mhurhangee/patent-ind-claim-en huggingface dataset:
Lighting device for a motor vehicle headlamp, comprising: - an illuminant for generating and emitting light, the illuminant being set up to generate a light image lying in a light image plane, - an optical element for forming a light distribution from the light image generated by the illuminant, wherein the optical element is arranged in the direction of light propagation according to the light image plane and has a focal point and an optical axis , wherein the focal point lies between the optical element and the illuminant and the optical axis extends between the optical element and the illuminant, wherein the optical element is arranged to image the light image in the form of a light distribution in a traffic area, - a holding device which is set up to hold the position of the optical element in relation to the illuminant in such a way that, in a switched-off state of the illuminant, the focal point of the optical element lies outside the light image plane, wherein the holding device has at least one compensating element which connects the optical element to the holding device , the compensating element having a first end section and a second end section , the first end section being connected to the optical element and the second end section being connected to the holding device , the compensating element being formed from a material which is designed in such a way that the compensating element has a temperature-dependent longitudinal expansion in a direction (X), wherein the direction (X) runs parallel to the optical axis of the optical element , wherein the compensating element is connected to the optical element in such a way and is set up to pivot and/or displace the optical element relative to the light-forming plane as a function of a temperature in such a way that, in a switched-on state of the illuminant, in which a higher temperature is present compared to the switched-off state, the focal point of the optical element lies within the light-forming plane. - an illuminant for generating and emitting light, the illuminant being set up to generate a light image lying in a light image plane, - an optical element for forming a light distribution from the light image generated by the illuminant, wherein the optical element is arranged in the direction of light propagation according to the light image plane and has a focal point and an optical axis , wherein the focal point lies between the optical element and the illuminant and the optical axis extends between the optical element and the illuminant, wherein the optical element is arranged to image the light image in the form of a light distribution in a traffic area, - a holding device which is set up to hold the position of the optical element in relation to the illuminant in such a way that, in a switched-off state of the illuminant, the focal point of the optical element lies outside the light image plane,
An attachment system for an offshore structure , the attachment system comprising: a porch having at least two side plates , the porch configured to be affixed to the offshore structure, each side plate comprising an upper socket , a lower socket , and a latch ; and an adaptor configured to engage with said side plates of the porch , the adaptor comprising a pair of upper lugs configured to engage with the upper sockets and a pair of lower lugs configured to engage with the lower sockets , wherein the latch retains the adaptor into engagement with the at least two side plates , wherein the adaptor is configured to support an equipment device. a porch having at least two side plates , the porch configured to be affixed to the offshore structure, each side plate comprising an upper socket , a lower socket , and a latch ; and an adaptor configured to engage with said side plates of the porch , the adaptor comprising a pair of upper lugs configured to engage with the upper sockets and a pair of lower lugs configured to engage with the lower sockets , wherein the latch retains the adaptor into engagement with the at least two side plates , wherein the adaptor is configured to support an equipment device.
Anchor reinforcement apparatus developed to prevent an anchor cable from being released from a concrete mass and to ensure that it is kept in the center along a borehole, comprising: a main body which has a diameter to enter to an anchor borehole and which has symmetrically positioned vertical slits ensuring that the concrete grouting flows out through the remaining gap and fills up the borehole wherein a fixed wing is fastened to one side of each vertical slit on the main body and the vertical slits defining the locations on which the fixed wings are to be welded, the fixed wings provide an extra frictional resistance by increasing the interaction areas of the concrete grouting and anchor cables by reducing the displacement amount of the composite structure on the root zone in case of interacting with the environmental soil, a centering profile welded to the upper portion of the main body and comprising holes as much as the number of anchor cables and ensuring that the anchor reinforcement apparatus is in the same direction as the anchor cable, an anchor head comprising holes as much as the number of anchor cables at the lower portion of the main body and configured to fix the anchor reinforcement apparatus to the anchor cable by means of anchor grip. a main body which has a diameter to enter to an anchor borehole and which has symmetrically positioned vertical slits ensuring that the concrete grouting flows out through the remaining gap and fills up the borehole wherein a fixed wing is fastened to one side of each vertical slit on the main body and the vertical slits defining the locations on which the fixed wings are to be welded, the fixed wings provide an extra frictional resistance by increasing the interaction areas of the concrete grouting and anchor cables by reducing the displacement amount of the composite structure on the root zone in case of interacting with the environmental soil, a centering profile welded to the upper portion of the main body and comprising holes as much as the number of anchor cables and ensuring that the anchor reinforcement apparatus is in the same direction as the anchor cable, an anchor head comprising holes as much as the number of anchor cables at the lower portion of the main body and configured to fix the anchor reinforcement apparatus to the anchor cable by means of anchor grip.
A dice shaking mechanism comprising: a driving member ; a drive shaft connected to the driving member , the drive shaft in communication with a crank pin ; wherein the drive shaft is arranged to rotate about a drive shaft axis, the crank pin having a crank pin axis offset from the drive shaft axis; a control arm ; wherein the control arm has a first end and an opposing second end, the first end connected to the crank pin , and a lifting member; wherein the control arm is arranged to move the lifting member along a vertical axis of the dice shaking mechanism ; and wherein the lifting member comprises a platform ; and characterised in that the dice shaking mechanism further comprises: a guiding mechanism arranged to restrict the motion of the platform reciprocally along the vertical axis; wherein the lifting member comprises a frame attached to the second end of the control arm ; wherein the platform is attached to the frame ; wherein the guiding mechanism comprises a rigid rod; and wherein the frame is slidably attached to the rigid rod. a driving member ; a drive shaft connected to the driving member , the drive shaft in communication with a crank pin ; wherein the drive shaft is arranged to rotate about a drive shaft axis, the crank pin having a crank pin axis offset from the drive shaft axis; wherein the drive shaft is arranged to rotate about a drive shaft axis, the crank pin having a crank pin axis offset from the drive shaft axis; a control arm ; wherein the control arm has a first end and an opposing second end, the first end connected to the crank pin , and a lifting member; wherein the control arm is arranged to move the lifting member along a vertical axis of the dice shaking mechanism ; and wherein the lifting member comprises a platform ; and wherein the control arm is arranged to move the lifting member along a vertical axis of the dice shaking mechanism ; and wherein the lifting member comprises a platform ; and characterised in that the dice shaking mechanism further comprises: a guiding mechanism arranged to restrict the motion of the platform reciprocally along the vertical axis; wherein the lifting member comprises a frame attached to the second end of the control arm ; wherein the platform is attached to the frame ; wherein the guiding mechanism comprises a rigid rod; and wherein the frame is slidably attached to the rigid rod. wherein the lifting member comprises a frame attached to the second end of the control arm ; wherein the platform is attached to the frame ; wherein the guiding mechanism comprises a rigid rod; and wherein the frame is slidably attached to the rigid rod.
Method for applying a spray liquid with an agricultural sprayer , having the steps of: - conducting a carrier liquid from a storage container for the carrier liquid into a circulating circuit which has a plurality of conveying devices and is connectable in a fluid-conducting manner to a plurality of application elements (20a-20f, 22a-22f), wherein the circulating circuit comprises a plurality of circulation paths and the application elements (20a-20f, 22a-22f) are arranged along the circulation paths ; and - producing a liquid active substance mixture by mixing the carrier liquid with an active substance; wherein the active substance mixture corresponds to the spray liquid; - preventing a backflow from the circulating circuit into the storage container for the carrier liquid; - feeding the active substance into the circulating circuit ; and - circulating the liquid active substance mixture in the circulating circuit while the backflow from the circulating circuit into the storage container for the carrier liquid is prevented. - conducting a carrier liquid from a storage container for the carrier liquid into a circulating circuit which has a plurality of conveying devices and is connectable in a fluid-conducting manner to a plurality of application elements (20a-20f, 22a-22f), wherein the circulating circuit comprises a plurality of circulation paths and the application elements (20a-20f, 22a-22f) are arranged along the circulation paths ; and - producing a liquid active substance mixture by mixing the carrier liquid with an active substance; wherein the active substance mixture corresponds to the spray liquid; - preventing a backflow from the circulating circuit into the storage container for the carrier liquid; - feeding the active substance into the circulating circuit ; and - circulating the liquid active substance mixture in the circulating circuit while the backflow from the circulating circuit into the storage container for the carrier liquid is prevented.
A method for determining a beam set used by a user equipment, also referred to as UE, in a cell of a wireless communication system, wherein there are multiple beams in the cell, comprising: a base station of the cell determines an initial beam set of the UE according to beam(s) via which random access preambles transmitted by the UE during a random access procedure is received from the base station; characterized by further comprising: the base station allocates the UE with reference signal, also referred to as RS, resources on the cell after the random access procedure, wherein the RS resources define periodic resources for RS transmissions with a first repetition period, and there are multiple contiguous symbols with allocated RS resources for transmissions of multiple RSs by the UE in each first repetition period; the base station of the cell uses at least one beam to receive a RS transmitted from the UE on each symbol of the multiple contiguous symbols in each first repetition period; and the base station updates the initial beam set of the UE according to said at least one beam via which said RS on each symbol of the multiple contiguous symbols in each first repetition period is received from the UE. a base station of the cell determines an initial beam set of the UE according to beam(s) via which random access preambles transmitted by the UE during a random access procedure is received from the base station; characterized by further comprising: the base station allocates the UE with reference signal, also referred to as RS, resources on the cell after the random access procedure, wherein the RS resources define periodic resources for RS transmissions with a first repetition period, and there are multiple contiguous symbols with allocated RS resources for transmissions of multiple RSs by the UE in each first repetition period; the base station of the cell uses at least one beam to receive a RS transmitted from the UE on each symbol of the multiple contiguous symbols in each first repetition period; and the base station updates the initial beam set of the UE according to said at least one beam via which said RS on each symbol of the multiple contiguous symbols in each first repetition period is received from the UE. the base station allocates the UE with reference signal, also referred to as RS, resources on the cell after the random access procedure, wherein the RS resources define periodic resources for RS transmissions with a first repetition period, and there are multiple contiguous symbols with allocated RS resources for transmissions of multiple RSs by the UE in each first repetition period; the base station of the cell uses at least one beam to receive a RS transmitted from the UE on each symbol of the multiple contiguous symbols in each first repetition period; and the base station updates the initial beam set of the UE according to said at least one beam via which said RS on each symbol of the multiple contiguous symbols in each first repetition period is received from the UE.
Lens system for a video endoscope comprising, in order from an object side, a cover glass , a first lens , a second lens and one or more further lenses, wherein all lenses are single lenses, an aperture stop arranged between the cover glass and the first lens or between the first lens and the second lens , all lenses are made of glass and/or of a crystalline material, and characterized in that at least one lens has a refractive index n approximately equal to or exceeding 1.66, and in that all lenses on an image side of the aperture stop are aspherical.
A method for monitoring quality when texturing a synthetic thread, in which the thread is drawn off from a supply package and within a texturing zone is drafted and textured, wherein the thread is drawn from the texturing zone by means of a driven delivery roller, and in which a quality parameter is continuously detected and monitored, characterized in that an operating torque of the electric motor, which drives the delivery roller for drawing off the thread from the texturing zone is detected as the quality parameter.
A load system , comprising: a) a controllable load; b) a driver (36-1) coupled to the controllable load for providing electrical power thereto in dependence upon a first control signal; and c) a control circuit including a controller , d) wherein the control circuit is coupled to the driver and is configured to develop the first control signal by means of the controller , and characterised in that e) the load system further comprises an additional load and a further driver (36-2), f1) the further driver (36-2) is coupled to the control circuit and the additional load, f2) the control circuit is further configured to develop a second control signal; g1) the driver (36-1) and the further driver (36-2) are configured to provide electrical power to the controllable load and the additional load, respectively, in dependence on the first and second control signals; and the g2) controller is configured to be powered by one of the control signals or by a combination of the first and second control signals. a) a controllable load; b) a driver (36-1) coupled to the controllable load for providing electrical power thereto in dependence upon a first control signal; and c) a control circuit including a controller , d) wherein the control circuit is coupled to the driver and is configured to develop the first control signal by means of the controller , and characterised in that e) the load system further comprises an additional load and a further driver (36-2), f1) the further driver (36-2) is coupled to the control circuit and the additional load, f2) the control circuit is further configured to develop a second control signal; g1) the driver (36-1) and the further driver (36-2) are configured to provide electrical power to the controllable load and the additional load, respectively, in dependence on the first and second control signals; and the g2) controller is configured to be powered by one of the control signals or by a combination of the first and second control signals.
A measuring apparatus for determining an attitude by using acceleration data output from an acceleration sensor having at least three axes and magnetic field data output from a magnetic sensor having at least three axes, the acceleration sensor and the magnetic sensor being arranged in an excavating part of an underground excavator, the measuring apparatus comprising: an attitude estimating part adapted to determine an attitude of the excavating part based on the acceleration data and the magnetic field data; and a phase correction amount calculating part adapted to calculate an offset between a gravity tool face and a magnetic force tool face, and set the calculated offset as an estimated offset, characterized in that the attitude estimating part is adapted to set the gravity tool face based on the acceleration data as a measured gravity tool face, the magnetic force tool face based on the magnetic field data as a measured magnetic force tool face, a difference between an offset between the measured gravity tool face and the measured magnetic force tool face and the estimated offset as a phase correction amount, and data obtained by correcting the magnetic field data with the phase correction amount as corrected magnetic field data, and to determine the attitude based on the acceleration data and the corrected magnetic field data. an attitude estimating part adapted to determine an attitude of the excavating part based on the acceleration data and the magnetic field data; and a phase correction amount calculating part adapted to calculate an offset between a gravity tool face and a magnetic force tool face, and set the calculated offset as an estimated offset, characterized in that the attitude estimating part is adapted to set the gravity tool face based on the acceleration data as a measured gravity tool face, the magnetic force tool face based on the magnetic field data as a measured magnetic force tool face, a difference between an offset between the measured gravity tool face and the measured magnetic force tool face and the estimated offset as a phase correction amount, and data obtained by correcting the magnetic field data with the phase correction amount as corrected magnetic field data, and to determine the attitude based on the acceleration data and the corrected magnetic field data.
Test method conforming to ISO standard 6336-5:2004-07 for testing a material hardness of gearwheels by means of a test coupon , an ISO-standard-conforming test method being a test method which, under the same conditions as the corresponding actual ISO standard method leads to the same results as the corresponding actual ISO standard method, though it does not rely on the test coupon defined in the corresponding actual ISO standard but on a test coupon that is formed as a two-piece test coupon , consisting of a casing body and a test body , the casing body being made of steel, the test body corresponding in terms of its material and its production to the gearwheels to be tested, characterized in that the method comprises the steps: - that the test body undergoes identical production from an identical material as the gearwheels to be tested, - that the test body is inserted into a concentric and disc-shaped recess (2") at one end of the cylinder of the casing body , - that the test coupon is heat-treated together with the gearwheels to be tested, - that the test body is removed from the casing body , - that the material hardness of the test body is determined and - that the material hardness of the gearwheels is determined on the basis of the material hardness of the test body . - that the test body undergoes identical production from an identical material as the gearwheels to be tested, - that the test body is inserted into a concentric and disc-shaped recess (2") at one end of the cylinder of the casing body , - that the test coupon is heat-treated together with the gearwheels to be tested, - that the test body is removed from the casing body , - that the material hardness of the test body is determined and - that the material hardness of the gearwheels is determined on the basis of the material hardness of the test body .
A composition comprising an Uncaria tomentosa extract and an oolong tea extract for use in a method for the treatment of a tauopathy in a human or mammal in need thereof comprising administration of a therapeutically effective amount of the composition; wherein, the tauopathy is selected from Alzheimer's disease, frontotemporal lobar degeneration with tau inclusions (FTLD-tau), Pick's disease, progressive supranuclear palsy, corticobasal degeneration, Argyrophilic grain disease, prion disease, amyotrophic lateral sclerosis-parkinsonism-dementia complex of Guam (also called Lytico Bodig disease), Parkinson's disease, tangle-predominant dementia, ganglioma, ganglioglioma, gangliocytoma, meningiomatosis, subacute sclerosing panencephalitis, lead encephalopathy, tuberous sclerosis, Hallervorden-Spatz disease, lipofuscinosis, traumatic brain injury (TBI), chronic traumatic encephalopathy (CTE), dementia pugilistica, and post-traumatic stress disorder.
A refrigerator, comprising an inner shell, wherein the inner shell is provided with a slide rail thereon, and a refrigerator shelf is slidably supported on the slide rail, wherein the refrigerator shelf has a slide channel which is configured for mating with the slide rail, when mounted on it, wherein the slide channel is configured for guiding the refrigerator shelf to move longitudinally on the slide rail; and a stop is formed by the inner shell and is proximate to the slide rail, wherein the movement of the refrigerator shelf is limited by the stop when the slide channel of the refrigerator shelf is moved to the stop along the slide rail, wherein the refrigerator shelf comprises, at an end of an edge of it, a limiting boss configured for limiting the pushed-in position of the refrigerator shelf , and wherein the refrigerator shelf comprises a panel , and a front strip and a rear strip provided on opposite edges of the panel , wherein both the slide channel and the limiting boss are provided on the rear strip .
Composition comprising one or more organic semiconducting compounds, and a mixture of at least two different solvents wherein the first organic solvent has a boiling point in the range of 235 to 320°C and and a relative evaporation rate RER, based on butyl acetate = 100, of at most 0.60 and the second organic solvent has a relative evaporation rate RER, based on butyl acetate = 100, in the range of 0.65 to 10.0 and the solvent mixture comprises at least 50 % by weight of the first organic solvent, characterized in that the first organic solvent is an aromatic ether solvent and in that the second organic solvent is an aromatic ester compound.