mhurhangee/ep-ind-claims huggingface dataset:
Non-electrochemical process for the preparation of a fluorinated compound of formula comprising at least one -SO 2 F functional group, characterized in that the compound of formula is prepared by reaction of a compound of formula with at least one fluorinating agent chosen from hydrofluoric acid and an ionic fluoride of a monovalent or divalent cation: R-SO 2 F where R is chosen from the following groups R1, R2 and R3: R1 = -C n H a F b with n = 1, a+b = 3, b ≥ 1; R2 = -C x H y F z -SO 2 F with x = 1, y+z = 2 and z ≥ 1; R3 = Φ-C c H h F f with c = 1, h+f = 2 and f ≥ 1, Φ denoting a phenyl group, R'-SO 2 X where R' is chosen from the following groups R'1, R'2 and R'3: R'1 = -C n H a X b with n = 1, a+b = 3, b ≥ 1; R'2 = -C x H y X z -SO 2 F with x = 1, y+z = 2 and z ≥ 1; R'3 = Φ-C c H h X f with c = 1, h+f = 2 and f ≥ 1, Φ denoting a phenyl group, X being a halogen atom chosen from chlorine and bromine. R1 = -C n H a F b with n = 1, a+b = 3, b ≥ 1; R2 = -C x H y F z -SO 2 F with x = 1, y+z = 2 and z ≥ 1; R3 = Φ-C c H h F f with c = 1, h+f = 2 and f ≥ 1, Φ denoting a phenyl group, R'1 = -C n H a X b with n = 1, a+b = 3, b ≥ 1; R'2 = -C x H y X z -SO 2 F with x = 1, y+z = 2 and z ≥ 1; R'3 = Φ-C c H h X f with c = 1, h+f = 2 and f ≥ 1, Φ denoting a phenyl group, X being a halogen atom chosen from chlorine and bromine.
Process for producing dichloropropanol, according to which glycerol is subjected to a reaction with a chlorinating agent, wherein the reaction is carried out in a liquid reaction medium in the presence of a catalyst based on a carboxylic acid or on a carboxylic acid ester and wherein the catalyst concentration in the reaction medium expressed in mole of acid and of acid esters per kg of liquid reaction medium is higher than or equal to 1 and lower than or equal to 10, and wherein the reaction is carried out continuously.
A video processing device for forming a composite of a first 2.5D video comprising a plurality of frames of images and a second 2.5D video comprising a plurality of frames of images, wherein a first object is depicted in the first 2.5D video and is accompanied by depth information of the first object, and a second object is depicted in the second 2.5D video and is accompanied by depth information of the second object, the video processing device comprising: a video generator for generating a third 2.5D video comprising a plurality of frames of images by forming a composite of the first 2.5D video and the second 2.5D video; an interference determiner for determining whether or not the first object and the second object satisfy an interference condition in the third 2.5D video, by referencing the depth information of the first object and the depth information of the second object; and a corrector for correcting the second 2.5D video by applying a non-deforming transformation that maintains a shape of a trajectory expressing movement with the passing of time, so that the interference condition is not satisfied, when it is determined that the interference condition is satisfied, wherein the non-deforming transformation is one or a combination of: a time shift transformation, a translation transformation, a rotation transformation, and a scaling transformation. a video generator for generating a third 2.5D video comprising a plurality of frames of images by forming a composite of the first 2.5D video and the second 2.5D video; an interference determiner for determining whether or not the first object and the second object satisfy an interference condition in the third 2.5D video, by referencing the depth information of the first object and the depth information of the second object; and a corrector for correcting the second 2.5D video by applying a non-deforming transformation that maintains a shape of a trajectory expressing movement with the passing of time, so that the interference condition is not satisfied, when it is determined that the interference condition is satisfied, wherein the non-deforming transformation is one or a combination of: a time shift transformation, a translation transformation, a rotation transformation, and a scaling transformation.
A method of selecting or identifying a bacterium, the method comprising the following steps: a) providing a sample comprising uncharacterized bacteria; b) subjecting the sample to a repeated irradiation treatment that reduces by at least 2 log the bacterial titer in a culture of E. coli, irradiations being carried out at an interval of between 1 and 8 hours; and c) isolating, from said treated sample, a bacterium which has the ability to use lignin, cellulose and/or xylan as a carbon source. a) providing a sample comprising uncharacterized bacteria; b) subjecting the sample to a repeated irradiation treatment that reduces by at least 2 log the bacterial titer in a culture of E. coli, irradiations being carried out at an interval of between 1 and 8 hours; and c) isolating, from said treated sample, a bacterium which has the ability to use lignin, cellulose and/or xylan as a carbon source.
A suspension plasma spray feeder apparatus for delivering a suspension from a suspension source to a plasma spray gun, the feeder apparatus comprising: a suspension line (70, 86); and a vibrator (122, 120) mounted to vibrate the suspension line (70, 86). a suspension line (70, 86); and a vibrator (122, 120) mounted to vibrate the suspension line (70, 86).
A drive for a motor vehicle lock module, comprising: - an actuator for generating a first actuating force for moving an exterior door handle from a rest position to an activation position and a second actuating force for opening a vehicle lock; wherein a first mechanical connection port is provided for transmitting the first actuating force to the exterior door handle, with which the exterior door handle can be brought into its activation position; wherein a second mechanical connection port is provided for transmitting the second actuating force to the vehicle lock, with which the vehicle lock can be opened; and wherein a two-stage clutch is provided which, in a first clutch position, couples the actuator to the exterior door handle and which, in a second clutch position, couples the actuator to the vehicle lock. - an actuator for generating a first actuating force for moving an exterior door handle from a rest position to an activation position and a second actuating force for opening a vehicle lock;
An exhaust system of an engine comprising: an exhaust pipe connected to an exhaust port of the engine; and a muffler attached to a downstream end of the exhaust pipe and configured to reduce exhaust noise, the muffler including an inner cylinder part (71, 171) connected to the downstream end of the exhaust pipe, an outer cylinder part configured to cover an outside of the inner cylinder part, and noise absorbing material (91, 92, 93) disposed between the inner cylinder part and the outer cylinder part, wherein a plurality of first communication holes providing communication between an inside and the outside of the inner cylinder part is formed in an upstream portion of the inner cylinder part; a plurality of second communication holes (82, 182) providing communication between the inside and the outside of the inner cylinder part is formed in a downstream portion of the inner cylinder part; and the plurality of first communication holes includes a guide wall extending toward the inside of the inner cylinder part and an inlet opening formed by the guide wall and opened toward an upstream side of exhaust, and characterized in that each of the plurality of second communication holes is formed to include a guide wall extending toward an outside of the inner cylinder part and an inlet opening formed by the guide wall and opened toward the upstream side of the exhaust. an exhaust pipe connected to an exhaust port of the engine; and a muffler attached to a downstream end of the exhaust pipe and configured to reduce exhaust noise, the muffler including an inner cylinder part (71, 171) connected to the downstream end of the exhaust pipe, an outer cylinder part configured to cover an outside of the inner cylinder part, and noise absorbing material (91, 92, 93) disposed between the inner cylinder part and the outer cylinder part, wherein a plurality of first communication holes providing communication between an inside and the outside of the inner cylinder part is formed in an upstream portion of the inner cylinder part; a plurality of second communication holes (82, 182) providing communication between the inside and the outside of the inner cylinder part is formed in a downstream portion of the inner cylinder part; and the plurality of first communication holes includes a guide wall extending toward the inside of the inner cylinder part and an inlet opening formed by the guide wall and opened toward an upstream side of exhaust, and
A vehicle comprising: an apparatus comprising: a first piezoelectric material having a surface proximate to a surface of the vehicle and configured to vibrate; a second piezoelectric material having a second surface proximate to the surface of the vehicle and configured to vibrate, wherein the second piezoelectric material is substantially identical to the first piezoelectric material; and a vibration generator configured to cause the first piezoelectric material to vibrate and further configured to cause the second piezoelectric material to vibrate; and a vibration detector configured to detect a change in vibrations in the first piezoelectric material and further configured to detect a change in vibrations in the second piezoelectric material, that indicate a presence of an icing condition on the surface of the first piezoelectric material, using vibrations of the second piezoelectric material as reference vibrations for vibrations in the first piezoelectric material and wherein both the first piezoelectric material and the second piezoelectric material are positioned to be exposed to the same temperature; and further wherein of the first and second piezoelectric materials (304, 305) only the first piezoelectric material is positioned to be exposed to the exterior of the vehicle. a first piezoelectric material having a surface proximate to a surface of the vehicle and configured to vibrate; a second piezoelectric material having a second surface proximate to the surface of the vehicle and configured to vibrate, wherein the second piezoelectric material is substantially identical to the first piezoelectric material; and a vibration generator configured to cause the first piezoelectric material to vibrate and further configured to cause the second piezoelectric material to vibrate; and a vibration detector configured to detect a change in vibrations in the first piezoelectric material and further configured to detect a change in vibrations in the second piezoelectric material, that indicate a presence of an icing condition on the surface of the first piezoelectric material, using vibrations of the second piezoelectric material as reference vibrations for vibrations in the first piezoelectric material and wherein both the first piezoelectric material and the second piezoelectric material are positioned to be exposed to the same temperature; and further wherein of the first and second piezoelectric materials (304, 305) only the first piezoelectric material is positioned to be exposed to the exterior of the vehicle.
A hot melt adhesive dispensing system, comprising: a nozzle assembly including an adhesive cut-off module, and a hot melt adhesive delivery system configured to deliver a hot melt adhesive to the nozzle assembly; a liquid delivery system configured to deliver non-adhesive liquid to the nozzle assembly, wherein the adhesive cut-off module is configured to cut-off a hot melt adhesive stream by dispensing the non-adhesive liquid, characterized in that the adhesive cut-off module includes a spool valve assembly including an adhesive chamber and a liquid chamber, wherein the adhesive chamber and the liquid chamber are two separate chambers divided by a wall therebetween, the spool valve assembly having an adhesive dispensing position and a liquid dispensing position, wherein the nozzle assembly dispenses the hot melt adhesive stream from the adhesive chamber in the adhesive dispensing position, and dispenses the non-adhesive liquid from the liquid chamber in the liquid dispensing position, wherein the hot melt adhesive stream is cut-off when the position of the spool valve assembly is changed from the adhesive dispensing position to the liquid dispensing position. a nozzle assembly including an adhesive cut-off module, and a hot melt adhesive delivery system configured to deliver a hot melt adhesive to the nozzle assembly; a liquid delivery system configured to deliver non-adhesive liquid to the nozzle assembly, wherein the adhesive cut-off module is configured to cut-off a hot melt adhesive stream by dispensing the non-adhesive liquid, characterized in that the adhesive cut-off module includes a spool valve assembly including an adhesive chamber and a liquid chamber, wherein the adhesive chamber and the liquid chamber are two separate chambers divided by a wall therebetween, the spool valve assembly having an adhesive dispensing position and a liquid dispensing position, wherein the nozzle assembly dispenses the hot melt adhesive stream from the adhesive chamber in the adhesive dispensing position, and dispenses the non-adhesive liquid from the liquid chamber in the liquid dispensing position, wherein the hot melt adhesive stream is cut-off when the position of the spool valve assembly is changed from the adhesive dispensing position to the liquid dispensing position.
Laundry care machine with a dispenser tray for introducing a cleaning agent, with an outer tub and a laundry drum arranged in a rotatable manner therein for accommodating laundry, a wash liquor duct that is arranged between the dispenser tray and the outer tub, wherein a siphon with a peripheral wall is arranged in the wash liquor duct, wherein the wash liquor duct has an additional ventilation duct, through which air is able to flow into the outer tub when the siphon is full, with the formation of a negative pressure in the outer tub, wherein the additional ventilation duct has a ventilation duct wall along a contour of the siphon, wherein the ventilation duct wall has an inlet for letting air into the additional ventilation duct and an outlet for letting air out of the additional ventilation duct, characterised in that the ventilation duct wall and the peripheral wall of the siphon are dimensioned in such a way that reserves of the water remain in the siphon during spinning and seal off the siphon in an air-tight manner following the spinning.
A method comprising: generating a medium access control, MAC, protocol data unit including a header part and a payload part; and inserting at least one dummy padding sub-header at the beginning of the header part of the MAC protocol data unit, wherein padding is only within the header part and wherein the header part is padded with dummy bits to fit a transport block size. generating a medium access control, MAC, protocol data unit including a header part and a payload part; and inserting at least one dummy padding sub-header at the beginning of the header part of the MAC protocol data unit, wherein padding is only within the header part and wherein the header part is padded with dummy bits to fit a transport block size.
A mold clamping device comprising: a fixed platen, a first mold being attachable to the fixed platen; a movable platen configured to open and close molds (13, 14) with respect to the fixed platen; and a rotary platen disposed to face the movable platen, the rotary platen being provided to be rotatable with respect to the movable platen, and a second mold being attachable to the rotary platen, wherein a plate-form member is provided on a surface of one platen of the movable platen and the rotary platen that faces the other platen, and wherein a contour shape of the plate-form member is non-circular, characterized in that a base portion is formed on a surface of the other platen that faces the one platen, wherein an upper surface of the base portion serves as a pressure receiving surface that is configured to come into close contact with the plate-form member and receive a mold clamping force during mold clamping, and wherein a contour shape of the base portion is non-circular. a fixed platen, a first mold being attachable to the fixed platen; a movable platen configured to open and close molds (13, 14) with respect to the fixed platen; and a rotary platen disposed to face the movable platen, the rotary platen being provided to be rotatable with respect to the movable platen, and a second mold being attachable to the rotary platen, wherein a plate-form member is provided on a surface of one platen of the movable platen and the rotary platen that faces the other platen, and wherein a contour shape of the plate-form member is non-circular, characterized in that a base portion is formed on a surface of the other platen that faces the one platen, wherein an upper surface of the base portion serves as a pressure receiving surface that is configured to come into close contact with the plate-form member and receive a mold clamping force during mold clamping, and wherein a contour shape of the base portion is non-circular.
A mechanical system, forming a cam follower or a rocker arm, the mechanical system comprising: - a support element comprising a first body part, and a second body part comprising a cavity, - a pin extending between two opposite ends (35, 36) along a first axis and supported by the first body part of said support element, and - a roller mounted on pin, movable in rotation relative to the pin around the first axis and adapted to roll on a cam, characterized in that the mechanical system further comprises a spacing element (60, 70) comprising: - a first body portion (61, 71) comprising at least two lateral flanges (64, 65) that perpendicularly extend from the second body portion of said spacing element, and that are inserted and press-fitted within the cavity of the first body portion of the support element and connected therein, and - a second body portion (62, 72) comprising a base support (63, 76) at an end of the first body portion (61, 71) of the spacing element (60, 70) at the opposite side of the support element, said base support (63, 76) defining a surface adapted to be supported by a movable element. - a support element comprising a first body part, and a second body part comprising a cavity, - a pin extending between two opposite ends (35, 36) along a first axis and supported by the first body part of said support element, and - a roller mounted on pin, movable in rotation relative to the pin around the first axis and adapted to roll on a cam, - a first body portion (61, 71) comprising at least two lateral flanges (64, 65) that perpendicularly extend from the second body portion of said spacing element, and that are inserted and press-fitted within the cavity of the first body portion of the support element and connected therein, and - a second body portion (62, 72) comprising a base support (63, 76) at an end of the first body portion (61, 71) of the spacing element (60, 70) at the opposite side of the support element, said base support (63, 76) defining a surface adapted to be supported by a movable element.
A door for closing an opening of a housing of a household appliance for laundry care, whereby said housing having an inner space that can be accessed through the opening in order to allow laundry items to be inserted into the inner space for the purpose of treating them by the household appliance and/or to allow the laundry items to be removed from the inner space, the door comprising: a door body being adapted to be hinged to the housing, wherein the door body has a recess in order to provide a handle for a user, at least a major portion of the recess is formed above a horizontal centre line of the door body, the horizontal centre line being defined in a status, in which the door body is hinged to the housing and the recess is provided with an undercut characterized in that dimensions of the undercut vary such that a depth of the undercut is larger at a position close to the horizontal centre line than the depth of the undercut at a position close to a vertical centre line defined in a status, in which the door body is hinged to the housing. a door body being adapted to be hinged to the housing, wherein the door body has a recess in order to provide a handle for a user, at least a major portion of the recess is formed above a horizontal centre line of the door body, the horizontal centre line being defined in a status, in which the door body is hinged to the housing and the recess is provided with an undercut characterized in that dimensions of the undercut vary such that a depth of the undercut is larger at a position close to the horizontal centre line than the depth of the undercut at a position close to a vertical centre line defined in a status, in which the door body is hinged to the housing.
A compound represented by Formula I: or a pharmaceutically acceptable salt thereof, wherein: X is N-R 9; Y is absent; R 9 is hydrogen or alkyl; R 1 -R 4 are each independently hydrogen, alkyl, cycloalkyl, halo, trihaloalkyl, amino, alkoxy, thioalkoxy, hydroxyl, thiol, nitro, cyano, aryl, or heteroaryl, or, alternatively or in addition, two of R 1 -R 4 and R 9 form together a cyclic ring, said cyclic ring being selected from aryl, heteroaryl, cycloalkyl or heteroalicyclic, R 5 -R 8 are each independently hydrogen, alkyl, cycloalkyl, halo, trihaloalkyl, amino, alkoxy, thioalkoxy, hydroxyl, thiol, nitro, cyano, aryl, or heteroaryl, wherein two of R 5 -R 8 form together a cyclic ring, said cyclic ring being selected from aryl, heteroaryl, cycloalkyl or heteroalicyclic, for use in the treatment of skin inflammation in a subject in need thereof. X is N-R 9; Y is absent; R 9 is hydrogen or alkyl; R 1 -R 4 are each independently hydrogen, alkyl, cycloalkyl, halo, trihaloalkyl, amino, alkoxy, thioalkoxy, hydroxyl, thiol, nitro, cyano, aryl, or heteroaryl, or, alternatively or in addition, two of R 1 -R 4 and R 9 form together a cyclic ring, said cyclic ring being selected from aryl, heteroaryl, cycloalkyl or heteroalicyclic, R 5 -R 8 are each independently hydrogen, alkyl, cycloalkyl, halo, trihaloalkyl, amino, alkoxy, thioalkoxy, hydroxyl, thiol, nitro, cyano, aryl, or heteroaryl, wherein two of R 5 -R 8 form together a cyclic ring, said cyclic ring being selected from aryl, heteroaryl, cycloalkyl or heteroalicyclic,