mhurhangee/ep-ind-claims huggingface dataset:
A hermetic compressor comprising: a hermetic housing; a motor built in the hermetic housing; and a compression mechanism that is provided above the motor and is driven by the motor through a driving shaft, the hermetic compressor being configured to: feed lubricant oil that fills an oil reservoir in a bottom portion of the hermetic housing, to a desired lubrication site of the compression mechanism through an oil feed pump and an oil feed hole provided in the driving shaft; and return the oil that has been used for lubrication of the site, to the oil reservoir through an oil discharge hole provided in a support member of the compression mechanism and an oil discharge pipe (47,47A,47B), wherein the oil discharge pipe has an upper end portion inserted and installed in a downward pipe insertion hole that intersects with the oil discharge hole that is provided outward in a radial direction in the support member, characterised in that oil discharged from the oil discharge hole is introducible into the oil discharge pipe through a side hole or a cutout (50A,50B) provided on an outer peripheral surface of the upper end portion of the oil discharge pipe. a hermetic housing; a motor built in the hermetic housing; and a compression mechanism that is provided above the motor and is driven by the motor through a driving shaft, the hermetic compressor being configured to: feed lubricant oil that fills an oil reservoir in a bottom portion of the hermetic housing, to a desired lubrication site of the compression mechanism through an oil feed pump and an oil feed hole provided in the driving shaft; and return the oil that has been used for lubrication of the site, to the oil reservoir through an oil discharge hole provided in a support member of the compression mechanism and an oil discharge pipe (47,47A,47B), wherein feed lubricant oil that fills an oil reservoir in a bottom portion of the hermetic housing, to a desired lubrication site of the compression mechanism through an oil feed pump and an oil feed hole provided in the driving shaft; and return the oil that has been used for lubrication of the site, to the oil reservoir through an oil discharge hole provided in a support member of the compression mechanism and an oil discharge pipe (47,47A,47B), wherein the oil discharge pipe has an upper end portion inserted and installed in a downward pipe insertion hole that intersects with the oil discharge hole that is provided outward in a radial direction in the support member, characterised in that oil discharged from the oil discharge hole is introducible into the oil discharge pipe through a side hole or a cutout (50A,50B) provided on an outer peripheral surface of the upper end portion of the oil discharge pipe.
An isolated viral ssRNA derived from the genome of BTV wherein the ssRNA comprises a mutation which destroys the function of an essential gene wherein the essential gene encodes VP6 protein and wherein said mutation comprises deletion of nucleotides 301-743 of the Blue Tongue viral gene encoding VP6.
A method of making an article having an anti-glare surface, comprising: forming a protective film on selected portions of at least one surface of the article, the forming comprises selective spray deposition, masked spray deposition, ink-jet deposition, or a combination thereof, to create an array of random spots, the spots protect from about 70 to about 99 percent of the underlying surface area of the at least one surface, the spots have an average diameter of about 0.1 to about 1,000 micrometers and the areas on the at least one surface not covered by the spots have an average diameter of about 1 to about 50 micrometers; contacting the at least one surface with a liquid etchant; and removing the protective film from the surface of the article to form the anti-glare surface. forming a protective film on selected portions of at least one surface of the article, the forming comprises selective spray deposition, masked spray deposition, ink-jet deposition, or a combination thereof, to create an array of random spots, the spots protect from about 70 to about 99 percent of the underlying surface area of the at least one surface, the spots have an average diameter of about 0.1 to about 1,000 micrometers and the areas on the at least one surface not covered by the spots have an average diameter of about 1 to about 50 micrometers; contacting the at least one surface with a liquid etchant; and removing the protective film from the surface of the article to form the anti-glare surface.
A vapour provision device comprising a vaporiser for generating a vapour from a vapour precursor material for inhalation by a user; wherein the device has a length L along a length direction, a thickness T along a thickness direction which is orthogonal to the length direction, and a width W along a width direction which is perpendicular to both the length direction and the thickness direction, wherein the width W and length L are both at least twice the thickness T, and wherein a minimum radius of curvature R for a peripheral edge of the device in a plane perpendicular to the thickness direction is at least 0.1 times the width W, wherein an outer surface of the device is provided with at least one depression, characterized in that said depression has a depth at its deepest part of between 1 mm and 5 mm and a width of between 0.2W and 0.8W.
An inflatable artificial pneumoperitoneum bag, comprising: a length and a width; an artificial pneumoperitoneum bag neck portion having a first end and a second end, the first end forming a bag opening; an artificial pneumoperitoneum bag body portion forming a closed cavity in fluid communication with the second end of the neck portion, the body portion having a length and width greater than a length and width of the neck portion; and a ring located at the bag opening, the ring configured to bias the bag opening toward an open condition, wherein the neck portion includes edges that extend parallel to a lengthwise axis of the bag, wherein the length of the bag is between 300 and 600 mm when the bag is uninflated, a maximum width of the bag is between 200 and 500 mm when the bag is uninflated, and the length of the neck portion is between 100 and 300 mm when the bag is uninflated, and wherein the neck portion has a diameter of between 100 and 220 mm when in the open condition. a length and a width; an artificial pneumoperitoneum bag neck portion having a first end and a second end, the first end forming a bag opening; an artificial pneumoperitoneum bag body portion forming a closed cavity in fluid communication with the second end of the neck portion, the body portion having a length and width greater than a length and width of the neck portion; and a ring located at the bag opening, the ring configured to bias the bag opening toward an open condition, wherein the neck portion includes edges that extend parallel to a lengthwise axis of the bag, wherein the length of the bag is between 300 and 600 mm when the bag is uninflated, a maximum width of the bag is between 200 and 500 mm when the bag is uninflated, and the length of the neck portion is between 100 and 300 mm when the bag is uninflated, and wherein the neck portion has a diameter of between 100 and 220 mm when in the open condition.
A method comprising: receiving sensor data of a physical asset from a physical sensor, the sensor data comprising position information associated with a location on the physical asset, which location is observed by the physical sensor; transforming the position information into virtual position information and applying the virtual position information to a virtual asset in a virtual environment corresponding to the physical asset by means of an actuator of the virtual environment; wherein the virtual asset is a digital replica of the physical asset; detecting movement information of a virtual structure of the virtual asset by means of virtual sensors positioned on the virtual asset based on the transformed and applied virtual position information wherein the movement information includes a change in position of structural components of the virtual asset; and outputting information concerning the detected movement information for display to a display device; wherein the output information includes alerts when the movement exceeds a predetermined threshold. receiving sensor data of a physical asset from a physical sensor, the sensor data comprising position information associated with a location on the physical asset, which location is observed by the physical sensor; transforming the position information into virtual position information and applying the virtual position information to a virtual asset in a virtual environment corresponding to the physical asset by means of an actuator of the virtual environment; wherein the virtual asset is a digital replica of the physical asset; detecting movement information of a virtual structure of the virtual asset by means of virtual sensors positioned on the virtual asset based on the transformed and applied virtual position information wherein the movement information includes a change in position of structural components of the virtual asset; and outputting information concerning the detected movement information for display to a display device; wherein the output information includes alerts when the movement exceeds a predetermined threshold.
A powered surgical stapler comprising: a housing an endoscopic portion extending distally from the housing and defining a first longitudinal axis; a drive motor disposed at least partially within a housing; a firing rod disposed in mechanical cooperation with the drive motor; an end effector disposed adjacent a distal portion of the endoscopic portion, the end effector being in mechanical cooperation with the firing rod to file a surgical fastener; a current sensor configured to measure a current draw on the motor; a controller configured to determine whether the surgical fastener is successfully deployed based on a first waveform of the current draw on the motor; and said powered surgical stapler being characterized in that it further comprises a memory configured to store successful test firing data comprising a second waveform of the current draw on the motor during successful firing of the powered surgical stapler, wherein the controller compares the first waveform of the current draw on the motor to the second waveform of the successful test firing data to determine whether the surgical fastener is successfully deployed. a housing an endoscopic portion extending distally from the housing and defining a first longitudinal axis; a drive motor disposed at least partially within a housing; a firing rod disposed in mechanical cooperation with the drive motor; an end effector disposed adjacent a distal portion of the endoscopic portion, the end effector being in mechanical cooperation with the firing rod to file a surgical fastener; a current sensor configured to measure a current draw on the motor; a controller configured to determine whether the surgical fastener is successfully deployed based on a first waveform of the current draw on the motor; and said powered surgical stapler being characterized in that it further comprises a memory configured to store successful test firing data comprising a second waveform of the current draw on the motor during successful firing of the powered surgical stapler, wherein the controller compares the first waveform of the current draw on the motor to the second waveform of the successful test firing data to determine whether the surgical fastener is successfully deployed.
A method of determining an operational configuration of an asset (105, 205, 502), wherein the asset (105, 205, 502) refers to a device, a system, an instrument or a machinery manufactured or used in an industry or any other installation employed for performing an operation, the method comprising: receiving, by a processing unit, a set of operating parameters associated with the asset (105, 205, 502), wherein the set of operating parameters correspond to initial operating conditions of the asset (105, 205, 502); identifying data associated with the asset (105, 205, 502) based on the received set of operating parameters, wherein the data associated with the asset (105, 205, 502) is stored in a first knowledge database comprising information pertaining to a first digital twin of the asset (105, 205, 502), wherein the first digital twin represents a generic replica of the asset (105, 205, 502) which represents a normalized cumulative model for an asset (105, 205, 502); configuring a second digital twin of the asset (105, 205, 502) based on the data identified from the first knowledge database, wherein the second digital twin of the asset (105, 205, 502) is derived from the first digital twin based on the data identified from the first knowledge database and depicts a variant of the asset (105, 205, 502); simulating a behavior of the asset (105, 205, 502) based on the configured second digital twin of the asset (105, 205, 502) in a simulation environment; and determining the operational configuration associated with the variant of the asset (105, 205, 502) based on results of the simulation. receiving, by a processing unit, a set of operating parameters associated with the asset (105, 205, 502), wherein the set of operating parameters correspond to initial operating conditions of the asset (105, 205, 502); identifying data associated with the asset (105, 205, 502) based on the received set of operating parameters, wherein the data associated with the asset (105, 205, 502) is stored in a first knowledge database comprising information pertaining to a first digital twin of the asset (105, 205, 502), wherein the first digital twin represents a generic replica of the asset (105, 205, 502) which represents a normalized cumulative model for an asset (105, 205, 502); configuring a second digital twin of the asset (105, 205, 502) based on the data identified from the first knowledge database, wherein the second digital twin of the asset (105, 205, 502) is derived from the first digital twin based on the data identified from the first knowledge database and depicts a variant of the asset (105, 205, 502); simulating a behavior of the asset (105, 205, 502) based on the configured second digital twin of the asset (105, 205, 502) in a simulation environment; and determining the operational configuration associated with the variant of the asset (105, 205, 502) based on results of the simulation.
A road classification system comprising: at least one tire supporting a vehicle; a tire-mounted sensor operable to measure a tire inflation pressure; a vehicle-mounted speed sensor operable to measure a vehicle speed; a tire-mounted identification tag operable to identify the one tire by an identification code; a tire construction database operable for identifying a tire construction type for the one tire from the identification code; a vehicle-mounted axle vertical acceleration sensor operable to measure an axle vertical acceleration of the vehicle; and a road surface classification model for concluding a road surface condition based on measured changes in the measured axle vertical acceleration of the vehicle, the measured tire inflation pressure, and the identified tire construction type; characterized in that the road surface classification model is configured to make the road surface condition conclusion further based on a measured damping of a main suspension of the vehicle, a vertical stiffness of the one tire and the measured vehicle speed. at least one tire supporting a vehicle; a tire-mounted sensor operable to measure a tire inflation pressure; a vehicle-mounted speed sensor operable to measure a vehicle speed; a tire-mounted identification tag operable to identify the one tire by an identification code; a tire construction database operable for identifying a tire construction type for the one tire from the identification code; a vehicle-mounted axle vertical acceleration sensor operable to measure an axle vertical acceleration of the vehicle; and a road surface classification model for concluding a road surface condition based on measured changes in the measured axle vertical acceleration of the vehicle, the measured tire inflation pressure, and the identified tire construction type; characterized in that the road surface classification model is configured to make the road surface condition conclusion further based on a measured damping of a main suspension of the vehicle, a vertical stiffness of the one tire and the measured vehicle speed.
A tire comprising: a circumferential tread (600, 700) including at least one circumferential groove defining a side of at least one tread element; at least one sipe (620, 720) provided in the at least one tread eiemeni, the at least one sipe (620, 720) having a curved main portion having a single curve consisting of an arc that is substantially equal to 90 degrees, the at least one sipe having a substantially straight minor portion extending from one end portion of the main portion at an angle of 90 degrees, and the at least one sipe (620, 720) having a thickness of less than 0.030 inches (0.76 mm). a circumferential tread (600, 700) including at least one circumferential groove defining a side of at least one tread element; at least one sipe (620, 720) provided in the at least one tread eiemeni, the at least one sipe (620, 720) having a curved main portion having a single curve consisting of an arc that is substantially equal to 90 degrees, the at least one sipe having a substantially straight minor portion extending from one end portion of the main portion at an angle of 90 degrees, and the at least one sipe (620, 720) having a thickness of less than 0.030 inches (0.76 mm). the at least one sipe (620, 720) having a curved main portion having a single curve consisting of an arc that is substantially equal to 90 degrees, the at least one sipe having a substantially straight minor portion extending from one end portion of the main portion at an angle of 90 degrees, and the at least one sipe (620, 720) having a thickness of less than 0.030 inches (0.76 mm).
A system, comprising a thermoforming machine and a number of work stations, wherein thermoform products to be produced can be conveyed on pallets between the thermoforming machine and the work stations, wherein the pallets are connected to a conveying element and can be moved by the latter in a conveying direction between the thermoforming machine and the work stations, characterized in that at least one mechanical stop that is stationary in the conveying direction is arranged on at least one work station and that at least one corresponding counter stop is arranged on the pallets, wherein the pallets are elastically mounted relative to the conveying element at least in the conveying direction so that between the pallet and the conveying element, a displacement in the conveying direction is possible.
A tyre mounting/demounting tool assembly for a tyre mounting/demounting machine, comprising: a carrier unit having a first as well as a second end (112, 114) and being provided with first support means for receiving a bead breaker tool and second support means for receiving a mounting support tool, a bead breaker tool for loosening the tyre bead from the rim edge of a wheel, having a first as well as a second end (202, 204), the first end is provided with at least one bead breaker tool element and the second end is adapted to be mounted to the carrier unit via the first support means, and a mounting support tool for supporting the mounting of at least one tyre bead of a tyre to be mounted on a rim, the mounting support tool having a first as well as a second end (302, 304), the first end is provided with at least one mounting support tool element and the second end is adapted to be mounted to the carrier unit via the second support means, wherein the shape of the bead breaker tool element and the shape of the mounting support tool are at least partially congruent to each other. a carrier unit having a first as well as a second end (112, 114) and being provided with first support means for receiving a bead breaker tool and second support means for receiving a mounting support tool, a bead breaker tool for loosening the tyre bead from the rim edge of a wheel, having a first as well as a second end (202, 204), the first end is provided with at least one bead breaker tool element and the second end is adapted to be mounted to the carrier unit via the first support means, and a mounting support tool for supporting the mounting of at least one tyre bead of a tyre to be mounted on a rim, the mounting support tool having a first as well as a second end (302, 304), the first end is provided with at least one mounting support tool element and the second end is adapted to be mounted to the carrier unit via the second support means, wherein the shape of the bead breaker tool element and the shape of the mounting support tool are at least partially congruent to each other.
A capsule for the treatment of dysuria, which comprises: a granule prepared by wet granulation of a mixture of a) as an active ingredient, an indoline compound having an α 1 -adrenoceptor blocking activity and represented by the formula: b) D-mannitol as a filler; and c) partially pregelatinized starch as a disintegrator; and as a component added after said granulation, d)0.5-2.0% magnesium stearate, and e) sodium lauryl sulfate, wherein the ratio of sodium lauryl sulfate to magnesium stearate is from 1:10 to 20:10 and; wherein 85% dissolution time is not more than 15 minutes in a dissolution test according to method 2 (paddle method) of the Japanese pharmacopoeia in a condition using water as a test medium and a paddle speed of 50rpm. a granule prepared by wet granulation of a mixture of a) as an active ingredient, an indoline compound having an α 1 -adrenoceptor blocking activity and represented by the formula: b) D-mannitol as a filler; and c) partially pregelatinized starch as a disintegrator; and as a component added after said granulation, d)0.5-2.0% magnesium stearate, and e) sodium lauryl sulfate, wherein the ratio of sodium lauryl sulfate to magnesium stearate is from 1:10 to 20:10 and; wherein 85% dissolution time is not more than 15 minutes in a dissolution test according to method 2 (paddle method) of the Japanese pharmacopoeia in a condition using water as a test medium and a paddle speed of 50rpm.
Seal for temporary fastening on a substrate, comprising a first support layer, and a second support layer, wherein the first support layer and the second support layer are bonded to each other at least indirectly, and wherein the seal can be fastened on the substrate, characterised in that the second support layer, which faces the substrate when the seal is in the applied state, is more extensible than the first support layer, and in that the at least indirect adhesive bond between the first support layer and the second support layer is formed at least in a distanceable security region and an inseparable bond region, such that, if detachment is attempted, a visible irreversible distancing of the first support layer from the second support layer occurs in the security region.