Abstract: Briefly, example methods, apparatuses, and/or articles of manufacture may be implemented to conduct an authentication process of a subscriber via a communications device utilizing a method comprising initiating transmission of a forward instruction from a cellular transceiver to the communications device, in which the communications device is co-located with the subscriber. The method may continue with waiting for a response to the forward instruction from the subscriber and transmitting, from an authenticator to a client computing resource, one or more first signals to indicate whether the authenticator has obtained the response to the forward instruction. The method also includes determining whether to complete the authentication process of the subscriber based, at least in part, on the one or more first signals indicating that an expected confirming response, an unexpected response, or an expected declining response has been received from the communications device.

Abstract: A method to send emergency alerts to 911 first responders specifies category of emergency and level of threat. A user can choose one of the emergency categories including police, fire, medical, and marine, and one of various levels of threat such as low, medium, high, and life-threatening for each category of emergency. Then the user sends the alert to the 911 first responder together with the user specific personal information including name, physical address, GPS coordinates, contact phone number, emergency contact person's name and phone number, relationship of the emergency contact person to the user, etc. The 911 first responder can dispatch the corresponding emergency personnel to the user's address and can connect to the user and view the user's surroundings through the camera of the user's personal computing (PC) device. The system and method can be used in a home, outdoors such as a park, a public building such as library, school, beach, boat, etc.

Abstract: A label assembly including a face sheet, a back sheet, and a layer of an adhesive positioned between the face sheet and the back sheet. A separation line divides the label assembly into at least two portions. The separation line is formed by a first tearable line of separation extending across the back sheet and a second tearable line of separation extending across the face sheet. The first tearable line of separation is offset with respect to the second tearable line of separation, and at least one of the first and second tearable lines of separation includes a non-linear portion directed toward and/or an angled portion extending at an angle to an other of the at least one of the first and second tearable lines of separation.

Abstract: A label assembly including a face sheet, a back sheet, and a layer of an adhesive positioned between the face sheet and the back sheet. A separation line divides the label assembly into at least two portions. The separation line is formed by a first tearable line of separation extending across the back sheet and a second tearable line of separation extending across the face sheet. The first tearable line of separation is offset with respect to the second tearable line of separation, and at least one of the first and second tearable lines of separation includes a non-linear portion directed toward and/or an angled portion extending at an angle to an other of the at least one of the first and second tearable lines of separation.

Abstract: The present invention provides a method for evaluating the properties of hydrogen to improve the safety of hydrogen fuel, and provides a method for selecting proper odorants for hydrogen. Odorized hydrogen containing suitable odorants in appropriate concentrations with hydrogen are also provided.

Abstract: A label assembly including a face sheet, a back sheet, and a layer of an adhesive positioned between the face sheet and the back sheet. A separation line divides the label assembly into at least two portions. The separation line is formed by a first tearable line of separation extending across the back sheet and a second tearable line of separation extending across the face sheet. The first tearable line of separation is offset with respect to the second tearable line of separation, and at least one of the first and second tearable lines of separation includes a non-linear portion directed toward and/or an angled portion extending at an angle to an other of the at least one of the first and second tearable lines of separation.

Abstract: A composition comprising natural gas, methane, LPG (liquefied petroleum gas) or propane, and an oxygenate odorant, where the oxygenate odorant has a vapor pressure of about 0.002 psi or greater at 25° C. and 1 atmosphere, and has a smell detectable at less than 1 ppm by a human nose, and where the oxygenate odorant is a cyclic compound consisting only of carbon, hydrogen and oxygen, including one or more carbonyl groups, and is stable under high pressure and temperature storage, transport and use conditions.

Abstract: A composition comprising: hydrogen; and an oxygenate odorant; wherein the oxygenate odorant has a vapor pressure of about 0.002 psi. or greater at 25° C. and having a smell detectable at less than 1 ppm by a human nose; wherein the oxygenate odorant includes one or more carbonyl groups; and wherein the oxygenate odorant consists only of carbon, hydrogen and oxygen. The oxygenate odorants may be cyclic or acyclic.

Abstract: A label assembly that includes a face sheet with at least one label shape defined by one or more tearable lines of separation, a back sheet adjacent to the face sheet, and an adhesive material disposed between the face sheet and the back sheet. The back sheet has a removable panel disposed over the label shape adhesive material and a registration tab aligned with the label shape. The registration tab includes a foldable portion that when folded provides rigidity when the tab is used as a supporting leg to place the label assembly over an object during labeling.

Abstract: A composition comprising: hydrogen; and an oxygenate odorant; wherein the oxygenate odorant has a vapor pressure of about 0.002 psi. or greater at 25° C. and having a smell detectable at less than 1 ppm by a human nose; wherein the oxygenate odorant includes one or more carbonyl groups; and wherein the oxygenate odorant consists only of carbon, hydrogen and oxygen. The oxygenate odorants may be cyclic or acyclic.

Abstract: A label assembly that includes a face sheet with at least one label shape defined by one or more tearable lines of separation, a back sheet adjacent to the face sheet, and an adhesive material disposed between the face sheet and the back sheet. The back sheet has a multi-portion removable panel disposed over the label shape adhesive material and a registration structure in one of the portions of the removable panel and aligned with an other portion and the label shape. The registration structure is raised or raisable above the back sheet to allow an object for labeling to be positioned against the registration structure for proper alignment with a first portion of the label.

Abstract: A label assembly that includes a face sheet with at least one label shape defined by one or more tearable lines of separation, a back sheet adjacent to the face sheet, and an adhesive material disposed between the face sheet and the back sheet. The back sheet has a removable panel disposed over the label shape adhesive material and a registration tab aligned with the label shape. The registration tab is raised or raisable above the back sheet to allow an object for labeling to be positioned against the registration tab for proper alignment with the label.

Abstract: The present invention provides a method for evaluating the properties of hydrogen to improve the safety of hydrogen fuel, and provides a method for selecting proper odorants for hydrogen. Odorized hydrogen containing suitable odorants in appropriate concentrations with hydrogen are also provided.

Abstract: A label assembly including a carrier sheet and label sheets, including a first sheet and a second sheet and defining at least one label portion. The label portion is adhesively bonded to the carrier sheet and removable with respect to the carrier sheet. A label comprises a first sheet having a first outer periphery and a second sheet having a second outer periphery. The first outer periphery may be coextensive with the second outer periphery. At least a portion of the first sheet is adhesively bonded to the second sheet by a first adhesive. The label further includes a second adhesive at least partially covering a back surface of the label. When the label is in a mounted position with respect to an object, the second adhesive contacts a surface of the object. Voids and/or openings within the label, or any part thereof, may be aligned with or over certain areas on a surface of an object to allow visual and/or physical access to such areas on the surface of the object.

Abstract: A display apparatus that can be positioned within a file cabinet, a file drawer, a hanging file and/or any other suitable file index system. A container is formed by the sheet material. The container has an edge panel forming at least one releasable tab. Each tab can be released or positioned away from an outer surface of the edge panel. A label sheet or label assembly has printable labels and at least one identification label. The identification label has or displays an identifier that corresponds to a particular design parameter of the label sheet. The identification label can be attached to the tab. The container can house one or more label sheets.

Abstract: The present invention provides a method for evaluating the properties of hydrogen to improve the safety of hydrogen fuel, and provides a method for selecting proper odorants for hydrogen. Odorized hydrogen containing suitable odorants in appropriate concentrations with hydrogen are also provided.

Abstract: A label assembly that includes a face sheet with at least one label shape defined by one or more tearable lines of separation, a back sheet adjacent to the face sheet, and an adhesive material disposed between the face sheet and the back sheet. The back sheet has a removable panel disposed over the label shape adhesive material and a registration tab aligned with the label shape. The registration tab is raised or raisable above the back sheet to allow an object for labeling to be positioned against the registration tab for proper alignment with the label.

Abstract: A label assembly including a face sheet, a back sheet, and a layer of an adhesive positioned between the face sheet and the back sheet. A separation line divides the label assembly into at least two portions. The separation line is formed by a first tearable line of separation extending across the back sheet and a second tearable line of separation extending across the face sheet. The first tearable line of separation is offset with respect to the second tearable line of separation, and at least one of the first and second tearable lines of separation includes a non-linear portion directed toward and/or an angled portion extending at an angle to an other of the at least one of the first and second tearable lines of separation.

Abstract: A label assembly including a face sheet, a back sheet, and a layer of an adhesive positioned between the face sheet and the back sheet. A separation line divides the label assembly into at least two portions. The separation line is formed by a first tearable line of separation extending across the back sheet and a second tearable line of separation extending across the face sheet. The first tearable line of separation is offset with respect to the second tearable line of separation, and at least one of the first and second tearable lines of separation includes a non-linear portion directed toward and/or an angled portion extending at an angle to an other of the at least one of the first and second tearable lines of separation.

Abstract: A composition comprising: hydrogen; and an oxygenate odorant; wherein the oxygenate odorant has a vapor pressure of about 0.002 psi. or greater at 25° C. and having a smell detectable at less than 1 ppm by a human nose; wherein the oxygenate odorant includes one or more carbonyl groups; and wherein the oxygenate odorant consists only of carbon, hydrogen and oxygen. The oxygenate odorants may be cyclic or acyclic.