mhurhangee/ep-ind-claims huggingface dataset:
A device for simultaneous measurement of the parameters characterising the mechanical stress, elasticity, dynamic stiffness, and mechanical stress relaxation time of soft biological tissue, comprising a body, a control means comprising a processor and controller for managing the measuring process and calculating the parameters, a recorder, a testing end, a movable frame fixed to the testing end, and a drive of the testing end comprising a solenoid, wherein a shutter is fastened inflexibly to the middle of the movable frame, and the body carries position sensors (6, 7) to detect the shutter, characterised in that the drive of the testing end is operable in translational motion, and said drive has the same direction as the testing end, the testing end can emerge through an aperture of the body to be placed in contact with the soft biological tissue, and the device includes a testing end mechanism comprising the movable frame and elastic elements (10 and 11) to fasten the movable frame to the body, wherein the movable frame contains a sleeve with permanent magnets (15, 16) oriented with same-name poles face to face and placed in the centre of the solenoid, and wherein an electrical steel cone-shaped tip of the testing end is placed in the pull zone of the permanent magnet which is located closer to the testing end, so said cone-shaped tip is fixed selfrigidly to the movable frame; so in use an impulse of current may be transmitted to the solenoid, to exert an dynamic transformation on the biological tissue which ends with a quick release, after which the biological tissue undergoes a series of free damped oscillations along with the testing end, the movable frame and the recorder, from which the processor of the control means can calculate the parameters characterising the biological tissue; and said device is equipped with an element for communicating the recorder's signals from the movable frame to the control means; and the device includes light and/or sound signals, which are placed around the aperture for the testing end, and the device also comprises an arrester system comprising a drive, an actuating screw, a slider moving on an unmoving base, wherein the slider is equipped with a shutter and in the slider is located a means for preventing mechanical injuries to the arrester system, there being stoppers (25, 26) at the extreme positions of the movable frame to engage the slider when the slider is so positioned, and wherein the device also comprises position sensors (27, 28, and 29) to sense the position of the slider.
A process for preparation of 2,3,3,3-tetrafluoropropene comprising: a) providing heat source in a reactor; b) providing preheated methyl chloride, tetrafluoroethylene and an initiator, either pre-mixed or added separately, in the reactor to obtain a first reaction mixture; c) heating the first reaction mixture using heat source to obtain 2,3,3,3-tetrafluoropropene and second reaction mixture components; d) recycling the second reaction mixture components into the reactor to attain an equilibrium; and e) isolating 2,3,3,3-tetrafluoropropene, wherein the initiator is selected from a group consisting of carbon tetrachloride, hexachloroethane, trichloroacetylchloride, chloroform, or mixture thereof. a) providing heat source in a reactor; b) providing preheated methyl chloride, tetrafluoroethylene and an initiator, either pre-mixed or added separately, in the reactor to obtain a first reaction mixture; c) heating the first reaction mixture using heat source to obtain 2,3,3,3-tetrafluoropropene and second reaction mixture components; d) recycling the second reaction mixture components into the reactor to attain an equilibrium; and e) isolating 2,3,3,3-tetrafluoropropene,
Method for discharging an energy store, in particular a DC link capacitor, in a high-voltage network, in particular a DC link in a motor vehicle, wherein a first discharge resistor is connected in parallel with the energy store, characterized in that a second discharge resistor is automatically connected in parallel with the first discharge resistor when a voltage at the energy store falls below a specified threshold value.
Footwear item which comprises a first envelope, the first envelope extending lengthwise from a rear end to a front end, widthwise between a lateral edge and a medial edge, and heightwise from a base to an upper end, the first envelope comprising threads (44, 45, 46, 47, 48) mechanically linked to one another, the first envelope delimiting a volume for receiving a foot, the footwear item comprising a second envelope, the second envelope extending lengthwise from a rear end to a front end, widthwise between a lateral edge and a medial edge, and heightwise from a base to an upper end, the second envelope comprising threads (44, 45, 46, 47, 48) mechanically linked to one another, the second envelope delimiting a volume for receiving a foot, the first envelope and the second envelope being arranged facing one another, characterized in that, at least at one subdivision, it comprises a spacer part (71, 101, 121) that is reversibly elastically deformable such that it compresses in proportion to forces linked to use of the item, so as to return to its initial thickness when these forces are removed, the spacer part being arranged between the first envelope and the second envelope.
A method of producing an aluminum alloy metal product, the method comprising; casting an aluminum alloy to form a cast aluminum alloy product, wherein the aluminum alloy comprises 0.25 - 1.1 wt. % Cu, 0.6 - 1.1 wt. % Si, 0.7 - 1.2 wt. % Mg, up to 0.25 wt. % Cr, up to 0.35 wt. % Mn, up to 0.4 wt. % Fe, up to 0.25 wt. % Zr, from 0.06 to 0.3 wt. % Zn, up to 0.30 wt. % Ti, up to 0.04 wt. % Ni, and up to 0.15 wt. % of impurities, with the remainder as Al; homogenizing the cast aluminum alloy product by heating to a temperature from 520°C to 580°C with a soaking time from 30 minutes to 18 hours; hot rolling the cast aluminum alloy product to produce a sheet, plate, or shate with a hot mill entry temperature of 440°C to 540°C and a hot roll exit temperature of 250°C to 380°C; solutionizing the sheet, plate, or shate at a temperature between 520 °C and 580 °C and then quenching at a quench rate from 50°C/s to 400°C/s; pre-aging the sheet, plate, or shate, wherein the pre-aging comprises heating the sheet, plate or shate to a pre-aging temperature of 115°C to 135°C after solutionizing and soaking at the pre-aging temperature for a period of time; and coiling the sheet, plate, or shate. casting an aluminum alloy to form a cast aluminum alloy product, wherein the aluminum alloy comprises 0.25 - 1.1 wt. % Cu, 0.6 - 1.1 wt. % Si, 0.7 - 1.2 wt. % Mg, up to 0.25 wt. % Cr, up to 0.35 wt. % Mn, up to 0.4 wt. % Fe, up to 0.25 wt. % Zr, from 0.06 to 0.3 wt. % Zn, up to 0.30 wt. % Ti, up to 0.04 wt. % Ni, and up to 0.15 wt. % of impurities, with the remainder as Al; homogenizing the cast aluminum alloy product by heating to a temperature from 520°C to 580°C with a soaking time from 30 minutes to 18 hours; hot rolling the cast aluminum alloy product to produce a sheet, plate, or shate with a hot mill entry temperature of 440°C to 540°C and a hot roll exit temperature of 250°C to 380°C; solutionizing the sheet, plate, or shate at a temperature between 520 °C and 580 °C and then quenching at a quench rate from 50°C/s to 400°C/s; pre-aging the sheet, plate, or shate, wherein the pre-aging comprises heating the sheet, plate or shate to a pre-aging temperature of 115°C to 135°C after solutionizing and soaking at the pre-aging temperature for a period of time; and coiling the sheet, plate, or shate.
A bath hot water supply apparatus comprising: a circulation channel that allows bath water led out of a bathtub to return to the bathtub; a circulation pump that circulates the bath water to the circulation channel; and a bubble generation device that is provided on a way of the circulation channel and includes an air introducing portion, a bath water introducing portion, a gas-liquid mixing portion, a water flow swirling portion, and a microbubble generation portion, the bubble generation device generating a swirl flow containing microbubbles having a diameter of ten to several ten micrometers at generation in the bath water, wherein the bath hot water supply apparatus further comprises rectification means that is provided in the circulation channel downstream of the bubble generation device, and suppresses the swirl flow, the bubble generation device generates the microbubbles while the bath water is circulated to the circulation channel to supply the microbubbles to the bathtub, the rectification means comprises a plurality of plate-like rectification walls radially placed with respect to a center of a section perpendicular to a longitudinal direction of the circulation channel, and the plurality of rectification walls each extend only partway from a periphery in the circulation channel to the center. a circulation channel that allows bath water led out of a bathtub to return to the bathtub; a circulation pump that circulates the bath water to the circulation channel; and a bubble generation device that is provided on a way of the circulation channel and includes an air introducing portion, a bath water introducing portion, a gas-liquid mixing portion, a water flow swirling portion, and a microbubble generation portion, the bubble generation device generating a swirl flow containing microbubbles having a diameter of ten to several ten micrometers at generation in the bath water, wherein the bath hot water supply apparatus further comprises rectification means that is provided in the circulation channel downstream of the bubble generation device, and suppresses the swirl flow, the bubble generation device generates the microbubbles while the bath water is circulated to the circulation channel to supply the microbubbles to the bathtub, the rectification means comprises a plurality of plate-like rectification walls radially placed with respect to a center of a section perpendicular to a longitudinal direction of the circulation channel, and the plurality of rectification walls each extend only partway from a periphery in the circulation channel to the center.
A method to regulate a metering unit used for the metering of granular distribution goods, in particular, of granular seeds or fertilisers, wherein at least one portion of an amount of distribution goods being directed to at least one spreading device is recorded by at least sensor unit within a specific measuring interval, via which portion the total amount of distribution goods output by the metering unit within the measuring interval can be determined, wherein the at least one sensor unit is connected to a processing unit and/or analysis unit, by which a regulation and/or calibration of the metering unit can be carried out, - wherein the processing unit and/or analysis unit has at least two specified parameter sets (48, 50), composed in each instance of at least one parameter (52, 54), - wherein a first parameter set comprising a first measuring interval is applied in a specific first operating mode, and whereafter the regulation of the metering device is adapted to the first operating mode, - and wherein the at least one second parameter set comprising a second measuring interval is switched to upon reaching a specific second operating mode, wherein the second measuring interval is shorter than the first measuring interval, and whereafter the regulation of the metering device is adapted to the second operating mode, - and wherein the first parameter set is switched to after the lapse of a specific interval length and/or after the lapse of a specific number of measuring intervals and/or after the setting in of the first operating mode, wherein the first operating mode is formed by one or more standard modes, comprising a field drive. - wherein the processing unit and/or analysis unit has at least two specified parameter sets (48, 50), composed in each instance of at least one parameter (52, 54), - wherein a first parameter set comprising a first measuring interval is applied in a specific first operating mode, and whereafter the regulation of the metering device is adapted to the first operating mode, - and wherein the at least one second parameter set comprising a second measuring interval is switched to upon reaching a specific second operating mode, wherein the second measuring interval is shorter than the first measuring interval, and whereafter the regulation of the metering device is adapted to the second operating mode, - and wherein the first parameter set is switched to after the lapse of a specific interval length and/or after the lapse of a specific number of measuring intervals and/or after the setting in of the first operating mode, wherein the first operating mode is formed by one or more standard modes, comprising a field drive.
An operating method of a mobile device that can be controlled using a touch and drag operation, the mobile device having a touch screen, the method comprising: displaying, by the device, one or more menu icons in a first zone on the touch screen; sensing, by the device, a touch selection of a menu icon among the one or more menu icons displayed in the first zone on the touch screen; visibly providing, by the device, a boundary of a second zone on the touch screen in response to the sensed touch selection, the boundary of the second zone being visible after the touch selection is sensed, and removing the visibly provided boundary of the second zone if the menu icon is dragged from the first zone to the second zone; executing a function according to the dragging of the menu icon from the first zone to the second zone and displaying information regarding the function in the second zone; and after beginning executing the function, displaying a plurality of sub-menu icons that are used to control the information regarding the executed function. displaying, by the device, one or more menu icons in a first zone on the touch screen; sensing, by the device, a touch selection of a menu icon among the one or more menu icons displayed in the first zone on the touch screen; visibly providing, by the device, a boundary of a second zone on the touch screen in response to the sensed touch selection, the boundary of the second zone being visible after the touch selection is sensed, and removing the visibly provided boundary of the second zone if the menu icon is dragged from the first zone to the second zone; executing a function according to the dragging of the menu icon from the first zone to the second zone and displaying information regarding the function in the second zone; and after beginning executing the function, displaying a plurality of sub-menu icons that are used to control the information regarding the executed function.
A tire having a visible outer surface comprising a decorative region provided with a plurality of micro-protrusions each comprising a wall portion, characterized in that said micro-protrusions each comprise a recess, said wall portion surrounds the recess and forms a protrusion's apex having an upper end surface, and said upper end surface comprises at least two peak points in the protruding-height direction of the micro-protrusion, at which the protruding height of the wall portion becomes local maximum. said micro-protrusions each comprise a recess, said wall portion surrounds the recess and forms a protrusion's apex having an upper end surface, and said upper end surface comprises at least two peak points in the protruding-height direction of the micro-protrusion, at which the protruding height of the wall portion becomes local maximum.
A system for preventing the movement of a clamping member, the system comprising: a first member having fixed to it a connector frame, said connector frame comprising a reaction plate and at least one locking frame; said first member comprising a clamping member, said first member having a longitudinal axis and wherein said clamping member is moveable towards and away from said axis; said connector frame being arranged to removably accept a tool with pressure inducing means positionable between the reaction plate and the clamping member; at least one locking member each supported via said at least one locking frame on said first member and each being contactable with said clamping member; characterised in that the locking frame being arranged such that each of the at least one locking members is offset from the pressure inducing means of the tool when the tool is in position between the reaction plate and the clamping member; wherein each of said at least one locking member is moveable towards the clamping member in order to prevent said clamping member from moving away from said longitudinal axis to its initial position. a first member having fixed to it a connector frame, said connector frame comprising a reaction plate and at least one locking frame; said first member comprising a clamping member, said first member having a longitudinal axis and wherein said clamping member is moveable towards and away from said axis; said connector frame being arranged to removably accept a tool with pressure inducing means positionable between the reaction plate and the clamping member; at least one locking member each supported via said at least one locking frame on said first member and each being contactable with said clamping member; characterised in that the locking frame being arranged such that each of the at least one locking members is offset from the pressure inducing means of the tool when the tool is in position between the reaction plate and the clamping member; wherein each of said at least one locking member is moveable towards the clamping member in order to prevent said clamping member from moving away from said longitudinal axis to its initial position.
A method of cancelling a location information request performed by a location server, characterized in that the method comprises the steps of: receiving (S51, S61) a triggered location reporting request message from a location service client for location information of a target terminal; transmitting a triggered location reporting message to the location service client after tracking the location of the target terminal at a time interval set up for the triggered location reporting request message; and transmitting (S58, S71) a triggered location reporting stop answer message to the location service client when there is a preceding triggered location reporting stop request message from the location service client characterised by transmitting (S58, S71) the triggered location reporting stop answer message to the location service client without the preceding triggered location reporting stop request message from the location service client when there is a privacy profile update, wherein the triggered location reporting stop answer message contains a parameter that indicates the reason why the location information request is canceled. receiving (S51, S61) a triggered location reporting request message from a location service client for location information of a target terminal; transmitting a triggered location reporting message to the location service client after tracking the location of the target terminal at a time interval set up for the triggered location reporting request message; and transmitting (S58, S71) a triggered location reporting stop answer message to the location service client when there is a preceding triggered location reporting stop request message from the location service client characterised by transmitting (S58, S71) the triggered location reporting stop answer message to the location service client without the preceding triggered location reporting stop request message from the location service client when there is a privacy profile update, wherein the triggered location reporting stop answer message contains a parameter that indicates the reason why the location information request is canceled.
Display instrument cluster with a driver monitoring camera, comprising a display, a display cover glass, and one or more visible light indicators, characterised by further comprising a plurality of optical layers between the cover glass and the display, said layers comprising in the direction from the cover glass to the display: a masking IR layer which is transparent to infrared and opaque to visible light, a dead-front layer which is a partially-transparent black ink for giving the cluster a monochromatic surface when the light indicator or indicators are switched off, and a black print layer which is opaque to infrared and visible light; wherein the masking IR layer, dead-front layer and black print layer have an opening for the display, wherein the dead-front layer and the black print layer comprise an opening in the optical path of said camera, and the masking IR layer covers the optical path of said camera. a masking IR layer which is transparent to infrared and opaque to visible light, a dead-front layer which is a partially-transparent black ink for giving the cluster a monochromatic surface when the light indicator or indicators are switched off, and a black print layer which is opaque to infrared and visible light; wherein the masking IR layer, dead-front layer and black print layer have an opening for the display, wherein the dead-front layer and the black print layer comprise an opening in the optical path of said camera, and the masking IR layer covers the optical path of said camera.
A wireless communication method carried out in a user equipment, UE, comprising: if the coverage enhancement, CE, level of the UE is smaller than a predetermined level, receiving a second downlink control information, DCI, if the CE level of the UE is larger than a predetermined level, receiving a first Downlink Control Information, DCI, the first DCI including frequency domain information and time domain information, the frequency domain information indicating a number of physical resource blocks, PRBs, from a plurality of candidates for the number of PRBs in a frequency domain within a narrowband which is a part of a bandwidth, and the time domain information indicating a number of repetitions in a time domain; determining, using the frequency domain information and the time domain information, the number of physical resource blocks and the number of repetitions in a time domain, wherein a number of bits of the first DCI is smaller than that of the second DCI used for the second CE level smaller than the predetermined level. if the coverage enhancement, CE, level of the UE is smaller than a predetermined level, receiving a second downlink control information, DCI, if the CE level of the UE is larger than a predetermined level, receiving a first Downlink Control Information, DCI, the first DCI including frequency domain information and time domain information, the frequency domain information indicating a number of physical resource blocks, PRBs, from a plurality of candidates for the number of PRBs in a frequency domain within a narrowband which is a part of a bandwidth, and the time domain information indicating a number of repetitions in a time domain; determining, using the frequency domain information and the time domain information, the number of physical resource blocks and the number of repetitions in a time domain, wherein a number of bits of the first DCI is smaller than that of the second DCI used for the second CE level smaller than the predetermined level.