mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: utilizing a focused removal technique to remove at least a portion of a casting shell from a cast component ; exposing the cast component to a leaching solution and a first high pressure water wash to remove an internal core material from the cast component and to remove at least a portion of a casting shell remainder, wherein the high pressure water wash is emitted by a water jet ; exposing the cast component to a first high agitation leaching solution the first high agitation leaching solution comprising a leaching solution subject to intermittent boiling caused by at least one of heating the first high agitation leaching solution and reducing a pressure in a submersion vessel ; applying an electroless nickel-boron coating to the cast component; applying an electrolytic palladium coating to the cast component; and exposing the cast component to a second high agitation leaching solution to remove the casting shell remainder and an internal core material remainder. utilizing a focused removal technique to remove at least a portion of a casting shell from a cast component ; exposing the cast component to a leaching solution and a first high pressure water wash to remove an internal core material from the cast component and to remove at least a portion of a casting shell remainder, wherein the high pressure water wash is emitted by a water jet ; exposing the cast component to a first high agitation leaching solution the first high agitation leaching solution comprising a leaching solution subject to intermittent boiling caused by at least one of heating the first high agitation leaching solution and reducing a pressure in a submersion vessel ; applying an electroless nickel-boron coating to the cast component; applying an electrolytic palladium coating to the cast component; and exposing the cast component to a second high agitation leaching solution to remove the casting shell remainder and an internal core material remainder.
A method of streaming a media file between a host and a client, the method being performed by the host and comprising the steps of: transmitting a first stream of media through a network connection to a first buffer of the client at a first bit rate; determining that a bandwidth capacity of the network connection supports a bit rate stream of media higher than the first bit rate; initiating (230; 318), in response to determining that the bandwidth capacity of the network connection supports a bit rate stream of media higher than the first bit rate, a second stream of media from the host through the network connection to a second buffer of the client at a second bit rate to fill the second buffer to an initial buffer capacity while continuing transmitting of the first stream of media, the second bit rate being higher than the first bit rate; monitoring buffer activity on the client; and transitioning from the first stream of media to the second stream of media to facilitate a continuous streaming transition from the first stream of media at the first bit rate to the second stream of media at the second bit rate while maintaining an uninterrupted or substantially uninterrupted stream of media to the client for playback to a user, wherein enabling the uninterrupted or substantially uninterrupted transition is based on a determined runtime start at a future runtime for the second stream of media based on a time necessary to transition to the second stream of media including time to fill a monitored buffer. transmitting a first stream of media through a network connection to a first buffer of the client at a first bit rate; determining that a bandwidth capacity of the network connection supports a bit rate stream of media higher than the first bit rate; initiating (230; 318), in response to determining that the bandwidth capacity of the network connection supports a bit rate stream of media higher than the first bit rate, a second stream of media from the host through the network connection to a second buffer of the client at a second bit rate to fill the second buffer to an initial buffer capacity while continuing transmitting of the first stream of media, the second bit rate being higher than the first bit rate; monitoring buffer activity on the client; and transitioning from the first stream of media to the second stream of media to facilitate a continuous streaming transition from the first stream of media at the first bit rate to the second stream of media at the second bit rate while maintaining an uninterrupted or substantially uninterrupted stream of media to the client for playback to a user, wherein enabling the uninterrupted or substantially uninterrupted transition is based on a determined runtime start at a future runtime for the second stream of media based on a time necessary to transition to the second stream of media including time to fill a monitored buffer.
An instrument for locating an axis of a blocking screw, the instrument comprising: a mount having a barrel portion and a neck portion , the barrel portion adapted to connect to an intramedullary device; a frame removably attached to the neck portion of the mount, the frame having a first leg and a second leg ; a pilot member removably attached to the frame at the first leg or at the second leg; and a cartridge received within the pilot member, the cartridge having at least one locating hole , and wherein the cartridge moves within the pilot member in a direction parallel to an imaginary long axis of the intramedullary device. a mount having a barrel portion and a neck portion , the barrel portion adapted to connect to an intramedullary device; a frame removably attached to the neck portion of the mount, the frame having a first leg and a second leg ; a pilot member removably attached to the frame at the first leg or at the second leg; and a cartridge received within the pilot member, the cartridge having at least one locating hole , and wherein the cartridge moves within the pilot member in a direction parallel to an imaginary long axis of the intramedullary device.
Apparatus for filtering liquids, having a container , having a container inlet for introduction into the container of a liquid to be filtered, having a container outlet for a retentate, and having at least one rotor which can be driven in rotation about the container axis and which has a hollow shaft mounted in an end wall and has a support apparatus , fastened thereto, for filter elements , said filter elements being arranged at a distance from the container axis and being connected in terms of flow to the hollow shaft for discharge of a filtered permeate from the container , wherein an inner lateral surface of the container comprises at least one guiding device for diverting the liquid against the filter elements , characterized in that the apparatus comprises at least one conditioning apparatus which is configured for setting process conditions, wherein an electrode is provided as at least one conditioning apparatus, wherein, for introduction of a voltage field into the container , at least one filter element is assigned a counter-electrode; and at least one guiding device forms a receptacle for at least one conditioning apparatus. the apparatus comprises at least one conditioning apparatus which is configured for setting process conditions, wherein an electrode is provided as at least one conditioning apparatus, wherein, for introduction of a voltage field into the container , at least one filter element is assigned a counter-electrode; and at least one guiding device forms a receptacle for at least one conditioning apparatus.
An operation processing method, implemented by an operation processing device, the method comprising: detecting an element in a current interface (S102); generating at least one corresponding operation control according to the element (S104); dragging the operation control through a touch screen; judging a final location of the dragging; and after it is determined that any one of the at least one operation control is moved onto the element, executing an operation corresponding to the moved operation control on the element (S106); wherein the element comprises at least one of: a telephone number, a name of a contact, a pure text and a multimedia; and the at least one corresponding operation control generated according to the element comprises at least one of: calling, sending a text message, sending a multimedia message, and copying a text. detecting an element in a current interface (S102); generating at least one corresponding operation control according to the element (S104); dragging the operation control through a touch screen; judging a final location of the dragging; and after it is determined that any one of the at least one operation control is moved onto the element, executing an operation corresponding to the moved operation control on the element (S106); wherein the element comprises at least one of: a telephone number, a name of a contact, a pure text and a multimedia; and the at least one corresponding operation control generated according to the element comprises at least one of: calling, sending a text message, sending a multimedia message, and copying a text.
A computer-implemented method of generating and using a hierarchical acceleration structure for intersection testing in a ray tracing system , the method comprising: receiving primitive data for primitives located in a 3D scene; determining nodes of the hierarchical acceleration structure based on the received primitive data, wherein one or more upper levels of nodes of the hierarchical acceleration structure are defined according to a spatial subdivision structure, and wherein one or more lower levels of nodes of the hierarchical acceleration structure are defined according to a bounding volume structure; storing the hierarchical acceleration structure for use in intersection testing; and performing intersection testing using the hierarchical acceleration structure, wherein the intersection testing traverses the hierarchical acceleration structure by: traversing the one or more upper levels of nodes of the hierarchical acceleration structure according to a first traversal technique, said first traversal technique being a depth-first traversal technique; and traversing the one or more lower levels of nodes of the hierarchical acceleration structure according to a second traversal technique, said second traversal technique not being a depth-first traversal technique. receiving primitive data for primitives located in a 3D scene; determining nodes of the hierarchical acceleration structure based on the received primitive data, wherein one or more upper levels of nodes of the hierarchical acceleration structure are defined according to a spatial subdivision structure, and wherein one or more lower levels of nodes of the hierarchical acceleration structure are defined according to a bounding volume structure; storing the hierarchical acceleration structure for use in intersection testing; and performing intersection testing using the hierarchical acceleration structure, wherein the intersection testing traverses the hierarchical acceleration structure by: traversing the one or more upper levels of nodes of the hierarchical acceleration structure according to a first traversal technique, said first traversal technique being a depth-first traversal technique; and traversing the one or more lower levels of nodes of the hierarchical acceleration structure according to a second traversal technique, said second traversal technique not being a depth-first traversal technique. traversing the one or more upper levels of nodes of the hierarchical acceleration structure according to a first traversal technique, said first traversal technique being a depth-first traversal technique; and traversing the one or more lower levels of nodes of the hierarchical acceleration structure according to a second traversal technique, said second traversal technique not being a depth-first traversal technique.
A method for conserving computing resources in a cloud computing system comprising: initiating at least one administrative computing process for a tenant in the cloud computing system, wherein the at least one administrative process comprises determining a level of memory storage utilized by stored data associated with the tenant; determining that no user of the tenant has used the cloud computing system within a period of time; waiting for the at least one administrative computing process for the tenant in the cloud computing system to complete; indicating the tenant as suspended in the cloud computing system and suspending the at least one administrative computing process for the tenant, wherein a time duration before suspension is triggered is adjusted automatically depending on a system load of the cloud computing system, wherein a first time duration corresponds to a first system load and a second time duration corresponds to a second system load of the cloud computing system, wherein the first time duration is shorter than the second time duration, and the first system load is higher than the second system load; receiving a log-on request from a user of the tenant in the cloud computing system; determining that the tenant is suspended; and reinstating the at least one administrative computing process for the tenant. initiating at least one administrative computing process for a tenant in the cloud computing system, wherein the at least one administrative process comprises determining a level of memory storage utilized by stored data associated with the tenant; determining that no user of the tenant has used the cloud computing system within a period of time; waiting for the at least one administrative computing process for the tenant in the cloud computing system to complete; indicating the tenant as suspended in the cloud computing system and suspending the at least one administrative computing process for the tenant, wherein a time duration before suspension is triggered is adjusted automatically depending on a system load of the cloud computing system, wherein a first time duration corresponds to a first system load and a second time duration corresponds to a second system load of the cloud computing system, wherein the first time duration is shorter than the second time duration, and the first system load is higher than the second system load; receiving a log-on request from a user of the tenant in the cloud computing system; determining that the tenant is suspended; and reinstating the at least one administrative computing process for the tenant.
A medical image navigation system , comprising: a viewport module configured to enable navigation through a plurality of image slices of a study and to, based on input from at least one input device , select at least one image slice and to display the selected image slice and any annotations associated with the selected image slice on a display device , a proximity module configured to, for the selected image slice, return at least one proximate annotation, wherein the at least one proximate annotation is associated with at least one adjacent image slice from a range of adjacent image slices, a visualization module configured to, for the returned at least one proximate annotation, control the viewport module to visualize the at least one proximate annotation which is displayed on the selected image slice, and a proximity edit module configured to move and/or copy at least one selected visualized proximate annotation to the selected image slice by moving or copying an association of the proximate annotation. a viewport module configured to enable navigation through a plurality of image slices of a study and to, based on input from at least one input device , select at least one image slice and to display the selected image slice and any annotations associated with the selected image slice on a display device , a proximity module configured to, for the selected image slice, return at least one proximate annotation, wherein the at least one proximate annotation is associated with at least one adjacent image slice from a range of adjacent image slices, a visualization module configured to, for the returned at least one proximate annotation, control the viewport module to visualize the at least one proximate annotation which is displayed on the selected image slice, and a proximity edit module configured to move and/or copy at least one selected visualized proximate annotation to the selected image slice by moving or copying an association of the proximate annotation.
A liquid storage container for storing liquid with which a liquid tank of an inkjet printing apparatus is to be replenished, comprising: a discharge port member including a discharge port through which liquid stored in a storage portion can be discharged; a cover portion configured to be attachable to the discharge port member and to be capable of opening and closing the discharge port ; characterised by a sealing portion formed of a contact portion between the cover portion and the discharge port member , wherein the cover portion includes a groove structure , arranged in a top face of an outer portion of the cover portion and/or in a top face of an inner portion of the cover portion, and around the center of the cover portion between an outer periphery of the cover portion and the sealing portion . a discharge port member including a discharge port through which liquid stored in a storage portion can be discharged; a cover portion configured to be attachable to the discharge port member and to be capable of opening and closing the discharge port ; characterised by a sealing portion formed of a contact portion between the cover portion and the discharge port member , wherein the cover portion includes a groove structure , arranged in a top face of an outer portion of the cover portion and/or in a top face of an inner portion of the cover portion, and around the center of the cover portion between an outer periphery of the cover portion and the sealing portion .
A catalyst article for treating exhaust gas comprising: a substrate comprising an inlet end, an outlet end with an axial length L; a first catalytic region beginning at the inlet end and extending for less than the axial length L, wherein the first catalytic region comprises a first palladium component and a first oxygen storage capacity material comprising ceria; wherein the catalyst article is characterized in that it further comprises a second catalytic region beginning at the outlet end and extending for less than the axial length L, wherein the second catalytic region comprises a second palladium component and a second oxygen storage capacity material comprising ceria; a third catalytic region beginning at the outlet end and extending for less than the axial length L, wherein the third catalytic region comprises a third rhodium component and a third oxygen storage capacity material comprising ceria; wherein at least a portion of the first catalytic region is not covered by the second catalytic region and/or the third catalytic region; and wherein (a) the ceria amount in the first catalytic region is less than 50% of the total ceria amount in the first, second, and third catalytic regions; or (b) the ceria loading in the first catalytic region is less than 50% of the sum of the ceria loading in the first, second, and third catalytic regions. a substrate comprising an inlet end, an outlet end with an axial length L; a first catalytic region beginning at the inlet end and extending for less than the axial length L, wherein the first catalytic region comprises a first palladium component and a first oxygen storage capacity material comprising ceria; wherein the catalyst article is characterized in that it further comprises a second catalytic region beginning at the outlet end and extending for less than the axial length L, wherein the second catalytic region comprises a second palladium component and a second oxygen storage capacity material comprising ceria; a third catalytic region beginning at the outlet end and extending for less than the axial length L, wherein the third catalytic region comprises a third rhodium component and a third oxygen storage capacity material comprising ceria; wherein at least a portion of the first catalytic region is not covered by the second catalytic region and/or the third catalytic region; and wherein (a) the ceria amount in the first catalytic region is less than 50% of the total ceria amount in the first, second, and third catalytic regions; or (b) the ceria loading in the first catalytic region is less than 50% of the sum of the ceria loading in the first, second, and third catalytic regions.
A method for preventing fraudulent use of a Mobile Subscriber Integrated Services Digital Network Number (MSISDN) of a mobile phone terminal in a wireless network, comprising the steps of: associating an International Mobile Subscriber Identity (IMSI) with a respective MSISDN for the mobile phone terminal; associating a provider of secure resources with the associated IMSI and MSISDN; storing the associated IMSI and MSISDN; and upon receipt of a network request from the mobile phone terminal for a secure resource; extracting the MSISDN from the network request; constructing a Mobile Application Part (MAP) message request to the wireless network for the extracted MSISDN; obtaining the IMSI currently associated with the MSISDN in the wireless network in reply to the MAP request; comparing the obtained IMSI with the stored IMSI for the extracted MSISDN; and if the obtained IMSI matches the stored IMSI for the extracted MSISDN, validating the network request; and if the obtained IMSI does not match the stored IMSI for the extracted MSISDN, automatically notifying the provider; sending an informational message to the mobile phone terminal asking a user of the mobile phone terminal to contact the provider; verifying by the provider through contact with the user if the IMSI change is legitimate; and if the IMSI change is verified by the provider as being legitimate, updating the IMSI associated with the MSISDN with the obtained IMSI; and validating the network request. associating an International Mobile Subscriber Identity (IMSI) with a respective MSISDN for the mobile phone terminal; associating a provider of secure resources with the associated IMSI and MSISDN; storing the associated IMSI and MSISDN; and upon receipt of a network request from the mobile phone terminal for a secure resource; extracting the MSISDN from the network request; constructing a Mobile Application Part (MAP) message request to the wireless network for the extracted MSISDN; obtaining the IMSI currently associated with the MSISDN in the wireless network in reply to the MAP request; comparing the obtained IMSI with the stored IMSI for the extracted MSISDN; and if the obtained IMSI matches the stored IMSI for the extracted MSISDN, validating the network request; and if the obtained IMSI does not match the stored IMSI for the extracted MSISDN, automatically notifying the provider; sending an informational message to the mobile phone terminal asking a user of the mobile phone terminal to contact the provider; verifying by the provider through contact with the user if the IMSI change is legitimate; and if the IMSI change is verified by the provider as being legitimate, updating the IMSI associated with the MSISDN with the obtained IMSI; and validating the network request.
A laminated glazing for a vehicle, in particular a motor vehicle, comprising an exterior glass sheet adhesively bonded to an interior glass sheet by means of a lamination interlayer , wherein the exterior glass sheet carries a layer of a first enamel , of black color, on the periphery of its face in contact with the lamination interlayer , known as face 2, (F2), and the interior glass sheet carries on its face in contact with the lamination interlayer, known as face 3 (F3), a layer of a second enamel forming a marking and having a color other than black, located opposite the layer of the first enamel , said laminated glazing further comprising a polymeric seal on the face of the interior glass sheet , called face 4 (F4), opposite face 3, said seal concealing said marking .