mhurhangee/ep-ind-claims huggingface dataset:
A method of testing a test specimen, the method comprising: monitoring the test specimen with a fixed non-destructive inspection sensor fixed with respect to the test specimen, wherein the fixed NDI sensor is configured to monitor indications of damage in or on the test specimen, and wherein the fixed NDI sensor is mounted on the test specimen and configured to produce fixed sensor data related to the test specimen; scanning at least a portion of the test specimen using a laser ultrasound device, thereby producing a first laser ultrasound scan of stress effects within the test specimen, wherein the laser ultrasound device is positioned apart from the test specimen; storing the first laser ultrasound scan; mechanically testing the test specimen; performing a plurality of subsequent laser ultrasound scans of stress effects within the test specimen during the mechanically testing the test specimen; storing each subsequent laser ultrasound scan of the test specimen; comparing each subsequent laser ultrasound scan of the test specimen with a previous laser ultrasound scan of the test specimen; and integrating scan data from the laser ultrasound scans with the fixed sensor data from the fixed NDI sensor. monitoring the test specimen with a fixed non-destructive inspection sensor fixed with respect to the test specimen, wherein the fixed NDI sensor is configured to monitor indications of damage in or on the test specimen, and wherein the fixed NDI sensor is mounted on the test specimen and configured to produce fixed sensor data related to the test specimen; scanning at least a portion of the test specimen using a laser ultrasound device, thereby producing a first laser ultrasound scan of stress effects within the test specimen, wherein the laser ultrasound device is positioned apart from the test specimen; storing the first laser ultrasound scan; mechanically testing the test specimen; performing a plurality of subsequent laser ultrasound scans of stress effects within the test specimen during the mechanically testing the test specimen; storing each subsequent laser ultrasound scan of the test specimen; comparing each subsequent laser ultrasound scan of the test specimen with a previous laser ultrasound scan of the test specimen; and integrating scan data from the laser ultrasound scans with the fixed sensor data from the fixed NDI sensor.
A method of interpreting an activity of a person on a flexible mat of a trampoline, the method comprising: at least one processor determining a bounce instruction for the person on the flexible mat; determining a first bounce location and a first bounce impact time of the person on the flexible mat; determining a second bounce location and a second bounce impact time of the person on the flexible mat; characterized in that the method further comprises: determining a lead time boundary interval, the lead time boundary interval defined by the first bounce impact time and a time value preceding the first bounce impact time and following an impact time of a bounce preceding the first bounce impact time; responsive to displaying the bounce instruction prior to the time value, the at least one processor comparing the second bounce location and/or second bounce impact time with the bounce instruction; and responsive to displaying the bounce instruction within the lead time boundary interval, the at least one processor determining a third bounce location and a third bounce impact time of the person on the flexible mat and comparing the third bounce location and/or third bounce impact time with the bounce instruction. at least one processor determining a bounce instruction for the person on the flexible mat; determining a first bounce location and a first bounce impact time of the person on the flexible mat; determining a second bounce location and a second bounce impact time of the person on the flexible mat; characterized in that the method further comprises: determining a lead time boundary interval, the lead time boundary interval defined by the first bounce impact time and a time value preceding the first bounce impact time and following an impact time of a bounce preceding the first bounce impact time; responsive to displaying the bounce instruction prior to the time value, the at least one processor comparing the second bounce location and/or second bounce impact time with the bounce instruction; and responsive to displaying the bounce instruction within the lead time boundary interval, the at least one processor determining a third bounce location and a third bounce impact time of the person on the flexible mat and comparing the third bounce location and/or third bounce impact time with the bounce instruction. determining a lead time boundary interval, the lead time boundary interval defined by the first bounce impact time and a time value preceding the first bounce impact time and following an impact time of a bounce preceding the first bounce impact time; responsive to displaying the bounce instruction prior to the time value, the at least one processor comparing the second bounce location and/or second bounce impact time with the bounce instruction; and responsive to displaying the bounce instruction within the lead time boundary interval, the at least one processor determining a third bounce location and a third bounce impact time of the person on the flexible mat and comparing the third bounce location and/or third bounce impact time with the bounce instruction.
Process for testing FCC catalysts on a small scale wherein: a) the feed to be cracked is heated to a temperature between 50 and 500°C, b) the heated feed is injected into a riser reactor containing the FCC catalyst to be tested having a temperature between 500 and 800°C, the injection time being less than 2 seconds, c) the feed is contacted with the FCC catalyst under fluidised conditions for a contact time of less than 8 seconds, wherein the pressure in the reactor is 135.8-308.2 KPa (5-30 psig) and d) the feed is stripped from the FCC catalyst and the properties of the product are analysed. a) the feed to be cracked is heated to a temperature between 50 and 500°C, b) the heated feed is injected into a riser reactor containing the FCC catalyst to be tested having a temperature between 500 and 800°C, the injection time being less than 2 seconds, c) the feed is contacted with the FCC catalyst under fluidised conditions for a contact time of less than 8 seconds, wherein the pressure in the reactor is 135.8-308.2 KPa (5-30 psig) and d) the feed is stripped from the FCC catalyst and the properties of the product are analysed.
A method of treating plastics material preforms, wherein the plastics material preforms are conveyed by means of a conveying device and are heated by a heating device during this conveying and after this heating they are treated by a first further treatment device, which is a shaping device, which shapes the plastics material preforms into plastic containers and by a second treatment device, which is a filling device, which fills the plastic containers with a liquid, in a further pre-set manner, wherein the heating device, the forming device and the filling device are operated in a synchronized manner at least for a time and wherein in the event of an error state occurring in a treatment device (6, 8) arranged downstream of the heating device a supply of the plastics material preforms to the heating device is interrupted by means of a blocking device and a rejection of the plastics material preforms after the heating device and/or also a rejection of the already shaped containers after the shaping device is activated, wherein chronologically after the occurrence of the error state the further treatment device (6, 8) is brought into synchronism again with the heating device during a pre-set synchronization period, characterized in that during the synchronization period or at the start of the synchronization the blocking device is controlled in such a way that it can release the supply of the plastics material preforms to the heating device again at a point in time at which the heating device and at least one of the devices (6, 8) arranged downstream of it are not yet synchronized again and wherein a control loop is used to check whether synchronization has already been achieved and wherein the time which has passed while the blocking device has prevented the supply of the plastics material preforms to the heating device is measured, wherein said measured time is compared with said synchronization time, and if said measured time is greater than or equal to said synchronization time, said blocking device is reopened when a processor device has been notified that said filling device can already be restarted.
A silicon carbide (SiC) transistor device comprising: a SiC semiconductor substrate having a top surface, a SiC epitaxial layer formed on the top surface of the SiC semiconductor substrate, the SiC epitaxial layer having a top surface, a source structure (3, 4, 5) formed in the top surface of the SiC epitaxial layer, the source structure (3, 4, 5) having a top surface, and comprising a p-well region, an n- type source region and a p-type contact region, a source contact structure formed over and electrically connected to the top surface of the source structure (3, 4, 5), a gate structure (6, 7) including a gate dielectric and a gate runner, and a p-type channel region, wherein the gate dielectric covers the channel region, at least part of the source structure (3, 4, 5) and at least part of the source contact structure, and the gate runner, which is electrically insulated from the channel region, the source structure (3, 4, 5) and the source contact structure by the gate dielectric, overlaps the channel region and at least part of the source contact structure, wherein the source contact structure comprises one of Titanium carbide (TiC), Tungsten carbide, and Nickel carbide and wherein the gate structure (6, 7) is a planar structure. a SiC semiconductor substrate having a top surface, a SiC epitaxial layer formed on the top surface of the SiC semiconductor substrate, the SiC epitaxial layer having a top surface, a source structure (3, 4, 5) formed in the top surface of the SiC epitaxial layer, the source structure (3, 4, 5) having a top surface, and comprising a p-well region, an n- type source region and a p-type contact region, a source contact structure formed over and electrically connected to the top surface of the source structure (3, 4, 5), a gate structure (6, 7) including a gate dielectric and a gate runner, and a p-type channel region, wherein the gate dielectric covers the channel region, at least part of the source structure (3, 4, 5) and at least part of the source contact structure, and the gate runner, which is electrically insulated from the channel region, the source structure (3, 4, 5) and the source contact structure by the gate dielectric, overlaps the channel region and at least part of the source contact structure, wherein the source contact structure comprises one of Titanium carbide (TiC), Tungsten carbide, and Nickel carbide and wherein the gate structure (6, 7) is a planar structure.
Built-in fully automatic coffee machine for use in the household or office with a front area which is accessible for a user, in which an output section for outputting a ready-made hot drink with an output unit and a service section for carrying out supply and disposal functions are arranged, characterised in that the output unit is height-adjustable and a first door covers the output unit on the front area in a closed position and makes the output unit accessible for the outputting of a ready-made hot drink in an open position.
A laundry treatment apparatus comprising: a cabinet having an accommodation space formed therein to accommodate laundry; a supply unit comprising a moisture supply unit for supplying moisture in the form of steam or mist to the accommodation space; a presser removably mounted in the accommodation space and configured to apply pressure to laundry to remove wrinkles from laundry; and a separation frame provided at the presser; wherein the presser includes: a support part for supporting laundry; and a press part rotatably connected to the support part to apply pressure to laundry inserted between the press part and the support part; and wherein the separation frame is formed to be bent forward or backward from the presser so that the presser is spaced by a predetermined distance apart from an inner surface of the accommodation space to form a gap between the presser and the inner surface of the accommodation space to separate the presser from the inner surface of the accommodation space. a cabinet having an accommodation space formed therein to accommodate laundry; a supply unit comprising a moisture supply unit for supplying moisture in the form of steam or mist to the accommodation space; a presser removably mounted in the accommodation space and configured to apply pressure to laundry to remove wrinkles from laundry; and a separation frame provided at the presser; wherein the presser includes: a support part for supporting laundry; and a press part rotatably connected to the support part to apply pressure to laundry inserted between the press part and the support part; and wherein the separation frame is formed to be bent forward or backward from the presser so that the presser is spaced by a predetermined distance apart from an inner surface of the accommodation space to form a gap between the presser and the inner surface of the accommodation space to separate the presser from the inner surface of the accommodation space. a support part for supporting laundry; and a press part rotatably connected to the support part to apply pressure to laundry inserted between the press part and the support part; and
A connection configuration method, performed by a network device, comprising configuring a time parameter for a handover of a multi-card terminal from a first communication system to a second communication system, wherein the first communication system and the second communication system are supported by different network operators; and sending the time parameter to the multi-card terminal; wherein configuring the time parameter for the handover of the multi-card terminal from the first communication system to the second communication system comprises: configuring different time parameters for different operations to be executed by the multi-card terminal in the second communication system; wherein the operations comprise at least one of paging receiving, measurement, system information reading, and performing tracking area update. configuring a time parameter for a handover of a multi-card terminal from a first communication system to a second communication system, wherein the first communication system and the second communication system are supported by different network operators; and sending the time parameter to the multi-card terminal; wherein configuring the time parameter for the handover of the multi-card terminal from the first communication system to the second communication system comprises: configuring different time parameters for different operations to be executed by the multi-card terminal in the second communication system; wherein the operations comprise at least one of paging receiving, measurement, system information reading, and performing tracking area update.
A method for storing and sequencing a plurality of luggage items having an associated grouping criterion, said method comprising: receiving at least one of the luggage items into a loading area from an entrance conveyor; determining the grouping criterion of the luggage item; providing a plurality of containers each including a plurality of shelves being vertically stacked on top of one another and supported by a first chassis; determining by the control system if any of the containers is associated with the grouping criterion of the luggage item and is an available container being in a location proximate to said loading area and having at least one available shelf with capacity to hold the luggage item, and designating by the control system such a container as a preferred container, and if no such container exists then designating by the control system an available container not associated with the grouping criterion of the luggage item as a preferred container; attaching a carrier automatic guided vehicle to the preferred container; loading the luggage item from the entrance conveyor onto an available shelf of the preferred container; and moving the container with the luggage item by the carrier automatic guided vehicle along a first pathway to a first predetermined area. receiving at least one of the luggage items into a loading area from an entrance conveyor; determining the grouping criterion of the luggage item; providing a plurality of containers each including a plurality of shelves being vertically stacked on top of one another and supported by a first chassis; determining by the control system if any of the containers is associated with the grouping criterion of the luggage item and is an available container being in a location proximate to said loading area and having at least one available shelf with capacity to hold the luggage item, and designating by the control system such a container as a preferred container, and if no such container exists then designating by the control system an available container not associated with the grouping criterion of the luggage item as a preferred container; attaching a carrier automatic guided vehicle to the preferred container; loading the luggage item from the entrance conveyor onto an available shelf of the preferred container; and moving the container with the luggage item by the carrier automatic guided vehicle along a first pathway to a first predetermined area.
An apparatus comprising: a nacelle of a turbofan engine, wherein a fan duct is definable between the nacelle and a core of the turbofan engine; an opening in the nacelle between an outside of the nacelle and the fan duct; and an inner door and an outer door disposed within the opening and pivotably coupled to the nacelle along aft edges of the inner door and the outer door, the inner door and the outer door pivotable between (i.) a first position in which the inner door and the outer door are disposed within the opening and oriented substantially parallel to each other, and (ii.) a second position in which the inner door is disposed in the fan duct and oriented substantially perpendicular to an outer surface of the core and the outer door extends outward from the nacelle, characterized in that the nacelle includes a hatch along an inner surface of the nacelle adjacent the opening, the hatch movable between a closed position and an open position to allow airflow from the fan duct into a cavity formed between the inner door and the outer door when the inner door and the outer door are in the first position. a nacelle of a turbofan engine, wherein a fan duct is definable between the nacelle and a core of the turbofan engine; an opening in the nacelle between an outside of the nacelle and the fan duct; and an inner door and an outer door disposed within the opening and pivotably coupled to the nacelle along aft edges of the inner door and the outer door, the inner door and the outer door pivotable between (i.) a first position in which the inner door and the outer door are disposed within the opening and oriented substantially parallel to each other, and (ii.) a second position in which the inner door is disposed in the fan duct and oriented substantially perpendicular to an outer surface of the core and the outer door extends outward from the nacelle, characterized in that the nacelle includes a hatch along an inner surface of the nacelle adjacent the opening, the hatch movable between a closed position and an open position to allow airflow from the fan duct into a cavity formed between the inner door and the outer door when the inner door and the outer door are in the first position.
A method, comprising: receiving, by a server (112, 114), a request to share a first voice profile corresponding to a first user account associated with a first device, with a second device associated with a second user account, the second device being voice-enabled, the first voice profile being stored on a first data store associated with the first user account; characterized by updating, by the server (112, 114), a second data store associated with the second user account to include a reference to the first voice profile stored on the first data store; and sending, by the server (112, 114) and to the second device, a notification that the second data store has been updated to include the reference to the first voice profile. receiving, by a server (112, 114), a request to share a first voice profile corresponding to a first user account associated with a first device, with a second device associated with a second user account, the second device being voice-enabled, the first voice profile being stored on a first data store associated with the first user account; characterized by updating, by the server (112, 114), a second data store associated with the second user account to include a reference to the first voice profile stored on the first data store; and sending, by the server (112, 114) and to the second device, a notification that the second data store has been updated to include the reference to the first voice profile.
An exhaust gas mixer, comprising: an inner tube defining a central conduit; an outer tube positioned about the inner tube in coaxial alignment with the inner tube; and a plurality of blades coupled to and positioned between the inner and outer tubes (52, 53), wherein each of the plurality of blades comprises a radially inner edge fixed to the inner tube and a radially outer edge fixed to the outer tube, the radially inner edge and the radially outer edge being non-parallel to a central axis of the inner tube, the radially inner edge defining a first angle (θ) relative to the central axis at a junction with a leading edge of each of the plurality of blades, and the radially outer edge defining a second angle (β) relative to the central axis at a junction with the leading edge of each of the plurality of blades, wherein the first angle (Θ) and the second angle (β) are different, characterized in that the first angle (θ) is between 30° and 50°, and the second angle (β) is between 50° and 70°. an inner tube defining a central conduit; an outer tube positioned about the inner tube in coaxial alignment with the inner tube; and a plurality of blades coupled to and positioned between the inner and outer tubes (52, 53), wherein each of the plurality of blades comprises a radially inner edge fixed to the inner tube and a radially outer edge fixed to the outer tube, the radially inner edge and the radially outer edge being non-parallel to a central axis of the inner tube, the radially inner edge defining a first angle (θ) relative to the central axis at a junction with a leading edge of each of the plurality of blades, and the radially outer edge defining a second angle (β) relative to the central axis at a junction with the leading edge of each of the plurality of blades, wherein the first angle (Θ) and the second angle (β) are different, characterized in that the first angle (θ) is between 30° and 50°, and the second angle (β) is between 50° and 70°.
Pouched unit comprising a dose of a substance which is enveloped by a main part of a pouch made from a water soluble material, wherein; - the pouch comprises a secondary part made from the water soluble material, - the secondary part is attached to the main part via a weaker area of the water soluble material, which weaker area is configured to allow manual separation of the secondary part from the main part, and - a message is provided on the secondary part. - the pouch comprises a secondary part made from the water soluble material, - the secondary part is attached to the main part via a weaker area of the water soluble material, which weaker area is configured to allow manual separation of the secondary part from the main part, and - a message is provided on the secondary part.