结露。
Therefore, the formation of frost or condensation in the fiber paths 22 can be more securely reduced by measuring the dew point both at the outlet 22 band the inlet 22 a, such that the temperature of the coolant in the cooling tubes 21 is higher than the dew point measured both at the outlet 22 band the inlet 22 a.
干燥气体流量控制部96也可以对导入至壳体23的内部的干燥气体的流量进行控制，以使得通过入口露点仪81测定的露点低于冷却筒21的温度。
The dry gas flow rate controller 96 may control the flow rate of the dry gas supplied into the casing 23, such that the dew point measured by the inlet dew point meter 81 is lower than the temperature of the cooling tube 21.
干燥气体的流量越多，越容易通过干燥气体对外部气体进行稀释，入口22a的露点降低。
As the flow rate of the dry gas increases, outside air is readily diluted with the dry gas, and the dew point at the inlet 22 adecreases.
在无法提高冷却筒21的温度的情况下，通过增加干燥气体的流量，从而能够降低入口22a的露点，能够抑制光纤通路22中产生霜或者结露。
If it is difficult to increase the temperature of the cooling tubes 21, the formation of frost or condensation can be reduced by increasing the flow rate of the dry gas, and thus decreasing the dew point at the inlet 22 a.
干燥气体流量控制部96也可以对导入至壳体23的内部的干燥气体的流量进行控制，以使得通过出口露点仪82测定的露点低于冷却筒21的温度。
The dry gas flow rate controller 96 may control the flow rate of the dry gas supplied into the casing 23, such that the dew point measured by the outlet dew point meter 82 is lower than the temperature of the cooling tubes 21.
如果考虑其差分α(α＝T1－T2)，则冷媒温度控制部95需要对干燥气体的流量进行控制，以使得T2+α低于冷却筒21的温度。
Given the difference α (α=T 1−T 2), the dry gas flow rate controller 96 needs to control the flow rate of the dry gas, such that T 2+α is lower than the temperature of the cooling tubes 21.
干燥气体露点控制部97也可以对导入至壳体23的内部的干燥气体的露点进行控制，以使得通过入口露点仪81测定的露点低于冷却筒21的温度。
The dry gas dew point controller 97 may control the dew point of the dry gas supplied into the casing 23, such that the dew point measured by the inlet dew point meter 81 is lower than the temperature of the cooling tubes 21.
干燥气体的露点越低，入口22a的露点变得越低。
As the dew point of the dry gas decreases, the dew point at the inlet 22 adecreases.
在无法提高冷却筒21的温度的情况下，通过降低干燥气体的露点，从而能够抑制光纤通路22中产生霜或者结露。
If it is difficult to increase the temperature of the cooling tubes 21, the formation of frost or condensation can be reduced by decreasing the dew point of the dry gas.
干燥气体露点控制部97也可以对导入至壳体23的内部的干燥气体的露点进行控制，以使得通过出口露点仪82测定的露点低于冷却筒21的温度。
The dry gas dew point controller 97 may control the dew point of the dry gas supplied into the casing 23, such that the dew point measured by the outlet dew point meter 82 is lower than the temperature of the cooling tubes 21.
如果考虑其差分α(α＝T1－T2)，则冷媒温度控制部95需要对干燥气体的露点进行控制，以使得T2+α低于冷却筒21的温度。
Given the difference α (α=T 1−T 2), the dry gas dew point controller 97 needs to control the dew point of the dry gas such that T 2+α is lower than the temperature of the cooling tubes 21.
此外，冷媒温度控制部95、干燥气体流量控制部96及干燥气体露点控制部97也可以使用任意的组合，也可以各自单独地使用。
Note that the coolant temperature controller 95, the dry gas flow rate controller 96, and the dry gas dew point controller 97 may be used in any combination, or may be separately used.
不管怎样，能够抑制光纤通路22中产生霜或者结露。
In both cases, the formation of frost or condensation in the fiber paths 22 can be reduced.
〔光纤的制造方法〕
[Optical Fiber Manufacturing Method]
光纤的制造方法例如具有：加热熔融工序S11、冷却工序S12、树脂涂敷工序S13、树脂硬化工序S14和卷绕工序S15。
The optical fiber manufacturing method includes a heating and melting process S 11, a cooling process S 12, a resin applying process S 13, a resin curing process S 14, and a winding process S 15.
这些工序在通过控制装置90进行的控制下连续地实施。
The above processes are continuously performed, as controlled by the controller 90.
在加热熔融工序S11中，为了从玻璃母材2拉伸出玻璃纤维3，对玻璃母材2进行加热熔融。
In the heating and melting process S 11, a glass preform 2 is heated and melted so as to draw a glass fiber 3 from the glass preform 2.
玻璃母材2在拉丝炉10中被拉伸为玻璃纤维3。
In the drawing furnace 10, the glass fiber 3 is drawn from the glass preform 2.
在冷却工序S12中，将刚拉丝出的玻璃纤维3在涂敷树脂前进行冷却。
In the cooling process S 12, immediately after the glass fiber 3 is drawn, the glass fiber 3 is cooled before a resin is applied.
其原因在于，刚拉丝出的玻璃纤维3为高温，因此无法直接涂敷保护用的树脂。
The temperature of the glass fiber 3 immediately after drawing is high, and thus, a protective resin cannot be applied to the glass fiber 3 as it is.
由此，刚拉丝出的玻璃纤维3在冷却装置20中冷却至室温附近的温度。
For this reason, immediately after the glass fiber 3 is drawn, the glass fiber 3 is cooled to a temperature near room temperature by the cooling device 20.
在树脂涂敷工序S13中，对冷却后的玻璃纤维3涂敷树脂。
In the resin applying process S 13, a resin is applied to the cooled glass fiber 3.
作为树脂，例如使用紫外线硬化树脂。
Examples of the resin include an ultraviolet curing resin.
液状的树脂储存于模61，玻璃纤维3经过模61，由此在玻璃纤维3的外周面涂敷树脂。
The resin in the form of liquid is stored in the die 61, and the resin is applied to the outer peripheral surface of the glass fiber 3 when the glass fiber 3 passes through the die 61.
在树脂硬化工序S14中，将涂敷于玻璃纤维3的树脂硬化。
In the resin curing process S 14, the resin applied to the glass fiber 3 is cured.
例如，在涂敷有紫外线硬化树脂的情况下，玻璃纤维3经过紫外线灯66的旁边，由此使涂敷于玻璃纤维3的外周面的树脂硬化。
For example, when an ultraviolet curing resin is applied, the resin applied to the outer peripheral surface of the glass fiber 3 is cured when the glass fiber 3 passes beside the ultraviolet lamp 66.
此外，作为树脂，也可以取代紫外线硬化树脂而使用热塑性树脂。
Note that a thermosetting resin may be used instead of the ultraviolet curing resin.
在卷绕工序S15中，将由树脂层包覆的玻璃纤维3卷绕于卷绕线轴4。
In the winding process S 15, the glass fiber 3 coated by the resin is wound on the winding bobbin 4.
卷绕线轴4可自由装卸地保持于卷绕线轴保持架71。
The winding bobbin 4 is removably held by the winding bobbin holder 71.
卷绕电动机72使卷绕线轴保持架71旋转，由此玻璃纤维3卷绕于卷绕线轴4。
The winding motor 72 rotates the winding bobbin holder 71, thereby causing the glass fiber 3 to be wound on the winding bobbin 4.
另外，冷却工序S12具有使玻璃纤维3经过在壳体23内收容的冷却筒21的光纤通路22的工序。
The cooling process S 12 includes a process of passing the glass fiber 3 through the fiber paths 22 of the cooling tubes 21 housed in the casing 23.
将该工序也称为经过工序。
The above process is also referred to as a passing process.
经过工序在通过控制装置90进行的控制下实施多次。
The passing process may be performed a plurality of times, as controlled by the controller 90.
经过工序包含下述工序，即，向壳体23和冷却筒21之间的干燥空间24导入比冷却筒21的温度低的露点的干燥气体。
The passing process includes supplying the dry gas, having the dew point lower than the temperature of the cooling tubes 21, into the dry space 24 formed between the casing 23 and the cooling tubes 21.
由于干燥气体的露点低于冷却筒21的温度，因此即使干燥气体被冷却，也能够抑制霜或者结露附着于冷却筒21。
Because the dew point of the dry gas is lower than the temperature of the cooling tubes 21, it is possible to reduce the formation of the frost or condensation on the cooling tubes 21 even when the dry gas is cooled.
经过工序包含下述工序，即，通过入口露点仪81对光纤通路22的入口22a的露点进行测定。
The passing process includes measuring, by the inlet dew point meter 81, the dew point at an inlet 22 aof a fiber path 22.
另外，经过工序包含下述工序，即，通过出口露点仪82对光纤通路22的出口22b的露点进行测定。
Further, the passing process includes measuring, by the outlet dew point meter 82, the dew point at an outlet 22 bof a fiber path 22.
经过工序包含下述工序，即，基于通过入口露点仪81测定的露点而对冷却筒21的冷媒温度进行控制，以使得冷却筒21的温度高于光纤通路22的入口22a的露点。
The passing process includes a process of controlling the temperature of the coolant in the cooling tubes 21 such that the temperature of the cooling tubes is higher than the dew point at the inlet 22 aof the fiber path 22, based on the dew point measured by the inlet dew point meter 81.
另外，经过工序包含下述工序，即，基于通过出口露点仪82测定的露点而对冷却筒21的冷媒温度进行控制，以使得冷却筒21的温度高于光纤通路22的出口22b的露点。
Further, the passing process includes a process of controlling the temperature of the coolant in the cooling tubes 21 such that the temperature of the cooling tubes is higher than the dew point at the outlet 22 bof the fiber path 22, based on the dew point measured by the outlet dew point meter 82.
经过工序包含下述工序，即，基于通过入口露点仪81测定的露点而对导入至壳体23的内部的干燥气体的流量进行控制，以使得光纤通路22的入口22a的露点低于冷却筒21的温度。
The passing process includes a process of controlling the flow rate of the dry gas supplied into the casing 23 such that the dew point at the inlet 22 aof the fiber path 22 is lower than the temperature of the cooling tubes 21, based on the dew point measured by the inlet dew point meter 81.
另外，经过工序包含下述工序，即，基于通过出口露点仪82测定的露点而对导入至壳体23的内部的干燥气体的流量进行控制，以使得光纤通路22的出口22b的露点低于冷却筒21的温度。
Further, the passing process includes controlling the flow rate of the dry gas supplied into the casing 23 such that the dew point at the outlet 22 bof the fiber path 22 is lower than the temperature of the cooling tubes 21, based on the dew point measured by the outlet dew point meter 82.
此外，经过工序只要包含冷却筒21的冷媒温度的控制、干燥气体的流量的控制及干燥气体的露点的控制中的至少1个控制即可。
Note that the passing process includes at least one of the process of controlling the temperature of the coolant in the cooling tubes 21, the process of controlling the flow rate of the dry gas, and the process of controlling the dew point of the dry gas.
这些控制可以以任意的组合使用，也可以各自单独地使用。
The above controlling processes may be used in any combination, or may be separately used.
不管怎样，如上所述，能够抑制光纤通路22中产生霜或者结露。
In both cases, it is possible to reduce the formation of frost or condensation in the fiber paths 22.
以上，对本发明的实施方式等进行了说明，但本发明并不限定于上述实施方式等。
Although specific embodiments have been described above, the present disclosure is not limited to the above-described embodiments.
能够在权利要求书中记载的范畴内，进行各种变更、修正、置换、附加、删除及组合。
Variations, modifications, substitutions, additions, omissions, and combinations can be made to the described subject matter without departing from the scope of the present invention, and it is to be understood that such variations, modifications, substitutions, additions, omissions, and combinations obviously belong in the technical scope of the present invention.
1.一种用于机动车的闭锁装置(1)，具有：包括转动锁叉(7)和至少一个锁定爪的锁止机构(7)；触发杆，其中借助于触发杆能使锁止机构(7)解锁；布置在闭锁装置(1)上的用于锁死触发杆的运动的锁死部件(5)，其中通过从外部作用在机动车上的载荷(F)以及通过锁死部件(5)的运动能实现运动的锁死，其特征在于，锁死部件(5)能以可移动的方式在闭锁装置(1)中被引导。
A closing device for a motor vehicle, the closing device comprising: a locking mechanism having a rotary latch, and at least one pawl, and a trigger lever, whereby the locking mechanism can be unlocked by the trigger lever, a blocking component arranged on the closing device for blocking a movement of the trigger lever when, an external load acts on the motor vehicle, wherein the blocking component can be guided in a movable manner into the closing device.
2.根据权利要求1所述的闭锁装置(1)，其特征在于，锁死部件(5)能保持在锁板(2)中。
The closing device according to claim 1, wherein the blocking component can be held in a lock plate.
3.根据权利要求1或2所述的闭锁装置(1)，其特征在于，锁死部件(5)至少以能阻止触发杆的运动的程度移动至闭锁装置(1)内。
The closing device according to claim 1, wherein the blocking component can be moved at least so far into the closing device to directly contact the trigger lever.
4.根据权利要求1至3中任一项所述的闭锁装置(1)，其特征在于，锁死部件(5)具有与触发杆对应的轮廓(20)。
The closing device according to claim 1, wherein the blocking component has a contour that corresponds to the trigger lever.
5.根据权利要求1至4中任一项所述的闭锁装置(1)，其特征在于，锁死部件(5)至少局部地被设计成柱销(17)的形式。
The closing device according to claim 1, wherein the blocking component includes a cylindrical pin.
6.根据权利要求1至5中任一项所述的闭锁装置(1)，其特征在于，锁死部件(5)能密封地安装在闭锁装置(1)上，特别是能借助于密封环(12、21)安装在闭锁装置(1)上。
The closing device according to claim 1, wherein the blocking component can be mounted in a sealed manner to the closing device.
7.根据权利要求1至6中任一项所述的闭锁装置(1)，其特征在于，锁死部件(5)至少局部地、优选在与外部的载荷(F)相对的一侧设有适配器(13)。
The closing device according to claim 1, wherein the blocking component includes an adapter.
8.根据权利要求1至7中任一项所述的闭锁装置(1)，其特征在于，提供锁壳体(3)，该锁壳体(3)具有至少一个支承面(16)，该支承面与锁死部件(5)相互作用。
The closing device according to claim 1, wherein a lock housing is provided and the lock housing has at least one contact surface which interacts with the blocking component.
9.根据权利要求1至8中任一项所述的闭锁装置(1)，其特征在于，支承面(16)具有至少一个设定断裂部位，锁死部件(5)在外部载荷(4)的作用下与支承面(16)相互作用，使得锁死部件(5)折断该设定断裂部位。
The closing device according to claim 8, wherein the contact surface has at least one predetermined breaking point and, in the event of the external load, the blocking component interacts with the contact surface that whereby the blocking component breaks the predetermined breaking point.
10.根据权利要求1至9中任一项所述的闭锁装置(1)，其特征在于，锁死部件(5)能借助于弹簧元件(24)定位。
The closing device according to claim 1, wherein the blocking component can be positioned by a spring element.
11.根据权利要求1至10中任一项所述的闭锁装置(1)，其特征在于，弹簧(24)能固定在壳体(3)和/或锁板(12)和/或锁盖(4)上。
The closing device according to claim 10, wherein the spring element can be attached to a housing and/or to a lock plate and/or to a lock lid.
12.根据权利要求1至11中任一项所述的闭锁装置(1)，其特征在于，锁死部件(5)具有至少一个环槽(18、23)，弹簧元件(24)能伸入该环槽(18、23)中。
The closing device according to claim 10, wherein the blocking component has at least one ring notch and the spring element can be inserted in the ring notch.
在本发明的一个优选的改进方案中，温差为大于100℃，优选大于150℃。
The assembly is preferably carried out by axially pushing the running rings together.
借助所述温差来确保，滚动环中的至少一个滚动环的轮廓改变是足够的，使得可以进行安装。
The assembled tripod roller does not allow disassembly of the running rings, since these are designed to be at least an interference fit.
在本发明的一个优选的实现方案中，为了产生温差将内环冷却和/或将外环加热。
In principle, it is known that in particular metallic bodies contract when the temperature drops and expand when the temperature rises.
一个尤其实际的变型形式提出，将内环冷却并且外环在环境温度下存在或者加热。
In a preferred implementation, the inner ring is cooled and/or the outer ring is heated to produce the temperature difference.
冷却例如通过用液氮处理内环来执行，所述液氮具有-194℃的沸腾温度。
A particularly practical variant provides that the inner ring is cooled, and the outer ring is at ambient temperature or is heated.
借此，在工业环境中也在批量生产中可实现至少为100℃、优选至少为150℃的上述温差。
The cooling is carried out, for example, by treating the inner ring with liquid nitrogen, which has a boiling temperature of −194° C. The aforementioned temperature difference of at least 100° C., preferably at least 150° C. in an industrial environment can also be achieved in series production.
本发明的另一主题通过三脚架辊子形成，其中所述三脚架辊子具有内环和外环以及多个滚动体，尤其如在上文中描述的滚动体。
A tripod roller has the inner ring and the outer ring and the plurality of rolling elements as described above.
此外，三脚架辊子具有凸缘，所述凸缘例如同样在上文中已经描述。
Furthermore, the tripod roller has the flanges, as also were described above.
在滚道直径和两个凸缘直径之间的关系同样如在上文中描述的那样构成。
The relationship between the raceway diameter and the two flange diameters is also designed as described above.
在本发明的一个优选的具体方案中，在滚道直径和凸缘直径中的至少一个凸缘直径之间的差选择成，使得当滚动环具有温差或在上文中描述的温差时，滚动环彼此嵌套地安装。
The difference between the raceway diameter and at least one of the flange diameters may be chosen such that the running rings are fitted into one another if the running rings have the temperature difference as described above.
具体观察地，三脚架辊子构成为，使得在加载有温差时，滚动环可以彼此嵌套地安装。
In terms of construction, the tripod roller is designed in such a way that the running rings can be fitted into one another when the temperature difference is applied.
在本发明的一个可能的变型形式中，凸缘中的一个凸缘构成为支撑凸缘并且另一凸缘构成为安装凸缘，其中在滚道直径和支撑凸缘的凸缘直径之间的直径差构成为大于在滚道直径和安装凸缘的凸缘直径之间的直径差。
One of the flanges may be designed as a support flange and the other flange may be designed as an assembly flange, the difference in diameter between the raceway diameter and the flange diameter of the support flange being greater than the difference in diameter between the raceway diameter and the flange diameter of the assembly flange.
将要安装的滚动环推到安装凸缘之上，因为直径差是非常小的。
The running ring to be assembled is pushed over the assembly edge because the difference in diameter is very small.
安装凸缘因此限定安装侧。
The assembly flange thus defines an assembly side.
优选地，在例如为20℃的环境温度下考虑直径差，过盈配合等。
The diameter difference, the interference fit, etc., are preferably considered at an ambient temperature of 20° C., for example.
在本发明的一个优选的具体方案中，凸缘环构成为外环和/或止挡环构成为内环。
The flange ring may be designed as the outer ring and/or the thrust ring as the inner ring.
因此，凸缘径向向内地朝向三脚架辊子轴线敞开。
Thus, the flanges are opened radially inwards to the tripod roller axis.
止挡环作为内环设置在凸缘之间，并且轴向地止挡到所述凸缘处。
The thrust ring as an inner ring is arranged between the flanges and runs axially thereagainst.
凸缘的自由内直径分别形成凸缘直径。
The free inner diameter of the flanges forms the flange diameter.
构成为内环的止挡环的内滚道形成滚道直径。
The inner raceway of the thrust ring designed as an inner ring forms the raceway diameter.
凸缘的自由内直径构成为小于止挡环的滚道直径。
The free inner diameter of the flanges is made smaller than the raceway diameter of the thrust ring.
对于凸缘构成为支撑凸缘和安装凸缘的情况，支撑凸缘的自由内直径小于安装凸缘的自由内直径。
In the event that the flanges are designed as a support flange and an assembly flange, the free inner diameter of the support flange is smaller than the free inner diameter of the assembly edge.