mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for supplying lubricant to a gear assembly in a gas turbine engine, comprising: a valve including a valve inlet configured to be coupled to a source of lubricant and a valve outlet configured to direct lubricant to the gear assembly , the valve being selectively controllable into a plurality of settings for varying an amount of lubricant flowing from the valve inlet to the valve outlet ; and a bypass associated with the valve , the bypass having a bypass inlet configured to receive lubricant from the source of lubricant and a bypass outlet configured to direct lubricant to the gear assembly , characterised in that the bypass always permits at least a minimum amount of lubricant to flow to the gear assembly independent of a setting of the valve , and in that the bypass comprises a flow restrictor that controls an amount of lubricant that flows through the bypass . a valve including a valve inlet configured to be coupled to a source of lubricant and a valve outlet configured to direct lubricant to the gear assembly , the valve being selectively controllable into a plurality of settings for varying an amount of lubricant flowing from the valve inlet to the valve outlet ; and a bypass associated with the valve , the bypass having a bypass inlet configured to receive lubricant from the source of lubricant and a bypass outlet configured to direct lubricant to the gear assembly , characterised in that the bypass always permits at least a minimum amount of lubricant to flow to the gear assembly independent of a setting of the valve , and in that the bypass comprises a flow restrictor that controls an amount of lubricant that flows through the bypass .
A method for making an elastomeric laminate, the method comprising the steps of: providing an elastic strand wound onto a beam , wherein the elastic strand comprises a spin finish ; rotating the beam to unwind the elastic strand from the beam ; advancing the elastic strand from the rotating beam ; removing a portion of the spin finish from the advancing elastic strand ; stretching the elastic strand ; and connecting the stretched elastic strand between a first substrate and a second substrate . providing an elastic strand wound onto a beam , wherein the elastic strand comprises a spin finish ; rotating the beam to unwind the elastic strand from the beam ; advancing the elastic strand from the rotating beam ; removing a portion of the spin finish from the advancing elastic strand ; stretching the elastic strand ; and connecting the stretched elastic strand between a first substrate and a second substrate .
A tube sorter comprising: a sample rack (L) capable of holding a plurality of sample tubes (T); a rack stocking means arranged to stock the sample rack (L); a transporting means arranged to transport a sample rack (L); a tube storage means (120, R1, R2) for storing the sample tubes (T); an unloading means arranged to unload a sample tube (T) from the sample rack (L) that was transported by the transporting means and to store the unloaded sample tube in the tube storage means (120, R1, R2); and a loading means arranged to load the sample tube (T) stored in the tube storage means (120, R1, R2) onto a sample rack (L) supplied from the rack stocking means to the transporting means , the sample tube (T) on the sample rack (L) having been unloaded by the unloading means, wherein the rack stocking means is an empty rack stocker and is arranged to be operable to receive empty sample racks (L), and to supply the received sample rack (L) to the transporting means , and wherein the transporting means includes a transport path arranged to transport a sample rack (L), the unloading means is arranged to unload a sample tube (T) from a sample rack (L) on the transport path, and when all of the sample tubes (T) on a sample rack (L) are unloaded, the empty rack stocker is arranged to remove the empty sample rack (L) from the transport path and is arranged to receive it to stock therein. a rack stocking means arranged to stock the sample rack (L); a transporting means arranged to transport a sample rack (L); a tube storage means (120, R1, R2) for storing the sample tubes (T); an unloading means arranged to unload a sample tube (T) from the sample rack (L) that was transported by the transporting means and to store the unloaded sample tube in the tube storage means (120, R1, R2); and a loading means arranged to load the sample tube (T) stored in the tube storage means (120, R1, R2) onto a sample rack (L) supplied from the rack stocking means to the transporting means , the sample tube (T) on the sample rack (L) having been unloaded by the unloading means, wherein the rack stocking means is an empty rack stocker and is arranged to be operable to receive empty sample racks (L), and to supply the received sample rack (L) to the transporting means , and wherein the transporting means includes a transport path arranged to transport a sample rack (L), the unloading means is arranged to unload a sample tube (T) from a sample rack (L) on the transport path, and when all of the sample tubes (T) on a sample rack (L) are unloaded, the empty rack stocker is arranged to remove the empty sample rack (L) from the transport path and is arranged to receive it to stock therein.
A car of a public transport vehicle, more particularly a rail vehicle, comprising a platform , a room and a lifting device for a person with reduced mobility, the room being arranged at a different height from the platform in a lifting direction (Z), the lifting device being movable between at least one position for access to the platform and one position for access to the hall , the lifting device being controlled by a control module , the car being characterised in that the control module is configured to control the lifting device depending on a database comprising information relating to seat reservations by passengers within the car .
A latex polymer of multi-stage polymerization comprising a first stage polymer and a second stage polymer wherein the first stage polymer comprises a first portion of an acrylic monomer and a first portion of a phosphorus acid monomer, and the second stage polymer comprises a second portion of an acrylic monomer and a second portion of a phosphorus acid monomer; wherein the amount of the first portion of the phosphorus acid monomer is from 2 to 8 weight percent of total weight of the first stage polymer; the amount of the second portion of the phosphorus acid monomer is from 41 to 150 weight percent of total weight of the first portion of the phosphorus acid monomer; the first portion of the acrylic monomer is from 5 to 20 weight percent of total weight of the first and the second portions of the acrylic monomer; and the Tg of the latex polymer is in the range of -20°C to 50°C.
Use of a formulation comprising at least one alkanesulfonic acid for the cleaning of the alkali metal or alkaline earth metal oxalates present in the various receptacles, casks and other containers used in networks for packaging, storing, displaying and distributing in the field of meat and early horticultural produce, in particular poultry, fruit and vegetables, said formulation being in the gel form.
Laundry treatment device , in particular tumble dryer or washer-dryer, having at least one process air circuit , in which a process air can be circulated during a drying process for drying laundry located in the process air circuit , at least one temperature sensor arranged on the process air circuit for recording a temperature of the process air, at least one humidity sensor arranged on the process air circuit for recording a relative air humidity of the process air and at least one electronic unit connected to the temperature sensor and the humidity sensor , wherein the electronic unit is configured to determine a water loading of the process air from the measured temperature and the measured relative air humidity during the drying process and to determine a maximum of the water loading of the process air, wherein the electronic unit is configured to determine a value of a deviation of the momentary water loading from the maximum of the water loading and to generate a switch-off signal in order to terminate the drying process if the value of the deviation reaches a predetermined limit value.
A wedge support for releasably securing a wedge in a gap between a first object and a second object , the wedge support configured to be arrangeable within the gap adjacent to the first object and orientated with a first side of the wedge support proximal to an opening of the gap, such that a wedge is forceable into the gap, between the second object and the wedge support , the wedge support comprising: a first portion ; a second portion releasably attached to the first portion ; and a tool socket located on the first side of the wedge support ; wherein insertion of a tool into the tool socket permits separation of the first portion from the second portion ; wherein the tool socket extends across the first portion and the second portion , and wherein the first portion and the second portion comprise corresponding interlocking extensions . a first portion ; a second portion releasably attached to the first portion ; and a tool socket located on the first side of the wedge support ; wherein insertion of a tool into the tool socket permits separation of the first portion from the second portion ; wherein the tool socket extends across the first portion and the second portion , and wherein the first portion and the second portion comprise corresponding interlocking extensions .
A variable oil pump comprising: a pump housing ; a cover that faces the pump housing ; an oil pump rotor rotationally driven while being housed in a housing space (S) between the pump housing and the cover ; an adjustment member housed in the housing space (S) and that adjusts an amount of oil discharged from the oil pump rotor by being displaced due to a drive force while rotatably holding the oil pump rotor from an outer peripheral side; and a guide portion including a groove provided in the adjustment member and a pin provided on the pump housing and that engages with the groove , and the guide portion that guides relative displacement of the adjustment member with respect to the pump housing by engaging the groove and the pin with each other, characterized by a seal structure provided on at least one of the pump housing and the cover and that seals an inside of the groove with respect to the housing space (S) by surrounding a movement trajectory (P1, P2) of the groove of the adjustment member relatively displaced with respect to the pin . a pump housing ; a cover that faces the pump housing ; an oil pump rotor rotationally driven while being housed in a housing space (S) between the pump housing and the cover ; an adjustment member housed in the housing space (S) and that adjusts an amount of oil discharged from the oil pump rotor by being displaced due to a drive force while rotatably holding the oil pump rotor from an outer peripheral side; and a guide portion including a groove provided in the adjustment member and a pin provided on the pump housing and that engages with the groove , and the guide portion that guides relative displacement of the adjustment member with respect to the pump housing by engaging the groove and the pin with each other, characterized by a seal structure provided on at least one of the pump housing and the cover and that seals an inside of the groove with respect to the housing space (S) by surrounding a movement trajectory (P1, P2) of the groove of the adjustment member relatively displaced with respect to the pin .
A hand held controller for a games console comprising: a hard outer case; and a plurality of controls located on a front and top of the controller; the controller being shaped to be held in both hands of a user such that the user's thumbs are positioned to operate controls located on the front of the controller and the user's index fingers are positioned to operate controls located on the top of the controller; wherein the controller further comprises at least one additional control mounted on a back of the controller such that the at least one additional control is in a position operable by the middle finger of a user and a mounting mechanism for detachably securing the at least one additional control, the mounting mechanism being located on the back of the controller wherein the at least one additional control comprises an elongate member which is displaceable by a user to activate a control function, wherein the or each elongate member comprises a first part of a complementary locking mechanism, and wherein the controller comprises a second part of a complementary locking mechanism such that the or each elongate member is detachably secured to the controller. a hard outer case; and a plurality of controls located on a front and top of the controller; the controller being shaped to be held in both hands of a user such that the user's thumbs are positioned to operate controls located on the front of the controller and the user's index fingers are positioned to operate controls located on the top of the controller; wherein the controller further comprises at least one additional control mounted on a back of the controller such that the at least one additional control is in a position operable by the middle finger of a user and a mounting mechanism for detachably securing the at least one additional control, the mounting mechanism being located on the back of the controller wherein the at least one additional control comprises an elongate member which is displaceable by a user to activate a control function, wherein the or each elongate member comprises a first part of a complementary locking mechanism, and wherein the controller comprises a second part of a complementary locking mechanism such that the or each elongate member is detachably secured to the controller.
- An electrode wire for electric discharge machining, said electrode wire comprising: - a metal core , in one or more layers of metal or metal alloy, - on the metal core , a coating having an alloy different from that of the metal core and containing more than 50 wt% zinc, in which: - the coating comprises copper-zinc alloy of fractured γ phase, - the coating contains covered pores larger than 2 μm, characterized in that : - some or all of the pores are covered with one or more alloys of copper and zinc with more than 58% and less than 100% zinc by weight. - a metal core , in one or more layers of metal or metal alloy, - on the metal core , a coating having an alloy different from that of the metal core and containing more than 50 wt% zinc, - the coating comprises copper-zinc alloy of fractured γ phase, - the coating contains covered pores larger than 2 μm, - some or all of the pores are covered with one or more alloys of copper and zinc with more than 58% and less than 100% zinc by weight.
Panel , in particular wall, ceiling or floor panel, comprising a carrier plate with a front side and a rear side, wherein the carrier plate has a layer system at least on the front side, and wherein the layer system has, starting from the front side: a first elastic layer S1 of a polymer, which has a thickness of 40 to 600 μm and a Martens hardness M S1 according to DIN EN ISO 14577 of 0.5 to 120 N/mm 2 ; and a second layer S2 of a polymer, which has a thickness of 10 to 180 μm and a Martens hardness M S2 , wherein M S2 > M S1 , characterised in that the hardness of the elastic layer S1 is substantially constant over the entire thickness and the differences in hardness within the layer are less than 20 N/mm 2 . a first elastic layer S1 of a polymer, which has a thickness of 40 to 600 μm and a Martens hardness M S1 according to DIN EN ISO 14577 of 0.5 to 120 N/mm 2 ; and a second layer S2 of a polymer, which has a thickness of 10 to 180 μm and a Martens hardness M S2 , wherein M S2 > M S1 , characterised in that the hardness of the elastic layer S1 is substantially constant over the entire thickness and the differences in hardness within the layer are less than 20 N/mm 2 .
System for determining a time at which a vehicle function of a vehicle is started up, said system having at least one vehicle ; at least one key element which is associated with the or a relevant vehicle ; wherein the vehicle and the associated key element are configured to exchange data with one another, wherein the system is designed to determine the vehicle position (PosF) and the key element position (PosS1, PosS2), wherein the system is designed to set the vehicle into a driving mode if the vehicle position (PosF) and the key element position (PosS1, PosS2) are substantially identical, in particular if the key element is located inside the vehicle , characterised in that the system is further designed to automatically switch on at least one vehicle function which can be activated when the vehicle is at a standstill, according to a current key element position (PosS1, PosS2), in particular a key element position (PosS1, PosS2) changing relative to the vehicle position (PosF), wherein the at least one activatable vehicle function comprises a location-based function, wherein the vehicle and the associated key element are remote from one another, in particular at a distance of at least ten metres from one another, and wherein the key element position (PosS1, PosS2) of an associated key element used during the last start-up of the vehicle is determined with a higher priority. at least one key element which is associated with the or a relevant vehicle ; wherein the vehicle and the associated key element are configured to exchange data with one another, wherein the system is designed to determine the vehicle position (PosF) and the key element position (PosS1, PosS2), wherein the system is designed to set the vehicle into a driving mode if the vehicle position (PosF) and the key element position (PosS1, PosS2) are substantially identical, in particular if the key element is located inside the vehicle , characterised in that the system is further designed to automatically switch on at least one vehicle function which can be activated when the vehicle is at a standstill, according to a current key element position (PosS1, PosS2), in particular a key element position (PosS1, PosS2) changing relative to the vehicle position (PosF), wherein the at least one activatable vehicle function comprises a location-based function, wherein the vehicle and the associated key element are remote from one another, in particular at a distance of at least ten metres from one another, and wherein the key element position (PosS1, PosS2) of an associated key element used during the last start-up of the vehicle is determined with a higher priority.
Indication device for monitoring the structural integrity of a repair location on a laminate structure, manufactured from a composite material , of a part of an aircraft outer skin, wherein the indication device has at least one elongate, thin indicator strip , which is detachably applied to an outer layer of the laminate structure in the immediate vicinity of the repair location ; wherein the indicator strip is designed to indicate a predefined residual strength of an adhesive joint of a repair patch to the surrounding composite material ; wherein the indicator strip is applied to the cured adhesive joint by means of an adhesive ; characterized in that the indicator strip has a predefined prestress, which is matched to a target strength to be achieved of the adhesive joint of the repair patch to the surrounding composite material . wherein the indication device has at least one elongate, thin indicator strip , which is detachably applied to an outer layer of the laminate structure in the immediate vicinity of the repair location ; wherein the indicator strip is designed to indicate a predefined residual strength of an adhesive joint of a repair patch to the surrounding composite material ; wherein the indicator strip is applied to the cured adhesive joint by means of an adhesive ; characterized in that the indicator strip has a predefined prestress, which is matched to a target strength to be achieved of the adhesive joint of the repair patch to the surrounding composite material .
A method for providing data beacon pulses, whereby complete files are transferred, without Internet Protocol, IP, packetization, via a constant stream of pulses of information, each pulse containing a complete file, from one region to one or more other regions over a Slinghop segment, the Slinghop segment being a network segment integrated over an existing IP pathway, each Slinghop segment having an origin IP address and a target IP address, whereby data traffic to a segment end is written to an associated parallel file system, the method comprising: providing a first node (13-502) in a first region, comprising a first read queue (13-RQ502), a first write queue (13-WQ502), and a first parallel file system (13-602); providing a second node (13-506) in a second region, comprising a second read queue (13-RQ506), a second write queue (13-WQ506), and the second parallel file system (13-606); writing, by the first node (13-502, first data from the first write queue (13-WQ502) to the second parallel file system (13-606) via remote direct memory access, RDMA; reading, by the second node (13-506) first data from the second parallel file system (13-606) and placing, by the second node (13-506), the first data in the second read queue (13-RQ506); writing, by the second node (13-506), second data from the second write queue (13-WQ506) to the first parallel file system (13-602) via remote direct memory access, RDMA; reading, by the first node (13-502), the second data from the first parallel file system (13-602), and placing, by the first node (13-502), the second data in the first read queue (13-RQ502). providing a first node (13-502) in a first region, comprising a first read queue (13-RQ502), a first write queue (13-WQ502), and a first parallel file system (13-602); providing a second node (13-506) in a second region, comprising a second read queue (13-RQ506), a second write queue (13-WQ506), and the second parallel file system (13-606); writing, by the first node (13-502, first data from the first write queue (13-WQ502) to the second parallel file system (13-606) via remote direct memory access, RDMA; reading, by the second node (13-506) first data from the second parallel file system (13-606) and placing, by the second node (13-506), the first data in the second read queue (13-RQ506); writing, by the second node (13-506), second data from the second write queue (13-WQ506) to the first parallel file system (13-602) via remote direct memory access, RDMA; reading, by the first node (13-502), the second data from the first parallel file system (13-602), and placing, by the first node (13-502), the second data in the first read queue (13-RQ502).