mwirth-epo/epo-nmt-datasets huggingface dataset:
闩锁上锥体孔2γ可以在5°≤2γ≤20°的范围内。
The latch upper cone aperture 2γ can be in the range, 5°≤ 2γ≤20°.
闩锁中央下表面62可全都位于与切削刀片22同轴的假想闩锁下锥体CL上。
The latch lower central surfaces 62 can all lie on an imaginary latch lower cone CL that is co-axial with the cutting insert 22.
闩锁下锥体CL具有闩锁下锥体孔2θ。
The latch lower cone CL has a latch lower cone aperture 2θ.
闩锁下锥体孔2θ可以在5°≤2θ≤20°的范围内。
The latch lower cone aperture 2θ can be in the range, 5°≤ 2θ≤20°.
闩锁上锥体孔2γ和闩锁下锥体孔2θ可以相等。
The latch upper cone aperture 2γ and latch lower cone aperture 2θ can be equal.
闩锁上锥体CU和闩锁下锥体CL彼此指向相反。
The latch upper and lower cones CU, CL point away from each other.
刀片外周表面34包括多个刀片侧面抵接表面64。
The insert peripheral surface 34 includes a plurality of insert side abutment surfaces 64.
多个刀片侧面抵接表面64在周向上与多个转位闩锁54交替。
The plurality of insert side abutment surfaces 64 circumferentially alternate with the plurality of indexing latches 54.
每个刀片侧面抵接表面64位于一对相邻的转位闩锁54之间。
Each insert side abutment surface 64 is located between a pair of adjacent indexing latches 54.
每个刀片侧面抵接表面64可以不必延伸到一对相邻的转位闩锁54(即，多个刀片侧面抵接表面64可以与多个转位闩锁54间隔开)。
Each insert side abutment surface 64 may not necessarily extend to the pair of adjacent indexing latches 54 (i.e. the plurality of insert side abutment surfaces 64 can be spaced apart from the plurality of indexing latches 54).
多个刀片侧面抵接表面64位于圆柱外表面IC上。
The plurality of insert side abutment surfaces 64 lie on the external cylindrical surface IC.
多个刀片侧面抵接表面64被构造成用于在将切削刀片22安置在保持器凹槽26中时与保持器凹槽26中的对应表面接触。
The plurality of insert side abutment surfaces 64 are configured for contacting a corresponding surface in the holder pocket 26 when the cutting insert 22 is seated therein.
本申请的主题的第二方面涉及刀片保持器24。
A second aspect of the subject matter of the present application relates to the insert holder 24.
注意图5和图6。
Attention is drawn to FIGS. 5 and 6.
刀片保持器24包括与保持器端面68相交的保持器主表面66。
The insert holder 24 includes a holder main surface 66 that intersects a holder end surface 68.
刀片保持器24包括用于将切削刀片22可释放地附接于其中的保持器凹槽26。
The insert holder 24 includes a holder pocket 26 for releasably attaching the cutting insert 22 therein.
在附图所示的该非限制性例子中，保持器凹槽26位于保持器出屑槽69的端部，保持器出屑槽69在保持器凹槽26上凹进并向保持器端面68打开。
In this non-limiting example shown in the drawings, the holder pocket 26 is located at the end of a holder flute 69 that is recessed on the holder pocket 26 and opens out to the holder end surface 68.
保持器凹槽26具有单式一体的整体构造。
The holder pocket 26 has a pocket major axis B. The holder pocket 26 has a unitary integral one-piece construction.
保持器凹槽26凹进保持器主表面66中。
The holder pocket 26 is recessed in the holder main surface 66.
保持器凹槽26在凹槽开口70处向保持器端面68打开。
The holder pocket 26 opens out to the holder end surface 68 at a pocket opening 70.
保持器凹槽26包括凹槽基部表面72和凹槽外周表面74。
The holder pocket 26 includes a pocket base surface 72 and a pocket peripheral surface 74.
凹槽外周表面74从保持器主表面66延伸到保持器端面68。
The pocket peripheral surface 74 extends from the holder main surface 66 to the holder end surface 68.
凹槽外周表面74基本上垂直于凹槽基部表面72定向，并形成凹槽基部表面72的部分边界。
The pocket peripheral surface 74 is oriented substantially perpendicularly to the pocket base surface 72 and forms a partial boundary of the pocket base surface 72.
凹槽基部表面72在凹槽开口70处不受凹槽外周表面74的限制。
The pocket base surface 72 is unbounded by the pocket peripheral surface 74 at the pocket opening 70.
凹槽基部表面72与凹槽主轴线B相交。
The pocket base surface 72 is intersected by the pocket major axis B.
参照图5至图6，凹槽基部表面72包括凹槽支撑表面76。
Referring to FIGS. 5 to 6, the pocket base surface 72 includes a pocket support surface 76.
凹槽支撑表面76被构造成用于在切削刀片22位于其中时接触切削刀片22中的对应表面。
The pocket support surface 76 is configured for contacting a corresponding surface in the cutting insert 22 when the cutting insert 22 is seated therein.
根据本申请的主题的一些实施方式，凹槽支撑表面76可以是平面的，并且垂直于凹槽主轴线B。
In accordance with some embodiments of the subject matter of the present application, the pocket support surface 76 can be planar and perpendicular to the pocket major axis B. The pocket support surface 76 can be centrally disposed on the pocket base surface 72.
凹槽外周表面74包括凹槽侧向表面80。
The pocket peripheral surface 74 includes a pocket lateral surface 80.
凹槽侧向表面80以恒定距离围绕凹槽主轴线B延伸并面向凹槽主轴线B。
The pocket lateral surface 80 extends about, and faces towards, the pocket major axis B at a constant distance.
换言之，凹槽外周表面74沿着凹槽主轴线B轴向延伸，并位于以凹槽主轴线B作为其圆柱体轴线(即，凹槽圆柱体和保持器凹槽26彼此同轴)的假想凹槽圆柱体的内圆柱表面PC上。
Stated differently, the pocket peripheral surface 74 axially extends along the pocket major axis B and lies on an internal cylindrical surface PC of an imaginary pocket cylinder that has the pocket major axis B as its cylinder axis (i.e. the pocket cylinder and the holder pocket 26 are co-axial with each other).
根据本申请的主题的一些实施方式，凹槽圆柱体的直径可以等于刀片圆柱体的直径。
In accordance with some embodiments of the subject matter of the present application, the diameter of the pocket cylinder can be equal to the diameter of the insert cylinder.
凹槽侧向表面80可以位于部分环形的凹槽凸起部分82上，凹槽凸起部分82沿着凹槽外周表面74周向延伸并从凹槽外周表面74突出。
The pocket lateral surface 80 can be located on a partially annular pocket raised part 82 that extends circumferentially along, and projects from, the pocket peripheral surface 74.
凹槽侧向表面80被至少一个转位间隙84中断。
The pocket lateral surface 80 is interrupted by at least one indexing gap 84.
该至少一个转位间隙84被设计为接收相应的一个转位闩锁54。
The at least one indexing gap 84 is designed to receive a respective one of the indexing latches 54.
至少一个转位间隙84凹进凹槽侧向表面80中。
The at least one indexing gap 84 is recessed in the pocket lateral surface 80.
至少一个转位间隙84由凹进的间隙表面86形成，该凹进的间隙表面86的至少一部分被构造为用作转位闩锁54的旋转止动件。
The at least one indexing gap 84 is formed by a recessed gap surface 86, at least a portion of which is configured to serve as a rotational stop for an indexing latch 54.
至少一个转位间隙84还可以包括与保持器主表面66和保持器端面68间隔开的至少一个非侧向转位间隙85。
The at least one indexing gap 84 may also include at least one non-lateral indexing gap 85 that is spaced apart from the holder main surface 66 and the holder end surface 68.
根据本申请的主题的一些实施方式，至少一个转位间隙84可以包括正好一个非侧向转位间隙85。
In accordance with some embodiments of the subject matter of the present application, the at least one indexing gap 84 can include exactly one non-lateral indexing gap 85.
在具有多于一个非侧向转位间隙85的构造中，非侧向转位间隙85可以是相同的。
In the configuration with more than one non-lateral indexing gap 85, the non-lateral indexing gaps 85 can be identical.
每个非侧向转位间隙85具有由间隙角δ限定的围绕凹槽主轴线B的角度尺寸。
Each non-lateral indexing gap 85 has an angular dimension about the pocket major axis B defined by a gap angle δ.
间隙角δ可以在12°≤δ≤26°的范围内。
The gap angle δ can be in the range, 12°≤δ≤26°.
间隙角δ可以比闩锁角α大不超过1°。
The gap angle δ can be greater than the latch angle α by no more than 1°.
在附图中示出的该非限制性例子中，至少一个非侧向转位间隙85的间隙表面86在沿着凹槽主轴线B的视图中凹入弯曲。
In this non-limiting example shown in the drawings, the gap surface 86 of the at least one non-lateral indexing gap 85 is concavely curved in a view along the pocket major axis B. The at least one non-lateral indexing gap 85 can extend the entire height of the pocket lateral surface 80.
根据本申请的主题的一些实施方式，至少一个转位间隙84可以另外包括一个或两个侧向转位间隙90。
In accordance with some embodiments of the subject matter of the present application, at least one indexing gap 84 can additionally include one or two lateral indexing gaps 90.
具体地，可包含30至70重量％的第二组合物。
Specifically, the second composition may include at 30 to 70 wt%.
偶联剂有助于保持粘合层的耐热性和/或粘合性的均衡，特别有助于提高消除应力退火工艺之后的粘合力。
The coupling agent contributes to maintaining the balance of heat resistance and/or adhesion of the adhesive layer, and particularly improves adherence after the stress relief annealing process.
具体地，作为偶联剂可包含硅烷类偶联剂、钛酸盐类偶联剂及铝酸盐类偶联剂中至少一种。
Specifically, as the coupling agent, one or more of a silane coupling agent, a titanate coupling agent, and an aluminate coupling agent may be included.
硅烷类偶联剂可包含二甲基二氯硅烷、甲基二氯硅烷、甲基三氯硅烷、苯基三氯硅烷、三氯甲硅烷、三甲基氯硅烷、四氯化硅及乙烯基三氯硅烷中至少一种。
The silane coupling agent may include at least one of dimethyldichlorosilane, methyldichlorosilane, methyltrichlorosilane, phenyltrichlorosilane, trichlorosilane, trimethylchlorosilane, silicon tetrachloride, and vinyl trichlorosilane.
钛酸盐类偶联剂可包含三异硬酯酸钛酸异丙酯、异丙基三(二辛基磷酸酰氧基)钛酸酯、异丙基三油酸酰氧基钛酸酯、异丙基三(十二烷基苯磺酰基)钛酸酯、异丙基三(二辛基焦磷酸酰氧基)钛酸酯、双(二辛基焦磷酸酰氧基)乙撑钛酸酯及四异丙基二(二辛基亚磷酸酰氧基)钛酸酯中至少一种。
The titanate-based coupling agent may include at least one of titanium trisostearate isopropoxide, isopropyl tri(dioctyl phosphite) titanate, isopropyl trioryl titanate, titanium tris(dodecylbenzenesulfonate) isopropoxide, Isopropyl tri(dioctyl pyrophosphate) titanate, di(dioctyl pyrophosphate) ethylene titanate, and tetraisopropyl di(dioctyl phosphite) titanate.
铝酸盐类偶联剂可包含铝钛复合物、二(乙酰乙酸乙酯)铝酸二异丙酯、二(乙酰丙酮)铝酸二异丙酯、醋酸铝偶联剂、异丙基硬脂酰氧基铝酸酯及异丙基二硬脂酰氧基铝酸酯中至少一种。
The aluminate-based coupling agent may include at least one of an aluminum-titanium complex, bis (ethyl aceto acetate) aluminum diisopropyl, bis(acetyl acetoate) aluminum diisopropyl, an aluminum acetate coupling agent, isopropyl ester stearoyloxy aluminum, and isopropyl ester stearoyloxy aluminum.
对于粘合涂覆组合物固体成分100重量％，偶联剂可包含1至10重量％。
A coupling agent may be included at 1 to 10 wt% with respect to 100 wt% of the solid content of the adhesive coating composition.
当满足前述范围时，可保持粘合层的耐热性和/或粘合性的均衡，尤其消除应力退火工艺之后粘合力会显著地提高。
When the above-stated range is satisfied, heat resistance and/or adhesion of the adhesive layer can be balanced, and particularly, adherence after the stress relief annealing process can be superbly improved.
当偶联剂的含量过少时，消除应力退火工艺后粘合性会变差。
When the content of the coupling agent is too small, the adherence after the stress relief annealing process may be deteriorated.
当偶联剂的含量过多时，热熔合时粘合力会变差。
When the content of the coupling agent is too large, adherence may be deteriorated during heat fusion.
更为具体地，可包含5至10重量％的偶联剂。
More specifically, the coupling agent may be included at 5 to 10 wt%.
为了涂覆容易且使成分均匀地分散，除了前述的成分以外，电工钢板粘合涂覆组合物可包含溶剂。
In addition to the above-stated components, the electrical steel sheet adhesive coating composition may include a solvent to facilitate application and uniformly disperse the components.
前述固体成分的表述是指除了包含溶剂的挥发性成分以外的剩余固体成分。
The above-stated expression of solid content refers to the remaining solid content, except for a volatile matter including a solvent.
根据本发明一实施例的电工钢板层压体包括：多个电工钢板；以及位于多个电工钢板之间的热熔合层。
The electrical steel sheet laminate according to the exemplary embodiment of the present invention includes a plurality of electrical steel sheets, and a thermally-bonded layer disposed between the plurality of electrical steel sheets.
此时，热熔合层是指将前述粘合涂覆组合物涂覆到电工钢板表面后进行固化以形成粘合涂层，并对其进行层压，实施热熔合而形成的层。
In this case, the thermally-bonded layer means a layer that is formed by forming an adhesive coating layer by coating and curing the above-stated adhesive coating composition to the electrical steel sheet surface, and laminating the adhesive coating layer and thermally bonding the same.
热熔合过程中树脂不被分散，且通过固化粘合涂覆组合物内的树脂从而向热熔合层赋予粘合力。
The resin in the adhesive coating composition is cured rather than being decomposed during the thermal bonding process such that adherence is given to the thermally-bonded layer.
如此，热熔合层通过确保适当的粘合力来使层压的电工钢板的位置不发生错位。
As described, the thermally-bonded layer assures appropriate adherence, and thus the laminated electrical steel sheet is not misaligned.
在热熔合过程中粘合涂覆组合物内的溶剂等挥发成分被去除，只剩下固体成分，因此热熔合层与粘合涂覆组合物内的固体，其成分及成分比例相同。
In the thermal bonding process, volatile components such as a solvent in the adhesive coating composition are removed, and only the solid content remains and thus the thermally-bonded layer has the same components and component ratio as the solid content in the adhesive coating composition.
对热熔合层的成分说明与粘合涂覆组合物的说明重复，因此将省略其重复说明。
The description of the components of the thermally-bonded layer is the same as the description of the adhesive coating composition, and therefore the duplicated description is omitted.
热熔合层的厚度可为0.5至25μm。
The thermally-bonded layer may have a thickness of 0.5 to 25 µm.
当满足该范围时，可具有优异的热熔合层的表面特性(例如，绝缘性、耐腐蚀性、密接性等)。
When such a range is satisfied, excellent surface characteristics (e.g., insulation property, corrosion resistance, close contacting property, and the like) of the thermally-bonded layer can be provided.
根据本发明一实施例的电工钢板产品的制造方法可包括：准备粘合涂覆组合物的步骤；将粘合涂覆组合物涂覆在电工钢板的表面后，进行固化以形成粘合涂层的步骤；对形成粘合涂层的多个电工钢板进行层压，并进行热熔合以形成热熔合层的步骤；以及对热熔合的电工钢板层压体进行消除应力退火，从而形成粘合层的步骤。
A method for manufacturing an electrical steel sheet product according to an exemplary embodiment of the present invention includes: preparing an adhesive coating composition; coating the adhesive coating composition to a surface of an electrical steel sheet and curing the same to form an adhesive coating layer; laminating a plurality of electrical steel sheets where the adhesive coating layer is formed, and thermally bonding the same to form a thermally-bonded layer; and forming an adhesive layer by performing stress relief annealing on a thermally-bonded electrical steel sheet laminate.
下面分步骤具体说明。
Hereinafter, each step will be described in detail.
首先，准备粘合涂覆组合物。
First, an adhesive coating composition is prepared.
前面已对粘合涂覆组合物进行说明，因此在此省略其重复说明。
Since the adhesive coating composition has been described above, no duplicated description will be provided.
接着，将粘合涂覆组合物涂覆到电工钢板的表面后，进行固化以形成粘合涂层。
Next, the adhesive coating composition is coated to the surface of the electrical steel sheet and then cured such that an adhesive coating layer is formed.
为了固化粘合涂覆组合物，该步骤可在200至600℃的温度范围进行。
This step may be carried out at a temperature range of 200 to 600 °C to cure the adhesive coating composition.
对形成有粘合涂层的多个电工钢板进行层压后，进行热熔合以形成热熔合层。
A plurality of electrical steel sheets, in each of which the adhesive coating layer is formed, are thermally bonded such that a thermally-bonded layer is formed.
通过热熔合步骤，粘合涂层内的树脂成分被热熔合，从而形成热熔合层。
Through the thermal bonding process, resin components in the adhesive coating layer are thermally bonded such that a thermally-bonded layer is formed.
热熔合步骤可在150至300℃的温度，以0.5至5.0Mpa的压力及0.1至120分钟的加压条件下进行热熔合。
The thermal bonding step may be carried out under conditions of a temperature of 150 to 300 °C and a pressure of 0.5 to 5.0 MPa for 0.1 to 120 minutes.
可分别单独满足上述条件，也可同时满足上述条件的2个以上。
The conditions may be individually satisfied, and two or more conditions may be simultaneously satisfied.
通过调节该热熔合步骤中的温度、压力、时间条件，从而可在电工钢板之间无缝隙或无气孔地且稠密地进行热熔合。
As described, it can be densely thermally bonded between electrical steel sheets, without gaps or pores by controlling the temperature, pressure, and time conditions.
热熔合步骤可包括升温步骤和熔合步骤，升温步骤的升温速度可为10℃/分至1000℃/分钟。
The thermal bonding step includes a temperature increase step and a bonding step, and the temperature increase rate of the temperature increase step may be 10 °C/min to 1000 °C/min.
其次，对热熔合的电工钢板层压体进行消除应力退火，并形成粘合层。
Next, an adhesive layer is formed by performing a stress relief annealing process on the thermally bonded electrical steel sheet laminate.
消除应力退火可在500至900℃的温度进行30至180分钟。
The stress relief annealing may be carried out at a temperature of 500 to 900 °C for 30 to 180 minutes.
粘合层的形成步骤可在改性气体或者氮气(N2)气氛中进行。
The process for forming the adhesive layer may be performed in a denatured gas or nitrogen (N2) gas atmosphere.
具体地，改性气体是指包含10至30体积％的液化天然气(LNG)和70至90体积％的空气的气体。
Specifically, the denatured gas means a gas containing 10 to 30 vol% of liquefied natural gas (LNG) and 70 to 90 vol% of air.
氮气(N2)气氛是指包含氮气的气氛。
The nitrogen gas atmosphere means an atmosphere containing nitrogen.
具体地，是指包括100体积％的氮气或者低于90至100体积％的氮气和0至10体积％的氢气的气体。
Specifically, it means a gas containing 100 % by volume of nitrogen or less than 90 to 100 % by volume of nitrogen and 0 to 10 % by volume of hydrogen.
如此，当通过根据本发明一实施例的电工钢板产品制造方法进行制造时，在消除应力退火(Stress Relief annealing)后，仍能提高电工钢板其自身的磁性能(具体为铁损、磁通密度等)，而且基于粘合涂层的高温粘合性及高温耐油性优异，尤其表面特性及粘合特性在消除应力退火(Stress Relief Annealing)后仍不会下降。
When the electrical steel sheet product is manufactured by the manufacturing method according to the exemplary embodiment of the present invention, the magnetic properties (specifically, iron loss, magnetic flux density, and the like) of the electrical steel sheet itself are improved even after stress relief annealing.
下面，对本发明的优选实施例、与这些实施例进行对比的比较例、以及它们的评价例进行描述。
Hereinafter, preferable exemplary embodiments of the present invention, comparative examples compared to the preferable exemplary embodiments, and evaluation examples thereof will be disclosed.
但是下面的实施例仅为本发明一优选实施例而已，并非用于限定本发明。
However, the exemplary embodiments below are only exemplary embodiments of the present invention, and the present invention is not limited to the exemplary embodiments below.
粘合涂覆组合物在下表1中示出，有机树脂中被取代的纳米粒子的含量固定为相对于有机树脂的固体100重量％的10重量％，粒子尺寸为100nm。
An adhesive coating composition is shown in Table 1, and the content of nanoparticles substituted for the organic resin is fixed to 10 wt% with respect to solids 100 wt% of the organic resin, and a particle size is 100 nm.
以球状试片准备无取向电工钢板(50X50mm，0.35mmt)。
A non-oriented electrical steel sheet (50 X 50 mm, 0.35 mmt) is prepared as a blank specimen.
利用刮棒涂布机(BarCoater)和辊式涂布机(Roll Coater)将由下表1中整理的成分组成的粘合涂覆溶液以一定厚度(约5.0μm)分别涂覆在准备的球状试片的上部和下部，在400℃中固化20秒后，在空气中慢慢地冷却，从而形成粘合涂层。
An adhesive coating solution formed of the components listed in Table 1 is applied on the upper and lower parts of each prepared blank specimen using a bar coater and a roll coater with a certain thickness (approximately 5.0 µm) and cured at 400 °C for 20 seconds, and then slowly cooled in air such that an adhesive coating layer is formed.
对涂覆有粘合涂层的电工钢板以20mm高度进行层压后，以500Kgf的压力加压，在220℃中进行60分钟热熔合。
After the electrical steel sheet coated with the adhesive coating layer is laminated to a height of 20 mm, it was pressurized with a force of 500 Kgf and thermally bonded at 220 °C for 60 minutes.
在作为消除应力退火条件的780℃及100体积％的氮气气氛中，对熔合条件下获得的电工钢板进行消除应力退火。
Stress relief annealing is carried out on an electrical steel sheet acquired at 780 °C and in a 100 vol% nitrogen atmosphere, which are the bonding conditions.
通过剪切面拉伸法(shearing surfacetension method)测定了按条件进行热熔合的电工钢板的粘合力及消除应力退火后的各电工钢板的粘合力。
Adherence is measured by a shear-plane tensile test for each electrical steel sheet subjected to adherence and stress relief annealing of the thermally bonded electrical steel sheet for each condition.
表面特性 ：对于通过各粘合涂覆组合物形成的热熔合前的涂层，综合观察并评价绝缘性、耐腐蚀性及密接性，当绝缘性、耐腐蚀性及密接性均优异时，评为非常优异，当其中两个优异时，评为优异，当一个优异时，评为普通，当均差时，评为劣势。
Surface characteristic: It is evaluated by comprehensively observing insulation properties, corrosion resistance, and close contacting properties of a coating layer before thermal bonding, formed by each adhesive coating composition.
粘合力 ：以一定力固定到上/下部夹具(JIG)上之后，使用以一定速度拉拽并测定层压试样的拉伸力的设备，分别测定消除应力退火前后的粘合力。
Adherence: Adherence before and after stress relief annealing is measured using a device for measuring the tensile force of a laminated sample while being fixed to upper/lower jigs with a constant force and pulling at a constant speed.
此时，测定值是在层压试样的界面中具有最小粘合力的界面脱落的位置处进行测定的。
In this case, the value is measured at the point where the interface with the minimum adherence falls out of the interface of the laminated sample.
消除应力退火前后的粘合力分别以不同基准进行评价。
The adherence before and after stress relief annealing is evaluated using different criteria.
当热熔合之后、消除应力退火前测定的粘合力为1.0MPa以上时，评为非常优异，当为0.5MPa以上时，评为优异，当为0.2MPa以上时，评为普通，当为0.1MPa以下时，评为差。
Adherence is represented as "⊚" when adherence measured after thermal bonding and before stress relief annealing is 1.0 MPa or more, "○" when 0.5 MPa or more, "Δ" when 0.2 MPa or over, and "×" when less than 0.1 MPa.
另一方面，当消除应力退火结束之后测定的粘合力为0.5MPa以上时，评为非常优异，当为0.2MPa以上时，评为优异，当为0.1MPa以上时，评为普通，当为0.05MPa以下时，评为差。
Meanwhile, adherence is "⊚" when being measured to be 0.5 MPa or more after stress relief annealing, "○" when being measured to 0.2 MPa or more, "Δ" when being measured to be 0.1 MPa or more, and "×" when being measured to be less than 0.05 MPa.
磁性能改善率 ：测定消除应力退火前/后的电机铁芯的铁损。
Magnetic property improvement rate: An iron loss of a motor core before and after stress relief annealing is measured.
铁损测定为W10/400。
The iron loss is measured W10/400.
从表1和表2可知，组成成分和成分比例都得到满足的实施例1至实施例16的表面特性、热熔合层及粘合层的粘合力及铁损改善率均表现为优异。
As shown in Table 1 and Table 2, for Exemplary Embodiment 1 to Exemplary Embodiment 16 that satisfy all the components and component ratios, it can be confirmed that the surface characteristics, adherence of the thermally-bonded layer and the adhesive layer, and improvement in iron loss have improved adhesion and iron loss improvement rates.
本发明并不限于上述实施例，可由不同的多种形式进行制造。
The present disclosure is not limited to the embodiments, and may be implemented in various other forms.
本发明所属领域的普通技术人员可以理解在不变更本发明的技术思想或必要特征的情况下能够以其他具体方式实施本发明。
It may be understood by those skilled in the art to which the present disclosure pertains that the present disclosure may be implemented in other detailed forms without changing the technical spirit or the essential feature of the present disclosure.
因此，应该理解上述的实施例在所有方面是示例性的，而不是用来限制本发明。
Therefore, it should be understood that the above-described embodiments are not restrictive but are illustrative in all aspects.
本发明涉及喹吖啶酮固溶体颜料的制造方法、颜料分散液和喷墨用墨。
1 DESCRIPTION Title of Invention METHOD FOR PRODUCING QUINACRIDONE SOLID-SOLUTION PIGMENT, PIGMENT DISPERSION, AND INK-JET INK Technical Field [0001] The present invention relates to: a method for producing a quinacridone solid solution pigment; a pigment dispersion liquid; and an inkjet ink.
详细而言，涉及提供在应用于着色剂时所得着色物的饱和度高且具有期望的适度的偏黄色调的喹吖啶酮固溶体颜料、进而也可获得适于喷墨用墨且粒径受控的喹吖啶酮固溶体颜料的喹吖啶酮固溶体颜料的制造方法、含有可通过该制造方法获得的特有色调的喹吖啶酮固溶体颜料的颜料分散液和喷墨用墨的技术。
In detail, the present invention relates to a technique for providing: a method for producing a quinacridone solid solution pigment, the method making it possible to obtain a quinacridone solid solution pigment that allows a resultant colored product to have high chroma and a desired, properly yellowish hue when the quinacridone solid solution pigment is applied to a colorant, and, further, making it possible to obtain a quinacridone solid solution pigment that is suitable for an inkjet ink, the quinacridone solid solution pigment having a controlled particle diameter; and a pigment dispersion liquid and an inkjet ink each containing a quinacridone solid solution pigment that can be obtained by the production method, the quinacridone solid solution pigment having a characteristic hue.
喹吖啶酮是具有鲜艳颜色和耐候性的性能良好的合成颜料，典型的是已知其呈现红色～紫色，其色调因共轭环上的取代基、晶体结构而受到影响。
Background Art [0002] It is known that quinacridone is a high performance synthetic pigment having a vivid color and weatherability and typically exhibits red to purple and that the hue is influenced by a substituent on the conjugated ring and by the crystal structure.
作为喹吖啶酮系颜料的一个领域的喹吖啶酮固溶体颜料在有机颜料领域中进行了大量研究。
A lot of studies on a quinacridone solid solution pigment, which is in a field of quinacridone-based pigments, have been conducted in an organic pigment field.
例如，包含未取代喹吖啶酮与2,9-二甲基喹吖啶酮的固溶体的喹吖啶酮颜料、包含未取代喹吖啶酮与喹吖啶酮醌的固溶体的喹吖啶酮颜料即C.I.
For example, a quinacridone pigment composed of a solid solution of unsubstituted quinacridone and 2,9-dimethylquinacridone, 2 C.I. Pigment Red 206 which is a quinacridone pigment composed of a solid solution of unsubstituted quinacridone and a quinacridone quinone, C.I. Pigment Red 207 which is a quinacridone pigment composed of a solid solution of unsubstituted quinacridone and 4,11-dichloroquinacridone, etc. are known (see Patent Literatures 1 and 2).
专利文献1：日本特开2000-281930号公报
Citation List Patent Literature [0003]Patent Literature 1: Japanese Patent Laid-Open No.
专利文献2：日本特开2002-146224号公报
2000-281930 Patent Literature 2: Japanese Patent Laid-Open No. 2002 146224 Summary of Invention Technical Problem [0004] However, there has been a problem that the chroma of a colored product which is obtained from a conventional quinacridone solid solution pigment is still insufficient.
另外，近年来在市场上寻求具有偏黄色调的喹吖啶酮固溶体，但尚无法提供能够充分满足该市场需求的饱和度高且具有期望适度的偏黄色调的喹吖啶酮固溶体。
In addition, a quinacridone solid solution having a yellowish hue has been desired in the market in recent years, but a quinacridone solid solution which can fully satisfy this need in the market, the quinacridone solid solution having high chroma and a desired, properly yellowish hue, has not been able to be provided yet.
另外，要求例如在喷墨用墨的着色剂中使用的颜料微细且粒径均匀统一，但固溶体颜料存在难以均匀地控制微细的粒径大小在的课题。
In addition, for example, a pigment which is used as a colorant for an inkjet ink is required to be fine and have uniformly controlled particle diameters; however, there is a problem that it is difficult to control the size of the diameter of fine particles uniformly in a solid solution pigment.