mhurhangee/patent-ind-claim-en huggingface dataset:
A molded body formed of a PEEK resin composition comprising a PEEK resin-adhered fiber bundle, wherein: the PEEK resin-adhered fiber bundle comprises a PEEK resin adhered to a fiber bundle with a length of 5 to 20 mm; a fiber content ratio in the PEEK resin-adhered fiber bundle is 10 to 70% by mass; and a weight average fiber length in the molded body is 0.4 to 3 mm, wherein the PEEK resin-adhered fiber bundle is a PEEK resin-impregnated fiber bundle; wherein the PEEK resin-adhered fiber bundle includes a bundle in a state where the PEEK resin is impregnated into a center portion of the fiber bundle and the PEEK resin is infiltrated between fibers at the center portion forming the fiber bundle. the PEEK resin-adhered fiber bundle comprises a PEEK resin adhered to a fiber bundle with a length of 5 to 20 mm; a fiber content ratio in the PEEK resin-adhered fiber bundle is 10 to 70% by mass; and a weight average fiber length in the molded body is 0.4 to 3 mm, wherein the PEEK resin-adhered fiber bundle is a PEEK resin-impregnated fiber bundle; wherein the PEEK resin-adhered fiber bundle includes a bundle in a state where the PEEK resin is impregnated into a center portion of the fiber bundle and the PEEK resin is infiltrated between fibers at the center portion forming the fiber bundle.
A network device , comprising: a communication interface configured to enable communication with a client device , and to receive a request for a content delivery from the client device, wherein the content is non-time sensitive; and a processing unit configured to determine whether to defer the request depending on a network load at a time when the request has been received, wherein: if the processing unit has determined that the request is not deferred, the processing unit generates a first message to be sent to the client device via the communication interface, to enable the content delivery; and if the processing unit has determined that the request is deferred, the processing unit generates a second message to be sent to the client device via the communication interface, wherein the second message includes a time value indicating when to resubmit the client request, the time value being an absolute time value or a time interval after the time when the request has been received at which to resubmit the request, characterized in that the request includes a domain name and the first message includes an Internet Protocol, IP, address corresponding to the domain name, and wherein the network load is based on mobile network traffic and the determination to defer the request is based on a determination that the mobile network in which the client device resides is traffic congested. a communication interface configured to enable communication with a client device , and to receive a request for a content delivery from the client device, wherein the content is non-time sensitive; and a processing unit configured to determine whether to defer the request depending on a network load at a time when the request has been received, wherein: if the processing unit has determined that the request is not deferred, the processing unit generates a first message to be sent to the client device via the communication interface, to enable the content delivery; and if the processing unit has determined that the request is deferred, the processing unit generates a second message to be sent to the client device via the communication interface, if the processing unit has determined that the request is not deferred, the processing unit generates a first message to be sent to the client device via the communication interface, to enable the content delivery; and if the processing unit has determined that the request is deferred, the processing unit generates a second message to be sent to the client device via the communication interface, wherein the second message includes a time value indicating when to resubmit the client request, the time value being an absolute time value or a time interval after the time when the request has been received at which to resubmit the request, characterized in that the request includes a domain name and the first message includes an Internet Protocol, IP, address corresponding to the domain name, and wherein the network load is based on mobile network traffic and the determination to defer the request is based on a determination that the mobile network in which the client device resides is traffic congested.
A method for processing calcinated carbon bodies for anodes or cathodes for use in connection with electrolytic production of aluminium, in which the carbon bodies are processed by means of a rotating processing tool , the tool consists of a mainly circular disc with cutting edges arranged at its outer periphery, wherein the processing tool or the carbon body is moved along a linear path thus making slot (s) in the carbon body, wherein the processing is done without the presence of cutting/cooling liquid, wherein, the cutting edges are made of polycrystalline diamond (PCD) and have a speed greater than 100 m/min. and less than 300 m/min. relative to the carbon body.
A compound of Chemical Formula 1 below or a salt thereof: wherein R 1 is hydrogen, and R 2 is alkyl of 6 to 9 carbon atoms.
A method of provisioning a subscription of a service to a device , the method comprising the steps of: receiving a message from a device , the message protected by first provisioning data installed on the device ; authenticating the message using data corresponding to the first provisioning data; on successful authentication, providing data enabling the device to recover protected second provisioning data from a subscription manager (SM2); providing the device with the protected second provisioning data, the method being characterized in that the step of authenticating the message is carried out by a further subscription manager (SM1); and the further subscription manager obtaining data (V sm2 ) to enable the device to authenticate the subscription manager (SM2) when recovering the protected second provisioning data, and wherein the further subscription manager (SM1) provides the device with the obtained data (V sm2 ). receiving a message from a device , the message protected by first provisioning data installed on the device ; authenticating the message using data corresponding to the first provisioning data; on successful authentication, providing data enabling the device to recover protected second provisioning data from a subscription manager (SM2); providing the device with the protected second provisioning data, the method being characterized in that the step of authenticating the message is carried out by a further subscription manager (SM1); and the further subscription manager obtaining data (V sm2 ) to enable the device to authenticate the subscription manager (SM2) when recovering the protected second provisioning data, and wherein the further subscription manager (SM1) provides the device with the obtained data (V sm2 ).
A robot cleaner including a detecting apparatus capable of detecting a floor on which the robot cleaner moves, the detecting apparatus comprising: a detecting unit provided with a transmitting unit for sending a light signal to detect the floor and a receiving unit for receiving the signal sent from the transmitting unit to be reflected on the floor; an optic angle adjusting unit disposed at at least one of the transmitting unit and the receiving unit and configured to adjust optic angles of the signal; a light shielding unit configured to partially shield the signal sent through the optic angle adjusting unit by shielding a peripheral portion of the signal in order to reduce a measurement deviation between the transmitting unit and the receiving unit;; wherein the light shielding unit is configured to partially shield the optic angle adjusting unit, and to shield the optic angle adjusting unit by a certain length from an outer side of the optic angle adjusting unit to an inner side thereof, characterised in that the detecting apparatus further comprises a light amount adjusting unit configured to feedback an amount of light received at the receiving unit to adjust an amount of light sent from the transmitting unit. a detecting unit provided with a transmitting unit for sending a light signal to detect the floor and a receiving unit for receiving the signal sent from the transmitting unit to be reflected on the floor; an optic angle adjusting unit disposed at at least one of the transmitting unit and the receiving unit and configured to adjust optic angles of the signal; a light shielding unit configured to partially shield the signal sent through the optic angle adjusting unit by shielding a peripheral portion of the signal in order to reduce a measurement deviation between the transmitting unit and the receiving unit;; wherein the light shielding unit is configured to partially shield the optic angle adjusting unit, and to shield the optic angle adjusting unit by a certain length from an outer side of the optic angle adjusting unit to an inner side thereof,
A method for obtaining a hardware activation code, HWAC, for a baseband node , the method being performed by a network planner node , the method comprising: performing (S102) mutual authentication between a trusted execution environment, TEE , of the network planner node and a TEE of the baseband node ; providing (S104), towards the TEE of the baseband node , a request for HWAC calculation data based on a network resource need; obtaining (S106), from the TEE of the baseband node , the requested HWAC calculation data; obtaining (S108) the HWAC by inputting the obtained HWAC calculation data and a quantification of the network resource need to a HWAC calculation function on the TEE of the network planner node , where the HWAC is given as output from the HWAC calculation function ; and providing (S110), towards the TEE of the baseband node , the HWAC. performing (S102) mutual authentication between a trusted execution environment, TEE , of the network planner node and a TEE of the baseband node ; providing (S104), towards the TEE of the baseband node , a request for HWAC calculation data based on a network resource need; obtaining (S106), from the TEE of the baseband node , the requested HWAC calculation data; obtaining (S108) the HWAC by inputting the obtained HWAC calculation data and a quantification of the network resource need to a HWAC calculation function on the TEE of the network planner node , where the HWAC is given as output from the HWAC calculation function ; and providing (S110), towards the TEE of the baseband node , the HWAC.
Device for neutralising asbestos waste, that comprises: - an acid tank , - a tank containing a diluted acid solution in which waste containing asbestos is immersed, this acid solution neutralising the asbestos waste, - a filtration unit to separate the inert solid from the liquid phase of the acid solution at the end of the waste neutralisation reaction, - a regeneration unit for the liquid phase of the acid solution contained in the tank that adjusts the hydrogen potential of the filtered liquid phase by the addition of concentrated acid contained in the acid tank, - means of transferring the liquid phase of the regenerated acid solution into the tank, characterised in that it also comprises: - means for determining a type and/or a proportion of asbestos in the waste before immersion in the tank , the regeneration unit adjusting the hydrogen potential of the liquid phase of the regenerated acid solution depending on the type and/or proportion of asbestos and - a wear sensor for the acid asbestos waste neutralisation solution, and a unit for selective precipitation of the liquid phase of the acid solution supplied by the regeneration unit , depending on the detected wear. - an acid tank , - a tank containing a diluted acid solution in which waste containing asbestos is immersed, this acid solution neutralising the asbestos waste, - a filtration unit to separate the inert solid from the liquid phase of the acid solution at the end of the waste neutralisation reaction, - a regeneration unit for the liquid phase of the acid solution contained in the tank that adjusts the hydrogen potential of the filtered liquid phase by the addition of concentrated acid contained in the acid tank, - means of transferring the liquid phase of the regenerated acid solution into the tank, characterised in that it also comprises: - means for determining a type and/or a proportion of asbestos in the waste before immersion in the tank , the regeneration unit adjusting the hydrogen potential of the liquid phase of the regenerated acid solution depending on the type and/or proportion of asbestos and - a wear sensor for the acid asbestos waste neutralisation solution, and a unit for selective precipitation of the liquid phase of the acid solution supplied by the regeneration unit , depending on the detected wear.
A staple cartridge assembly , comprising: a proximal end; a distal end; a cartridge body comprising a base and a blunt nose at said distal end; a plurality of staple cavities defined within said cartridge body , wherein said plurality of staple cavities extends longitudinally from said proximal end to said distal end ; a plurality of staples removably stored within said plurality of staple cavities ; a driver configured to support at least one of said plurality of staples ; and a sled movable toward said distal end during a firing stroke, wherein said sled comprises: a first ramp ; and a second ramp , wherein said first ramp is laterally offset from said second ramp , wherein said first ramp and said second ramp are configured to lift said driver , and wherein said blunt nose of said cartridge body comprises a first recess formed within said distal end configured to receive said first ramp of said sled after the completion of said firing stroke and a second recess formed within said distal end configured to receive said second ramp of said sled after said firing stroke has been completed characterised in that the angle of the blunt nose of the cartridge body with respect to the base of the cartridge body is between 45° and 60°. a proximal end; a distal end; a cartridge body comprising a base and a blunt nose at said distal end; a plurality of staple cavities defined within said cartridge body , wherein said plurality of staple cavities extends longitudinally from said proximal end to said distal end ; a plurality of staples removably stored within said plurality of staple cavities ; a driver configured to support at least one of said plurality of staples ; and a sled movable toward said distal end during a firing stroke, a first ramp ; and a second ramp , wherein said first ramp is laterally offset from said second ramp , wherein said first ramp and said second ramp are configured to lift said driver , and wherein said blunt nose of said cartridge body comprises a first recess formed within said distal end configured to receive said first ramp of said sled after the completion of said firing stroke and a second recess formed within said distal end configured to receive said second ramp of said sled after said firing stroke has been completed characterised in that the angle of the blunt nose of the cartridge body with respect to the base of the cartridge body is between 45° and 60°.
A method of operating a first wireless transceiver unit (TX1) which operates in the same portion of, or overlaps an RF spectrum as a second wireless transceiver unit (TX2), there being an arbitration device which controls when the first and second wireless transceiver units (TX1, TX2) can access the shared portion of the RF spectrum and an interface (151-154) connecting the first transceiver unit (TX1) to the arbitration device , the interface carrying access requests, each request having one of N possible interface priority levels, characterized in that the method comprises: associating a transceiver priority level to a series of packets which are intended for transmission, the transceiver priority level being chosen from a range of M possible priority levels, where M>N; sending a sequence of access requests to the arbitration device , each access request in the sequence having an interface priority level chosen from the range of N possible interface priority levels, wherein the average value of the interface priority levels used in the sequence depends on the associated transceiver priority level. associating a transceiver priority level to a series of packets which are intended for transmission, the transceiver priority level being chosen from a range of M possible priority levels, where M>N; sending a sequence of access requests to the arbitration device , each access request in the sequence having an interface priority level chosen from the range of N possible interface priority levels, wherein the average value of the interface priority levels used in the sequence depends on the associated transceiver priority level.
A crystallization device having a classification leg at a center part of a vertical container on a bottom part thereof, rotor blade means for generating a swirling flow (Fa) of a raw material liquid in the container along an inner circumferential surface of the container , and liquid-flow direction changing means for causing the raw material liquid to flow upward at the center part of the container is provided at a center part of a bottom surface in the container , characterized in that a circulation pipeline is provided for causing a lower end portion of the classification leg and a side surface of an upper part of the container above the rotor blade means to communicate with and to be connected to each other.
A cosmetic process for concealing skin pores, comprising the step of: applying onto the skin a self-standing cosmetic sheet comprising at least one biocompatible and/or biodegradable hydrophobic polymer layer, wherein the biocompatible and/or biodegradable hydrophobic polymer layer comprises at least one cationic polymer and at least one anionic polymer, and the self-standing cosmetic sheet has a thickness of from 10 to 1000 nm, preferably from 30 to from 500 nm, and more preferably from 50 to 300 nm. applying onto the skin a self-standing cosmetic sheet comprising at least one biocompatible and/or biodegradable hydrophobic polymer layer, wherein the biocompatible and/or biodegradable hydrophobic polymer layer comprises at least one cationic polymer and at least one anionic polymer, and the self-standing cosmetic sheet has a thickness of from 10 to 1000 nm, preferably from 30 to from 500 nm, and more preferably from 50 to 300 nm.
A hydrogen gas composition comprising the following gas contaminants in the following concentrations in a hydrogen gaseous matrix, expressed in μmol/mol with respect to the total number of moles of gas in the hydrogen gas composition as a whole: - sulphur compound(s): at least 0.002 μmol/mol and at most 0.20 μmol/mol, - formaldehyde (HCHO): at least 0.05 μmol/mol at most 0.50 μmol/mol, - formic acid (HCOOH): at least 0.05 μmol/mol and at most 0.50 μmol/mol, - ammonia (NH 3 ): at least 0.050 μmol/mol and at most 0.50 μmol/mol, - halogenated compound(s): at least 0.020 μmol/mol and at most 0.20 μmol/mol, the hydrogen gas composition comprising either ammonia (NH 3 ) or formaldehyde (HCHO) but not ammonia and formaldehyde simultaneously. - sulphur compound(s): at least 0.002 μmol/mol and at most 0.20 μmol/mol, - formaldehyde (HCHO): at least 0.05 μmol/mol at most 0.50 μmol/mol, - formic acid (HCOOH): at least 0.05 μmol/mol and at most 0.50 μmol/mol, - ammonia (NH 3 ): at least 0.050 μmol/mol and at most 0.50 μmol/mol, - halogenated compound(s): at least 0.020 μmol/mol and at most 0.20 μmol/mol,
Chest of drawers comprising: - a fixed structure which defines at least one housing , said housing hosting at least one movable drawer ; - said movable drawer configured to have a closed position with respect to said fixed structure in which said drawer is completely contained inside said housing and an open position in which at least part of said drawer protrudes outside said housing ; - a first identification element visible from the outside of said fixed structure , said first identification element being configured to provide information regarding the contents of said drawer ; said drawer comprising a front side provided with a portion suitably shaped so as to enable at least one area of said fixed structure defined inside said housing to be viewed from the outside, even when said drawer is in said closed position, said first identification element being placed at the level of said area of said fixed structure ; characterized in that: - said front side at the level of said portion provides a through hole ; or - said portion is shaped with an open profile facing outwards and includes at least one portion of two perimeter edges of said front side which are incident to each other. - a fixed structure which defines at least one housing , said housing hosting at least one movable drawer ; - said movable drawer configured to have a closed position with respect to said fixed structure in which said drawer is completely contained inside said housing and an open position in which at least part of said drawer protrudes outside said housing ; - a first identification element visible from the outside of said fixed structure , said first identification element being configured to provide information regarding the contents of said drawer ; - said front side at the level of said portion provides a through hole ; or - said portion is shaped with an open profile facing outwards and includes at least one portion of two perimeter edges of said front side which are incident to each other.