mhurhangee/ep-ind-claims huggingface dataset:
A near-field communication circuit comprising an oscillating circuit having a controllable capacitor (PTIC) controlled by circuit elements when the circuit is at standby, said elements being then powered by a battery.
A container assembly for containing a biological graft, comprising: a housing member (12; 82; 112; 132) sized to be able to contain the biological graft while keeping the size of an original shape of the biological graft; and an aqueous fluid filling the housing member (12; 82; 112; 132) such that no air or bubbles is/are contained in the housing member, wherein the housing member and aqueous fluid are configured such that the biological graft is contained in a suspended state in the aqueous fluid, wherein container assembly further comprises an outer housing member (14; 88) configured to contain the housing member (12; 82; 112; 132), wherein the outer housing member (14; 88) has an outer housing member body (16; 84) having an upper-side opening section open to the upper side and a covering member (18; 86) configured to close the upper-side opening section,, wherein the housing member (12; 82; 112; 132) has a lower-side opening section which is open to a lower side and is greater in plan-view shape than the biological graft, and the lower-side opening section is closed by contact of a lower circumferential end of the housing member with a surface of a bottom section of the outer housing member (14; 88), an intervening member (30; 114) configured to be clamped between the lower-side opening section of the housing member (12; 82; 112; 132) and the covering member (18; 86) when the outer housing member body (16; 84) is closed with the covering member (18; 86), and wherein the container assembly is configured for storage and/or transportation of a biological graft. a housing member (12; 82; 112; 132) sized to be able to contain the biological graft while keeping the size of an original shape of the biological graft; and an aqueous fluid filling the housing member (12; 82; 112; 132) such that no air or bubbles is/are contained in the housing member,
Photoplethysmography sensing device configured to output a signal comprising a DC component and an AC component, said device comprising: - a pulsed light source, adapted to be pulsed-on or pulsed-off, - at least one pixel for light-to-charge conversion to create photo-generated electrons, - each pixel being synchronized with said pulsed light source, characterized in that (i) each pixel comprises: - a pinned photodiode comprising a well, - a sense node, said sense node being a junction capacitance whose role is to convert the photo-generated electrons in the pinned photodiode well into a voltage, by the means of the conversion gain of said capacitance, and - a Transfer Gate (TGtransfer) transistor, and being configured to act as a transfer gate between said pinned photodiode and said sense node, allowing the photo-generated electrons integration when the light is pulsed-on and the transfer of at least part of the integrated photo-generated electrons to said sense node for a read-out (ii) the device is further configured to extract a PPG signal from the read-out. - a pulsed light source, adapted to be pulsed-on or pulsed-off, - at least one pixel for light-to-charge conversion to create photo-generated electrons, - each pixel being synchronized with said pulsed light source, characterized in that (i) each pixel comprises: - a pinned photodiode comprising a well, - a sense node, said sense node being a junction capacitance whose role is to convert the photo-generated electrons in the pinned photodiode well into a voltage, by the means of the conversion gain of said capacitance, and - a Transfer Gate (TGtransfer) transistor, and being configured to act as a transfer gate between said pinned photodiode and said sense node, allowing the photo-generated electrons integration when the light is pulsed-on and the transfer of at least part of the integrated photo-generated electrons to said sense node for a read-out (ii) the device is further configured to extract a PPG signal from the read-out.
A device for removing a valve and cage assembly from a valve housing of a machine casing, comprising: an anchoring plate configured for anchoring the device to the machine casing; a terminal plate connected to said anchoring plate at a distance there from; a slide arranged for movement between said anchoring plate and said terminal plate; a connecting arrangement configured for connecting said slide to a valve and cage assembly to be removed from said valve housing; and a guide extending between said anchoring plate and said terminal plate, said slide being slidingly movable along said guide characterized in that said guide comprises a plurality of guiding bars having first ends constrained to said anchoring plate and second ends constrained to said terminal plate and wherein said slide comprises bushes arranged for sliding movement along said guiding bars. an anchoring plate configured for anchoring the device to the machine casing; a terminal plate connected to said anchoring plate at a distance there from; a slide arranged for movement between said anchoring plate and said terminal plate; a connecting arrangement configured for connecting said slide to a valve and cage assembly to be removed from said valve housing; and a guide extending between said anchoring plate and said terminal plate, said slide being slidingly movable along said guide characterized in that said guide comprises a plurality of guiding bars having first ends constrained to said anchoring plate and second ends constrained to said terminal plate and wherein said slide comprises bushes arranged for sliding movement along said guiding bars.
A process for the preparation of the compound of formula: which process comprises reacting a compound of formula: with a compound of formula: in a suitable solvent.
A method of operating a hydrogen generation apparatus, comprising: generating a hydrogen-containing gas by a reformer; combusting, by a combustor, a fuel supplied from a fuel supply device and air supplied from an air supply device to heat the reformer; detecting, by a CO detector, a carbon monoxide concentration in a flue gas discharged from the combustor; characterized by increasing, by a controller, an air ratio in the combustor such that the CO concentration in the flue gas increases, wherein the air ratio refers to the ratio of an actual amount of air usage to a theoretical air requirement necessary for perfect combustion of the fuel; and performing an abnormality test of testing the CO detector for abnormality after increasing the air ratio in the combustor such that the CO concentration in the flue gas increases, wherein if the CO concentration detected by the CO detector is not in a predetermined range, it is determined in the abnormality test that detection sensitivity of the CO detector is abnormal. generating a hydrogen-containing gas by a reformer; combusting, by a combustor, a fuel supplied from a fuel supply device and air supplied from an air supply device to heat the reformer; detecting, by a CO detector, a carbon monoxide concentration in a flue gas discharged from the combustor; characterized by increasing, by a controller, an air ratio in the combustor such that the CO concentration in the flue gas increases, wherein the air ratio refers to the ratio of an actual amount of air usage to a theoretical air requirement necessary for perfect combustion of the fuel; and performing an abnormality test of testing the CO detector for abnormality after increasing the air ratio in the combustor such that the CO concentration in the flue gas increases, wherein if the CO concentration detected by the CO detector is not in a predetermined range, it is determined in the abnormality test that detection sensitivity of the CO detector is abnormal.
A system for the 3D measurement of the shape of a material object, comprising: a display device for providing a position and orientation for said object; at least one projection device for projecting a structured light pattern onto a surface of an object; at least one detection device for capturing at least one image of the surface of the object, wherein at least one of the detection devices captures at least one image of the structured light pattern acting on the surface of the object; and a computing device for determining a measurement from the captured image; wherein said display device is arranged to provide a position and orientation for said object to take with respect to said at least one detection device prior to capturing the at least one image. a display device for providing a position and orientation for said object; at least one projection device for projecting a structured light pattern onto a surface of an object; at least one detection device for capturing at least one image of the surface of the object, wherein at least one of the detection devices captures at least one image of the structured light pattern acting on the surface of the object; and a computing device for determining a measurement from the captured image; wherein said display device is arranged to provide a position and orientation for said object to take with respect to said at least one detection device prior to capturing the at least one image.
Set containing - at least one storage unit for storing and/or making available at least one carrier for at least one surgical item and - at least one carrier for at least one surgical item, wherein the carrier can be moved to a holding position and to a release position and - is held by the storage unit in the holding position and - is released or releasable from the storage unit in the release position, characterized in that the storage unit has at least one release part and the carrier can be moved from the holding position to the release position by actuation of the release part. - at least one storage unit for storing and/or making available at least one carrier for at least one surgical item and - at least one carrier for at least one surgical item, - is held by the storage unit in the holding position and - is released or releasable from the storage unit in the release position, characterized in that the storage unit has at least one release part and the carrier can be moved from the holding position to the release position by actuation of the release part.
A lens system for a front projection display device comprising; a wide angle projection system having a first lens stage and a second, wide angle lens stage, wherein the first lens stage is configured to create a distorted intermediate image, and the second, wide angle lens stage is configured to cause distortion to substantially cancel the distortion of the intermediate image, characterized in that the second lens stage is further configured to project a substantially non-distorted image corresponding to the intermediate image at a field angle of greater than 100 degrees, wherein the lens system comprises a plurality of fold mirrors or prisms (1120, 1130) altering an image direction 180 degrees in an optical path between the first stage and the second stage, wherein an optic axis of the first stage and an optic axis of the second stage form an angle of 180 degrees, and wherein the plurality of fold mirrors or prisms (1120, 1130) is configured to reverse the light direction such that output light from the first lens stage is redirected in the parallel, opposed or substantially the parallel, opposed direction, in a different horizontal plane.
Suction excavator for taking up suctioned material, such as soil on buried pipelines or bulk slurries, with a pneumatic suction unit for generating a suction air current connected to a collection container into which opens out a suction hose, wherein the suction hose is movably retained by a guide arm that is swivellable about a vertical rotational axis, wherein the guide arm comprises at least four arm segments and at least four linkages with horizontal linkage axis, characterized in that the vertical rotational axis of the guide arm is implemented such that it is horizontally movable transversely to the longitudinal axis of the vehicle, in particular from one suction excavator side to the other, and such that it is movable by means of a horizontally acting linear drive and/or by means of a cantilever arm that is swivellable about a further vertical cantilever arm axis.
A heat dissipating structure of an adding valve, including an adding valve that adds a reducing agent into an exhaust duct of an internal combustion engine, and a heat dissipating member that dissipates heat of the adding valve, the heat dissipating member having a housing space for housing the adding valve, the adding valve being housed in the housing space, and a metal powder is filled between the adding valve and the heat dissipating member, the metal powder being any one of aluminum powder and copper powder.
An electronic device (101, 400), comprising: a rotary input module; a display (160, 410); a memory; and at least one processor configured to be operatively coupled to the memory; wherein the at least one processor is configured to: detect a rotary input via the rotary input module; display, in the display, a part of a first scrollable list and a part of a second scrollable list, the first scrollable list corresponding to a part of a plurality of objects, the second scrollable list corresponding to a remaining part of the plurality of objects; and simultaneously scroll, based on the rotary input, the first scrollable list and the second scrollable list. a rotary input module; a display (160, 410); a memory; and at least one processor configured to be operatively coupled to the memory; wherein the at least one processor is configured to: detect a rotary input via the rotary input module; display, in the display, a part of a first scrollable list and a part of a second scrollable list, the first scrollable list corresponding to a part of a plurality of objects, the second scrollable list corresponding to a remaining part of the plurality of objects; and simultaneously scroll, based on the rotary input, the first scrollable list and the second scrollable list. detect a rotary input via the rotary input module; display, in the display, a part of a first scrollable list and a part of a second scrollable list, the first scrollable list corresponding to a part of a plurality of objects, the second scrollable list corresponding to a remaining part of the plurality of objects; and simultaneously scroll, based on the rotary input, the first scrollable list and the second scrollable list.
A transmission controller which controls a transmission ratio of a toroidal continuously variable transmission which continuously changes the transmission ratio based on a tilt motion angle of a power roller, the transmission controller comprising: an actuator which changes a roller position of the power roller to adjust the tilt motion angle; a tilt motion angle information generation unit which generates information (cpest) of the tilt motion angle (φ); a position estimation unit (62, 262) which derives an estimated value (Xest) of the roller position; and a position control unit which derives an operation command value (Iref) of the actuator so that a deviation between a command value (Xref) of the roller position and the estimated value (Xest) of the roller position is cancelled, wherein the position estimation unit (62, 262) is configured to derive the estimated value (Xest)based on the information (cpest) of the tilt motion angle (φ) which is generated by the tilt motion angle information generation unit, and the operation command value (Iref), characterized in that the position estimation unit (62, 262) is configured to compensate the estimated value (Xest) based on environment parameters which affects an operation of the power roller, the environment parameters including a hydraulic oil temperature of the actuator and an input rotation speed of the toroidal continuously variable transmission (10, 210, 310). an actuator which changes a roller position of the power roller to adjust the tilt motion angle; a tilt motion angle information generation unit which generates information (cpest) of the tilt motion angle (φ); a position estimation unit (62, 262) which derives an estimated value (Xest) of the roller position; and a position control unit which derives an operation command value (Iref) of the actuator so that a deviation between a command value (Xref) of the roller position and the estimated value (Xest) of the roller position is cancelled, wherein the position estimation unit (62, 262) is configured to derive the estimated value (Xest)based on the information (cpest) of the tilt motion angle (φ) which is generated by the tilt motion angle information generation unit, and the operation command value (Iref), characterized in that the position estimation unit (62, 262) is configured to compensate the estimated value (Xest) based on environment parameters which affects an operation of the power roller, the environment parameters including a hydraulic oil temperature of the actuator and an input rotation speed of the toroidal continuously variable transmission (10, 210, 310).
A separation unit for a feed apparatus for joining elements, in particular screws, in particular flow-drilling screws, comprising a joining element receiver for receiving a joining element having a head and a shaft; a slider displaceable relative to the joining element receiver between a receiving position and an output position; and a rotational element about which the joining element received in the joining element receiver is rotatable on a displacement of the slider, characterized in that a displacement of the slider from the receiving position in the direction of its output position brings the shaft of the joining element received in the joining element receiver into engagement with the rotational element and rotates the joining element about the rotational element.
An expansion clamping device having a base body defining a longitudinal axis, and an expansion bushing which is inserted into or surrounds the base body, forming at least one pressure chamber, the pressure chamber being exposable to a hydraulic medium with elastic deformation of the expansion bushing to achieve a clamping effect, characterized in that the expansion bushing is fixed to the base body in a material-bonding manner through a friction welding joint in the front axial end region of the pressure chamber and/or in the rear axial end region of the pressure chamber.
A tool holder for machine tools with a holder part on the machine side and a holder part on the tool side, a coupling device which connects the holder parts (1, 2) to each other with radial clearance in a torque-resistant manner and is supported on the machine side on an angled spacer which via a spherical area is arranged on the machine-side holder part in an angle-adjustable manner, and which comprises a radially movable coupling element with at least two recesses, wherein a catch of the tool-side holder part engages in one recess and a catch of the machine-side holder part engages in the other recess a pre-tensioning device which clamps the tool-side holder part against the machine-side holder part and partially surrounds the tool-side holder part, wherein the pre-tensioning device comprises a roller ring with a plurality of rolling elements and wherein the roller ring makes a radial movement of the tool-side holder part towards the pre-tensioning device possible, characterised in that the coupling device and the pre-tensioning device each comprise an elastic plastic element (12, 16, 11), wherein the Shore-A hardness of the plastic element of the pre-tensioning device is greater than the Shore-A hardness of the elastic plastic element of the coupling device.
A database migration method performed by a second server, comprising: copying metadata from a first server of a database, the metadata including identification information of synthetic data; receiving a service instruction sent by a client after the copying the metadata from the first server of the database; determining, based on the service instruction, whether the synthetic data needs to be retrieved from the first server of the database; in response to it is determined that the synthetic data needs to be retrieved from the first server of the database, sending a copy request, including the identification information of the synthetic data, to the first server of the database; and in response to the copy request being accepted by the first server, copying the synthetic data from the first server of the database based on the identification information of the synthetic data. copying metadata from a first server of a database, the metadata including identification information of synthetic data; receiving a service instruction sent by a client after the copying the metadata from the first server of the database; determining, based on the service instruction, whether the synthetic data needs to be retrieved from the first server of the database; in response to it is determined that the synthetic data needs to be retrieved from the first server of the database, sending a copy request, including the identification information of the synthetic data, to the first server of the database; and in response to the copy request being accepted by the first server, copying the synthetic data from the first server of the database based on the identification information of the synthetic data.
Method for purifying exhaust gas generated by an internal combustion engine, in which the exhaust gas generated by the internal combustion engine is conducted through an exhaust gas path in which at least one adsorption element (12a, 12b) is arranged, to which pollutants contained in the exhaust gas are at least partly bound, and in which the at least one adsorption element (12a, 12b) is regenerated by at least partial desorption of the bound pollutants, and in which pollutants desorbed from the at least one adsorption element (12a, 12b) during the desorption are stored in at least one storage unit, characterised in that the at least one adsorption element (12a, 12b) is regenerated by flow of an auxiliary gas through the at least one adsorption element (12a, 12b).