mhurhangee/ep-ind-claims huggingface dataset:
Leg garment, in particular a stocking, trousers, a leg warmer or leggings, comprising at least one compression region in which the leg garment, when it is being worn, exerts a compression effect on the leg of the wearer of the leg garment, and comprising at least one stimulus-inducing structure which, when the garment is being worn, is arranged on an inner side of the leg garment directed towards the leg of the wearer of the leg garment, wherein the stimulus-inducing structure comprises at least one stimulus-inducing functional element, wherein at least one functional element comprises a knitted region of the leg garment which, in terms of its knit construction, differs from a knitted region of the leg garment adjoining the functional element and is configured as a plush, characterized in that, when the leg garment is being worn, an outer contour of at least one stimulus-inducing structure corresponds substantially to an outer contour of the musculus gastrocnemius muscle, the musculus vastus medialis muscle, the musculus vastus lateralis muscle, the musculus gluteus medius muscle, the musculus gluteus minimus muscle, the tractus iliotibialis fascia structure, the musculus rectus femoris muscle and/or the posterior flexor muscles of the thigh.
Mechanised surgical equipment comprising: - at least one instrument holder comprising means for receiving and holding a surgical instrument for mechanised use, and - at least one surgical instrument for mechanised use intended to be mounted on said instrument holder, said instrument comprising a shank intended to engage with the instrument holder and an active blade, said receiving and holding means being movable between: - an unlocking position, wherein they allow the insertion of said shank of the instrument into the instrument holder or the removal of said shank from the instrument holder, and; - a locking position, wherein it prevents the removal of said shank from the instrument holder; and characterised in that it comprises a sheath wherein said active blade of said instrument may be removably housed, said sheath having an engagement element intended to engage with said receiving and holding means to induce the switch thereof from said unlocking position to the locking position, or vice versa. - at least one instrument holder comprising means for receiving and holding a surgical instrument for mechanised use, and - at least one surgical instrument for mechanised use intended to be mounted on said instrument holder, said instrument comprising a shank intended to engage with the instrument holder and an active blade, - an unlocking position, wherein they allow the insertion of said shank of the instrument into the instrument holder or the removal of said shank from the instrument holder, and; - a locking position, wherein it prevents the removal of said shank from the instrument holder;
A method of making an electron beam irradiated osteoinductive implant, the method comprising: exposing an osteoinductive implant containing lyophilized demineralized bone matrix fibers without carrier or binding agent to electron beam radiation at a dose of from 10 kilograys to 100 kilograys for a period of time from 1 minute to 60 minutes to reduce microorganisms in the osteoinductive implant and to obtain the electron beam irradiated osteoinductive implant, wherein the osteoinductive properties of the electron beam irradiated osteoinductive implant are decreased by 0 to up to 20%. exposing an osteoinductive implant containing lyophilized demineralized bone matrix fibers without carrier or binding agent to electron beam radiation at a dose of from 10 kilograys to 100 kilograys for a period of time from 1 minute to 60 minutes to reduce microorganisms in the osteoinductive implant and to obtain the electron beam irradiated osteoinductive implant, wherein the osteoinductive properties of the electron beam irradiated osteoinductive implant are decreased by 0 to up to 20%.
Fat composition comprising: greater than 45% by weight oleic acid; from 10% to 35% by weight stearic acid; and from 1% to 10% by weight palmitic acid; said percentages of acids referring to acids bound as acyl groups in glycerides in the fat composition and being based on the total weight of C8 to C24 fatty acids; and greater than 5% by weight of combined P 2 St, PSt 2 and StStSt triglycerides based on total triglycerides present in the composition, and a weight ratio of (StOSt+POSt):(StStSt+PStSt) triglycerides of less than 3, wherein P is palmitic acid, O is oleic acid and St is stearic acid. greater than 45% by weight oleic acid; from 10% to 35% by weight stearic acid; and from 1% to 10% by weight palmitic acid; said percentages of acids referring to acids bound as acyl groups in glycerides in the fat composition and being based on the total weight of C8 to C24 fatty acids; and greater than 5% by weight of combined P 2 St, PSt 2 and StStSt triglycerides based on total triglycerides present in the composition, and a weight ratio of (StOSt+POSt):(StStSt+PStSt) triglycerides of less than 3, wherein P is palmitic acid, O is oleic acid and St is stearic acid.
A load detector, comprising: a first beam type load cell which is supported on a first support base in a cantilever manner to have a free end; a second beam type load cell which is disposed to face the first beam type load cell and which is supported on a second support base in a cantilever manner to have a free end; and a mounting part on which an object is to be placed, which includes a first connection part connected to the first beam type load cell and a second connection part connected to the second beam type load cell, and which is disposed between the first beam type load cell and the second beam type load cell, wherein the first connection part of the mounting part is connected to the first beam type load cell on a side of the free end of the first beam type load cell and the second connection part of the mounting part is connected to the second beam type load cell on a side of the free end of the second beam type load cell; characterized in that the free end of the first beam type load cell and the free end of the second beam type load cell face opposite directions to each other in an extending direction of the first beam type load cell. a first beam type load cell which is supported on a first support base in a cantilever manner to have a free end; a second beam type load cell which is disposed to face the first beam type load cell and which is supported on a second support base in a cantilever manner to have a free end; and a mounting part on which an object is to be placed, which includes a first connection part connected to the first beam type load cell and a second connection part connected to the second beam type load cell, and which is disposed between the first beam type load cell and the second beam type load cell, wherein the first connection part of the mounting part is connected to the first beam type load cell on a side of the free end of the first beam type load cell and the second connection part of the mounting part is connected to the second beam type load cell on a side of the free end of the second beam type load cell; characterized in that the free end of the first beam type load cell and the free end of the second beam type load cell face opposite directions to each other in an extending direction of the first beam type load cell.
An integrated process for increasing olefin production from heavy cracker residues, comprising: hydrotreating a heavy hydrocarbon residue stream with a first hydrotreater to form a first hydrotreated residue stream; catalytically cracking the first hydrotreated residue stream in a fluid catalytic cracking unit to form a liquefied petroleum gas stream, a naphtha stream, a dry gas stream, a clarified slurry oil stream and a light cycle oil stream; hydrotreating the naphtha stream in a second hydrotreater to form a hydrotreated naphtha stream; hydrocracking the light cycle oil stream in a hydrocracker to form a cracked hydrocarbon stream; mixing the hydrotreated naphtha stream and the cracked hydrocarbon stream to form an aromatic blended hydrocarbon stream; saturating the aromatic blended hydrocarbon stream in an aromatic saturating unit to form a saturated hydrocarbon stream; steam cracking the saturated hydrocarbon stream in a steam cracking unit to form a first olefin stream, a pyrolysis oil stream, and a pyrolysis gasoline stream; mixing the clarified slurry oil stream and the pyrolysis oil stream to form a recycle oil stream; deasphalting the recycle oil stream in a solvent deasphalting unit to form a deasphalted oil stream and an asphaltene rich stream; hydrotreating the deasphalted oil stream and the heavy hydrocarbon residue stream with the first hydrotreater to form a second hydrotreated residue stream; and delivering the second hydrotreated residue stream to the fluid catalytic cracking unit and repeating the integrated process so as to form a second olefin stream. hydrotreating a heavy hydrocarbon residue stream with a first hydrotreater to form a first hydrotreated residue stream; catalytically cracking the first hydrotreated residue stream in a fluid catalytic cracking unit to form a liquefied petroleum gas stream, a naphtha stream, a dry gas stream, a clarified slurry oil stream and a light cycle oil stream; hydrotreating the naphtha stream in a second hydrotreater to form a hydrotreated naphtha stream; hydrocracking the light cycle oil stream in a hydrocracker to form a cracked hydrocarbon stream; mixing the hydrotreated naphtha stream and the cracked hydrocarbon stream to form an aromatic blended hydrocarbon stream; saturating the aromatic blended hydrocarbon stream in an aromatic saturating unit to form a saturated hydrocarbon stream; steam cracking the saturated hydrocarbon stream in a steam cracking unit to form a first olefin stream, a pyrolysis oil stream, and a pyrolysis gasoline stream; mixing the clarified slurry oil stream and the pyrolysis oil stream to form a recycle oil stream; deasphalting the recycle oil stream in a solvent deasphalting unit to form a deasphalted oil stream and an asphaltene rich stream; hydrotreating the deasphalted oil stream and the heavy hydrocarbon residue stream with the first hydrotreater to form a second hydrotreated residue stream; and delivering the second hydrotreated residue stream to the fluid catalytic cracking unit and repeating the integrated process so as to form a second olefin stream.
A video apparatus, comprising: a plasma display panel, PDP, module for displaying a broadcast signal received via a broadcast channel, said PDP module being selectively driven according to one of a plurality of power supply modes; and a controller for controllably setting the power supply mode of said PDP module according to the strength of an electric field of the received broadcast signal, said controller maintaining the set power supply mode if the electric field strength lies between a lower threshold and an upper threshold defining a threshold region, wherein the controller initially sets the power supply mode to one of a first, low-power, mode and a second, normal-power, mode based on a comparison of the electric field strength of the received broadcast signal with a reference threshold such that the low-power mode is initially set when the electric field strength is less than the reference threshold, and wherein the received broadcast signal is displayed in both the low-power and normal-power modes, and wherein, in the low-power mode, the PDP module is operated at a lower voltage than the normal-power mode. a plasma display panel, PDP, module for displaying a broadcast signal received via a broadcast channel, said PDP module being selectively driven according to one of a plurality of power supply modes; and a controller for controllably setting the power supply mode of said PDP module according to the strength of an electric field of the received broadcast signal, said controller maintaining the set power supply mode if the electric field strength lies between a lower threshold and an upper threshold defining a threshold region, wherein the controller initially sets the power supply mode to one of a first, low-power, mode and a second, normal-power, mode based on a comparison of the electric field strength of the received broadcast signal with a reference threshold such that the low-power mode is initially set when the electric field strength is less than the reference threshold, and wherein the received broadcast signal is displayed in both the low-power and normal-power modes, and wherein, in the low-power mode, the PDP module is operated at a lower voltage than the normal-power mode.
An isolated polypeptide comprising an amino acid sequence of SEQ ID NO:4, further comprising an arginine, a glutamic acid, a glutamine, a lysine, or a threonine residue at position 45.
Element (10, 30, 40) of a cross-country ski boot (1, 21) comprising an inner lateral part and an outer lateral part, comprising: - a first zone comprising two plastic materials (M11, M12) co-injected in its thickness, the first plastic material of the first zone forming two layers of the wall forming inner (Fi) and outer (Fe) faces of said wall, and the second plastic material of the first zone being inserted between the two layers of the first plastic material of the first zone, - a second zone comprising two plastic materials (M21, M22) co-injected in its thickness, the first plastic material of the second zone forming two layers of the wall forming inner (Fi) and outer (Fe) faces of said wall, and the second plastic material of the second zone being inserted between the two layers of the first plastic material of the second zone, - a third zone comprising only the second plastic material (M12, M21) of the first and/or of the second zone (Z1, Z2), the first zone extending in a lateral part out of the inner lateral part or the outer lateral part of said element (10, 30, 40), the second zone extending in the other lateral part out of the inner lateral part or the outer lateral part of said element (10, 30, 40), the third zone extending between the first zone and the second zone, characterized in that the first zone and the second zone are separate. - a first zone comprising two plastic materials (M11, M12) co-injected in its thickness, the first plastic material of the first zone forming two layers of the wall forming inner (Fi) and outer (Fe) faces of said wall, and the second plastic material of the first zone being inserted between the two layers of the first plastic material of the first zone, - a second zone comprising two plastic materials (M21, M22) co-injected in its thickness, the first plastic material of the second zone forming two layers of the wall forming inner (Fi) and outer (Fe) faces of said wall, and the second plastic material of the second zone being inserted between the two layers of the first plastic material of the second zone, - a third zone comprising only the second plastic material (M12, M21) of the first and/or of the second zone (Z1, Z2),
A communication method, wherein the method is applicable to a wireless communication system, the wireless communication system comprises a first cell, the first cell comprises a plurality of terminal devices that can transmit uplink data on a same uplink time-frequency resource, the plurality of terminal devices comprise a first terminal device, and the method comprises: determining, by the first terminal device, a reference time domain location based on a preconfigured uplink time-frequency resource, wherein the reference time domain location is the same as a reference time domain location determined by another terminal device in the plurality of terminal devices; determining, by the first terminal device, a time domain location that is (first duration x N + second duration x (N - 1)) away from the reference time domain location as a start time domain location of X gaps of the second duration, wherein N is 1, 2, 3, 4,..., X, none of the X gaps is used to send uplink data, the first duration and the second duration are positive numbers, and X is a positive integer; determining, by the first terminal device, a time domain location that is (first duration x (M - 1) + second duration x (M - 1)) away from the reference time domain location as a start time domain location of Y first durations, wherein all or a part of a time domain resource corresponding to at least one of the Y first durations is a time domain resource in a first time-frequency resource used to transmit the uplink data, M is 1, 2, 3, 4,..., Y, and Y = X or Y = X + 1; and sending, by the first terminal device, uplink data to a network device on the first time-frequency resource. determining, by the first terminal device, a reference time domain location based on a preconfigured uplink time-frequency resource, wherein the reference time domain location is the same as a reference time domain location determined by another terminal device in the plurality of terminal devices; determining, by the first terminal device, a time domain location that is (first duration x N + second duration x (N - 1)) away from the reference time domain location as a start time domain location of X gaps of the second duration, wherein N is 1, 2, 3, 4,..., X, none of the X gaps is used to send uplink data, the first duration and the second duration are positive numbers, and X is a positive integer; determining, by the first terminal device, a time domain location that is (first duration x (M - 1) + second duration x (M - 1)) away from the reference time domain location as a start time domain location of Y first durations, wherein all or a part of a time domain resource corresponding to at least one of the Y first durations is a time domain resource in a first time-frequency resource used to transmit the uplink data, M is 1, 2, 3, 4,..., Y, and Y = X or Y = X + 1; and sending, by the first terminal device, uplink data to a network device on the first time-frequency resource.
Method for producing a knitted fabric with an inlay pattern with decorative stitches (15, 16), in particular with an Argyle pattern (11, 20), on a flat-bed knitting machine with a separate thread guide for each inlay field (12, 13, 14) and with a slide with at least two knitting systems, characterised in that all stitches for the inlay fields (12, 13, 14) are formed in one slide direction and all decorative stitches are formed in the opposite slide direction.
An aircraft sanitization system comprising: a safety belt comprising a first portion affixed to a first fabric part of the safety belt and a second portion affixed to a second fabric part of the safety belt, wherein the first portion is configured to receive the second portion for fastening the safety belt; a first stowage encasing configured to completely enclose the first portion, wherein the first stowage encasing comprises: a first inner wall configured to surround an outer surface of the first portion; characterised in that, a first set of Ultraviolet Light Emitting Diodes (LEDs) affixed to the first inner wall and configured to sanitize the outer surface of the first portion; a tongue configured to cooperate with the first portion of the safety belt; and a second set of UV LEDs attached on a surface of the tongue and configured to sanitize an inner surface of the first portion; and a second stowage encasing configured to enclose the second portion, wherein the second stowage encasing comprises: a second inner wall configured to surround the second portion; and a third set of UV LEDs affixed to the second inner wall and configured to sanitize the second portion. a safety belt comprising a first portion affixed to a first fabric part of the safety belt and a second portion affixed to a second fabric part of the safety belt, wherein the first portion is configured to receive the second portion for fastening the safety belt; a first stowage encasing configured to completely enclose the first portion, wherein the first stowage encasing comprises: a first inner wall configured to surround an outer surface of the first portion; characterised in that, a first set of Ultraviolet Light Emitting Diodes (LEDs) affixed to the first inner wall and configured to sanitize the outer surface of the first portion; a tongue configured to cooperate with the first portion of the safety belt; and a second inner wall configured to surround the second portion; and a third set of UV LEDs affixed to the second inner wall and configured to sanitize the second portion.
An autonomous working machine comprising driving means, current position estimation means for estimation of a current position of the autonomous working machine, control means including a driving control unit for generating driving commands for the driving means, wherein the driving commands are generated on the basis of an intended movement and an estimated current position, and a camera configured to capture images of an environment of the working machine, wherein the current position estimation means is formed by the control means being configured to apply visual odometry on the captured images for estimating the current position of the working machine, characterized in that the control means is configured to adapt a time gap between images used for visual odometry according to the intended movement and is configured to accumulate the results of the visual odometry calculation since the detection of a vicinity of a charging station for the autonomous working machine or leaving the same to start a working operation and to use the accumulated results in order to guide back the autonomous working machine to the charging station, wherein the autonomous working machine further comprises recognition means to recognize predetermined events and the control means is configured to store information on occurrence of such events related to an estimated current position at the time of occurrence and is configured to build a map of the environment.
A method of manufacture of sustained-release formulation composition, comprising a step of spray drying a composition that contains an active ingredient, a resin ingredient, a solvent and a release control agent, using a spray dryer and controlling the exit temperature of the spray dryer, wherein the solvent is in a range relative to the overall composition of 40 weight % to 70 weight %; the solvent content in the composition after spray drying is 5 mass % or less; the composition after said spray drying does not contain decomposed matter of said active ingredient; characterized in that said active ingredient is acetamiprid; said resin ingredient includes at least one type of styrene-maleic anhydride copolymer and derivative thereof which is obtained by esterification by alcohol; said release control agent is a water-soluble polymer, silicon oxide, or surfactant;and the exit temperature of said spray dryer is 56-64°C.