mhurhangee/ep-ind-claims huggingface dataset:
A crystalline polyamide-type resin composition comprising: (i) 100 parts by weight of a crystalline polyamide resin composition comprising (a) 50 to 90 % by weight of crystalline polyamide resin being selected from Nylon 66 and having a relative viscosity of not less than 3.5, measured in 96 % sulfuric acid at a concentration of 1 g/dl at 25 °C, and (b) 50 to 10 % by weight of a crystalline polyamide resin being selected from Nylon 6 and m-xylylene adipamide, and having a melting point which is lower than the melting point of the crystalline polyamide resin by 20 °C or more and a relative viscosity of not more than 3.6, measured in 96 % sulfuric acid at a concentration of 1 g/dl at 25 °C as described in the Example section of the description, (ii) 1 to 10 part(s) by weight of a modified polyolefin resin having a reactive functional group being able to react with the terminal group and/or main-chain amide group of the polyamide resin, wherein said modified polyolefin is selected from high-density polyethylene, low-density polyethylene, ultrahigh molecular weight polyethylene, linear low-density polyethylene, polypropylene, poly(1-butene) or poly(4-methylpentene). (i) 100 parts by weight of a crystalline polyamide resin composition comprising (a) 50 to 90 % by weight of crystalline polyamide resin being selected from Nylon 66 and having a relative viscosity of not less than 3.5, measured in 96 % sulfuric acid at a concentration of 1 g/dl at 25 °C, and (b) 50 to 10 % by weight of a crystalline polyamide resin being selected from Nylon 6 and m-xylylene adipamide, and having a melting point which is lower than the melting point of the crystalline polyamide resin by 20 °C or more and a relative viscosity of not more than 3.6, measured in 96 % sulfuric acid at a concentration of 1 g/dl at 25 °C as described in the Example section of the description, (a) 50 to 90 % by weight of crystalline polyamide resin being selected from Nylon 66 and having a relative viscosity of not less than 3.5, measured in 96 % sulfuric acid at a concentration of 1 g/dl at 25 °C, and (b) 50 to 10 % by weight of a crystalline polyamide resin being selected from Nylon 6 and m-xylylene adipamide, and having a melting point which is lower than the melting point of the crystalline polyamide resin by 20 °C or more and a relative viscosity of not more than 3.6, measured in 96 % sulfuric acid at a concentration of 1 g/dl at 25 °C as described in the Example section of the description, (ii) 1 to 10 part(s) by weight of a modified polyolefin resin having a reactive functional group being able to react with the terminal group and/or main-chain amide group of the polyamide resin, wherein said modified polyolefin is selected from high-density polyethylene, low-density polyethylene, ultrahigh molecular weight polyethylene, linear low-density polyethylene, polypropylene, poly(1-butene) or poly(4-methylpentene).
A method for preventing deadlock of a node controller in a non-uniform memory access system, comprising: receiving, by a node controller of a current node, a request message, and writing the request message into a processing queue, wherein the request message is used for requesting a system address; monitoring, by the node controller, whether a cache data block comprising the system address is cached on another node; and if yes, the node controller performing invalidation processing on the cache data block that comprises the system address and is cached on the another node; returning directly, by the node controller, when receiving a first interception message transferred by a home agent of the current node, a feedback message to the home agent, so as to avoid that the first interception message is written into the processing queue and that the first interception message is blocked by the request message, wherein the first interception message is used for intercepting whether the system address is cached on the another node; and the feedback message is used for indicating that the system address cached on the another node is invalid, so that the home agent transfers the system address stored in it to a caching agent of the current node; and transferring, by the node controller, the request message written into the processing queue to the home agent of the current node. receiving, by a node controller of a current node, a request message, and writing the request message into a processing queue, wherein the request message is used for requesting a system address; monitoring, by the node controller, whether a cache data block comprising the system address is cached on another node; and if yes, the node controller performing invalidation processing on the cache data block that comprises the system address and is cached on the another node; returning directly, by the node controller, when receiving a first interception message transferred by a home agent of the current node, a feedback message to the home agent, so as to avoid that the first interception message is written into the processing queue and that the first interception message is blocked by the request message, wherein the first interception message is used for intercepting whether the system address is cached on the another node; and the feedback message is used for indicating that the system address cached on the another node is invalid, so that the home agent transfers the system address stored in it to a caching agent of the current node; and transferring, by the node controller, the request message written into the processing queue to the home agent of the current node.
A photovoltaic or a wind power generating system, comprising: a power generating device; a power converter connected to the power generating device; and an electrical controller connected to the power converter; characterized in that the electrical controller is configured to limit a peak junction temperature of the power converter by applying at least one junction temperature derating function (118, 120, 136); wherein a power limiting factor (130, 132, 140) is derived from a selected one of a plurality of junction temperature derating functions (118, 120, 136); and wherein the power limiting factor (130, 132, 140) is applied to the controller to reduce an output power of the power converter, wherein the power limiting factor (130, 132, 140) is selected as a minimum factor of the plurality of junction temperature derating functions (118, 120, 136). a power generating device; a power converter connected to the power generating device; and an electrical controller connected to the power converter; characterized in that the electrical controller is configured to limit a peak junction temperature of the power converter by applying at least one junction temperature derating function (118, 120, 136); wherein a power limiting factor (130, 132, 140) is derived from a selected one of a plurality of junction temperature derating functions (118, 120, 136); and wherein the power limiting factor (130, 132, 140) is applied to the controller to reduce an output power of the power converter, wherein the power limiting factor (130, 132, 140) is selected as a minimum factor of the plurality of junction temperature derating functions (118, 120, 136).
A method for the inertia balancing of a reciprocating internal combustion engine of a motor vehicle, characterized in that it comprises the step of determining dimensional parameters (pi) of imbalances linked to a crankshaft of the reciprocating internal combustion engine by minimising measurable vibration and/or noise levels (mi) in the vehicle outside a structure of the reciprocating internal combustion engine.
Process for the production of an elastic laminate cover-layer comprising the steps: a. impregnating a carrier fabric with a first suitable resin mixture, b. applying one-sidedly a second resin mixture as surface coating comprising a crosslinker as well as a prepolymer that is cross-linkable via reactive end-groups, c. crosslinking the prepolymer that is cross-linkable via reactive end-groups by forming a solid physical bond between the functional-layer introduced as pre-impregnate and the wear-layer applied as surface coating and d. drying of the elastic laminate cover-layer. a. impregnating a carrier fabric with a first suitable resin mixture, b. applying one-sidedly a second resin mixture as surface coating comprising a crosslinker as well as a prepolymer that is cross-linkable via reactive end-groups, c. crosslinking the prepolymer that is cross-linkable via reactive end-groups by forming a solid physical bond between the functional-layer introduced as pre-impregnate and the wear-layer applied as surface coating and d. drying of the elastic laminate cover-layer.
System for removing radon from a drainage system, wherein the system comprises a building and a drainage system that comprises: - a ventilator; - a collecting well and - a number of drainage pipes configured for being arranged under a building, wherein the drainage pipes are arranged under the building, wherein the collecting well is configured for being installed outside the building,and is arranged outside the building, and wherein the number of drainage pipes are in fluid communication with the collecting well,, characterised in that the ventilator is provided in the collecting well, wherein the ventilator is connected to one drainage pipe that extends into the collecting well, wherein said drainage pipe inclines into the collecting well to ensure that: - water collected by the drainage system is guided into the collecting well via the drainage pipe and - water and radon flow through the drainage pipe into the collecting well. - a ventilator; - a collecting well and - a number of drainage pipes configured for being arranged under a building, wherein the drainage pipes are arranged under the building, wherein the collecting well is configured for being installed outside the building,and is arranged outside the building, and wherein the number of drainage pipes are in fluid communication with the collecting well, - water collected by the drainage system is guided into the collecting well via the drainage pipe and - water and radon flow through the drainage pipe into the collecting well.
A data stream distribution method performed by a system comprising a load balancer and more than one application server, the method comprising: • receiving, by the load balancer, a data stream; • accessing, by the load balancer, first data in the data stream according to a first distribution rule, generating a keyword according to the accessed first data in the data stream, querying first distribution information according to the keyword, and determining, according to the first distribution information, an application server, among the more than one application server, that processes the data stream, wherein the first distribution rule and the first distribution information are generated by the application server according to an interface protocol and sent to the load balancer, or the first distribution rule and the first distribution information are configured on the load balancer according to an interface protocol; and • sending, by the load balancer, the data stream to the determined application server. • receiving, by the load balancer, a data stream; • accessing, by the load balancer, first data in the data stream according to a first distribution rule, generating a keyword according to the accessed first data in the data stream, querying first distribution information according to the keyword, and determining, according to the first distribution information, an application server, among the more than one application server, that processes the data stream, wherein the first distribution rule and the first distribution information are generated by the application server according to an interface protocol and sent to the load balancer, or the first distribution rule and the first distribution information are configured on the load balancer according to an interface protocol; and • sending, by the load balancer, the data stream to the determined application server.
A blade outer air seal assembly, comprising: a support structure; a blade outer air seal having a plurality of seal segments arranged circumferentially about an axis and mounted in the support structure by a carrier; and wherein the carrier has first and second hooks (120, 122) extending radially outward from a platform along a length of the carrier, the first and second hooks (120, 122) in engagement with the support structure, characterised in that the first and second hooks (120, 122) extend along the length of the carrier in the axial direction, wherein the first and second hooks (120, 122) hook in opposite circumferential directions to form a dovetail shape for engagement with the support structure. a support structure; a blade outer air seal having a plurality of seal segments arranged circumferentially about an axis and mounted in the support structure by a carrier; and wherein the carrier has first and second hooks (120, 122) extending radially outward from a platform along a length of the carrier, the first and second hooks (120, 122) in engagement with the support structure, characterised in that the first and second hooks (120, 122) extend along the length of the carrier in the axial direction, wherein the first and second hooks (120, 122) hook in opposite circumferential directions to form a dovetail shape for engagement with the support structure.
Running gear for a rail vehicle, comprising a first wheelset and a second wheelset and also comprising a running gear frame, wherein a carrier arrangement to which at least one component of a diagnostic device, monitoring device or a train control system is connected is arranged extending at least partly below the running gear frame, wherein the carrier arrangement comprises a carrier frame, characterised in that the carrier arrangement comprises a first strut extending from a first corner of the carrier frame, a second strut extending from a second corner of the carrier frame, a third strut extending from a third corner of the carrier frame and a fourth strut extending from a fourth corner of the carrier frame, wherein the carrier arrangement is mounted by way of the first strut, the second strut, the third strut and the fourth strut.
A method of accessing a communication network, comprising: obtaining extended access barring, EAB, data at a user equipment, UE, the EAB data comprises an EAB uniform delay parameter W with: W > N ∗ T S wherein N is the total number of devices in a cell, S is the number of signatures available for RACH, and T is the determined amount of time the device occupies the RACH signature in order to complete the uplink transmission; and the method further comprises: computing a uniform distribution parameter, wherein computing the uniform distribution parameter further comprises selecting a random number in an interval between zero and a uniform delay spread value; determining an access bar period, wherein the access bar period is based on at least the EAB uniform delay parameter and the uniform distribution parameter; and initiating an access procedure to access the communication network after waiting at least the access bar period. obtaining extended access barring, EAB, data at a user equipment, UE, the EAB data comprises an EAB uniform delay parameter W with: W > N ∗ T S wherein N is the total number of devices in a cell, S is the number of signatures available for RACH, and T is the determined amount of time the device occupies the RACH signature in order to complete the uplink transmission; and the method further comprises: computing a uniform distribution parameter, wherein computing the uniform distribution parameter further comprises selecting a random number in an interval between zero and a uniform delay spread value; determining an access bar period, wherein the access bar period is based on at least the EAB uniform delay parameter and the uniform distribution parameter; and initiating an access procedure to access the communication network after waiting at least the access bar period. computing a uniform distribution parameter, wherein computing the uniform distribution parameter further comprises selecting a random number in an interval between zero and a uniform delay spread value; determining an access bar period, wherein the access bar period is based on at least the EAB uniform delay parameter and the uniform distribution parameter; and initiating an access procedure to access the communication network after waiting at least the access bar period.
Irrigation pipe comprising an elongated pipe element having at least a longitudinal row of delivery holes arranged at predetermined distances and which holes communicate each one with a dripping unit provided inside the pipe and having at least an inlet communicating with the inside of the pipe and at least an outlet communicating with at least a delivery hole, wherein inlets of all or a certain amount of dripping units or outlets of all or a certain amount of dripping units communicate with the inner space of the pipe or with all or a certain amount of delivery holes respectively by means of an inlet collecting channel or outlet collecting channel respectively or a segment of said inlet or outlet collecting channel (3,30), the inlet collecting channel extends laterally to the longitudinal row of dripping units and it is delimited by a side longitudinal wall at the side faced towards the inside of the pipe and by side walls of dripping units of said longitudinal row of dripping units at the side faced towards said dripping units, characterized in that the inlet collecting channel extends throughout the longitudinal extension of the pipe or throughout the extension of the longitudinal row of dripping units, the wall delimiting the inlet collecting channel at the side faced towards the inner space of the pipe is made permeable to the fluid throughout its longitudinal extension, said wall being composed of a filtering element for the entering fluid.
An edible composition of matter having an apparent viscosity of from about 150 cP to about 2000 cP at about 30 s-1; a yield stress of from 0 Pa to about 20 Pa at 1 s -1; and a flow index of from about 0.2 to about 0.6.
An arrangement for fastening a display to a wall, characterized in that said arrangement comprises - a panel arranged to cover the display, when the display is not in use, and the panel arranged to reveal the display, when the display is in use, - a base structure for spreading total weight of said arrangement, said display and said panel to the area on the wall delimited by said base structure, which base structure comprises at least four connectable members, which four members are configured for forming, when in use, a substantially rectangle-shape, comprising two substantially horizontal members (104, 106) and at least two side members, - at least one first fastening member for mounting the display to the base structure, which first fastening member is configured for fastening to the display, characterized in that - at least one second fastening member, which second fastening member is configured for fastening to the panel, which second fastening member comprising a front side and backside, and which second fastening member is formed so that the display is set between the front side and the backside of the second fastening member when the panel is in its covering position, and - moving means (536a, 536b) for moving said second fastening member between a first position and a second position, which moving means (536a, 536b) are configured for connecting to the second fastening member in order to mount the panel to the base structure optionally via member/members of the base structure. - a panel arranged to cover the display, when the display is not in use, and the panel arranged to reveal the display, when the display is in use, - a base structure for spreading total weight of said arrangement, said display and said panel to the area on the wall delimited by said base structure, which base structure comprises at least four connectable members, which four members are configured for forming, when in use, a substantially rectangle-shape, comprising two substantially horizontal members (104, 106) and at least two side members, - at least one first fastening member for mounting the display to the base structure, which first fastening member is configured for fastening to the display, characterized in that - at least one second fastening member, which second fastening member is configured for fastening to the panel, which second fastening member comprising a front side and backside, and which second fastening member is formed so that the display is set between the front side and the backside of the second fastening member when the panel is in its covering position, and - moving means (536a, 536b) for moving said second fastening member between a first position and a second position, which moving means (536a, 536b) are configured for connecting to the second fastening member in order to mount the panel to the base structure optionally via member/members of the base structure.
A sorbent tube apparatus for high-pressure fluid sample analysis, the sorbent tube apparatus comprising: a pressurisable housing having first and second fluid ports (48a, 48b) and defining a fluid chamber therein; and a sorbent tube mountable within the pressurisable housing, said sorbent tube apparatus being characterized in that the sorbent tube extends from one of the first and second fluid ports (48a, 48b) and is spaced apart from the other of the first and second fluid ports (48a, 48b) to be in fluid communication with the fluid chamber, thereby enabling in use pressure equalisation between the sorbent tube and fluid chamber. a pressurisable housing having first and second fluid ports (48a, 48b) and defining a fluid chamber therein; and a sorbent tube mountable within the pressurisable housing,
A feeder/conveyor apparatus for queuing a plurality of uniform disc-shaped objects into and from an adjacent piece of equipment, the apparatus comprising: a supporting frame including a pair of upstanding supports (12A,12B) spaced apart and oriented in parallel; a first pair of linear but non-parallel rods (11A,11B), said rods being rotatably journaled in said pair of upstanding supports and traversing said supports (12A,12B) at an intermediate distance less than a diameter of said disc-shaped objects; characterized by a second pair of non-parallel rods (11C,11D) rotatably journaled in said pair of upstanding supports (12A,12B) below said first pair of non-parallel rods (11A,11B) and a drive mechanism mounted on said frame for co-rotating said first pair of non-parallel rods (11A,11B); and a first sensor mounted on one of said upstanding supports proximate said first pair of non-parallel rods for detecting said disc-shaped objects on said first pair of non-parallel rods (11A,11B).
A portable firearm comprising a weapon frame with a handle and a forwardly tippable break-open barrel unit comprising at least two barrels, wherein a bifunctional or multifunctional hammer unit is provided comprising at least two hammers (19, 33) movable independently of each other when triggering the firearm, wherein each hammer respectively acts upon only one firing pin of a firing pin unit comprising at least two firing pins (28, 29) arranged in spaced-apart positions, wherein each firing pin is associated with a respective barrel (12, 13) of the firearm, wherein a trigger unit comprising a trigger guard is provided, which has an element, which when the trigger is actuated, selectively acts upon a rocker (35, 36) associated with one of the hammers (19, 33), which rocker selectively triggers one of the hammers, respectively, characterised in that the trigger unit comprises a setting wheel unit with at least one setting wheel (39, 40), which comprises at least two cams (41, 42) in different circumferential positions, each of which in turn cooperates with a rocker (35, 36) during multiple consecutive actuations of the trigger and each of which in turn triggers a hammer (19, 33) associated with a barrel of the firearm.