ADJUSTABLE FOOTWEAR SOLE CONSTRUCTION AND RELATED METHODS OF USE

A footwear construction including a sole and an adjustable heel element selectively rotatable about an axis of rotation to configure the heel element in a fitness mode or a stability mode. The heel element can include a ground contacting surface having a first performance contour and a second, different performance contour. In the fitness mode, the first performance contour is positioned rearward of the second performance contour to provide a rolling/rocking motion when the heel region of the footwear engages a walking surface in a gait cycle. In the stability mode, the second performance contour is positioned rearward of the first performance contour to provide a stable impact when the heel region engages a walking surface. The footwear can include an actuator to enable the heel element to rotate and locking elements to hold the heel element in a fixed rotational position. A related method of use also is provided. 1. A footwear construction including a forefoot region , an arch region and a heel region , the footwear construction comprising:an upper;a sole primary portion joined with the upper, the sole primary portion including a rearwardmost portion;a support element joined with the sole primary portion in the heel region;an adjustable heel element joined with the support element in the heel region, the adjustable heel element defining an axis of rotation, a first end and a second end located on opposite ends of the adjustable heel element, the adjustable heel element including a ground contacting surface having a first performance contour proximal the first end and a second performance contour proximal the second end, the first performance contour being different from the second performance contour; anda locking element adapted to selectively engage the adjustable heel element;wherein the adjustable heel element is selectively rotatable about an axis 180 degrees, with the adjustable heel element remaining attached to the support element during rotation, to ...

Distributed low-power monitoring system

A distributed wireless monitoring system with low-power remote sensors includes data encoding/compression at sensors to reduce power use from transmission and storage (where the compact data representation is decoded after upload), event activated operation/data logging, remote configuration of event triggering thresholds and correlation templates, distributed processing capabilities, and sensor clock synchronization from a network time service. 1. A method implemented by a low powered , integrated remote data acquisition platform in a distributed wireless monitoring system via a web-based program that comprising:a. receiving over the wireless internet link from the cloud server a predetermined difference threshold for event triggering and sampling interval;b. sampling by comparators a sensed parameter(s) on a dynamically programmable sample rate;c. activating a data logger when the comparators sense a differential change in the sensed parameter exceeding the dynamically programmable difference threshold for event triggering from a dynamically programmable baseline value;d. compression encoding the stored data;e. logging the sensed value together with a relative time by the data logger as stored data until the parameter returns to the dynamically programmable baseline;f. receiving over the wireless internet link from the cloud server a dynamically configurable sensor calibration, sample rate, trigger threshold information, reporting schedule and current time and date information;g. receiving over the wireless internet link from the cloud server dynamically configurable sensor calibration and trigger threshold information;h. transmitting the compression encoded stored data over the wireless internet link to the cloud server according to the dynamically configurable reporting schedule;i. receiving over the wireless internet link from the cloud server device control parametersj. sending control signals to actuators based on the received device control parameters.2. The ...

Distributed low-power wireless monitoring

A distributed wireless monitoring system with low-power remote sensors includes data encoding/compression at sensors to reduce power use from transmission and storage, event activated operation/data logging, remote configuration of event triggering thresholds and correlation templates, distributed processing capabilities, and sensor clock synchronization from a network time service. 1. A method implemented by a remote data acquisition platform in a distributed wireless monitoring system , the method comprising:receiving over a wireless internet link from a cloud server a difference threshold for event triggering, a sampling interval, a sensor baseline value, a reporting schedule, sensor calibration information, and current time and date information;sampling by comparators at the sampling interval a sensor value;activating a data logger if the comparators sense a differential change in the sensor value exceeding the difference threshold for event triggering;logging the sensor value together with a timestamp as stored data while the data logger is activated;deactivating the data logger and entering a sleep mode if the sensor value returns to the sensor baseline;compression encoding the stored data;transmitting the compression encoded stored data over the wireless internet link to the cloud server according to the reporting schedule;receiving over the wireless internet link from the cloud server a device control parameter;sending a control signal to a device actuator based on the received device control parameter.2. The method of wherein transmitting the compression encoded stored data over the wireless internet link to the cloud server comprises transmitting the compression encoded stored data if a predetermined threshold of data has been logged.3. The method of further comprising transmitting to the cloud server over the wireless internet link an alarm if a low battery capacity state is detected claim 1 , if a sensor value exceeds a predefined threshold claim 1 , or ...

Development-time awareness of a production dependency injection environment

Development-time awareness of production environment dependency injection configuration in a software development or test environment. In a software development or test environment, metadata is retrieved relating to configuration data of injection sources and target injection sites in applications of a configured target production server or a representation of a configured target production server. A configuration data structure is formed that cross-references target injection sites and injectable sources determined from the configuration data, the configuration data structure being associated with the production server and available to the software development or test environment. The configuration data structure is referenced to carry out dependency injection related features.

REPRESENTATIONAL STATE TRANSFER RESOURCE COLLECTION MANAGEMENT

Management of resources within a representational state transfer architecture comprising a plurality of service resources. A persisted collection resource is accessed, and the persisted collection resource includes a collection query with at least one query parameter defining a collection of resources. The collection query is processed with respect to the resources within the computer system to generate a list of resources associated with the at least one query parameter. 1. A computer-implemented method of managing resources within a computer system implementing a representational state transfer architecture , the computer-implemented method comprising:accessing a persisted collection resource, the persisted collection resource comprising a collection query with at least one query parameter defining a collection of resources; andprocessing the collection query with respect to resources within the computer system to dynamically generate a list of resources associated with the at least one query parameter.2. The computer-implemented method of claim 1 , wherein the at least one query parameter is a SPARQL ‘WHERE’ clause and a searchable variable claim 1 , and wherein the processing the collection query comprises evaluating the at least one query parameter with respect to a resource description framework database to generate the list of resources.3. The computer-implemented method of claim 1 , further comprising determining a resource request for at least one of the resources claim 1 , the resource request comprising a resource identifier claim 1 , and wherein the accessing the persisted collection resource comprises accessing the persisted collection resource based on the resource identifier.4. The computer-implemented method of claim 3 , wherein the determining the resource request for at least one of the resources comprises receiving a Uniform Resource Identifier (URI) claim 3 , the URI comprising the resource identifier.5. The computer-implemented method of claim 3 ...

BULK UPLOADING OF MULTIPLE SELF-REFERENCING OBJECTS

A computer implemented method, computer program product, and system for performing create, read, update, or delete operations on a plurality of resources in a client-server environment. In an embodiment, the computer implemented method includes the steps of identifying individual resources requiring operations to be performed, assigning local references for any resources to which a URI (Uniform Resource Identifier) has not been provided by the server, generating metadata describing the local references and operations to be performed, wrapping each individual resource with the metadata to provide a plurality of wrapped resources arranging the wrapped resources into a single payload, and transmitting the single payload to the server. 1one or more computer processors;one or more non-transitory computer readable storage media; and program instructions to identify individual resources of a plurality of resources requiring operations to be performed in a client-server environment, wherein the program instructions to identify individual resources comprise program instructions to traverse a resource graph stored in memory to identify individual resources requiring operations to be performed, program instructions to detect resources that reference other resources, and program instructions to determine which resources do not have server-assigned URIs (Uniform Resource Identifier);', 'program instructions to assign local references in a client domain for any resources that do not have server-assigned URIs, wherein the program instructions to assign local references comprise program instructions to identify a resource in the client domain by a local reference;', 'program instructions to generate metadata describing the local references and operations to be performed including any other resources referenced by the local references, wherein the metadata is generated in RDF (Resource Description Framework) N-Triple format;', 'program instructions to wrap each individual resource ...

Bulk uploading of multiple self-referencing objects

A computer implemented method, computer program product, and system for performing create, read, update, or delete operations on a plurality of resources in a client-server environment. In an embodiment, the computer implemented method includes the steps of identifying individual resources requiring operations to be performed, assigning local references for any resources to which a URI (Uniform Resource Identifier) has not been provided by the server, generating metadata describing the local references and operations to be performed, wrapping each individual resource with the metadata to provide a plurality of wrapped resources arranging the wrapped resources into a single payload, and transmitting the single payload to the server.

DEVELOPMENT-TIME AWARENESS OF A PRODUCTION DEPENDENCY INJECTION ENVIRONMENT

Development-time awareness of production environment dependency injection configuration in a software development or test environment. In a software development or test environment, metadata is retrieved relating to configuration data of injection sources and target injection sites in applications of a configured target production server or a representation of a configured target production server. A configuration data structure is formed that cross-references target injection sites and injectable sources determined from the configuration data, the configuration data structure being associated with the production server and available to the software development or test environment. The configuration data structure is referenced to carry out dependency injection related features. 1. A computer-implemented method for development-time awareness of a production dependency injection environment , wherein the method is carried out in a software development or test environment comprising:retrieving metadata relating to configuration data of injection sources and target injection sites in applications of a configured target production server or a representation of a configured target production server;determining the injection sources present in the production environment using the metadata, wherein the data includes location parameter data used by the applications, archives present on the location, injectable objects present in the archives, target injection sites in the archives, and class and qualifier information of injection objects, wherein the data is used to form a two-dimensional table data structure with the rows of the table representing “TO” and the columns representing “FROM”;forming a configuration data structure cross-referencing target injection sites and injectable sources determined from the configuration data wherein the configuration data structure is associated with the production server and available to the software development or test environment; ...

Bulk uploading of multiple self-referencing objects

A computer implemented method, computer program product, and system for performing create, read, update, or delete operations on a plurality of resources in a client-server environment. In an embodiment, the computer implemented method includes the steps of identifying individual resources requiring operations to be performed, assigning local references for any resources to which a URI (Uniform Resource Identifier) has not been provided by the server, generating metadata describing the local references and operations to be performed, wrapping each individual resource with the metadata to provide a plurality of wrapped resources arranging the wrapped resources into a single payload, and transmitting the single payload to the server.

BULK UPLOADING OF MULTIPLE SELF-REFERENCING OBJECTS

A computer implemented method, computer program product, and system for performing create, read, update, or delete operations on a plurality of resources in a client-server environment. In an embodiment, the computer implemented method includes the steps of identifying individual resources requiring operations to be performed, assigning local references for any resources to which a URI (Uniform Resource Identifier) has not been provided by the server, generating metadata describing the local references and operations to be performed, wrapping each individual resource with the metadata to provide a plurality of wrapped resources arranging the wrapped resources into a single payload, and transmitting the single payload to the server. 1. A computer-implemented method , carried out by one or more processors , for performing create , read , update , or delete operations on a plurality of resources in a client-server environment , the method comprising the steps of:identifying individual resources requiring operations to be performed;assigning local references for any resources to which a URI (Uniform Resource Identifier) has not been provided by the server;generating metadata describing the local references and operations to be performed;wrapping each individual resource with the metadata to provide a plurality of wrapped resources;arranging the wrapped resources into a single payload; andtransmitting the single payload to the server.2. The method in accordance with claim 1 , wherein identifying individual resources requiring operations to be performed further comprises the steps of:traversing a resource graph stored in memory to identify individual resources requiring operations to be performed;detecting resources that reference other resources; anddetermining which resources do not have server-assigned URIs.3. The method in accordance with claim 1 , wherein assigning local references in a client domain for any resources to which a URI has not been provided by the ...

Bulk uploading of multiple self-referencing objects

A computer implemented method, computer program product, and system for performing create, read, update, or delete operations on a plurality of resources in a client-server environment. In an embodiment, the computer implemented method includes the steps of identifying individual resources requiring operations to be performed, assigning local references for any resources to which a URI (Uniform Resource Identifier) has not been provided by the server, generating metadata describing the local references and operations to be performed, wrapping each individual resource with the metadata to provide a plurality of wrapped resources arranging the wrapped resources into a single payload, and transmitting the single payload to the server.

Completely encapsulated top electrode of a ferroelectric capacitor

A ferroelectric capacitor includes a bottom electrode, a top electrode, and a ferroelectric layer located between the top and bottom electrodes that extends to completely encapsulate the top electrode, except for a contact hole to allow metalization of the top electrode. The total encapsulation of the top electrode reduces the sensitivity of the ferroelectric capacitor to hydrogen and thus improves electrical switching performance.

Footwear sole

Representational state transfer resource collection management

Management of resources within a representational state transfer architecture comprising a plurality of service resources. A persisted collection resource is accessed, and the persisted collection resource includes a collection query with at least one query parameter defining a collection of resources. The collection query is processed with respect to the resources within the computer system to generate a list of resources associated with the at least one query parameter.

Electrical treatment of polyethylene film

Ferroelectric memory device structure useful for preventing hydrogen line degradation

A ferroelectric capacitor stack for use with an integrated circuit transistor in a ferroelectric memory cell is fabricated by: forming a first dielectric layer over the integrated circuit transistor; forming a bottom electrode over the first dielectric layer, the bottom electrode having a hole located over a first source/drain of the integrated circuit transistor; forming a second dielectric layer over the first dielectric layer and bottom electrode; forming a hole in the second dielectric layer to provide access to the bottom electrode; forming a ferroelectric plug in the hole in the second dielectric layer; forming a top electrode over the second dielectric layer and ferroelectric plug; forming a third dielectric layer over the second dielectric layer and top electrode; forming a first via through the first, second, and third dielectric layers, and through the hole in the bottom electrode, the via having sufficient width to provide access to a lateral edge of the bottom electrode hole; forming a second via through the first, second, and third dielectric layers to provide access to a second transistor source/drain; forming a third via through the third dielectric layer to provide access to the top electrode; metalizing the first via; metalizing the second via; and metalizing the third via.

Bulk uploading of multiple self-referencing objects

A computer implemented method, computer program product, and system for performing create, read, update, or delete operations on a plurality of resources in a client-server environment. In an embodiment, the computer implemented method includes the steps of identifying individual resources requiring operations to be performed, assigning local references for any resources to which a URI (Uniform Resource Identifier) has not been provided by the server, generating metadata describing the local references and operations to be performed, wrapping each individual resource with the metadata to provide a plurality of wrapped resources arranging the wrapped resources into a single payload, and transmitting the single payload to the server.

Bulk uploading of multiple self-referencing objects

A computer implemented method, computer program product, and system for performing create, read, update, or delete operations on a plurality of resources in a client-server environment. In an embodiment, the computer implemented method includes the steps of identifying individual resources requiring operations to be performed, assigning local references for any resources to which a URI (Uniform Resource Identifier) has not been provided by the server, generating metadata describing the local references and operations to be performed, wrapping each individual resource with the metadata to provide a plurality of wrapped resources arranging the wrapped resources into a single payload, and transmitting the single payload to the server.

Direktpositive photographische SiI berhalogenidemulsion

Direktpositive photographische Silberhalogenidemulsion

Photoflash lamp unit

Photoflash lamp unit

Fluoreszenzlampe mit Fenster

Verfahren zur Herstellung von 3beta-Hydroxy-(bzw.-Acyloxy)-9alpha, 11 beta-dichlor-16beta-methyl-5alphasteroiden der Pregnanreihe

Automatische elektronische Prüf einrichtung und Verfahren zu deren An wendung

Verfahren zur Herstellung einer verschleierten direktpositiven photographischen Silberhalogenidemulsion

Bulk uploading of multiple self-referencing objects

A computer implemented method, computer program product, and system for performing create, read, update, or delete operations on a plurality of resources in a client-server environment. In an embodiment, the computer implemented method includes the steps of identifying individual resources requiring operations to be performed, assigning local references for any resources to which a URI (Uniform Resource Identifier) has not been provided by the server, generating metadata describing the local references and operations to be performed, wrapping each individual resource with the metadata to provide a plurality of wrapped resources arranging the wrapped resources into a single payload, and transmitting the single payload to the server.

Bulk uploading of multiple self-referencing objects

A computer implemented method, computer program product, and system for performing create, read, update, or delete operations on a plurality of resources in a client-server environment. In an embodiment, the computer implemented method includes the steps of identifying individual resources requiring operations to be performed, assigning local references for any resources to which a URI (Uniform Resource Identifier) has not been provided by the server, generating metadata describing the local references and operations to be performed, wrapping each individual resource with the metadata to provide a plurality of wrapped resources arranging the wrapped resources into a single payload, and transmitting the single payload to the server.