20 results about "Plane orientation" patented technology

A processing apparatus configured to process a processing target object includes a modifying device configured to radiate laser light to an inside of the processing target object to form multiple modification layers along a plane direction; and a controller configured to control an operation of the modifying device at least. The controller controls the modifying device to form, in the forming of the modification layers, a first modification layer formation region in which cracks that develop from neighboring modification layers along the plane direction are not connected, and also controls the modifying device to form, in the forming of the modification layers, a second modification layer formation region in which cracks that develop from neighboring modification layers along the plane direction are connected.

A transfer machine 80 has an arm 810; a holding part 830 that is provided on the arm 810 and that is configured to hold a substrate W; a turning part 100 that turns the arm 810 about a turning axis A; and a control part 50 that adjusts a position in an in-plane direction of the substrate W by turning the arm 810 by the turning part 100 based on the position in the in-plane direction of the substrate W, which is held by the holding part 830, measured by measurement part 110.

A cylindrical grinding apparatus produces a monocrystal for slicing by cylindrical grinding an outer circumferential surface of a monocrystal for grinding while rotating the monocrystal for grinding around a rotation axis. The cylindrical grinding apparatus includes: an attitude correcting section for correcting an attitude of the monocrystal for grinding to incline a center axis thereof with respect to the rotation axis, by rotating the monocrystal for grinding around the center axis and turning the monocrystal for grinding around a turn axis orthogonal to the center axis based on a plane orientation difference between a plane orientation of the monocrystal for grinding and a target plane orientation of a wafer to be obtained by slicing the monocrystal for slicing; and a grinding section for cylindrically grinding the outer circumferential surface of the monocrystal for grinding while rotating the monocrystal for grinding whose attitude has been corrected around the rotation axis.

Systems, methods, or techniques are provided for lamella lift-out based on sample plane orientation. In various embodiments, a method can comprise adjusting, by a scientific instrument, stage tilt and rotation of a sample stage of the scientific instrument based on plane orientation of a sample.

The invention relates to an assembly tool (1) with a base body (4, 5), optionally a first one, which is essentially designed as a flat part, wherein the base body (4, 5) extends essentially in orientation to a plane (E), wherein a ring wrench shape (9) is further formed in the base body (4, 5) with an opening axis (A) extending approximately perpendicular to the plane (E) and an access opening (12) formed in one direction of the plane (E), wherein insertion projections (10, 11) are also provided on the base body (4, 5). Furthermore, the invention also relates to an assembly tool (1) with a first and a second sub-tool (2, 3).To advantageously design such an assembly tool, possibly also consisting of a first and a second sub-tool, it is proposed that the insertion projections (10, 11) can be moved between a working position and a storage position relative to the base body (4, 5) on which they are provided.

The utility model belongs to laser engraving technical field, especially relates to a kind of multi-axis laser engraving equipment, it includes plane moving part, angle adjusting part, clamping part and laser engraving part, plane moving part has the movement end of moving along any plane direction;Angle adjusting part is set in movement end, angle adjusting part has at least two rotation shafts rotating around different axis, to make the rotation end of angle adjusting part can rotate around different direction;Clamping part is used to clamp product;Laser engraving part is used to laser engraving product.Product is clamped when being clamped by clamping part, plane moving part can provide plane degree of freedom to product, angle adjusting part can provide at least two directions of rotation degree of freedom to product, so set, it can guarantee that the posture of product can be adjusted in multiple degrees of freedom during laser engraving process, to adapt to laser engraving demand under different angle, and it can avoid clamping product during laser engraving process multiple times, and then it can improve the laser engraving efficiency of product.

A processing apparatus configured to process a processing target object includes a modifying device configured to radiate laser light to an inside of the processing target object to form multiple modification layers along a plane direction; and a controller configured to control an operation of the modifying device at least. The controller controls the modifying device to form, in the forming of the modification layers, a first modification layer formation region in which cracks that develop from neighboring modification layers along the plane direction are not connected, and also controls the modifying device to form, in the forming of the modification layers, a second modification layer formation region in which cracks that develop from neighboring modification layers along the plane direction are connected.

An imaging lens system includes a first lens, a second lens having negative refractive power, a third lens, a fourth lens, a fifth lens, a sixth lens, a seventh lens, and an eighth lens having a concave object-side surface in a paraxial region, disposed in order from an object side in a direction of an imaging plane. The imaging lens system satisfies TTL / IMGHT<1.5, where TTL is a distance from an object-side surface of the first lens to the imaging plane and IMGHT is one-half of a diagonal length of the imaging plane.

Provided is an optical laminate that is excellent in terms of adhesion between a polyester film having a high degree of plane orientation ΔP and an easy adhesive layer and suppresses a local defect without using an easy adhesive layer of a specific material. The easy adhesive layer, an uneven layer, and an antifouling layer are provided on the polyester film, when a refractive index in a slow axis direction in a plane of the polyester film is defined as nx, a refractive index in a direction orthogonal to the slow axis in the same plane is defined as ny, and a refractive index in a thickness direction of the polyester film is defined as nz, the polyester film satisfies the following formula 1-2, and, regarding the uneven layer, when a three-dimensional skewness of a surface of the uneven layer is defined as Ssk, and a three-dimensional arithmetic average roughness of the surface of the uneven layer is defined as Sa, Ssk and Sa satisfy the following formula 2-1.0.140≤ΔP  (1-2)0.80≤A≤1.90  (2-1)wherein “ΔP” represents ((nx+ny) / 2−nz), and “A” represents log10 (Sa [μm]×100 / Ssk), provided that 0<Ssk.

A spring member is provided between two pressed bodies facing each other in a first direction and includes base plates stacked in the first direction. Each base plate is provided with spring protrusions protruding toward either one pressed body of the two pressed bodies and pressing the two pressed bodies in directions such that the pressed bodies move away from each other in the first direction. Between two base plates adjacent to each other in the first direction, a base plate positioned closer to the one pressed body is provided with an insertion hole into which a spring protrusion of the other base plate is inserted in a state of penetrating therethrough in the first direction. Among portions in an along-plane direction along a plane orthogonal to the first direction provided with the spring protrusions, the spring constant of at least one portion is different from that of another portion.

The invention relates to an assembly device (1) for assembling two modules, referred to respectively as the first module and the second module. The assembly device (1) comprises: - a first wedge (20) intended to be integral with the first module and having a first face; - a connecting means configured to attach the first module to the second module; - a second wedge (30) having a second face; - a locking means intended to be interposed between the first face and the second face, and which, under the effect of a bearing force exerted by one of the first and second faces towards the other of the first and second faces, deforms so as to prevent any movement of said locking means and of the connecting means along the directions of a plane defined by the first face. Figure 1

The present invention provides an assembly device that enables modules to be securely mounted without any play. [Solution] The present invention relates to an assembly apparatus (1) for assembling two modules, each called a first module and a second module, the assembly apparatus (1) comprising: - a first wedge (20) having a first face and intended to be fixed to the first module; - connecting means configured to attach the first module to the second module; - a second wedge (30) having a second face; and - locking means intended to be inserted between the first face and the second face, which deforms to prevent any movement of the locking means and connecting means in the direction of a plane defined by the first face, under the influence of a bearing force applied by one of the first and second faces toward the other of the first and second faces.

A first object of the present invention is to provide an article in which a material does not protrude from an end portion of a laminate. A second object of the present invention is to provide a composite capable of exhibiting a plurality of functions in both the thickness direction and the plane direction.SOLUTION: A composite in which a first composition is completely covered with a second composition containing a second resin, wherein the first composition contains a first resin having a softening point of 100 °C. or lower, the shortest dimension of the composite is 5 μm or more, and the first and second compositions have different functions. A composite comprising a first composition and a second composition that is in contact with the first composition and at least partially covers the first composition, wherein in a first direction in which the first composition extends, at least one portion P where only the first composition is present is present in a first cross section of the composite orthogonal to the first direction, and the first and second compositions have different functions.SELECTED DRAWING: Figure 1

The invention relates to an assembly tool (1) having a possibly first main body (4, 5) formed substantially as a flat part, wherein the main body (4, 5) extends substantially oriented on a plane (E), wherein, furthermore, a ring spanner-shaped moulding (9) with an opening axis (A) extending approximately perpendicularly in relation to the plane (E) and with an access opening (12) formed in a direction of the plane (E) is formed in the main body (4, 5), wherein plug-in projections (10, 11) are also provided on the main body (4, 5). Furthermore, the invention also relates to an assembly tool (1) having a first and a second part-tool (2, 3). For the advantageous design of such an assembly tool, possibly also consisting of a first and a second part-tool, it is proposed that the plug-in projections (10, 11) can be displaced relative to the main body (4, 5), on which they are provided, between a working position and a storage position.

Provided is a joined substrate in which a first substrate, a second substrate, and a third substrate are joined in this order with an adhesive agent therebetween, the joined substrate comprising: one or more grooves formed in a groove region of a surface of the first substrate not facing the second substrate; and a bulging portion formed in a back region of a surface of the second substrate not facing the first substrate, the bulging portion bulging in a thickness direction, the back region corresponding to the groove region in a plane direction.

The present disclosure provides a correction method of correcting, by an information processing apparatus, design data of a pattern of a mold to be used in an imprint process of forming a pattern in an imprint material on a substrate, comprising: obtaining an actual volume of a concave pattern element formed in a test mold; determining a correction value for correcting a difference between the actual volume and a design volume of the pattern element by a dimension of the pattern element in a plane direction parallel to a surface of the test mold; and correcting the design data based on the correction value.

The invention discloses a correction method, a mold manufacturing method, an imprint method, an article manufacturing method, and an information processing apparatus. The present disclosure provides a correction method of correcting, by an information processing apparatus, design data of a pattern of a mold to be used in an imprint process that forms a pattern in an imprint material on a substrate, the correction method including: obtaining an actual volume of a concave pattern element formed in a test mold; determining a correction value for correcting a difference between an actual volume and a design volume of the pattern element by a dimension of the pattern element in a plane direction parallel to a surface of the test mold; and correcting the design data based on the correction value.

To provide a very practical grater which is not available in the past.SOLUTION: The grating projections (2) are arranged so that a line connecting the 2a parts of the upper apexes of adjacent grating projections (2) forms a spiral curve (X) composed of a continuous curve from the central part to the outer peripheral part of the base plate (1) when viewed from the plane direction, and the grating projections (2) arranged in a spiral shape are arranged at equal intervals so that the intervals between the 2a parts of the upper apexes are equal pitches.SELECTED DRAWING: Figure 1