mhurhangee/ep-ind-claims huggingface dataset:
A threaded plug with a sealing ring, said threaded plug comprising a head (2, 12) and a threaded part (3, 13), wherein a flange (5,15) is provided between the head and the threaded part to cooperate with the sealing ring (4, 14), which is mounted on the side of the flange which faces toward the threaded part, and wherein the flange (5, 15) is provided with a projection (6, 16) having a tapered cross-sectional shape, which faces toward the sealing ring (4, 14), and wherein the projection (6, 16) extends in a substantially circular shape, which extends continuously on the entire face of the flange (5, 15), characterized in that the sealing ring (4, 14) comprises means in the form of one or more inwardly facing projections (7, 19) for holding the sealing ring (4, 14) to the threaded plug (1,10).
Tasimelteon for use in a method of treating a patient for a circadian rhythm disorder wherein the patient is being treated with a CYP3A4 inducer said method comprising: reducing the dose of the CYP3A4 inducer and treating the patient with tasimelteon.
A bodily fluid sampler for sampling a bodily fluid, the bodily fluid sampler comprising: a suction part that sucks the bodily fluid; and a main body part that includes a ventilation channel which allows gas for discharging the bodily fluid sucked by the suction part to pass therethrough characterized in that the bodily fluid sampler further comprising a blocking part that is detachably provided between the main body part and the suction part, the blocking part has an opening part of which inner diameter at a surface where the blocking part contacts with the suction part is smaller than the inner diameter of the suction part at a surface where the suction part contacts with the blocking part when the blocking part is coupled to the suction part, and the blocking part being configured to prevent the bodily fluid sucked by the suction part from flowing into the main body part. a suction part that sucks the bodily fluid; and a main body part that includes a ventilation channel which allows gas for discharging the bodily fluid sucked by the suction part to pass therethrough characterized in that the bodily fluid sampler further comprising a blocking part that is detachably provided between the main body part and the suction part, the blocking part has an opening part of which inner diameter at a surface where the blocking part contacts with the suction part is smaller than the inner diameter of the suction part at a surface where the suction part contacts with the blocking part when the blocking part is coupled to the suction part, and the blocking part being configured to prevent the bodily fluid sucked by the suction part from flowing into the main body part.
A power factor correction circuit, comprising: - an inductor which is configured to provide a discharge current, - a capacitor which is connected to the inductor via a connection point of a switch and which can be charged with said discharge current, - a control unit which is configured to alternately switch the switch on and off based on a feedback control, - wherein the control unit has an input interface for receiving a feedback signal (ZXCS) which represents a discharge voltage of the inductor, - wherein the control unit, in a DCM mode, is further configured to calculate a switch on time T on of the switch which is after a first local minimum of the discharge voltage, and - wherein, after switching off the switch, the control unit is configured to: a) either switch on the switch at a next or closest local minimum of the discharge voltage after T on, in case T on is less than a directly or indirectly set reference time T ref, b) or close the switch at T on, in case T on is equal to or exceeds said directly or indirectly set reference time T ref. - an inductor which is configured to provide a discharge current, - a capacitor which is connected to the inductor via a connection point of a switch and which can be charged with said discharge current, - a control unit which is configured to alternately switch the switch on and off based on a feedback control, - wherein the control unit has an input interface for receiving a feedback signal (ZXCS) which represents a discharge voltage of the inductor, - wherein the control unit, in a DCM mode, is further configured to calculate a switch on time T on of the switch which is after a first local minimum of the discharge voltage, and - wherein, after switching off the switch, the control unit is configured to: a) either switch on the switch at a next or closest local minimum of the discharge voltage after T on, in case T on is less than a directly or indirectly set reference time T ref, b) or close the switch at T on, in case T on is equal to or exceeds said directly or indirectly set reference time T ref. a) either switch on the switch at a next or closest local minimum of the discharge voltage after T on, in case T on is less than a directly or indirectly set reference time T ref, b) or close the switch at T on, in case T on is equal to or exceeds said directly or indirectly set reference time T ref.
A method for producing a composite body, wherein the composite body is formed as a pressure pipe, wherein the pressure pipe is composed of a main body that is made of steel and of a coat that is made of a fibre composite, said coat enclosing the outside of the main body at least in some sections, wherein the main body is a pipe line, wherein, for forming the fibre composite, a fibrous material is wound around the pipe line, wherein the fibrous material is impregnated with a resin before or after winding, wherein the wound and impregnated fibrous material is heated in order to form the fibre composite, characterised in that the method is carried out in situ on a built-in pressure pipe, wherein the wound and impregnated fibrous material is heated to up to 700°C, wherein, through the heating process, the wound and impregnated fibrous material is cured and pyrolysed in one single step.
A hydroprocessing catalyst for treating heavy hydrocarbon feedstocks, wherein said catalyst comprises: a calcined particle comprising a co-mulled mixture made by co-mulling inorganic oxide powder or powders, solution or solutions containing molybdenum and Group VIII metals and optionally water, acid and flocculating agent, and then forming said co-mulled mixture into a particle that is calcined at a temperature above 621 °C to thereby provide said calcined particle, said calcined particles having: a. a total surface area of 240 to 360 m 2 /g as determined by the nitrogen BET method; b. a total pore volume of 0.5 to 0.9 cc/g; and c. a pore volume distribution such that greater than 60% of pore volume are in pores present as micropores of diameter between 55 and 115 Å, less than 0.12 cc/g of pore volume are in pores present as pores of diameter greater than 160 Å, greater than 5% of the total pore volume is in pores of diameter greater than 210 Å and less than 10% of pore volume are in pores present as macropores of diameters greater than 250 Å, using for pore volume determination the mercury intrusion method as measured between atmospheric pressure and a pressure of about 414 MPa (60,000 psia); wherein said calcined particle has a shape comprising a first end, a second end and a wall disposed between said ends, said wall comprising 3 lobes formed in the length of the wall; and wherein each calcined particle has an outer circle diameter of D O, an inner circle diameter of D I, and a height of H; the ratio of D O to D I is between 1.5 to 3.0; the ratio of H to D O is between 1 to 4; and the outer circle diameter D O is between 0.75 and 2 millimeters. a. a total surface area of 240 to 360 m 2 /g as determined by the nitrogen BET method; b. a total pore volume of 0.5 to 0.9 cc/g; and c. a pore volume distribution such that greater than 60% of pore volume are in pores present as micropores of diameter between 55 and 115 Å, less than 0.12 cc/g of pore volume are in pores present as pores of diameter greater than 160 Å, greater than 5% of the total pore volume is in pores of diameter greater than 210 Å and less than 10% of pore volume are in pores present as macropores of diameters greater than 250 Å, using for pore volume determination the mercury intrusion method as measured between atmospheric pressure and a pressure of about 414 MPa (60,000 psia); wherein said calcined particle has a shape comprising a first end, a second end and a wall disposed between said ends, said wall comprising 3 lobes formed in the length of the wall; and wherein each calcined particle has an outer circle diameter of D O, an inner circle diameter of D I, and a height of H; the ratio of D O to D I is between 1.5 to 3.0; the ratio of H to D O is between 1 to 4; and the outer circle diameter D O is between 0.75 and 2 millimeters.
A device for a motor vehicle, having a camera unit, which can be brought into a rest position and into an active position, and having a protective element, which can be guided into a closed position and into an open position, the camera unit being in the rest position thereof inaccessible from the outside behind the protective element when the protective element is in the closed position, and the camera unit being in the active position for capturing images when the protective element is in the open position, and having a drive unit for moving the camera unit and the protective element, characterised in that the camera unit and the protective element are movably articulated to each other, and the protective element is arranged such that it can rotate and/or pivot about a first axis, and the camera unit is mounted such that it can rotate about a second axis and wherein the drive unit acts directly or indirectly on the camera unit or on the protective element for the movement of the camera unit and the protective element.
Device for treating a tinnitus condition, comprising an ear clip that is not part of a spectacle frame, and a pressure point body comprising a fastening element and a pressure element, wherein the pressure point body alters the position of the auricle, characterized in that the pressure point body is adjustably displaceable along the ear clip. wherein the pressure point body alters the position of the auricle, characterized in that the pressure point body is adjustably displaceable along the ear clip.
A method for designing a transition metal/silicon base material film for a photomask having formed thereon a pattern of the transition metal/silicon base material film of a material comprising a transition metal, silicon, oxygen and nitrogen, the transition metal/silicon base material film containing oxygen of at least 3 atom%, the method being suitable for designing the transition metal/silicon base material film such that the film pattern may be restrained in pattern line width variation degradation by irradiation of ArF excimer laser light, characterized in that the method comprises the steps of: constructing the transition metal/silicon base material film by selecting a layer of a transition metal/silicon base material; a multilayer structure having at least two such layers stacked; a combination of such a layer with a surface oxidized layer disposed remote from the substrate and having a thickness of up to 10 nm; or a combination of such a multilayer structure with a surface oxidized layer disposed remote from the substrate and having a thickness of up to 10 nm, wherein a silicon content C Si and a transition metal content C M of the layer of a transition metal/silicon base material satisfy the following formula: 4 × C Si / 100 − 6 × C M / 100 > 1 wherein C Si is a silicon content in atom% and C M is a transition metal content in atom%. constructing the transition metal/silicon base material film by selecting a layer of a transition metal/silicon base material; a multilayer structure having at least two such layers stacked; a combination of such a layer with a surface oxidized layer disposed remote from the substrate and having a thickness of up to 10 nm; or a combination of such a multilayer structure with a surface oxidized layer disposed remote from the substrate and having a thickness of up to 10 nm, wherein a silicon content C Si and a transition metal content C M of the layer of a transition metal/silicon base material satisfy the following formula:
A fairlead intended to cooperate with an anchoring chain, for a system for anchoring a floating installation to the ground, wherein said fairlead includes two structures (10, 11): (i) an upstream structure, for the fastening of said fairlead with said floating installation, and (ii) a downstream structure, including means for locking said anchoring chain in translation, wherein said downstream structure is assembled with said upstream structure through pivot connection means defining a horizontal axis of rotation, and wherein which fairlead includes guide means, for guiding a change of direction of the anchoring chain between an upstream section and a downstream section, wherein said guide means equip said downstream structure, wherein said downstream structure comprises two lateral plates delimiting the passage of the anchoring chain and between which are arranged the locking means and the guide means, characterized in that the upstream end of each of said lateral plates comprises a U-shaped bearing receiving an arm complementary of the upstream structure and cooperating together through a stud (12 a), to form the pivot connection means, each bearing (111 a) comprising two opposite branches (111 a 1, 111 a 2), remote from each other, wherein said guide means extend at least between the internal branches (111 a 1) opposite the two bearings (111 a). (i) an upstream structure, for the fastening of said fairlead with said floating installation, and (ii) a downstream structure, including means for locking said anchoring chain in translation,
Device for aiding the placement, laying and adjustment of the orientation of tubular section with turned-in sides, said device for aiding the placement, laying, fixing and adjustment of the orientation of sections being a portable, self-contained and movable one-piece assembly, with a hollow or solid elastic body, comprising in combination: - means of gripping (5a, 5b) the device for aiding the laying and adjustment of the orientation of tubular sections, - means of holding one or a plurality of spirit level and/or measuring devices, characterised in that said device comprises: - elastic means of referencing, centering and holding the device for aiding the laying and adjustment of the orientation of tubular sections in and on the section, - and elastic means of introducing the device for aiding the laying and adjustment of the orientation of tubular sections between the edges of the turned-in sides and into the chamber of the tubular section; the elastic means of introducing the aid device into the chamber of the tubular section forming a wedge or truncated wedge at its end which combines two concave slopes whose apical parts are substantially parallel to facilitate introduction between the two edges of the turned in-sides of the tubular section, followed by concave sloping parts to guide the introduction of the one-piece body into the chamber of the tubular section and accumulate enough elastic energy to hold the one-piece body in and on the tubular section after the edges of the turned-in sides have gone past the end parts of the sloping surfaces adjoining the reference bearing surface. - means of gripping (5a, 5b) the device for aiding the laying and adjustment of the orientation of tubular sections, - means of holding one or a plurality of spirit level and/or measuring devices, - elastic means of referencing, centering and holding the device for aiding the laying and adjustment of the orientation of tubular sections in and on the section, - and elastic means of introducing the device for aiding the laying and adjustment of the orientation of tubular sections between the edges of the turned-in sides and into the chamber of the tubular section; the elastic means of introducing the aid device into the chamber of the tubular section forming a wedge or truncated wedge at its end which combines two concave slopes whose apical parts are substantially parallel to facilitate introduction between the two edges of the turned in-sides of the tubular section, followed by concave sloping parts to guide the introduction of the one-piece body into the chamber of the tubular section and accumulate enough elastic energy to hold the one-piece body in and on the tubular section after the edges of the turned-in sides have gone past the end parts of the sloping surfaces adjoining the reference bearing surface.
A method for HVAC control schedule learning, comprising: receiving, over a learning day, immediate-control inputs (1012, 1112), each immediate-control input being received to change a current setpoint temperature used by a thermostat (110, 300) to control operation of an HVAC system, wherein the starting point for receiving immediate-control inputs is a constant energy-saving setpoint temperature; upon receipt of each of said immediate-control input: operating, by the thermostat (110, 300), the HVAC system according to the temperature defined by that immediate-control input until an expiration of that immediate-control input after a first predetermined time interval; and upon the expiration of the immediate-control input, automatically setting back the setpoint temperature so that the thermostat (110, 300) operates the HVAC system at the constant energy-saving setpoint temperature (1010, 1110) until such time as a next immediate-control input is received; and after the learning day, generating a learned HVAC schedule (1016, 1116) based on the immediate-control inputs and on the automatically setting back the setpoint temperature over the learning day. receiving, over a learning day, immediate-control inputs (1012, 1112), each immediate-control input being received to change a current setpoint temperature used by a thermostat (110, 300) to control operation of an HVAC system, wherein the starting point for receiving immediate-control inputs is a constant energy-saving setpoint temperature; upon receipt of each of said immediate-control input: operating, by the thermostat (110, 300), the HVAC system according to the temperature defined by that immediate-control input until an expiration of that immediate-control input after a first predetermined time interval; and upon the expiration of the immediate-control input, automatically setting back the setpoint temperature so that the thermostat (110, 300) operates the HVAC system at the constant energy-saving setpoint temperature (1010, 1110) until such time as a next immediate-control input is received; and operating, by the thermostat (110, 300), the HVAC system according to the temperature defined by that immediate-control input until an expiration of that immediate-control input after a first predetermined time interval; and upon the expiration of the immediate-control input, automatically setting back the setpoint temperature so that the thermostat (110, 300) operates the HVAC system at the constant energy-saving setpoint temperature (1010, 1110) until such time as a next immediate-control input is received; and after the learning day, generating a learned HVAC schedule (1016, 1116) based on the immediate-control inputs and on the automatically setting back the setpoint temperature over the learning day.
A laminate structure suitable for use as electrical insulation in on-board equipment in railcars or railways, comprising: a) a mica-aramid paper layer of comprising 35 to 55 weight percent mica, 20 to 60 weight percent of a first binder, and 5 to 25 weight percent of a first aramid floc, based on the amount of mica, first binder, and aramid floc in the mica-aramid paper layer, the mica being distributed uniformly in the mica-aramid paper layer, the mica-aramid paper layer having a first and second face; and b) an aramid paper layer comprising 35 to 75 weight percent of a second binder and 25 to 65 weight percent of a second aramid floc, based on the amount of second binder and second floc in the aramid paper layer, the aramid paper layer being essentially free of mica, the aramid paper layer having a first and second face; wherein the mica-aramid paper layer by itself has a limiting oxygen index of 37 percent or greater, and the aramid paper layer by itself has a LOI of 30 percent or less, LOI being measured according to ISO 4589-2, the aramid paper layer having a tensile strength and elongation greater than the mica-aramid paper layer; the tensile strength being measured in accordance with ISO 1924-2 and wherein the first or second face of the mica-aramid paper layer is homogeneously and continuously bound to the first face of the aramid paper layer; the laminate structure further having: i) a thickness of at least 0.10 mm, ii) a LOI of greater than 32 percent, LOI being measured according to ISO 4589-2, and iii) when exposed to a flame in an oxygen environment to determine LOI, the laminate structure burns as one piece. a) a mica-aramid paper layer of comprising 35 to 55 weight percent mica, 20 to 60 weight percent of a first binder, and 5 to 25 weight percent of a first aramid floc, based on the amount of mica, first binder, and aramid floc in the mica-aramid paper layer, the mica being distributed uniformly in the mica-aramid paper layer, the mica-aramid paper layer having a first and second face; and b) an aramid paper layer comprising 35 to 75 weight percent of a second binder and 25 to 65 weight percent of a second aramid floc, based on the amount of second binder and second floc in the aramid paper layer, the aramid paper layer being essentially free of mica, the aramid paper layer having a first and second face; i) a thickness of at least 0.10 mm, ii) a LOI of greater than 32 percent, LOI being measured according to ISO 4589-2, and iii) when exposed to a flame in an oxygen environment to determine LOI, the laminate structure burns as one piece.
A method of controlling a display apparatus, the method comprising: displaying a first page of a plurality of pages; based on a first touch input being sensed while the first page is displayed, displaying the first page and a preview user interface comprising a plurality of preview pages respectively corresponding to the plurality of pages; and based on a second touch input being sensed on a preview page among the plurality of preview pages, simultaneously revising a content in the preview page on which the second touch input is sensed and a content in a page of the plurality of pages corresponding to the preview page, according to the second touch input, while the first page and the preview user interface are displayed; wherein revising a content includes inserting, changing or deleting of an existing content. displaying a first page of a plurality of pages; based on a first touch input being sensed while the first page is displayed, displaying the first page and a preview user interface comprising a plurality of preview pages respectively corresponding to the plurality of pages; and based on a second touch input being sensed on a preview page among the plurality of preview pages, simultaneously revising a content in the preview page on which the second touch input is sensed and a content in a page of the plurality of pages corresponding to the preview page, according to the second touch input, while the first page and the preview user interface are displayed; wherein revising a content includes inserting, changing or deleting of an existing content.