mhurhangee/ep-ind-claims huggingface dataset:
A surveillance apparatus comprising: a housing with a front surface, wherein a camera device (151, 152, 153, 154) is arranged to operate through an opening of the front surface having a protective window; a spherical ring element comprising the protective window; an outer ring element arranged at an outer side of the housing; characterized in that the apparatus comprises: an inner ring element arranged at an inner side of the housing; wherein the spherical ring element is arranged between the inner ring element and the outer ring element, and the inner and outer ring element (10, 9) are configured to allow pivotal movement of the spherical ring element; the outer ring element comprising a circular groove arranged on inner circumference of the outer ring element and a plurality of nozzles operationally connected to the circular groove and directed circumferentially towards an outer surface of the protective window for cleaning the protective window with a liquid fluid or for cleaning or drying the protective window with air fluid; and an outlet arranged on the front surface of the housing to guide the liquid fluid or air fluid to the circular groove of the outer ring element. a housing with a front surface, wherein a camera device (151, 152, 153, 154) is arranged to operate through an opening of the front surface having a protective window; a spherical ring element comprising the protective window; an outer ring element arranged at an outer side of the housing; an inner ring element arranged at an inner side of the housing; wherein the spherical ring element is arranged between the inner ring element and the outer ring element, and the inner and outer ring element (10, 9) are configured to allow pivotal movement of the spherical ring element; the outer ring element comprising a circular groove arranged on inner circumference of the outer ring element and a plurality of nozzles operationally connected to the circular groove and directed circumferentially towards an outer surface of the protective window for cleaning the protective window with a liquid fluid or for cleaning or drying the protective window with air fluid; and an outlet arranged on the front surface of the housing to guide the liquid fluid or air fluid to the circular groove of the outer ring element.
A method performed by a thermometer apparatus and for providing correct and true alarms for Tipi events for a child covered by a quilt or a blanket, the method comprising: measuring a skin-surface temperature at a first temperature sensor element of the thermometer apparatus at a measuring rate; measuring an ambient temperature at a second temperature sensor element of the thermometer apparatus at the measuring rate; calculating, by a central processing unit, a plurality of first change rates for the skin-surface temperature and a plurality of second change rates for the ambient temperature over a time interval; calculating, by the central processing unit, a change rate difference between each of the plurality of second change rates and a corresponding one of the plurality of first change rates to obtain a plurality of change rate differences; averaging, by the central processing unit, the plurality of change rate differences to obtain an averaged change rate difference; and comparing, by the central processing unit, the averaged change rate difference with a threshold to determine whether or not to trigger an alarm; and selecting, by the central processing unit, to trigger the alarm in response to the averaged change rate difference being less than the threshold; or selecting, by the central processing unit, not to trigger the alarm in response to the averaged change rate difference being equal to or greater than the threshold; wherein the ambient temperature is a temperature in the quilt or blanket when the quilt or the blanket well covers the child and turns to be a temperature of a sleeping room or a bedroom when the Tipi event takes place. measuring a skin-surface temperature at a first temperature sensor element of the thermometer apparatus at a measuring rate; measuring an ambient temperature at a second temperature sensor element of the thermometer apparatus at the measuring rate; calculating, by a central processing unit, a plurality of first change rates for the skin-surface temperature and a plurality of second change rates for the ambient temperature over a time interval; calculating, by the central processing unit, a change rate difference between each of the plurality of second change rates and a corresponding one of the plurality of first change rates to obtain a plurality of change rate differences; averaging, by the central processing unit, the plurality of change rate differences to obtain an averaged change rate difference; and comparing, by the central processing unit, the averaged change rate difference with a threshold to determine whether or not to trigger an alarm; and selecting, by the central processing unit, to trigger the alarm in response to the averaged change rate difference being less than the threshold; or selecting, by the central processing unit, not to trigger the alarm in response to the averaged change rate difference being equal to or greater than the threshold; wherein the ambient temperature is a temperature in the quilt or blanket when the quilt or the blanket well covers the child and turns to be a temperature of a sleeping room or a bedroom when the Tipi event takes place.
An injection molding mold comprising an injection core mold and an injection cavity mold, for molding a preform with a preform bottom portion thinner than a preform body portion wherein the injection core mold has an outer surface of a tip portion thereof corresponding to a preform bottom portion and a lower end portion of a preform body portion where the preform bottom portion continues to the preform body portion, the outer surface corresponding to the preform bottom portion and the lower end portion of the preform body portion is a mirror-finished surface, and the outer surface of the injection core mold for forming the preform other than the mirror-finished surface is a roughened surface. the injection core mold has an outer surface of a tip portion thereof corresponding to a preform bottom portion and a lower end portion of a preform body portion where the preform bottom portion continues to the preform body portion, the outer surface corresponding to the preform bottom portion and the lower end portion of the preform body portion is a mirror-finished surface, and the outer surface of the injection core mold for forming the preform other than the mirror-finished surface is a roughened surface.
An inkjet ink composition comprising: (Component 1-A) an N-vinyllactam; (Component 1-B) a compound represented by Formula; (Component 1-C) at least one compound selected from the group consisting of a bisacylphosphine compound, a thioxanthone compound, a thiochromanone compound, and an α-aminoketone compound; and (Component 1-D) a compound represented by Formula; the inkjet ink composition having a content of Component 1-A of 3 to 35 wt% relative to the entire weight of the inkjet ink composition, the inkjet ink composition having a content of Component 1-D of at least 13 wt% but no greater than 55 wt% relative to the entire weight of the inkjet ink composition, the total content of the compound represented by Formula and the compound represented by Formula being 37 to 70 wt% relative to the total weight of the ink composition, the inkjet ink composition either not comprising a silicone-based surfactant or a fluorine-based surfactant or comprising a silicone-based surfactant and a fluorine-based surfactant at a total content of greater than 0 wt% but no greater than 0.03 wt% relative to the entire weight of the inkjet ink composition, wherein R 13 denotes a hydrogen atom or a methyl group, and X 2 denotes a single bond or a divalent linking group, wherein R 1 denotes a hydrogen atom or a methyl group, X 1 denotes a single bond or a divalent linking group, and R 2 to R 12 independently denote a hydrogen atom or an alkyl group. (Component 1-A) an N-vinyllactam; (Component 1-B) a compound represented by Formula; (Component 1-C) at least one compound selected from the group consisting of a bisacylphosphine compound, a thioxanthone compound, a thiochromanone compound, and an α-aminoketone compound; and (Component 1-D) a compound represented by Formula; the inkjet ink composition having a content of Component 1-A of 3 to 35 wt% relative to the entire weight of the inkjet ink composition, the inkjet ink composition having a content of Component 1-D of at least 13 wt% but no greater than 55 wt% relative to the entire weight of the inkjet ink composition, the total content of the compound represented by Formula and the compound represented by Formula being 37 to 70 wt% relative to the total weight of the ink composition, the inkjet ink composition either not comprising a silicone-based surfactant or a fluorine-based surfactant or comprising a silicone-based surfactant and a fluorine-based surfactant at a total content of greater than 0 wt% but no greater than 0.03 wt% relative to the entire weight of the inkjet ink composition, wherein R 13 denotes a hydrogen atom or a methyl group, and X 2 denotes a single bond or a divalent linking group, wherein R 1 denotes a hydrogen atom or a methyl group, X 1 denotes a single bond or a divalent linking group, and R 2 to R 12 independently denote a hydrogen atom or an alkyl group.
A method for steering a steering device of a ship hull having a propeller, a screw shaft for the propeller and the steering device, whereby the steering device having: - two steering shafts, - a driving mechanism for rotating the two steering shafts, - a power mechanism for driving the steering shafts, - two rudder plates, - whereby an upper portion of each of the rudder plates is connected and suspended to one of the steering shafts, - whereby the steering shafts are biaxially arranged rotatably to have a vertical rotation axis located on both sides of said screw shaft, - wherein the two rudder plates are arranged such that they are locatable lateral to said propeller at the time of the ship straight travelling, - wherein the steering device is arranged such that the two rudder plates simultaneously rotate in mutually opposite directions, - wherein the steering device is configured such that the two rudder plates are arranged via the steering shafts lateral to the propeller when the ship is traveling straight; that the two rudder plates are turned to an upstream side 45° forward as a speed reducing stage at the time of initial motion of a stop maneuver, and that in the stop maneuver, at a next stage, the two rudder plates exceeding a rudder angle of 70°, and the two rudder plates cooperate to almost block the propeller slipstream. - two steering shafts, - a driving mechanism for rotating the two steering shafts, - a power mechanism for driving the steering shafts, - two rudder plates, - whereby an upper portion of each of the rudder plates is connected and suspended to one of the steering shafts, - whereby the steering shafts are biaxially arranged rotatably to have a vertical rotation axis located on both sides of said screw shaft, - wherein the two rudder plates are arranged such that they are locatable lateral to said propeller at the time of the ship straight travelling, - wherein the steering device is arranged such that the two rudder plates simultaneously rotate in mutually opposite directions, - wherein the steering device is configured such that the two rudder plates are arranged via the steering shafts lateral to the propeller when the ship is traveling straight; that the two rudder plates are turned to an upstream side 45° forward as a speed reducing stage at the time of initial motion of a stop maneuver, and that in the stop maneuver, at a next stage, the two rudder plates exceeding a rudder angle of 70°, and the two rudder plates cooperate to almost block the propeller slipstream. the steering device is configured such that the two rudder plates are arranged via the steering shafts lateral to the propeller when the ship is traveling straight; that the two rudder plates are turned to an upstream side 45° forward as a speed reducing stage at the time of initial motion of a stop maneuver, and that in the stop maneuver, at a next stage, the two rudder plates exceeding a rudder angle of 70°, and the two rudder plates cooperate to almost block the propeller slipstream.
Adapter module with compensation springs for tubular motors suitable for moving awnings or roller shutters or similar, comprising at least one internal adapter module (1, 31, 41, 51) splined to the drive shaft of the motor, at least one external adapter module (4, 34, 44, 54) splined to the roller tube and coupled to the internal adapter module (1, 31, 41, 51) by at least one spring (5, 35, 45, 55), the external adapter module (4, 34, 44, 54) and the internal adapter module (1, 31, 41, 51) being constructed in such a way that some play is left between the two so as to permit, in operation, reciprocal rotation for at least five angular degrees, characterized by the fact that the spring (5, 35, 45, 55) is arranged in such a way as to compress or to extend upon application of a shutter- or awning-weight force on the roller tube, with the drive shaft and the internal and external adapter modules being movable in an integral manner, and as to return to its rest condition by applying to the external adapter module (4, 44, 54) and hence to the roller tube a thrust in the opposite direction to that in which the drive shaft is rotating thereby to generate a temporary difference between the angular velocity of the internal adapter module (1, 31, 41, 51) and the angular velocity of the external adapter module (4, 34, 44, 54) at the moment in which the weight force applied to the roller tube is cancelled out, completion of said thrust of the spring corresponding to a cancelling out of the play between the internal adapter module (1,31,41,51) and the external adapter module (4, 34, 44, 54), the drive shaft and the internal and external adapter modules being again movable in an integral manner
Adapter intended to connect a wiper blade to a driving arm for a vehicle via a connector, having a first lateral wall and a second lateral wall between which an upper wall is positioned, at least one of these lateral walls comprising a pivot member intended to allow the adapter to rotate with respect to the connector, the pivot member comprising at least one hole configured to receive a shaft of the driving arm, characterized in that the pivot member comprises at least one immobilizing member able to block pivoting between the shaft of the driving arm and the adapter within the hole.
A flexible pipe for transporting a fluid, comprising: - a tubular sheath with a central axis (A-A') defining an internal fluid circulation passage; - a tubular composite structure, applied to the tubular sheath and bonded to the tubular sheath, the tubular composite structure comprising at least two laminated reinforcement layers (32 to 36), each reinforcement layer (32 to 36) comprising a polymer matrix and reinforcing fibres; - at least one tensile armour ply (24, 25), not bonded to the tubular composite structure, the tensile armour ply (24, 25) comprising at least one armouring element wrapped around the tubular composite structure; characterised in that the tubular composite structure has at least one anti-delamination layer interposed between two laminated reinforcement layers (32 to 36). - a tubular sheath with a central axis (A-A') defining an internal fluid circulation passage; - a tubular composite structure, applied to the tubular sheath and bonded to the tubular sheath, the tubular composite structure comprising at least two laminated reinforcement layers (32 to 36), each reinforcement layer (32 to 36) comprising a polymer matrix and reinforcing fibres; - at least one tensile armour ply (24, 25), not bonded to the tubular composite structure, the tensile armour ply (24, 25) comprising at least one armouring element wrapped around the tubular composite structure;
A connector for coupling a medical fluid supply tube to the head of a catheter device with a circular hub having an annular recess defined in a side surface of the circular hub, the connector comprising: a cap having a top surface, a bottom surface, and a circumferential region defining a bottom plane and a periphery; at least two arms substantially parallel to the bottom plane, each arm spanning across the bottom plane between two radially opposite portions within the circumferential region so it is positioned to releasably engage the annular recess; at least one deflection member disposed at one of the portions within the circumferential region and connected to both of the arms to deflect the arms, the deflection member being accessible from the top surface; wherein the connector is configured to freely rotate completely about the circular hub, and wherein the connector is configured to decouple from the circular hub by pressing at least one deflection member radially inward towards the radially opposite portion in the circumferential region to reversibly deflect at least one arm between its two portions of the circumferential region towards the periphery within the cap in order to disengage from the annular recess. a cap having a top surface, a bottom surface, and a circumferential region defining a bottom plane and a periphery; at least two arms substantially parallel to the bottom plane, each arm spanning across the bottom plane between two radially opposite portions within the circumferential region so it is positioned to releasably engage the annular recess; at least one deflection member disposed at one of the portions within the circumferential region and connected to both of the arms to deflect the arms, the deflection member being accessible from the top surface; wherein the connector is configured to freely rotate completely about the circular hub, and wherein the connector is configured to decouple from the circular hub by pressing at least one deflection member radially inward towards the radially opposite portion in the circumferential region to reversibly deflect at least one arm between its two portions of the circumferential region towards the periphery within the cap in order to disengage from the annular recess.
A step assembly for removably securing a support platform to a vehicle, comprising: - a support system mountable to a trailer hitch or tow bar or tow hitch; - a support platform connected with said support system via a plurality of positioning mechanisms (SP1A, SP1B; SP2; SP3), wherein the plurality of positioning mechanisms comprises: - a first positioning mechanism (SP1A, SP1B) configured for selectively securing and adjusting a height position of the support platform relative to the vehicle; and - a second positioning mechanism configured for selectively securing and adjusting a transverse position of the support platform relative to the vehicle, and - a third positioning mechanism configured for selectively securing and adjusting a longitudinal position of the support platform relative to the vehicle, wherein the first positioning mechanism itself comprises two subsystems, an up-down displacement mechanism with head (SP1A) and an up-down displacement mechanism with buttons (SP1B) characterised in, that the up-down displacement mechanism with buttons (SP1B) comprises a height adjuster pipe support, springs (18,23), half bushes (17,22), setscrews (20,25), a timing shaft (16,21) and a pipe adapter. - a support system mountable to a trailer hitch or tow bar or tow hitch; - a support platform connected with said support system via a plurality of positioning mechanisms (SP1A, SP1B; SP2; SP3), - a first positioning mechanism (SP1A, SP1B) configured for selectively securing and adjusting a height position of the support platform relative to the vehicle; and - a second positioning mechanism configured for selectively securing and adjusting a transverse position of the support platform relative to the vehicle, and - a third positioning mechanism configured for selectively securing and adjusting a longitudinal position of the support platform relative to the vehicle, wherein the first positioning mechanism itself comprises two subsystems, an up-down displacement mechanism with head (SP1A) and an up-down displacement mechanism with buttons (SP1B)
Fused quartz crucible for pulling a single crystal of silicon according to the Czochralski technique, having an inner side on which there is located an inner layer of fused quartz that forms a surface, the inner layer being provided with a crystallization promoter which on heating of the fused quartz crucible in the context of its designated use, in crystal pulling, brings about crystallization of fused quartz to form b-cristobalite, characterized in that the concentration C of synthetically obtained SiO 2 at a distance d from the surface is greater than the concentration of synthetically obtained SiO 2 at a distance d2 from the surface, where d2 is greater than d, and in that the concentration C of synthetically obtained SiO 2 as a function of the distance d is subject to the following relationships: C [%] <= 100 - (d [mm] - 0.25) x 30 and C [%] >= 100 - (d [mm] + 0.25) x 80.
A composition comprising: a plurality of diodes, wherein each diode of the plurality of diodes has a lateral dimension between about 10 to 50 microns and a height between 5 to 25 microns, and each diode of the plurality of diodes has at least one first metal terminal on a first side and a second metal terminal on the first side, a contact of the second metal terminal spaced apart from a contact of the first metal terminal by about 1 to 7 microns in the height dimension; a first solvent; and a viscosity modifier. a plurality of diodes, wherein each diode of the plurality of diodes has a lateral dimension between about 10 to 50 microns and a height between 5 to 25 microns, and each diode of the plurality of diodes has at least one first metal terminal on a first side and a second metal terminal on the first side, a contact of the second metal terminal spaced apart from a contact of the first metal terminal by about 1 to 7 microns in the height dimension; a first solvent; and a viscosity modifier.
An arrangement for treating exhaust gases of an internal combustion piston engine in a marine vessel, comprising an exhaust gas channel coupled at its first end (12.1) to the engine and having its second end (12.2) opening to the environment, and a scrubber unit arranged between the first end (12.1) and the second end (12.2) of the exhaust gas channel, the scrubber unit comprising an exhaust gas inlet (14.1) and an exhaust gas outlet (14.2), and an inlet (14.3) for scrubbing liquid and an outlet (14.4) for scrubbing liquid, characterized in that an outlet part (10.1) of the exhaust gas channel between the scrubber unit and the second end (12.2) of the exhaust gas channel starting from the exhaust gas outlet (14.2) of the scrubber unit comprises an exhaust gas channel cleaning system arranged to apply cleaning liquid on inner surface of the exhaust gas channel to a portion of the exhaust gas channel between the scrubber unit and the second end of the exhaust gas channel.
Elevator cabin for transporting people and goods, with a cabin floor, with cabin walls adjoining the cabin floor, and with a hoisting apparatus for moving the elevator cabin upwards and downwards, wherein the hoisting apparatus is embodied as an endless winch or as a continuous cable winch, wherein the hoisting apparatus forms the cabin roof of the elevator cabin, and wherein at least 20% of the upper end of the elevator cabin is covered by the hoisting apparatus, characterized in that the motive force for moving the elevator cabin is transmitted from a motor or geared motor of the hoisting apparatus to a cable traction sheave of the hoisting apparatus via at least two, or via two, form-fitting traction means.