mhurhangee/ep-ind-claims huggingface dataset:
A compliant personal care article, comprising: a) a personal care composition, comprising i) a surfactant; and ii) from 3% to 40%, by weight of the composition, of a water-insoluble hygroscopic filament comprising a fiber and a fine, wherein the fine is both primary and secondary fines which are water-insoluble materials that pass through a 200 mesh screen under conditions defined in the TAPPI method T-261, wherein the total amount of a water-insoluble hygroscopic fiber, fine, or filament is from 3% to 40% by weight of the composition; and b) a first contact substrate, wherein the contact substrate is a multiplanar film, comprises a surface aberration, and has a surface aberration area of 45% to 98%. a) a personal care composition, comprising i) a surfactant; and ii) from 3% to 40%, by weight of the composition, of a water-insoluble hygroscopic filament comprising a fiber and a fine, wherein the fine is both primary and secondary fines which are water-insoluble materials that pass through a 200 mesh screen under conditions defined in the TAPPI method T-261, wherein the total amount of a water-insoluble hygroscopic fiber, fine, or filament is from 3% to 40% by weight of the composition; and i) a surfactant; and ii) from 3% to 40%, by weight of the composition, of a water-insoluble hygroscopic filament comprising a fiber and a fine, wherein the fine is both primary and secondary fines which are water-insoluble materials that pass through a 200 mesh screen under conditions defined in the TAPPI method T-261, wherein the total amount of a water-insoluble hygroscopic fiber, fine, or filament is from 3% to 40% by weight of the composition; and b) a first contact substrate, wherein the contact substrate is a multiplanar film, comprises a surface aberration, and has a surface aberration area of 45% to 98%.
A lipped tray, for use on scaffolding towers, comprising a base portion, having a generally rectangular profile including two long sides, a first small side and a second small side, an upwardly extending lip provided around the perimeter of the base portion, a first downwardly extending skirt portion provided along one of the long sides of the base portion, a second downwardly extending skirt portion provided along the other of the long sides of the base portion, wherein a first recessed arc is provided at one end of the first skirt portion, and a corresponding second recessed arc is provided in the second skirt portion, wherein the first and second recessed arcs (26a and 26b) are provided at a position substantially the same distance from the first end of the base portion, wherein a third recessed arc is provided at one end of the first skirt portion, and a corresponding fourth recessed arc is provided in the second skirt portion, wherein the third and fourth recessed arcs (28a and 28b) are provided at a position substantially the same distance from the second end of the base portion, wherein the diameter of the recessed arcs (26a, 26b, 28a, 28b) is sufficient to receive a scaffolding pole. a base portion, having a generally rectangular profile including two long sides, a first small side and a second small side, an upwardly extending lip provided around the perimeter of the base portion, a first downwardly extending skirt portion provided along one of the long sides of the base portion, a second downwardly extending skirt portion provided along the other of the long sides of the base portion, wherein a first recessed arc is provided at one end of the first skirt portion, and a corresponding second recessed arc is provided in the second skirt portion, wherein the first and second recessed arcs (26a and 26b) are provided at a position substantially the same distance from the first end of the base portion, wherein a third recessed arc is provided at one end of the first skirt portion, and a corresponding fourth recessed arc is provided in the second skirt portion, wherein the third and fourth recessed arcs (28a and 28b) are provided at a position substantially the same distance from the second end of the base portion, wherein the diameter of the recessed arcs (26a, 26b, 28a, 28b) is sufficient to receive a scaffolding pole.
A method of arc welding control of performing a forward/reverse feeding control of alternating a feeding rate of a welding wire between a forward feeding period and a reverse feeding period, and generating short-circuiting periods and arc periods to perform welding, the arc welding control method comprising a transient welding period and a steady welding period, the method comprising the following steps: feeding the welding wire forwardly at a time of starting the welding; starting the forward/reverse feeding control with the reverse feeding period of the welding wire after starting conduction of a welding current; during the transient welding period until convergence to the steady welding period, shifting the feeding rate to the forward feeding period responding to start of the arc period in the reverse feeding period, and shifting the feeding rate to the reverse feeding period responding to start of the short-circuiting period in the forward feeding period; and being characterised by the following step: setting a forward feeding amplitude of the feeding rate during the transient welding period to a value smaller than that during the steady welding period. feeding the welding wire forwardly at a time of starting the welding; starting the forward/reverse feeding control with the reverse feeding period of the welding wire after starting conduction of a welding current; during the transient welding period until convergence to the steady welding period, shifting the feeding rate to the forward feeding period responding to start of the arc period in the reverse feeding period, and shifting the feeding rate to the reverse feeding period responding to start of the short-circuiting period in the forward feeding period; and being characterised by the following step: setting a forward feeding amplitude of the feeding rate during the transient welding period to a value smaller than that during the steady welding period.
A device for decontaminating a medical device, the device comprising: a solution, wherein the solution comprises a photoactivatable substance, the photoactivatable substance being riboflavin; a compartment adapted to contain an entire medical device and the solution; a container adapted to be placed in the compartment; and a light system providing exposure of all sides of the medical device, wherein the light system provides light in a range of about 320 nm to about 447 nm, and wherein said light activates the photoactivatable substance, characterized in that the container holds the solution and is adapted to hold the medical device. a solution, wherein the solution comprises a photoactivatable substance, the photoactivatable substance being riboflavin; a compartment adapted to contain an entire medical device and the solution; a container adapted to be placed in the compartment; and a light system providing exposure of all sides of the medical device, wherein the light system provides light in a range of about 320 nm to about 447 nm, and wherein said light activates the photoactivatable substance, characterized in that the container holds the solution and is adapted to hold the medical device.
A process for the production of a recombinant polypeptide comprising culturing CHO cells in a medium and expressing the recombinant polypeptide, wherein - the cells are grown at a first temperature for at least 3 days and the temperature is then shifted to a second temperature which is between about 1 and about 8°C lower than the first temperature and the cells are maintained at said second temperature for a period of at least another 2 days; - the cells are grown at a first pH value for at least 2 days and the pH is then shifted to a second pH value which is between about 0.05 and about 1 pH units lower than the first pH and the cells are grown at said second pH for at least 1 day, wherein the temperature shift is initiated between 1 to 5 days after the pH shift. - the cells are grown at a first temperature for at least 3 days and the temperature is then shifted to a second temperature which is between about 1 and about 8°C lower than the first temperature and the cells are maintained at said second temperature for a period of at least another 2 days; - the cells are grown at a first pH value for at least 2 days and the pH is then shifted to a second pH value which is between about 0.05 and about 1 pH units lower than the first pH and the cells are grown at said second pH for at least 1 day, wherein the temperature shift is initiated between 1 to 5 days after the pH shift.
Roll of a toilet paper strip, which comprises pre-cuts transversal to the strip defining rectangular paper sheets, whose width is transversal and whose length is longitudinal, the width of a sheet being between 125 mm and 180 mm, wherein the toilet paper comprises two plies made of cellulose wadding, wherein the roll can be accommodated in a housing of a toilet paper dispenser, said housing comprising a nozzle with a dispensing orifice having a diameter between 6 and 8 mm, when the roll is accommodated in the housing, the sheets are capable of being unwound one by one and emerging with less crumpling upon exiting the nozzle, the paper being consumed in an optimal and pleasant way, the ratio of the width of a sheet to its length is between 0.45 and 1, and each ply has a grammage between 15 and 20 g/m 2.
Shelf support device comprising substantially vertically-oriented shelf receiving devices (1, 6) for receiving substantially horizontally-aligned shelf supports, at least one shelf support, preferably shelf panels for being put onto the shelf supports, and at least one substantially vertical busbar device which controls at least one electrical conductor and is intended for supplying electricity to electric loads that can be placed near to each shelf support, the busbar device being arranged within the shelf receiving device (1, 6), at least one shelf support having means for establishing electrical contact with the electrical conductor as a result of being fixed in the shelf receiving device (1, 6), and the contacting means are designed as a connector, characterised in that the connector has a clamping housing for establishing a clamping connection to the shelf support.
A dental instrument comprising: a guide tube having a channel permitting propagation of a pressurized liquid along at least a portion of a length of the guide tube, the guide tube having a proximal end and a distal end; a nozzle configured to output a high-velocity liquid jet, an impingement member having an impingement surface, wherein the impingement surface includes one or more curved or angled portions. and wherein the pressurized liquid during operation of the instrument can propagate along the channel to the nozzle; and wherein the high-velocity liquid jet can propagate from the nozzle and impinge upon the impingement member to slow, disrupt or deflect at least a portion of the high-velocity liquid jet; and a flow restrictor configured to be applied to a treatment region of a tooth under treatment and to contain liquid which emanates from the distal end of the guide tube. a guide tube having a channel permitting propagation of a pressurized liquid along at least a portion of a length of the guide tube, the guide tube having a proximal end and a distal end; a nozzle configured to output a high-velocity liquid jet, an impingement member having an impingement surface, wherein the impingement surface includes one or more curved or angled portions. and wherein the pressurized liquid during operation of the instrument can propagate along the channel to the nozzle; and wherein the high-velocity liquid jet can propagate from the nozzle and impinge upon the impingement member to slow, disrupt or deflect at least a portion of the high-velocity liquid jet; and a flow restrictor configured to be applied to a treatment region of a tooth under treatment and to contain liquid which emanates from the distal end of the guide tube.
A device (101,201,301,401,501,601) for preventing theft of a first vehicle component, wherein the first component is an exhaust gas aftertreatment unit, which is releasably connected to a second vehicle component, wherein the theft preventing device (101,201,301,401,501,601) comprises a cover member (103,203,303,403,503,603) configured for obstructing removal of said first component from said second component and a locking member, which is configured for locking the cover member or the second component in an operational position in which the cover member obstructs said removal of said first component from said second component, characterized in that the first component is fastened to the second component in an operational position via a fastener, the locking member being configured for locking the cover member (103,203,303,403,503) for obstructing access for releasing said fastener.
An apparatus comprising: a first photo-detection layer for detecting electromagnetic signalling, wherein the first layer comprises graphene; a second layer positioned proximate to the first layer and configured to undergo plasmonic resonance in response to receiving electromagnetic signalling to thereby sensitize the graphene of the first layer to detection of particular spectral characteristics of received electromagnetic signalling corresponding to the particular plasmonic resonance of the second layer; and means for measuring a flow of charge carriers photo-generated within the sensitized graphene of the first layer by received electromagnetic signalling having the particular spectral characteristics. a first photo-detection layer for detecting electromagnetic signalling, wherein the first layer comprises graphene; a second layer positioned proximate to the first layer and configured to undergo plasmonic resonance in response to receiving electromagnetic signalling to thereby sensitize the graphene of the first layer to detection of particular spectral characteristics of received electromagnetic signalling corresponding to the particular plasmonic resonance of the second layer; and means for measuring a flow of charge carriers photo-generated within the sensitized graphene of the first layer by received electromagnetic signalling having the particular spectral characteristics.
A chargeable device, comprising: means for wirelessly receiving charging power via a radiated field; means for sensing data relating to a battery associated with the chargeable device, wherein the data comprises at least one of a type of the battery, a number of charging cycles of the battery and a charging level of the battery; means for generating a tuning value based in part on the sensed data; and means for tuning the receiving means based on the generated tuning value. means for wirelessly receiving charging power via a radiated field; means for sensing data relating to a battery associated with the chargeable device, wherein the data comprises at least one of a type of the battery, a number of charging cycles of the battery and a charging level of the battery; means for generating a tuning value based in part on the sensed data; and means for tuning the receiving means based on the generated tuning value.
Downhole apparatus for location and installation in a well bore which intersects a fluid-producing formation, the apparatus comprising a base pipe and bore wall-supporting members mounted on the base pipe, the bore wall-supporting members each comprising a non-concentric fluid pressure-deformable chamber mounted externally of the base pipe and extending axially along the base pipe, the apparatus defining a fluid flow path to permit fluid to flow from the surrounding fluid-producing formation into or along the base pipe and the flow path extending through or around the chambers, the members being configurable to provide and maintain a predetermined bore wall supporting force for the fluid-producing formation, whereby fluid may flow from the formation into the bore and then into or along the base pipe, the members having a first configuration and an extended second configuration, the bore wall-supporting members being configurable in the second configuration to provide and maintain said predetermined bore wall supporting force.
A motor vehicle structure including a generally extended portion with a plurality of screws (10 1, 10 2, 10 3) welded to said portion and intended for the fixing of a device for impact detection and triggering of (an) airbag(s); characterized in that it includes, in addition: a ribbed plate fixed to the structure portion between the screws (10 1, 10 2, 10 3) so as to reduce the inertance of at least one of the said screws.
Process for producing a magnesium sheet from a magnesium strip in a rolling device, in which process a magnesium strip, after preheating, is guided through at least one roll nip formed by at least one pair of counter-rotating working rollers, which comprise a main roller body, characterized in that at least one of the two counter-rotating working rollers comprises at least one heat-insulating sheath surrounding the main roller body, and none of the working rollers is heated by external heating elements or heating elements fitted in the rollers.
A method of forming a digitally printed image with colour pigments on a surface of a building panel, comprising the steps of: • scattering dry colour pigments on the surface, • bonding a part of the dry colour pigments to the surface, • removing the non-bonded dry colour pigments from the surface such that a digitally created image is formed by the bonded colour pigments, and • applying heat and pressure to the surface of the building panel, wherein the step of bonding said part of the dry colour pigments to the surface comprises applying a liquid substance by a digital coating head. • scattering dry colour pigments on the surface, • bonding a part of the dry colour pigments to the surface, • removing the non-bonded dry colour pigments from the surface such that a digitally created image is formed by the bonded colour pigments, and • applying heat and pressure to the surface of the building panel, wherein the step of bonding said part of the dry colour pigments to the surface comprises applying a liquid substance by a digital coating head.
A method for lowering/reducing/masking/suppressing tissue autofluorescence in an immunofluorescence assay, said method comprising, before or during, conducting said immunofluorescence assay: applying a heteropoly acid or salt thereof to said tissue; and reducing at least a portion of said heteropoly acid or salt thereof to a reduced form with a reducing agent. applying a heteropoly acid or salt thereof to said tissue; and reducing at least a portion of said heteropoly acid or salt thereof to a reduced form with a reducing agent.
A blister package having, formed on a piece of a molding sheet, a case accommodation part accommodating a case having a cover therein and simultaneously a a refill or cartridge type content accommodation part formed on the molding sheet and filled with and accommodating contents and a sample content accommodation part filled with sample contents of a prototype in development or a not-for-sale product which was completed in its development; and in which the molding sheet has a covering film attached on a back side thereof; said blister package further comprising: a cartridge or refill cutting line which is formed along a lower edge part of the content accommodation part having a notched part for connection at one part thereof to provide a flange part on the content accommodation part being configured to selectively enable an individual separation and tear-off on the molding sheet and the covering film so as to form an independent cartridge or refill package container; a sample notched line which is formed on the molding sheet and configured to selectively enable the sample content accommodation part to be individually separated and torn off on the molding sheet and the covering film so as to form an independent sample package container; said case accommodation part, content accommodation part and sample content accommodation part having arbitrary form. a cartridge or refill cutting line which is formed along a lower edge part of the content accommodation part having a notched part for connection at one part thereof to provide a flange part on the content accommodation part being configured to selectively enable an individual separation and tear-off on the molding sheet and the covering film so as to form an independent cartridge or refill package container; a sample notched line which is formed on the molding sheet and configured to selectively enable the sample content accommodation part to be individually separated and torn off on the molding sheet and the covering film so as to form an independent sample package container; said case accommodation part, content accommodation part and sample content accommodation part having arbitrary form.
Adapter having an interior space which receives a single serve capsule, the interior space having, at a first end, an opening for introducing the single serve capsule into the interior space and, at its opposite end, a receptacle for a piercing spike, characterized in that the piercing spike is connected, preferably reversibly, to the receptacle, and the piercing spike being provided on webs on a plate, on the circumference of which positively locking and/or non-positively locking means are provided which interact with complementary positively locking and/or non-positively locking means of the receptacle in a connecting manner.
A gas turbine engine, comprising: an accessory drive system; a core engine surrounded by a core engine cowl; and a core engine envelope defined between the core engine and the core engine cowl; the accessory drive system including a first accessory drive gearbox (144;444) disposed within the core engine envelope; a first accessory and a second accessory, operatively connected to the first accessory drive gearbox (144;444) and disposed remotely from the first accessory drive gearbox, thereby maximizing use of spatial storage limitations within the core engine envelope; characterized by a second accessory drive gearbox operatively connected to a third and fourth accessory (158;162); wherein the first accessory drive gearbox is operatively connected to the first accessory via a first flexible shaft, the first accessory drive gearbox is operatively connected to the second accessory via a second flexible shaft, the second accessory drive gearbox is operatively connected to the third accessory via a third flexible shaft and the second accessory drive gearbox is operatively connected to the fourth accessory via a fourth flexible shaft. an accessory drive system; a core engine surrounded by a core engine cowl; and a core engine envelope defined between the core engine and the core engine cowl; the accessory drive system including a first accessory drive gearbox (144;444) disposed within the core engine envelope; a first accessory and a second accessory, operatively connected to the first accessory drive gearbox (144;444) and disposed remotely from the first accessory drive gearbox, thereby maximizing use of spatial storage limitations within the core engine envelope; characterized by a second accessory drive gearbox operatively connected to a third and fourth accessory (158;162); wherein the first accessory drive gearbox is operatively connected to the first accessory via a first flexible shaft, the first accessory drive gearbox is operatively connected to the second accessory via a second flexible shaft, the second accessory drive gearbox is operatively connected to the third accessory via a third flexible shaft and the second accessory drive gearbox is operatively connected to the fourth accessory via a fourth flexible shaft.