mhurhangee/ep-ind-claims huggingface dataset:
A polishing slurry containing at least one type of raspberry-type coated particles for a polishing slurry comprising a core selected from the group consisting of metal oxides of Si, Ti, Zr, Al, Zn and mixtures thereof with a core size of from 20 to 100 nm wherein the core is coated with CeO2 particles having a particle size below 10 nm, whereby the raspberry-type coated particle is a particle comprising a core and a coating wherein the coating is deposited on the core as distinguishable dots or spheres instead of an even layer or shell, and at least one polishing additive selected from the group consisting of compounds having at least one functional group selected from the group consisting of carboxylic acid group, carboxylate group, sulfonic acid group or sulfonategroup; polyols having hydroxyl groups that are not dissociable in the aqueous medium; and compounds having at least one functional group having a pKa of about 4 to about 9 and being selected from the group consisting of arylamines, aminoalcohols, aliphatic amines, heterocyclic amines, hydroxamic acids, cyclic monocarboxylic acids, unsaturated monocarboxylic acids, substituted phenols, sulfonamides, thiols, and salts thereof; water. at least one type of raspberry-type coated particles for a polishing slurry comprising a core selected from the group consisting of metal oxides of Si, Ti, Zr, Al, Zn and mixtures thereof with a core size of from 20 to 100 nm wherein the core is coated with CeO2 particles having a particle size below 10 nm, whereby the raspberry-type coated particle is a particle comprising a core and a coating wherein the coating is deposited on the core as distinguishable dots or spheres instead of an even layer or shell, and at least one polishing additive selected from the group consisting of compounds having at least one functional group selected from the group consisting of carboxylic acid group, carboxylate group, sulfonic acid group or sulfonategroup; polyols having hydroxyl groups that are not dissociable in the aqueous medium; and compounds having at least one functional group having a pKa of about 4 to about 9 and being selected from the group consisting of arylamines, aminoalcohols, aliphatic amines, heterocyclic amines, hydroxamic acids, cyclic monocarboxylic acids, unsaturated monocarboxylic acids, substituted phenols, sulfonamides, thiols, and salts thereof; compounds having at least one functional group selected from the group consisting of carboxylic acid group, carboxylate group, sulfonic acid group or sulfonategroup; polyols having hydroxyl groups that are not dissociable in the aqueous medium; and compounds having at least one functional group having a pKa of about 4 to about 9 and being selected from the group consisting of arylamines, aminoalcohols, aliphatic amines, heterocyclic amines, hydroxamic acids, cyclic monocarboxylic acids, unsaturated monocarboxylic acids, substituted phenols, sulfonamides, thiols, and water.
A first device comprising: • a sending module configured to transmit data to a second device on a first carrier; • an obtaining module configured to obtain first configuration information, wherein the first configuration information is a first location of transmitting a retransmission packet on a second carrier, the first location comprises N subframes of the second carrier, and N is a positive integer; and • a retransmission module configured to transmit the retransmission packet of the data to the second device on the second carrier according to the first configuration information, • wherein the retransmission module is further configured to transmit a retransmission packet that belongs to a third carrier to the second device on the second carrier, the first configuration information further comprises an offset P of a second location, of transmitting the retransmission packet of the third carrier on the second carrier, relative to the first location, the second location comprises M subframes of the second carrier, M is a positive integer, and P is o or a positive integer; and the retransmission module is further configured to transmit the retransmission packet of the third carrier in the second location of the second carrier according to the first configuration information, wherein the first and third carriers are unlicensed carriers. • a sending module configured to transmit data to a second device on a first carrier; • an obtaining module configured to obtain first configuration information, wherein the first configuration information is a first location of transmitting a retransmission packet on a second carrier, the first location comprises N subframes of the second carrier, and N is a positive integer; and • a retransmission module configured to transmit the retransmission packet of the data to the second device on the second carrier according to the first configuration information, • wherein the retransmission module is further configured to transmit a retransmission packet that belongs to a third carrier to the second device on the second carrier, the first configuration information further comprises an offset P of a second location, of transmitting the retransmission packet of the third carrier on the second carrier, relative to the first location, the second location comprises M subframes of the second carrier, M is a positive integer, and P is o or a positive integer; and
Device for folding laundry items, having at least one transverse folding station (13, 14, 15) and belt conveyors (17, 18, 19, 20, 21) for transporting the respective laundry item to be folded in the running direction through at least one transverse folding gap (29, 30, 32) of the at least one transverse folding station (13 14, 15) in which the respective laundry item is imparted a transverse fold that runs transversely to the running direction, overlapping tiers of the laundry item being created in said imparting of a transverse fold, characterized in that detection means (39, 40) for opposite ends of the respective laundry item that run transversely to the running direction are disposed on opposite sides of at least one transverse folding gap (29, 30, 32), said detection means capturing the respective end of each tier of the laundry item to be transversely folded, in order for any potential difference in terms of an overlap to be captured.
Plug connector for connection to a complementary plug connector, the plug connector comprising: at least one electrical contact element (20, 20a) for connection to an electrical contact element (36, 36a) of the complementary plug connector, wherein the plug connector has a spring element which is electrically connected to an earth line of the plug connector and the plug connector is designed in such a way that, when the plug connector is connected to the complementary plug connector, the spring element makes electrical contact with an earth contact element of the complementary plug connector before the electrical contact element (20, 20a) of the plug connector makes contact with the electrical contact element (36, 36a) of the complementary plug connector, characterized in that the plug connector is designed in such a way that the spring element makes electrical contact with the earth contact element of the complementary plug connector only during the plug-connection of the plug connector to the complementary plug connector. at least one electrical contact element (20, 20a) for connection to an electrical contact element (36, 36a) of the complementary plug connector, wherein the plug connector has a spring element which is electrically connected to an earth line of the plug connector and the plug connector is designed in such a way that, when the plug connector is connected to the complementary plug connector, the spring element makes electrical contact with an earth contact element of the complementary plug connector before the electrical contact element (20, 20a) of the plug connector makes contact with the electrical contact element (36, 36a) of the complementary plug connector, characterized in that the plug connector is designed in such a way that the spring element makes electrical contact with the earth contact element of the complementary plug connector only during the plug-connection of the plug connector to the complementary plug connector.
A method for deriving a measure of blood velocity in a blood vessel of a subject, the method performed in a single measurement session, the method comprising: (a) in a first cardiac cycle: acquiring ultrasound data of the blood vessel, determining a blood velocity profile across a radial cross-section of the blood vessel during the cardiac cycle using the ultrasound data, based on acquiring a plurality of blood velocity measurements at different radial positions across the vessel radial cross-section; characterized by further comprising: (b) in one or more subsequent cardiac cycles: acquiring ultrasound data of the blood vessel, measuring a blood velocity at a single point within the radial cross-section of the vessel using the ultrasound data, and calculating an average blood velocity across the radial cross-section of the vessel based on the measured velocity at the single point and the velocity profile. (a) in a first cardiac cycle: acquiring ultrasound data of the blood vessel, determining a blood velocity profile across a radial cross-section of the blood vessel during the cardiac cycle using the ultrasound data, based on acquiring a plurality of blood velocity measurements at different radial positions across the vessel radial cross-section; characterized by further comprising: (b) in one or more subsequent cardiac cycles: acquiring ultrasound data of the blood vessel, measuring a blood velocity at a single point within the radial cross-section of the vessel using the ultrasound data, and calculating an average blood velocity across the radial cross-section of the vessel based on the measured velocity at the single point and the velocity profile. acquiring ultrasound data of the blood vessel, determining a blood velocity profile across a radial cross-section of the blood vessel during the cardiac cycle using the ultrasound data, based on acquiring a plurality of blood velocity measurements at different radial positions across the vessel radial cross-section; characterized by further comprising: (b) in one or more subsequent cardiac cycles: acquiring ultrasound data of the blood vessel, measuring a blood velocity at a single point within the radial cross-section of the vessel using the ultrasound data, and calculating an average blood velocity across the radial cross-section of the vessel based on the measured velocity at the single point and the velocity profile. acquiring ultrasound data of the blood vessel, measuring a blood velocity at a single point within the radial cross-section of the vessel using the ultrasound data, and calculating an average blood velocity across the radial cross-section of the vessel based on the measured velocity at the single point and the velocity profile.
A light-emitting acoustic panel, comprising: - a light source (10a, 10b) - a sound-absorbing layer having an optically reflective side facing the light source; - a light-transmissive layer arranged in parallel with and spaced apart from the sound-absorbing layer, such that the light source is arranged in a space between the sound-absorbing layer and the light-transmissive layer; characterized in that the panel further comprises - a duct through the light-emitting acoustic panel, wherein a surface of the duct facing the space between the sound-absorbing layer and the light-transmissive layer is a specularly reflective surface. - a light source (10a, 10b) - a sound-absorbing layer having an optically reflective side facing the light source; - a light-transmissive layer arranged in parallel with and spaced apart from the sound-absorbing layer, such that the light source is arranged in a space between the sound-absorbing layer and the light-transmissive layer; characterized in that the panel further comprises - a duct through the light-emitting acoustic panel, wherein a surface of the duct facing the space between the sound-absorbing layer and the light-transmissive layer is a specularly reflective surface.
A self-locking USB protection plug device comprising: a rugged body shaped and sized to be inserted into a standard USB jack of a protected computing apparatus, wherein said rugged body is having at least one spring, said at least one spring is having a locking tooth sized and shaped to be locked inside a shielding tab hole of said standard USB jack; a faceplate attached to said rugged body, wherein said faceplate is larger than said standard USB j jack to prevent an attempt to insert a thin tool between the inserted self-locking USB plug rugged body and the standard USB j jack; a printed circuit board assembly housed within said rugged body, wherein said printed circuit board assembly is having contacts for electronically interfacing with said protected computing apparatus via said standard USB jack, characterised by: a LED indicator attached to said printed circuit board assembly that is visible when looking at the faceplate of the self-locking USB protection plug device; and an active authentication chip attached to said printed circuit board assembly, wherein said active authentication chip is capable of communicating with, and authenticating in front of a security software executed by said protected computing apparatus, and wherein said active authentication chip is capable of causing said LED indicator to indicate that said USB jack is securely protected by an authenticated USB protection plug device, and wherein said active authentication chip is further capable of causing said LED indicator to indicate that at least one USB jack in said protected computing apparatus is not securely protected, and further characterised in that the self-locking USB protection plug device is constructed to be permanently attached to the standard USB jack once it is inserted into said standard USB jack, wherein only the faceplate and the LED indicator are visible when the self-locking USB protection plug device is inserted into said standard USB jack.
A system for performing recovery of a server in case of a server failure comprising: a first computing device (103) including one or more processors that is configured to communicate over one or more networks with one or more client computing devices and the server, wherein the first computing device (103) is configured by executable instructions to perform operations comprising: receiving, by the first computing device (103), from the server, an indication that the server has recovered data, wherein the first computing device (103) stores metadata including a mapping for one or more file systems accessed by one or more client devices, receiving, by the first computing device (103), from the server, a mapping of the one or more file systems determined by the server based on the recovered data; comparing, by the first computing device (103), the mapping from the server with the mapping of the one or more file systems on the first computing device (103); and sending, by the first computing device (103), to the server, information about differences determined between the mapping stored on the first computing device (103) and the mapping received from the server to enable the server to update the mapping on the server based on the differences. receiving, by the first computing device (103), from the server, an indication that the server has recovered data, wherein the first computing device (103) stores metadata including a mapping for one or more file systems accessed by one or more client devices, receiving, by the first computing device (103), from the server, a mapping of the one or more file systems determined by the server based on the recovered data; comparing, by the first computing device (103), the mapping from the server with the mapping of the one or more file systems on the first computing device (103); and sending, by the first computing device (103), to the server, information about differences determined between the mapping stored on the first computing device (103) and the mapping received from the server to enable the server to update the mapping on the server based on the differences.
A method of performing a handover with Single Radio Voice Call Continuity, SRVCC, of a telecommunications session from a User Equipment, UE accessing an IP Multimedia Subsystem, IMS, network via a Circuit Switched, CS, access network to a target Packet Switched, PS, access network, the method comprising: notifying the CS access network of the possibility to perform a CS to PS handover with SRVCC for video data with or without any audio media in the session, wherein said possibility is further determined from a 'CS to PS SRVCC allowed' indication provided from a Home Subscriber Server, HSS, when the UE registers with the IMS network and the 'CS to PS SRVCC allowed' indication further comprises an indication of whether CS to PS SRVCC is allowed for video data with or without any audio media in the session; receiving a handover request from the CS access network to transfer the session; determining that the telecommunications session comprises video data; determining the ability of the UE to perform the handover with SRVCC for the video data with or without any audio media in the session; allocating bearer resources for the session when handed over to the PS access network, including a video data bearer and, if there is any audio media in the session an audio media bearer; sending a CS to PS handover command to the UE, including information comprising the port IP addresses and codecs to use for each of the video data and audio media, to enable the UE to transfer the video data and any audio media to the PS access network; and transferring the session from the CS to the target PS access network. notifying the CS access network of the possibility to perform a CS to PS handover with SRVCC for video data with or without any audio media in the session, wherein said possibility is further determined from a 'CS to PS SRVCC allowed' indication provided from a Home Subscriber Server, HSS, when the UE registers with the IMS network and the 'CS to PS SRVCC allowed' indication further comprises an indication of whether CS to PS SRVCC is allowed for video data with or without any audio media in the session; receiving a handover request from the CS access network to transfer the session; determining that the telecommunications session comprises video data; determining the ability of the UE to perform the handover with SRVCC for the video data with or without any audio media in the session; allocating bearer resources for the session when handed over to the PS access network, including a video data bearer and, if there is any audio media in the session an audio media bearer; sending a CS to PS handover command to the UE, including information comprising the port IP addresses and codecs to use for each of the video data and audio media, to enable the UE to transfer the video data and any audio media to the PS access network; and transferring the session from the CS to the target PS access network.
A power supply device, with - at least one power consumer terminal (D1... Dn), to which an electrical consumer can be connected; - at least one evaluation and control device (AE1... AEn); - a first power supply terminal which can be connected to a mains power supply; - a stand-alone power supply; - a second power supply terminal connectable to the stand-alone power supply; and - a switching device for switching the connection of the at least one power consumer terminal to the first power supply terminal, mains operation, or the second power supply terminal, island operation, wherein the at least one evaluation and control device (AE1... AEn) is assigned to the at least one power consumer terminal (D1... Dn) and is configured in such a way that it detects the island operation of the power supply device and connects or disconnects the at least one power consumer terminal (D1... Dn) at least in the island operation in dependence of preset criteria, characterized in that the stand-alone power supply is a photovoltaic system and is configured in such a way that it can change its supply voltage and/or the frequency of its supply voltage in the island operation for improving energy management in the island operation. - at least one power consumer terminal (D1... Dn), to which an electrical consumer can be connected; - at least one evaluation and control device (AE1... AEn); - a first power supply terminal which can be connected to a mains power supply; - a stand-alone power supply; - a second power supply terminal connectable to the stand-alone power supply; and - a switching device for switching the connection of the at least one power consumer terminal to the first power supply terminal, mains operation, or the second power supply terminal, island operation,
A device to thermoform a composite component and injection over-moulding a shape on one face of the composite component comprising a mould, comprising a shaping die (110, 411, 412) paired with a punch thus defining a moulding cavity therebetween, the shaping die being mounted on a transfer device comprising: - a loading/unloading station to load/unload a blank (150, 450) onto the shaping die (110, 411, 412); - an injection and mould-closure station between the punch and the shaping die (110, 411, 412) for performing the thermoforming; - a high frequency generator; - the shaping die comprising a network of inductors for heating its moulding surface and a cooling network to cool the moulding surface by a circulation of a fluid; - the loading/unloading station comprising a device to place an induction heated radiating panel facing the moulding surface of the shaping die, the inductor network of the shaping die and the one heating the induction heated radiating panel being supplied in high frequency current by the same single generator. - a loading/unloading station to load/unload a blank (150, 450) onto the shaping die (110, 411, 412); - an injection and mould-closure station between the punch and the shaping die (110, 411, 412) for performing the thermoforming; - a high frequency generator; - the shaping die comprising a network of inductors for heating its moulding surface and a cooling network to cool the moulding surface by a circulation of a fluid; - the loading/unloading station comprising a device to place an induction heated radiating panel facing the moulding surface of the shaping die, the inductor network of the shaping die and the one heating the induction heated radiating panel being supplied in high frequency current by the same single generator.