mhurhangee/ep-ind-claims huggingface dataset:
Measurement device for detecting and measuring pain, distress, or other discomfort of a user, the measurement device comprising: - an external housing having at least partially flexible walls and being configured for being held and squeezed by a hand of the user in response to the pain, distress, or other discomfort experienced by the user, wherein the external housing defines a first closed volume, and - a force sensor for detecting and measuring pressure in the first closed volume, characterised in that the measurement device further comprises an inner housing, wherein the inner housing defines a second closed volume, wherein the inner housing is suspended within the first closed volume of the external housing by means of a positioning member that fixes the inner housing to the inside of the external housing, the second closed volume comprising the force sensor, wherein the inner housing comprises a flexible membrane that is placed such that the flexible membrane faces the first closed volume at a first side (152s1) of the flexible membrane and faces the force sensor at a second, opposite, side (152s2) of the flexible membrane, wherein the flexible membrane is positioned such that there is a gap between the flexible membrane and the force sensor when no force is applied by the user to the external housing, and that at a certain predefined pressure applied by the user the flexible membrane touches the force sensor, wherein the force sensor from that instant starts to register a force. - an external housing having at least partially flexible walls and being configured for being held and squeezed by a hand of the user in response to the pain, distress, or other discomfort experienced by the user, wherein the external housing defines a first closed volume, and - a force sensor for detecting and measuring pressure in the first closed volume, characterised in that the measurement device further comprises an inner housing, wherein the inner housing defines a second closed volume, wherein the inner housing is suspended within the first closed volume of the external housing by means of a positioning member that fixes the inner housing to the inside of the external housing, the second closed volume comprising the force sensor, wherein the inner housing comprises a flexible membrane that is placed such that the flexible membrane faces the first closed volume at a first side (152s1) of the flexible membrane and faces the force sensor at a second, opposite, side (152s2) of the flexible membrane, wherein the flexible membrane is positioned such that there is a gap between the flexible membrane and the force sensor when no force is applied by the user to the external housing, and that at a certain predefined pressure applied by the user the flexible membrane touches the force sensor, wherein the force sensor from that instant starts to register a force.
A method for making a filter from a variable opening pitch expanded metal sheet, comprising: (a) feeding a length of metal sheet by discrete steps along the length of the sheet; (b) perforating to form a row of perforations transverse to the length of the sheet to produce a perforated sheet; (c) stretching the perforated sheet longitudinally causing said perforations to elongate into openings and produce an expanded metal sheet having a multiplicity of rows of openings, wherein the spacing between adjacent rows of openings is not constant; and (d) making a filter from the expanded metal sheet by rolling the expanded metal sheet into a tube and welding to fix the tubular orientation or rolling the expanded metal sheet onto a mandrel so that the ends abut and wrapping wire around the expanded metal sheet.
A method for selecting an initial point for industrial robot commissioning, the initial point being located above a touchscreen for industrial robot commissioning, the method comprises: calculating a nominal posture of a work object relative to the industrial robot; and selecting the initial point according to the nominal posture, wherein a work object is an object which is manipulated and processed by the industrial robot during the process of actually using the industrial robot, the method characterized in that the step of calculating a nominal posture further comprises: obtaining a first output when an inertial sensor is at a first posture and a second output when the inertial sensor is at a second posture, wherein the first posture is same as a posture of a base frame of the industrial robot, and the second posture is same as a posture of the work object; and calculating a nominal posture of the work object relative to the industrial robot according to the first output and the second output; and wherein the step of selecting the initial point according to the nominal posture further comprises: obtaining a preset position of a pre-touch point, the pre-touch point being any point on the touchscreen, at the pre-touch point with a stylus for industrial robot commissioning touching the touchscreen; and selecting the initial point according to the nominal posture, the pre-touch point, a center point of the touch screen and a preset height. calculating a nominal posture of a work object relative to the industrial robot; and selecting the initial point according to the nominal posture, obtaining a first output when an inertial sensor is at a first posture and a second output when the inertial sensor is at a second posture, wherein the first posture is same as a posture of a base frame of the industrial robot, and the second posture is same as a posture of the work object; and calculating a nominal posture of the work object relative to the industrial robot according to the first output and the second output; obtaining a preset position of a pre-touch point, the pre-touch point being any point on the touchscreen, at the pre-touch point with a stylus for industrial robot commissioning touching the touchscreen; and selecting the initial point according to the nominal posture, the pre-touch point, a center point of the touch screen and a preset height.
A hydroelectric powerplant for the generation of electrical energy with the conversion of flow energy of a flowing body of water by means of a fluid kinetic machine (3, 4, 5, 6, 7) with at least - one rotor, - one generator driven by the rotor, - one floating body, and with - one nozzle unit for purposes of increasing the flow velocity in the region of the rotor, wherein the nozzle unit has at least one adjustable wall (5a 1; 5b 1; 5b 2), characterised in that, - the rotor is designed so as to be adjustable in three dimensions relative to the nozzle unit, in order hereby - on the one hand to arrange for the rotor to be always underneath a water surface, and on the other hand to be approximately central compared with the nozzle unit. - one rotor, - one generator driven by the rotor, - one floating body, and with - one nozzle unit for purposes of increasing the flow velocity in the region of the rotor, wherein - the rotor is designed so as to be adjustable in three dimensions relative to the nozzle unit, in order hereby - on the one hand to arrange for the rotor to be always underneath a water surface, and on the other hand to be approximately central compared with the nozzle unit.
A flavour composition comprising a flavour co-ingredient and a compound of formula, and/or an edible salt thereof wherein R 1 is selected from C 6 -C 13 alkyl, and C 9 -C 13 alkenyl, and R 2 is selected from -CH 2 -phenyl, -CH 2 -1 H -indole, -CH 2 -phenol, and -CH 2 -imidazole; and wherein the compound of formula is selected from -2-(dodec-5-enamido)-3-phenylpropanoic acid and -2-(dodec-5-enamido)-3-(1H-indol-3-yl)propanoic acid. R 1 is selected from C 6 -C 13 alkyl, and C 9 -C 13 alkenyl, and R 2 is selected from -CH 2 -phenyl, -CH 2 -1 H -indole, -CH 2 -phenol, and -CH 2 -imidazole; and wherein the compound of formula is selected from -2-(dodec-5-enamido)-3-phenylpropanoic acid and -2-(dodec-5-enamido)-3-(1H-indol-3-yl)propanoic acid.
Handle device, in particular for a door or window, comprising a gripping member in the form of a handle, a button or the like, which gripping member is pivotably mounted on a fixing base in order to rotationally drive a transmission member, in particular an operating nut, said fixing base comprising means for receiving fixing members such as screws or the like, as well as a means for concealing these means for receiving fixing members, the concealment means being in the form of a cover housing which covers at least the front face of the fixing base, the gripping member being mounted on the fixing base via fitting means so as to be rotatable in the axial pivoting direction thereof, which fitting means are defined by an assembly formed by a fitting endpiece and a fitting sleeve which are coaxial, one being provided on the fixing base and the other on the gripping member, said fitting means being associated with locking means for resiliently returning into the retaining position in order to axially immobilize this gripping member on this fixing base, the handle device also comprising means for blocking the resilient return locking means in the locked position, characterized in that these blocking means are defined by the means for concealing the means for receiving the fixing members on the fixing base.
A waveguide for guiding electromagnetic wave(s) comprising: - two lateral faces facing each other, a ceiling joining the two lateral faces, the lateral faces and the ceiling extending along a longitudinal direction, and - a bottom piece arranged between the two lateral faces, the two lateral faces, the ceiling and the bottom piece each being made of a conducting material, the two lateral faces, the ceiling and the bottom piece forming a conduit configured for guiding at least one electromagnetic wave along the longitudinal direction, the bottom part being movable between the two lateral faces along a direction of travel parallel to the lateral faces and perpendicular to the longitudinal direction, the distance between the bottom part and the ceiling being smaller than the distance between the lateral faces, the bottom piece comprising a core extending along the longitudinal direction and along the direction of travel, the bottom piece further comprising at least a first row of bars extending respectively from the core along a transverse direction perpendicular to the longitudinal direction and to the direction of travel, the bottom piece comprising at least one further row of bars extending from the core along the transverse direction, every bar from the at least one other row being substantially aligned with a bar from the first row along the direction of travel. - two lateral faces facing each other, a ceiling joining the two lateral faces, the lateral faces and the ceiling extending along a longitudinal direction, and - a bottom piece arranged between the two lateral faces, the two lateral faces, the ceiling and the bottom piece each being made of a conducting material, the two lateral faces, the ceiling and the bottom piece forming a conduit configured for guiding at least one electromagnetic wave along the longitudinal direction, the bottom part being movable between the two lateral faces along a direction of travel parallel to the lateral faces and perpendicular to the longitudinal direction, the distance between the bottom part and the ceiling being smaller than the distance between the lateral faces, the bottom piece comprising a core extending along the longitudinal direction and along the direction of travel, the bottom piece further comprising at least a first row of bars extending respectively from the core along a transverse direction perpendicular to the longitudinal direction and to the direction of travel, the bottom piece comprising at least one further row of bars extending from the core along the transverse direction, every bar from the at least one other row being substantially aligned with a bar from the first row along the direction of travel.
A method for producing a flat steel product made of a steel comprising (in % by wt): 0.070 to 0.15 C, max 0.50 Si, 1.0 to 2.0 Mn, 0.6 to 1.5 Al and 0.2 to 1.0 Cr, residual Fe and unavoidable impurities, comprising at least the following steps: production of a hot-rolled strip, winding of the hot-rolled strip, wherein the winding takes place at a temperature of 540 to 620 °C and where appropriate, cold-rolling and subsequent annealing with an optional following coating. 0.070 to 0.15 C, max 0.50 Si, 1.0 to 2.0 Mn, 0.6 to 1.5 Al and 0.2 to 1.0 Cr, production of a hot-rolled strip, winding of the hot-rolled strip, wherein the winding takes place at a temperature of 540 to 620 °C and where appropriate, cold-rolling and subsequent annealing with an optional following coating.
A system for performing and visualizing a size measurement of an object viewed in an image computed from image data, the system comprising: - an image unit for visualizing the image data in the image for displaying in a display; - a deployment unit for deploying a caliper (21; 22; 23; 24) in an image data space based on the location of the object in the image data space, where said deploying comprises placing the caliper in a location in the image data space; - a caliper unit for visualizing the caliper (21; 22; 23; 24) in the image; and a manipulation unit for manipulating the caliper (21; 22; 23; 24) in the image data space based on a user input, wherein the manipulation unit is arranged to rotate the caliper in three-dimensional image data space about a selected rotation axis based on the user input; wherein the caliper (21; 22; 23; 24) comprises a first planar surface and a second planar surface substantially parallel to the first planar surface, and wherein the size measurement of the object is determined based on the distance between the planes of the first and second planar surface, wherein the distance between the planes of the first and second planar surface is determined as the measured size of the object. - an image unit for visualizing the image data in the image for displaying in a display; - a deployment unit for deploying a caliper (21; 22; 23; 24) in an image data space based on the location of the object in the image data space, where said deploying comprises placing the caliper in a location in the image data space; - a caliper unit for visualizing the caliper (21; 22; 23; 24) in the image; and a manipulation unit for manipulating the caliper (21; 22; 23; 24) in the image data space based on a user input, wherein the manipulation unit is arranged to rotate the caliper in three-dimensional image data space about a selected rotation axis based on the user input; wherein the caliper (21; 22; 23; 24) comprises a first planar surface and a second planar surface substantially parallel to the first planar surface, and wherein the size measurement of the object is determined based on the distance between the planes of the first and second planar surface, wherein the distance between the planes of the first and second planar surface is determined as the measured size of the object.
A vehicle brake control device, comprising: operation amount acquisition means for acquiring an operation amount of a braking operation member for a vehicle by a driver; braking means for pressing a friction member against a rotating member fixed to a wheel of the vehicle through intermediation of an electric motor to generate a braking torque for the wheel; and control means for calculating a target energization amount based on the operation amount and controlling the electric motor based on the target energization amount; characterized by acquisition means ( SVA, MKA, FBA) for acquiring, as an actual value, a state quantity indicating an actual actuation state of a movable member located in a power transmission path from the electric motor to the friction member, wherein the control means is configured to: determine, based on the operation amount, whether or not inertia compensation control for compensating for an influence of inertia of the braking means is necessary during deceleration in which a speed of the electric motor decreases; determine, as a reference value, a target value corresponding to the actual value, the target value being calculated based on the operation amount at a time of the determination that the inertia compensation control is necessary; calculate, based on the actual value and the reference value, an inertia compensation energization amount for decreasing the target energization amount to compensate for the influence of the inertia of the braking means; and adjust the target energization amount based on the inertia compensation energization amount. operation amount acquisition means for acquiring an operation amount of a braking operation member for a vehicle by a driver; braking means for pressing a friction member against a rotating member fixed to a wheel of the vehicle through intermediation of an electric motor to generate a braking torque for the wheel; and control means for calculating a target energization amount based on the operation amount and controlling the electric motor based on the target energization amount; determine, based on the operation amount, whether or not inertia compensation control for compensating for an influence of inertia of the braking means is necessary during deceleration in which a speed of the electric motor decreases; determine, as a reference value, a target value corresponding to the actual value, the target value being calculated based on the operation amount at a time of the determination that the inertia compensation control is necessary; calculate, based on the actual value and the reference value, an inertia compensation energization amount for decreasing the target energization amount to compensate for the influence of the inertia of the braking means; and adjust the target energization amount based on the inertia compensation energization amount.
An implantable device for regulating blood flow through a blood vessel, comprising: an elongated support dimensioned and configured to be implanted in a blood vessel, the support including axially spaced apart first and second substantiality annular support portions, characterised in that device further comprises; an x-shaped linking member linking the axially spaced apart portions to one another; and a valve membrane (50, 250) extending between the axially spaced apart support portions (240, 260) and having an upper portion, a lower portion and an intermediate portion, the valve membrane including a first region (54, 56) and a second lower region (84, 86), the first region (54, 56) folded over the linking member for attachment and the second region (84, 86) being adjacent the first region (54, 56) and unattached to the linking member, the second region (84, 86) movable between a first position to enable blood flow and a second position to inhibit blood flow. an elongated support dimensioned and configured to be implanted in a blood vessel, the support including axially spaced apart first and second substantiality annular support portions, characterised in that device further comprises; an x-shaped linking member linking the axially spaced apart portions to one another; and a valve membrane (50, 250) extending between the axially spaced apart support portions (240, 260) and having an upper portion, a lower portion and an intermediate portion, the valve membrane including a first region (54, 56) and a second lower region (84, 86), the first region (54, 56) folded over the linking member for attachment and the second region (84, 86) being adjacent the first region (54, 56) and unattached to the linking member, the second region (84, 86) movable between a first position to enable blood flow and a second position to inhibit blood flow.
A method for ranging in a Passive Optical Network, PON, characterized by comprising: obtaining a Round Trip Delay, RTD, between an Optical Line Terminal, OLT, and an Optical Network Unit, ONU; and opening a quiet window according to the RTD, and performing the ranging on this ONU in said quiet window, wherein the step of opening the quiet window used for the ranging for the ONU according to the RTD to perform the ranging on this ONU comprises: determining a required period T during performing the ranging on the ONU according to the RTD, wherein the determined required period T during performing ranging on the ONU is a sum of the RTD and one or more of following delays: a pre-assigned delay when the ONU that is in the ranging state responds to the ranging request and a start time of sending the ranging response; obtaining an open time of the quiet window according to the determined required period T during performing the ranging on the ONU and a preset adjustment time Δt; when the ONU is in a ranging state, sending a ranging request to the ONU that is in the ranging state, and opening the quiet window used for performing the ranging on the ONU simultaneously, wherein the quiet window includes the open time of the quiet window; receiving a ranging response within the open time of the quiet window; and obtaining an Equalization Delay, EqD, of the ONU that is in the ranging state and sending the EqD to the ONU that is in the ranging state. obtaining a Round Trip Delay, RTD, between an Optical Line Terminal, OLT, and an Optical Network Unit, ONU; and opening a quiet window according to the RTD, and performing the ranging on this ONU in said quiet window, determining a required period T during performing the ranging on the ONU according to the RTD, wherein the determined required period T during performing ranging on the ONU is a sum of the RTD and one or more of following delays: a pre-assigned delay when the ONU that is in the ranging state responds to the ranging request and a start time of sending the ranging response; obtaining an open time of the quiet window according to the determined required period T during performing the ranging on the ONU and a preset adjustment time Δt; when the ONU is in a ranging state, sending a ranging request to the ONU that is in the ranging state, and opening the quiet window used for performing the ranging on the ONU simultaneously, wherein the quiet window includes the open time of the quiet window; receiving a ranging response within the open time of the quiet window; and obtaining an Equalization Delay, EqD, of the ONU that is in the ranging state and sending the EqD to the ONU that is in the ranging state.
A system (2, 150, 180) for monitoring one or more than one item, characterized by comprising: a master tag (4, 4A, 4B) operable in a Radio Frequency field of a Radio Frequency Identification, RFID, reader; and a connection system (2, 150, 180; 8, 8A, 10, 12, 14, 14A) for accessing one or more than one marker tag (6, 154, 182) allocated to the one or more than one item, respectively, through conductive coupling, each of the one or more than one marker tag including a unique identification and being operable by the RFID reader; the connection system (2, 150, 180) being conductively coupled with the master tag (4, 4A, 4B) and including a cable (10, 12, 94, 162, 166) for coupling each of the one or more than one marker tag to the master tag (4, 4A, 4B) so that each of the one or more than one marker tag (6, 154, 182) is readable through the conductive coupling by the RFID reader. a master tag (4, 4A, 4B) operable in a Radio Frequency field of a Radio Frequency Identification, RFID, reader; and a connection system (2, 150, 180; 8, 8A, 10, 12, 14, 14A) for accessing one or more than one marker tag (6, 154, 182) allocated to the one or more than one item, respectively, through conductive coupling, each of the one or more than one marker tag including a unique identification and being operable by the RFID reader; the connection system (2, 150, 180) being conductively coupled with the master tag (4, 4A, 4B) and including a cable (10, 12, 94, 162, 166) for coupling each of the one or more than one marker tag to the master tag (4, 4A, 4B) so that each of the one or more than one marker tag (6, 154, 182) is readable through the conductive coupling by the RFID reader.