mhurhangee/ep-ind-claims huggingface dataset:
A process comprising the steps of: (i) reacting 5-amino-N,N'-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide ("Compound B") with a mixture of acetic anhydride/acetic acid to form a first slurry; (ii) heating said first slurry to 60 °C; (iii) adding an acid catalyst to said slurry at a rate such that the reaction temperature is maintained at a temperature range of 65-85 °C; (iv) adding a deacetylating agent to the reaction mixture of step (iii) to form a reaction mixture comprising Compound A where the deacetylating agent is an aqueous inorganic base selected from an alkali metal carbonate or an alkali metal hydroxide; (v) purifying the reaction mixture of step (iv) comprising Compound A wherein said purifying step comprises the steps of: (vi) passing said reaction mixture of step (iv) comprising Compound A through a separation system to form a second slurry and liquid; (vii) collecting the second slurry of step (vi) and repeating step (v); (viii) collecting the liquid of step (vi) and passing it through a membrane filtration system; (ix) collecting the retentate of step (viii) and repeating step (v); and(x) continuously repeating steps (v)-(ix). (i) reacting 5-amino-N,N'-bis(2,3-dihydroxypropyl)-2,4,6-triiodoisophthalamide ("Compound B") with a mixture of acetic anhydride/acetic acid to form a first slurry; (ii) heating said first slurry to 60 °C; (iii) adding an acid catalyst to said slurry at a rate such that the reaction temperature is maintained at a temperature range of 65-85 °C; (iv) adding a deacetylating agent to the reaction mixture of step (iii) to form a reaction mixture comprising Compound A where the deacetylating agent is an aqueous inorganic base selected from an alkali metal carbonate or an alkali metal hydroxide; (v) purifying the reaction mixture of step (iv) comprising Compound A wherein said purifying step comprises the steps of: (vi) passing said reaction mixture of step (iv) comprising Compound A through a separation system to form a second slurry and liquid; (vii) collecting the second slurry of step (vi) and repeating step (v); (viii) collecting the liquid of step (vi) and passing it through a membrane filtration system; (ix) collecting the retentate of step (viii) and repeating step (v); and(x) continuously repeating steps (v)-(ix).
A method of producing pouches which comprise a laminate of at least an outer surface member and a heat-sealable inner surface member, and having a printed layer formed on the outer surfaces thereof, wherein an anchor coating having anti-blocking property is formed on the surface of said outer surface member, said laminate is formed into unprinted pouches, an ultraviolet ray-curable or electron beam-curable ink is applied onto the outer surfaces of the thus formed unprinted pouches, and the outer surfaces of said pouches are irradiated with an electron beam or an ultraviolet ray to thereby form a printed layer, wherein said anchor coating contains an anti-blocking agent, wherein said anti-blocking agent comprises fine particles of at least any one of silica, titanium oxide or barium sulfate having an average particle size of 0.1 to 10 μm, and is blended in an amount of 0.1 to 10 parts by weight in the case of silica or in an amount of 0.1 to 150 parts by weight in the case of titanium oxide or barium sulfate per 100 parts by weight of the resin component of an anchor coating agent that forms the anchor coating.
A binder with a plurality of sheets for filing tools which binds the sheets (64, 86, 124, 216, 250) having a plurality of sheet hole parts aligned in the center, comprising two front cover parts (10, 12), a locking bar, a band-shaped back board and a back cover part (8, 82), wherein two front cover parts (10, 12) formed from flat boards are connected to the back cover part (8, 82) with respective one side of each of the two front cover parts (10, 12) to be integrated into a front cover, and wherein the band-shaped back board which is shorter than the back cover part (8, 82) provided on the front side of the front cover is designed to be inlaid with the locking bar, and wherein a plurality of back hole parts are provided in the back cover part (8, 82), the band-shaped back board comprises a plurality of key-shaped locking parts erected on the front surface thereof, each key-shaped locking part penetrates each of the plurality of back hole parts provided on the back cover part (8, 82), the key-shaped locking parts also penetrate the sheets hole parts of the sheet (64, 86, 124, 216, 250), a plurality of tying parts are provided in the locking bar on the location corresponding to the locations of the key-shaped locking parts, and the sheets (64, 86, 124, 216, 250) are held between the locking bar and the front cover by locking each tying part to the corresponding key-shaped locking part with the help of a space setting means that the sheets (64, 86, 124, 216, 250) are held suitably depending on the number of the sheets, characterized in that the locking bar comprises a tying part having a small diameter and a pressure part having a diameter larger than that of the tying part, wherein the tying part comprises a locking part, on to which a joining groove is carved in the long axis direction, and a circular part composed of a curved surface.
A method for processing a graphite-encapsulated nuclear fuel element including a fuel particle and a graphite matrix external to the fuel particle, the fuel particle comprising a fuel kernel that includes a fissile or a fertile material, characterized by contacting the nuclear fuel element with a molten first nitrate salt or a gaseous nitric acid at a temperature of from about 400°C to about 700°C, the molten first nitrate salt or gaseous nitric acid reacting with the graphite of the graphite matrix to oxidize the graphite to carbon dioxide.
A method for dispatching a multimedia message service message, characterized by comprising: a multimedia message service gateway (MMSG) receiving an MMS submission message sent by a sending party, wherein the MMS submission message carries an identification indicating whether it is the first time for the sending party to send the MMS message submitted by the MMS submission message; and the MMSG determining whether it is the first time for the sending party to send the MMS message according to the identification, wherein if yes, it executes step 1, otherwise, executes step 2, wherein step 1, storing a message body of the MMS message, generating a first-sent-message identification, returning the first-sent-message identification to the sending party, and establishing and storing a corresponding relationship between the first-sent-message identification and the message body, then executing step 3; step 2, acquiring a first-sent-message identification carried in the MMS submission message, acquiring the message body corresponding to the first-sent-message identification according to the stored corresponding relationship between the stored first-sent-message identification and the message body, then executing step 3; and step 3, the MMSG sending the MMS message containing the message body to a multimedia message service center (MMSC). a multimedia message service gateway (MMSG) receiving an MMS submission message sent by a sending party, wherein the MMS submission message carries an identification indicating whether it is the first time for the sending party to send the MMS message submitted by the MMS submission message; and the MMSG determining whether it is the first time for the sending party to send the MMS message according to the identification, wherein if yes, it executes step 1, otherwise, executes step 2, wherein step 1, storing a message body of the MMS message, generating a first-sent-message identification, returning the first-sent-message identification to the sending party, and establishing and storing a corresponding relationship between the first-sent-message identification and the message body, then executing step 3; step 2, acquiring a first-sent-message identification carried in the MMS submission message, acquiring the message body corresponding to the first-sent-message identification according to the stored corresponding relationship between the stored first-sent-message identification and the message body, then executing step 3; and step 3, the MMSG sending the MMS message containing the message body to a multimedia message service center (MMSC).
An apparatus for removing particles using symmetrical gas injection, the apparatus comprising: a casing having an inner space; a gas injection part in which a plurality of gas nozzles are formed on a first side of the casing, the plurality of gas nozzles are disposed symmetrically and away from an object, and particles on the surface of the object are removed by injecting gas on the object; a recovery part which has a recovery pipe connected to a second side of the casing, opposite of the first side and inserted therein and configured to recover the particles removed from the object to the recovery pipe; a direction induction nozzle which is formed in the casing and configured to inject direction induced gas toward an inlet of the recovery pipe to induce the particles removed from the object in a desired direction; and a cleaning gas injection part which is connected to the second side of the casing and configured to inject cleaning gas to the inside of the casing, wherein the cleaning gas moves in a longitudinal direction inside the casing along an outer side of the recovery pipe to prevent foreign substances existing around the gas nozzles from being introduced to the recovery part. a casing having an inner space; a gas injection part in which a plurality of gas nozzles are formed on a first side of the casing, the plurality of gas nozzles are disposed symmetrically and away from an object, and particles on the surface of the object are removed by injecting gas on the object; a recovery part which has a recovery pipe connected to a second side of the casing, opposite of the first side and inserted therein and configured to recover the particles removed from the object to the recovery pipe; a direction induction nozzle which is formed in the casing and configured to inject direction induced gas toward an inlet of the recovery pipe to induce the particles removed from the object in a desired direction; and a cleaning gas injection part which is connected to the second side of the casing and configured to inject cleaning gas to the inside of the casing, wherein the cleaning gas moves in a longitudinal direction inside the casing along an outer side of the recovery pipe to prevent foreign substances existing around the gas nozzles from being introduced to the recovery part.
Foundation for a windmill with a base ring composed of prefabricated concrete elements and divided into several ring sections and support elements extending radially outward from the base ring, wherein the base ring is supported on the support elements by primary strut ribs and wherein a mounting ring, which is divided into several ring sections and composed of prefabricated concrete elements, is placed on the base ring and connected to the base ring, characterized in that the mounting ring is supported by secondary strut ribs on the primary strut ribs, wherein a ring section of the mounting ring with at least one secondary strut rib is formed in one piece as a prefabricated concrete element.
Charging station for providing electrical energy for electrically operable vehicles, comprising a housing, comprising a plug element which is assigned to the housing and to which a counter plug element can be attached for electrically conductively connecting the vehicle and the charging station, comprising a control unit for coordinating and performing a charging process, and comprising a charging load line which connects the plug element to an external electrical supply line which provides the external energy supply, the control unit being supplied with electrical energy via a control load line which is also connected to the external electrical supply line, and the control load line being assigned an electrical energy store which is dimensioned in such a way and cooperates with the control unit in such a way that emergency routines, specified by the control unit if the external energy supply is interrupted, can be performed using the electrical energy provided in the energy store, characterised in that the plug element is assigned a locking unit comprising a locking element for fixing the counter plug element to the plug element, in that the control unit and the locking unit are formed in such a way and in that the electrical energy store cooperating with the control unit is sized in such a way that the locking element can be brought, by means of the energy stored in the electrical energy store, from a locking position, in which the counter plug element is fixed to the plug element, into an opening position, in which the counter plug element can be removed from the plug element during the specified emergency routines, and in that a switching element is provided in a feed line connecting the electrical load to the control load line, the switching element being actuable via a first line portion, connected to a first control load line part, of a query signal line, in such a way that the interruption to the external energy supply and/or to the first control load line part is reported to the control unit via a second line portion (22"), connecting the switching element and the control unit, of the query signal line.
A compound of Formula: or a pharmaceutically acceptable salt thereof, wherein: R 3 is F or OH; R 4 is CN or halomethyl; R 6 is OH; and R 5 is selected from the group of H and: wherein: n' is selected from 1, 2, 3, and 4; R 8 is selected from C 1 -C 8 alkyl, -O-C 1 -C 8 alkyl, benzyl, -O-benzyl, -CH 2 -C 3 -C 6 cycloalkyl, -O-CH 2 -C 3 -C 6 cycloalkyl, and CF 3; R 9 is selected from phenyl, 1-naphthyl, 2-naphthyl, R 10 is selected from H and CH 3; R 11 is selected from H and C 1 -C 6 alkyl; and R 12 is selected from H, C 1 -C 8 alkyl, benzyl, C 3 -C 6 cycloalkyl, and -CH 2 -C 3 -C 6 cycloalkyl. R 3 is F or OH; R 4 is CN or halomethyl; R 6 is OH; and R 5 is selected from the group of H and: n' is selected from 1, 2, 3, and 4; R 8 is selected from C 1 -C 8 alkyl, -O-C 1 -C 8 alkyl, benzyl, -O-benzyl, -CH 2 -C 3 -C 6 cycloalkyl, -O-CH 2 -C 3 -C 6 cycloalkyl, and CF 3; R 9 is selected from phenyl, 1-naphthyl, 2-naphthyl, R 10 is selected from H and CH 3; R 11 is selected from H and C 1 -C 6 alkyl; and R 12 is selected from H, C 1 -C 8 alkyl, benzyl, C 3 -C 6 cycloalkyl, and -CH 2 -C 3 -C 6 cycloalkyl.
A multi-wall blade having a pressure side, a suction side, a leading edge and a trailing edge, and a cooling system comprising: a leading edge (14, 16) cooling circuit including a pressure side serpentine circuit and a suction side serpentine circuit; a first mid-blade cooling circuit including a suction side serpentine circuit (22cdef); a second mid-blade cooling circuit including a pressure side serpentine circuit; a trailing edge (14, 16) cooling circuit; and at least one air feed for supplying cooling air (32, 34, 36, 50, 52, 60, 132, 232, 332) to the leading edge (14, 16) cooling circuit, the first mid-blade cooling circuit, the second mid-blade cooling circuit, and the trailing edge (14, 16) cooling circuit, characterized in that: the pressure side serpentine circuit and the suction side serpentine circuit of the leading edge (14, 16) cooling circuit comprise aft-flowing two-pass serpentine circuits; the suction side serpentine circuit (22cdef) of the first mid-blade cooling circuit comprises an aft-flowing four-pass serpentine circuit; the pressure side serpentine circuit of the second mid-blade cooling circuit comprises a forward-flowing three-pass serpentine circuit; and a serpentine circuit of the trailing edge (14, 16) cooling circuit comprises an aft-flowing three-pass serpentine circuit. a leading edge (14, 16) cooling circuit including a pressure side serpentine circuit and a suction side serpentine circuit; a first mid-blade cooling circuit including a suction side serpentine circuit (22cdef); a second mid-blade cooling circuit including a pressure side serpentine circuit; a trailing edge (14, 16) cooling circuit; and at least one air feed for supplying cooling air (32, 34, 36, 50, 52, 60, 132, 232, 332) to the leading edge (14, 16) cooling circuit, the first mid-blade cooling circuit, the second mid-blade cooling circuit, and the trailing edge (14, 16) cooling circuit, characterized in that: the pressure side serpentine circuit and the suction side serpentine circuit of the leading edge (14, 16) cooling circuit comprise aft-flowing two-pass serpentine circuits; the suction side serpentine circuit (22cdef) of the first mid-blade cooling circuit comprises an aft-flowing four-pass serpentine circuit; the pressure side serpentine circuit of the second mid-blade cooling circuit comprises a forward-flowing three-pass serpentine circuit; and a serpentine circuit of the trailing edge (14, 16) cooling circuit comprises an aft-flowing three-pass serpentine circuit. the pressure side serpentine circuit and the suction side serpentine circuit of the leading edge (14, 16) cooling circuit comprise aft-flowing two-pass serpentine circuits; the suction side serpentine circuit (22cdef) of the first mid-blade cooling circuit comprises an aft-flowing four-pass serpentine circuit; the pressure side serpentine circuit of the second mid-blade cooling circuit comprises a forward-flowing three-pass serpentine circuit; and a serpentine circuit of the trailing edge (14, 16) cooling circuit comprises an aft-flowing three-pass serpentine circuit.
A method for determining a synchronization cycle, wherein the method comprises: obtaining, by a network device, a crystal oscillator frequency offset f1 of user equipment, UE; obtaining, by the network device, a crystal oscillator frequency offset f2 of an access node, AN; obtaining, by the network device, a service synchronization precision requirement t of the UE; and calculating, by the network device, a synchronization cycle of clock synchronization between the UE and the AN based on f1, f2, and t. obtaining, by a network device, a crystal oscillator frequency offset f1 of user equipment, UE; obtaining, by the network device, a crystal oscillator frequency offset f2 of an access node, AN; obtaining, by the network device, a service synchronization precision requirement t of the UE; and calculating, by the network device, a synchronization cycle of clock synchronization between the UE and the AN based on f1, f2, and t.
A transfer film comprising: a template layer having a first major surface and an opposing second major surface, the second major surface comprising a structured non-planar release surface; a backfill layer disposed upon and conforming to the non-planar structured surface, the backfill layer comprising: a cross-linked epoxy polymer; and a plurality of multifunctional acrylate monomers. a template layer having a first major surface and an opposing second major surface, the second major surface comprising a structured non-planar release surface; a backfill layer disposed upon and conforming to the non-planar structured surface, the backfill layer comprising: a cross-linked epoxy polymer; and a plurality of multifunctional acrylate monomers. a cross-linked epoxy polymer; and a plurality of multifunctional acrylate monomers.
Document reading device, comprising: a document bed for placing an identification document; a detection device for detecting an actual position of the identification document on the document bed; and a display device for displaying an indication of the target position of the identification document on the document bed, wherein the display device is at least partially light-transparent, wherein the display device is configured to display which actions are to be carried out in order to ensure a correct orientation of the identification document on the document bed when a user incorrectly places the identification document on the document bed, wherein the display device is configured to display a movement pattern for reaching the target position, wherein the movement pattern displays moving images in order to display to the user actions required to ensure a detection of security features or for document recognition, wherein the display device is arranged within a parallelism region above the document bed parallel to the document bed or pivotable with respect to the document bed. a document bed for placing an identification document; a detection device for detecting an actual position of the identification document on the document bed; and a display device for displaying an indication of the target position of the identification document on the document bed, wherein the display device is at least partially light-transparent, wherein the display device is configured to display which actions are to be carried out in order to ensure a correct orientation of the identification document on the document bed when a user incorrectly places the identification document on the document bed, wherein the display device is configured to display a movement pattern for reaching the target position, wherein the movement pattern displays moving images in order to display to the user actions required to ensure a detection of security features or for document recognition, wherein the display device is arranged within a parallelism region above the document bed parallel to the document bed or pivotable with respect to the document bed.
Carriage for a rail vehicle, comprising: a body, said body comprising a first and a second lateral face, each of said lateral faces extending in a horizontal longitudinal direction, corresponding to a direction of vehicle movement; wheels connected to the body, an upper end of said wheels reaching a maximum height; and an aerodynamic element for stabilisation against side wind, the said aerodynamic stabilising element comprising at least a first spoiler extending at the bottom of the body along the first lateral face, in the longitudinal direction, the bottom being considered to be situated below the maximum height of the wheels; the first spoiler forming a projection with respect to a profile of the lower part of the body, said first spoiler comprising an upper face and a lower face, the car being characterised in that each of said faces forms an obtuse angle with the profile. the said aerodynamic stabilising element comprising at least a first spoiler extending at the bottom of the body along the first lateral face, in the longitudinal direction, the bottom being considered to be situated below the maximum height of the wheels; the first spoiler forming a projection with respect to a profile of the lower part of the body, said first spoiler comprising an upper face and a lower face, the car being characterised in that each of said faces forms an obtuse angle with the profile.