mhurhangee/patent-ind-claim-en huggingface dataset:
A policy control method in a policy and charging control, PCC, system, comprising: obtaining (S610), by a policy and charging rule function entity, a message comprising description information of two or more sub-flows which belong to a same application and are formed via different interfaces of a user equipment, wherein the message is transmitted by an application function, AF, entity, and the description information of the two or more sub-flows comprises an Internet protocol, IP, address associated with each sub-flow of the two or more sub-flows and quality of service, QoS, requirement information of each sub-flow of the two or more sub-flows; generating (S360, S470, S550, S620), by the policy and charging rule function entity, a PCC rule corresponding to each sub-flow of the two or more sub-flows according to the description information of each sub-flow of the two or more sub-flows of the same application; and transmitting (S370, S480, S560, S630), by the policy and charging rule function entity, the generated PCC rule to a policy and charging enforcement function entity, so as to perform (S380, S490, S570) policy control for the sub-flows by the policy and charging enforcement function entity. obtaining (S610), by a policy and charging rule function entity, a message comprising description information of two or more sub-flows which belong to a same application and are formed via different interfaces of a user equipment, wherein the message is transmitted by an application function, AF, entity, and the description information of the two or more sub-flows comprises an Internet protocol, IP, address associated with each sub-flow of the two or more sub-flows and quality of service, QoS, requirement information of each sub-flow of the two or more sub-flows; generating (S360, S470, S550, S620), by the policy and charging rule function entity, a PCC rule corresponding to each sub-flow of the two or more sub-flows according to the description information of each sub-flow of the two or more sub-flows of the same application; and transmitting (S370, S480, S560, S630), by the policy and charging rule function entity, the generated PCC rule to a policy and charging enforcement function entity, so as to perform (S380, S490, S570) policy control for the sub-flows by the policy and charging enforcement function entity.
Machining device comprising an optical trepanation head , which comprises: - an opto-mechanical system , having a head body provided with an extremity and with a rotating device comprising a rotating diffraction grating (R1), - a picosecond or femtosecond pulsed laser source , - at least one optical fibre , - a first lens (L1), and - - a second lens (L2) characterized in that the second lens (L2) is arranged downstream of the rotating device and is movable in translation along the longitudinal axis of the opto-mechanical system . - an opto-mechanical system , having a head body provided with an extremity and with a rotating device comprising a rotating diffraction grating (R1), - a picosecond or femtosecond pulsed laser source , - at least one optical fibre , - a first lens (L1), and - - a second lens (L2) - - a second lens (L2)
A vascular disorder treatment system comprising: a first tube ; a second tube slidably movable within said first tube; a containment bag associated with a distal end of said second tube ; said containment bag having a non-expanded state and an expanded state; said containment bag sized to seat said containment bag at an entrance of a vascular disorder when in said expanded state; said containment bag having an opening for receiving an embolic agent for treatment of said vascular disorder: a pusher movable within said second tube ; characterized by said pusher having a plunger at a distal end of the pusher , and said plunger having a larger diameter than said pusher ; and a stopper ring near said distal end of said second tube , wherein said stopper ring is affixed to an inner surface of said second tube and arranged to prohibit movement of said plunger distally beyond said stopper ring , while said pusher is operative to move said containment bag through said stopper ring out of said second tube . a first tube ; a second tube slidably movable within said first tube; a containment bag associated with a distal end of said second tube ; said containment bag having a non-expanded state and an expanded state; said containment bag sized to seat said containment bag at an entrance of a vascular disorder when in said expanded state; said containment bag having an opening for receiving an embolic agent for treatment of said vascular disorder: a pusher movable within said second tube ; characterized by said pusher having a plunger at a distal end of the pusher , and said plunger having a larger diameter than said pusher ; and a stopper ring near said distal end of said second tube , wherein said stopper ring is affixed to an inner surface of said second tube and arranged to prohibit movement of said plunger distally beyond said stopper ring , while said pusher is operative to move said containment bag through said stopper ring out of said second tube . a pusher movable within said second tube ; characterized by said pusher having a plunger at a distal end of the pusher , and said plunger having a larger diameter than said pusher ; and a stopper ring near said distal end of said second tube , wherein said stopper ring is affixed to an inner surface of said second tube and arranged to prohibit movement of said plunger distally beyond said stopper ring , while said pusher is operative to move said containment bag through said stopper ring out of said second tube .
A method of producing an aerogel blanket, the method comprising: 1) producing an aerogel precursor by mixing a hydrophobic aerogel powder with silica sol; 2) producing a hydrophobic wet gel-substrate composite by adding a basic catalyst to the aerogel precursor, depositing a mixture of the basic catalyst and the aerogel precursor onto a blanket substrate, and gelating the mixture; 3) performing hydrophobic surface modification of the hydrophobic wet gel-substrate composite; and 4) drying the hydrophobic wet gel-substrate composite. 1) producing an aerogel precursor by mixing a hydrophobic aerogel powder with silica sol; 2) producing a hydrophobic wet gel-substrate composite by adding a basic catalyst to the aerogel precursor, depositing a mixture of the basic catalyst and the aerogel precursor onto a blanket substrate, and gelating the mixture; 3) performing hydrophobic surface modification of the hydrophobic wet gel-substrate composite; and 4) drying the hydrophobic wet gel-substrate composite.
A method for validating a decontamination procedure performed using a decontamination system, the decontamination system comprising a first product for use in a first step of the procedure and a second product for use in a subsequent second step of the procedure, the method comprising: capturing a video stream of a work area in which the decontamination procedure is carried out by a user; analysing the video stream to identify when the first product is present in the work area and when the second product is present in the work area ; determining, based on said identification, that the first and second products have been presented in the correct order in the decontamination procedure; and causing a corresponding indication to be provided to the user. capturing a video stream of a work area in which the decontamination procedure is carried out by a user; analysing the video stream to identify when the first product is present in the work area and when the second product is present in the work area ; determining, based on said identification, that the first and second products have been presented in the correct order in the decontamination procedure; and causing a corresponding indication to be provided to the user.
A protective clothing comprising saw protective layering regions comprising saw protection filler material, said saw protective layering regions having at least one reinforced section , wherein a reinforced section comprises more filler material than other areas of the saw protective layering regions, said reinforced section covering joint areas of the protective clothing , characterized in that said reinforced section comprises, compared to surrounding areas, at least one additional layer of saw protection filler material, a water repellent shell layer , and a lining layer , wherein the water repellent shell layer and the at least one layer of saw protection filler material are sown to the liner layer .
Method for controlling a work machine, in particular a mobile work machine, and preferably a wheel loader, wherein the work machine comprises at least one combustion engine that can be operated in at least one idle mode, and wherein the method includes the step of reducing the engine speed in the idle mode to below the minimum rotating speed of a certified speed range if at least one condition is satisfied, characterized in that the condition is the elapse of a time period in which the engine runs within the certified speed range in the idle mode, wherein the time period corresponds at least to the longest idle mode phase in the dynamic test cycle ISO 8178/11.
A lithium secondary battery comprising: a positive electrode comprising lithium iron phosphate and layered lithium nickel manganese cobalt oxide as a positive electrode active material; and a negative electrode comprising a negative electrode active material having a potential difference of 3.10 V or higher from the lithium iron phosphate at a point of 50% state of charge (SOC) afforded by the entirety of the lithium iron phosphate, wherein the negative electrode active material is a graphite-based material, which is a mixture of natural graphite and artificial graphite, the artificial graphite is contained in an amount of 5% by weight to 20% by weight based on the total weight of the mixture, and wherein the natural graphite is coated with amorphous carbon, wherein the layered lithium nickel manganese cobalt oxide is represented by the following formula: Li 1+z Ni b Mn c Co 1-(b+c+d) M d O (2-e) A e where -0.5≤z≤0.5, 0.6≤b≤0.9, 0.05≤c≤0.35, 0≤d≤0.2, 0≤e≤0.2, b+c+d<1, M = Al, Mg, Cr, Ti, Si, or Y, and A = F, P, or Cl; and wherein the lithium iron phosphate and the lithium nickel manganese cobalt oxide are mixed at a ratio in weight percent of 20:80 to 5:95. a positive electrode comprising lithium iron phosphate and layered lithium nickel manganese cobalt oxide as a positive electrode active material; and a negative electrode comprising a negative electrode active material having a potential difference of 3.10 V or higher from the lithium iron phosphate at a point of 50% state of charge (SOC) afforded by the entirety of the lithium iron phosphate, wherein the negative electrode active material is a graphite-based material, which is a mixture of natural graphite and artificial graphite, the artificial graphite is contained in an amount of 5% by weight to 20% by weight based on the total weight of the mixture, and wherein the natural graphite is coated with amorphous carbon, wherein the layered lithium nickel manganese cobalt oxide is represented by the following formula: Li 1+z Ni b Mn c Co 1-(b+c+d) M d O (2-e) A e where -0.5≤z≤0.5, 0.6≤b≤0.9, 0.05≤c≤0.35, 0≤d≤0.2, 0≤e≤0.2, b+c+d<1, M = Al, Mg, Cr, Ti, Si, or Y, and A = F, P, or Cl; and wherein the lithium iron phosphate and the lithium nickel manganese cobalt oxide are mixed at a ratio in weight percent of 20:80 to 5:95.
A method of selecting a code word to transmit a channel quality indicator and pre-coding matrix index in a wireless system having user equipment in a single user-multiple input multiple output mode, the method comprising: selecting, by the user equipment, a transport block from among a plurality of transport blocks, wherein the transport block is configured to transmit the channel quality indicator and pre-coding matrix index, characterized in that the selected transport block is a transport block that is associated with the largest transport block size. selecting, by the user equipment, a transport block from among a plurality of transport blocks, wherein the transport block is configured to transmit the channel quality indicator and pre-coding matrix index, characterized in that the selected transport block is a transport block that is associated with the largest transport block size.
A dosing device comprising: - a screw conveyor for dosed conveying of bulk material ; - a container which stores the bulk material , the container consisting of an elastic material and wherein an outlet opening being arranged in the region of a lower corner of the container for the dosed discharge of the bulk material , - wherein the screw conveyor is arranged to perform dosed conveying substantially in a vertical direction towards the outlet opening, - wherein the bulk material can be activated for dosed conveying by a mechanical deformation of the container and can be fed to the screw conveyor ; characterized in that - the container has a rectangular base shape, the container tapering towards a corner of the base shape; and the dosing device further comprises: - one or more activating means which act mechanically on the container in such a way that the container is at least partially elastically deformed, so that the bulk material is activatable inside the container , the one or more activating means being paddle-shaped, wherein the one or more activating means acting mechanically on the container from the outside. - a screw conveyor for dosed conveying of bulk material ; - a container which stores the bulk material , the container consisting of an elastic material and wherein an outlet opening being arranged in the region of a lower corner of the container for the dosed discharge of the bulk material , - wherein the screw conveyor is arranged to perform dosed conveying substantially in a vertical direction towards the outlet opening, - wherein the bulk material can be activated for dosed conveying by a mechanical deformation of the container and can be fed to the screw conveyor ; - the container has a rectangular base shape, the container tapering towards a corner of the base shape; and the dosing device further comprises: - one or more activating means which act mechanically on the container in such a way that the container is at least partially elastically deformed, so that the bulk material is activatable inside the container , the one or more activating means being paddle-shaped, wherein the one or more activating means acting mechanically on the container from the outside.
An apparatus for generating electrical power, comprising: a generator (40; 50) for generating electrical power; a handle having a first end rotatably coupled to the generator (40; 50), and a second end rotatable 360° about the first end in a substantially vertical plane from a top dead centre (TDC) position, through a bottom dead centre (BDC) position, and back to top dead centre (TDC) position; a first weight that is moveable along the handle by a first linear actuator between a first position, in which the first weight is proximal to the first end of the handle, and a second position, in which the first weight is proximal to the second end of the handle; wherein the first linear actuator is arranged to move the first weight along the handle between the first and second positions as the handle is rotated, such that the first weight can provide a mechanical advantage during rotation of the handle from TDC to BDC due to gravity acting on it, whereby rotation of the handle drives the generator (40; 50) thereby to generate electrical power, characterized by a swing arm coupled to the handle and operable to rotate the handle from BDC towards TDC when the first weight is in the first position on the handle, the swing arm being configured to tilt between a first position when the handle is at BDC, and a second position when the handle is at TDC; and a second weight that is moveable by a second linear actuator to assist the tilt of the swing arm between its first and second positions. a generator (40; 50) for generating electrical power; a handle having a first end rotatably coupled to the generator (40; 50), and a second end rotatable 360° about the first end in a substantially vertical plane from a top dead centre (TDC) position, through a bottom dead centre (BDC) position, and back to top dead centre (TDC) position; a first weight that is moveable along the handle by a first linear actuator between a first position, in which the first weight is proximal to the first end of the handle, and a second position, in which the first weight is proximal to the second end of the handle; wherein the first linear actuator is arranged to move the first weight along the handle between the first and second positions as the handle is rotated, such that the first weight can provide a mechanical advantage during rotation of the handle from TDC to BDC due to gravity acting on it, whereby rotation of the handle drives the generator (40; 50) thereby to generate electrical power, characterized by a swing arm coupled to the handle and operable to rotate the handle from BDC towards TDC when the first weight is in the first position on the handle, the swing arm being configured to tilt between a first position when the handle is at BDC, and a second position when the handle is at TDC; and a second weight that is moveable by a second linear actuator to assist the tilt of the swing arm between its first and second positions.
An arrangement for providing a liquid metal jet in a vacuum environment comprising: a vacuum chamber ; a nozzle arranged to provide said liquid metal jet; a jet receiver comprised within said vacuum chamber and arranged to receive liquid metal from said liquid metal jet; a first electromagnetic pump section comprising a first inlet and a first outlet, said first inlet having a first diameter; a second electromagnetic pump section comprising a second inlet and a second outlet , and a pumping conduit connecting said second inlet to said second outlet, said pumping conduit having a second diameter; wherein said first outlet is arranged to provide liquid metal to said second inlet; characterized in that said first diameter is at least 1.8 times as large as said second diameter. a vacuum chamber ; a nozzle arranged to provide said liquid metal jet; a jet receiver comprised within said vacuum chamber and arranged to receive liquid metal from said liquid metal jet; a first electromagnetic pump section comprising a first inlet and a first outlet, said first inlet having a first diameter; a second electromagnetic pump section comprising a second inlet and a second outlet , and a pumping conduit connecting said second inlet to said second outlet, said pumping conduit having a second diameter; wherein said first outlet is arranged to provide liquid metal to said second inlet; characterized in that said first diameter is at least 1.8 times as large as said second diameter.
A wireless communication device comprising: an acquisition section configured to wirelessly acquire information from a communication partner ; and a communication controller configured to perform control to - include in a beacon frame, in response to a connectionless data transfer request from an upper layer, information indicating that the data to be transmitted in a connection establishment procedure is connectionless data and information indicating that data to be transmitted in the connection establishment procedure is data whose arrival is guaranteed, - wirelessly transmit the beacon frame in the connection establishment procedure, - receive data from the communication partner transmitted using an association request frame, - include in an association response frame information indicating that data transfer is continued if it is determined to continue data transfer with the communication partner , - wirelessly transmit the association response frame, and - execute wireless data exchange procedure with the communication partner subsequently to the connection establishment procedure. an acquisition section configured to wirelessly acquire information from a communication partner ; and a communication controller configured to perform control to - include in a beacon frame, in response to a connectionless data transfer request from an upper layer, information indicating that the data to be transmitted in a connection establishment procedure is connectionless data and information indicating that data to be transmitted in the connection establishment procedure is data whose arrival is guaranteed, - wirelessly transmit the beacon frame in the connection establishment procedure, - receive data from the communication partner transmitted using an association request frame, - include in an association response frame information indicating that data transfer is continued if it is determined to continue data transfer with the communication partner , - wirelessly transmit the association response frame, and - execute wireless data exchange procedure with the communication partner subsequently to the connection establishment procedure. - include in a beacon frame, in response to a connectionless data transfer request from an upper layer, information indicating that the data to be transmitted in a connection establishment procedure is connectionless data and information indicating that data to be transmitted in the connection establishment procedure is data whose arrival is guaranteed, - wirelessly transmit the beacon frame in the connection establishment procedure, - receive data from the communication partner transmitted using an association request frame, - include in an association response frame information indicating that data transfer is continued if it is determined to continue data transfer with the communication partner , - wirelessly transmit the association response frame, and - execute wireless data exchange procedure with the communication partner subsequently to the connection establishment procedure.