mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for the heat treatment of a product, in particular a product contained within a hermetically sealed pouch or other plastic container, the apparatus comprising, a heating chamber (T1, T2) to contain a product as product is brought towards a treatment temperature and pressure, a sterilisation chamber to contain product at a pre-determined treatment temperature and pressure to sterilise product, and cooling chamber (T7-T9) to bring a product from said treatment temperature and pressure towards ambient; each chamber being selectively sealable from another chamber, the apparatus further comprising: one or more magazines of cassettes (57,40) to retain product, product being retained in a sealed container, and convey product through the apparatus; a plurality of conduits (29, 32) carrying heat-exchange fluids allowing heat to be transferred between chambers and comprising a heater, preferably producing steam, to supply heat to the apparatus; a heat-exchange chamber enabling heat energy to be transferred from one conduit to another; a hot well to retain a reservoir of heat exchange fluid at the highest temperature required by the apparatus. one or more magazines of cassettes (57,40) to retain product, product being retained in a sealed container, and convey product through the apparatus; a plurality of conduits (29, 32) carrying heat-exchange fluids allowing heat to be transferred between chambers and comprising a heater, preferably producing steam, to supply heat to the apparatus; a heat-exchange chamber enabling heat energy to be transferred from one conduit to another; a hot well to retain a reservoir of heat exchange fluid at the highest temperature required by the apparatus.
A composition for use in the treatment of an ungual infection, the composition comprising: (a) povidone iodine (PVP-I); and (b) at least 30% by weight dimethylsulfoxide (DMSO) with respect to the total composition; wherein the composition is capable of penetrating the unguis to treat the infection. (a) povidone iodine (PVP-I); and (b) at least 30% by weight dimethylsulfoxide (DMSO) with respect to the total composition;
A spinnaker launching and/or recovering system for launching and/or recovering a spinnaker on a sailboat, such as a yacht, comprising at least one hull and at least one mast extending upright from the deck of the sailboat, wherein the spinnaker setting and/or recovering system comprises - a first spinnaker guiding member, such as a ring member, which is releasably attachable to the bow in front or behind the fore stay, a bowsprit, a tack line attachable to the tack corner of a spinnaker characterized in that said first spinnaker guiding member comprises an opening through which the tack line and optionally a retrieval line (22,22') attached to the clew corner, the tack corner and/or to the lower luff of the spinnaker and the spinnaker itself are intended to be guided during setting and/or recovering thereof. - a first spinnaker guiding member, such as a ring member, which is releasably attachable to the bow in front or behind the fore stay, a bowsprit, a tack line attachable to the tack corner of a spinnaker characterized in that said first spinnaker guiding member comprises an opening through which the tack line and optionally a retrieval line (22,22') attached to the clew corner, the tack corner and/or to the lower luff of the spinnaker and the spinnaker itself are intended to be guided during setting and/or recovering thereof.
An assembly (100; 200) for a hand brake valve, comprising a metal rod (102; 202) with a non-circular external surface (102a; 202a); a handle insert (104; 204) at least partially surrounding the non-circular external surface (102a; 202a) of the metal rod (102; 202), and, wherein the assembly (100; 200) further comprises structural means (100a; 200a) that is configured to prevent any rotational movement between the handle insert (104; 204) and at least the metal rod (102; 202), characterized in that, the structural means (100a; 200a) is further configured to allow a rectilinear movement of the handle insert (104; 204) in relation to at least the metal rod (102; 202), in that the assembly (100; 200) further comprises an external shell (110; 210) which is positively coupled to the handle insert (104; 204), wherein the external shell (110; 210) encloses at least partially the handle insert (104 204), and in that the external shell (110; 210) is positively coupled to the handle insert (104; 204) such that there is no relative rotational movement possible between the external shell (110; 210) and the handle insert (104; 204). a metal rod (102; 202) with a non-circular external surface (102a; 202a); a handle insert (104; 204) at least partially surrounding the non-circular external surface (102a; 202a) of the metal rod (102; 202), and, wherein the assembly (100; 200) further comprises structural means (100a; 200a) that is configured to prevent any rotational movement between the handle insert (104; 204) and at least the metal rod (102; 202), characterized in that, the structural means (100a; 200a) is further configured to allow a rectilinear movement of the handle insert (104; 204) in relation to at least the metal rod (102; 202), in that the assembly (100; 200) further comprises an external shell (110; 210) which is positively coupled to the handle insert (104; 204), wherein the external shell (110; 210) encloses at least partially the handle insert (104 204), and in that the external shell (110; 210) is positively coupled to the handle insert (104; 204) such that there is no relative rotational movement possible between the external shell (110; 210) and the handle insert (104; 204).
A transgenic corn plant containing a chromosome comprising a heterologous polynucleotide insert expressing a cspB gene regulated by a truncated rice actin promoter, wherein said chromosome comprises a SEQ ID NO:24 sub-sequence wherein the neomycin phosphotransferase type II selectable marker gene located between the lox sites is excised, and wherein said heterologous polynucleotide insert confers improved water deficit tolerance to said corn plant.
Retaining spring for a lamp housing, comprising: a retaining leg for latching accommodation in a lamp housing, a latching leg comprising a latching portion for latching accommodation of a component comprising a latching portion corresponding to the latching portion, wherein the retaining leg comprises a first clamping leg which is connected to the latching leg substantially in a U-shape via a connecting leg, wherein, at an end of the first clamping leg facing away from the connecting leg, the retaining leg transitions into a second clamping leg which, on the side of the first clamping leg facing away from the latching leg, extends with a distal end to a height of the connecting leg, wherein the first and the second clamping leg (21, 22) can be moved between a distanced resting position and an adjacent clamping position, and wherein the retaining spring further comprises a seal support portion which, at least in the resting position, extends between the distal end and the connecting leg. a retaining leg for latching accommodation in a lamp housing, a latching leg comprising a latching portion for latching accommodation of a component comprising a latching portion corresponding to the latching portion, wherein the retaining leg comprises a first clamping leg which is connected to the latching leg substantially in a U-shape via a connecting leg, wherein, at an end of the first clamping leg facing away from the connecting leg, the retaining leg transitions into a second clamping leg which, on the side of the first clamping leg facing away from the latching leg, extends with a distal end to a height of the connecting leg, wherein the first and the second clamping leg (21, 22) can be moved between a distanced resting position and an adjacent clamping position, and wherein the retaining spring further comprises a seal support portion which, at least in the resting position, extends between the distal end and the connecting leg.
A compound represented by formula or a pharmacologically acceptable salt thereof: wherein Ar 1 and Ar 2 each independently represent a heteroaryl group or an aryl group, R 1, R 2 and R 3 each independently represent a hydrogen atom, a halogen atom, a C1-C6 alkyl group, a halogenated C1-C6 alkyl group, a hydroxy C1-C6 alkyl group, a C1-C6 alkoxy C1-C6 alkyl group, a C3-C7 cycloalkyl group or a cyano group, R 4 and R 5 each independently represent a hydrogen atom, a halogen atom, a C1-C6 alkyl group, a halogenated C1-C6 alkyl group, a hydroxyl group, a hydroxy C1-C6 alkyl group, a C1-C6 alkoxy C1-C6 alkyl group, a C3-C7 cycloalkyl group or a C1-C6 alkoxy group, and n represents an integer of 1 to 3, and wherein the heteroaryl group or the aryl group optionally has one or two substituents independently selected from a halogen atom, a C1-C6 alkyl group, a halogenated C1-C6 alkyl group, a hydroxyl group, a hydroxy C1-C6 alkyl group, a C1-C6 alkoxy C1-C6 alkyl group, a C3-C7 cycloalkyl group, a carboxy group, a cyano group, an amino group, a C1-C3 alkylamino group and a di-C1-C3 alkylamino group, and when the heteroaryl group or the aryl group has two such groups, the two groups are the same as or different from each other.
A traditional Chinese medicine composition for preventing or treating increased blood lipids, increased triglyceride, increased cholesterol, hyperlipidemia and atherosclerosis, wherein the traditional Chinese medicine composition is prepared by the following raw materials in part by weight: 20-30 parts of thorowax root, 10-20 parts of immature orange fruit, 5-15 parts of raw rhubarb, 5-10 parts of baical skullcap root, 5-15 parts of white peony root, 5-10 parts of dried ginger, 7-15 parts of leech, 5-15 parts of liquorice root, 5-15 parts of tangshen, 5-15 parts of largehead atractylodes rhizome and 10-20 parts of pinellia tuber.
A control circuit for use in a power converter, wherein the control circuit comprises: a drive signal generator (154; 454) coupled to generate a drive signal to control switching of a power switch to regulate an output of the power converter; a power down detection circuit coupled to the drive signal generator to indicate if a time between two pulses of the drive signal exceeds a threshold time period; an event detection circuit coupled to the power down detection circuit to render dormant the drive signal generator for a first time period if the power down detection circuit indicates that the time between pulses of the drive signal exceeds the threshold time period for a threshold consecutive number of times; and an oscillator coupled to the power down detection circuit, wherein the threshold time period comprises a threshold number of oscillator cycles of the oscillator, wherein the power down detection circuit comprises a power down counter to count the cycles of the oscillator and wherein the event detection circuit comprises an event detection counter to count a number of times that the power down detection circuit counts the threshold number of oscillator cycles. a drive signal generator (154; 454) coupled to generate a drive signal to control switching of a power switch to regulate an output of the power converter; a power down detection circuit coupled to the drive signal generator to indicate if a time between two pulses of the drive signal exceeds a threshold time period; an event detection circuit coupled to the power down detection circuit to render dormant the drive signal generator for a first time period if the power down detection circuit indicates that the time between pulses of the drive signal exceeds the threshold time period for a threshold consecutive number of times; and an oscillator coupled to the power down detection circuit, wherein the threshold time period comprises a threshold number of oscillator cycles of the oscillator, wherein the power down detection circuit comprises a power down counter to count the cycles of the oscillator and wherein the event detection circuit comprises an event detection counter to count a number of times that the power down detection circuit counts the threshold number of oscillator cycles.
Conveyor assembly for packages of containers for pharmaceutical use, said packages being contained in a bag, comprising a handling line for moving gripping elements each gripping element comprising at least one clamping jaw configured to hang at least one flap of said bag on the handling line characterized by comprising a dispensing apparatus positioned above said handling line and configured to supply a laminar flow of a gas directed towards the handling line so that each bag is invested by said laminar flow during the conveyance of the bag hung on the handling line, and a bag pickup station comprising at least one cutting device to remove the flap from the bag which is clamped at the at least one jaws of the respective gripping element.
A disposable injection device comprising: a dispensing chamber housing having an inner surface and an outer surface, the inner surface partially defining a dispensing chamber for holding a quantity of a substance; a plunger engaged with the inner surface of the dispensing chamber housing, the plunger capable of sliding in the dispensing chamber housing, the plunger fluidly sealed to the inner surface of the dispensing chamber housing, the plunger having a plunger interface; a needle fluidly coupled to the dispensing chamber; a pair of tip interface connectors (451,452,453) located on an interfacing surface of the disposable injection device, adapted to electrically couple the disposable injection device to a reuse assembly; a temperature control device at least partially surrounding the dispensing chamber housing, the temperature control device for altering a temperature of said substance in the dispensing chamber; whereby the said substance is injectable once the disposable injection device is mated to a reusable assembly and after the temperature of the substance is caused to be altered; characterised in that the temperature control device is electrically coupled to the pair of interface connectors; and in that the disposable injection device comprises a thermal sensor located near the dispensing chamber housing, the thermal sensor for measuring a temperature near the dispensing chamber housing, the thermal sensor electrically coupled to the pair of tip interface connectors. a dispensing chamber housing having an inner surface and an outer surface, the inner surface partially defining a dispensing chamber for holding a quantity of a substance; a plunger engaged with the inner surface of the dispensing chamber housing, the plunger capable of sliding in the dispensing chamber housing, the plunger fluidly sealed to the inner surface of the dispensing chamber housing, the plunger having a plunger interface; a needle fluidly coupled to the dispensing chamber; a pair of tip interface connectors (451,452,453) located on an interfacing surface of the disposable injection device, adapted to electrically couple the disposable injection device to a reuse assembly; a temperature control device at least partially surrounding the dispensing chamber housing, the temperature control device for altering a temperature of said substance in the dispensing chamber; whereby the said substance is injectable once the disposable injection device is mated to a reusable assembly and after the temperature of the substance is caused to be altered; characterised in that the temperature control device is electrically coupled to the pair of interface connectors; and in that the disposable injection device comprises a thermal sensor located near the dispensing chamber housing, the thermal sensor for measuring a temperature near the dispensing chamber housing, the thermal sensor electrically coupled to the pair of tip interface connectors.
A method for detecting network threats, comprising: collecting network traffic corresponding to communications within a network; analyzing metadata for the network traffic to identify an administrative realm, the administrative realm comprising an administrator host and administered hosts, the administrator host performs an administrative activity over an administrative protocol to the administered hosts, wherein the administrative realm is identified based on at least an analysis of the metadata to identify communications from the individual administrator host and to the multiple administered hosts, and the communications use a particular administrative protocol identified as being a protocol used for administration; identifying network activity within the network corresponding to the administrative realm; determining whether the network activity involves the administrator host or administered hosts from the administrative realm that are participating in network activity different from past activity recorded with respect to the administrative realm for the administrator host or administered hosts and identifying this network activity as suspicious activity if the network activity is different from the past activity; and generating an alert of the identified suspicious activity pertaining to the administrator host or administered hosts. collecting network traffic corresponding to communications within a network; analyzing metadata for the network traffic to identify an administrative realm, the administrative realm comprising an administrator host and administered hosts, the administrator host performs an administrative activity over an administrative protocol to the administered hosts, wherein the administrative realm is identified based on at least an analysis of the metadata to identify communications from the individual administrator host and to the multiple administered hosts, and the communications use a particular administrative protocol identified as being a protocol used for administration; identifying network activity within the network corresponding to the administrative realm; determining whether the network activity involves the administrator host or administered hosts from the administrative realm that are participating in network activity different from past activity recorded with respect to the administrative realm for the administrator host or administered hosts and identifying this network activity as suspicious activity if the network activity is different from the past activity; and generating an alert of the identified suspicious activity pertaining to the administrator host or administered hosts.
A method of deploying a tubular string from an offshore drilling unit into a subsea wellbore, wherein the tubular string comprises a slip joint, the method comprising: anchoring a lower portion of the tubular string below the slip joint to a non-heaving structure; characterized by: while the lower portion is anchored: supporting an upper portion of the tubular string above the slip joint with a spider of the offshore drilling unit; after supporting, adding one or more joints to the tubular string above the spider thereby extending the tubular string; and after adding, releasing the upper portion of the extended tubular string from the spider and releasing the lower portion of the extended tubular string from the non-heaving structure. anchoring a lower portion of the tubular string below the slip joint to a non-heaving structure; characterized by: while the lower portion is anchored: supporting an upper portion of the tubular string above the slip joint with a spider of the offshore drilling unit; after supporting, adding one or more joints to the tubular string above the spider thereby extending the tubular string; and after adding, releasing the upper portion of the extended tubular string from the spider and releasing the lower portion of the extended tubular string from the non-heaving structure. supporting an upper portion of the tubular string above the slip joint with a spider of the offshore drilling unit; after supporting, adding one or more joints to the tubular string above the spider thereby extending the tubular string; and after adding, releasing the upper portion of the extended tubular string from the spider and releasing the lower portion of the extended tubular string from the non-heaving structure.
A method for tone mapping an input image, the input image having an enhanced dynamic range higher than a standard dynamic range of a target display, the method comprising: applying a linear tone mapping function to the input image to determine a first output image; applying a non-linear tone mapping function to the first output image to determine a second output image; applying a spatial-to-frequency transform function to the first output image to determine a first transformed image; applying the spatial-to-frequency transform function to the second output image to determine a second transformed image; blending the first and the second transformed images together in the frequency domain by applying a weighted interpolation function to the first and the second transformed images to generate an interpolated transformed image; and applying an inverse frequency transform function to the interpolated transformed image to determine an output tone-mapped image to be displayed on the target display. the input image having an enhanced dynamic range higher than a standard dynamic range of a target display, the method comprising: applying a linear tone mapping function to the input image to determine a first output image; applying a non-linear tone mapping function to the first output image to determine a second output image; applying a spatial-to-frequency transform function to the first output image to determine a first transformed image; applying the spatial-to-frequency transform function to the second output image to determine a second transformed image; blending the first and the second transformed images together in the frequency domain by applying a weighted interpolation function to the first and the second transformed images to generate an interpolated transformed image; and applying an inverse frequency transform function to the interpolated transformed image to determine an output tone-mapped image to be displayed on the target display. applying a linear tone mapping function to the input image to determine a first output image; applying a non-linear tone mapping function to the first output image to determine a second output image; applying a spatial-to-frequency transform function to the first output image to determine a first transformed image; applying the spatial-to-frequency transform function to the second output image to determine a second transformed image; blending the first and the second transformed images together in the frequency domain by applying a weighted interpolation function to the first and the second transformed images to generate an interpolated transformed image; and applying an inverse frequency transform function to the interpolated transformed image to determine an output tone-mapped image to be displayed on the target display.