mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a through-contact plating in a carrier film printed on both sides with conductor tracks and having a first and a second side (21, 22), wherein the method comprises the following steps: - printing of the first side of the carrier film with electrically conductive material, whereby the area of the prospective through-contact plating is covered, - after printing the first side, a through hole is made in the carrier film, wherein the already applied electrically conductive material is retained, - printing of the second side of the carrier film with electrically conductive material, wherein the through hole being filled with a filling print, and - at least one further printing of the second side of the carrier film with electrically conductive material, wherein the through hole and the already printed electrically conductive material of the filling print are at least partially covered, and wherein during the further printing of the second side of the carrier film an antenna print of the electrically conductive material is applied at the same time. - printing of the first side of the carrier film with electrically conductive material, whereby the area of the prospective through-contact plating is covered, - after printing the first side, a through hole is made in the carrier film, wherein the already applied electrically conductive material is retained, - printing of the second side of the carrier film with electrically conductive material, wherein the through hole being filled with a filling print, and - at least one further printing of the second side of the carrier film with electrically conductive material, wherein the through hole and the already printed electrically conductive material of the filling print are at least partially covered, and wherein during the further printing of the second side of the carrier film an antenna print of the electrically conductive material is applied at the same time.
An HNBR composition containing 3 to 20 parts by weight of carbon fibers or wollastonite as a hard filler per 100 parts by weight of a hydrogenated nitrile rubber and containing 72 to 87 parts by weight of a carbon black having an average particle diameter of 40 to 50 nm, an iodine adsorption of 35 to 49 g/kg, and a DBP oil absorption of 100 to 160 ml/100 g.
A device for displacing objects disposed on the ground, in particular pots that may contain plants, said device including: - gripping arms to grip an object, which are movable between a close position to grip the object laterally and a spaced apart position to release said object, - a store in which said pot gripped is stored, - wheels to ensure displacement of said device, - a detection module especially ensuring detection of a pot to be gripped on the ground, the gripping arms being movably mounted in displacement along a substantially horizontal main shaft, between said close position and said spaced apart position, and said main shaft being also rotatably movably mounted about its axis to allow pivot movement of said gripping arms between a first position to grip said object on the ground and a second position to deposit said object into said store, said main shaft and said gripping arms being rotatably integrally mounted, said store including a round platen (51, 52, 53), rotatably mounted about its axis, characterised in that said platen (51, 52, 53) includes at least two radial notches. - gripping arms to grip an object, which are movable between a close position to grip the object laterally and a spaced apart position to release said object, - a store in which said pot gripped is stored, - wheels to ensure displacement of said device, - a detection module especially ensuring detection of a pot to be gripped on the ground,
Clasp comprising at least two half-bodies intended to cooperate together in a closure position, comprising: - a first half-body comprises at least one locking comb, - a second half-body comprises at least one attachment comb, - the attachment and locking combs are intended to at least partially fit together in the locked position of the half-bodies, characterised in that: - the locking comb comprises: - at least two locking members (10, 11) that are able to move in translation in a direction Δ between a retraction position and an extension position in which they are each intended to engage, in the closed position of the half-bodies, in a complementary housing provided in the attachment comb, the housings of the attachment comb being aligned along an axis Δ' merged with the axis Δ in the closed position of the half-bodies (1, 2), - locking means able to move, at least partly, in translation and/or in rotation, in a control direction Δ" parallel to the direction Δ, between a locked position and an unlocked position and able, in the locked position, to push the locking members (10, 11) into the extension position and in the unlocked position to allow the translation of the locking members (10, 11). - a first half-body comprises at least one locking comb, - a second half-body comprises at least one attachment comb, - the attachment and locking combs are intended to at least partially fit together in the locked position of the half-bodies, characterised in that: - the locking comb comprises: - at least two locking members (10, 11) that are able to move in translation in a direction Δ between a retraction position and an extension position in which they are each intended to engage, in the closed position of the half-bodies, in a complementary housing provided in the attachment comb, the housings of the attachment comb being aligned along an axis Δ' merged with the axis Δ in the closed position of the half-bodies (1, 2), - locking means able to move, at least partly, in translation and/or in rotation, in a control direction Δ" parallel to the direction Δ, between a locked position and an unlocked position and able, in the locked position, to push the locking members (10, 11) into the extension position and in the unlocked position to allow the translation of the locking members (10, 11). - at least two locking members (10, 11) that are able to move in translation in a direction Δ between a retraction position and an extension position in which they are each intended to engage, in the closed position of the half-bodies, in a complementary housing provided in the attachment comb, the housings of the attachment comb being aligned along an axis Δ' merged with the axis Δ in the closed position of the half-bodies (1, 2), - locking means able to move, at least partly, in translation and/or in rotation, in a control direction Δ" parallel to the direction Δ, between a locked position and an unlocked position and able, in the locked position, to push the locking members (10, 11) into the extension position and in the unlocked position to allow the translation of the locking members (10, 11).
A method for controlling a process for refining crude oil to mitigate fouling comprising: deploying a refractive index probe at a location suitable for making a crude oil stability determination, wherein the location is selected from the group consisting of: into a feed going into a desalting unit, into a heat exchanger upstream of a desalting unit, and into a pre-heater located between a desalting unit and a first furnace; making a measurement of crude oil stability by a process comprising measuring RI parameters online using the refractive index probe and converting the RI parameters into a "solubility blending number" (SBn) based on a linear correlation with the RI parameters; and then controlling the process for refining crude oil by maintaining the process or implementing a change to the process, based upon the determination of crude oil stability; wherein, when the probe is in a feed going into a desalting unit, the controlling involves adding an additional feed stream to the desalter to stabilize the first feed stream, employing an additive, selecting a demulsifier with a different charge, or changing the temperature or water feed rate of the desalting unit; when the probe is in a heat exchanger upstream of a desalting unit, the controlling involves increasing temperature, employing additives or increasing the sheer forces on the crude oil as it passes through the exchanger; or when the probe is in a pre-heater located between a desalting unit and the first furnace, the controlling involves adjusting the temperature of the pre-heater or employing additives. deploying a refractive index probe at a location suitable for making a crude oil stability determination, wherein the location is selected from the group consisting of: into a feed going into a desalting unit, into a heat exchanger upstream of a desalting unit, and into a pre-heater located between a desalting unit and a first furnace; making a measurement of crude oil stability by a process comprising measuring RI parameters online using the refractive index probe and converting the RI parameters into a "solubility blending number" (SBn) based on a linear correlation with the RI parameters; and then controlling the process for refining crude oil by maintaining the process or implementing a change to the process, based upon the determination of crude oil stability;
Collapsible control pedal for a vehicle, comprising a pedal arm and a pad, wherein the pedal arm comprises a lower arm portion carrying the pad at its lower end and an upper arm portion separate from the lower arm portion and arranged to be hinged to a support structure fixed to the vehicle body so as to be rotatable around a first axis of rotation, wherein the upper arm portion and the lower arm portion are hinged to each other so as to be rotatable relative to each other around a second axis of rotation parallel to the first axis of rotation, wherein the pedal further comprises connecting means (26, 36) for releasably connecting the upper arm portion with the lower arm portion, whereby the pedal is normally kept in a working position, where rotation of the upper arm portion relative to the lower arm portion around the second axis of rotation is prevented, the upper arm portion and lower arm portion being thus rotatable as a single body around the first axis of rotation, and is shiftable to a release position, as a result of a frontal impact of the vehicle such as to cause a rearward movement of the pedal, that is to say, a movement of the pedal towards the driver, where the upper arm portion and the lower arm portion are freely rotatable relative to each other around the second axis of rotation to allow forward rotation of the lower arm portion, wherein said connecting means (26, 36) comprise a release lever which is hinged to the upper arm portion so as to be rotatable relative to the latter around a third axis of rotation parallel to the first and second axes of rotation (x1, x2) and vertically interposed between the first and second axes of rotation (x1, x2), between a first position, where the release lever engages (30, 32) with the lower arm portion so as to prevent rotation of the lower arm portion relative to the upper arm portion around the second axis of rotation, and a second position, where the release lever is disengaged from the lower arm portion, thereby allowing rotation of the lower arm portion relative to the upper arm portion around the second axis of rotation, wherein said connecting means (26, 36) further comprise locking means arranged to keep the release lever normally locked in said first position and to allow movement of the release lever to said second position as a result of an impact of the release lever against an abutment member fixed to the vehicle body due to the rearward movement of the pedal resulting from a frontal impact of the vehicle, characterized in that said locking means comprise at least one locking element which is made in one piece with the upper arm portion and is configured to be sheared by the release lever when the latter impacts against the abutment member, thereby allowing rotation of the release lever around the third axis of rotation from said first position to said second position.
An optoelectronic semiconductor structure including: - a semiconductor substrate having a first and second face (111, 112), - a nucleation layer in contact with the first face of the substrate, - a nanowire in contact with the nucleation layer, the nucleation layer being formed from at least one pad and covering the first face of the substrate over a portion of the first face, called the "nucleation" face, where the portion of the first face which is not covered by the nucleation layer is called the "free" portion, where the structure also includes a conducting layer in contact with the free portion of the substrate, and the said conducting layer being also in contact with the nanowire on the perimeter of the nanowire. Said structure being characterized in that the nucleation layer is an wide-gap semiconductor with a forbidden energy band higher than 5 eV and in that the free portion of the first face is recessed relative to the nucleation portion, over a recess height (h recess) which is between 1nm and 5μm, and where the said recess height (h recess) is preferentially between 1nm and 500nm. - a semiconductor substrate having a first and second face (111, 112), - a nucleation layer in contact with the first face of the substrate, - a nanowire in contact with the nucleation layer,
A vehicle driving apparatus comprising: a motor incorporated in a vehicle; a speed reduction mechanism that transmits driving force produced by the motor to a differential gear of the vehicle; and a housing structure that accommodates the speed reduction mechanism and the differential gear, characterized in that the housing structure includes a cast plate member so provided as to be adjacent to the speed reduction mechanism and a rib structure provided on the cast plate member, the rib structure is provided along a direction in which the vehicle travels and integrated with the cast plate member, the cast plate member has a contact surface that comes into contact with a shaft receiver that supports the speed reduction mechanism, and the rib structure is so disposed that an area where the rib structure and the contact surface overlap with each other is maximized in a plan view of the cast plate member. a motor incorporated in a vehicle; a speed reduction mechanism that transmits driving force produced by the motor to a differential gear of the vehicle; and a housing structure that accommodates the speed reduction mechanism and the differential gear, characterized in that the housing structure includes a cast plate member so provided as to be adjacent to the speed reduction mechanism and a rib structure provided on the cast plate member, the rib structure is provided along a direction in which the vehicle travels and integrated with the cast plate member, the cast plate member has a contact surface that comes into contact with a shaft receiver that supports the speed reduction mechanism, and the rib structure is so disposed that an area where the rib structure and the contact surface overlap with each other is maximized in a plan view of the cast plate member.
Device carrier for a light strip lamp, comprising: - first lines for forming a first power supply circuit; - second lines (8, 9), which form a second power supply circuit; - at least one converter unit for electrically coupling the first and second power supply circuits; - wherein the second power supply circuit comprises at least one first plug-in connector arrangement arranged on the device carrier, which connector arrangement is configured to be brought into engagement with a second plug-in connector arrangement arranged on a light source carrier, - wherein on the first electrical plug-in connector arrangement at least one grounding contact element is provided, characterized in that when the plug-in connector arrangements (40, 50) are connected, the grounding contact element is brought into electrically conductive engagement with a grounding spring element of the second plug-in connector arrangement in order to provide a grounding connection, - wherein the at least one grounding contact element is configured integrally with the device carrier. - first lines for forming a first power supply circuit; - second lines (8, 9), which form a second power supply circuit; - at least one converter unit for electrically coupling the first and second power supply circuits; - wherein the second power supply circuit comprises at least one first plug-in connector arrangement arranged on the device carrier, which connector arrangement is configured to be brought into engagement with a second plug-in connector arrangement arranged on a light source carrier, - wherein on the first electrical plug-in connector arrangement at least one grounding contact element is provided, characterized in that when the plug-in connector arrangements (40, 50) are connected, the grounding contact element is brought into electrically conductive engagement with a grounding spring element of the second plug-in connector arrangement in order to provide a grounding connection, - wherein the at least one grounding contact element is configured integrally with the device carrier.
A photoprotective personal care composition comprising (a) a microsphere of 100 to 600 nm mean diameter comprising a. a coated shell; and b. a hollow core comprising air; said shell of 20 to 100 nm thickness comprising a metal oxide having a refractive index in the range of 1.8 to 3.0; said shell coated with a coating material having a refractive index in the range of 1.3 to 1.6; said coating material of thickness in the range of 10 to 30 nm; and (b) a cosmetically acceptable base. (a) a microsphere of 100 to 600 nm mean diameter comprising a. a coated shell; and b. a hollow core comprising air; said shell of 20 to 100 nm thickness comprising a metal oxide having a refractive index in the range of 1.8 to 3.0; said shell coated with a coating material having a refractive index in the range of 1.3 to 1.6; said coating material of thickness in the range of 10 to 30 nm; and a. a coated shell; and b. a hollow core comprising air; said shell of 20 to 100 nm thickness comprising a metal oxide having a refractive index in the range of 1.8 to 3.0; said shell coated with a coating material having a refractive index in the range of 1.3 to 1.6; said coating material of thickness in the range of 10 to 30 nm; and (b) a cosmetically acceptable base.
An abnormality diagnosis device for a photovoltaic power generation system which controls power generation using a plurality of subsystems each including a plurality of power generation modules being interconnected, comprising: a power output data storage configured to store power generation output data (1101, 1201) representing a current and a voltage of electrical power generated by each of the subsystems according to sampling time; an output data insolation-correcting unit configured to correct, for each of the subsystems, at least the current out of the current and the voltage in the power generation output data to a current corresponding to a standard insolation condition using insolation intensity data to generate insolation-corrected power generation data (1401, 1501) including a corrected current and either one of a corrected voltage or the voltage in the power generation output data; a gradient estimating unit configured to produce, for each of the subsystems, an approximation graph of the insolation-corrected power generation data and calculate a gradient of the approximation graph; and an abnormality diagnosing unit configured to determine the subsystem for which the gradient satisfies a first threshold to be a subsystem including an abnormal module. a power output data storage configured to store power generation output data (1101, 1201) representing a current and a voltage of electrical power generated by each of the subsystems according to sampling time; an output data insolation-correcting unit configured to correct, for each of the subsystems, at least the current out of the current and the voltage in the power generation output data to a current corresponding to a standard insolation condition using insolation intensity data to generate insolation-corrected power generation data (1401, 1501) including a corrected current and either one of a corrected voltage or the voltage in the power generation output data; a gradient estimating unit configured to produce, for each of the subsystems, an approximation graph of the insolation-corrected power generation data and calculate a gradient of the approximation graph; and an abnormality diagnosing unit configured to determine the subsystem for which the gradient satisfies a first threshold to be a subsystem including an abnormal module.
An iron golf club head, comprising: a ball striking face; a rear surface opposite the ball striking face; a sole portion extending rearward from the ball striking face, the sole portion and the rear surface defining a cavity that has an open upper portion; an insert element mounted in the cavity, wherein the insert element includes an upper surface exposed at the open upper portion of the cavity and an opposite lower surface, wherein the lower surface includes at least a first weight port therein; and a first weight member mounted in the first weight port, wherein the insert element includes a first polymer member in which the first weight port is formed and a second polymer member from which the upper surface is formed, and wherein the first polymer member is softer than the second polymer member, wherein the second polymer member forms the upper surface of the insert element exposed at the open upper portion of the cavity, and wherein the insert element includes a major side surface comprising a first portion formed by a first side surface of the first polymer member and a second portion formed by a second side surface of the second polymer member, such that the first and second side surfaces combine contiguously to form the major side surface of the insert element, and wherein the major side surface lies immediately adjacent to or contacts the rear surface. a ball striking face; a rear surface opposite the ball striking face; a sole portion extending rearward from the ball striking face, the sole portion and the rear surface defining a cavity that has an open upper portion; an insert element mounted in the cavity, wherein the insert element includes an upper surface exposed at the open upper portion of the cavity and an opposite lower surface, wherein the lower surface includes at least a first weight port therein; and a first weight member mounted in the first weight port, wherein the insert element includes a first polymer member in which the first weight port is formed and a second polymer member from which the upper surface is formed, and wherein the first polymer member is softer than the second polymer member, wherein the second polymer member forms the upper surface of the insert element exposed at the open upper portion of the cavity, and wherein the insert element includes a major side surface comprising a first portion formed by a first side surface of the first polymer member and a second portion formed by a second side surface of the second polymer member, such that the first and second side surfaces combine contiguously to form the major side surface of the insert element, and wherein the major side surface lies immediately adjacent to or contacts the rear surface.