mhurhangee/patent-ind-claim-en huggingface dataset:
(Previously Amended) A zinc (Zn) alloy plated steel material, comprising: a base steel and a Zn alloy plating layer, the Zn alloy plating layer including, by wt%, aluminum (Al): 0.1% to 5.0%, magnesium (Mg): 0.1% to 5.0%, Zn as a residual component, and inevitable impurities, wherein between the base steel and the Zn alloy plating layer, a lower interface layer formed on the base steel and having a fine structure and an upper interface layer formed on the lower interface layer and having a network-type structure or an island-type structure are provided, and wherein an area percentage of the upper interface layer, as compared with an area of the lower interface layer, is in a range of 10% to 90%. a base steel and a Zn alloy plating layer, the Zn alloy plating layer including, by wt%, aluminum (Al): 0.1% to 5.0%, magnesium (Mg): 0.1% to 5.0%, Zn as a residual component, and inevitable impurities, wherein between the base steel and the Zn alloy plating layer, a lower interface layer formed on the base steel and having a fine structure and an upper interface layer formed on the lower interface layer and having a network-type structure or an island-type structure are provided, and wherein an area percentage of the upper interface layer, as compared with an area of the lower interface layer, is in a range of 10% to 90%.
A USB hub comprising: at least one upstream port and a plurality of downstream ports, wherein a downstream port can be connected to a USB device which is configurable to operate in a USB host mode, and wherein the USB device has a predetermined bandwidth requirement, a USB host scheduler which allocates fare share bandwidth for all active bulk endpoints in a round robin fashion according to a host schedule, and wherein the USB hub is configured to allocate a predefined bandwidth to said USB device by adaptive throttling of low throughput endpoints that do not require the bandwidth by modifying the host schedule. at least one upstream port and a plurality of downstream ports, wherein a downstream port can be connected to a USB device which is configurable to operate in a USB host mode, and wherein the USB device has a predetermined bandwidth requirement, a USB host scheduler which allocates fare share bandwidth for all active bulk endpoints in a round robin fashion according to a host schedule, and wherein the USB hub is configured to allocate a predefined bandwidth to said USB device by adaptive throttling of low throughput endpoints that do not require the bandwidth by modifying the host schedule.
A method for polishing cavities or recesses of mechanical workpieces without using a tight or closed environment, comprising the steps of: - arranging said workpieces to be polished on a working plane supported by a supporting framework ; - clamping said workpieces to said working plane by clamping and holding systems , to provide a perfect transmission of vibrations; - generating vibrations by vibrating means cooperating with resilient means ; - pouring into the cavities of said workpieces to be polished a mixture containing steel balls and an abrading material, and pumping a fluid in a continuous manner in a loop circuit by means of a dedicated electric pump through said workpieces containing said mixture, thereby the generated vibrations cause said mixture, containing said steel balls, and said abrading material which comprises ceramics abrading materials, plastics, glass, siliconcarbide or corundum abrasive material, to be emulsified and stirred in said cavities of said workpieces to be polished. - arranging said workpieces to be polished on a working plane supported by a supporting framework ; - clamping said workpieces to said working plane by clamping and holding systems , to provide a perfect transmission of vibrations; - generating vibrations by vibrating means cooperating with resilient means ; - pouring into the cavities of said workpieces to be polished a mixture containing steel balls and an abrading material, and pumping a fluid in a continuous manner in a loop circuit by means of a dedicated electric pump through said workpieces containing said mixture, thereby the generated vibrations cause said mixture, containing said steel balls, and said abrading material which comprises ceramics abrading materials, plastics, glass, siliconcarbide or corundum abrasive material, to be emulsified and stirred in said cavities of said workpieces to be polished.
Encapsulated component , having a thermally conductive element and a thermally conductive encapsulation compound which fills an interior region of the element , wherein the element has multiple openings which connect the interior region to an exterior region of the element , wherein the encapsulation compound fills the openings , wherein the element is a coil pot, characterized in that the openings are formed as bores in a metal sheet and each have a countersink at their end facing towards the exterior region.
A method for evaluating the cytotoxicity of volatile chemical compounds, which comprises: a. Depositing a volatile chemical compound on an in vitro cell or tissue culture, b. Depositing a non-volatile aqueous medium on the compound deposited in step (a), c. Incubating the cell or tissue culture obtained after step (b), and d. Evaluating the effect of the presence of the compound deposited on the culture; wherein the deposited compound is water-insoluble and has a higher molecular weight than that of the non-volatile aqueous medium of step (b); and wherein the amount of compound deposited in step (a) covers the cultured cell or tissue layer and the amount of non-volatile aqueous medium deposited in step (b) covers the compound layer deposited in step (a). a. Depositing a volatile chemical compound on an in vitro cell or tissue culture, b. Depositing a non-volatile aqueous medium on the compound deposited in step (a), c. Incubating the cell or tissue culture obtained after step (b), and d. Evaluating the effect of the presence of the compound deposited on the culture; wherein the deposited compound is water-insoluble and has a higher molecular weight than that of the non-volatile aqueous medium of step (b); and wherein the amount of compound deposited in step (a) covers the cultured cell or tissue layer and the amount of non-volatile aqueous medium deposited in step (b) covers the compound layer deposited in step (a).
Movable component made of metal for compensating for in-situ movements of a line for fluids, in particular a fluid-carrying pipeline, wherein the movable component is in particular variable in length and/or angularly and/or axially and/or laterally movable, wherein a digitally readable information element is attached to the movable component, characterised in that the readable information element is provided with a digital memory which can be read from the outside, in particular by means of near-field communication, and wherein the digital memory of the readable information element is writable from the outside, in particular by means of near field communication.
A method of generating forwarding table entries, applicable to a software defined network, SDN, controller, wherein, the method comprising: calculating a plurality of forwarding paths for a traffic flow based on a topology of an SDN network; determining a maximum flow rate and a flow rate identity of each of the forwarding paths; generating a plurality of ingress flow table entries based on packet characteristic information of the traffic flow, the flow rate identity of each of the forwarding paths and an output port of an ingress node on each of the forwarding paths, wherein the flow rate identity corresponds to the maximum flow rate of the respective forwarding path; generating an intermediate flow table entry for each intermediate node on each of the forwarding paths based on the packet characteristic information of the traffic flow, the flow rate identity of each of the forwarding paths and an output port of each intermediate node on each of the forwarding paths; generating an egress flow table entry based on the packet characteristic information of the traffic flow and an output port via which the traffic flow is sent by an egress node; and sending the maximum flow rate and the flow rate identity of each of the forwarding paths and the ingress flow table entries to the ingress node, each intermediate flow table entry to each corresponding intermediate node on each of the forwarding paths, and the egress flow table entry to the egress node. calculating a plurality of forwarding paths for a traffic flow based on a topology of an SDN network; determining a maximum flow rate and a flow rate identity of each of the forwarding paths; generating a plurality of ingress flow table entries based on packet characteristic information of the traffic flow, the flow rate identity of each of the forwarding paths and an output port of an ingress node on each of the forwarding paths, wherein the flow rate identity corresponds to the maximum flow rate of the respective forwarding path; generating an intermediate flow table entry for each intermediate node on each of the forwarding paths based on the packet characteristic information of the traffic flow, the flow rate identity of each of the forwarding paths and an output port of each intermediate node on each of the forwarding paths; generating an egress flow table entry based on the packet characteristic information of the traffic flow and an output port via which the traffic flow is sent by an egress node; and sending the maximum flow rate and the flow rate identity of each of the forwarding paths and the ingress flow table entries to the ingress node, each intermediate flow table entry to each corresponding intermediate node on each of the forwarding paths, and the egress flow table entry to the egress node.
A bicycle fitting system comprising: a controller programmed to determine whether a current rider position of a rider is appropriate based on a flexibility level of a rider body of the rider, wherein the controller is programmed to measure a plurality of rider body parameters of the rider body using a motion capturing apparatus electrically connected to the controller while the rider is on a bicycle fitting equipment, the controller is programmed to set a parameter range of one of the rider body parameters based on the flexibility level, and output a bicycle fitting information based on both the rider body parameters and the parameter range of the one of the rider body parameters, characterized in that the controller is further programmed to acquire category information indicative of at least one of a bicycle type and a riding type, and set the parameter range of the one of the rider body parameters based on the flexibility level and the category information, and display an indicator with a first predetermined status in response to the one of the rider body parameters falling within the parameter range of the one of the rider body parameters on a display screen. set a parameter range of one of the rider body parameters based on the flexibility level, and output a bicycle fitting information based on both the rider body parameters and the parameter range of the one of the rider body parameters, acquire category information indicative of at least one of a bicycle type and a riding type, and set the parameter range of the one of the rider body parameters based on the flexibility level and the category information, and display an indicator with a first predetermined status in response to the one of the rider body parameters falling within the parameter range of the one of the rider body parameters on a display screen.
A method of graphics processing comprising: receiving , by a graphics processing unit, GPU, a GPU command packet that indicates the GPU may select a rendering mode for rendering at least a portion of a frame from a direct rendering mode and a binning rendering mode; selecting, by the GPU, the rendering mode from a direct rendering mode and a binning rendering mode for rendering at least the portion of the frame based on GPU state information according to a suitable heuristic and based on information in the received GPU command packet , wherein the information received in the received GPU command packet comprises a scene descriptor and pointers to second level indirect buffers containing rendering commands; generating, by the GPU, an execution order using the pointers to said second level indirect buffers referred to by the scene descriptor, wherein the execution order comprises a series of the rendering commands; and rendering , by the GPU, at least the portion of the frame using said series of rendering commands using the selected rendering mode. receiving , by a graphics processing unit, GPU, a GPU command packet that indicates the GPU may select a rendering mode for rendering at least a portion of a frame from a direct rendering mode and a binning rendering mode; selecting, by the GPU, the rendering mode from a direct rendering mode and a binning rendering mode for rendering at least the portion of the frame based on GPU state information according to a suitable heuristic and based on information in the received GPU command packet , wherein the information received in the received GPU command packet comprises a scene descriptor and pointers to second level indirect buffers containing rendering commands; generating, by the GPU, an execution order using the pointers to said second level indirect buffers referred to by the scene descriptor, wherein the execution order comprises a series of the rendering commands; and rendering , by the GPU, at least the portion of the frame using said series of rendering commands using the selected rendering mode.
Process for crosslinking a polymer, monomer or oligomer, comprising the steps of: a) providing a polymer, monomer or oligomer having at least two hydroxyl groups, b) providing a crosslinker having at least two tricarbonyl or two trithiocarbonyl domains, and c) crosslinking the polymer, monomer or oligomer with the crosslinker without adding a solvent, wherein at least (i) the polymer, monomer or oligomer or (ii) the crosslinker possess at least three of the stated groups or domains, wherein the crosslinking takes place such that the resultant crosslinked polymer, monomer or oligomer at atmospheric pressure independently of temperature possesses a larger storage modulus than loss modulus, measured via thermal analysis according to DIN EN ISO 6721-1 and DIN 65583. a) providing a polymer, monomer or oligomer having at least two hydroxyl groups, b) providing a crosslinker having at least two tricarbonyl or two trithiocarbonyl domains, and c) crosslinking the polymer, monomer or oligomer with the crosslinker without adding a solvent, wherein at least (i) the polymer, monomer or oligomer or (ii) the crosslinker possess at least three of the stated groups or domains, wherein the crosslinking takes place such that the resultant crosslinked polymer, monomer or oligomer at atmospheric pressure independently of temperature possesses a larger storage modulus than loss modulus, measured via thermal analysis according to DIN EN ISO 6721-1 and DIN 65583.
A method of controlling radio connectivity in a wireless communication network, the method comprising: - a node (150; 600; 700) of the wireless communication network receiving a first request (204; 304; 404) for establishment of a connection between a communication device and the wireless communication network; - upon receiving the first request (204; 304; 404), the node (150; 600; 700) starting a timer and establishing a context for the connection between the communication device and the wireless communication network; - the node (150; 600; 700) receiving a second request (219; 319; 419) for establishment of a connection between the communication device and the wireless communication network; and the node (150; 600; 700) selecting between: - in response to receiving the second request (219; 319; 419) before expiry of the timer, establishing an additional context for the connection between the communication device and the wireless communication network while maintaining the established context, and - in response to receiving the second request after expiry of the timer, releasing the established context and establishing a new context for the connection between the communication device and the wireless communication network. - a node (150; 600; 700) of the wireless communication network receiving a first request (204; 304; 404) for establishment of a connection between a communication device and the wireless communication network; - upon receiving the first request (204; 304; 404), the node (150; 600; 700) starting a timer and establishing a context for the connection between the communication device and the wireless communication network; - the node (150; 600; 700) receiving a second request (219; 319; 419) for establishment of a connection between the communication device and the wireless communication network; and - in response to receiving the second request (219; 319; 419) before expiry of the timer, establishing an additional context for the connection between the communication device and the wireless communication network while maintaining the established context, and - in response to receiving the second request after expiry of the timer, releasing the established context and establishing a new context for the connection between the communication device and the wireless communication network.
Rubber composition based on at least - a diene elastomer with a glass transition temperature (Tg) of less than -40°C, - a reinforcing filler at a content within a range extending from 60 to 110 parts by weight per hundred parts by weight of elastomer (phr), - a vulcanization system, - a combination of plasticizers, the said combination of plasticizers comprising more than 10 phr (parts by weight per hundred parts by weight of elastomer) of at least one hydrocarbon resin with a glass transition temperature (Tg) of between -40°C and 20°C and at least one supplementary plasticizer selected from the group consisting of plasticizing oils, hydrocarbon resins with a Tg of greater than 20°C and their mixtures, the total content of plasticizer being within a range extending from 25 to 65 phr, - the contents of reinforcing filler and of plasticizer being such that the ratio of the total content of filler to the total content of plasticizer is within a range extending from 1.8 to 2.5. - a diene elastomer with a glass transition temperature (Tg) of less than -40°C, - a reinforcing filler at a content within a range extending from 60 to 110 parts by weight per hundred parts by weight of elastomer (phr), - a vulcanization system, - a combination of plasticizers, the said combination of plasticizers comprising more than 10 phr (parts by weight per hundred parts by weight of elastomer) of at least one hydrocarbon resin with a glass transition temperature (Tg) of between -40°C and 20°C and at least one supplementary plasticizer selected from the group consisting of plasticizing oils, hydrocarbon resins with a Tg of greater than 20°C and their mixtures, the total content of plasticizer being within a range extending from 25 to 65 phr, - the contents of reinforcing filler and of plasticizer being such that the ratio of the total content of filler to the total content of plasticizer is within a range extending from 1.8 to 2.5.
A method of controlling a measurement of signal strengths of cells in a forbidden registration area in a mobile communication system, the method comprising: when an user equipment recognizes that a cell on a first frequency is in a forbidden registration area in response to receiving a message indicating that a registration of a location area from the user equipment is rejected by a network node, first measuring the signal strengths of the cells using a second frequency different from the first frequency for a predetermined time period that is set to a predetermined value and starts when the user equipment recognizes that the cell on the first frequency is in the forbidden registration area, wherein the cell recognized as being in a forbidden registration area and other cells on the first frequency are not considered as candidates for cell reselection during the first measuring; and when no suitable cell for a normal service is found in the second frequency or the predetermined time period has expired, second measuring the signal strengths of the cells using at least two frequencies including the first frequency and the second frequency, wherein the cells on the at least two frequencies are considered as candidates for cell reselection during the second measuring. when an user equipment recognizes that a cell on a first frequency is in a forbidden registration area in response to receiving a message indicating that a registration of a location area from the user equipment is rejected by a network node, first measuring the signal strengths of the cells using a second frequency different from the first frequency for a predetermined time period that is set to a predetermined value and starts when the user equipment recognizes that the cell on the first frequency is in the forbidden registration area, wherein the cell recognized as being in a forbidden registration area and other cells on the first frequency are not considered as candidates for cell reselection during the first measuring; and when no suitable cell for a normal service is found in the second frequency or the predetermined time period has expired, second measuring the signal strengths of the cells using at least two frequencies including the first frequency and the second frequency, wherein the cells on the at least two frequencies are considered as candidates for cell reselection during the second measuring.
A recombinant T cell comprising an expression construct comprising a nucleic acid molecule encoding a chimeric interleukin 6 receptor alpha (IL-6Rα) binding protein, wherein said binding protein comprises a heavy chain variable region comprising a CDR1, CDR2, and CDR3 having the amino acid sequence of SEQ ID NOs:5-7, respectively, attached by a heterologous linker to a light chain variable region comprising CDR4, CDR5, and CDR6 having the amino acid sequence of SEQ ID NOs:8-10, respectively, and wherein the T cell further expresses a chimeric antigen receptor.
A synergistic liposomal formulation for use in the treatment of cancer, wherein said synergistic liposomal formulation comprises of phosphatidylcholine (PC), stearylamine (SA), and at least one anticancer drug, selected from the group consisting of camptothecin (CPT) and doxorubicin (DOX), and wherein said formulation comprises phosphatidylcholine (PC) and stearlyamine (SA) in a molar ratio of 7:2.