mhurhangee/ep-ind-claims huggingface dataset:
An organic light emitting display comprising a transistor-organic light emitting diode array (140, 150) and a touch electrode array on a first buffer layer and a second buffer layer, respectively, that have an active region and a dead region and face each other, the organic light emitting display comprising: a touch pad portion formed in a part of the dead region of the second buffer layer; a plurality of touch pads spaced from one another in the touch pad portion; a dummy pad portion formed in the dead region of the first buffer layer, the dummy pad portion comprising a plurality of dummy pads, each dummy pad corresponding to each touch pad; and a sealant comprising a plurality of conductive balls between the touch pad portion and the dummy pad portion; characterized in that: each of the touch pads including a metal pad layer and a transparent electrode pad layer is connected to the metal pad layer via a plurality of first contact holes in a first insulating film. a touch pad portion formed in a part of the dead region of the second buffer layer; a plurality of touch pads spaced from one another in the touch pad portion; a dummy pad portion formed in the dead region of the first buffer layer, the dummy pad portion comprising a plurality of dummy pads, each dummy pad corresponding to each touch pad; and a sealant comprising a plurality of conductive balls between the touch pad portion and the dummy pad portion; characterized in that: each of the touch pads including a metal pad layer and a transparent electrode pad layer is connected to the metal pad layer via a plurality of first contact holes in a first insulating film.
An atomization core comprising: a porous substrate having an atomization surface; a heating layer, disposed on the atomization surface of the porous substrate; and a protective layer, disposed on the surface of the heating layer away from the porous substrate; characterized in that the protective layer comprises metallic aluminum and alumina, and the alumina at least partially covers the surface of the metallic aluminum to form an alumina layer. a porous substrate having an atomization surface; a heating layer, disposed on the atomization surface of the porous substrate; and a protective layer, disposed on the surface of the heating layer away from the porous substrate; characterized in that the protective layer comprises metallic aluminum and alumina, and the alumina at least partially covers the surface of the metallic aluminum to form an alumina layer.
A lighting device including: - an elongated support structure (11, 16) having a longitudinal direction and electrically-powered light radiation sources distributed along the support structure (11, 16), wherein the support structure (11, 16) includes at least one light-permeable layer (11, 16), - at least one optical signal source mounted along the support structure (11, 16) and coupled with the at least one light-permeable layer (11, 16), configured for injecting into the at least one light-permeable layer (11, 16) an optical signal undergoing total internal reflection propagating along the at least one light-permeable layer (11, 16) in said longitudinal direction, and - at least one optical signal detector arranged along the support structure (11, 16) and coupled with the at least one light-permeable layer (11, 16), configured for detecting the optical signal injected into the at least one light-permeable layer (11, 16) by said at least one optical signal source. - an elongated support structure (11, 16) having a longitudinal direction and electrically-powered light radiation sources distributed along the support structure (11, 16), wherein the support structure (11, 16) includes at least one light-permeable layer (11, 16), - at least one optical signal source mounted along the support structure (11, 16) and coupled with the at least one light-permeable layer (11, 16), configured for injecting into the at least one light-permeable layer (11, 16) an optical signal undergoing total internal reflection propagating along the at least one light-permeable layer (11, 16) in said longitudinal direction, and - at least one optical signal detector arranged along the support structure (11, 16) and coupled with the at least one light-permeable layer (11, 16), configured for detecting the optical signal injected into the at least one light-permeable layer (11, 16) by said at least one optical signal source.
A device for generating protocol data for an injection pen, the injection pen having a dosing adjusting means with a selector dial comprising a snap locking mechanism, wherein the device comprises a motion sensing unit including one or more of a gyroscope and an accelerometer in order to generate one or more of a gyro signal and an acceleration signal, and wherein the device comprises a signal processing unit which implements an analyser which is configured to analyse one or more of the gyro signal and the acceleration signal and to generate protocol data reflecting an adjusted dosage of a medicament, wherein the analyser is configured to analyse one or more of the gyro signal and the acceleration signal in order to determine one or more of an angular velocity and a derivative of the angular velocity of a dosing adjusting means of the injection pen and to generate protocol data on the basis of one or more of the angular velocity and the derivative of the angular velocity of the dosing adjusting means of the injection pen, wherein the analyser is adaptable to different types of injection pens, characterised in that the analyser is configured to adapt itself to the corresponding injection pen by receiving a type identifier of an injection pen.
Joining device for joining a joining element to a component comprising: a joining head, comprising a retaining device for a joining element and by means of which, in use, the joining element can be moved along a joining axis in relation to a component, and further comprising a carriage for moving along the joining axis on the joining head, wherein the retaining device is arranged on the carriage characterized in that a cleaning device to carry out a cleaning process on a joining surface (26; 30) of the component and/or on a joining surface of the joining element, wherein the cleaning device comprises a plasma gas cleaning device adapted to melt an area of the joining surface (26;30) after or during the cleaning process, in order to create an ignition tip on the joining surface (26, 30), wherein the plasma gas cleaning device comprises an elongated tungsten electrode and an anode sleeve, wherein an annular intermediate space is formed between the tungsten electrode and the anode sleeve, and wherein, in use, an electrical voltage from 5V to 100V is applied between the tungsten electrode and the anode to generate the plasma. a retaining device for a joining element and by means of which, in use, the joining element can be moved along a joining axis in relation to a component, and further comprising a carriage for moving along the joining axis on the joining head, wherein the retaining device is arranged on the carriage characterized in that a cleaning device to carry out a cleaning process on a joining surface (26; 30) of the component and/or on a joining surface of the joining element, wherein the cleaning device comprises a plasma gas cleaning device adapted to melt an area of the joining surface (26;30) after or during the cleaning process, in order to create an ignition tip on the joining surface (26, 30), wherein the plasma gas cleaning device comprises an elongated tungsten electrode and an anode sleeve, wherein an annular intermediate space is formed between the tungsten electrode and the anode sleeve, and wherein, in use, an electrical voltage from 5V to 100V is applied between the tungsten electrode and the anode to generate the plasma.
An occlusal splint arrangement, in particular for sleep apnea therapy, comprising a maxillary miniplast splint that can be arranged on the maxillary row of teeth and a mandibular miniplast splint that can be arranged on the mandibular row of teeth, wherein the maxillary miniplast splint can be brought to bear against the mandibular miniplast splint, and wherein the miniplast splints (02, 12) are realized with even contact surfaces (04, 14) that substantially oppose each other in the occlusal plane comprising at least one maxillary positioning means and at least one mandibular positioning means, wherein the relative position of the miniplast splints (02, 12) toward each other can be defined in the longitudinal direction and/or in the transverse direction by a form fit between the maxillary and the mandibular positioning means (05, 22), and wherein one positioning means (05r, 051, 22r, 221) per miniplast splint (02, 12) is arranged on the left and on the right side in the molar area, respectively, and wherein the maxillary and/or mandibular miniplast splint (02, 12) comprises at least one mounting means, wherein at least two different positioning means (22a, 22b, 22c) can be secured as mutual replacements to the same mounting means, whereby at least two different relative positions can be defined between the miniplast splints (02, 12), and wherein the mounting means is a centering pin, the exchangeable positioning means having a centering recess that is complementary to the centering pin for mounting to the miniplast splint, and the exchangeable positioning means being attachable by placing the centering recess on the centering pin, and the centering pin simultaneously allowing a centering of the positioning means and an attachment of the positioning means, and the exchangeable positioning means being formed in the shape of a fin, the bottom side coming to bear on the contact surface of the associated miniplast splint and a portion of a lateral flank forming the guiding surface and a portion of a front edge forming the positioning surface, characterized in that the centering pin is anchored by being cast into the miniplast splint and protrudes beyond the contact surface.
A method for a server to restore a communication session between a client device and a participant device, wherein network connections (108, 112) link the devices with the said server, the method comprising: determining, by the server, based on at least one of client device's user historical information and location data, that the client device is likely to lose connectivity; and sending, from the server to the client device and to the participant device, a warning of the likely loss in connectivity; detecting, by the server device, that the client device has lost connection to the participant device, in dropping the client device from a communication session between the client device and the participant device via the server device; maintaining, by the server device, a network connection to the participant device; retrieving (610, 612), by the server device, from a database, a user profile and device statistics associated with the client device; selecting, by the server device, based on the user profile and the device statistics, a second device (104-n) associated with the user profile and proximate to the client device; and restoring (614, 616; 706, 708, 710; 802, 804, 810), by the server device, the communication session between the second device (104-n) and the participant device. determining, by the server, based on at least one of client device's user historical information and location data, that the client device is likely to lose connectivity; and sending, from the server to the client device and to the participant device, a warning of the likely loss in connectivity; detecting, by the server device, that the client device has lost connection to the participant device, in dropping the client device from a communication session between the client device and the participant device via the server device; maintaining, by the server device, a network connection to the participant device; retrieving (610, 612), by the server device, from a database, a user profile and device statistics associated with the client device; selecting, by the server device, based on the user profile and the device statistics, a second device (104-n) associated with the user profile and proximate to the client device; and restoring (614, 616; 706, 708, 710; 802, 804, 810), by the server device, the communication session between the second device (104-n) and the participant device.
A method of stiffening a composite panel with a stringer, the method comprising: determining location and spacing of stringers on a composite panel to be stiffened; positioning the composite panel on an outside mold line tool; laying down on the composite panel, at determined locations and spacing, shaped mandrels conforming to a shape of the stringers to be formed; preparing lay ups of composite material for forming into stringers, wherein the lay ups are tape plies; laying a prepared lay up of composite material over each of the mandrels; enclosing at least the composite panel and lay up-covered mandrels with a vacuum bag; consolidating the stringers to the composite panel under heat and pressure without using any caul sheets or caul panels to assist the co-cure of the stringers to the composite panel; and producing a stiffened composite panel wherein the stringers each comprise a pair of stringer sides each extending from a stringer top to a stringer leg, each stringer side extending in a continuous smooth curve from the stringer top and to the stringer leg. determining location and spacing of stringers on a composite panel to be stiffened; positioning the composite panel on an outside mold line tool; laying down on the composite panel, at determined locations and spacing, shaped mandrels conforming to a shape of the stringers to be formed; preparing lay ups of composite material for forming into stringers, wherein the lay ups are tape plies; laying a prepared lay up of composite material over each of the mandrels; enclosing at least the composite panel and lay up-covered mandrels with a vacuum bag; consolidating the stringers to the composite panel under heat and pressure without using any caul sheets or caul panels to assist the co-cure of the stringers to the composite panel; and producing a stiffened composite panel wherein the stringers each comprise a pair of stringer sides each extending from a stringer top to a stringer leg, each stringer side extending in a continuous smooth curve from the stringer top and to the stringer leg.
A nucleic acid-based microarray for detecting a target nucleic acid molecule in a sample, wherein the target nucleic acid molecule is miRNA, the microarray comprising a carrier substrate, a polymer layer and a capture probe, wherein the polymer layer is immobilized on the carrier substrate and comprises a carboxyl- or N-hydroxysuccinimide -functionalized anti-fouling polymer, and the capture probe is covalently linked to the polymer layer, wherein the capture probe is an oligonucleotide molecule comprising a nucleotide sequence having sufficient complementarity to the target nucleic acid molecule to allow formation of a capture probe-target hybrid under detection conditions, wherein the capture probe has sufficient self-complementarity to allow formation of a stem-loop nucleic acid structure in the absence of the target nucleic acid molecule, wherein the nucleotide sequence of the capture probe having sufficient complementarity to the target nucleic acid molecule to allow formation of a capture probe-target hybrid under detection conditions is partially located in the loop region and its hybridization to the target nucleic acid molecule interrupts the stem-loop structure such that the capture probe adopts an open conformation, wherein the stem region of the capture probe comprises a nucleotide sequence having sufficient complementarity to a detection probe to allow formation of a capture probe-detection probe hybrid under detection conditions and in the presence of the target nucleic acid molecule.
A key-operated button for securing doors, gates or windows, comprising a mounting frame, a locking cylinder and a screen covering said mounting frame, which screen may be fastened at least to the mounting frame, characterized in that in the area between the mounting frame and the screen at least one tactile sensor is disposed, by means of which the key-operated button is actuatable, wherein the tactile sensor is set to be so sensitive that already approaching the tactile sensor results in an actuation of the key-operated button, wherein the tactile sensor triggers a short term unlocking or another parameterizable function.
A regulated storage capacitor charging device comprising: an output line and a common line for connecting therebetween an energy storage capacitor that has to be charged to a predefined maximum charging voltage; an AC source configured to output an AC voltage between the common line and an output terminal thereof; a charging unit comprising an N-stage Cockroft-Walton circuit (120, 124), N representing any positive integer, first and second terminals thereof connected to the output terminal of the AC source and to the common line respectively and an output terminal thereof connected to the output line, wherein the capacitance of each capacitor in the charging unit is substantially smaller than that of the storage capacitor to be charged; an output switch operatively coupled to connect and disconnect a load to the storage capacitor; and a control unit configured to constantly sense the voltage on the storage capacitor and upon detecting that a predefined maximum charging voltage has been reached to react in at least one of the following ways: (a) stop charging the storage capacitor, and (b) closing the output switch so as to discharge the storage capacitor through the load, wherein the control unit is further configured to decrease the frequency of the AC source upon detecting that the voltage on the storage capacitor has reached a predefined distance from the predefined maximum charging voltage, so as to improve the adjustment accuracy of the maximum charging voltage. an output line and a common line for connecting therebetween an energy storage capacitor that has to be charged to a predefined maximum charging voltage; an AC source configured to output an AC voltage between the common line and an output terminal thereof; a charging unit comprising an N-stage Cockroft-Walton circuit (120, 124), N representing any positive integer, first and second terminals thereof connected to the output terminal of the AC source and to the common line respectively and an output terminal thereof connected to the output line, wherein the capacitance of each capacitor in the charging unit is substantially smaller than that of the storage capacitor to be charged; an output switch operatively coupled to connect and disconnect a load to the storage capacitor; and a control unit configured to constantly sense the voltage on the storage capacitor and upon detecting that a predefined maximum charging voltage has been reached to react in at least one of the following ways: (a) stop charging the storage capacitor, and (b) closing the output switch so as to discharge the storage capacitor through the load, (a) stop charging the storage capacitor, and (b) closing the output switch so as to discharge the storage capacitor through the load, wherein the control unit is further configured to decrease the frequency of the AC source upon detecting that the voltage on the storage capacitor has reached a predefined distance from the predefined maximum charging voltage, so as to improve the adjustment accuracy of the maximum charging voltage.
Method for producing a screw foundation for securing elements in the ground, in which method a cylindrical tube is provided as an initial form, and subsequently a conical front section is formed on the cylindrical tube, by means of a non-cutting process, which section tapers to an insertion tip, wherein the front section is provided, at least in certain regions, with a thread-like contour so that it can be screwed into the ground, characterised in that an inner contour for a screw-in tool is formed on a rear end of the tube by means of flow forming, and that the front section and the thread-like contour are exclusively formed by means of flow forming.
Installation intended for the assembly of bodywork parts (2, 3, 4), said installation comprising at least one assembly station provided with automatic assembly means, of the welding robot type, a loading station provided with loading means (8, 9) for supplying the installation with parts to be assembled, a conveyor for bringing a conforming tool designed for reception, conformation and clamping of at least one set of spare parts (2, 3, 4) to be assembled to each other in accordance with a predetermined assembly configuration, from the loading station to the assembly station, said installation being characterised in that it comprises an automatic conformation tool exchange station that includes a vertical axis rotary elevating turret, said turret being provided with firstly a handling rotor, with an approximately vertical rotation axis (ZZ') that has a plurality of tool holders (23, 123, 223, 323) distributed around said axis (ZZ') and designed so that each holds a conformation tool, said rotor being arranged so that it can selectively bring each tool holder (23, 123, 223, 323) vertically in line with the conveyor by an appropriate angular displacement about its axis, and secondly at least one elevating device capable of moving at least the tool holder vertically in line with the conveyor, so as to alternately pick up a tool present on said conveyor or put down a new tool on said conveyor.
Capacitive sensor unit for the contactless actuation of a vehicle door of a vehicle, comprising an electrode arrangement having at least three electrodes (4, 5, 6) which are at a distance from one another, characterised in that, the electrode arrangement comprises a first transmitting electrode, a second transmitting electrode and a receiving electrode arranged therebetween.