280results about How to "Resistance to deformation" patented technology

Disclosed herein is a grip garment for assisting a user in carrying an item. The garment comprises an article of clothing selected from a long sleeve shirt, a short sleeve shirt and a vest. The article has at least one lateral grip area having a frictional material, such as an elastomer, applied to the lateral grip area to create a frictional surface extending above the outside surface of the article. The frictional surface is in contact with an item carried under the arm of a user to resist the relative motion of the item with respect to the grip area. Additional grip areas are also disclosed.

A side air bag restraint sub-assembly is disposed in a cavity in a vehicle seat. A reinforcement panel is secured to either the inflator bolts or the seat fame on one edge. The opposite edge of the reinforcement panel is sewn to a hem on one side of a tear seam.

Stretchable multi-chip modules (SMCMs) are capable of withstanding large mechanical deformations and conforming to curved surfaces. These SMCMs may find their utilities in elastic consumer electronics such as elastic displays, skin-like electronic sensors, etc. In particular, stretchable neural implants provide improved performances as to cause less mechanical stress and thus fewer traumas to surrounding soft tissues. Such SMCMs usually comprise of various electronic components attached to or embedded in a polydimethylsiloxane (PDMS) substrate and wired through stretchable interconnects. However, reliably and compactly connecting the electronic components to PDMS-based stretchable interconnects is very challenging. This invention describes an integrated method for high-density interconnection of electronic components through stretchable interconnects in an SMCM. This invention has applications in high-density SMCMs, as well as high-density stretchable/conformable neural interfaces.

A reinforced lacrosse head having improved strength includes a pair of opposing sidewall portions each having a top end and a bottom end, a scoop portion extending between the sidewall portions, a base portion extending between the bottom ends of the sidewall portions, and a throat portion extending from the base portion for attachment to a lacrosse handle. This reinforced lacrosse head has one or more reinforcement members that are coupled to one or more portions of the lacrosse head.

Disclosed is a resinous molded article which has a fine structure of a nanometer level and includes a material containing a polymer of a polymerizable organic fluorocompound. The polymer is formed from, for example, a monomeric precursor composition containing a methacrylate and/or an acrylate in combination with a fluorine-containing photopolymerizable monomeric precursor composition miscible with the former composition.

An implantable microphone for a hearing prosthesis. The microphone comprises: a housing having a diaphragm chamber formed therein, and an aperture extending from the exterior surface of the housing to the chamber; a diaphragm disposed on the exterior of the housing so as to seal the aperture, and configured to vibrate in response to sound signals; a sensor positioned adjacent an end of the chamber opposing the diaphragm, and configured to detect vibration of the diaphragm, and to generate electrical signals based thereon; and a stiffening material substantially filling the regions of the housing external to the sensor and the diaphragm such that that air gaps within the filled regions of the housing are substantially eliminated, wherein the stiffening material has an elastic modulus that enables the housing to substantially resist deformation there of in response to body-noise.

Superficial-embedding blind-digging engineering construction method and equipment thereof, particularly relates to construction method and equipment for subway and mountain ridge tunnel. Preliminary bracing, comprising steps of hanging mesh net on dug tunnel section and pre-spraying concrete, mounting prestress-adjustable steel arch on the tunnel section, plugging a rigid cushion block between the steel arc and the pre-spraying concrete and closely contacting them, applying pre-stress to the steel arc, and spraying concrete to fix the steel arc. The prestress-adjustable steel arc comprises a arc joint and a pre-adjusting joint provided within them, the pre-adjusting joint comprises upper-lower connection boards and an adjusting member provided between them. Advantage of the invention is that the prestress-adjustable steel arc is employed in the preliminary bracing, applying pre-stress to the steel arc , and the steel arc is forced to generate prestress to resist country rock convergent distortion, thereby reducing bad effects for tunnel surroundings.

The present invention relates to a microfluid-system-supporting unit, comprising a fixing layer formed on a substrate, a protective layer or a fixing layer, wherein part of at least one hollow filament in any shape is placed and fixed in the fixing layer. Thus, it provides a microfluid-system-supporting unit lower in surface irregularity even when there are multiple hollow filaments different in external diameter or the hollow filaments crosses each other and resistant to positional deviation of the hollow filament in the crossing regions, and a production method thereof.

The invention discloses a design method of a bionic spider web composite material structure, comprising seven steps as follows: (1) performing static force analysis on stress of an original structure by finite-element analysis software to obtain a stress deformation cloud chart of the structure; (2) finding out the position of the maximum deformation region from the deformation cloud chart of the structure; (3) selectively arranging annular and arc-shaped regular latitudes and regular longitudes, wherein the maximum radius thereof is equal to or larger than the radius of the maximum deformation concentrated region; (4) arranging the regular longitudes in the mode that the regular longitudes are diffused to the periphery along the centers of the annular and arc-shaped regular latitudes, wherein the density of the longitudes is determined according to the order of magnitude of deformation of the maximum deformation concentrated region and the maximum deformation region; (5) arranging irregular longitudes along the gradient direction of deformation of the regions outside the maximum deformation concentrated region; (6) removing parts of materials from the sections of the structure having smaller stress deformation so as to form a hollow structure and reduce the whole mass of the structure; and (7) performing repeated design improvement on the original structure based on the above steps until the requirement is met.

The invention relates to a redundant drive five degrees of freedom parallel machine tool with a large rotation angle. The redundant drive five degrees of freedom parallel machine tool with the large rotation angle includes a fixed platform, a movable platform for installing a main shaft head and a first driving branch, a second driving branch, a third driving branch and a fourth driving branch forconnecting the fixed platform and the movable platform, the structures of the first driving branch and the second driving branch are similar, and the first driving branch includes a hooke hinge, a servo driving unit, a revolute pair and a compound sphere hinge; the third driving branch includes a hooke hinge, a servo driving unit and a compound sphere hinge, the fourth driving branch includes a revolute pair, a servo driving unit, a hooke hinge and a revolute pair, and the movable platform of a machine tool and the four driving branches are hinged to form a space closed-cycle parallel mechanism; and the three-dimensional translation and the two-dimensional rotation of the space can be achieved by controlling six servo motors to drive the four branches. The redundant drive five degrees offreedom parallel machine tool with the large rotation angle has the advantages that the branch structures are simple and compact, the orientation workspace is large, the flexibility is high, the rigidity is large, and the singular configuration can be prevented, and can be used for high-speed, high-precision and efficiency machining for free-form surface in complex space.

The present invention pertains to a slatwall extrusion and assembly for a wall of a building to support hangers and shelving and the items they carry. Each section of slatwall has a continuous linear rear wall that integrally joins number of spaced boards. Each board has front, rear, top and bottom walls that form a continuous loop around a hollow interior. Each board also has a downwardly extending double-walled lip. The lip is spaced from its adjacent lower board to form an L-shaped slot. The continuous rear wall is firmly secured to the studs or drywall of the wall by self tapping screws or an adhesive coating. The linear rear wall, hoop shaped boards, and double-walled lips combine to form a sturdy, lightweight and inexpensive slatwall extrusion. High impact polystyrene (HIPS) is used to achieve even further cost and weight reductions while maintaining the strength of the slatwall extrusion and assembly.

The connection arrangement (100, 200, 300, 400) comprises at least one electric and/or electronic component (1). The at least one electric and/or electronic component (10) has at least one connection face (11), which is connected in a bonded manner to a join partner (40) by means of a connection layer (20). The connection layer (20) can for example be an adhesive, soldered, welded, sintered connection or another known connection that connects joining partners while forming a material connection. Furthermore, a reinforcement layer (30′) is arranged adjacent to the connection layer (20) in a bonded manner. The reinforcement layer (30′) has a higher modulus of elasticity than the connection layer (20). A particularly good protective effect is achieved if the reinforcement layer (30′) is formed in a frame-like manner by an outer and an inner boundary (36, 35) and, at least with the outer boundary (36) thereof, encloses the connection face (11) of the at least one electric and/or electronic component (10).

Disclosed herein is an interlocking siding panel system for securing to the side of a structure with planar surfaces. When the panel is secured to the structure through the nail strip a full contact strip opposite the nail strip lays flat against the structure causing the panel portion below an point of inflection in the panel to raise up off of the structure creating a gap to facilitate movement of moisture past a locking leg that integrates with the panel below.

A side air bag module is disposed in a cavity in a vehicle seat. At least one reinforcement panel is secured to either the air bag module or the seat frame on an anchoring edge. The opposite edge of the reinforcement panel is sewn to a hem on one side of a tear seam. A barbed retainer may be inserted in a slot to bear upon a peripheral flange portion of the air bag module.

The invention discloses a roadway support method adopting a U-shaped canopy frame support structure body, and relates to the roadway support technical field. The roadway support method adopting the U-shaped canopy frame support structure body aims at solving the problem of large deformation of roadway, and comprises the following steps: anchor net spraying support is adopted on the roadway; after the anchor net spraying support is adopted, U-shaped canopy frame strengthening supports are installed in a centralizing mode; after the U-shaped canopy frame strengthening supports are completed, U-steels are used to respectively connect leg parts and top parts of neighboring U-shaped canopy frames, U-shaped canopy frame supports are formed, supporting power of a single U-shaped canopy frame is greatly increased, and stability of surrounding rock of the roadway is improved. The roadway support method adopting the U-shaped canopy frame support structure body is applied to support of underground roadway, especially support of underground deep roadway.