mhurhangee/ep-ind-claims huggingface dataset:
An intraoral sensor comprising: an image sensor including a light detection region; a fiber optical plate being disposed on the image sensor to cover the light detection region; a scintillator being disposed on the fiber optical plate; a case containing the image sensor, the fiber optical plate, and the scintillator; and a signal cable electrically connected to the image sensor and extending beyond from the case, wherein the fiber optical plate includes, a first main surface opposing the image sensor and having a polygonal shape, a second main surface opposing the scintillator and having a polygonal shape, and a plurality of lateral surfaces connecting an edge of the first main surface and an edge of the second main surface, wherein the edge of the second main surface includes a plurality of corner portions, and a plurality of side portions connecting the corner portions adjacent to each other, characterized in that the scintillator is provided on the second main surface and the plurality of lateral surfaces in such a manner that a corner portion located on a second direction side opposite to a first direction in which the signal cable extending beyond out of the plurality of corner portions and a ridge portion are exposed, the ridge portion constituted by the lateral surfaces adjacent to the corner portion located on the second direction side and adjacent to each other, and the scintillator is arranged to extend onto the plurality of lateral surfaces via the edge of the second main surface. an image sensor including a light detection region; a fiber optical plate being disposed on the image sensor to cover the light detection region; a scintillator being disposed on the fiber optical plate; a case containing the image sensor, the fiber optical plate, and the scintillator; and a signal cable electrically connected to the image sensor and extending beyond from the case, wherein the fiber optical plate includes, a first main surface opposing the image sensor and having a polygonal shape, a second main surface opposing the scintillator and having a polygonal shape, and a plurality of lateral surfaces connecting an edge of the first main surface and an edge of the second main surface, wherein the edge of the second main surface includes a plurality of corner portions, and a plurality of side portions connecting the corner portions adjacent to each other, characterized in that the scintillator is provided on the second main surface and the plurality of lateral surfaces in such a manner that a corner portion located on a second direction side opposite to a first direction in which the signal cable extending beyond out of the plurality of corner portions and a ridge portion are exposed, the ridge portion constituted by the lateral surfaces adjacent to the corner portion located on the second direction side and adjacent to each other, and the scintillator is arranged to extend onto the plurality of lateral surfaces via the edge of the second main surface.
A device (104 - 104) configured to be coupled to a shared bus and further configured to: sense a magnetic field that enables the device to process a configuration mode command that requests the device to enter a configuration mode in which the device is enabled for configuration; receive, via the shared bus, the configuration mode command; enter the configuration mode only in response to receiving the configuration mode command while sensing the magnetic field; determine whether a parameter of the sensed magnetic field meets programmable predetermined criteria; and if the parameter of the sensed magnetic field meets the programmable predetermined criteria, the device is enabled for configuration and one or more configurable operating attributes or settings are updated based on one or more commands that are received from a controller over the shared bus; otherwise, if the parameter of the sensed magnetic field does not meet the programmable predetermined criteria, the device is disabled for configuration and device configuration is not changed. sense a magnetic field that enables the device to process a configuration mode command that requests the device to enter a configuration mode in which the device is enabled for configuration; receive, via the shared bus, the configuration mode command; enter the configuration mode only in response to receiving the configuration mode command while sensing the magnetic field; determine whether a parameter of the sensed magnetic field meets programmable predetermined criteria; and if the parameter of the sensed magnetic field meets the programmable predetermined criteria, the device is enabled for configuration and one or more configurable operating attributes or settings are updated based on one or more commands that are received from a controller over the shared bus; otherwise, if the parameter of the sensed magnetic field does not meet the programmable predetermined criteria, the device is disabled for configuration and device configuration is not changed.
A tape removal apparatus for removing a tape attached to an electrode roll, the tape removal apparatus comprising: a sensing unit configured to sense the tape attached to the electrode roll; an injection unit configured to inject air toward the tape; a support unit configured to support a non-adhesive portion of the tape; and a gripper, together with the support unit, configured to fix the non-adhesive portion of the tape, wherein the gripper is movable upwards and downwards, leftwards and rightwards, and forwards and rearwards, and characterized in that the gripper is configured to move toward the non-adhesive portion of the tape located at an outer surface of the support unit to fix the non-adhesive portion of the tape. a sensing unit configured to sense the tape attached to the electrode roll; an injection unit configured to inject air toward the tape; a support unit configured to support a non-adhesive portion of the tape; and a gripper, together with the support unit, configured to fix the non-adhesive portion of the tape, wherein the gripper is movable upwards and downwards, leftwards and rightwards, and forwards and rearwards, and characterized in that the gripper is configured to move toward the non-adhesive portion of the tape located at an outer surface of the support unit to fix the non-adhesive portion of the tape.
A clearance compensation device for a model car of the type which travels by magnetic force following a lead member, the device comprising: a guide part having a guide rail formed along the vertical direction, and a magnetic body, wherein the guide part is mountable on the bottom surface of the model car; and the device further comprises a clearance compensation part which is provided on the guide part, said clearance compensation part has a bottom surface that, in use, is in contact with the upper surface of a panel having a runway formed thereon on which said model car travels, said clearance compensation part ascends and descends along the guide rail in response to the shape of the upper surface of the panel when the model car travels, and is configured to compensate for a clearance between the bottom surface of the model car and the upper surface of the panel so that the bottom surface is constantly in contact with the upper surface of the panel; and a magnetic body is provided in the clearance compensation part to be coupled with the lead member with the panel there between.
Microelectronic device comprising: - a substrate having a base portion, a dielectric portion and a top layer with a semi-conductive material base, in a stack, - at least one electrical connection element (81, 82, 84) made of an electrically conductive material located above the top layer and electrically insulated from the top layer at least by a dielectric layer, the dielectric layer being in contact with the surface of the top layer, - at least one dielectric element comprising at least one trench filled with a solid dielectric material, said trench forming a closed contour peripheral to or upright to at least a part of the electrical connection element (81, 82, 84), located at least partially in the top layer and delimiting a closed area of said top layer, the at least one dielectric element having an exposed part at the surface of the top layer, wherein the dielectric layer completely covers the exposed part of the at least one dielectric element. - a substrate having a base portion, a dielectric portion and a top layer with a semi-conductive material base, in a stack, - at least one electrical connection element (81, 82, 84) made of an electrically conductive material located above the top layer and electrically insulated from the top layer at least by a dielectric layer, the dielectric layer being in contact with the surface of the top layer, - at least one dielectric element comprising at least one trench filled with a solid dielectric material, said trench forming a closed contour peripheral to or upright to at least a part of the electrical connection element (81, 82, 84), located at least partially in the top layer and delimiting a closed area of said top layer, the at least one dielectric element having an exposed part at the surface of the top layer,
A laser system, comprising: a laser illuminator, a phase conjugation laser receiver and transmitter, PCLRT, and at least one processing unit; the PCLRT comprising a laser amplifier and a phase conjugation mirror; the at least one processing unit being configured to obtain information in respect of one or more targets, and responsive to obtaining said information, to enable the generation of a modified laser signal characterized by an average pulse repetition frequency, PRF, which equals to a basic average pulse repetition frequency of a given original laser signal multiplied by at least N, wherein N ≥ the number of targets, the modified laser signal comprising at least N pulse series, and to assign a respective pulse series to each of at least part of the N targets; the laser illuminator being configured to transmit the modified signal towards the N targets; the PCLRT being configured to receive a reflection of said modified signal, reflected from at least the targets, said reflection comprising a reflection set for each given pulse in the modified laser signal, each reflection set comprising at least N pulse reflections, each reflected from a different target; the PCLRT being further configured to perform gating for at least one reflection set, in order to allow only one pulse reflection, reflected from a given target, to be amplified by the amplifier, reflected by the phase conjugation mirror and returned in the direction of the given target. a laser illuminator, a phase conjugation laser receiver and transmitter, PCLRT, and at least one processing unit; the PCLRT comprising a laser amplifier and a phase conjugation mirror; the at least one processing unit being configured to obtain information in respect of one or more targets, and responsive to obtaining said information, to enable the generation of a modified laser signal characterized by an average pulse repetition frequency, PRF, which equals to a basic average pulse repetition frequency of a given original laser signal multiplied by at least N, wherein N ≥ the number of targets, the modified laser signal comprising at least N pulse series, and to assign a respective pulse series to each of at least part of the N targets; the laser illuminator being configured to transmit the modified signal towards the N targets; the PCLRT being configured to receive a reflection of said modified signal, reflected from at least the targets, said reflection comprising a reflection set for each given pulse in the modified laser signal, each reflection set comprising at least N pulse reflections, each reflected from a different target; the PCLRT being further configured to perform gating for at least one reflection set, in order to allow only one pulse reflection, reflected from a given target, to be amplified by the amplifier, reflected by the phase conjugation mirror and returned in the direction of the given target.
Steam straightening apparatus comprising a handle connected to a steam-emitting head comprising a treatment surface intended to vertically face a garment to be straightened and comprising at least one steam outlet port, the steam-emitting head comprising a heating body comprising a steaming chamber which comprises a bottom wall forming an angle of 45° to 90° with the treatment surface and comprising means for injecting liquid into the steaming chamber, characterised in that said means for injecting liquid comprise at least two nozzles injecting liquid onto two separate steaming areas (60A, 60B) of the steaming chamber.
A method for making multifunctional particles comprising: co-flowing monomer streams adjacently in a microfluidic channel, the co-flowing monomer streams comprising a first monomer stream loaded with a fluorescent dye; and a second monomer stream loaded with a probe; polymerizing the co-flowing monomer streams wherein the polymerizing step includes exposing the co-flowing monomer streams to ultraviolet light transmitted through a photomask to create particles having a fluorescent, graphically encoded region and a probe-loaded region, wherein each particle is an extruded 2-D shape whose morphology is determined by the photomask and whose chemistry is determined by the content of the co-flowing monomer streams.
An image guided surgery system comprising - a surgical instrument, - a tracking system for locating and tracking an object in a surgical environment, the tracking system including a tracking sensor system and/ or a Time-of-Flight camera; and - a medical navigation system configured to process tracking data from the tracking system and image data of the object, and configured to output image data and navigational assistance on a display; wherein the instrument, the tracking system including the sensor system and the medical navigation system including the display are integrated in one single portable unit comprising a housing accommodating the navigation system and the display, and that the instrument is rigidly and positionally determined attached or attachable to the housing, characterized in that the unit is equipped with - a touch-free distance sensor, or - a Time-of-Flight camera supplementing or replacing the tracking sensor system, for collecting information about a distance between the object and the unit or a depth of the object. - a surgical instrument, - a tracking system for locating and tracking an object in a surgical environment, the tracking system including a tracking sensor system and/ or a Time-of-Flight camera; and - a medical navigation system configured to process tracking data from the tracking system and image data of the object, and configured to output image data and navigational assistance on a display; - a touch-free distance sensor, or - a Time-of-Flight camera supplementing or replacing the tracking sensor system,
Method for planning a trajectory for autonomously parking a motor vehicle in a parking space environment having a plurality of parking spaces, having the steps of: - ascertaining (S1, S2) a geometric shape related to dimension values (L, B) of the motor vehicle by way of a first capturing device of the parking space environment, wherein the dimension values (L, B) comprise a length and a width of the motor vehicle, - capturing a parking space occupancy of the plurality of parking spaces by way of a second capturing device of the parking space environment, - ascertaining an accessible region or prohibited region of the parking space environment using a map of the parking space environment and using the captured parking space occupancy by way of a control unit of the parking space environment, - planning the trajectory for moving the geometric shape onto a region of the map representing a free parking space by way of the control unit of the parking space environment such that the geometric shape never overlaps the prohibited region or never leaves the accessible region even in part, characterized in that the geometric shape is ascertained for planning the trajectory using the actual dimension value (L, B) of the motor vehicle and a predefined safety distance, wherein the safety distance is between 10 and 50 cm, and wherein the safety distance is added to the dimension values (L, B) on every side. - ascertaining (S1, S2) a geometric shape related to dimension values (L, B) of the motor vehicle by way of a first capturing device of the parking space environment, wherein the dimension values (L, B) comprise a length and a width of the motor vehicle, - capturing a parking space occupancy of the plurality of parking spaces by way of a second capturing device of the parking space environment, - ascertaining an accessible region or prohibited region of the parking space environment using a map of the parking space environment and using the captured parking space occupancy by way of a control unit of the parking space environment, - planning the trajectory for moving the geometric shape onto a region of the map representing a free parking space by way of the control unit of the parking space environment such that the geometric shape never overlaps the prohibited region or never leaves the accessible region even in part,
Process for the purification of nucleic acids, in particular plasmid DNA, from a nucleic acid-containing biological sample, comprising the following steps: a) providing a liquid sample containing nucleic acid and endotoxin each in dissolved form; b) separation of at least nucleic acid and endotoxin from the liquid sample; c) washing the components of the liquid sample separated in step b) for at least partial removal of the endotoxin with at least one washing solution containing (i) at least one amine compound having at least two carbon atoms and having a molecular weight of ≤ 500 g/mol and; (ii) at least one organic solvent different from said amine compound, and has a pH-value in the range of pH 3.0 to pH 8.5, and; d) dissolving of the remaining nucleic acid from the separated components washed according to step c) by means of a solution buffer and collection of the dissolved nucleic acids in a separate collecting vessel, characterized in that the washing solution according to step c) contains said organic amine compound in a concentration of 200 mmol/L to 1000 mmol/L, and at least 50% by weight of endotoxin is removed in the course of the at least partial removal, based in each case on the total amount of endotoxin in the liquid sample. a) providing a liquid sample containing nucleic acid and endotoxin each in dissolved form; b) separation of at least nucleic acid and endotoxin from the liquid sample; c) washing the components of the liquid sample separated in step b) for at least partial removal of the endotoxin with at least one washing solution containing (i) at least one amine compound having at least two carbon atoms and having a molecular weight of ≤ 500 g/mol and; (ii) at least one organic solvent different from said amine compound, and has a pH-value in the range of pH 3.0 to pH 8.5, and; (i) at least one amine compound having at least two carbon atoms and having a molecular weight of ≤ 500 g/mol and; (ii) at least one organic solvent different from said amine compound, and d) dissolving of the remaining nucleic acid from the separated components washed according to step c) by means of a solution buffer and collection of the dissolved nucleic acids in a separate collecting vessel,
Demijohn holder having a cylindrical container with an open top face according to the geometry of the Demijohn, having on its curved face at least two openings that form its handles, a plurality of ribs and an external perimeter overhang next to an edge that defines the open top face; characterized by means to retain the demijohn to the container by means of the cooperation of a flange assembly elements (3, 3') which present between them a prismatic pair having a variable length, wherein a tension spring is located between the prismatic pair, its free or distal ends present a geometry complementary to the overhang and another geometry complementary to the ribs, the flange assembly presents a through opening sensibly bigger than the neck of the Demijohn.
A winder for a blind system, comprising: a drive member in the form of a chain wheel rotatable in a drive direction and a free direction; a driven member in the form of a crown, to engage a blind cylinder; a transmission mechanism to selectively transmit rotation of the drive member to the driven member, the transmission mechanism including a cam member, an intermediate transmission member formed by a cam drive dog and an intermediate resistor formed by a clutch spring, to provide resistance to rotation of the intermediate transmission member, wherein the intermediate transmission member has: a drive state when the chain wheel is rotated in the drive direction to overcome the resistance of the clutch spring and transmit rotation of the chain wheel through the cam drive dog, coupled thereto via cam member, to the crown when engaged by the cam drive dog, and a free state when the chain wheel is rotated in the free direction, wherein transmission is broken between the chain wheel and the cam drive dog and the clutch spring, with the cam drive dog being disengaged from the cam member and the crown; and wherein there is no clutch resistance of the clutch spring to rotation of the chain wheel in the free direction when the cam drive dog (250 is in the free state. a drive member in the form of a chain wheel rotatable in a drive direction and a free direction; a driven member in the form of a crown, to engage a blind cylinder; a transmission mechanism to selectively transmit rotation of the drive member to the driven member, the transmission mechanism including a cam member, an intermediate transmission member formed by a cam drive dog and an intermediate resistor formed by a clutch spring, to provide resistance to rotation of the intermediate transmission member, wherein the intermediate transmission member has: a drive state when the chain wheel is rotated in the drive direction to overcome the resistance of the clutch spring and transmit rotation of the chain wheel through the cam drive dog, coupled thereto via cam member, to the crown when engaged by the cam drive dog, and a free state when the chain wheel is rotated in the free direction, wherein transmission is broken between the chain wheel and the cam drive dog and the clutch spring, with the cam drive dog being disengaged from the cam member and the crown; and wherein there is no clutch resistance of the clutch spring to rotation of the chain wheel in the free direction when the cam drive dog (250 is in the free state. a drive state when the chain wheel is rotated in the drive direction to overcome the resistance of the clutch spring and transmit rotation of the chain wheel through the cam drive dog, coupled thereto via cam member, to the crown when engaged by the cam drive dog, and a free state when the chain wheel is rotated in the free direction, wherein transmission is broken between the chain wheel and the cam drive dog and the clutch spring, with the cam drive dog being disengaged from the cam member and the crown; and wherein there is no clutch resistance of the clutch spring to rotation of the chain wheel in the free direction when the cam drive dog (250 is in the free state.