mhurhangee/patent-ind-claim-en huggingface dataset:
A suspension of cerium oxide particles in a liquid phase, in which said particles comprise secondary particles comprising primary particles, wherein: ▪ said secondary particles have an average size D50 comprised between 105 and 1000 nm, with a standard deviation comprised between 10 and 50 % of the value of said average size of said secondary particles; and ▪ said primary particles have an average size D50 comprised between 100 and 300 nm, with a standard deviation comprised between 10 and 30 % of the value of said average size of said primary particles ; and ▪ the primary particles have a specific surface area B.E.T. comprised between 3 and 10 m 2 /g. ▪ said secondary particles have an average size D50 comprised between 105 and 1000 nm, with a standard deviation comprised between 10 and 50 % of the value of said average size of said secondary particles; and ▪ said primary particles have an average size D50 comprised between 100 and 300 nm, with a standard deviation comprised between 10 and 30 % of the value of said average size of said primary particles ; and ▪ the primary particles have a specific surface area B.E.T. comprised between 3 and 10 m 2 /g.
Aterminal comprising: a transceiver ; and at least one processor configured to: pair the terminal and a device comprising an embedded universal integrated circuit card, eUICC, the device belonging to a group of devices , obtain an identifier of the eUICC of the device , obtain subscription information for a group including the terminal and the device , transmit, to a profile management server via the transceiver , a request message for a profile corresponding to the identifier of the eUICC of the device based on the subscription information for the group including the terminal and the device , receive, from the profile management server via the transceiver , the profile corresponding to the identifier of the eUICC of the device , wherein the profile corresponding to the identifier of the eUICC of the device includes a software packaging comprising at least one of a file system, an authentication key value or network access certification information, and transmit, to the device , the profile corresponding to the identifier of the eUICC of the device . a transceiver ; and at least one processor configured to: pair the terminal and a device comprising an embedded universal integrated circuit card, eUICC, the device belonging to a group of devices , obtain an identifier of the eUICC of the device , obtain subscription information for a group including the terminal and the device , transmit, to a profile management server via the transceiver , a request message for a profile corresponding to the identifier of the eUICC of the device based on the subscription information for the group including the terminal and the device , receive, from the profile management server via the transceiver , the profile corresponding to the identifier of the eUICC of the device , wherein the profile corresponding to the identifier of the eUICC of the device includes a software packaging comprising at least one of a file system, an authentication key value or network access certification information, and transmit, to the device , the profile corresponding to the identifier of the eUICC of the device . pair the terminal and a device comprising an embedded universal integrated circuit card, eUICC, the device belonging to a group of devices , obtain an identifier of the eUICC of the device , obtain subscription information for a group including the terminal and the device , transmit, to a profile management server via the transceiver , a request message for a profile corresponding to the identifier of the eUICC of the device based on the subscription information for the group including the terminal and the device , receive, from the profile management server via the transceiver , the profile corresponding to the identifier of the eUICC of the device , wherein the profile corresponding to the identifier of the eUICC of the device includes a software packaging comprising at least one of a file system, an authentication key value or network access certification information, and transmit, to the device , the profile corresponding to the identifier of the eUICC of the device .
Cooling module for a motor vehicle with an electric or hybrid engine , said cooling module being intended to be traversed by an airflow (F) circulating between an air inlet and an air outlet and comprising: - a fairing forming an internal duct along a longitudinal direction (L) of the cooling module inside which is arranged at least one heat exchanger intended to be traversed by the airflow (F), the fairing comprising a front face in which the air inlet is located upstream of the at least one heat exchanger ; - a collector housing arranged downstream of the fairing along the longitudinal direction (L), said collector housing being configured to receive a tangential turbomachine itself configured to generate the airflow (F) intended to be discharged by the air outlet , characterized in that the turbomachine is a tangential turbomachine and in that the cooling module comprises a fastening means arranged on either side of the fairing , said fastening means allowing the fastening of the at least one heat exchanger to the cooling module and allowing the fastening of said module and the at least one heat exchanger to a chassis of a motor vehicle so that the front face of the fairing is arranged facing an underbody of the motor vehicle . - a fairing forming an internal duct along a longitudinal direction (L) of the cooling module inside which is arranged at least one heat exchanger intended to be traversed by the airflow (F), the fairing comprising a front face in which the air inlet is located upstream of the at least one heat exchanger ; - a collector housing arranged downstream of the fairing along the longitudinal direction (L), said collector housing being configured to receive a tangential turbomachine itself configured to generate the airflow (F) intended to be discharged by the air outlet ,
A valve assembly adapted to be coupled to a storage container to relieve vacuum and over pressure conditions in the storage container, the valve assembly comprising: a body having a first port , a second port , and a third port , the first port adapted to be in fluid communication with the storage container, the body including a first valve seat disposed adjacent the second port ; a first control assembly comprising a first valve stem and a first closure element coupled to the first valve stem, the first closure element being movable relative to the first valve seat in response to changes in pressure in the container; a hood coupled to the body ; a mounting bracket coupled to a portion of the hood , the mounting bracket having a bracket body and at least a mounting aperture extending through the bracket body ; and a monitoring device disposed within the mounting aperture of the mounting bracket and disposed within an opening formed in the hood such that the monitoring device is disposed proximate to an upper end of the first valve stem of the first control assembly , the monitoring device being configured to obtain data indicative of the operation of the valve assembly. a body having a first port , a second port , and a third port , the first port adapted to be in fluid communication with the storage container, the body including a first valve seat disposed adjacent the second port ; a first control assembly comprising a first valve stem and a first closure element coupled to the first valve stem, the first closure element being movable relative to the first valve seat in response to changes in pressure in the container; a hood coupled to the body ; a mounting bracket coupled to a portion of the hood , the mounting bracket having a bracket body and at least a mounting aperture extending through the bracket body ; and a monitoring device disposed within the mounting aperture of the mounting bracket and disposed within an opening formed in the hood such that the monitoring device is disposed proximate to an upper end of the first valve stem of the first control assembly , the monitoring device being configured to obtain data indicative of the operation of the valve assembly.
A display device having an emission part (E) and a transmission part (T/E), the display device comprising: a transparent substrate ; a reflective anode on the transparent substrate in the emission part (E); a transparent anode on the transparent substrate in the transmission part (T/E); a first light emitting layer (EML1) arranged on the reflective anode in the emission part (E); a second light emitting layer (EML2) arranged on the transparent anode in the transmission part (T/E); and a cathode arranged on both the first light emitting layer (EML1) and the second light emitting layer (EML2), wherein a first organic stack is associated with the emission part (E) and including the first light emitting layer (EML1) between the reflective anode and the cathode , wherein a second organic stack is associated with the transmission part (T/E) and including the second light emitting layer (EML2) between the transparent anode and the cathode , and characterised in that the second organic stack of the transmission part (T/E) comprises an optical compensation layer and is taller in height than the first organic stack of the emission part (E). a transparent substrate ; a reflective anode on the transparent substrate in the emission part (E); a transparent anode on the transparent substrate in the transmission part (T/E); a first light emitting layer (EML1) arranged on the reflective anode in the emission part (E); a second light emitting layer (EML2) arranged on the transparent anode in the transmission part (T/E); and a cathode arranged on both the first light emitting layer (EML1) and the second light emitting layer (EML2), wherein a first organic stack is associated with the emission part (E) and including the first light emitting layer (EML1) between the reflective anode and the cathode , wherein a second organic stack is associated with the transmission part (T/E) and including the second light emitting layer (EML2) between the transparent anode and the cathode , and characterised in that the second organic stack of the transmission part (T/E) comprises an optical compensation layer and is taller in height than the first organic stack of the emission part (E).
A method for welding a workpiece (W) by using a laser, the method comprising the steps of: disposing a workpiece (W) in a region to be irradiated with laser light (L) from a laser apparatus ; and relatively moving the laser light (L) and the workpiece (W) so as to cause the laser light (L) to sweep over the workpiece (W) while irradiating the workpiece (W) with the laser light (L) from the laser apparatus , thereby melting and welding an irradiated portion of the workpiece (W), wherein the laser light (L) is formed of a main beam (B1) and an auxiliary beam (B2), at least part of the auxiliary beam (B2) being disposed anteriorly in a sweep direction, and the main beam (B1) has a power density equal to or greater than a power density of the auxiliary beam (B2), characterized in that the laser light forms a shallow region in a region to be irradiated by the auxiliary beam, the shallow region being a molten pool shallower than a molten pool formed in a region to be irradiated by the main beam, and a melt intensity region of the main beam reaches the shallow region before the shallow region formed in the region to be irradiated by the auxiliary beam solidifies disposing a workpiece (W) in a region to be irradiated with laser light (L) from a laser apparatus ; and relatively moving the laser light (L) and the workpiece (W) so as to cause the laser light (L) to sweep over the workpiece (W) while irradiating the workpiece (W) with the laser light (L) from the laser apparatus , thereby melting and welding an irradiated portion of the workpiece (W), wherein the laser light (L) is formed of a main beam (B1) and an auxiliary beam (B2), at least part of the auxiliary beam (B2) being disposed anteriorly in a sweep direction, and the main beam (B1) has a power density equal to or greater than a power density of the auxiliary beam (B2), characterized in that the laser light forms a shallow region in a region to be irradiated by the auxiliary beam, the shallow region being a molten pool shallower than a molten pool formed in a region to be irradiated by the main beam, and a melt intensity region of the main beam reaches the shallow region before the shallow region formed in the region to be irradiated by the auxiliary beam solidifies
A method for randomly accessing high efficiency video coding, HEVC, bitstream for moving picture experts group, MPEG, media transport, MMT, the method comprising: receiving a plurality of packets of a group of pictures for a video in decoding order; determining a first packet of the plurality of packets of the group of pictures to begin processing the video, wherein determining the first packet to begin processing the video comprises: - for each of the plurality of packets, determining whether a movie _fragment_sequence _number value of the first packet is different than a movie fragment sequence_number value of a preceding packet, and - removing the first packet, if the movie fragment sequence_number value of the first packet is equal to the movie fragment sequence _number value of the preceding packet; determining whether a sample_number value of a second packet of the plurality of packets in leading frames are smaller than a sample-number value of the first packet; removing the second packet from a memory, if the sample_number value of the second packet is smaller than the sample-number value of the first packet, wherein the leading frames are frames that come before an independent frame; and processing the packets remaining in the memory. receiving a plurality of packets of a group of pictures for a video in decoding order; determining a first packet of the plurality of packets of the group of pictures to begin processing the video, wherein determining the first packet to begin processing the video comprises: - for each of the plurality of packets, determining whether a movie _fragment_sequence _number value of the first packet is different than a movie fragment sequence_number value of a preceding packet, and - removing the first packet, if the movie fragment sequence_number value of the first packet is equal to the movie fragment sequence _number value of the preceding packet; - for each of the plurality of packets, determining whether a movie _fragment_sequence _number value of the first packet is different than a movie fragment sequence_number value of a preceding packet, and - removing the first packet, if the movie fragment sequence_number value of the first packet is equal to the movie fragment sequence _number value of the preceding packet; determining whether a sample_number value of a second packet of the plurality of packets in leading frames are smaller than a sample-number value of the first packet; removing the second packet from a memory, if the sample_number value of the second packet is smaller than the sample-number value of the first packet, wherein the leading frames are frames that come before an independent frame; and processing the packets remaining in the memory.
A medical device kit for assisting in the attachment of an artificial caput femur surface to a caput femur, in an artificial articulating hip joint, the medical device kit comprises: an artificial caput femur surface comprising a plurality of movable portions , said movable portions connected to an interconnecting portion by movable members placed along a side of the movable portions, the medical device kit being characterized in that it further comprises: a first , second and third locking member each configured to lock the artificial caput femur surface clasping the caput femur , wherein each locking member is configured to, in a first state, hold the artificial caput femur surface clasped on the caput femur, and, in a second state, release the artificial caput femur surface from the caput femur, and wherein the first locking member is a locking ring configured to substantially encircle the artificial caput femur surface and lock the artificial caput femur surface to a femur having a first size, the second locking member is a locking ring configured to substantially encircle the artificial caput femur surface and lock the artificial caput femur surface to a femur having a second size, and the third locking member is a locking ring configured to substantially encircle the artificial caput femur surface and lock the artificial caput femur surface to a femur having a third size, wherein the first size, the second size and the third size are different sizes. an artificial caput femur surface comprising a plurality of movable portions , said movable portions connected to an interconnecting portion by movable members placed along a side of the movable portions, the medical device kit being characterized in that it further comprises: a first , second and third locking member each configured to lock the artificial caput femur surface clasping the caput femur , wherein each locking member is configured to, in a first state, hold the artificial caput femur surface clasped on the caput femur, and, in a second state, release the artificial caput femur surface from the caput femur, and
A mobile terminal comprising: a touch screen ; a memory ; and a controller in communication with the touch screen and the memory , the controller configured to: execute an application and control the touch screen to display an application screen including at least one field ; process an input corresponding to a selection of a field from the at least one field , wherein the selected field has a format; search, in the memory , for data having the same format as the format of the selected field; filter the searched data according to a predetermined condition; display the filtered data relating to the selected field; and process an input corresponding to a selection of a data item from the displayed data and insert the selected data item into the selected field, wherein the predetermined condition comprises an execution state of an application where the searched data is found, wherein the execution state of an application corresponds to whether the application is executed or not. a touch screen ; a memory ; and a controller in communication with the touch screen and the memory , the controller configured to: execute an application and control the touch screen to display an application screen including at least one field ; process an input corresponding to a selection of a field from the at least one field , wherein the selected field has a format; search, in the memory , for data having the same format as the format of the selected field; filter the searched data according to a predetermined condition; display the filtered data relating to the selected field; and process an input corresponding to a selection of a data item from the displayed data and insert the selected data item into the selected field, wherein the predetermined condition comprises an execution state of an application where the searched data is found, wherein the execution state of an application corresponds to whether the application is executed or not. execute an application and control the touch screen to display an application screen including at least one field ; process an input corresponding to a selection of a field from the at least one field , wherein the selected field has a format; search, in the memory , for data having the same format as the format of the selected field; filter the searched data according to a predetermined condition; display the filtered data relating to the selected field; and process an input corresponding to a selection of a data item from the displayed data and insert the selected data item into the selected field, wherein the predetermined condition comprises an execution state of an application where the searched data is found, wherein the execution state of an application corresponds to whether the application is executed or not.
A synthetic combination comprising a purified microbial population in association with a plurality of seeds or seedlings of an agricultural plant, wherein the purified microbial population comprises a first endophyte which is capable of production of acetoin, wherein the first endophyte is from the genus Cladosporium, and has an ITS rRNA 100% identical to SEQ ID NO: 3694 and wherein the first endophyte is present in the synthetic combination in an amount effective to provide a benefit to the seeds or seedlings or the plants derived from the seeds or seedlings.
Adapter for connecting an endoscope having at least one endoscope channel to a reprocessing device having at least one reprocessing channel , wherein the adapter has a connection channel system , which is provided to connect the at least one endoscope channel to the at least one reprocessing channel to make reliable reprocessing of the at least one endoscope channel by way of the reprocessing device possible, wherein the adapter is produced at least partially in a 3D printing method, characterized in that - the adapter is intended for single use, and - in that the adapter has a coupling element for connection to the reprocessing device , which coupling element must be destroyed in order to remove the adapter from the reprocessing device . - the adapter is intended for single use, and - in that the adapter has a coupling element for connection to the reprocessing device , which coupling element must be destroyed in order to remove the adapter from the reprocessing device .
An enclosure for telecommunication lines, the enclosure comprising: a splice compartment for retaining splices in telecommunication lines; a terminal compartment for retaining telecommunication line connection devices apart from splices retained in the splice compartment ; and at least one port (204; 304; 404) extending through a wall of the enclosure adjacent the terminal compartment , the at least one port (204; 304; 404) is configured to receive a connection device and allow extraction of the connection device through the wall from outside the enclosure wherein the at least one port (204; 304; 404) is closed by a sealing member removably retained in the at least one port that includes a receptacle wherein the sealing member includes the receptacle for holding the connection device inside the closure adjacent the terminal compartment and a grip the receptacle configured to engage the connection device and the grip configured for grasping by a user for extraction of the sealing member from the port , and wherein the sealing member includes a dummy receptacle for parking the connection device until a mating connection device is provided. a splice compartment for retaining splices in telecommunication lines; a terminal compartment for retaining telecommunication line connection devices apart from splices retained in the splice compartment ; and at least one port (204; 304; 404) extending through a wall of the enclosure adjacent the terminal compartment , the at least one port (204; 304; 404) is configured to receive a connection device and allow extraction of the connection device through the wall from outside the enclosure wherein the at least one port (204; 304; 404) is closed by a sealing member removably retained in the at least one port that includes a receptacle wherein the sealing member includes the receptacle for holding the connection device inside the closure adjacent the terminal compartment and a grip the receptacle configured to engage the connection device and the grip configured for grasping by a user for extraction of the sealing member from the port , and wherein the sealing member includes a dummy receptacle for parking the connection device until a mating connection device is provided.