Abstract: Methods and systems for creating a multi-applicant account profile are described. During a first remote session, a first applicant provides at least two pieces of contact data for second applicant. A unique link and a one-time password are transmitted to the second applicant using respective first and second pieces of contact data. A second remote session is initiated, in response to receipt of the one-time password, provided via the unique link. During the second remote session, identification information of the second applicant is provided. A new multi-applicant account profile is then created, after verifying the identification information of the first applicant and the second applicant.

Abstract: A thermal immersion circulator comprising a housing defining a cavity, a heater comprising a heating element, wherein at least a portion of the heating element is located within the cavity of the housing, a coupling assembly securing the heater within the housing, and a seal isolating the coupling assembly from direct contact with the heater. The heater comprises a side surface having longitudinal axis, a fluid inlet in communication with a fluid outlet, and a fluid heating portion located between the fluid inlet and the fluid outlet. The heater also comprises at least one seal located adjacent the outlet and a heating element wrapped at least partially about the fluid heating portion.

Abstract: A kit for a baby gate assembly, comprising a first panel that includes a first upper rail, a first lower rail, and a plurality of first posts, and a second panel that includes a second upper rail, a second lower rail, and a plurality of second posts. The kit further includes a plurality of spindle assemblies and a plurality of latch assemblies. Components comprising the first panel, the second panel, the plurality of spindle assemblies, and the plurality of latch assemblies are capable of being shipped in a package. The first panel defines a plurality of panel dimensions. Components comprising the first panel, the second panel, the plurality of spindle assemblies, and the plurality of latch assemblies are contained in a package that defines a plurality of packaging dimensions. At least one of the plurality of packaging dimensions is smaller than at least one of the corresponding panel dimensions.

Abstract: A system includes an implantable medical device configured to sense a sync signal and sense physiological parameters to obtain a physiological signal. In response to sensing the sync signal, the implantable medical device is configured to generate a sync-stamped physiological signal. In certain embodiments, a method includes receiving a first physiological signal coupled with a sync signal; receiving a second physiological signal coupled with the sync signal; and, using the sync signal, synchronizing in time the first and second physiological signals.

Abstract: Methods and systems for creating a multi-applicant account profile are described. During a first remote session, a first applicant provides at least two pieces of contact data for second applicant. A unique link and a one-time password are transmitted to the second applicant using respective first and second pieces of contact data. A second remote session is initiated, in response to receipt of the one-time password, provided via the unique link. During the second remote session, identification information of the second applicant is provided. A new multi-applicant account profile is then created, after verifying the identification information of the first applicant and the second applicant.

Abstract: A kit for a baby gate assembly, comprising a first panel that includes a first upper rail, a first lower rail, and a plurality of first posts, and a second panel that includes a second upper rail, a second lower rail, and a plurality of second posts. The kit further includes a plurality of spindle assemblies and a plurality of latch assemblies. Components comprising the first panel, the second panel, the plurality of spindle assemblies, and the plurality of latch assemblies are capable of being shipped in a package. The first panel defines a plurality of panel dimensions. Components comprising the first panel, the second panel, the plurality of spindle assemblies, and the plurality of latch assemblies are contained in a package that defines a plurality of packaging dimensions. At least one of the plurality of packaging dimensions is smaller than at least one of the corresponding panel dimensions.

Abstract: A system for lead integrity monitoring includes an implantable medical device (IMD) having a housing enclosing a control circuit; and a lead, having a first sensor. The lead is coupled to the housing and electrically coupled to the control circuit. The system also includes at least one processing device configured to identify a first lead failure alert based on a first set of information; obtain a second set of information generated by a second sensor; perform an evaluation of the first set of information in the context of the second set of information; and confirm or cancel the first lead failure alert based on the evaluation.

Abstract: Embodiments of the disclosure include systems and methods for obtaining high-resolution data from implantable medical devices (IMDs) by triggering a limited-time system behavior change. For example, embodiments include utilizing study prescriptions for batching data obtained by an IMD, communicating the batched data to an external device, and reconstructing the batched data at the external device. Study prescriptions refer to sets of instructions, conditions, protocols, and/or the like, that specify one or more of an information gathering scheme and a communication scheme, and may be configured, for example, to obtain information at a resolution sufficient for performing a certain analysis (e.g., associated with a diagnostic model), while managing the resulting impact to device longevity and/or performance.

Abstract: A gate for restricting access to and from an area includes a first post, a second post, a floor support member, and a gate door. The gate door includes a rigid frame and a mesh screen, the mesh screen including at least one panel adjacent a mesh portion of the mesh screen and at least one flap, the flap substantially encasing a portion of the frame and being configured to overlap the at least one panel. The gate door further includes an opening in at least one of the panel and flap and a screw socket having a socket portion fixedly coupled to either the flap or the overlapping panel, the screw socket further comprising a screw portion configured to pass through the opening and to couple to the socket portion.

Abstract: A floor protector for attachment to a gate comprises a base configured to be positioned on a surface to be protected and first and second arms coupled to first and second portions of the base, the first and second arms extending away from the base and biased inwardly toward one another. The first and second arms have a first position in which the first and second arms accommodate a first object having a first dimension and the first and second arms have a second position in which the first and second arms accommodate a second object having a second dimension.

Abstract: A floor protector for attachment to a gate comprises a base configured to be positioned on a surface to be protected and first and second arms coupled to first and second portions of the base, the first and second arms extending away from the base and biased inwardly toward one another. The first and second arms have a first position in which the first and second arms accommodate a first object having a first dimension and the first and second arms have a second position in which the first and second arms accommodate a second object having a second dimension.

Abstract: A method that includes supplying a predetermined signal to a write head having side shields. The method also includes performing, by the write head, a recording operation on a surface of a data storage medium, when the predetermined signal is supplied to the write head, to provide a recorded magnetization pattern. The method further includes carrying out measurements on a portion of the recorded magnetization pattern influenced by a magnetization of the side shields. The measurements are employed to determine whether a reversed side shield magnetization condition is present in the write head.

Abstract: A method of testing a dynamic write field of a recording head includes preparing a test magnetic medium and recording a write signal on the test magnetic medium with the write signal being set at a first write parameter and a second write parameter. An average of multiple read-back signals of the recorded write signal are captured to determine an average amplitude of the read-back signals. The recording of the write signal on the test magnetic medium and the capturing of the average of multiple read-back signals of the recorded write signal are repeated to determine the average amplitude of the read-back signals by fixing the first write parameter of the write signal and changing the second write parameter of the write signal until the average amplitude of the read-back signals saturates.

Abstract: A system for lead integrity monitoring includes an implantable medical device (IMD) having a housing enclosing a control circuit; and a lead, having a first sensor. The lead is coupled to the housing and electrically coupled to the control circuit. The system also includes at least one processing device configured to identify a first lead failure alert based on a first set of information; obtain a second set of information generated by a second sensor; perform an evaluation of the first set of information in the context of the second set of information; and confirm or cancel the first lead failure alert based on the evaluation.

Abstract: A system includes an implantable medical device configured to sense a sync signal and sense physiological parameters to obtain a physiological signal. In response to sensing the sync signal, the implantable medical device is configured to generate a sync-stamped physiological signal. In certain embodiments, a method includes receiving a first physiological signal coupled with a sync signal; receiving a second physiological signal coupled with the sync signal; and, using the sync signal, synchronizing in time the first and second physiological signals.

Abstract: Embodiments of the disclosure include systems and methods for obtaining high-resolution data from implantable medical devices (IMDs) by triggering a limited-time system behavior change. For example, embodiments include utilizing study prescriptions for batching data obtained by an IMD, communicating the batched data to an external device, and reconstructing the batched data at the external device. Study prescriptions refer to sets of instructions, conditions, protocols, and/or the like, that specify one or more of an information gathering scheme and a communication scheme, and may be configured, for example, to obtain information at a resolution sufficient for performing a certain analysis (e.g., associated with a diagnostic model), while managing the resulting impact to device longevity and/or performance.

Abstract: Implementations disclosed herein provide an apparatus comprising a write pole, and a two-layer front shield formed on the write pole, the front shield comprising, a first dielectric material formed on the first layer of the front shield, an active shield control (ASC) device formed between the two layers of the front shield on the first dielectric material configured to synchronize the response to a magnetomotive force (MMF) of a write pole and the front shield, and a second dielectric material formed on the ASC device, wherein the second layer of the front shield is formed only on top of the second dielectric material and the first layer of the front shield.

Abstract: A food cutter has a cutting portion and a movable portion that is movable between a first position in which the movable portion is raised relative to the cutting portion and a second position in which the movable position is lowered relative to the cutting portion. The cutting portion comprises an upstanding wall with a blade formed on a distal end of the upstanding wall. The movable portion is arranged generally traverse to the upstanding wall. A biasing member extends continuously from the upstanding wall to the movable portion. The biasing member urges the movable portion to the first position when the movable portion is moved to the second position.

Abstract: Implementations disclosed herein provide an apparatus comprising a write pole, and a two-layer front shield formed on the write pole, the front shield comprising, a first dielectric material formed on the first layer of the front shield, an active shield control (ASC) device formed between the two layers of the front shield on the first dielectric material configured to synchronize the response to a magnetomotive force (MMF) of a write pole and the front shield, and a second dielectric material formed on the ASC device, wherein the second layer of the front shield is formed only on top of the second dielectric material and the first layer of the front shield.

Abstract: Implementations disclosed herein provide a method of forming a first layer of a front shield in a magnetic recording head, depositing an active shield control (ASC) device on the first layer, and forming a second layer of the front shield on top of the ASC device and the first layer of the front shield. In another implementation, an apparatus includes a write pole, and a two layer front shield formed on the write pole, including an ASC device between the two layers of the front shield.