Abstract: This invention relates to novel compositions and methods of use by which the compositions of this invention are applied topically to one or more body parts of at least two individuals who bring said body parts into contact with the other individual and, when said body parts come into contact with each other, permit the formulations to interact and thereby achieve an unexpected sensation to each individual.

Abstract: A recordable medium includes a recordable structure including a first layer having a reflectivity R1 and a transmissivity T1, a second layer having a transmissivity T2, and a third layer having a reflectivity R3. The second layer is disposed between the first and third layers and has a thickness that is less than a Debye length determined based on a charge density of the second layer. The recordable structure has an overall reflectivity Rsum that is greater than R1+T12*T22*R2.

Abstract: A recordable medium includes an inscription layer and at least one contrast inverting layer. The inscription layer has at least a first sub-layer and a second sub-layer that combine upon application of a write power. The inscription layer has a reflectivity R1 with respect to a read beam before application of the write power and a reflectivity R2 after application of the write power, and R1<R2. The at least one contrast inverting layer does not combine with the first and second sub-layers of the inscription layer upon application of the write power. The at least one contrast inverting layer and the inscription layer together have a reflectivity R3 before application of the write power and a reflectivity R4 after application of the write power, and R3>R4.

Abstract: A recordable medium includes a first recordable structure, a second recordable structure, and a spacer layer positioned between the first and second recordable structures. The first recordable structure has a transmissivity with respect to a read beam that increases upon application of a write power to the first recordable structure. The second recordable structure has an optical property that changes upon application of a write power to the second recordable structure.

Abstract: A recordable medium includes an inscription layer and a contrast enhancing layer. The inscription layer has at least two sub-layers that combine upon application of a write power, the inscription layer having a reflectivity R1 before application of the write power and a reflectivity R2 after application of the write power. The contrast enhancing layer does not combine with the sub-layers of the inscription layer upon application of the write power. The contrast enhancing layer and the inscription layer together have a reflectivity R3 before application of the write power and a reflectivity R4 after application of the write power, and |R4?R3|>|R2?R1|.

Abstract: This invention relates to the clear, substantially anhydrous, warming compositions containing one or more polyhydric alcohols. The invention also relates to the compositions that include at least one or more antioxidant or antioxidants in combination selected from the group consisting of tocopherol, ascorbic acid and butylated hydroxytoluene (BHT), to prevent oxidation of polyhydric alcohol combination that results in the development of odor.

Abstract: A recordable medium includes a recordable structure including a first layer having a reflectivity R1 and a transmissivity T1, a second layer having a transmissivity T2, and a third layer having a reflectivity R3. The second layer is disposed between the first and third layers and has a thickness that is less than a Debye length determined based on a charge density of the second layer. The recordable structure has an overall reflectivity Rsum that is greater than R1+T12*T22*R2.

Abstract: A recordable medium includes a first recordable structure, a second recordable structure, and a spacer layer positioned between the first and second recordable structures. The first recordable structure has a transmissivity with respect to a read beam that increases upon application of a write power to the first recordable structure. The second recordable structure has an optical property that changes upon application of a write power to the second recordable structure.

Abstract: A recordable medium includes an inscription layer and at least one contrast inverting layer. The inscription layer has at least a first sub-layer and a second sub-layer that combine upon application of a write power. The inscription layer has a reflectivity R1 with respect to a read beam before application of the write power and a reflectivity R2 after application of the write power, and R1<R2. The at least one contrast inverting layer does not combine with the first and second sub-layers of the inscription layer upon application of the write power. The at least one contrast inverting layer and the inscription layer together have a reflectivity R3 before application of the write power and a reflectivity R4 after application of the write power, and R3>R4.

Abstract: A recordable medium includes an inscription layer and a contrast enhancing layer. The inscription layer has at least two sub-layers that combine upon application of a write power, the inscription layer having a reflectivity R1 before application of the write power and a reflectivity R2 after application of the write power. The contrast enhancing layer does not combine with the sub-layers of the inscription layer upon application of the write power. The contrast enhancing layer and the inscription layer together have a reflectivity R3 before application of the write power and a reflectivity R4 after application of the write power, and |R4?R3|>|R2?R1|.

Abstract: A recordable medium includes a recordable structure having a first layer and a second layer in which the first and second layers do not completely overlap, and the first and second layers combine upon application of a write power to cause a change in an optical property of the recordable structure with respect to a read beam. In some examples, at least one of the first and second layers includes discontinuous regions. In some examples, at least one of the first and second layers includes a contiguous region having a shape that forms holes. In some examples, the Debye length of at least one of the first and second layers is less than 5 nm, the Debye length being determined based on a charge carrier density in the layer.

Abstract: This invention relates to personal lubricant compositions that are capable of being sprayed to a targeted area while maintaining lubricity.

Abstract: This invention relates to personal lubricant compositions that are capable of being sprayed to a targeted area while maintaining lubricity.

Abstract: This invention relates to anhydrous compositions and methods of maintaining healthy vaginal pH to control vaginal odor. Such compositions may be applied to the vaginal area to lower vaginal pH and assist in maintaining such pH over a period of time.

Abstract: This invention relates to aqueous buffered compositions and methods for lowering vaginal pH and reducing the level of self-perceived vaginal odor. Such compositions may be applied to the vaginal area to lower vaginal pH and assist in maintaining such pH over a period of time.

Abstract: An assembly of a flash-lamp string system comprising a plurality of flash-lamp strings connected in series so as to form into an elongate lamp string; the elongate lamp string includes at least two different flash-lamp strings in terms of flashing type; the outer shape of the two different flash-lamp strings is the same; the bulb socket and the bulb assembly of every aforesaid flash-lamp string can be mounted together within the same flash-lamp string; in other words, the bulb socket and bulb assembly can not be exchanged with that of the different type of flash-lamp string in order to avoid overload of power supply.

Abstract: This invention relates to aqueous buffered compositions and methods for lowering vaginal pH and reducing the level of self-perceived vaginal odor. Such compositions may be applied to the vaginal area to lower vaginal pH and assist in maintaining such pH over a period of time.

Abstract: An assembly of a flash-lamp string system comprising a plurality of flash-lamp strings connected in series so as to form into an elongate lamp string; the elongate lamp string includes at least two different flash-lamp strings in terms of flashing type; the outer shape of the two different flash-lamp strings is the same; the bulb socket and the bulb assembly of every aforesaid flash-lamp string can be mounted together within the same flash-lamp string; in other words, the bulb socket and bulb assembly can not be exchanged with that of the different type of flash-lamp string in order to avoid overload of power supply.

Abstract: A semiconductor package device testing apparatus includes a conductive component, a first main body, a second main body, a pressing member, and a heating component. The conductive component has a plurality of conductive portions electrically connect with the pins of the semiconductor package device and disposed at one side of the first main body. The second main body is disposed at the other side of the first main body. In addition, the first main body has a first opening to define a space for receiving the semiconductor package device. The semiconductor package device is disposed within the first opening by the pressing member. The pressing member connects to the second main body through a second opening of the second main body. The heating component mounts on the first main body to heat the semiconductor package device.

Abstract: A semiconductor testing apparatus including a server, a robot arm, a gearing unit, a drive unit, a transmission unit, a control unit and a testing head. The drive unit drives the gearing unit and the transmission unit so as to rotate the testing head. In addition, the control unit controls the driving speed and driving direction of the drive unit so as to control the rotation speed and rotation direction of the testing head.