mhurhangee/ep-ind-claims huggingface dataset:
A data acquisition device, comprising: a plurality of sensor (230,284,286) to detect an environmental condition; a configurable processor coupled to the plurality of sensors, wherein the configurable processor is configured to: receive one or more signals from the plurality of sensors; process the one or more signals to generate environmental data representative of the environmental condition; implement a Device Profile for Web Services "DPWS" protocol module to provide DPWS functionality including a DPWS interface comprising a GUI to present a listing of a plurality of discovered sensors, the GUI comprising a window in which logical objects representing selected discovered sensors are presented wherein logical operations can be performed on data collected from the sensors by dragging and dropping selected sensors onto the window and connecting the outputs of the logical objects to logical operators; and provide access by a remote device via the interface. a plurality of sensor (230,284,286) to detect an environmental condition; a configurable processor coupled to the plurality of sensors, wherein the configurable processor is configured to: receive one or more signals from the plurality of sensors; process the one or more signals to generate environmental data representative of the environmental condition; implement a Device Profile for Web Services "DPWS" protocol module to provide DPWS functionality including a DPWS interface comprising a GUI to present a listing of a plurality of discovered sensors, the GUI comprising a window in which logical objects representing selected discovered sensors are presented wherein logical operations can be performed on data collected from the sensors by dragging and dropping selected sensors onto the window and connecting the outputs of the logical objects to logical operators; and receive one or more signals from the plurality of sensors; process the one or more signals to generate environmental data representative of the environmental condition; implement a Device Profile for Web Services "DPWS" protocol module to provide DPWS functionality including a DPWS interface comprising a GUI to present a listing of a plurality of discovered sensors, the GUI comprising a window in which logical objects representing selected discovered sensors are presented wherein logical operations can be performed on data collected from the sensors by dragging and dropping selected sensors onto the window and connecting the outputs of the logical objects to logical operators; and provide access by a remote device via the interface.
A composite wheel having a face portion and a hub portion, the hub portion comprising a generally disc shaped hub plate and the face portion comprising a plurality of spokes, characterized by: an annular hub ring surrounding the hub plate, the hub ring comprising a plurality of layers of reinforcement fibres extending in an at least generally circumferential direction about the hub ring, a first plurality of layers of reinforcing fibres extending in a generally radial direction relative to an axis of rotation of the wheel, and along a front face of each spoke, across a front edge and an inner annular surface of the hub ring and across a front face of the hub plate; a second plurality of layers of reinforcing fibres extending in a generally radial direction along a rear face of each spoke, across a rear edge of the hub ring and across a rear face of the hub plate; a third plurality of layers of reinforcing fibres, the third plurality of layers of reinforcing fibres overlaying the first and second layers of reinforcing fibres (24, 32), the third plurality of layers of reinforcing fibres extending in a direction between +30 degrees and +60 degrees to the radial direction; and a fourth plurality of layers of reinforcing fibres, the fourth plurality of layers of reinforcing fibres overlaying the first and second layers of reinforcing fibres (24, 32), the fourth plurality of layers of reinforcing fibres extending in a direction between -30 degrees and -60 degrees to the radial direction. an annular hub ring surrounding the hub plate, the hub ring comprising a plurality of layers of reinforcement fibres extending in an at least generally circumferential direction about the hub ring, a first plurality of layers of reinforcing fibres extending in a generally radial direction relative to an axis of rotation of the wheel, and along a front face of each spoke, across a front edge and an inner annular surface of the hub ring and across a front face of the hub plate; a second plurality of layers of reinforcing fibres extending in a generally radial direction along a rear face of each spoke, across a rear edge of the hub ring and across a rear face of the hub plate; a third plurality of layers of reinforcing fibres, the third plurality of layers of reinforcing fibres overlaying the first and second layers of reinforcing fibres (24, 32), the third plurality of layers of reinforcing fibres extending in a direction between +30 degrees and +60 degrees to the radial direction; and a fourth plurality of layers of reinforcing fibres, the fourth plurality of layers of reinforcing fibres overlaying the first and second layers of reinforcing fibres (24, 32), the fourth plurality of layers of reinforcing fibres extending in a direction between -30 degrees and -60 degrees to the radial direction.
A system for additively manufacturing a part, the system comprising: a base adapted to support material; a solidification device adapted to sinter or melt the supported material and thereby fuse together so as to solidify at least a portion of the supported material to form at least a portion of the part, wherein the solidification device is adapted to solidify the respective material with an energy beam that moves over the respective material; characterised in that the system further comprises: a detection device adapted to follow the energy beam and detect one or more byproducts produced by the solidification of at least a portion of the material as the detection device is following the energy beam, wherein the detection device is a mass spectrometer; and a processing system adapted to: receive data from the detection device indicative of the detected byproducts; and control operation of the solidification device based on the data. a base adapted to support material; a solidification device adapted to sinter or melt the supported material and thereby fuse together so as to solidify at least a portion of the supported material to form at least a portion of the part, wherein the solidification device is adapted to solidify the respective material with an energy beam that moves over the respective material; characterised in that the system further comprises: a detection device adapted to follow the energy beam and detect one or more byproducts produced by the solidification of at least a portion of the material as the detection device is following the energy beam, wherein the detection device is a mass spectrometer; and a processing system adapted to: receive data from the detection device indicative of the detected byproducts; and control operation of the solidification device based on the data. a detection device adapted to follow the energy beam and detect one or more byproducts produced by the solidification of at least a portion of the material as the detection device is following the energy beam, wherein the detection device is a mass spectrometer; and a processing system adapted to: receive data from the detection device indicative of the detected byproducts; and control operation of the solidification device based on the data. receive data from the detection device indicative of the detected byproducts; and control operation of the solidification device based on the data.
Engine flywheel, in particular for a motor vehicle transmission, comprising at least one primary inertia flywheel intended to be fixed at the end of a crankshaft by bolts engaged in orifices of the said inertia flywheel, and means for retaining the bolts before fixing the inertia flywheel to the crankshaft, characterized in that the means for retaining the bolts comprise a ring forming deformable means extending radially in the passage orifices for the bolts, these deformable means being positioned axially at the orifices of the primary flywheel and pressing on the bolts so as to maintain them in an axial position.
A system for use within an integrated circuit, the system comprising: an input differential pair comprising a first input transistor device coupled in series with a first cascode input transistor device, and a second input transistor device coupled in series with a second cascode input transistor device, wherein a positive input node is coupled to a gate of the first input transistor device and a negative input node is coupled to a gate of the second input transistor device; a current source coupled to a gate of the first cascode input transistor device and a gate of the second cascode input transistor device, wherein the current source provides a predetermined bias current; a biasing field effect transistor device comprising a source terminal, a gate terminal, and a drain terminal, wherein the drain terminal is coupled to a voltage source; and a current mirror comprising a first active device and a second active device, wherein the first active device comprises a first transistor device, and the second active device comprises a second transistor device; wherein the biasing field effect transistor device is of a different_doping type from that of the current mirror; and wherein a gate terminal of the first transistor device and a gate terminal of the second transistor device are coupled to the source terminal of the biasing field effect transistor device. an input differential pair comprising a first input transistor device coupled in series with a first cascode input transistor device, and a second input transistor device coupled in series with a second cascode input transistor device, wherein a positive input node is coupled to a gate of the first input transistor device and a negative input node is coupled to a gate of the second input transistor device; a current source coupled to a gate of the first cascode input transistor device and a gate of the second cascode input transistor device, wherein the current source provides a predetermined bias current; a biasing field effect transistor device comprising a source terminal, a gate terminal, and a drain terminal, wherein the drain terminal is coupled to a voltage source; and a current mirror comprising a first active device and a second active device, wherein the first active device comprises a first transistor device, and the second active device comprises a second transistor device; wherein the biasing field effect transistor device is of a different_doping type from that of the current mirror; and wherein a gate terminal of the first transistor device and a gate terminal of the second transistor device are coupled to the source terminal of the biasing field effect transistor device.
A method of sintering at least one, in particular dental, workpiece using a protective atmosphere in a sintering chamber, wherein the workpiece in the sintering chamber is supported by a support material during the sintering procedure, wherein ceramic support grains together with at least one additive material to reduce the oxygen content in the sintering chamber are used as support material, characterized in that as the additive material, use is made of a material or a material mix which has a higher oxygen affinity than the workpiece and which has a higher mass-related specific surface than the workpiece.
A computer implemented method of running a Java application that uses a previously encrypted Java archive, the encrypted Java archive comprising at least one encrypted Java class file, the method characterised by the steps of: loading an application stub class; loading and executing a secure class loader implemented by a native method, using the application stub class, the execution of the native method comprising the steps of: establishing a protective process by loading a device driver which installs a file hook which intercepts and modifies file input/output requests; identifying and loading the at least one encrypted Java class file required by the Java application, from the archive into internal memory, in response to stimulation of the protective process by a file input/output request on an unencrypted proxy class in the archive; decrypting the at least one encrypted Java class file in the memory; loading the at least one decrypted Java class file into a Java virtual machine; and removing the protective process. loading an application stub class; loading and executing a secure class loader implemented by a native method, using the application stub class, the execution of the native method comprising the steps of: establishing a protective process by loading a device driver which installs a file hook which intercepts and modifies file input/output requests; identifying and loading the at least one encrypted Java class file required by the Java application, from the archive into internal memory, in response to stimulation of the protective process by a file input/output request on an unencrypted proxy class in the archive; decrypting the at least one encrypted Java class file in the memory; loading the at least one decrypted Java class file into a Java virtual machine; and removing the protective process. establishing a protective process by loading a device driver which installs a file hook which intercepts and modifies file input/output requests; identifying and loading the at least one encrypted Java class file required by the Java application, from the archive into internal memory, in response to stimulation of the protective process by a file input/output request on an unencrypted proxy class in the archive; decrypting the at least one encrypted Java class file in the memory; loading the at least one decrypted Java class file into a Java virtual machine; and removing the protective process.
A method of screening a subject for the presence of at least one genomic DNA (gDNA) variation biomarker of a panel of gDNA variation biomarkers for the diagnosis or prognosis of a movement disorder, the method comprising: assaying a nucleic acid sample obtained from the subject for the presence or absence of the gDNA variation biomarkers of the panel, wherein the panel comprises at least one low frequency gDNA variation biomarker for each of a plurality of genetic loci, said low frequency gDNA variation biomarkers being CNVs of Table 1, or is a variation that results in a nonsense or frameshift mutation in any of the genes in Table 4 in which the identified CNV region is indicated as exonic or as both exonic and intronic; and wherein the panel comprises at least 50 low frequency gDNA variation biomarkers.
A sample sectioning device comprising: a cutting mechanism that is operable to cut sections from a sample along a cutting plane; a sample holder that is operable to hold the sample; a surface orientation sensor that is operable to sense an angular orientation of a surface of the sample held by the sample holder; and a drive system operable to drive movement between (i) the sample held by the sample holder and the cutting mechanism and (ii) the sample held by the sample holder and the surface orientation sensor, wherein the movement between the sample held by the sample holder and the surface orientation sensor comprises moving the sample holder towards the surface orientation sensor such that the surface of the sample contacts a surface of the surface orientation sensor and the surface orientation sensor senses the angular orientation of the surface of the sample with respect to the cutting plane, characterized in that the surface orientation sensor is operable to sense the angular orientation of the surface of the sample held by the sample holder based on a rotation of the surface of the surface orientation sensor about a first axis and a second axis perpendicular to the first axis, the first axis and the second axis being substantially parallel to the cutting plane; and that the surface orientation sensor senses the angular orientation of the surface of the sample based on the degree of rotation of the surface of the surface orientation sensor caused by the surface of the sample contacting the surface of the surface orientation sensor. a cutting mechanism that is operable to cut sections from a sample along a cutting plane; a sample holder that is operable to hold the sample; a surface orientation sensor that is operable to sense an angular orientation of a surface of the sample held by the sample holder; and a drive system operable to drive movement between (i) the sample held by the sample holder and the cutting mechanism and (ii) the sample held by the sample holder and the surface orientation sensor, wherein the movement between the sample held by the sample holder and the surface orientation sensor comprises moving the sample holder towards the surface orientation sensor such that the surface of the sample contacts a surface of the surface orientation sensor and the surface orientation sensor senses the angular orientation of the surface of the sample with respect to the cutting plane, characterized in that the surface orientation sensor is operable to sense the angular orientation of the surface of the sample held by the sample holder based on a rotation of the surface of the surface orientation sensor about a first axis and a second axis perpendicular to the first axis, the first axis and the second axis being substantially parallel to the cutting plane; and that the surface orientation sensor senses the angular orientation of the surface of the sample based on the degree of rotation of the surface of the surface orientation sensor caused by the surface of the sample contacting the surface of the surface orientation sensor.
An apparatus for selectively destroying dividing cells in tissue to be treated beneath the skin, the dividing cells having polarizable or polar intracellular members, the apparatus comprising: a first insulated electrode having a first conductor, wherein the first electrode includes a first dielectric member that is in contact with the first conductor, the first dielectric member being for placement against the skin to form a capacitor; a second insulated electrode having a second conductor, wherein the second electrode includes a second dielectric member that is in contact with the second conductor, the second dielectric member being for placement against the skin to form a capacitor; and an electric field source for applying an alternating electric potential across the first and second conductors, wherein passage of the electric field through the dividing cells in late anaphase or telophase transforms the electric field into a non-homogenous electric field that produces an increased density electric field in a region of a cleavage furrow of the dividing cells, wherein the electric field source comprises a generator that generates an alternating voltage waveform at frequencies between 50KHz to 500KHz, whereby the non-homogeneous electric field produced within the dividing cells is of sufficient intensity to move the polarizable intracellular members toward the cleavage; characterised in that: the voltage waveform generated by the generator is adapted to provide an electric field intensity in the tissue to be treated of between 0.1 V/cm to 10.0 V/cm. a first insulated electrode having a first conductor, wherein the first electrode includes a first dielectric member that is in contact with the first conductor, the first dielectric member being for placement against the skin to form a capacitor; a second insulated electrode having a second conductor, wherein the second electrode includes a second dielectric member that is in contact with the second conductor, the second dielectric member being for placement against the skin to form a capacitor; and an electric field source for applying an alternating electric potential across the first and second conductors, wherein passage of the electric field through the dividing cells in late anaphase or telophase transforms the electric field into a non-homogenous electric field that produces an increased density electric field in a region of a cleavage furrow of the dividing cells, wherein the electric field source comprises a generator that generates an alternating voltage waveform at frequencies between 50KHz to 500KHz, whereby the non-homogeneous electric field produced within the dividing cells is of sufficient intensity to move the polarizable intracellular members toward the cleavage; characterised in that: the voltage waveform generated by the generator is adapted to provide an electric field intensity in the tissue to be treated of between 0.1 V/cm to 10.0 V/cm.
A method for treating a field operated component, the method comprising: providing the field operated component including a ceramic matrix composite; removing a first portion of the field operated component, forming a first exposed ceramic matrix composite surface on the field operated component; providing a second portion including the ceramic matrix composite, the second portion having a second exposed ceramic matrix composite surface including a conformation adapted to mate with the first exposed ceramic matrix composite surface; positioning the second portion in association with the field operated component so as to replace the first portion; and joining the second portion and the field operated component to form a treated component; characterized in that joining the second portion and the field operated component includes adding at least one matrix ply over a joint defined by the first exposed ceramic matrix composite surface and the second exposed ceramic matrix composite surface. providing the field operated component including a ceramic matrix composite; removing a first portion of the field operated component, forming a first exposed ceramic matrix composite surface on the field operated component; providing a second portion including the ceramic matrix composite, the second portion having a second exposed ceramic matrix composite surface including a conformation adapted to mate with the first exposed ceramic matrix composite surface; positioning the second portion in association with the field operated component so as to replace the first portion; and joining the second portion and the field operated component to form a treated component; characterized in that joining the second portion and the field operated component includes adding at least one matrix ply over a joint defined by the first exposed ceramic matrix composite surface and the second exposed ceramic matrix composite surface.