mhurhangee/patent-ind-claim-en huggingface dataset:
Constant velocity joint with an inner hub , a ring-shaped outer hub , multiple balls and a shaft-coupling component , whereby that inner hub has raceways , whereby that outer hub has raceways , whereby the raceways of the inner hub and the raceways of the outer hub are assigned to each other in pairs and each receives a ball whereby the outer hub is connected to a shaft-coupling component , whereby the outer hub features a contacting structure , whereby the shaft-coupling component features a mounting structure at an end section that faces the outer hub , whereby the mounting structure and the contacting structure are indirectly or directly connected to each other by means of an interaction of force and / or torque, whereby that outer hub has grooves that serve as the mounting structure, whereby that shaft-coupling component has ridges that serve as the mounting structure, whereby the ridges engage with the grooves , Z characterized by the axial alignment of the raceways of the outer hub and the grooves of the outer hub toward each other. with an inner hub , a ring-shaped outer hub , multiple balls and a shaft-coupling component , whereby that inner hub has raceways , whereby that outer hub has raceways , whereby the raceways of the inner hub and the raceways of the outer hub are assigned to each other in pairs and each receives a ball whereby the outer hub is connected to a shaft-coupling component , whereby the outer hub features a contacting structure , whereby the shaft-coupling component features a mounting structure at an end section that faces the outer hub , whereby the mounting structure and the contacting structure are indirectly or directly connected to each other by means of an interaction of force and / or torque, whereby that outer hub has grooves that serve as the mounting structure, whereby that shaft-coupling component has ridges that serve as the mounting structure, whereby the ridges engage with the grooves , Z characterized by the axial alignment of the raceways of the outer hub and the grooves of the outer hub toward each other.
Arc welding method using a consumable welding wire , wherein in successive welding cycles (SZ) during a welding process (P i ) a certain welding current (I(t)) is applied to the welding wire and the welding wire is moved with a certain wire conveying speed (v(t)) towards a workpiece to be processed, characterized in that when the welding process (P 1 ), in particular a shortcircuited welding process, is changed to a welding process (P 2 ) with an increased mean wire conveying speed (v mean ) during a welding cycle (SZ) and/or with an increased mean welding current (I mean ) during a welding cycle (SZ), in particular in a pulsed welding process, a lowering phase (AP) is initiated, wherein in the lowering phase (AP) the welding current (I A (t)) is lowered for a specified duration (Δt A ) by lowering the mean welding current (I mean,A ) in the lowering phase (AP) compared to the previous mean welding current (I mean ) during a welding cycle (SZ) by 10% to 50%.
Device for magnetic measurement comprising a DC magnetic field sensor constituted by at least four discrete elongate elements, each element being constituted by at least one coil and a magnetic material without remanence, these discrete elements being substantially identical; characterized in that said four discrete elongate elements comprise: - a first discrete element orientated in a given direction, a second element is associated therewith in order to constitute a first differential pair orientated in a substantially identical direction but opposite way, and - two other elements constituting a second differential pair substantially identical to the first but once more orientated in a substantially identical direction to the direction of the first pair but respectively opposite way. - a first discrete element orientated in a given direction, a second element is associated therewith in order to constitute a first differential pair orientated in a substantially identical direction but opposite way, and - two other elements constituting a second differential pair substantially identical to the first but once more orientated in a substantially identical direction to the direction of the first pair but respectively opposite way.
A tool comprising: a housing ; an inclined handle coupled to, and extending obliquely from, a top portion of the housing, wherein the inclined handle has a first trigger button and a second trigger button ; characterised in that : an interlocking mechanism is disposed in the inclined handle, wherein the interlocking mechanism comprises a toggle lever configured to prevent one of the first trigger button or the second trigger button from being triggered while the other of the first trigger button or the second trigger button is triggered. a housing ; an inclined handle coupled to, and extending obliquely from, a top portion of the housing, wherein the inclined handle has a first trigger button and a second trigger button ; characterised in that : an interlocking mechanism is disposed in the inclined handle, wherein the interlocking mechanism comprises a toggle lever configured to prevent one of the first trigger button or the second trigger button from being triggered while the other of the first trigger button or the second trigger button is triggered.
A nozzle, comprising: a shaft body having a center axis and the shaft body is cylindrical; a liquid guide path located inside the shaft body , the liquid guide path extending along the center axis ; a liquid chamber disposed at a distal end portion of the liquid guide path , the liquid chamber having a nozzle hole located at a distal end portion of the liquid chamber , the nozzle hole extending along an ejection axis which direction is different from the center axis , the nozzle hole extends perpendicularly to the center axis , the nozzle hole having an inlet portion connected to the liquid chamber , the inlet portion having a smaller diameter toward the downstream, and a guide portion connected to the downstream of the inlet portion to guide liquid to an opening , and the guide portion has a cylindrical shape up to the opening , characterized in that the nozzle further comprises a plurality of liquid chambers ; wherein each of the liquid chamber has only one nozzle hole . a shaft body having a center axis and the shaft body is cylindrical; a liquid guide path located inside the shaft body , the liquid guide path extending along the center axis ; a liquid chamber disposed at a distal end portion of the liquid guide path , the liquid chamber having a nozzle hole located at a distal end portion of the liquid chamber , the nozzle hole extending along an ejection axis which direction is different from the center axis , the nozzle hole extends perpendicularly to the center axis , the nozzle hole having an inlet portion connected to the liquid chamber , the inlet portion having a smaller diameter toward the downstream, and a guide portion connected to the downstream of the inlet portion to guide liquid to an opening , and the guide portion has a cylindrical shape up to the opening , characterized in that the nozzle further comprises a plurality of liquid chambers ; wherein each of the liquid chamber has only one nozzle hole .
A computer implemented method of monitoring a condition of a pump, comprising: receiving, at a computing device, one or more signals indicative of one or more of a characteristic of a fluid flow at a first point on a flow path, the characteristic of the fluid flow at a second point on the flow path, and a difference in the characteristic of the fluid flow at the first point and at the second point, wherein the flow path is a path through which a fluid leakage flows from a case drain of the pump; determining, by the computing device based on the one or more signals, a fluid leakage flow rate through the flow path; determining, by the computing device, a pump efficiency based on the fluid leakage flow rate and a nominal fluid flow rate for the pump, wherein the nominal fluid flow rate is an optimal fluid flow rate for the pump when operating with a minimal amount of the fluid leakage; determining, by the computing device, whether the pump efficiency has dropped below a designated efficiency threshold; if the pump efficiency has dropped below the designated efficiency threshold, predicting, by the computing device, an impending pump failure; and in response to predicting the impending pump failure, generating, by the computing device, a first alert indicative of the impending pump failure. receiving, at a computing device, one or more signals indicative of one or more of a characteristic of a fluid flow at a first point on a flow path, the characteristic of the fluid flow at a second point on the flow path, and a difference in the characteristic of the fluid flow at the first point and at the second point, wherein the flow path is a path through which a fluid leakage flows from a case drain of the pump; determining, by the computing device based on the one or more signals, a fluid leakage flow rate through the flow path; determining, by the computing device, a pump efficiency based on the fluid leakage flow rate and a nominal fluid flow rate for the pump, wherein the nominal fluid flow rate is an optimal fluid flow rate for the pump when operating with a minimal amount of the fluid leakage; determining, by the computing device, whether the pump efficiency has dropped below a designated efficiency threshold; if the pump efficiency has dropped below the designated efficiency threshold, predicting, by the computing device, an impending pump failure; and in response to predicting the impending pump failure, generating, by the computing device, a first alert indicative of the impending pump failure.
Method for determining an optical performance parameter of a head mounted display device adapted for a wearer, the head mounted display device being configured so that display images are seen by the wearer through an optical lens having a dioptric function, the method comprising at least: - a head mounted display device providing step S1, during which a head mounted display device adapted for a wearer is provided, - an optical measurement device providing step S2, during which an optical measurement device is provided, the optical measurement device comprises at least an entrance pupil (Pe) and a sensor receiving light through the entrance pupil, - a compensation optical element providing step during which an optical element having a dioptric function adapted to compensate the dioptric function of the optical lens having a dioptric function is provided between the optical lens having a dioptric function and the entrance pupil of the optical measurement device, - a positioning step S5, during which the optical measurement device and the head mounted display device are positioned so that the position of the entrance pupil of the optical measurement device corresponds to the position of the pupil of the wearer when wearing the head mounted display device, - an optical performance parameter determining step S6 during which at least one optical performance parameter of the head mounted see-through display device is determined based on the data measured by the optical measurement device. - a head mounted display device providing step S1, during which a head mounted display device adapted for a wearer is provided, - an optical measurement device providing step S2, during which an optical measurement device is provided, the optical measurement device comprises at least an entrance pupil (Pe) and a sensor receiving light through the entrance pupil, - a compensation optical element providing step during which an optical element having a dioptric function adapted to compensate the dioptric function of the optical lens having a dioptric function is provided between the optical lens having a dioptric function and the entrance pupil of the optical measurement device, - a positioning step S5, during which the optical measurement device and the head mounted display device are positioned so that the position of the entrance pupil of the optical measurement device corresponds to the position of the pupil of the wearer when wearing the head mounted display device, - an optical performance parameter determining step S6 during which at least one optical performance parameter of the head mounted see-through display device is determined based on the data measured by the optical measurement device.
A mosaic tile paving device, comprising: a plurality of suckers and a handle ; the plurality of suckers are installed on a vacuuming shell ; the plurality of suckers and a plurality of mosaic tiles are fixed together or separated by changing an air volume in the vacuuming shell ; the handle is connected on the vacuuming shell ; wherein a deflation module is arranged on the vacuuming shell ; the deflation module includes a long extended one-way valve shaft that is connected with the vacuuming shell and a button that controls a motion of the one-way valve shaft ; the deflation module further includes a control rod and a reset spring , wherein the control rod is clamped on the one-way valve shaft and controls its vertical motion, and the reset spring is connected with an end, far away from the one-way valve shaft , of the control rod , characterized in that , wherein the deflation module is partially arranged in the handle ; wherein the control rod includes a clip joint that clamps the one-way valve shaft , a rotating groove that extends from a side, far away from the one-way valve shaft , of the clip joint and a rotating arm that extends from a side, far away from the clip joint , of the rotating groove ; wherein the rotating arm is connected with the reset spring and the button on its lower and upper sides respectively; wherein the control rod is so configured that when the button is pressed, the rotating arm is then pressed and the rotating groove rotates, the clip joint drives the one-way valve shaft to move upward, the air enters the suckers and the suckers release the mosaic tiles. a plurality of suckers and a handle ; the plurality of suckers are installed on a vacuuming shell ; the plurality of suckers and a plurality of mosaic tiles are fixed together or separated by changing an air volume in the vacuuming shell ; the handle is connected on the vacuuming shell ; wherein a deflation module is arranged on the vacuuming shell ; the deflation module includes a long extended one-way valve shaft that is connected with the vacuuming shell and a button that controls a motion of the one-way valve shaft ; the deflation module further includes a control rod and a reset spring , wherein the control rod is clamped on the one-way valve shaft and controls its vertical motion, and the reset spring is connected with an end, far away from the one-way valve shaft , of the control rod , characterized in that , wherein the deflation module is partially arranged in the handle ; wherein the control rod includes a clip joint that clamps the one-way valve shaft , a rotating groove that extends from a side, far away from the one-way valve shaft , of the clip joint and a rotating arm that extends from a side, far away from the clip joint , of the rotating groove ; wherein the rotating arm is connected with the reset spring and the button on its lower and upper sides respectively; wherein the control rod is so configured that when the button is pressed, the rotating arm is then pressed and the rotating groove rotates, the clip joint drives the one-way valve shaft to move upward, the air enters the suckers and the suckers release the mosaic tiles.
Retention mechanism for attachment of a technical equipment unit to a mounting rail , the retention mechanism comprising: - a slider , which is movable in a translational manner along a sliding direction , - a frame enclosing a groove for movably guiding the slider and - a lever , which is pivotable about a pivoting axis , wherein the lever is mechanically coupled with the slider , wherein the slider comprises a first retention section and the lever comprises a second retention section aligned with the first retention section in the sliding direction , wherein a reception area for receiving the mounting rail is defined between the first retention section and the second retention section , characterized in that the frame is electrically conductive, and wherein the frame comprises at least one first contact point extending into the reception area and at least one second contact point extending away from the reception area . - a slider , which is movable in a translational manner along a sliding direction , - a frame enclosing a groove for movably guiding the slider and - a lever , which is pivotable about a pivoting axis ,
A computer-implemented method of controlling illumination of a workplace, the method comprising: - receiving , by a calendar module executing on a user device , a calendar entry for a future event, the method being characterized by : the calendar entry having a data structure comprising: a starting time of the future event, a location of a workplace for the future event; and a lighting scene selection for the future event, the lighting scene selection being selected from a plurality of available lighting scenes , wherein the available lighting scenes correspond to preset lighting settings available in the workplace; and - automatically adjusting , by a controller of a lighting network in communication with the user device , at least one characteristic of light emitted by a plurality of tunable luminaires in the workplace during the future event based on the lighting scene selection in the calendar entry . - receiving , by a calendar module executing on a user device , a calendar entry for a future event, the method being characterized by : the calendar entry having a data structure comprising: a starting time of the future event, a location of a workplace for the future event; and a lighting scene selection for the future event, the lighting scene selection being selected from a plurality of available lighting scenes , wherein the available lighting scenes correspond to preset lighting settings available in the workplace; and a starting time of the future event, a location of a workplace for the future event; and a lighting scene selection for the future event, the lighting scene selection being selected from a plurality of available lighting scenes , wherein the available lighting scenes correspond to preset lighting settings available in the workplace; and - automatically adjusting , by a controller of a lighting network in communication with the user device , at least one characteristic of light emitted by a plurality of tunable luminaires in the workplace during the future event based on the lighting scene selection in the calendar entry .
Luggage rack for a two-wheeled vehicle, in particular for a bicycle, comprising - at least one elongated mounting element with multiple bends, wherein, when the luggage rack is mounted on the two-wheeled vehicle, a section of the one mounting element extends on each of the two sides of a wheel, or wherein at least two mounting elements are provided and at least one of the at least two mounting elements extends on each of the two sides of the wheel, - means for attaching the luggage rack to the two-wheeled vehicle, - connecting means , which connect the two sections of the one mounting element or the two mounting elements to one another, wherein the connecting means are designed such that the two sections of the one mounting element or two of the at least two mounting elements are connected to one another in force-fitting and/or form-fitting manner by the connecting means , characterised in that the means for attaching the luggage rack to the two-wheeled vehicle comprise means for attaching the luggage racks to a mudguard of the two-wheeled vehicle or to a strut running below the mudguard. - at least one elongated mounting element with multiple bends, wherein, when the luggage rack is mounted on the two-wheeled vehicle, a section of the one mounting element extends on each of the two sides of a wheel, or wherein at least two mounting elements are provided and at least one of the at least two mounting elements extends on each of the two sides of the wheel, - means for attaching the luggage rack to the two-wheeled vehicle, - connecting means , which connect the two sections of the one mounting element or the two mounting elements to one another, wherein the connecting means are designed such that the two sections of the one mounting element or two of the at least two mounting elements are connected to one another in force-fitting and/or form-fitting manner by the connecting means ,
An apparatus configured to protect one or more system components from damage due to reverse polarity connection of a power supply , said apparatus comprising a relay adapted to be located between said power supply and said components , and. said apparatus comprising a first switch means (M3) and a means to detect reverse polarity, said apparatus being adapted to detect when a power supply is connected with reverse polarity and to consequently switch the relay to an open state to isolate said power supply from said components , wherein said relay being a latching relay includes coils (L1, L2) adapted to be connected to a power supply line via said first switch means (M3),: said first switch means (M3) being connected to said means to detect reverse polarity, adapted to be switched on to drive current through the coils (L1, L2) to open the relay on detection of reverse polarity, wherein said means to detect reverse polarity includes capacitor means (C1) adapted to be connected to said power supply line between the relay and the components and adapted to be charged as a consequence of reverse polarity to provide a voltage level, which when achieved is adapted to activate said :first switch means (M3), characterized in that said relay includes a SET coil (L1) and a RESET coil (L2) arranged in parallel and connected to said first switch means (M3) supplied by the power supply line such that when said reverse polarity current is detected, current is driven through the coils (L1, L2) in opposite directions so that said coils (L1, L2) both act in synergy to open the relay . said first switch means (M3) being connected to said means to detect reverse polarity, adapted to be switched on to drive current through the coils (L1, L2) to open the relay on detection of reverse polarity, wherein said means to detect reverse polarity includes capacitor means (C1) adapted to be connected to said power supply line between the relay and the components and adapted to be charged as a consequence of reverse polarity to provide a voltage level, which when achieved is adapted to activate said :first switch means (M3), characterized in that said relay includes a SET coil (L1) and a RESET coil (L2) arranged in parallel and connected to said first switch means (M3) supplied by the power supply line such that when said reverse polarity current is detected, current is driven through the coils (L1, L2) in opposite directions so that said coils (L1, L2) both act in synergy to open the relay .
A peptide consisting of an amino acid sequence Val-Asn-Pro-Glu (SEQ ID NO: 2).