mhurhangee/ep-ind-claims huggingface dataset:
Holding device (34, 36, 38, 40, 164, 180, 192, 200, 204) for an implant, comprising a first connecting device for releasably connecting the holding device (34, 36, 38, 40, 164, 180, 192, 200, 204) and the implant, wherein the first connecting device is transferable from a first connecting position, an implant being connectable or connected to the holding device (34, 36, 38, 40, 164, 180, 192, 200, 204) in said position, into a first release position, the holding device (34, 36, 38, 40, 164, 180, 192, 200, 204) releasing the implant in said position, characterized in that the holding device has an indicating device indicating an at least one-time transfer of the first connecting device from the first connecting position into the first release position.
An assembly method of a switch device including a rotatable knob that is provided to be rotatable around a first axis and to be capable of swinging around a second axis in parallel with the first axis, a magnet that is disposed coaxially with the second axis and is configured to rotate in conjunction with the rotation around the first axis of the rotatable knob, a magnetic sensor that is provided on a fixed-side member and is disposed to face an outer periphery of the magnet, a gear train configured to transmit the rotation of the rotatable knob to the magnet, and a holder configured to support the rotatable knob, the magnet, and the gear train, the gear train including a first gear configured to rotate integrally with the rotatable knob, a second gear configured to rotate integrally with the magnet, and a transmission gear provided on a rotation transmission path of the first gear and the second gear, the assembly method comprising the steps of: rotatably supporting the transmittion gear by the holder with the magnet in a state in which the transmission gear is meshed with the second gear; positioning an angular position around the second axis of the magnet, with a magnet for positioning; and supporting the rotatable knob rotatably with the holder by meshing the first gear with the transmission gear after the positioning of the magnet. a rotatable knob that is provided to be rotatable around a first axis and to be capable of swinging around a second axis in parallel with the first axis, a magnet that is disposed coaxially with the second axis and is configured to rotate in conjunction with the rotation around the first axis of the rotatable knob, a magnetic sensor that is provided on a fixed-side member and is disposed to face an outer periphery of the magnet, a gear train configured to transmit the rotation of the rotatable knob to the magnet, and a holder configured to support the rotatable knob, the magnet, and the gear train, the gear train including a first gear configured to rotate integrally with the rotatable knob, a second gear configured to rotate integrally with the magnet, and a transmission gear provided on a rotation transmission path of the first gear and the second gear, the assembly method comprising the steps of: rotatably supporting the transmittion gear by the holder with the magnet in a state in which the transmission gear is meshed with the second gear; positioning an angular position around the second axis of the magnet, with a magnet for positioning; and supporting the rotatable knob rotatably with the holder by meshing the first gear with the transmission gear after the positioning of the magnet. rotatably supporting the transmittion gear by the holder with the magnet in a state in which the transmission gear is meshed with the second gear; positioning an angular position around the second axis of the magnet, with a magnet for positioning; and supporting the rotatable knob rotatably with the holder by meshing the first gear with the transmission gear after the positioning of the magnet.
A cylinder head gasket comprising at least two first and second seal plates (11, 12) in which oil drop holes and bolt holes are respectively perforated, the cylinder head gasket comprising a seal structure around the oil drop holes, wherein the oil drop holes are formed outside of the bolt holes, and wherein on the first and second seal plates (11, 12), half beads (11a, 12a) that entirely surround the oil drop holes and that project in a direction toward each other to be mutually pressed are formed, characterised in that: outside of the respective half beads (11a, 12a), auxiliary beads (11c, 12c)that project in a direction toward each other to be mutually pressed are further formed; and the auxiliary beads (11c, 11c', 12c, 12c') are formed at a position towards the outside of the cylinder head gasket on an opposite side of the oil drop holes to the bolt holes. outside of the respective half beads (11a, 12a), auxiliary beads (11c, 12c)that project in a direction toward each other to be mutually pressed are further formed; and the auxiliary beads (11c, 11c', 12c, 12c') are formed at a position towards the outside of the cylinder head gasket on an opposite side of the oil drop holes to the bolt holes.
A set comprising: - a first thermostatic radiator valve (TRV, 21) and a second thermostatic radiator valve (TRV, 22), each comprising an aperture to adjust a flow of heat transfer fluid from a thermal energy generator entering a heat exchanger, and - a processing unit connected to a thermostat controlling the thermal energy generator, each TRV comprising: - means adapted to communicate to the processing unit; - an input interface configured to one or more of: o allow a user to enter or o acquire a TRV-defined temperature setpoint; characterized in that the first TRV is further configured to receive from the processing unit a first aperture setting, the first aperture setting being defined as a function of a temperature configuration model available at the processing unit and the TRV-defined temperature setpoint of the first TRV, the second TRV is further configured to receive from the processing unit a second aperture setting, the second aperture setting being defined as a function of a temperature configuration model available at the processing unit and the TRV-defined temperature setpoint of the second TRV, the temperature configuration model being defined by updatable model parameters, and in that the first aperture setting and the second aperture setting determine an equilibrium position for each TRV enabling to reach the TRV-defined temperature setpoint for each TRV. - a first thermostatic radiator valve (TRV, 21) and a second thermostatic radiator valve (TRV, 22), each comprising an aperture to adjust a flow of heat transfer fluid from a thermal energy generator entering a heat exchanger, and - a processing unit connected to a thermostat controlling the thermal energy generator, - means adapted to communicate to the processing unit; - an input interface configured to one or more of: o allow a user to enter or o acquire a TRV-defined temperature setpoint; o allow a user to enter or o acquire a TRV-defined temperature setpoint;
Plant cultivation apparatus comprising a cultivation unit having at least a cultivation device for holding plants to be cultivated and a plant growth arrangement, such as a an irrigation, a fertilization, a nutrition system and/or like, wherein the cultivation device consists of at least one elongated framework for holding the plants vertically essentially on top of each other and horizontally essentially side by side on sidewalls of the framework, wherein the plants, being held on the framework, have their roots inside the framework through sockets in sidewalls thereof making possible internal treatment of the roots from inside the framework, and, wherein the framework comprises an elongated structure in longitudinal direction (s) thereof with an uninterruptedly continuing hollow interior making possible spraying (z) a growth medium in liquid form essentially over the whole length of the framework only to the roots of the plants, being held on the framework, the elongated framework is a module structured composition consisting at least of a bottom element (2a1), a top element (2a2) and/or an intermediate element (2a3) and elongated wall elements (2a4) with sockets, the elements comprising fastening means for coupling of the elements removably with each other on quick release principle, wherein the elongated wall elements (2a4) are essentially plane-shaped structures coupled to both each other and either between the bottom element and the top element or between the intermediate element and the bottom element or the top element, and the elongated wall elements (2a4) are made of essentially flexible material and the fastening means comprise snap locking arrangements in the elements (2a1, 2a2, 2a3, 2a4) to be coupled with each other and the sockets are formed of internal formations of the elongated wall elements inside the framework, having a strengthening effect on the framework structure.
A wired sensor for being attached to a wall or ceiling, in particular of a silo or a container, comprising: a connection housing and a measurement channel, the measurement channel having an elongated extension with two ends (20a, 20b), a first end of the measurement channel being accommodated in the connection housing, and the measurement channel extending from the first end out of the connection housing towards the other end of the elongated extension; and wherein the measurement channel has a tubular or tube-like electrically insulating sheath with at least one line of electrically conductive material embedded therein, which extends along the elongated extension of the measurement channel, and wherein a plurality of temperature and/or humidity sensing elements are arranged inside the tubular or tube-like sheath at predetermined distances from each other, said plurality of temperature and/or humidity sensing elements being connectable to a respective electronic evaluation unit associated with the sensor via at least one electrically conductive line; and wherein said at least one embedded line is also connectable to said or a further electronic evaluation unit associated with the sensor for evaluating a filling level; wherein an electrical insulating means is arranged on the sensor; characterized in that the insulating means electrically insulates not only the embedded line but also the connection housing as a whole with respect to the ceiling or wall on which the sensor can be attached. a connection housing and a measurement channel, the measurement channel having an elongated extension with two ends (20a, 20b), a first end of the measurement channel being accommodated in the connection housing, and the measurement channel extending from the first end out of the connection housing towards the other end of the elongated extension; and wherein the measurement channel has a tubular or tube-like electrically insulating sheath with at least one line of electrically conductive material embedded therein, which extends along the elongated extension of the measurement channel, and wherein a plurality of temperature and/or humidity sensing elements are arranged inside the tubular or tube-like sheath at predetermined distances from each other, said plurality of temperature and/or humidity sensing elements being connectable to a respective electronic evaluation unit associated with the sensor via at least one electrically conductive line; and wherein said at least one embedded line is also connectable to said or a further electronic evaluation unit associated with the sensor for evaluating a filling level; wherein an electrical insulating means is arranged on the sensor; characterized in that the insulating means electrically insulates not only the embedded line but also the connection housing as a whole with respect to the ceiling or wall on which the sensor can be attached.
A method for producing a gypsum product, the method comprising: - feeding a first sheet of paper on a conveyer belt; - depositing gypsum slurry on the first sheet of paper; - covering the gypsum slurry with a second sheet of paper; - forming a gypsum panel; - allowing the gypsum panel to set at least partially while the gypsum panel is moving on the conveyer belt; - scanning with a three-dimensional laser scanner at least one edge of the gypsum panel (40L and/or 40R) as it is moving on the conveyer belt and passes the location at which the laser scanner is located; and - transmitting scans from the laser scanner to a processor, wherein the laser scanner transmits scans to a processor, and the processor is equipped with a software which calculates the edge angle of the gypsum product and a deviation in the value of the edge angle calculated from a pre-specified value for the edge angle, and wherein the pre-specified value for the edge angle is 90°, and wherein the software generates a signal when the deviation from the pre- specified value is higher than a certain threshold; and wherein the production is stopped and the gypsum slurry is reformulated to even its distribution between the first sheet of paper and the second sheet of paper if the calculated deviation is larger than the pre-specified value. - feeding a first sheet of paper on a conveyer belt; - depositing gypsum slurry on the first sheet of paper; - covering the gypsum slurry with a second sheet of paper; - forming a gypsum panel; - allowing the gypsum panel to set at least partially while the gypsum panel is moving on the conveyer belt; - scanning with a three-dimensional laser scanner at least one edge of the gypsum panel (40L and/or 40R) as it is moving on the conveyer belt and passes the location at which the laser scanner is located; and - transmitting scans from the laser scanner to a processor, wherein the laser scanner transmits scans to a processor, and the processor is equipped with a software which calculates the edge angle of the gypsum product and a deviation in the value of the edge angle calculated from a pre-specified value for the edge angle, and wherein the pre-specified value for the edge angle is 90°, and wherein the software generates a signal when the deviation from the pre- specified value is higher than a certain threshold; and wherein the production is stopped and the gypsum slurry is reformulated to even its distribution between the first sheet of paper and the second sheet of paper if the calculated deviation is larger than the pre-specified value.
Heating device comprising a main body able to house in its interior at least one heating element, wherein said heating device comprises means to adjust the temperature of said heating element, characterized in that said heating device further comprises a system able to determine the possible variation of said temperature of the heating element according to the amount of energy provided to said element heating.
A process for cooling quench effluent, the process comprising: providing a quench column effluent to a quench column aftercooler; cooling the quench column effluent to provide a quench column aftercooler condensate; and recirculating at least a portion of the quench column aftercooler condensate to the quench column aftercooler at a rate to provide a liquid film thickness of about 0.1 to about 1.1 mm on heat exchanger tubes in the quench column aftercooler. providing a quench column effluent to a quench column aftercooler; cooling the quench column effluent to provide a quench column aftercooler condensate; and recirculating at least a portion of the quench column aftercooler condensate to the quench column aftercooler at a rate to provide a liquid film thickness of about 0.1 to about 1.1 mm on heat exchanger tubes in the quench column aftercooler.
An electrostatic charge image developing toner comprising: a toner particle; a strontium titanate particle that is externally added to the toner particle and that is doped with a metal element having an Allred-Rochow electronegativity of 1.3 or less; and a silica particle that is externally added to the toner particle, wherein, in a case where a detected peak intensity of the metal element having an Allred-Rochow electronegativity of 1.3 or less which is obtained by the X-ray fluorescence element analysis method defined in the description is Me-R, a detected peak intensity of strontium which is obtained by X-ray fluorescence element analysis method defined in the description is Sr-R, a detected peak intensity of silicon which is obtained by the X-ray fluorescence element analysis method is Si-R, and an element proportion of strontium obtained by the X-ray photoelectron spectroscopy method defined in the description is Sr-P, Conditions to are satisfied, 0.08 kcps ≤ Me − R ≤ 10 kcps, 0.1 % ≤ Sr − P ≤ 3.0 %, and 0.15 ≤ Sr − R / Si − R ≤ 12. a toner particle; a strontium titanate particle that is externally added to the toner particle and that is doped with a metal element having an Allred-Rochow electronegativity of 1.3 or less; and a silica particle that is externally added to the toner particle, wherein, in a case where a detected peak intensity of the metal element having an Allred-Rochow electronegativity of 1.3 or less which is obtained by the X-ray fluorescence element analysis method defined in the description is Me-R, a detected peak intensity of strontium which is obtained by X-ray fluorescence element analysis method defined in the description is Sr-R, a detected peak intensity of silicon which is obtained by the X-ray fluorescence element analysis method is Si-R, and an element proportion of strontium obtained by the X-ray photoelectron spectroscopy method defined in the description is Sr-P, Conditions to are satisfied, 0.08 kcps ≤ Me − R ≤ 10 kcps, 0.1 % ≤ Sr − P ≤ 3.0 %, and 0.15 ≤ Sr − R / Si − R ≤ 12.
A liquid oral care composition that is a mouthwash, mouthrinse or a spray comprising: • 0.005 to 1% w/w chlorhexidine or a salt thereof; • 0.1 to 1% w/w arginine or a salt thereof; and • a zinc salt. • 0.005 to 1% w/w chlorhexidine or a salt thereof; • 0.1 to 1% w/w arginine or a salt thereof; and • a zinc salt.
A butterfly valve comprising a valve body assembly, the valve body assembly including: a valve body; a disc rotationally disposed inside an opening of the valve body; a bearing disposed inside the disc and the valve body; and a stem passing through the disc, the bearing and the valve body; characterized by: wherein the bearing includes an internal bearing step, and wherein the stem includes an external stem edge forming a step to engage the internal bearing step to prevent stem blowout from the valve body. a valve body; a disc rotationally disposed inside an opening of the valve body; a bearing disposed inside the disc and the valve body; and a stem passing through the disc, the bearing and the valve body; characterized by: wherein the bearing includes an internal bearing step, and wherein the stem includes an external stem edge forming a step to engage the internal bearing step to prevent stem blowout from the valve body.
A mobile terminal, comprising: a touch screen; and a controller configured to: execute a first application; cause the touch screen to display a first screen corresponding to the executed first application, the first screen being displayed on at least a partial area of the touch screen; and in response to an input for copying at least one object included in the first screen, automatically execute a second application and cause the touch screen to display a second screen corresponding to the executed second application, the second screen being displayed on the at least partial area; wherein the controller is configured to automatically display the copied object on the second screen of the second application. a touch screen; and a controller configured to: execute a first application; cause the touch screen to display a first screen corresponding to the executed first application, the first screen being displayed on at least a partial area of the touch screen; and in response to an input for copying at least one object included in the first screen, automatically execute a second application and cause the touch screen to display a second screen corresponding to the executed second application, the second screen being displayed on the at least partial area; execute a first application; cause the touch screen to display a first screen corresponding to the executed first application, the first screen being displayed on at least a partial area of the touch screen; and in response to an input for copying at least one object included in the first screen, automatically execute a second application and cause the touch screen to display a second screen corresponding to the executed second application, the second screen being displayed on the at least partial area; wherein the controller is configured to automatically display the copied object on the second screen of the second application.
Plate heat exchanger comprising a plurality of heat transfer plates stacked on top of each other, wherein gaskets are positioned between adjacent heat transfer plates, wherein each gasket is arranged in a gasket groove formed in a heat transfer plate and a bottom part of the gasket groove in an edge part running along an edge of the heat transfer plate defines a base level, wherein the gasket groove comprises a reinforcing pattern having a first recess (23, 24) at a first recessed level extending from the base level and extending in a lengthwise direction of the gasket groove, characterized in that the reinforcing pattern comprises a second recess at a second recess level extending in lengthwise direction of the gasket groove, wherein the second recess extends from the first recess (23, 24).
A camera arranged to monitor a scene, comprising a transparent cover glass, an image capturing unit, arranged to capture a stream of images of the scene, through the cover glass, an image processing unit, arranged to receive the stream of images from the image capturing unit, characterized in that the cover glass comprises a touch sensor arranged to sense positions of objects in the camera view touching the cover glass, wherein the camera is arranged to control at least one of automatic determination of imaging settings in the image capturing unit, based on image data combined with touch sensor data, to ignore or apply less weight to image data from image regions coinciding with positions of objects touching the cover glass, or event detection in the image processing unit, based on image data combined with touch sensor data, to flag events, detected in image regions coinciding with positions of objects touching the cover glass, differently to events detected in the remaining image, or to exclude image regions, coinciding with positions of objects touching the cover glass, from event detection, or image data amount reduction in the image processing unit, based on image data combined with touch sensor data, to lower image resolution in image regions coinciding with positions of objects touching the cover glass. a transparent cover glass, an image capturing unit, arranged to capture a stream of images of the scene, through the cover glass, an image processing unit, arranged to receive the stream of images from the image capturing unit, characterized in that the cover glass comprises a touch sensor arranged to sense positions of objects in the camera view touching the cover glass, wherein the camera is arranged to control at least one of automatic determination of imaging settings in the image capturing unit, based on image data combined with touch sensor data, to ignore or apply less weight to image data from image regions coinciding with positions of objects touching the cover glass, or event detection in the image processing unit, based on image data combined with touch sensor data, to flag events, detected in image regions coinciding with positions of objects touching the cover glass, differently to events detected in the remaining image, or to exclude image regions, coinciding with positions of objects touching the cover glass, from event detection, or image data amount reduction in the image processing unit, based on image data combined with touch sensor data, to lower image resolution in image regions coinciding with positions of objects touching the cover glass.