mhurhangee/patent-ind-claim-en huggingface dataset:
An ophthalmic lens comprising a transparent substrate with a front face and a rear face, the rear face being coated with a multilayered antireflective coating comprising a stack of at least one layer A having a refractive index n A less than 1.55 and comprising a silicon oxide, and of at least one layer B having a refractive index n B greater than or equal to 1.55, wherein a mean reflection factor in the range 280 nm to 380 nm weighted by the W(λ) function defined according to the ISO 13666:1998 standard (Ruv) on the rear face is less than or equal to 5% for an angle of incidence of 35°, the multilayered antireflective coating has been deposited by sputtering, characterized in that the ophthalmic lens has a critical temperature greater than or equal to 60°C, wherein the critical temperature is defined as the temperature from which the multilayered antireflective coating is cracked, and wherein the ratio [sum of the physical thicknesses of the layers having a refractive index less than 1.55 in the multilayered antireflective coating / sum of the physical thicknesses of the layers having a refractive index equal to or greater than 1.55 in the multilayered antireflective coating] is less than 0.9.
A compound comprising a 4-amino-1,8-naphthalimide for use in a method of restoring vascular compliance in a diseased blood vessel, wherein: a delivery system is inserted into the blood vessel; a bolus of the composition comprising the 4-amino-1,8-naphthalimide compound is applied to the blood vessel; and the composition is activated with a sufficient amount of an activating agent to restore the vascular compliance of the blood vessel, wherein the 4-amino-1,8-naphthalimide compound is obtainable using the synthesis method of Example 1 or Example 2. a delivery system is inserted into the blood vessel; a bolus of the composition comprising the 4-amino-1,8-naphthalimide compound is applied to the blood vessel; and the composition is activated with a sufficient amount of an activating agent to restore the vascular compliance of the blood vessel, wherein the 4-amino-1,8-naphthalimide compound is obtainable using the synthesis method of Example 1 or Example 2.
A hair bundle apparatus comprising: a first section comprising a loop member having a first end and a second end , wherein the loop member is an elastic band, wherein the first end and the second end are twisted between 45 and 360 degrees thereby allowing the loop member to be crocheted to a wig or directly to a user's hair; a second section comprising a locking member ; and a third section comprising a third end and a fourth end , wherein the third section includes human hair that has been sewn to a filament to form a weft , wherein the weft includes a first weft end and a second weft end , and wherein the first weft end and the second weft end are wrapped around the first end and the second end of the loop member; and wherein: the locking member is a thread, which secures the first weft end and the second weft end to the loop member by sewing the first weft end and the second weft end to the loop member; the locking member further includes glue that covers the thread, securing the thread to the third section and preventing the thread from unravelling; and the human hair of the third section is folded back at the third end such that the third end overlaps a portion of the remainder of the length of the human hair. a first section comprising a loop member having a first end and a second end , wherein the loop member is an elastic band, wherein the first end and the second end are twisted between 45 and 360 degrees thereby allowing the loop member to be crocheted to a wig or directly to a user's hair; a second section comprising a locking member ; and a third section comprising a third end and a fourth end , wherein the third section includes human hair that has been sewn to a filament to form a weft , wherein the weft includes a first weft end and a second weft end , and the locking member is a thread, which secures the first weft end and the second weft end to the loop member by sewing the first weft end and the second weft end to the loop member; the locking member further includes glue that covers the thread, securing the thread to the third section and preventing the thread from unravelling; and the human hair of the third section is folded back at the third end such that the third end overlaps a portion of the remainder of the length of the human hair.
A computer-implemented method of creating a smart reminder, comprising: receiving a user input on a device; if the user input is not textual, converting the user input to a textual input; parsing the textual input to identify one or more entities associated with the textual input, wherein at least one entity is associated with a person; connecting the textual input with one or more third-party applications semantically related to the textual input; based at least in part on the processed user input, automatically generating a smart reminder; detecting at least one triggering event associated with the smart reminder, wherein detecting the triggering event comprises detecting the person; and based on detecting the at least one triggering event, pulling additional information from the one or more third-party applications connected to the textual input; appending the additional information to the smart reminder; and providing the smart reminder with the additional information on a display of the device. receiving a user input on a device; if the user input is not textual, converting the user input to a textual input; parsing the textual input to identify one or more entities associated with the textual input, wherein at least one entity is associated with a person; connecting the textual input with one or more third-party applications semantically related to the textual input; based at least in part on the processed user input, automatically generating a smart reminder; detecting at least one triggering event associated with the smart reminder, wherein detecting the triggering event comprises detecting the person; and based on detecting the at least one triggering event, pulling additional information from the one or more third-party applications connected to the textual input; appending the additional information to the smart reminder; and providing the smart reminder with the additional information on a display of the device. pulling additional information from the one or more third-party applications connected to the textual input; appending the additional information to the smart reminder; and providing the smart reminder with the additional information on a display of the device.
An engine comprising: a cylinder head ; a cylinder connected to the cylinder head ; a crankcase connected to the cylinder , the crankcase has a structure divided right and left; and an oil tank including a first oil compartment and a second oil compartment , the oil tank being disposed below the crankcase , the first and second oil compartments are disposed right and left, wherein the engine comprises means configured to supply the cylinder head with a lubricating oil from the first oil compartment when the lubricating oil has a temperature of less than a predetermined value, the engine comprises means configured to supply the cylinder head with the lubricating oil at least from the second oil compartment when the lubricating oil has a temperature of greater than or equal to the predetermined value, an outer surface of the first oil compartment is exposed outside the engine , an outer surface of the second oil compartment is exposed outside the engine , and a sum of a surface area of an inner surface and a surface area of the outer surface of the first oil compartment is less than a sum of a surface area of an inner surface and a surface area of the outer surface of the second oil compartment , wherein at least portion of the oil tank is integrated with the crankcase , a partition is disposed between the first oil compartment and the second oil compartment , the partition 6 extends in a back-and-forth direction on a bottom portion of the crankcase , and divides the first and second oil compartments right and left. a cylinder head ; a cylinder connected to the cylinder head ; a crankcase connected to the cylinder , the crankcase has a structure divided right and left; and an oil tank including a first oil compartment and a second oil compartment , the oil tank being disposed below the crankcase , the first and second oil compartments are disposed right and left, wherein the engine comprises means configured to supply the cylinder head with a lubricating oil from the first oil compartment when the lubricating oil has a temperature of less than a predetermined value, the engine comprises means configured to supply the cylinder head with the lubricating oil at least from the second oil compartment when the lubricating oil has a temperature of greater than or equal to the predetermined value, an outer surface of the first oil compartment is exposed outside the engine , an outer surface of the second oil compartment is exposed outside the engine , and a sum of a surface area of an inner surface and a surface area of the outer surface of the first oil compartment is less than a sum of a surface area of an inner surface and a surface area of the outer surface of the second oil compartment , wherein at least portion of the oil tank is integrated with the crankcase , a partition is disposed between the first oil compartment and the second oil compartment , the partition 6 extends in a back-and-forth direction on a bottom portion of the crankcase , and divides the first and second oil compartments right and left.
An absorbent article comprising: a crotch portion (C2); a front side portion (F2) and a rear side portion (B2) that are extended toward a front side and a rear side of the crotch portion (C2), respectively; and an absorbent body provided at least at the crotch portion (C2), wherein a pair of slits each extending in a front and rear direction with a predetermined width is formed in the absorbent body at a region in the front and rear direction including at least the crotch portion (C2), so as to section the absorbent body into a first portion positioned at middle in a width direction, and a second portion and a third portion positioned at both sides of the first portion in the width direction, respectively, characterized in that the absorbent body includes: projection portions projected toward outside in the width direction into the pair of slits respectively, at middle in the front and rear direction of the first portion , and cavity portions in the second portion and the third portion at a position corresponding to the projection portions in the front and rear direction, in a worn state, at least a part of the projection portions fit into the cavity portions of the second and the third portions respectively. a crotch portion (C2); a front side portion (F2) and a rear side portion (B2) that are extended toward a front side and a rear side of the crotch portion (C2), respectively; and an absorbent body provided at least at the crotch portion (C2), wherein a pair of slits each extending in a front and rear direction with a predetermined width is formed in the absorbent body at a region in the front and rear direction including at least the crotch portion (C2), so as to section the absorbent body into a first portion positioned at middle in a width direction, and a second portion and a third portion positioned at both sides of the first portion in the width direction, respectively, characterized in that the absorbent body includes: projection portions projected toward outside in the width direction into the pair of slits respectively, at middle in the front and rear direction of the first portion , and cavity portions in the second portion and the third portion at a position corresponding to the projection portions in the front and rear direction, in a worn state, at least a part of the projection portions fit into the cavity portions of the second and the third portions respectively. projection portions projected toward outside in the width direction into the pair of slits respectively, at middle in the front and rear direction of the first portion , and cavity portions in the second portion and the third portion at a position corresponding to the projection portions in the front and rear direction, in a worn state, at least a part of the projection portions fit into the cavity portions of the second and the third portions respectively.
Apparatus for use with a guidewire , comprising: a. a biliary stent ; and b. an elongated stent-conveyance tube comprising a distal guidewire-retaining segment that includes (i) respective distal and proximal apertures defining a guidewire-path therethrough, and (ii) a lengthways laterally-breachable portion , wherein the stent and the stent-conveyance tube are arrangeable, in combination with the guidewire , in a stent-advancement configuration for advancement of the stent together with the stent-conveyance tube along the guidewire into a body lumen of a human subject, the stent-advancement configuration being such that: i. the guidewire passes through the respective apertures so as to interiorly traverse the guidewire-retaining segment , ii. the stent surrounds a stent-conveyance tube segment that is proximally displaced from the guidewire-retaining segment , and iii. the laterally-breachable portion of the guidewire-retaining segment is breachable by the guidewire responsively to a proximal-direction withdrawal of the stent-conveyance tube , so as to decouple the guidewire from the tube without longitudinal displacement of the guidewire , when the stent is disposed at a target deployment location within the lumen . a. a biliary stent ; and b. an elongated stent-conveyance tube comprising a distal guidewire-retaining segment that includes (i) respective distal and proximal apertures defining a guidewire-path therethrough, and (ii) a lengthways laterally-breachable portion , i. the guidewire passes through the respective apertures so as to interiorly traverse the guidewire-retaining segment , ii. the stent surrounds a stent-conveyance tube segment that is proximally displaced from the guidewire-retaining segment , and iii. the laterally-breachable portion of the guidewire-retaining segment is breachable by the guidewire responsively to a proximal-direction withdrawal of the stent-conveyance tube , so as to decouple the guidewire from the tube without longitudinal displacement of the guidewire , when the stent is disposed at a target deployment location within the lumen .
A garden watering controller for operating a valve for controlling supply of water into a garden watering arrangement, the controller comprising a light sensor for sensing ambient light levels, and a central unit for receiving sensed light level signals from the light sensor and for outputting control signals for operating the valve in dependence on the sensed light level signals wherein the central unit is programmable such that the control signals output by the central unit , and hence resulting operation of the valve , are dependent on a stored program; the garden watering controller comprises a user interface for allowing a user to program the operation of the central unit ; wherein the garden watering controller is programmable to provide watering operation at: i) dusk; ii) dawn; iii) dawn and dusk; via the user interface , and the user interface comprises a first user control for programming the controller to control and indicate whether watering should occur at dusk, dawn, or dawn and dusk; and the first user control is also arranged for indicating the duration for which watering should occur at the selected time(s), wherein an operative range of the first user control has three segments , a first segment corresponding to operation of the valve at dawn, a second segment corresponding to operation of the valve at dusk, and a third segment corresponding to operation of the valve at dawn and dusk. the central unit is programmable such that the control signals output by the central unit , and hence resulting operation of the valve , are dependent on a stored program; the garden watering controller comprises a user interface for allowing a user to program the operation of the central unit ; wherein the garden watering controller is programmable to provide watering operation at: i) dusk; ii) dawn; iii) dawn and dusk; i) dusk; ii) dawn; iii) dawn and dusk; via the user interface , and the user interface comprises a first user control for programming the controller to control and indicate whether watering should occur at dusk, dawn, or dawn and dusk; and the first user control is also arranged for indicating the duration for which watering should occur at the selected time(s), wherein an operative range of the first user control has three segments , a first segment corresponding to operation of the valve at dawn, a second segment corresponding to operation of the valve at dusk, and a third segment corresponding to operation of the valve at dawn and dusk.
A portable conveyor system including a modularly constructed conveyor , in particular a modularly constructed overhead conveyor , and a plurality of transport modules each formed of a plurality of pre-installed and pre-tested conveyor components , wherein the modules are arranged directly adjacent next to each other and/or on top of each other for commonly forming the system in a state of being connected to each other, characterized in that the conveyor comprises: a plurality of conveying lines commonly forming, with regard to material flow, a pre-defined course of conveying lines , which is preferaby closed, and comprising straight elements , curved elements , and actuators , wherein each of the conveying lines comprises a separate machine frame ; at least one drive unit ; at least one control device ; and transport means movable along the course of conveying lines by the at least one drive unit for transporting load supports , preferably hanging hangers , bags , or trolleys, through the system ; and wherein each module comprises: a standardized exterior dimension (H, B, L); a support structure , dimension (H, B, L) of which is adapted to the standardized exterior dimension (H, B, L); and at least one of the conveying lines , wherein the machine frame of each of the conveying lines is connected permanently to the support structure , wherein each of the transport modules comprises spatially standardized conveyor interfaces , wherein each of the conveyor interfaces couples, in terms of material flow, to a different spatially standardized conveyor interface of a module arranged directly adjacent, and wherein the spatially standardized conveyor interfaces are defined along one single uniform grid along which the course of conveying lines and the dimensions of the transport modules as well as the support structure und transport-structure interfaces are orientated also, wherein the grid is structured like a lattice and comprises in the longitudinal direction (X) a lattice constant a, in the transversal direction (Z) a lattice constant b, and in the height direction (Y) a lattice constant c, which are equal in magnitude, wherein the conveyor enters the respective transport modules and exits the respective transport modules at locations arranged along the grid. a plurality of conveying lines commonly forming, with regard to material flow, a pre-defined course of conveying lines , which is preferaby closed, and comprising straight elements , curved elements , and actuators , wherein each of the conveying lines comprises a separate machine frame ; at least one drive unit ; at least one control device ; and transport means movable along the course of conveying lines by the at least one drive unit for transporting load supports , preferably hanging hangers , bags , or trolleys, through the system ; a standardized exterior dimension (H, B, L); a support structure , dimension (H, B, L) of which is adapted to the standardized exterior dimension (H, B, L); and at least one of the conveying lines , wherein the machine frame of each of the conveying lines is connected permanently to the support structure ,
Turbocharger for an internal combustion engine, comprising a compressor assembly , the compressor assembly comprises: a spiral housing with a flow channel which is designed to convey a first fluid which can be sucked up from outside the compressor assembly and to feed said fluid to a compressor outlet; and a conical diffuser, a compressor outlet flange which is arranged on the spiral housing and is adjacent to the conical diffuser, an injection device for improving the load response behavior of an internal combustion engine which can be connected to the turbocharger, wherein the injection device is designed to introduce air from outside the compressor assembly into the flow channel , wherein the injection device is arranged outside the flow channel of the spiral housing , characterized in that the injection device is designed so as to inject the air in the conical diffuser . a spiral housing with a flow channel which is designed to convey a first fluid which can be sucked up from outside the compressor assembly and to feed said fluid to a compressor outlet; and a conical diffuser, a compressor outlet flange which is arranged on the spiral housing and is adjacent to the conical diffuser, an injection device for improving the load response behavior of an internal combustion engine which can be connected to the turbocharger, wherein the injection device is designed to introduce air from outside the compressor assembly into the flow channel , wherein the injection device is arranged outside the flow channel of the spiral housing , characterized in that the injection device is designed so as to inject the air in the conical diffuser .
A transport vehicle used for the transport of rollable goods or vehicles, in particular, of motor vehicles (12, 12', 12"), passenger vehicles, or the like, with at least three axles (20, 22, 24, 24', 24") arranged on a chassis of the transport vehicle ; with a driver's cab arranged at the front end above a steerable front axle ; as well as with a transport area at least partly assigned to the chassis , the transport area having a support surface for the rollable goods or vehicles to be transported, wherein the chassis has adjustment means used for the adjustment of a distance between a centre axle of the transport vehicle and at least one rear axle (24, 24', 24"), and wherein the support surface of the transport area is adjustable and/or slidable and/or swivelable in relation to the chassis .