mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid transfer device or connection comprising: a fluid transfer tip, the fluid transfer tip comprising a tapered friction fitting for a corresponding hub; a lever member pivotally mounted to move relative to the fluid transfer tip; and a latch, extending up to 90° around to the fluid transfer tip, mounted on the lever member to engage a part mounted on the hub and provide a positive connection on just one side of the fluid transfer tip in addition to the friction fitting; wherein the hub is disconnected from the tip by pivoting the lever member to release the latch and to subsequently release the hub from the friction fitting. a fluid transfer tip, the fluid transfer tip comprising a tapered friction fitting for a corresponding hub; a lever member pivotally mounted to move relative to the fluid transfer tip; and a latch, extending up to 90° around to the fluid transfer tip, mounted on the lever member to engage a part mounted on the hub and provide a positive connection on just one side of the fluid transfer tip in addition to the friction fitting; wherein the hub is disconnected from the tip by pivoting the lever member to release the latch and to subsequently release the hub from the friction fitting.
A waterproof container for an unmanned aerial vehicle, comprising: a container main body having an opening in a bottom surface; a waterproof door , which is mounted to the container main body so as to open outward and close the opening, and is a double waterproof door including a first door and a second door; an elastic seal , which is interposed between the first door and the container main body and between the second door and the container main body, and is configured to close the waterproof door in a liquid-tight manner; a first door-closing mechanism configured to retain a first door-closing state of each of the first door and the second door, in which the compression of the elastic seal is small and hermetic sealing potentially insufficient; and a second door-closing mechanism configured to prevent movement of the first door and the second door in respective door-opening directions in a second door-closing state in which the first door and the second door are each pushed in a direction of resisting against an elastic force of the elastic seal from the first door-closing state. a container main body having an opening in a bottom surface; a waterproof door , which is mounted to the container main body so as to open outward and close the opening, and is a double waterproof door including a first door and a second door; an elastic seal , which is interposed between the first door and the container main body and between the second door and the container main body, and is configured to close the waterproof door in a liquid-tight manner; a first door-closing mechanism configured to retain a first door-closing state of each of the first door and the second door, in which the compression of the elastic seal is small and hermetic sealing potentially insufficient; and a second door-closing mechanism configured to prevent movement of the first door and the second door in respective door-opening directions in a second door-closing state in which the first door and the second door are each pushed in a direction of resisting against an elastic force of the elastic seal from the first door-closing state.
A medium processing apparatus comprising: a liquid applier to apply liquid to at least one medium (P); a post-processing device to perform a given process on a bundle of media (Pb) including the at least one medium (P) on which the liquid is applied by the liquid applier ; a liquid storage unit to store the liquid to be supplied to the liquid applier ; a mover to cause the liquid applier to move in a reciprocating direction orthogonal to the conveyance direction; and a liquid supplier to supply the liquid from the liquid storage unit to the liquid applier , the liquid supplier including an extensible member having an elastic cylindrical part on at least a part of the liquid supplier , and the extensible member extending in the reciprocating direction of the mover . a liquid applier to apply liquid to at least one medium (P); a post-processing device to perform a given process on a bundle of media (Pb) including the at least one medium (P) on which the liquid is applied by the liquid applier ; a liquid storage unit to store the liquid to be supplied to the liquid applier ; a mover to cause the liquid applier to move in a reciprocating direction orthogonal to the conveyance direction; and a liquid supplier to supply the liquid from the liquid storage unit to the liquid applier , the liquid supplier including an extensible member having an elastic cylindrical part on at least a part of the liquid supplier , and the extensible member extending in the reciprocating direction of the mover .
A header for a combine harvester comprising a conveyor belt for conveying crop material in a conveyance direction, wherein the header further comprises an adjusting device for adjusting a tension of the conveyor belt , the adjusting device comprising a first link that is movable with respect to a frame member of the header, wherein the first link is movable in a direction that is either orthogonal or substantially orthogonal to a tensioning direction of the conveyor belt for adjusting the tension of the conveyor belt , characterized in that the header further comprises an over-the-center linkage for adjusting a position of the first link , wherein - the over-the-center linkage comprises a second link that is pivotably coupled to the first link , a third link that is pivotably coupled to the second link , and wherein the third link is pivotably coupled to the frame member , wherein rotation of the second link causes movement of the first link , which locks the tension of the conveyor belt , - the second link is pivotably coupled to the first link by a pinned connection comprising a pin inserted in an opening of the second link and in an opening of the first link , and wherein either the first link or the second link is provided with multiple openings through which the pin is selectively positionable to adjust the resultant tension on the belt in the locked state of the over-the-center linkage . - the over-the-center linkage comprises a second link that is pivotably coupled to the first link , a third link that is pivotably coupled to the second link , and wherein the third link is pivotably coupled to the frame member , wherein rotation of the second link causes movement of the first link , which locks the tension of the conveyor belt , - the second link is pivotably coupled to the first link by a pinned connection comprising a pin inserted in an opening of the second link and in an opening of the first link , and wherein either the first link or the second link is provided with multiple openings through which the pin is selectively positionable to adjust the resultant tension on the belt in the locked state of the over-the-center linkage .
A method for controlling a vehicle with an internal combustion engine and a transmission , the transmission being arranged to automatically provide shifts between a plurality of gear ratios between the engine and at least one driven wheel of the vehicle, comprising the steps of: - registering (S1, S108) a decrease of a demanded torque from an engine control input device of the vehicle, - controlling (S2, S109) in response to the demanded torque decrease the rotational speed of the engine so as to not be below a rotational speed threshold value which is above an idle speed of the engine, characterized in that said rotational speed threshold value is determined so as for a transmission gear down shift to be avoided. - registering (S1, S108) a decrease of a demanded torque from an engine control input device of the vehicle, - controlling (S2, S109) in response to the demanded torque decrease the rotational speed of the engine so as to not be below a rotational speed threshold value which is above an idle speed of the engine, characterized in that said rotational speed threshold value is determined so as for a transmission gear down shift to be avoided.
An optical sensor having at least one transmitter , at least one receiver and a data evaluation unit , it being checked in the data evaluation unit , on the basis of received signals present at the output of the receiver , whether a sequence, forming a coding, of light pulses emitted by the transmitter is registered in the receiver and a binary switching signal is generated as a function thereof, characterised in that a synchronisation unit is provided, by means of which said at least one transmitter and said at least one receiver are activated synchronously in time within predetermined cycles, wherein within a cycle said or a transmitter emits a sequence of light pulses, in that the light pulses emitted by the transmitter are inverted relative to one another and/or shifted in time in different cycles, and in that an extraneous light evaluation unit is provided which, in order to detect extraneous light within a cycle, evaluates the received signals of the receiver only in the time intervals in which no light pulses are emitted by the transmitter .
Cosmetic use of an acidic saccharide alkaline earth metal salt for activating proliferation of hair papilla cells, preventing hair loss, restoring hair, or promoting hair growth, wherein the acidic saccharide alkaline earth metal salt is glucose-1-phosphate calcium salt (G1P-Ca), a phosphorylated oligosaccharide calcium salt (POs-Ca (R)), or a phosphorylated oligosaccharide magnesium salt (POs-Mg), wherein the phosphorylated oligosaccharide is composed of 2 to 8 glucose residues bound by α-1,4 linkages, wherein one or two phosphate groups are bound to the oligosaccharide molecule, and wherein said acidic saccharide alkaline earth metal salt is used as an external preparation.
Method for inspecting the passage systems of machine components with cavities, especially castings, cylinder heads, for inspecting appropriate flow conductivity, where the passage system comprises at least one inlet opening leading to the surface of the machine component, at least one outlet opening leading to the surface of the machine component, and at least two parallel connected passages (A, B) connecting the inlet opening and the outlet opening , characterised by that a first medium is fed into the passage system through the inlet opening of the passage system, then, with a sharp change a second medium with different physical properties is fed into the passage system, and at the outlet opening of the passage system the change over time of the composition of the medium flowing out is determined, then the composition-time function obtained in this way is compared to the standard composition-time function of a perfect machine component.
The non-therapeutic use of rosemary extract and retinyl acetate, for alleviating or preventing skin problem relating to a reduction of hyaluronic acid through inhibition of hyaluronidase activity.
A cosmetic or dermocosmetic agent consisting of: - galactomannans with an average molar mass of between 5 and 120 kDa, and - crosslinked sulfated galactans with an average molar mass of between 7 and 1100 kDa, characterized in that the galactomannans are obtained by hydrolysis of native galactomannans of Caesalpinia spinosa, of Cyamopsis tetragonoloba, and/or of Ceratonia siliqua and in that the crosslinked sulfated galactans are obtained by hydrolysis of native sulfated galactans of Kappaphycus alvarezii, of Eucheuma cottonii, and/or of Chondrus crispus. - galactomannans with an average molar mass of between 5 and 120 kDa, and - crosslinked sulfated galactans with an average molar mass of between 7 and 1100 kDa,
A heat exchanger , comprising: a housing ; a pair of tanks adapted to receive respective end portions of the housing to form a first fluid circuit ; the heat exchanger being characterized by at least one protuberance formed on walls of the housing , in proximity to transverse edges of the walls of the housing , to engage with an inner wall of the pair of tanks when the end portions of the housing are received in the pair of tanks , wherein the end portions of the housing are curved inwardly when the at least one protuberance is engaged with the inner wall of the pair of tanks . a housing ; a pair of tanks adapted to receive respective end portions of the housing to form a first fluid circuit ; the heat exchanger being characterized by at least one protuberance formed on walls of the housing , in proximity to transverse edges of the walls of the housing , to engage with an inner wall of the pair of tanks when the end portions of the housing are received in the pair of tanks , wherein the end portions of the housing are curved inwardly when the at least one protuberance is engaged with the inner wall of the pair of tanks .
A method of determining tire pressure of an aircraft tire , the method comprising: obtaining a first set and a second set of tire measurement data for an aircraft, wherein the second set is from a time before the first set, wherein the first set and the second set of tire measurement data include tire pressure data; and determining a steady-state tire pressure based on the first and second sets of measurement data, characterised in that : the first set of tire measurement data is from a start of a flight cycle, wherein the start of the flight cycle is a time at which the aircraft first starts moving from stationary on departure from an airport; the second set of measurement data is from a time between 10 and 30 minutes before the first set of measurement data; and the determining the steady-state tire pressure based on the first and second sets of measurement data comprises determining the steady-state tire pressure based on an exponential decay with a predetermined time constant. obtaining a first set and a second set of tire measurement data for an aircraft, wherein the second set is from a time before the first set, wherein the first set and the second set of tire measurement data include tire pressure data; and determining a steady-state tire pressure based on the first and second sets of measurement data, characterised in that : the first set of tire measurement data is from a start of a flight cycle, wherein the start of the flight cycle is a time at which the aircraft first starts moving from stationary on departure from an airport; the second set of measurement data is from a time between 10 and 30 minutes before the first set of measurement data; and the determining the steady-state tire pressure based on the first and second sets of measurement data comprises determining the steady-state tire pressure based on an exponential decay with a predetermined time constant. the first set of tire measurement data is from a start of a flight cycle, wherein the start of the flight cycle is a time at which the aircraft first starts moving from stationary on departure from an airport; the second set of measurement data is from a time between 10 and 30 minutes before the first set of measurement data; and the determining the steady-state tire pressure based on the first and second sets of measurement data comprises determining the steady-state tire pressure based on an exponential decay with a predetermined time constant.
A method, comprising: receiving an indication of a continuous stroke input (720; 740; 760) associated with a contact region (141; 161; 181; 444) of a touch display (28; 145; 165; 185; 186; 440), the continuous stroke input comprising at least a first input (441; 722; 742; 762), and a second input (442; 724; 744; 764); causing display of a graphical representation of a button (143; 163; 183; 184; 450) spaced from the contact region in conjunction with causing display of a cursor (142; 162; 182; 443) offset from the contact region, in response to determining that the first input is a cursor mode initiation input; causing display of the cursor to move so that the cursor remains offset from the contact region in response to determining that the second input relates to a movement input; receiving an indication of a touch input that at least partially corresponds with the graphical representation of the button and which is separate from and concurrent with the continuous stroke input; determining an operation based, at least in part, on a position of at least part of a cursor and on the button corresponding to the touch input; and causing termination of display of the graphical representation of the button when display of the cursor is terminated . receiving an indication of a continuous stroke input (720; 740; 760) associated with a contact region (141; 161; 181; 444) of a touch display (28; 145; 165; 185; 186; 440), the continuous stroke input comprising at least a first input (441; 722; 742; 762), and a second input (442; 724; 744; 764); causing display of a graphical representation of a button (143; 163; 183; 184; 450) spaced from the contact region in conjunction with causing display of a cursor (142; 162; 182; 443) offset from the contact region, in response to determining that the first input is a cursor mode initiation input; causing display of the cursor to move so that the cursor remains offset from the contact region in response to determining that the second input relates to a movement input; receiving an indication of a touch input that at least partially corresponds with the graphical representation of the button and which is separate from and concurrent with the continuous stroke input; determining an operation based, at least in part, on a position of at least part of a cursor and on the button corresponding to the touch input; and causing termination of display of the graphical representation of the button when display of the cursor is terminated .
An electronic device , comprising: a device body ; and a rotating member rotatably coupled with the device body ; the device body being provided with a sliding member , the sliding member being fixedly connected to the device body and rotatable around itself and abutting against the rotating member , enabling the rotating member to be rotatable relative to the device body along a predetermined trajectory; wherein the electronic device defines a mounting hole , wherein the sliding member is received in the mounting hole ; characterised in that the mounting hole comprises a first limiting hole and a second limiting hole in communication with the first limiting hole , wherein the second limiting hole is further away from the rotating member than the first limiting hole ; and the sliding member comprises a first sliding sub-member , a second sliding sub-member , and a third sliding sub-member , wherein the first sliding sub-member and the second sliding sub-member are received in the first limiting hole , and the third sliding sub-member is received in the second limiting hole , and wherein when the first sliding sub-member abuts against the rotating member , the second sliding sub-member abuts against the rotating member , and the third sliding sub-member abuts against both the first sliding sub-member and the second sliding sub-member . a device body ; and a rotating member rotatably coupled with the device body ; the device body being provided with a sliding member , the sliding member being fixedly connected to the device body and rotatable around itself and abutting against the rotating member , enabling the rotating member to be rotatable relative to the device body along a predetermined trajectory; wherein the electronic device defines a mounting hole , wherein the sliding member is received in the mounting hole ; characterised in that the mounting hole comprises a first limiting hole and a second limiting hole in communication with the first limiting hole , wherein the second limiting hole is further away from the rotating member than the first limiting hole ; and the sliding member comprises a first sliding sub-member , a second sliding sub-member , and a third sliding sub-member , wherein the first sliding sub-member and the second sliding sub-member are received in the first limiting hole , and the third sliding sub-member is received in the second limiting hole , and wherein when the first sliding sub-member abuts against the rotating member , the second sliding sub-member abuts against the rotating member , and the third sliding sub-member abuts against both the first sliding sub-member and the second sliding sub-member .
A method of fabricating a conductive coil by an additive manufacturing process, the method comprising printing said coil as a plurality of partially complete rounds (42a, 42b, ... 42n), each partially complete round (42a, 42b, ... 42n) printed by the additive manufacturing process as at least a portion of a respective layer of material, printing scaffolding elements as part of each respective layer of material concurrently with printing the plurality of partially complete rounds (42a, 42b, ... 42n), and printing pillars (44a, 44, ... 44n) interconnecting successive ones of the partially complete rounds (42a, 42b, ... 42n) in different ones of the respective layers of material, characterised in that within each respective layer of material, printing a plurality of columns of the plurality of partially complete rounds (42a, 42b, ... 42n) offset from one another about different respective centers, printing the pillars (44a, 44b, ... 44n) interconnecting successive ones of the partially complete rounds within each respective column so as to interconnect those of the partially complete rounds having a common radius, and printing a connection between the respective columns of the plurality of columns of the plurality of partially complete rounds at a junction.
A monitor circuit for monitoring a voltage level of a first regulated voltage generated by a first regulator and a second regulated voltage generated by a second regulator , wherein the monitor circuit and at least one of the first regulator and the second regulator are provided on an integrated circuit , the monitor circuit comprising: means for generating a first error signal in response to comparing the voltage level of the first regulated voltage to the second regulated voltage, wherein the first error signal generating means has a first input coupled to the first regulated voltage and a second input coupled to the second regulated voltage, and the first error signal is indicative of at least one of an overvoltage condition of the first regulated voltage and an undervoltage condition of the second regulated voltage; and means for generating a second error signal in response to comparing the voltage level of the first regulated voltage to the second regulated voltage, wherein the second error signal generating means has a first input coupled to the first regulated voltage and a second input coupled to the second regulated voltage, and the second error signal is indicative of at least one of an undervoltage condition of the first regulated voltage and an overvoltage condition of the second regulated voltage. means for generating a first error signal in response to comparing the voltage level of the first regulated voltage to the second regulated voltage, wherein the first error signal generating means has a first input coupled to the first regulated voltage and a second input coupled to the second regulated voltage, and the first error signal is indicative of at least one of an overvoltage condition of the first regulated voltage and an undervoltage condition of the second regulated voltage; and means for generating a second error signal in response to comparing the voltage level of the first regulated voltage to the second regulated voltage, wherein the second error signal generating means has a first input coupled to the first regulated voltage and a second input coupled to the second regulated voltage, and the second error signal is indicative of at least one of an undervoltage condition of the first regulated voltage and an overvoltage condition of the second regulated voltage.