mhurhangee/patent-ind-claim-en huggingface dataset:
A method to remove and reduce particulate matter from cooking exhaust streams, the method comprising: capturing a cooking exhaust stream via a hood ; passing the captured cooking exhaust stream through a transient plasma emission remediation, TPER, reactor ; applying a DC bias voltage by a DC voltage source to an energized conductor of the TPER reactor, the energized conductor being a center conductor of the TPER reactor; and driving the TPER reactor with a high voltage pulse with a duration of nanoseconds to generate a non-equilibrated transient plasma in a portion of the TPER reactor through which the captured cooking exhaust stream passes, wherein the high voltage, nanosecond duration pulse is coupled onto the DC biased conductor of the TPER reactor; characterized in that the high voltage, nanosecond duration pulse is coupled onto the center conductor of the TPER reactor and is superimposed on top of the DC bias voltage; and wherein the high voltage pulse has a magnitude in a range of 1 kV to 100 kV, inclusive and a duration in a range of 0.1 nanosecond to 100 nanoseconds, inclusive. capturing a cooking exhaust stream via a hood ; passing the captured cooking exhaust stream through a transient plasma emission remediation, TPER, reactor ; applying a DC bias voltage by a DC voltage source to an energized conductor of the TPER reactor, the energized conductor being a center conductor of the TPER reactor; and driving the TPER reactor with a high voltage pulse with a duration of nanoseconds to generate a non-equilibrated transient plasma in a portion of the TPER reactor through which the captured cooking exhaust stream passes, wherein the high voltage, nanosecond duration pulse is coupled onto the DC biased conductor of the TPER reactor; characterized in that the high voltage, nanosecond duration pulse is coupled onto the center conductor of the TPER reactor and is superimposed on top of the DC bias voltage; and wherein the high voltage pulse has a magnitude in a range of 1 kV to 100 kV, inclusive and a duration in a range of 0.1 nanosecond to 100 nanoseconds, inclusive.
Device for generating a first top view (d1), dependent on first view information (s1), of a motor vehicle from at least one image (b) from at least one camera (k1, k2, k3, k4) the optical axis of which is substantially parallel to a plane spanned from the vehicle longitudinal direction and the vehicle transverse direction, wherein the device is configured • to receive the at least one image (b) from the camera (k1, k2, k3, k4), • to extract second view information (s2) from the image (b) by way of a coding unit (E), • to extract view-independent content information (z) from the image (b) by way of the coding unit (E), and • to generate the first top view (d1) on the basis of the first view information (s1) and the view-independent content information (z) by way of a first generator unit (G1), characterized in that the device additionally • comprises a first discriminator unit (D1) that is configured to receive the top view (d1) generated by the first generator unit (G1), • comprises a second generator unit (G2) that is configured to generate a second top view (d2) from third view information (s3) and noise information (r), and • comprises a second discriminator unit (D2) that is configured to receive the top view (d2) generated by the second generator unit (G2), wherein the coding unit (E), the first generator unit (G1), the second generator unit (G2), the first discriminator unit (D1) and the second discriminator unit (D2) each comprise a neural network. • to receive the at least one image (b) from the camera (k1, k2, k3, k4), • to extract second view information (s2) from the image (b) by way of a coding unit (E), • to extract view-independent content information (z) from the image (b) by way of the coding unit (E), and • to generate the first top view (d1) on the basis of the first view information (s1) and the view-independent content information (z) by way of a first generator unit (G1), • comprises a first discriminator unit (D1) that is configured to receive the top view (d1) generated by the first generator unit (G1), • comprises a second generator unit (G2) that is configured to generate a second top view (d2) from third view information (s3) and noise information (r), and • comprises a second discriminator unit (D2) that is configured to receive the top view (d2) generated by the second generator unit (G2),
A personal care composition comprising: a structured cleansing phase comprising from 2% to 50%, preferably from 3% to 20%, more preferably from 5% to 15%, even more preferably from 7% to 15%, by weight of the composition, of an anionic surfactant; a benefit phase comprising from 0.05% to 10%, preferably from 0.10% to 3%, by weight of the composition, of a microcapsule premix comprising a cationic deposition polymer and anionic microcapsules; and a triglyceride; and a carrier. a structured cleansing phase comprising from 2% to 50%, preferably from 3% to 20%, more preferably from 5% to 15%, even more preferably from 7% to 15%, by weight of the composition, of an anionic surfactant; a benefit phase comprising from 0.05% to 10%, preferably from 0.10% to 3%, by weight of the composition, of a microcapsule premix comprising a cationic deposition polymer and anionic microcapsules; and a triglyceride; and a carrier.
A communication system comprising: a movable portion configured to hold and move a workpiece (P); and an imaging device that is integrally provided on the movable portion , the imaging device is configured to perform image processing for extracting necessary information from image data of a state in which the movable portion holds the workpiece (P), and the communication system further comprises: a control unit configured to drive the movable portion on the basis of processing result data of the image processing performed by the imaging device ; first communication means configured for transmitting the processing result data to the control unit from the imaging device ; and second communication means other than the first communication means , characterised in that the control unit is configured to transmit the image data from the imaging device on the basis of the processing result data by the second communication means , and wherein the communication system is configured such that, when it is determined that the workpiece (P) is not held normally by the movable portion on the basis of the processing result data, the control unit allows the second communication means to transmit the image data. a movable portion configured to hold and move a workpiece (P); and an imaging device that is integrally provided on the movable portion , the imaging device is configured to perform image processing for extracting necessary information from image data of a state in which the movable portion holds the workpiece (P), and the communication system further comprises: a control unit configured to drive the movable portion on the basis of processing result data of the image processing performed by the imaging device ; first communication means configured for transmitting the processing result data to the control unit from the imaging device ; and second communication means other than the first communication means , a control unit configured to drive the movable portion on the basis of processing result data of the image processing performed by the imaging device ; first communication means configured for transmitting the processing result data to the control unit from the imaging device ; and second communication means other than the first communication means , characterised in that the control unit is configured to transmit the image data from the imaging device on the basis of the processing result data by the second communication means , and wherein the communication system is configured such that, when it is determined that the workpiece (P) is not held normally by the movable portion on the basis of the processing result data, the control unit allows the second communication means to transmit the image data.
An injector device assembly including: a subcutaneous infusion set including a cannula for the delivery of medication or medical fluids; and an injector device including: an injector device housing ; a releasable cover ; a plunger with a medical insertion needle for transcutaneous placement of said cannula , wherein said insertion needle extends through said subcutaneous infusion set and protrudes from the end of said cannula , wherein said injector device is designed for transcutaneous insertion of said cannula with said insertion needle extending there-through, being removable from said subcutaneous infusion set while maintaining the transcutaneous placement of the cannula , characterised in that said injector device housing has a nose end accommodating movement of the subcutaneous infusion set between a retracted position disposed substantially at a rearward end of the device housing and an advanced position, wherein said releasable cover is secured to said nose end of said injector device housing when the subcutaneous infusion set is in said retracted position, the releasable cover covering said subcutaneous infusion set , whereby said injector device with said releasable cover secured to walls of said injector device housing substantially defines a closed housing for said subcutaneous infusion set ; and wherein said injector device assembly preferably being a sterile sealed, single use assembly. a subcutaneous infusion set including a cannula for the delivery of medication or medical fluids; and an injector device including: an injector device housing ; a releasable cover ; a plunger with a medical insertion needle for transcutaneous placement of said cannula , wherein said insertion needle extends through said subcutaneous infusion set and protrudes from the end of said cannula , an injector device housing ; a releasable cover ; a plunger with a medical insertion needle for transcutaneous placement of said cannula , wherein said insertion needle extends through said subcutaneous infusion set and protrudes from the end of said cannula , wherein said injector device is designed for transcutaneous insertion of said cannula with said insertion needle extending there-through, being removable from said subcutaneous infusion set while maintaining the transcutaneous placement of the cannula , characterised in that said injector device housing has a nose end accommodating movement of the subcutaneous infusion set between a retracted position disposed substantially at a rearward end of the device housing and an advanced position, wherein said releasable cover is secured to said nose end of said injector device housing when the subcutaneous infusion set is in said retracted position, the releasable cover covering said subcutaneous infusion set , whereby said injector device with said releasable cover secured to walls of said injector device housing substantially defines a closed housing for said subcutaneous infusion set ; and wherein said injector device assembly preferably being a sterile sealed, single use assembly.
A method for making an article, comprising: inputting a digital model of the article into an additive manufacturing apparatus or system comprising an energy source ; and repeatedly applying energy from the energy source to successively applied incremental quantities of a powder to fuse the powder to form the article corresponding to the digital model, wherein the powder comprises an aluminum alloy comprising 2.00-9.00 wt.% cerium, 0.25-3.00 wt.% silicon, 0.25-0.75 wt.% magnesium, iron in an amount up to 0.30 wt. %, 0-0.05 wt.% other alloying elements, and the balance of aluminum, based on the total weight of the aluminum alloy. inputting a digital model of the article into an additive manufacturing apparatus or system comprising an energy source ; and repeatedly applying energy from the energy source to successively applied incremental quantities of a powder to fuse the powder to form the article corresponding to the digital model, wherein the powder comprises an aluminum alloy comprising 2.00-9.00 wt.% cerium, 0.25-3.00 wt.% silicon, 0.25-0.75 wt.% magnesium, iron in an amount up to 0.30 wt. %, 0-0.05 wt.% other alloying elements, and the balance of aluminum, based on the total weight of the aluminum alloy.
A roll-to-roll apparatus for processing metal tapes with a ceramic coating , the roll-to-roll apparatus comprising at least two rolls with fixed axis position and at least one roll with variable axis position to adjust the tape position and/or tension, wherein the position of the rolls are adjusted to touch the metal tape only from one side and to limit the stress on the metal tape at any point such that the metal tape is not stretched by more than 0.15 % and wherein the axis of the at least one roll with variable axis position can be moved or tilted in a plane perpendicular to a moving direction of the tape at a point where the tape begins touching the at least one roll with variable axis position or in a plane perpendicular to the moving direction of the tape at a point where the tape ends touching the at least one roll with variable axis position by a tilt angle β, wherein the tilt angle β is 0.1° to 10°; and wherein the wrap angle (α) around the roll with variable axis position is less than 90°.
An information processing apparatus characterized in that it comprises: a first planning unit at a lower level in a hierarchy, configured to perform predetermined processing for planning of an action of the information processing apparatus while changing a state of the first planning unit between a plurality of types of predetermined states of the first planning unit, wherein in a case where the state has been changed, the first planning unit is configured to notify a second planning unit at a higher level in the hierarchy, being higher than the lower level of the first planning unit, of information indicating that the state has been changed, and the plurality of types of predetermined states includes a plurality of types of states indicating that normal execution of the predetermined processing is in progress. a first planning unit at a lower level in a hierarchy, configured to perform predetermined processing for planning of an action of the information processing apparatus while changing a state of the first planning unit between a plurality of types of predetermined states of the first planning unit, wherein in a case where the state has been changed, the first planning unit is configured to notify a second planning unit at a higher level in the hierarchy, being higher than the lower level of the first planning unit, of information indicating that the state has been changed, and the plurality of types of predetermined states includes a plurality of types of states indicating that normal execution of the predetermined processing is in progress.
Utility vehicle , in particular an agricultural or municipal utility vehicle , with an implement configured for exclusively working a ground area which runs parallel to a ground area to be travelled over by the utility vehicle , wherein the ground area to be travelled over is a drivable surface which has essentially no vegetation, and the ground area to be cultivated is a surface which has vegetation which is to be cultivated by means of the implement , wherein the utility vehicle has a steering system , wherein the steering system comprises a control unit for generating steering signals for autonomous guidance of the utility vehicle , a camera arrangement for recording images and a user interface connected to the control unit , wherein the control unit is configured for evaluating the image data generated by the camera arrangement in order to generate the steering signals as a function of the image data, wherein the at least one camera arrangement is positioned on the utility vehicle in such a way and is orientated with its gaze in such a way that the ground area to be travelled over and the ground area to be worked on laterally adjacent thereto can be detected simultaneously, and in that the control unit is configured to determine a boundary on the basis of the detected image data, along which the steering system guides the utility vehicle and/or the implement at a distance (A) to be maintained.
A turbine engine assembly, comprising: a turbine engine shaft extending along an axis; a first rotor and a second rotor that are connected by the shaft , wherein the first rotor includes a first plurality of rotor blades that are connected to a first rotor disk, and the second rotor includes a second plurality of rotor blades that are connected to a second rotor disk; a bearing including an inner race and an outer race , wherein the inner race is mounted on the shaft and is separated from the outer race by a gap ; and a rotor seal element mounted on the shaft , said rotor seal element being configured as a face seal landing; characterised by a shield substantially blocking an axial line of sight between the gap and the rotor seal element . a turbine engine shaft extending along an axis; a first rotor and a second rotor that are connected by the shaft , wherein the first rotor includes a first plurality of rotor blades that are connected to a first rotor disk, and the second rotor includes a second plurality of rotor blades that are connected to a second rotor disk; a bearing including an inner race and an outer race , wherein the inner race is mounted on the shaft and is separated from the outer race by a gap ; and a rotor seal element mounted on the shaft , said rotor seal element being configured as a face seal landing; characterised by a shield substantially blocking an axial line of sight between the gap and the rotor seal element .
A computing device , comprising: a processor ; a computer-readable storage medium in communication with the processor , the computer-readable storage medium having computer-executable instructions stored thereupon which, when executed by the processor , cause the processor to: expose an application programming interface, API, the API configured to receive contextual data , and transmit allocation data; receive, at the API , the contextual data associated with individual applications of a plurality of applications; determine a threshold number of audio objects that can be processed by an encoder based on the contextual data ; generate allocation data indicating a number of allocated audio objects for at least one application of the plurality of applications based, at least in part, on the contextual data and the threshold number of audio objects that can be processed by the encoder ; and transmit, from the API , the allocation data to the individual applications causing the at least one application to control a number of generated audio objects, wherein the number of generated audio objects is based on the number of allocated audio objects. a processor ; a computer-readable storage medium in communication with the processor , the computer-readable storage medium having computer-executable instructions stored thereupon which, when executed by the processor , cause the processor to: expose an application programming interface, API, the API configured to receive contextual data , and transmit allocation data; receive, at the API , the contextual data associated with individual applications of a plurality of applications; determine a threshold number of audio objects that can be processed by an encoder based on the contextual data ; generate allocation data indicating a number of allocated audio objects for at least one application of the plurality of applications based, at least in part, on the contextual data and the threshold number of audio objects that can be processed by the encoder ; and transmit, from the API , the allocation data to the individual applications causing the at least one application to control a number of generated audio objects, wherein the number of generated audio objects is based on the number of allocated audio objects. expose an application programming interface, API, the API configured to receive contextual data , and transmit allocation data; receive, at the API , the contextual data associated with individual applications of a plurality of applications; determine a threshold number of audio objects that can be processed by an encoder based on the contextual data ; generate allocation data indicating a number of allocated audio objects for at least one application of the plurality of applications based, at least in part, on the contextual data and the threshold number of audio objects that can be processed by the encoder ; and transmit, from the API , the allocation data to the individual applications causing the at least one application to control a number of generated audio objects, wherein the number of generated audio objects is based on the number of allocated audio objects.
A cell phone protective case having a battery and an electrical and data interconnectivity with a cell phone and an at least two component protective case with each component having one or more application platforms with an electrical and mechanical connection between each component of the at least two component protective case and a separate processor in the cell phone protective case with an interface to the cell phone to run applications on the cell phone and applications on the at least two component protective case which combination provides a multiple applications platform, MAP, with a universal charging and power connection between the cell phone protective case and the cell phone and wherein once the electrical and data interconnectivity of the at least two component case is assembled it has supplemental hardware capable of operating at least one standalone or independent function of the MAP without first being connected to the cell phone.
Agricultural machine such as a sowing machine, comprising a hopper capable of containing particles and a device (2; 2A-2B) for metering the said particles at atmospheric pressure, which is arranged downstream of the said hopper and is capable of delivering particles in a determined amount, the said machine comprising a transport pipe capable of pneumatically transporting the said particles at a pressure higher than the said atmospheric pressure to a partition and distribution head, and a gate device (4; 4A, 4B) capable of establishing isolation between the said metering device (2; 2A-2B) on the one hand and the said transport pipe on the other hand, the said gate device comprising a cylindrical chamber in which a rotor with cells , having a plurality of blades extending towards an internal wall of the said chamber , can be moved in rotation about a drive shaft , the said cylindrical chamber comprising an entry opening for the particles, which is capable of receiving particles coming from the said metering device , and an exit opening which is capable of delivering the said particles into the said transport pipe , characterised in that the said gate device comprises, at said entry opening , a means for levelling the content of the said cells .