mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly crossbeam for placing on a tower top, in particular on a tower top of a tower of a wind turbine , the assembly crossbeam comprising: - a main girder having a first and a second end , - two auxiliary girders (300a, b), each having a first and a second end (301a, b, 302a, b), wherein the two auxiliary girders (300a, b) are positioned on either side (200a, b) of the main girder with their respective first ends (301a, b) at the center of the main girder , - wherein a first trolley is arranged on the main girder so as to be movable along at least a first portion of the main girder , - wherein a second trolley is arranged on the main girder so as to be movable along at least a second portion of the main girder - characterized in that the first trolley is arranged on an underside of the main girder and the second trolley is arranged on a top side of the main girder . - a main girder having a first and a second end , - two auxiliary girders (300a, b), each having a first and a second end (301a, b, 302a, b), wherein the two auxiliary girders (300a, b) are positioned on either side (200a, b) of the main girder with their respective first ends (301a, b) at the center of the main girder , - wherein a first trolley is arranged on the main girder so as to be movable along at least a first portion of the main girder , - wherein a second trolley is arranged on the main girder so as to be movable along at least a second portion of the main girder - characterized in that the first trolley is arranged on an underside of the main girder and the second trolley is arranged on a top side of the main girder .
A cooling system (40; 40A to 40D) for cooling a stator (12; 12A) for an electric machine , the cooling system (40; 40A to 40D) comprising at least two cooling channels (47; 470) for receiving a coolant , and at least one connector (45; 60) configured to be provided at one face of the stator (12; 12A) for connecting the at least two cooling channels at the one face of the stator (12; 12A), wherein the cooling channels (47; 470) are configured to be inserted into the stator (12; 12A) wherein each one of the at least two cooling channels (47; 470) is configured to serve both as supply unit and discharge unit, characterised in that each one of the cooling channels (47; 470) comprises at least one channel dividing element (471 to 474) for dividing the cooling channels in two separate chambers, in that the at least one connector (45; 60) is divided in the two separate chambers, and in that one of the chambers serves as the supply unit and the other chamber serves as the discharge unit.
A vehicle differential that has multiple gears and a system, the system comprising: a magnetic field generator that selectively generates a magnetic field; a drive member movable in response to the magnetic field generated by the magnetic field generator , the drive member being movable along an axis between a first position and a second position, and the drive member having at least one contact surface; and a lock member adjacent to the drive member and having at least one contact surface that is engaged by the at least one contact surface of the drive member so that the lock member is driven by the drive member to engage a gear of the differential when the drive member is in the second position, and the lock member is adapted to be disengaged from the gear when the drive member is in the first position, characterized in that one or both of the at least one contact surface of the drive member and the at least one contact surface of the lock member is discontinuous, wherein one or both of the drive member and the lock member includes a main body and a foot extending from the main body , and wherein the discontinuous contact surface is defined by a void formed in an axial end of the foot so that an axially outermost surface of the foot is interrupted by the void . a magnetic field generator that selectively generates a magnetic field; a drive member movable in response to the magnetic field generated by the magnetic field generator , the drive member being movable along an axis between a first position and a second position, and the drive member having at least one contact surface; and a lock member adjacent to the drive member and having at least one contact surface that is engaged by the at least one contact surface of the drive member so that the lock member is driven by the drive member to engage a gear of the differential when the drive member is in the second position, and the lock member is adapted to be disengaged from the gear when the drive member is in the first position, characterized in that one or both of the at least one contact surface of the drive member and the at least one contact surface of the lock member is discontinuous, wherein one or both of the drive member and the lock member includes a main body and a foot extending from the main body , and wherein the discontinuous contact surface is defined by a void formed in an axial end of the foot so that an axially outermost surface of the foot is interrupted by the void .
Method for quantifying neuromuscular stimulations external from a living organism comprising the following steps: a) An instrument located in an instrument test chamber is applied with a radio frequency voltage and is positioned in a defined manner, b) An electrical signal (S) is recorded in the instrument test chamber by means of at least one electrode , c) A stimulation signal (A) is determined from the recorded electrical signal (S), d) A nerve model is stimulated with a stimulation signal and compound action potentials (CAPs) output from the nerve model are detected, wherein the nerve model is placed in a nerve test chamber comprising at least one stimulation electrode pair and at least one diverting electrode pair , such that it contacts the at least one stimulation electrode pair as well as the at least one diverting electrode pair , wherein the stimulation signal (A) is applied to the stimulation electrode and a signal arriving at the diverting electrodes is detected as compound action potentials (CAPs). a) An instrument located in an instrument test chamber is applied with a radio frequency voltage and is positioned in a defined manner, b) An electrical signal (S) is recorded in the instrument test chamber by means of at least one electrode , c) A stimulation signal (A) is determined from the recorded electrical signal (S), d) A nerve model is stimulated with a stimulation signal and compound action potentials (CAPs) output from the nerve model are detected, wherein the nerve model is placed in a nerve test chamber comprising at least one stimulation electrode pair and at least one diverting electrode pair , such that it contacts the at least one stimulation electrode pair as well as the at least one diverting electrode pair , wherein the stimulation signal (A) is applied to the stimulation electrode and a signal arriving at the diverting electrodes is detected as compound action potentials (CAPs).
Heat exchanger plate, having a plate body , formed from at least two plate elements and a connection part for a cooling fluid, wherein the connection part has a connection section which is fitted in a receiving section of the plate body formed between the plate elements , characterized in that the connecting section has two outwardly directed longitudinal webs and the receiving section has longitudinal grooves extending in the region of the joining plane (FE) between the plate elements , wherein the longitudinal webs run in the longitudinal grooves .
Method for displaying and operating production resources , in particular for the plastics-processing industry, on one or more central operating units , preferably a computer or control station, wherein at least one production resource , for example an injection molding machine , a robot or an automation system , a temperature control unit , a cooling unit, a flow controller , a granulate dryer or conveyor or a metering unit or a work cell controller (24 to 27) is present, characterized in that symbols for the production resources connected via a network are present on the central operating unit and can be selected, wherein, after selection of one or several symbols on the screen of the operating unit , a visualization component is transferred from the associated production resource to the operating unit and executed there, and subsequently a complete display and operation is effected by the cooperation of the visualization software of this production resource now present on the operating unit and the control software which continues to run in a decentralized manner in the production resource , wherein transmission of the visualization component is transmitted, if possible, preferably only upon first invocation of this production resource , then remains stored in the control unit preferably in a cache in order to achieve a faster response behavior at the next selection of the symbol associated with the production resource , wherein the functionality results from the interaction of modular software, in particular the control software , in the controls of the individual production resource and the superordinate software, in particular the visualization software , in the operating unit or units in such a way that only the software modules relevant for the visualization are transferred to an external operating unit , for example a computer, and these cooperate with the process-relevant software modules which continue to remain in the control or controls of the production resource .
An operation method of a terminal in a wireless communication system, the method comprising: comparing domain name service, DNS, cache information stored in the terminal with DNS query information included in a DNS query associated with a host if the DNS query is provided from a uniform resource locator, URL, protocol handler; and providing Internet Protocol, IP, address information corresponding to the host to the URL protocol handler according to a result of the comparison, wherein the DNS cache information stored in the terminal is set base on at least one of a transmission speed and an amount of power consumption. comparing domain name service, DNS, cache information stored in the terminal with DNS query information included in a DNS query associated with a host if the DNS query is provided from a uniform resource locator, URL, protocol handler; and providing Internet Protocol, IP, address information corresponding to the host to the URL protocol handler according to a result of the comparison, wherein the DNS cache information stored in the terminal is set base on at least one of a transmission speed and an amount of power consumption.
A method performed by an application server , the method comprising: transmitting, to a mobility management function , a first message for a monitoring event request, the first message including information on a monitoring duration and information on a wait time; and receiving, from the mobility management function , a second message as a response to the first message, wherein the wait time indicates time information for which monitoring event results detected for a plurality of terminals in a group are collected before transmitting, after expiration of the wait time, a collected monitoring event report, and wherein the wait time is less than the monitoring duration. transmitting, to a mobility management function , a first message for a monitoring event request, the first message including information on a monitoring duration and information on a wait time; and receiving, from the mobility management function , a second message as a response to the first message, wherein the wait time indicates time information for which monitoring event results detected for a plurality of terminals in a group are collected before transmitting, after expiration of the wait time, a collected monitoring event report, and wherein the wait time is less than the monitoring duration.
A spray assembly for a working machine that includes a fluid storage tank and a frame, and is adapted for operation on a roadway, said spray assembly being adapted to be in fluid communication with the fluid storage tank and further comprising: (a) a plurality of nozzle assemblies , which are mounted on a support beam attachable to the frame and each of which comprises a direct acting valve that includes a solenoid switch assembly and a valve assembly comprising a valve housing and a nozzle housing ; (b) a controller that is operatively connected to each of the direct acting valves for controlling the opening and closing thereof, said controller comprising: (i) a spray control for selectively operating one or more of the direct acting valves to spray fluid from the fluid storage tank onto the roadway; characterized in that said controller also comprises: (ii) a power source ; (iii) an input module that is operatively connected to the solenoid switch assembly of each nozzle assembly and to the spray control , said input module being adapted to determine if the valve assembly of each nozzle assembly is open or closed; (iv) an output module that is operatively connected to the spray control and to the power source , said output module being adapted to energize the solenoid switch assembly of each nozzle assembly in the spray assembly . (a) a plurality of nozzle assemblies , which are mounted on a support beam attachable to the frame and each of which comprises a direct acting valve that includes a solenoid switch assembly and a valve assembly comprising a valve housing and a nozzle housing ; (b) a controller that is operatively connected to each of the direct acting valves for controlling the opening and closing thereof, said controller comprising: (i) a spray control for selectively operating one or more of the direct acting valves to spray fluid from the fluid storage tank onto the roadway; characterized in that said controller also comprises: (ii) a power source ; (iii) an input module that is operatively connected to the solenoid switch assembly of each nozzle assembly and to the spray control , said input module being adapted to determine if the valve assembly of each nozzle assembly is open or closed; (iv) an output module that is operatively connected to the spray control and to the power source , said output module being adapted to energize the solenoid switch assembly of each nozzle assembly in the spray assembly . (i) a spray control for selectively operating one or more of the direct acting valves to spray fluid from the fluid storage tank onto the roadway; (ii) a power source ; (iii) an input module that is operatively connected to the solenoid switch assembly of each nozzle assembly and to the spray control , said input module being adapted to determine if the valve assembly of each nozzle assembly is open or closed; (iv) an output module that is operatively connected to the spray control and to the power source , said output module being adapted to energize the solenoid switch assembly of each nozzle assembly in the spray assembly .
A positioning method, applied to a terminal and comprising receiving configuration information; and determining , in idle state or inactive state based on the configuration information, whether to enter connected state at a preset moment to complete a positioning procedure, wherein the determining , based on the configuration information, whether to enter connected state at the preset moment comprises: detecting whether a detection condition in the configuration information is met at the preset moment; and if the detection condition is met, skipping entering connected state; wherein the detection condition comprises one of: a change amount between a current location estimate of the terminal and a location estimate during the previous positioning being no more than a second preset threshold; and a change amount between a current location measurement amount of the terminal and a location measurement amount during the previous positioning being no more than a third preset threshold. determining , in idle state or inactive state based on the configuration information, whether to enter connected state at a preset moment to complete a positioning procedure, wherein the determining , based on the configuration information, whether to enter connected state at the preset moment comprises: detecting whether a detection condition in the configuration information is met at the preset moment; and if the detection condition is met, skipping entering connected state; wherein the detection condition comprises one of: a change amount between a current location estimate of the terminal and a location estimate during the previous positioning being no more than a second preset threshold; and a change amount between a current location measurement amount of the terminal and a location measurement amount during the previous positioning being no more than a third preset threshold. detecting whether a detection condition in the configuration information is met at the preset moment; and if the detection condition is met, skipping entering connected state; wherein the detection condition comprises one of: a change amount between a current location estimate of the terminal and a location estimate during the previous positioning being no more than a second preset threshold; and a change amount between a current location measurement amount of the terminal and a location measurement amount during the previous positioning being no more than a third preset threshold. a change amount between a current location estimate of the terminal and a location estimate during the previous positioning being no more than a second preset threshold; and a change amount between a current location measurement amount of the terminal and a location measurement amount during the previous positioning being no more than a third preset threshold.
Selector roller suitable to select chips of wood material or suchlike, humus, soil, inert materials or comparable materials, provided with a circumferential protrusion having a trapezoidal cross-section defined by a smaller side , a larger side , parallel and opposite to the smaller side , and two opposite sides joining together the smaller side and the larger side and with two cylindrical annular lateral shoulders disposed laterally and contiguously to the circumferential protrusion , wherein the circumferential protrusion is provided with an apical annular surface , defined by the circumferential succession of the smaller sides , on which symmetrical trapezoidal teeth are present, uniform and balanced with respect to the radius wherein on the opposite sides of the trapezoidal section of the circumferential protrusion there are indentations protruding with respect to said opposite sides and having an oblong shape substantially parallel to said opposite sides .
Method for manufacturing a thermoplastic component for fuel systems or SCR systems comprising the following steps: 1. Molding and/or forming of a thermoplastic substrate from a first thermoplastic material, 2. Three-dimensional printing of a second thermoplastic material in Polyoxymethylene (POM) onto a first area of the thermoplastic substrate obtained after step 1, wherein the first thermoplastic material of the thermoplastic substrate and the second thermoplastic material have a chemical compatibility, and wherein the second thermoplastic material is three-dimensionally printed in a volume being cubic and having an edge equal to or less than 50 mm. 1. Molding and/or forming of a thermoplastic substrate from a first thermoplastic material, 2. Three-dimensional printing of a second thermoplastic material in Polyoxymethylene (POM) onto a first area of the thermoplastic substrate obtained after step 1, wherein the first thermoplastic material of the thermoplastic substrate and the second thermoplastic material have a chemical compatibility, and wherein the second thermoplastic material is three-dimensionally printed in a volume being cubic and having an edge equal to or less than 50 mm.
A cap for a cartridge , the cap comprising: fastening means for fastening the cap to a cartridge opening ; and a valve configured to control liquid flow from inside the cartridge through the cartridge opening and the cap under negative pressure, characterised in that the valve is a deformable ball which covers one or more flow openings in a non-deformed state (NS) and deforms to allow flow through the one or more flow openings in the deformed state (DS). fastening means for fastening the cap to a cartridge opening ; and a valve configured to control liquid flow from inside the cartridge through the cartridge opening and the cap under negative pressure, characterised in that the valve is a deformable ball which covers one or more flow openings in a non-deformed state (NS) and deforms to allow flow through the one or more flow openings in the deformed state (DS).
A method comprising: receiving , by a processing device of a client device (110A-Z), a bandwidth parameter corresponding to aggregated network statistics, the bandwidth parameter representing a statistical measure of bandwidth experienced by other client devices when located at a current geographic location of the client device; initializing an upload quality parameter of an upload session based on the received bandwidth parameter, the upload session comprising upload of content from the client device; and modifying, by the processing device, the upload quality parameter during the upload session based on an updated bandwidth parameter, the updated bandwidth parameter corresponding to aggregated network statistics, the updated bandwidth parameter representing a statistical measure of bandwidth experienced by other client devices when located at a new geographic location of the client device, the upload quality parameter being used to control a format of the upload session. receiving , by a processing device of a client device (110A-Z), a bandwidth parameter corresponding to aggregated network statistics, the bandwidth parameter representing a statistical measure of bandwidth experienced by other client devices when located at a current geographic location of the client device; initializing an upload quality parameter of an upload session based on the received bandwidth parameter, the upload session comprising upload of content from the client device; and modifying, by the processing device, the upload quality parameter during the upload session based on an updated bandwidth parameter, the updated bandwidth parameter corresponding to aggregated network statistics, the updated bandwidth parameter representing a statistical measure of bandwidth experienced by other client devices when located at a new geographic location of the client device, the upload quality parameter being used to control a format of the upload session.