151 results about "Shoulder region" patented technology

Car tyre (100) having a tread band (7) comprising a central region (L1) and two shoulder regions (L2, L3); the central region (L1) having a plurality of ribs (8, 9, 10), wherein a first rib (8) with a plurality of first transverse grooves (15) comprising a substantially straight first segment (15′), inclined relative to a direction parallel to said equatorial plane (X-X) so as to form an angle Θ smaller than or equal to 70°, a substantially straight counter-inclined second segment (15″) and a curved connecting segment (15″′) extending between said first segment (15′) and said second segment (15″); —the first rib (8) further comprising first straight sipes (21) located in the first rib (8) between said first transverse grooves (15) and extending over at least 60% of the width of said first rib (8); the first sipes (21) forming with said equatorial plane (X-X) an angle Θ′ preferably equal to the angle Θ of the first segment (15′) of the first transverse grooves (15).

A sports bra exhibits increased resistance in response to increased force. The sports bra includes a front curved region for accommodating a wearer's breasts, the front curved region including a shear-thickening foam. The shear-thickening foam is relatively flexible up to a first force and is relatively rigid above the first force to retain the wearer's breasts within the front curved region during vigorous physical activity. A back panel connecting to the front curved region such that the force is at least partially transferred to an upper back or shoulder region of the wearer. A body protecting element protects a body part from an external impact, the body part selected from head, knee, shin, elbow, foot, leg, torso, arm, wrist or hand. The body protecting element includes a housing conforming to the shape of the selected body part. A shear-thickening foam is included in the housing.

An improved polymer-based cartridge includes a primer insert defining a base end and connected to a cartridge body that extends forward to a shoulder region and has a length defined by industry standards for that caliber. A cartridge nose extends forward from the cartridge body and has an industry standard outer angle. An interference region, noncompliant with the industry standards, connects the industry standard angle to the neck. The interference region causes interference between the cartridge nose and a shoulder support surface defined by an industry compliant firearm chamber of the same caliber. The improved polymer cartridge thus exceeds maximum dimensions set by industry standards. A second interference region can be defined at the distal end of neck and is a result of an increase to the overall axial length of the cartridge in comparison to the corresponding length in an industry standard cartridge.

Upper body garments (10) (e.g., jackets, vests or the like) are provided having front (12) and back panels enclosing a torso region of a wearer. The back panel includes a cushion back panel (14) having an upper end attached to the front panel (12) at shoulder regions of the garment (10) and extending from the upper end thereof to a lower end positioned at or below a waist region of the wearer. A pull cord (50, 52) has one end operably connected to the lower end of the cushion back panel (14) and an opposite free end positioned near one of the shoulder regions of the garment (10) such that a pull force exerted on the latter when the cushion back panel (14) is in an unattached configuration causes the cushion back panel (14) to roll onto itself from the lower end thereof toward the upper end thereof and thereby form a cushion roll (60) at a neck region of the wearer.

Additively manufactured objects with exposed supports and associated methods are provided. In some embodiments, a method includes receiving one or more additively manufactured objects that are coupled to a plurality of support structures, where each support structure includes an exposed shoulder region that is accessible to an energy beam of a trimming system. The method can include identifying the locations of the exposed shoulder regions of the plurality of support structures, and directing the energy beam of the trimming system to the locations of the exposed shoulder regions of the plurality of support structures to cut at least partially through the exposed shoulder regions of the plurality of support structures.

The present invention provides a pneumatic tire that ensures wet performance and improves handling stability during high-speed cornering. The pneumatic tire has a tread portion (2). The tire has ground contact ends, namely, a first ground contact end (T1), a second ground contact end (T2), and a third ground contact end (T3), when the tire is assembled relative to a regular rim at a regular internal pressure and loaded with 100%, 75%, and 50% of the regular load and ground contact with a flat surface at a camber angle of 0°. A main groove (3) and a shoulder area (5) are provided in the tread half area (2h). At least one first inclined groove (6) is provided in the shoulder area (5). The first inclined groove (6) extends in a manner that intersects at least the first ground contact end (T1), the second ground contact end (T2), and the third ground contact end (T3). The depth of the first inclined groove (6) at the first ground contact end (T1) is smaller than the depth of the first inclined groove (6) at the second ground contact end (T2) and the third ground contact end (T3).

A glass syringe barrel is provided that has an at least partially conically shaped upper portion and a longitudinal axis. The glass syringe barrel has a top end through which a liquid can be ejected and a bottom end into which a plunger stopper can be pushed. The glass syringe barrel includes, in a direction from the top end to the bottom end, a cone, a shoulder region, and a body region. The shoulder region has and outer contour that has a concave and substantially circular arc-shaped area c1 with an outer radius r1. The outer contour of the glass syringe barrel in the shoulder region is defined by a certain minimum value the radius of curvature.

To provide a pneumatic tire that is configured so that reduction of rolling resistance and uneven wear in a shoulder region can be suppressed, even in a high load-type passenger automobile.SOLUTION: In a state where a pneumatic tire is mounted on a normal rim and is filled with normal internal pressure, a ratio A / B of a rectangular rate A at the time when a load corresponding to 130% of a maximum load is applied to the tire and a rectangular rate B at the time when a load corresponding to 100% of the maximum load is applied thereto is 100% or more and 110% or less. Respective tire standards of the normal rim, the normal internal pressure and the maximum load are based on ETRTO. The rectangular rate is L2 / L1, where a tread grounding length that is a length in a tire circumferential direction on a tire equator is set as L1 in a tire grounding surface shape and a tread grounding length that is a length in the tire circumferential direction at a position shifted by 10 mm from both ends of a grounding width in the tire grounding surface shape to inside is set as L2.SELECTED DRAWING: Figure 4B

A tire can include a tread portion and a buttress portion. The tread portion can include a crown region between a tire equator and a middle position and a shoulder region between a first tread ground-contact end and the middle position. The buttress portion can have a land ratio which is a land portion ratio between the first tread ground-contact end and a first position. A land ratio of the shoulder region can be larger than a land ratio of the crown region and the land ratio of the buttress portion.

A fixed cutter drill (100) bit for drilling a borehole in an earthen formation (5) includes a bit body (110) having a central axis (105) and a bit face (111). The bit body is configured to rotate about the central axis in a cutting direction of rotation. The bit face includes a concave cone region (149a) extending radially from the central axis, a convex shoulder region (149b) extending radially from the cone region, a nose (149d) at the intersection of the cone region and the shoulder region, and a gage region (149c) extending radially from the shoulder region to a full gage diameter of the drill bit. In addition, the drill bit includes a cutting structure disposed on the bit face. The cutting structure includes a primary blade (141) extending radially from proximal the bit axis through the cone region and the shoulder region to the gage region. The blade has a leading side (142a) relative to the cutting direction of rotation, a trailing side (142) relative to the cutting direction of rotation, and a cutter-supporting surface extending from the leading side to the trailing side. Further, the drill bit includes a plurality of cutter elements (150) mounted to the cutter-supporting surface of the primary blade in the cone region, the shoulder region, and the gage region. Still further, the drill bit includes a gage pad disposed in the gage region and extending axially from the primary blade. The gage pad (200) has a central axis, an uphole end distal the primary blade, a downhole end integral with the primary blade, a leading lateral side relative to the cutting direction of rotation, a trailing lateral side relative to the cutting direction of rotation, and a formation facing surface configured to slidingly engage a sidewall of the borehole during drilling. The formation facing surface of the gage pad extends axially from the uphole end to the downhole end of the gage pad, and wherein the formation facing surface extends laterally from the leading side of the gage pad to the trailing side of the gage pad. The gage pad includes a surface area reducing feature positioned along a middle portion of the gage pad that is axially positioned between and axially spaced from the uphole end of the gage pad and the downhole end of the gage pad. The surface area reducing feature comprises a first recess extending from the formation facing surface toward the bit body.

The invention belongs to the technical field of radiotherapy auxiliary equipment, and provides a head, neck and shoulder fixing frame for radiotherapy, which comprises a head and neck bearing plate, the head and neck bearing plate is mounted on a treatment bed, a detachably connected pressing plate is arranged at the edge of the top of the head and neck bearing plate, a thermoplastic film body is arranged at the bottom of the pressing plate, and the thermoplastic film body is provided with an elastic sheet. The thermoplastic film body covers the head, the neck and the shoulders of a person, the thermoplastic film body is divided into a high-rigidity head and neck area and an elastic shoulder area, and the head and neck area and the shoulder area adopt different thermal deformation temperatures; mounting clamping plates are symmetrically arranged at the tail end of the head and neck bearing plate, rotary clamping assemblies are arranged at the tops of the mounting clamping plates, and shoulder baffles used for limiting the shoulders are arranged on the rotary clamping assemblies; through the arrangement of the fixing frame, the fixing degree of a radiotherapy patient is improved, and the comfort is improved.

A spinal stabilization unit (10) comprising: a flexible coupler (20) with a flexible coupler body (22), a range-of-motion limiting mechanism configured to control a certain degree of flexion, compression, and extension of the flexible coupler (20), the range-of-motion limiting mechanism comprising a tapered bushing (90) extending internally from a first end of the flexible coupler body (22) and having a narrowed distal opening (98), and a needle (100) with an elongated body (102) having an enlarged head region (104) and shoulder region (106) extending from a opposite end of the flexible coupler body (22), the needle (100) being configured to be received within the tapered bushing (90) and to cooperate with the bushing (90),to form an expansion and compression stop within the flexible coupler body (22), wherein the enlarged head region (104) of the needle (100) is arranged within the tapered socket (90) and is dimensioned such that the enlarged head region abuts the wall of the narrowed opening (98) when the flexible coupler (20) is extended or bent, and the socket (90) abuts the second end of the flexible coupler (20) when the flexible coupler (20) is compressed; and a pair of arms (30, 40), wherein the arms are located at opposite ends of the flexible coupler (20) for receiving bone anchors (50) to secure the flexible coupler (20) to the bone.

Disclosed is a training swimwear garment which include a base layer suitable to cover at least a portion of the upper torso of a wearer, the base layer having an abdomen region, a shoulder region, and a back region, and the base layer includes compressive and non-compressive fabric. The training swimwear includes a plurality of elastic straps spanning from an anterior of the shoulder region to the back region, configured to provide tension to produce a desired shoulder posture of the wearer. The training swimwear includes a plurality of panels connected with the base layer, the panels including an abdomen panel covering the abdomen region, and a back panel covering the back region, and the panels are configured to be buoyant to produce a desired body posture of the wearer.

The invention relates to an air cushion arrangement (10) for a backrest of a vehicle seat, in particular with a massage function for an adjustable lumbar support of the backrest, comprising at least a first and a second pair (1-5) of air cushions (1'-5''), each of which is / can be assigned to a back region and / or shoulder region of the backrest, wherein the air cushions (1'-5'') of the pairs (1-5) of air cushions (1'-5'') are each designed and arranged at least substantially mirror-symmetrically to a longitudinal central axis (11) of the air cushion arrangement (10), wherein the air cushions (1'-5'') of the pairs (1-5) of air cushions (1'-5'') each have a longitudinal edge (L) facing the other air cushion (1'-5'') of the same pair (1-5) of air cushions (1'-5''), and wherein the air cushions (1', 1'') of the first pair (1) of air cushions (1', 1'') are arranged in such a way that the longitudinal edges (L) of the first pair (1) of air cushions (1', 1'') run at least approximately parallel to one another. According to the invention, the air cushions (2', 2'') of the second pair (2) of air cushions (2', 2'') are arranged rotated relative to one another in such a way that the longitudinal edges (L) of the second pair (2) of air cushions (2', 2'') form a first acute angle (α) to the longitudinal central axis (11).

According to one embodiment of the present disclosure, an office massage chair is disclosed. The office massage chair comprises: a first support for supporting a user's buttocks; a second support connected to the first support for supporting a user's waist or back; and a third support provided on the second support for supporting a user's head, neck, or shoulder area, wherein the second support may include a light-emitting module that emits light in association with the operating state of the office massage chair.

A glass syringe barrel is provided that has an at least partially conically shaped upper portion and a longitudinal axis. The glass syringe barrel has a top end through which a liquid can be ejected and a bottom end into which a plunger stopper can be pushed. The glass syringe barrel includes, in a direction from the top end to the bottom end, a cone, a shoulder region, and a body region. The shoulder region has and outer contour that has a concave and substantially circular arc-shaped area c1 with an outer radius r1. The outer contour of the glass syringe barrel in the shoulder region is defined by a certain value for r1.

Orthosis (1) with - a shoulder area (4) for application to a shoulder, - at least one sleeve (6) to put on an arm and - at least one elastic strap element (12), wherein the sleeve (6) has a hand area (10) which is arranged on one hand when the orthosis (1) is worn, and wherein the at least one strap element (12) is or can be placed around the sleeve (6) in at least one turn in the form of a helix and is attached or can be attached to the shoulder area (4) and to the hand area (10), characterized in that the strap element (12) is or can be attached to the sleeve (6) at at least one point (22) between the hand area (10) and the shoulder area (4), so that the at least one strap element can be functionally divided into two elements arranged in series, wherein different tensions and tensile forces are selected and can be applied to the arm and / or the shoulder in the areas in front of and behind this point (22).

The invention relates to a target behavior detection method and device, computer equipment, a storage medium and a computer program product. The method comprises the following steps: acquiring a to-be-detected original image; inputting the original image into a target behavior detection model, detecting a head and shoulder region of a target object from the original image based on the target behavior detection model, and classifying and identifying the head and shoulder region to obtain a target detection result; wherein the target detection result comprises existence of a target behavior and absence of the target behavior; the target behavior detection model is obtained by training through a machine learning method based on a corresponding relation between a sample image and a detection result; the sample image is marked with a head and shoulder area of a sample object. According to the embodiment of the invention, the detection accuracy of the target behavior is improved.

A rear-opening protective gown configured for removal by pull-forward doffing action is provided. The gown includes a central gown body including a front panel and a back panel. The gown opens at the back panel. A plurality of fastening elements is positioned on or proximate to the back panel. At least one of the fastening elements is located at the shoulder region. For each of the fastening elements that is located at the shoulder region, one of the first and second fasteners is mounted on a folded tab connected to the corresponding portion of the back panel. When a doffing force is applied to the gown, the folded tab rotates to transfer a shearing force into a peeling force thereby facilitating ease of doffing the gown without causing damage to the gown, thereby allowing for reuse. A method of wearing a rear-opening protective gown is also provided.

A belt cover layer is formed by spirally winding belt cover materials including a first cover material and a second cover material. When one side in a tire width direction with respect to a tire equatorial plane is defined as a first side and another side is defined as a second side, the first cover material is disposed from a position between a shoulder region on the second side and the tire equatorial plane to a shoulder region on the first side. The second cover material is disposed from a position between the shoulder region (Ash) on the first side and the tire equatorial plane to the shoulder region on the second side. The first cover material and the second cover material have an overlapping portion at a position where positions in the tire width direction become positions identical to one another.

Hood assemblies with disposable hoods are provided. In one implementation, a single-use, disposable hood includes a hood material sized to extend over a user's head and down to a neck / shoulder region of the user. The hood material includes a face shield opening extending through the hood material, a lower edge extending along a lower periphery of the hood material, and an air inlet hole through the hood material. The hood further includes an air inlet structure surrounding the air inlet hole, the air inlet structure having a base structure shaped as a truncated cone and a base aperture substantially aligned with the air inlet hole. The air inlet structure further includes an extension structure extending outward from the base structure, the extension structure having multiple vertical extensions arranged substantially perpendicular to the base structure and a ring structure attached to opposite ends of the vertical extensions from the base structure.

The glass syringe barrel has an at least partially conical upper portion and has a longitudinal axis L barrel . A glass syringe barrel includes a top end through which a liquid can be ejected, and a bottom end into which a plunger stopper can be pushed. It also includes: (1) a tapered region having a first end and a second end, the first end corresponding to the top end of the glass syringe barrel, the tapered region having a length and an outer diameter at the second end; (2) a shoulder region having a first end and a second end, the first end being adjacent to the second end of the tapered region, the outer contour of the shoulder region including a concave and substantially arc-shaped region starting below the second end of the tapered region, the outer radius of which is r1, and a convex and substantially arc-shaped region starting above the second end of the shoulder region, the outer radius of which is r2; (3) a main body region having a first end and a second end, the first end being adjacent to the second end of the shoulder region, the second end corresponding to the bottom end of the glass syringe barrel, the main body region having an outer diameter and a glass thickness; in the shoulder region, the outer contour of the glass syringe barrel is defined by a certain value of r1.

The pneumatic tire (1) has a tread band (2) that engages the road surface in the tread region of the tire. The tread band (2) includes two shoulder regions (10, 11) at the axially outer ends of the tread band (2), a central region (15) identified between the shoulder regions (10, 11), shoulder blocks (20A, 21A) arranged along shoulder circumferential ribs (20, 21), and central blocks (25A, 26A, 27A) arranged along central circumferential ribs (25, 26, 27). Four circumferential grooves (30, 31, 32, 33) separate the shoulder ribs (20, 21) and the central rib (25, 26, 27) from one another. In the tread region, the void ratio in the shoulder regions (10, 11) is at least 3% less than the void ratio in the central region (15).

To provide a pneumatic tire that can be improved in running performance on an ice / snow road, while securing steering stability.SOLUTION: A pneumatic tire according to the present invention comprises a plurality of center slits 16A1 and 16A2 formed in a center region 14A, where the one ends of the first center slits 16A1 are opened to an outer center main groove 12A and one ends of the second center slits 16A2 are opened to an inner center main groove 12B. The first center slits 16A1 and the second center slits 16A2 are formed alternately in a tire circumferential direction CD. Belt reinforcement layers 9 are formed in an outer shoulder region 14D and in an inner shoulder region 14E to cover outsides ADo in a tire axial direction of belt layers 7. The belt reinforcement layer 9 is not formed in the center region 14A, or a belt reinforcement layer 9 that is thinner than the belt reinforcement layers 9 formed in the outer shoulder region 14D and in the inner shoulder region 14E is formed in the center region 14A.SELECTED DRAWING: Figure 2

To provide a tire capable of further improving snow performance.SOLUTION: In a tire including a plurality of lug grooves 10 extending in a tire radial direction from a tread portion 1 toward a sidewall portion 2, a plurality of shoulder blocks 21 defined in a shoulder region by the lug grooves 10, and a plurality of side blocks 22 defined in a side region by the lug grooves 10, the plurality of lug grooves 10 include a first lug groove 11 and a second lug groove 12 alternately arranged along a tire circumferential direction, and the first lug groove 11 includes a first widened portion side 11A having a locally widened groove. The second lug grooves 12 each have a second widened portion side 12A where the groove is locally widened, and the positions of the first widened portion side 11A and the second widened portion side 12A in the tire radial direction are different from each other.SELECTED DRAWING: Figure 2

The invention relates to an agricultural tire with two sidewalls (4), a belt assembly (2) with at least two belt layers (2a) and a tread (1) with two rows of studs (10a) forming a V-shape across the tread width in plan view. In each shoulder area, between the sidewall (4) and the tread (1), at least one shoulder reinforcement strip (11) is installed, which is spaced apart from the belt layers (2a) in the axial direction and has textile cords (11d) embedded in a strip rubber coating and running at an angle of 0° to 15° to the circumferential direction.

Plastic container (1) consisting of a neck (3), a shoulder (5), a body (4) and a base region (2), wherein the base region (2) has at least two drawstrings (6a) extending from a central region (8) to the side wall of the base (2), wherein the drawstrings (6b, 6c) and / or the function of the drawstrings (6b, 6c) of the base (2) extend at least partially into the body region (4) or into the body (4) and shoulder region (5) of the plastic container (1) characterized in that the drawstrings (6a, 6b, 6c) end immediately before or after a labeling area (11) of the body (4) and / or the shoulder (5) intended to receive at least one label.

A drill tool can include at least one blade including a shoulder region and a face. A plurality of cutting elements can be disposed on the face of the blade, and at least one cutting element can be positioned in the shoulder region such that a cutting face of the at least one cutting element is spaced a distance behind the face of the blade. A recessed portion of the blade can extend below at least one cutting element of the plurality of cutting elements disposed on the face of the blade and to the at least one cutting element positioned in the shoulder region.

The invention relates to a vehicle tire (10) whose tread (12) comprises a base (20) and an outer cover layer (22) and includes on its sides a first shoulder region (24) and a second shoulder region (26) as well as a central region (28) arranged between them, wherein the cover layer (22) comprises an outer surface region (30) and an inner region (32) located underneath, wherein the surface region (30) in the first shoulder region (24) is formed by a first rubber material, wherein the surface region (30) in the second shoulder region (26) is formed by a second rubber material, wherein the inner region (32) in the central region (28) is formed by a third rubber material different from the first and second rubber materials, wherein the third rubber material has a higher storage modulus E' than the first and second rubber materials.wherein a first part of the profile blocks (16) are spiked SR profile blocks (34), wherein a second part of the profile blocks (16) are unspiked NW profile blocks (38), wherein the SR profile blocks (34) are arranged in the central area (28) to a degree of 80% or more, with respect to their number, and wherein the spikes (36) of SR profile blocks (34) arranged in the central area (28) extend into the third rubber material.

The utility model relates to the field of vehicle seats, in particular to a shoulder air bag assembly, a vehicle seat and a vehicle. A shoulder air bag assembly comprises a first air bag, a second air bag and a mounting plate, the first air bag and the second air bag are mounted on the mounting plate, the first air bag is in an inverted U shape and comprises a main body part and two branch parts communicated with the main body part, the two branch parts are located below the main body part and arranged in the left-right direction of a seat at intervals, and the two branch parts are connected with the main body part. The second air bag is located on the side, back to the mounting plate, of the body part. The inflation height of the main body portion of the first air bag and the inflation height of the second air bag jointly compensate a larger gap between the upper portion of the shoulder of the human body and the backrest, and the inflation height of the branch portion of the first air bag compensates a gap between the lower portion of the shoulder of the human body and the backrest. Therefore, the first air bag and the second air bag can jack up the shoulder area of the backrest to support the shoulders of the human body, and the backrest can be attached to the shoulders of the human body.