mhurhangee/patent-ind-claim-en huggingface dataset:
A pump apparatus for a cleaning machine or a machine tool, the pump apparatus comprising: an injection chamber having a door ; a nozzle arranged in the injection chamber ; a pump connected to the nozzle , the pump configured to discharge liquid; a motor configured to drive the pump ; a door sensor configured to detect that the door is closed; and a control device configured to communicate with the door sensor , the control device having a motor rotation unit configured to supply driving power to the motor only when the door sensor detects that the door is closed; characterized in that , the pump apparatus further comprises: a rotation speed meter configured to detect a rotation speed of the motor or the pump ; wherein the control device includes, a storage device configured to store a threshold value, the threshold value being a rotation speed of the motor at which a discharge pressure of the pump is equal to or less than a safety pressure, and a speed monitoring unit configured to monitor that the rotation speed detected by the rotation speed meter is equal to or less than the threshold value. an injection chamber having a door ; a nozzle arranged in the injection chamber ; a pump connected to the nozzle , the pump configured to discharge liquid; a motor configured to drive the pump ; a door sensor configured to detect that the door is closed; and a control device configured to communicate with the door sensor , the control device having a motor rotation unit configured to supply driving power to the motor only when the door sensor detects that the door is closed; characterized in that , the pump apparatus further comprises: a rotation speed meter configured to detect a rotation speed of the motor or the pump ; wherein the control device includes, a storage device configured to store a threshold value, the threshold value being a rotation speed of the motor at which a discharge pressure of the pump is equal to or less than a safety pressure, and a speed monitoring unit configured to monitor that the rotation speed detected by the rotation speed meter is equal to or less than the threshold value. a rotation speed meter configured to detect a rotation speed of the motor or the pump ; wherein the control device includes, a storage device configured to store a threshold value, the threshold value being a rotation speed of the motor at which a discharge pressure of the pump is equal to or less than a safety pressure, and a speed monitoring unit configured to monitor that the rotation speed detected by the rotation speed meter is equal to or less than the threshold value.
Position-adaptive communication method, executed by a communication control module of a mobile vehicle , for establishing and maintaining a communications connection between a communications interface of a mobile vehicle , in particular a water vehicle and/or aircraft, and a communications interface of a counterpart station , wherein the communication method is a package-based communication method, with a communications protocol, which transmits in a communications framework in a sequence user data, backup data and if necessary signalling data as a data package, and wherein between data packages and/or inside the data packages a transmission pause is provided, wherein the transmission pause is a result of the sum of a run time of a data package from the vehicle to the counterpart station , a processing time for receiving and processing the data package and for generating a confirmation message at the counterpart station and a run time of the confirmation message from the counterpart station to the vehicle , comprising the steps - determining position data of the vehicle with reference to a coordinate system; - receiving a movement data set from at least one counterpart station by means of a receiving device; - extracting position data from the received movement data and determining the position of the counterpart station in the global coordinate system; - determining a direction vector of the vehicle to the counterpart station ; - determining a signal run time from the length of the direction vector ; - adaptive adjustment of the transmission pause to the determined signal run time by a timer of the communication control module. - determining position data of the vehicle with reference to a coordinate system; - receiving a movement data set from at least one counterpart station by means of a receiving device; - extracting position data from the received movement data and determining the position of the counterpart station in the global coordinate system; - determining a direction vector of the vehicle to the counterpart station ; - determining a signal run time from the length of the direction vector ; - adaptive adjustment of the transmission pause to the determined signal run time by a timer of the communication control module.
A tool for removing a piston from a cylinder of an engine , the tool comprising: a first member having a slot defined on an outer surface thereof; a first handle connected to the first member ; at least one arm member pivotally coupled with the first member , wherein the at least one arm member includes a first portion that contacts an inner surface of the piston when the piston is being removed from the cylinder ; a second member disposed around the first member and movable between a first position and a second position, wherein the second member is adapted to limit an axial movement of the at least one arm member characterised in that the at least one arm member includes a third portion that is received within an opening defined in the second member ; and a second handle connected to the second member to move the second member between the first position and the second position. a first member having a slot defined on an outer surface thereof; a first handle connected to the first member ; at least one arm member pivotally coupled with the first member , wherein the at least one arm member includes a first portion that contacts an inner surface of the piston when the piston is being removed from the cylinder ; a second member disposed around the first member and movable between a first position and a second position, wherein the second member is adapted to limit an axial movement of the at least one arm member characterised in that the at least one arm member includes a third portion that is received within an opening defined in the second member ; and a second handle connected to the second member to move the second member between the first position and the second position.
A razor blade characterized by : a substrate with a coating joined to said substrate defining a coated blade , said coated blade comprising a cutting edge being defined by a blade tip having a tip radius of from 50 to 350 angstroms, said coated blade comprising a pair of first facets extending from said blade tip and a pair of second facets extending from said respective first facets, said coated blade comprising a facet angle (α) from 90° to 135° between the first facets, a facet width (ω) from 0.38 micrometers to 0.65 micrometers measured in accordance with figure 2 between the intersection of a line perpendicular to a line extension of the first facet at the intersection with a line extension of the second facet and the coated blade and the intersection of a line perpendicular to a line extension of the first facet at the intersection with a line extension of the second facet and the coated blade , a wedge angle (β) from 5° to 30° between a linear extension of a first facet and the there from extending second facet , said coated blade having a thickness of between 0.8 and 1.5 micrometers measured at a distance of 1 micrometer from the blade tip.
A method for producing a porous silicone material, comprising the following steps: 1) implementing a direct emulsion E of silicone in water comprising: A) a silicone base A crosslinkable by polycondensation or polyaddition; B) at least one nonionic silicone surfactant B having a cloud point comprised between 10 and 50°C, preferably between 15 and 45°C, said nonionic silicone surfactant B being an organopolysiloxane-polyoxyalkylene copolymer; C) optionally, at least one catalyst C ; and D) water; 2) heating the emulsion E to a temperature greater than or equal to 60°C to obtain a porous silicone material; and 3) optionally, drying the porous silicone material, preferably by heating. 1) implementing a direct emulsion E of silicone in water comprising: A) a silicone base A crosslinkable by polycondensation or polyaddition; B) at least one nonionic silicone surfactant B having a cloud point comprised between 10 and 50°C, preferably between 15 and 45°C, said nonionic silicone surfactant B being an organopolysiloxane-polyoxyalkylene copolymer; C) optionally, at least one catalyst C ; and D) water; A) a silicone base A crosslinkable by polycondensation or polyaddition; B) at least one nonionic silicone surfactant B having a cloud point comprised between 10 and 50°C, preferably between 15 and 45°C, said nonionic silicone surfactant B being an organopolysiloxane-polyoxyalkylene copolymer; C) optionally, at least one catalyst C ; and D) water; 2) heating the emulsion E to a temperature greater than or equal to 60°C to obtain a porous silicone material; and 3) optionally, drying the porous silicone material, preferably by heating.
A method of reducing power consumption by a station, STA, in a wireless local area, WLAN, system, the method comprising: receiving, from an access point, AP, a trigger frame including a common information field and a user information field; and transmitting a physical protocol data unit, PPDU, to the AP in response to the trigger frame, the method being characterized in that : the user information field indicating different information when an association identifier, AID, subfield of the user information field is set to a first value indicating resource allocation for random access, and when the AID subfield of the user information field is set to a value other than the first value, based on the AID subfield being set to the first value, the user information field includes information indicating whether resources are allocated for random access, and the STA transitions to a doze state on the basis of the information indicating whether resources are allocated for random access. receiving, from an access point, AP, a trigger frame including a common information field and a user information field; and transmitting a physical protocol data unit, PPDU, to the AP in response to the trigger frame, the method being characterized in that : the user information field indicating different information when an association identifier, AID, subfield of the user information field is set to a first value indicating resource allocation for random access, and when the AID subfield of the user information field is set to a value other than the first value, based on the AID subfield being set to the first value, the user information field includes information indicating whether resources are allocated for random access, and the STA transitions to a doze state on the basis of the information indicating whether resources are allocated for random access. the user information field indicating different information when an association identifier, AID, subfield of the user information field is set to a first value indicating resource allocation for random access, and when the AID subfield of the user information field is set to a value other than the first value, based on the AID subfield being set to the first value, the user information field includes information indicating whether resources are allocated for random access, and the STA transitions to a doze state on the basis of the information indicating whether resources are allocated for random access.
A method for detecting and lessening a fuel starvation condition in an operating fuel cell system, the fuel cell system comprising: a solid polymer electrolyte fuel cell, an oxidant supply subsystem, a fuel supply subsystem comprising: a fuel supply, and a regulating apparatus for regulating the pressure of fuel supplied to an anode inlet of the fuel cell wherein the fuel supply is connected to an inlet of the regulating apparatus and the anode inlet of the fuel cell is connected to an outlet of the regulating apparatus, and wherein the outlet pressure from the regulating apparatus outlet oscillates when the fuel cell system is operating, and an electrical output monitor for monitoring an electrical output of the fuel cell, the method comprising: monitoring the electrical output of the fuel cell while the fuel cell system is operating; determining the amplitude of oscillation in the electrical output of the fuel cell resulting from the oscillation in the regulating apparatus outlet pressure; and if the determined amplitude of oscillation in the electrical output exceeds a predetermined amount thereby indicating a fuel starvation condition, taking a remedial action to lessen the fuel starvation condition. a solid polymer electrolyte fuel cell, an oxidant supply subsystem, a fuel supply subsystem comprising: a fuel supply, and a regulating apparatus for regulating the pressure of fuel supplied to an anode inlet of the fuel cell wherein the fuel supply is connected to an inlet of the regulating apparatus and the anode inlet of the fuel cell is connected to an outlet of the regulating apparatus, and wherein the outlet pressure from the regulating apparatus outlet oscillates when the fuel cell system is operating, and a fuel supply, and a regulating apparatus for regulating the pressure of fuel supplied to an anode inlet of the fuel cell wherein the fuel supply is connected to an inlet of the regulating apparatus and the anode inlet of the fuel cell is connected to an outlet of the regulating apparatus, and wherein the outlet pressure from the regulating apparatus outlet oscillates when the fuel cell system is operating, and an electrical output monitor for monitoring an electrical output of the fuel cell, monitoring the electrical output of the fuel cell while the fuel cell system is operating; determining the amplitude of oscillation in the electrical output of the fuel cell resulting from the oscillation in the regulating apparatus outlet pressure; and if the determined amplitude of oscillation in the electrical output exceeds a predetermined amount thereby indicating a fuel starvation condition, taking a remedial action to lessen the fuel starvation condition.
A collapsible coupling device for roll-off containers, suited for engagement with a loading device installed on a motor vehicle, comprising; a coupling member suitable to be rotatably engaged with respect to a supporting structure of a roll-off container , and movable around a horizontal hinging axis (X) between a rest position in which it is lowered and a work position in which it is raised; characterized by further comprising: a pusher device suitable to be operating between the supporting structure and the coupling member to push the latter towards the work position. a coupling member suitable to be rotatably engaged with respect to a supporting structure of a roll-off container , and movable around a horizontal hinging axis (X) between a rest position in which it is lowered and a work position in which it is raised; characterized by further comprising: a pusher device suitable to be operating between the supporting structure and the coupling member to push the latter towards the work position.
Housing for an electrical component with at least a first and a second housing part , which can be assembled together in an explosion-proof manner, wherein each housing part has a joining surface which, when the housing parts are assembled, engage with one another to form a flameproof gap , wherein furthermore the joining surfaces extend substantially perpendicular relative to the regions of the housing parts adjoining them and surface profilings are formed in them, between which the flameproof gap is formed, characterised in that the joining surfaces are formed as part of a flange surface projecting radially outward from the respective housing part , and the surface profilings are formed in the form of a corrugation and are spiral shaped in the profile direction .
Feedthrough in a housing component , in particular for harsh environments subject to mechanical and thermal loading, comprising an inner conductor , an outer conductor and an electrically insulating component between the outer conductor and the inner conductor , the electrically insulating component preferably comprising a glass, in particular a crystallizable or at least partially crystallized glass, or a glass ceramic and retaining the inner conductor relative to the outer conductor in electrically insulated fashion, wherein a sleeve is assigned to or is formed on the outer conductor and retains or makes it possible to fasten this feedthrough on a housing component that is subject to thermal loading, in particular a functional assembly of the exhaust gas system of a motor vehicle, characterized in that a gap (S P ) is formed through the sleeve between the outer lateral surface of the outer conductor and an inner surface of the sleeve in such a way that, in the event of vibrations, or forces that are exerted on the inner conductor and trigger a tilting movement, no damage is done to the outer conductor and the sleeve . an inner conductor , an outer conductor and an electrically insulating component between the outer conductor and the inner conductor , the electrically insulating component preferably comprising a glass, in particular a crystallizable or at least partially crystallized glass, or a glass ceramic and retaining the inner conductor relative to the outer conductor in electrically insulated fashion, wherein a sleeve is assigned to or is formed on the outer conductor and retains or makes it possible to fasten this feedthrough on a housing component that is subject to thermal loading, in particular a functional assembly of the exhaust gas system of a motor vehicle, characterized in that a gap (S P ) is formed through the sleeve between the outer lateral surface of the outer conductor and an inner surface of the sleeve in such a way that, in the event of vibrations, or forces that are exerted on the inner conductor and trigger a tilting movement, no damage is done to the outer conductor and the sleeve .
A nanosphere comprising, preferably consisting of, an equal number of: (i) a human SEC14-like protein, and (ii) a cognate ligand of said SEC 14-like protein; wherein said nanosphere comprises trimers formed by said human SEC14-like protein and said cognate ligand of said SEC14-like protein, and wherein said equal number is a multiple of 3, and said equal number is of 3 to 60, and wherein said human SEC14-like protein is selected from (a) α-tocopherol transfer protein (α-TTP); (b) Cellular retinaldehyde binding protein (CRALBP); (c) Clavesin1 (CLVS1); (d) Clavesin2 (CLVS2); and (e) alpha-tocopherol transfer protein like (TTPAL). (i) a human SEC14-like protein, and (ii) a cognate ligand of said SEC 14-like protein; wherein said nanosphere comprises trimers formed by said human SEC14-like protein and said cognate ligand of said SEC14-like protein, and wherein said equal number is a multiple of 3, and said equal number is of 3 to 60, and wherein said human SEC14-like protein is selected from (a) α-tocopherol transfer protein (α-TTP); (b) Cellular retinaldehyde binding protein (CRALBP); (c) Clavesin1 (CLVS1); (d) Clavesin2 (CLVS2); and (e) alpha-tocopherol transfer protein like (TTPAL). (a) α-tocopherol transfer protein (α-TTP); (b) Cellular retinaldehyde binding protein (CRALBP); (c) Clavesin1 (CLVS1); (d) Clavesin2 (CLVS2); and (e) alpha-tocopherol transfer protein like (TTPAL).
An energy curable inkjet ink or coating composition comprising a) at least one aminoacrylate and b) and at least one photoinitiator; wherein the photoinitiator comprises a difunctional, multifunctional, oligomeric and/or polymeric photoinitiator, wherein the total photoinitiator content is less than 12.0% by weight and the total acyl phosphine oxide photoinitiator content is less than 4.0% by weight; wherein the ink or coating composition comprises less than 20% by weight of monofunctional monomer and wherein the aminoacrylate is prepared by the Michael addition reaction of a polyacrylate with an alkanolamine having the formula: HN(R 1 )(C n H 2n OH) wherein R 1 is H or (C m H 2m X); X is H or OH; m is 1 to 6 and n is 1 to 6. a) at least one aminoacrylate and b) and at least one photoinitiator; wherein the photoinitiator comprises a difunctional, multifunctional, oligomeric and/or polymeric photoinitiator, wherein R 1 is H or (C m H 2m X); X is H or OH; m is 1 to 6 and n is 1 to 6.
An active energy ray-curable magenta ink for non-aqueous inkjet recording, comprising: at least one pigment selected from the group consisting of C.I. Pigment Red 147, 150, and 266, in an amount of 0.5 to 10% by mass relative to a total mass of the ink, a polymerizable monomer, a photopolymerization initiator, and a pigment dispersing resin, wherein the polymerizable monomer comprises at least one monomer selected from the group consisting of monofunctional (meth)acrylates and difunctional (meth)acrylates. at least one pigment selected from the group consisting of C.I. Pigment Red 147, 150, and 266, in an amount of 0.5 to 10% by mass relative to a total mass of the ink, a polymerizable monomer, a photopolymerization initiator, and a pigment dispersing resin, wherein the polymerizable monomer comprises at least one monomer selected from the group consisting of monofunctional (meth)acrylates and difunctional (meth)acrylates.
Coil winding machine comprising a rotating member named flyer for feeding a conducting wire, the flyer comprising a wire dispenser arranged to rotate about a winding support to wind turns of conducting wire onto said support , the winding machine comprises a wire-guiding device , wherein: said wire-guiding device comprises a first front guiding element and a second front guiding element which form a non-rotating wire-guiding head facing said support ; said wire-guiding head has a substantially frusto-pyramidal side surface and a closed front frame which defines a front opening ; the first front guiding element is slidable relative to a body of the wire-guiding device in a first direction ( r 1 ) with a first adjustment travel path and the second front guiding element is slidable relative to said body in a second direction ( r 2 ) with a second adjustment travel path, said first direction and second direction ( r 1 , r 2 ) converging towards the winding support ; the wire-guiding device comprises at least one control system adapted to modify the position of said front guiding elements along the respective adjustment travel paths into a plurality of positions ranging between a first position of maximum distance and a second position of maximum approach, thus varying the geometry of the wire-guiding head , characterized in that said front guiding elements are configured to partially superimpose one another. said wire-guiding device comprises a first front guiding element and a second front guiding element which form a non-rotating wire-guiding head facing said support ; said wire-guiding head has a substantially frusto-pyramidal side surface and a closed front frame which defines a front opening ; the first front guiding element is slidable relative to a body of the wire-guiding device in a first direction ( r 1 ) with a first adjustment travel path and the second front guiding element is slidable relative to said body in a second direction ( r 2 ) with a second adjustment travel path, said first direction and second direction ( r 1 , r 2 ) converging towards the winding support ; the wire-guiding device comprises at least one control system adapted to modify the position of said front guiding elements along the respective adjustment travel paths into a plurality of positions ranging between a first position of maximum distance and a second position of maximum approach, thus varying the geometry of the wire-guiding head , characterized in that said front guiding elements are configured to partially superimpose one another.