ASICS Patente

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In a race preparation presentation system 100, a registration storage stores participation registration information indicating race participation registration input by a participant and participant information indicating the participant. A preparation information storage stores preparation information input by the participant, as a preparation item including an article to be prepared for use in a race, in association with the participation registration information and the participant information. An input acquisition unit 54 acquires an input of race participation registration by a participation applicant. A relation analyzer 56 determines, as a recommended item, a preparation item related to a race for which the participation applicant performs participation registration. A preparation item presentation unit 58 presents the determined recommended item to the participation applicant.

An information processing apparatus 60 includes an acquirer 64, a corrector 68, a converter 70, and a storer 74. The acquirer 64 acquires foot shape data in a predetermined data format. The corrector 68 detects a predetermined measurement direction defining a foot size from the foot shape data, and corrects the foot shape data such that the measurement direction corresponds to an orientation common to a target data format. The converter 70 converts the data format of the foot shape data into the target data format. The storer 74 stores, as normalized foot shape data, the foot shape data corrected by the corrector 68 and converted by the converter 70.

A foot shape model presentation apparatus 60 includes an acquirer 64, a reference storer 68, an extractor 66, a generator 70, and a presenter 72. The acquirer 64 acquires an image of a foot shape of a user 10. The reference storer 68 stores a reference model that is a three-dimensional model obtained by averaging foot shapes. The extractor 66 extracts shape information indicating a feature of a predetermined portion of the foot shape of the user 10 from the image. The generator 70 generates an individual shape model that is a three-dimensional model reproducing the foot shape of the user 10 by deforming, based on the shape information, a shape of a portion corresponding to the predetermined portion in the reference model. The presenter 72 visualizes the individual shape model and presents the individual shape model to the user 10.

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In a running analysis system 100, an information acquirer 70 acquires position information and motion information of a user as a runner, measured at each point of passage in a run by a predetermined measurement device 20. A feedback acquirer 86 acquires feedback information regarding the run entered by a user. An analysis processing unit 87 extracts a key point from the feedback information based on a predetermined extraction condition. A mode determination unit 90 preferentially extracts, as an output target among the classified measurement values, a motion analysis index and a measurement value thereof that match the key point in a measurement section in which a change that meets a predetermined change condition has been detected, thereby determining an output mode of the measurement value.

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In a footwear component design device 250, a measurement data acquirer 212 acquires measurement data of a three-dimensional coordinate group indicating an anatomical feature corresponding to a three-dimensional homologous model of a foot shape at least including a sole and a foot side surface of a subject. A model determining unit 222 determines, among multiple three-dimensional homologous models 104, a three-dimensional homologous model 104 similar to a foot shape of the subject by evaluating similarity in coordinates between a three-dimensional coordinate group in the measurement data and a three-dimensional coordinate group in each of the multiple three-dimensional homologous models. A basic design determining unit 232 determines basic design data corresponding to the three-dimensional homologous model 104 determined, among multiple basic design data. A design processing unit 234 generates footwear component design data corresponding to a foot shape of the subject based on the basic design data determined.

A base portion (30) of a sole body includes a high-hardness portion (33) having a predetermined hardness and a low-hardness portion (36) having a lower hardness than the high-hardness portion (33). An upper surface (31) of the base portion (30) includes a high-hardness region (33a) defined by the high-hardness portion (33) and a low-hardness region (36a) defined by the low-hardness portion (36). A plate (50) is arranged on the upper surface (31) so as to straddle a first region (51) overlapping the high-hardness region (33a) and a second region (52) overlapping the low-hardness region (36a), and includes a forefoot side plate (50a) located on the forefoot portion side and a rearfoot side plate (50b) located on the rearfoot portion side. A ratio of the second region (52) in the forefoot side plate (50a) is higher than a ratio of the second region (52) in the rearfoot side plate (50b).

A shoe (1) includes a sole (10) and an upper (20). The sole (10) has a heel support portion, an upper bulging portion (152) formed at an outer peripheral surface (S10) of the sole, a lower bulging portion (154) formed at the outer peripheral surface (S10) of the sole, and an outer peripheral groove portion (156) formed at a portion between the upper bulging portion and the lower bulging portion, of the outer peripheral surface (S10) of the sole. The outer peripheral groove portion (156) has a medial foot-side front end portion (156a) located at a front end on a medial foot side, and a lateral foot-side front end portion located at a front end on a lateral foot side. The outer peripheral groove portion (156) includes a region (156R) in which a depth of the outer peripheral groove portion (156) gradually becomes shallower toward the medial foot-side front end portion (156a).

Footwear includes a sole, an upper, and a buffer material 30. The upper is provided above the sole and surrounds a foot insertion part. The buffer material 30 is accommodated within the foot insertion part. The buffer material 30 is constituted by at least two members of a first member 40 located on the upper side and a second member 50 located on the lower side that are superimposed. The first member 40 includes a projection portion 42 that projects in the direction of the sole at a position corresponding to a heel portion, and the first member 40 covers the entirety of the second member 50 in plan view. The second member 50 has an opening 52 configured to accommodate a heel portion.

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The present disclosure provides a shoe suitable for exercise (e.g., running) in which measures against hallux valgus are taken. A shoe 1 includes a sole and an upper 2 provided above the sole to accommodate a wearer's foot, wherein at least an upper forefoot region 20F of the upper 2 covering a forefoot part of the wearer is formed of a continuous single piece of knitted or woven fabric, and the upper forefoot region 20F includes a first region 25 corresponding to a medial side surface including a base of a big toe of the wearer, a second region 26 corresponding to a front end portion of the upper 2, and a third region 27 located at least between a toe side of the first region 25 and the second region 26, and wherein an elasticity of the first region 25 is higher than an elasticity of the second region 26, and an elasticity of the third region 27 is lower than the elasticity of the second region 26.

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A spike shoe sole part (5A) includes: a plate portion (10) made of a fiber-reinforced resin and including a reinforcement region containing reinforcement fibers (13); and a receiving portion (20) to which a cleat (30) is attachable, the receiving portion being made of metal. The receiving portion (20) includes a cylindrical portion (21) and a flange portion (23), and is embedded in the plate portion (10). The plate portion (10) includes an overlapping region (A) overlapping the receiving portion (20) and a non-overlapping region (B) not overlapping the receiving portion (20). The reinforcement region is located to straddle the overlapping region (A) and the non-overlapping region (B). The reinforcement region is fixed to a surface of the flange portion (23) and an outer peripheral surface of the cylindrical portion (21). An average length (L) of the reinforcement fibers (13) contained in the reinforcement region is longer than a protrusion length (D) of the flange portion (23).

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A sole has a cup-shaped sole main body portion. The sole main body portion includes a flat plate-shaped bottom portion and a wall portion rising upward from an outer edge of the bottom portion. An inner groove extending along an outer edge of the bottom portion is formed on an inner peripheral surface of the wall portion, and an outer groove extending along an outer edge of the bottom portion is formed on an outer peripheral surface of the wall portion.

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