128results about How to "Uniform transfer" patented technology

The present invention is comprised generally of a curved assembly for use in reattaching bone segments created by fracture or for mating bone fragments in other reconstructive procedures. The present invention further comprises a curved drill to create the hole into which the curved screw is attached. Preferably, the curved screw and drill of the present invention are designed such that they can be used singularly or in combination with a bone plate to support bone fragments and prevent them from moving with respect to the plate.

A hair iron that can set hairstyles by heating and spraying a treatment agent comprises a pair of holding parts (1, 1); each having heating block (2), the surface of which acts as a holding surface (7); at least one holding part (1) containing liquid container (5), liquid holder (4) that brings the liquid in liquid container (5) in contact with heating block (2) as the liquid in liquid container (5) is transferred to heating block (2), and steam path (19) that sprays from holding surface (7) the steam generated as the liquid transferred from inside liquid container (5) is heated by the contact surface with heating block (2) of liquid holder (4). Hair is held between the holding surfaces (7, 7) of the pair of holding parts (1, 1), and under the action of the steam sprayed from the steam path (19), the hairstyle is set. In this hair iron (40), the liquid container (5) is set on the side of the heating block (2) opposite to the holding surface (7), and at the same time, the liquid holder (4) is set between the heating block (2) and the liquid container (5).

A load sensing device comprise an inner member provided at a front part of a vehicle and a load sensor provided at a position before a front of the inner member, in addition to an outer member and a load transfer member. The outer member is provided at the front part of the vehicle so as to be located more frontward than the load sensor so that a space is formed between the outer member and the load sensor. The outer member is in charge of allowing the load sensor to sense, via the outer member, a load applied to a front of the vehicle. The load transfer member, made of a hard material, is disposed adjacently to the load sensor within the space between the outer member and the load sensor. The load sensor is allowed to move along the inner member in the back-and-forth direction of the vehicle.

The present invention provides a novel screen printable thermosetting composition for forming thermally conductive interface and a method of using the same. The composition is used to promote the transfer of heat from a source of heat such as an electronic device to a heat dissipation device such as a heat sink. The composition comprises by weight from about 35% to about 75% of a thermal curing vinyl terminated siloxane material, from about 0.005% to about 5% catalyst, from about 10% to about 30% hydrocarbon solvent and from about 20% to about 70% conductive filler.

A vehicle seat of the invention includes: a rectangular-shaped seat back frame (5) having a pair of side frames (6); a plurality of seat springs (34A, 34B) disposed between the side frames; a single plate-shaped flexible cushion plate (31) attached to the seat springs; a seat cushion (9) provided on the front side of the cushion plate; link mechanisms (15, 35) provided near the side frames; and a headrest (4) coupled to the link mechanisms (15). Both ends of the seat spring (34B) are coupled to the link mechanisms. When the seat spring (34B) is moved rearward, the headrest is moved forward. Both sides of each of the remaining seat springs (34A) are mounted to the side frames.

A hair iron that can set hairstyles by heating and spraying a treatment agent comprises a pair of holding parts (1, 1); each having heating block (2), the surface of which acts as a holding surface (7); at least one holding part (1) containing liquid container (5), liquid holder (4) that brings the liquid in liquid container (5) in contact with heating block (2) as the liquid in liquid container (5) is transferred to heating block (2), and steam path (19) that sprays from holding surface (7) the steam generated as the liquid transferred from inside liquid container (5) is heated by the contact surface with heating block (2) of liquid holder (4). Hair is held between the holding surfaces (7, 7) of the pair of holding parts (1, 1), and under the action of the steam sprayed from the steam path (19), the hairstyle is set. In this hair iron (40), the liquid container (5) is set on the side of the heating block (2) opposite to the holding surface (7), and at the same time, the liquid holder (4) is set between the heating block (2) and the liquid container (5).

The differences in length of conductor portions which arise due to differing levels in a two level type electric connector, that is, errors in the impedance characteristics, are improved. The multiple level type electric connector of the present invention is characterized by being provided with a plurality of levels of rows of electric contacts aligned on a same surface, stacked in a direction perpendicular to the aforementioned surfaces, each electric contact row containing electric contacts for signals and electric contacts for grounding, each of the electric contacts for signals contained in each of the electric contact rows having a free end located on a first plane differing for each level, and a leg portion extending downwards from said first plane and leading to a same second plane, and each of the electric contacts for grounding contained in each of the electric contact rows having a free end located on a first plane, and a leg portion extending downwards from said first plane and leading to a same second plane connected to a grounding line, and being provided with a shield portion connected to a grounding line, and at least partially covering the leg portions of the aforementioned electric contacts.

The present invention provides a conveyer (T) used for a container cover (V), which comprises an ascending circulating conveyor (9) that is provided in an ascending plane (E) and is provided with clip band components (M) on the conveying component (10). The conveying component (10) operates on an upper deflecting device and a lower deflecting device (14, 15). Each clip band component (M) projects from the external surface of the conveying component (10) basically with a right angle and limits an opening groove (18) used for the container cover (V). The conveyer (T) furthermore comprises at least one feeding rail (7). The feeding rail (7) is provided adjacently with the lower deflecting device (14) and conveys each container cover to the groove (18) with a downward component motion (K1). Furthermore the conveyer (T) comprises at least one unloading area (11) above the feeding rail. The conveyor is designed so that each clip band component (M) can move and / or deform from a position which is at least approximately perpendicular with the external surface of the conveying component (10) along a conveying direction (16) and / or a direction inverse to the conveying direction (16) at least through an elastic resetting mode.

Biological samples, such as saliva, are commonly collected on a swab and subsequently transferred to an absorbent storage medium. Embodiments of the present invention provide a biological sample collection device comprising a collection portion and a body portion, the body portion including a holding portion for holding a biological sample storage medium, and a sample transfer means, such as a cover. The collection portion can be arranged in a first position separated from the body portion for collecting a sample, and in a second position at least partly between the sample transfer means and the holding portion, with the sample transfer means being operable to push the collection portion towards a position at which the holding means is arranged to hold the biological sample storage medium, enabling a sample held in the collection portion to be transferred to the latter. This provides an improved means of collecting a biological sample.