mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a Merged-PiN-Schottky, MPS, device comprising the step of: - implanting, at a front side of a solid body (52, 53) having a first electrical conductivity, doping species having a second electrical conductivity opposite to the first electrical conductivity, thus forming an implanted region which extends into the solid body from the front side; the method being characterised by further comprising the steps of: - forming, on the front side, a semiconductor layer of a material which is a transition metal dichalcogenide, TMD, having the first electrical conductivity; - selectively functionalizing a first region of the semiconductor layer through chemical species for generating, in said first region, the second electrical conductivity, said first region being in electrical contact with the implanted region, and being adjacent to a second region of the semiconductor layer having the first electrical conductivity which is in electrical contact with a respective surface portion of the front side having the first electrical conductivity. - implanting, at a front side of a solid body (52, 53) having a first electrical conductivity, doping species having a second electrical conductivity opposite to the first electrical conductivity, thus forming an implanted region which extends into the solid body from the front side; - forming, on the front side, a semiconductor layer of a material which is a transition metal dichalcogenide, TMD, having the first electrical conductivity; - selectively functionalizing a first region of the semiconductor layer through chemical species for generating, in said first region, the second electrical conductivity,
Active packaging for foods capable of inhibiting the growth of food pathogens, which comprises paraffin and cinnamon essential oil fortified and additived with cinnamaldehyde, wherein the fortified cinnamon is incorporated into the paraffin.
An X-ray apparatus for inactivating cancer cells in a human body by using identified sub-subsequence of bases that are in the cancer cells but that are not in the sequence of bases of normal cells, the apparatus comprising four X-ray guns, characterized in that the four x-ray guns (12, 14, 16, 18) are activated to produce a series of x-ray pulses whose frequencies energize the sub-sequence of bases of cancer cells in the human body, wherein a first separate frequency of the frequencies corresponding to 283 electron volts tuned to energize a nucleotide base A, a second separate frequency of the frequencies corresponding to 268 electron volts tuned to energize a nucleotide base G, a third separate frequency of the frequencies corresponding to 383 electron volts tuned to energize a nucleotide base T, and a fourth separate frequency of the frequencies corresponding to 392 electron volts tuned to energize a nucleotide base C.
Single-strand cord rubberized in situ comprising: - an internal layer of the cord comprising N1 internal thread(s), - an external layer of the cord comprising N3 external threads wound helically around the internal layer of the cord, - a rubber composition positioned between the internal layer of the cord and the external layer of the cord, characterized in that the rubber composition comprises a compound of formula or a salt of this compound: in which: - each R1, R2 and R3 group represents, independently of one another, an alkylene, arylene, arylalkylene, alkylarylene or cycloalkylene group, - each X 1 and X 2 group represents, independently of each other, -COOH, -CO-NH-OH, -SOOH, -PO (R') or -PO (OR') with R and R' representing, independently of each other, hydrogen or an alkyl group, and - X 3 comprises at least one -COOH, -CO-NH-OH, -SOOH, -PO (R') or -PO (OR') group with R and R' representing, independently of each other, hydrogen or an alkyl group. - an internal layer of the cord comprising N1 internal thread(s), - an external layer of the cord comprising N3 external threads wound helically around the internal layer of the cord, - a rubber composition positioned between the internal layer of the cord and the external layer of the cord, characterized in that the rubber composition comprises a compound of formula or a salt of this compound: in which: - each R1, R2 and R3 group represents, independently of one another, an alkylene, arylene, arylalkylene, alkylarylene or cycloalkylene group, - each X 1 and X 2 group represents, independently of each other, -COOH, -CO-NH-OH, -SOOH, -PO (R') or -PO (OR') with R and R' representing, independently of each other, hydrogen or an alkyl group, and - X 3 comprises at least one -COOH, -CO-NH-OH, -SOOH, -PO (R') or -PO (OR') group with R and R' representing, independently of each other, hydrogen or an alkyl group. - each R1, R2 and R3 group represents, independently of one another, an alkylene, arylene, arylalkylene, alkylarylene or cycloalkylene group, - each X 1 and X 2 group represents, independently of each other, -COOH, -CO-NH-OH, -SOOH, -PO (R') or -PO (OR') with R and R' representing, independently of each other, hydrogen or an alkyl group, and - X 3 comprises at least one -COOH, -CO-NH-OH, -SOOH, -PO (R') or -PO (OR') group with R and R' representing, independently of each other, hydrogen or an alkyl group.
A method for waking a device from an idle state comprising: receiving motion data from a motion sensor of the device, the motion sensor sensing motion along a plurality of axes; computing a first dominant axis of the device and a first idle sample value for the first dominant axis; registering a motion of the device using the motion sensor; computing a second dominant axis and a second idle sample value for the second dominant axis based on said motion data, the idle sample value being the long average of accelerations along an axis over a sample period and the dominant axis being the axis most impacted by gravity among the plurality of axes; if the first and second dominant axes are the same determining whether a difference between the first idle sample value and the second idle sample value is above a threshold, and if so, waking up the device. receiving motion data from a motion sensor of the device, the motion sensor sensing motion along a plurality of axes; computing a first dominant axis of the device and a first idle sample value for the first dominant axis; registering a motion of the device using the motion sensor; computing a second dominant axis and a second idle sample value for the second dominant axis based on said motion data, the idle sample value being the long average of accelerations along an axis over a sample period and the dominant axis being the axis most impacted by gravity among the plurality of axes; if the first and second dominant axes are the same determining whether a difference between the first idle sample value and the second idle sample value is above a threshold, and if so, waking up the device.
A manufacturing method of an electronic device, comprising steps of: forming a flexible substrate (111, 311) on a rigid carrier plate, wherein the flexible substrate (111, 311) includes an active region (Al); forming a plurality of thin-film devices (12, 32) directly on the flexible substrate (111, 311) in the active region of the flexible substrate (111, 311); forming a thin-film conductive line directly on the flexible substrate (111, 311), wherein the thin-film conductive line is directly electrically connected with the thin-film devices (12, 32); forming a plurality of electrical connection pads on the flexible substrate (111, 311), wherein the electrical connection pads are electrically connected with the thin-film conductive line, and a thickness of the electrical connection pads is between 2 micrometers and 20 micrometers disposing a plurality of solders on the electrical connection pads respectively; disposing a plurality of surface-mount devices, SMDs, (13, 33) on the solders respectively by a surface-mount technology, SMT, wherein the SMDs (13, 33) are electrically connected with the thin-film devices (12, 32) through the solders, the electrical connection pads and the thin-film conductive line, and wherein the SMDs are disposed on the active region of the flexible substrate (111, 311), so that each thin-film device (12, 32) of the plurality of thin-film devices (12, 32) controls one or more SMDs, (13, 33) of the plurality of SMDs, (13, 33), wherein the SMDs do not overlap with the thin-film devices (12, 32); and removing the rigid carrier plate. forming a flexible substrate (111, 311) on a rigid carrier plate, wherein the flexible substrate (111, 311) includes an active region (Al); forming a plurality of thin-film devices (12, 32) directly on the flexible substrate (111, 311) in the active region of the flexible substrate (111, 311); forming a thin-film conductive line directly on the flexible substrate (111, 311), wherein the thin-film conductive line is directly electrically connected with the thin-film devices (12, 32); forming a plurality of electrical connection pads on the flexible substrate (111, 311), wherein the electrical connection pads are electrically connected with the thin-film conductive line, and a thickness of the electrical connection pads is between 2 micrometers and 20 micrometers disposing a plurality of solders on the electrical connection pads respectively; disposing a plurality of surface-mount devices, SMDs, (13, 33) on the solders respectively by a surface-mount technology, SMT, wherein the SMDs (13, 33) are electrically connected with the thin-film devices (12, 32) through the solders, the electrical connection pads and the thin-film conductive line, and wherein the SMDs are disposed on the active region of the flexible substrate (111, 311), so that each thin-film device (12, 32) of the plurality of thin-film devices (12, 32) controls one or more SMDs, (13, 33) of the plurality of SMDs, (13, 33), wherein the SMDs do not overlap with the thin-film devices (12, 32); and removing the rigid carrier plate.
An injector device comprising: an outer housing for receiving a medicament container; and a drive mechanism for dispensing medicament from a medicament container received in the outer housing; the drive mechanism comprising a plunger rod and a displacing member configured to displace a distal end of the plunger rod into said medicament container to dispense said medicament; wherein the device further comprises a brake configured to control the rate of displacement of the plunger rod under the force of the displacing member, the brake comprising a braking surface that contacts an outer surface of the plunger rod so that movement of the plunger rod is resisted by friction between the braking surface and the outer surface of the plunger rod; wherein the device further comprises a brake force adjustment mechanism configured to adjust the contact pressure between the braking surface and the outer surface of the plunger rod; characterised in that the brake force adjustment mechanism comprises a collar rotatably mounted on the housing, the collar being rotatable around a longitudinal axis of the device to adjust the contact pressure between the braking surface and the outer surface of the plunger rod; or wherein the brake force adjustment mechanism comprises a sleeve slidably mounted to the housing, the sleeve being configured to slide along a longitudinal axis of the device to adjust the contact pressure between the braking surface and the outer surface of the plunger rod. an outer housing for receiving a medicament container; and a drive mechanism for dispensing medicament from a medicament container received in the outer housing; the drive mechanism comprising a plunger rod and a displacing member configured to displace a distal end of the plunger rod into said medicament container to dispense said medicament; wherein the device further comprises a brake configured to control the rate of displacement of the plunger rod under the force of the displacing member, the brake comprising a braking surface that contacts an outer surface of the plunger rod so that movement of the plunger rod is resisted by friction between the braking surface and the outer surface of the plunger rod; wherein the device further comprises a brake force adjustment mechanism configured to adjust the contact pressure between the braking surface and the outer surface of the plunger rod; characterised in that the brake force adjustment mechanism comprises a collar rotatably mounted on the housing, the collar being rotatable around a longitudinal axis of the device to adjust the contact pressure between the braking surface and the outer surface of the plunger rod; or wherein the brake force adjustment mechanism comprises a sleeve slidably mounted to the housing, the sleeve being configured to slide along a longitudinal axis of the device to adjust the contact pressure between the braking surface and the outer surface of the plunger rod.
Multifunction experimental unit for reducing pollutants from waste gas, it comprises a reactor having a square ground plan, the reactor body having a multi-storey constructional arrangement composed of three equal portions (7a, 7b, 7c), the individual portions (7a, 7b, 7c) of the reactor body as well as the top inlet and bottom outlet parts (6, 9) of the reactor being separated by the gaskets (16a to 16d) inserted therebetween, said gaskets being heat resistant up to the temperature of 800 °C, each of the portions (7a, 7b, 7c) of the reactor body being provided with a general-purpose inlet (17a, 17b and 17c), e.g. with an inlet for supplying cooling air, for cooling the flue gases in case of a reactor provided with a split catalytic bed or for connecting auxiliary measuring instrumentation to the reactor, each of the portions of the reactor body further being provided with both exterior and interior insulation layers and with a ribbing designed to maintain the shape stability of the structure when the latter is subject to the operating temperature, wherein the interior of each portion of the reactor body accommodates built-in structures (8a to 8c), a catalytic converter being arranged inside hollow spaces of the built-in structures (8a to 8c), the individual portions and the built-in structures being mutually detachable, and wherein: a) the catalytic converter comprises a bulk catalyst and each built-in structure is provided with a screen for preventing the particles of the bulk catalyst from falling down through that built-in structure, the screen being fixed to a side wall thereof with bolts; or b) the catalytic converter comprises a monolithic catalyst and the monolithic catalyst is arranged inside the hollow space of the built-in structure and fixed to an inner side wall of the same by means of bolts. a) the catalytic converter comprises a bulk catalyst and each built-in structure is provided with a screen for preventing the particles of the bulk catalyst from falling down through that built-in structure, the screen being fixed to a side wall thereof with bolts; or b) the catalytic converter comprises a monolithic catalyst and the monolithic catalyst is arranged inside the hollow space of the built-in structure and fixed to an inner side wall of the same by means of bolts.
A circuit breaker comprising a single pole breaking unit (110, 120, 130) with a pressure trip device that rotates a trip bar through an arc gas and an opening/closing mechanism unit adjusted to be in a trip state as the trip bar rotates through the pressure trip device, wherein the pressure trip device comprises: a first case connected to the single pole breaking unit (110, 120, 130) and having an arc gas discharge hole; a barrier positioned in the front of the arc gas discharge hole and bent through an arc gas discharged through the arc gas discharge hole; a shooter seated on the first case and configured to drive the trip bar while moving through the arc gas discharged through the arc gas discharge hole; and a second case connected to cover the first case, wherein the shooter is not positioned on the same line in a vertical direction as the arc gas discharge hole, wherein the shooter comprises: an arc gas action portion disposed above the arc gas discharge hole; and a shooter portion configured to rotate the trip bar while moving up and down in connection to a side surface of the arc gas action portion, characterized in that an arc gas action groove is formed on a lower surface of the arc gas action portion to allow an arc gas to collide with the arc gas action groove. a first case connected to the single pole breaking unit (110, 120, 130) and having an arc gas discharge hole; a barrier positioned in the front of the arc gas discharge hole and bent through an arc gas discharged through the arc gas discharge hole; a shooter seated on the first case and configured to drive the trip bar while moving through the arc gas discharged through the arc gas discharge hole; and a second case connected to cover the first case, wherein the shooter is not positioned on the same line in a vertical direction as the arc gas discharge hole, wherein the shooter comprises: an arc gas action portion disposed above the arc gas discharge hole; and a shooter portion configured to rotate the trip bar while moving up and down in connection to a side surface of the arc gas action portion, an arc gas action portion disposed above the arc gas discharge hole; and a shooter portion configured to rotate the trip bar while moving up and down in connection to a side surface of the arc gas action portion, characterized in that an arc gas action groove is formed on a lower surface of the arc gas action portion to allow an arc gas to collide with the arc gas action groove.
A non-therapeutic method of providing an anti-microbial effect to skin comprising the steps of (i) applying a composition to the skin comprising a a polymer A selected from the group of polyacrylic acid or a copolymer thereof or a polyalkylene oxide having a molecular mass greater than 2×10 4 D, and b at least two essential oils selected from eugenol, thymol, and terpineol,; and (ii) waiting for at least 15 seconds. (i) applying a composition to the skin comprising a a polymer A selected from the group of polyacrylic acid or a copolymer thereof or a polyalkylene oxide having a molecular mass greater than 2×10 4 D, and b at least two essential oils selected from eugenol, thymol, and terpineol,; and a a polymer A selected from the group of polyacrylic acid or a copolymer thereof or a polyalkylene oxide having a molecular mass greater than 2×10 4 D, and b at least two essential oils selected from eugenol, thymol, and terpineol,; and (ii) waiting for at least 15 seconds.
A tube coupling comprising: a female adapter integrally attached to a first end of a source tube and the source tube connected to a supply source at a second end of the source tube, the female adapter comprising a one-way valve situated to prevent a flow from a source through the first end of the source tube when the female adapter is uncoupled; and a male adapter attached to a first end of a destination tube, the destination tube connected to a destination at a second end of the destination tube, the male adapter comprising a hollow post that extends away from the destination tube and a one-way valve situated behind the post to prevent backflow of fluid through the first end of the destination tube from the destination when the male adapter is uncoupled, characterised in that when the male and female adapters are coupled to each other, the hollow post of the male adapter penetrates the one-way valve of the female adapter causing the one-way valve of the female adapter to open, and a flow pressure from the source opens the one-way valve of the male adapter to facilitate an uninterrupted flow from the source through the source tube and the destination tube to the destination. a female adapter integrally attached to a first end of a source tube and the source tube connected to a supply source at a second end of the source tube, the female adapter comprising a one-way valve situated to prevent a flow from a source through the first end of the source tube when the female adapter is uncoupled; and a male adapter attached to a first end of a destination tube, the destination tube connected to a destination at a second end of the destination tube, the male adapter comprising a hollow post that extends away from the destination tube and a one-way valve situated behind the post to prevent backflow of fluid through the first end of the destination tube from the destination when the male adapter is uncoupled, characterised in that when the male and female adapters are coupled to each other, the hollow post of the male adapter penetrates the one-way valve of the female adapter causing the one-way valve of the female adapter to open, and a flow pressure from the source opens the one-way valve of the male adapter to facilitate an uninterrupted flow from the source through the source tube and the destination tube to the destination.
Tuned mass damper, for example for a drive train of a motor vehicle, for damping an oscillation component of a rotary movement and for transmitting a torque of the rotational movement, having the following features: at least one damper mass, which is formed in such a way as to execute an oscillation, depending on the rotational movement, in order to damp the oscillation component of the said oscillation; a first guide component and a second guide component extending substantially parallel to the first guide component, between which the damper mass is movably arranged; and at least one connecting structure, which connects the first guide component and the second guide component to each other in a substantially rotationally fixed manner, the first guide component, the second guide component and the connecting structure being formed in such a way that the torque is transmitted via the connecting structure, characterized in that a hub disc of a dual-mass flywheel assembly is implemented as the first guide component, wherein the hub disc is coupled via at least one spring assembly to an input side of the dual-mass flywheel assembly in such a way that the torque is transmitted from the input side to the hub disc via the at least one spring assembly; and a flywheel mass on the output side of the dual-mass flywheel assembly is coupled to the second guide component, or in which the flywheel mass on the output side of the dual-mass flywheel assembly is configured as a second guide component. at least one damper mass, which is formed in such a way as to execute an oscillation, depending on the rotational movement, in order to damp the oscillation component of the said oscillation; a first guide component and a second guide component extending substantially parallel to the first guide component, between which the damper mass is movably arranged; and at least one connecting structure, which connects the first guide component and the second guide component to each other in a substantially rotationally fixed manner, the first guide component, the second guide component and the connecting structure being formed in such a way that the torque is transmitted via the connecting structure, characterized in that a hub disc of a dual-mass flywheel assembly is implemented as the first guide component, wherein the hub disc is coupled via at least one spring assembly to an input side of the dual-mass flywheel assembly in such a way that the torque is transmitted from the input side to the hub disc via the at least one spring assembly; and a flywheel mass on the output side of the dual-mass flywheel assembly is coupled to the second guide component, or in which the flywheel mass on the output side of the dual-mass flywheel assembly is configured as a second guide component.
A non-mucoadhesive orally disintegrating film, able to disintegrate upon contact with saliva in the buccal cavity within about sixty seconds, wherein said film comprises 15.84 % ondansetron as base, 43.56 % polyvinylalcohol, 11.88 % polyethylene glycol, 3.96 % glycerol anhydrous, 19.80 % rice starch, 0.40 % acesulfam K, 0.59 % titanium dioxide, 1.98 % menthol and 1.98 % polysorbate per film, all percentages being by weight.