mhurhangee/patent-ind-claim-en huggingface dataset:
Use of a masterbatch consisting of pigment and mould-release agent, characterized in that the mould-release agent is selected from the group comprising pentaerythritol tetrastearate, glycerol monostearate and stearyl stearate, where the pigment content of the masterbatch is 40-60% by weight, based on the total weight of the masterbatch, and where the masterbatch is produced by metering mould-release agent and pigment into a shearing and mixing assembly selected from the group comprising single-screw extruders, multiple-screw extruders, internal mixers, co-kneaders and shearing-roll devices, for the production of coloured polymer compositions with improved pigment dispersion.
Assembly of a disk brake system of an aircraft landing gear and a monitoring device , the disk brake system comprising at least one stator disk and at least one rotor disk configured to be pressed against said stator disk , characterized in that the monitoring device comprises : - a tape extending longitudinally, the tape comprising at least one visual information item associated with a predetermined circumferential range of the stator disk , the tape being positioned in contact with the circumference of the stator disk , - a first gripping member attached to a first end of the tape and - a second gripping member attached to a second end of the tape to tension the tape around the circumference of the stator disk to precisely determine the circumference of the stator disk . - a tape extending longitudinally, the tape comprising at least one visual information item associated with a predetermined circumferential range of the stator disk , the tape being positioned in contact with the circumference of the stator disk , - a first gripping member attached to a first end of the tape and - a second gripping member attached to a second end of the tape to tension the tape around the circumference of the stator disk to precisely determine the circumference of the stator disk .
A lead strip caster nozzle comprising: a first passage receiving molten lead, the first passage being defined by inside surfaces of the lead strip caster nozzle and extending therethrough from a first entrance to a first exit ; a second passage receiving molten lead, the second passage being defined by inside surfaces of the lead strip caster nozzle and extending therethrough from a second entrance to a second exit ; a first exterior working surface confronting a first roller outer surface , the first exterior working surface having a generally arcuate profile, wherein, at the first exit , the first passage terminates openly to the first exterior working surface ; and a second exterior working surface confronting a second roller outer surface , the second exterior working surface having a generally arcuate profile, wherein, at the second exit , the second passage terminates openly to the second exterior working surface ; wherein, during use of the lead strip caster nozzle , molten lead exiting the first passage is delivered to the first exterior working surface , and molten lead exiting the second passage is delivered to the second exterior working surface , and wherein molten lead delivered to the first exterior working surface and molten lead delivered to the second exterior working surface merge together downstream of an egress end of the lead strip caster nozzle . a first passage receiving molten lead, the first passage being defined by inside surfaces of the lead strip caster nozzle and extending therethrough from a first entrance to a first exit ; a second passage receiving molten lead, the second passage being defined by inside surfaces of the lead strip caster nozzle and extending therethrough from a second entrance to a second exit ; a first exterior working surface confronting a first roller outer surface , the first exterior working surface having a generally arcuate profile, wherein, at the first exit , the first passage terminates openly to the first exterior working surface ; and a second exterior working surface confronting a second roller outer surface , the second exterior working surface having a generally arcuate profile, wherein, at the second exit , the second passage terminates openly to the second exterior working surface ; wherein, during use of the lead strip caster nozzle , molten lead exiting the first passage is delivered to the first exterior working surface , and molten lead exiting the second passage is delivered to the second exterior working surface , and wherein molten lead delivered to the first exterior working surface and molten lead delivered to the second exterior working surface merge together downstream of an egress end of the lead strip caster nozzle .
An underwater propulsion apparatus comprising: a main body ; at least one pump having a channel and an impeller provided in the channel, the channel having an inlet in an outer circumferential surface of the main body and a nozzle on a side downstream of the inlet and in a tail portion of the main body; and a plurality of direction control wings attached to an outer surface of the main body and located in positions downstream of the nozzle and close thereto, each of the plurality of direction control wings having an upstream end pivotally supported by the main body, characterized in that the apparatus further comprises a diffuser attached to the main body so as to surround an outer circumference of the nozzle, the nozzle is provided in the outer circumferential surface of the tail portion of the main body, and jet flow (F) blasted via the nozzle flows along an outer surface of the plurality of direction control wings. a main body ; at least one pump having a channel and an impeller provided in the channel, the channel having an inlet in an outer circumferential surface of the main body and a nozzle on a side downstream of the inlet and in a tail portion of the main body; and a plurality of direction control wings attached to an outer surface of the main body and located in positions downstream of the nozzle and close thereto, each of the plurality of direction control wings having an upstream end pivotally supported by the main body, characterized in that the apparatus further comprises a diffuser attached to the main body so as to surround an outer circumference of the nozzle, the nozzle is provided in the outer circumferential surface of the tail portion of the main body, and jet flow (F) blasted via the nozzle flows along an outer surface of the plurality of direction control wings.
An optical member comprising: a light source ; a light guide plate ; a wavelength conversion member disposed between the light source and the light guide plate ; wherein the wavelength conversion member comprises: a receiving part ; a host in the receiving part ; and a plurality of wavelength conversion particles in the host , wherein the receiving part comprises a light incident part and a light exit part , the light incident part is bonded to a light incident surface of the light source through an adhesive member said light incident part is making contact with the host ; the light exit part is opposite to the light incident part and opposite to the light guide plate , the host is sandwiched between the light incident part and the light exit part , and wherein a thickness (T1) of the light incident part is greater than a thickness (T2) of the light exit part , so that the light emitted from the light source is arranged to be sufficiently diffused through the light incident part before the light is incident into the host , wherein the receiving part has a tube shape, wherein the light incident part has a thickness (T1) of 100μm or more. a light source ; a light guide plate ; a wavelength conversion member disposed between the light source and the light guide plate ; wherein the wavelength conversion member comprises: a receiving part ; a host in the receiving part ; and a plurality of wavelength conversion particles in the host , a receiving part ; a host in the receiving part ; and a plurality of wavelength conversion particles in the host , wherein the receiving part comprises a light incident part and a light exit part , the light incident part is bonded to a light incident surface of the light source through an adhesive member said light incident part is making contact with the host ; the light exit part is opposite to the light incident part and opposite to the light guide plate , the host is sandwiched between the light incident part and the light exit part , and wherein a thickness (T1) of the light incident part is greater than a thickness (T2) of the light exit part , so that the light emitted from the light source is arranged to be sufficiently diffused through the light incident part before the light is incident into the host , wherein the receiving part has a tube shape, wherein the light incident part has a thickness (T1) of 100μm or more.
A bipolar DC power transmission scheme comprising: first and second DC poles, each DC pole including a respective DC power transmission medium extending between first and second ends; a plurality of converters , wherein each end of the DC power transmission medium of each of the first and second DC poles is respectively operatively connected to at least one of the plurality of converters to form a rectifier at the first ends of the DC power transmission media and an inverter at the second ends of the DC power transmission media ; and a controller programmed to operate at least one converter of one of the rectifier and inverter in a first control mode including decreasing the operating DC voltage of said at least one converter from a normal operating voltage value, and/or to operate at least one converter of the other of the rectifier and inverter in a second control mode including increasing the operating DC voltage of said at least one converter from a normal operating voltage value, in response to a converter current of at least one of the converters exceeding a first overcurrent threshold so as to oppose a resultant change in current in the healthy other of the first and second DC poles on which the fault has not occurred. first and second DC poles, each DC pole including a respective DC power transmission medium extending between first and second ends; a plurality of converters , wherein each end of the DC power transmission medium of each of the first and second DC poles is respectively operatively connected to at least one of the plurality of converters to form a rectifier at the first ends of the DC power transmission media and an inverter at the second ends of the DC power transmission media ; and a controller programmed to operate at least one converter of one of the rectifier and inverter in a first control mode including decreasing the operating DC voltage of said at least one converter from a normal operating voltage value, and/or to operate at least one converter of the other of the rectifier and inverter in a second control mode including increasing the operating DC voltage of said at least one converter from a normal operating voltage value, in response to a converter current of at least one of the converters exceeding a first overcurrent threshold so as to oppose a resultant change in current in the healthy other of the first and second DC poles on which the fault has not occurred.
A network switch comprising: a communication engine to connect the network switch to another network device in a Storage Area Network, SAN, to allow the network switch and the other network device to transfer data therebetween; an advertisement receiving engine to receive a multicast advertisement message from the other network device , the advertisement message being parsable to identify Logical Volume Unit, LUN, metadata attributes for the other network device , wherein the LUN metadata attributes include at least one category associated with a storage volume of the other network device; a parsing engine to parse the advertisement message to identify the LUN metadata attributes for the other networking device ; and a configuration engine to: determine an updated configuration for the network switch based on the identified LUN metadata attributes for the other network device , wherein the updated configuration is a predefined security configuration, a predefined QoS configuration, or comprises pre-defined diagnostic settings; and update the network switch based on the determined updated configuration. a communication engine to connect the network switch to another network device in a Storage Area Network, SAN, to allow the network switch and the other network device to transfer data therebetween; an advertisement receiving engine to receive a multicast advertisement message from the other network device , the advertisement message being parsable to identify Logical Volume Unit, LUN, metadata attributes for the other network device , wherein the LUN metadata attributes include at least one category associated with a storage volume of the other network device; a parsing engine to parse the advertisement message to identify the LUN metadata attributes for the other networking device ; and a configuration engine to: determine an updated configuration for the network switch based on the identified LUN metadata attributes for the other network device , wherein the updated configuration is a predefined security configuration, a predefined QoS configuration, or comprises pre-defined diagnostic settings; and update the network switch based on the determined updated configuration. determine an updated configuration for the network switch based on the identified LUN metadata attributes for the other network device , wherein the updated configuration is a predefined security configuration, a predefined QoS configuration, or comprises pre-defined diagnostic settings; and update the network switch based on the determined updated configuration.
A method, implemented by a physical network node controlling allocation and/or deallocation of resources of an interconnected hardware infrastructure, the method comprising: determining a number of requests currently queued at a first service node of a plurality of serially-connected service nodes at a current time, the plurality of serially-connected service nodes supporting a packet flow using resources of the interconnected hardware infrastructure; determining a packet flow rate of the packet flow into the first service node; determining a future time to control allocation or deallocation of a resource of the interconnected hardware infrastructure to a second service node of the plurality of serially-connected service nodes, wherein the determining of the future time is based on the determined number of requests and the determined packet flow rate; controlling the allocation or deallocation of the resource to the second service node at the future time. determining a number of requests currently queued at a first service node of a plurality of serially-connected service nodes at a current time, the plurality of serially-connected service nodes supporting a packet flow using resources of the interconnected hardware infrastructure; determining a packet flow rate of the packet flow into the first service node; determining a future time to control allocation or deallocation of a resource of the interconnected hardware infrastructure to a second service node of the plurality of serially-connected service nodes, wherein the determining of the future time is based on the determined number of requests and the determined packet flow rate; controlling the allocation or deallocation of the resource to the second service node at the future time.
A multistage pump comprising a pump casing which is provided with a suction opening and a discharge opening and contains a plurality of impellers rotated with a rotating shaft , the multistage pump guiding a fluid raised in pressure by the impeller at a last stage to the discharge opening through a pressure recovery part at the last stage, wherein a discharge flow path for guiding the fluid from the pressure recovery part at the last stage to the discharge opening is formed in the pump casing , the discharge flow path is formed in a direction in which the discharge flow path swirls about a shaft center of the rotating shaft , and a cross-sectional area of the discharge flow path in a plane including the shaft center of the rotating shaft increases in a shaft center direction (A) and an inward radial direction (B) of the rotating shaft from an upstream side toward a downstream side of a flow toward the discharge opening , characterized in that a discharge opening side of the discharge flow path is set as the downstream side and an opposite side of the flow direction is set as the upstream side , and a dimension of the cross section of the discharge flow path increases in the inward radial direction (B) at a smaller rate in a region on the upstream side of the discharge flow path than in a region on the downstream side adjacent to the region on the upstream side .
Treatment apparatus for at least one textile having - a circulating conveyor for conveying the at least one textile to a treatment station, and - at least one holding device which is designed for receiving and holding at least one textile , wherein on the circulating conveyor the at least one holding device has an elevated support region which provides a raised support for at least a part of the textile , characterized in that the holding device is formed with segments which are connected to the circulating conveyor and in that the segments are of rib-like design and extend transversely to a conveying direction. - a circulating conveyor for conveying the at least one textile to a treatment station, and - at least one holding device which is designed for receiving and holding at least one textile , wherein on the circulating conveyor the at least one holding device has an elevated support region which provides a raised support for at least a part of the textile , characterized in that the holding device is formed with segments which are connected to the circulating conveyor and in that the segments are of rib-like design and extend transversely to a conveying direction.
Method for determining qualitatively and quantitatively the presence of an anticoagulant in a sample using prothrombinase-induced clotting time (PiCT), wherein the presence of anticoagulants in the sample dose-dependently prolongs the time to clot, said method comprising: the use of standard PiCT comprising adding to the sample a defined amount of PiCT activator, incubation at 37°C for specific period of time, adding the start reagent, and measuring the time to clot in said reaction mixture; the use of an adapted version such as inverted PiCT comprising adding to the sample the start reagent, incubation at 37°C for a specific period of time, adding a defined amount of PiCT activator, and measuring the time to clot in said reaction mixture; the use of reference ranges which are adapted to the detection system and the testing method, wherein the reference ranges are compared with the clotting times in the reaction mixture and wherein clotting times out of range in the reaction mixture indicate the presence of anticoagulants; and confirmation of the clotting times in the reaction mixture using activated partial thrombin time (aPTT) and prothrombin time (PT) to identify the nature of the anticoagulant; wherein the sample is selected from blood or plasma and the anticoagulants are selected from direct or indirect FIIa or FXa anticoagulants. the use of standard PiCT comprising adding to the sample a defined amount of PiCT activator, incubation at 37°C for specific period of time, adding the start reagent, and measuring the time to clot in said reaction mixture; the use of an adapted version such as inverted PiCT comprising adding to the sample the start reagent, incubation at 37°C for a specific period of time, adding a defined amount of PiCT activator, and measuring the time to clot in said reaction mixture; the use of reference ranges which are adapted to the detection system and the testing method, wherein the reference ranges are compared with the clotting times in the reaction mixture and wherein clotting times out of range in the reaction mixture indicate the presence of anticoagulants; and confirmation of the clotting times in the reaction mixture using activated partial thrombin time (aPTT) and prothrombin time (PT) to identify the nature of the anticoagulant;
Method for managing licences for a service application across a plurality of interconnected industrial sectors (DOM1, DOM2), the method comprising the steps of: - selecting (S1), with a first industrial sector (DOM1) of the plurality of industrial sectors, a policy for delegating the service application to a second industrial sector (DOM2) of the plurality of industrial sectors; - deploying (S3), from the first industrial sector, into the second industrial sector, a local virtual licence manager (LVLM2); and - transmitting (S4), from the first industrial sector, a licence for the service application to said local virtual licence manager, the licence authorizing the use of the service application by the second industrial sector; characterized in that the local virtual licence manager is deployed via a secure communication channel, the method further comprising configuring (S2), in accordance with the selected delegation policy, said secure communication channel being established between a first secure connector (SIC1) of the first industrial sector and a second secure connector (SIC2) of the second industrial sector. - selecting (S1), with a first industrial sector (DOM1) of the plurality of industrial sectors, a policy for delegating the service application to a second industrial sector (DOM2) of the plurality of industrial sectors; - deploying (S3), from the first industrial sector, into the second industrial sector, a local virtual licence manager (LVLM2); and - transmitting (S4), from the first industrial sector, a licence for the service application to said local virtual licence manager, the licence authorizing the use of the service application by the second industrial sector;