mhurhangee/ep-ind-claims huggingface dataset:
A process for the preparation of crystallographically essentially pure polymorphic form I of etoricoxib which comprises: (i) dissolving etoricoxib in a suitable solvent system at a temperature in the range of from 50°C to refluxing temperature of said organic solvent system; (ii) optionally filtering the obtained crystallization mixture; (iii) cooling the crystallization mixture to a nucleation temperature in the range of from 30°C to 56°C, (iv) then cooling the crystallization mixture to a temperature in the range of from - 20°C to 28°C, (v) separating and drying the crystallized polymorphic form I of etoricoxib; wherein the term crystallographically essentially pure means that the polymorphic form comprises less than 2 wt % of other polymorphic forms, amorphous form or solvates, wherein polymorphic purity is determined by means of X-ray powder diffraction, wherein polymorphic form I of etoricoxib is characterized by an X-ray diffraction pattern obtained using a Cu K alpha source and comprising signals with peak positions in accordance with Figure 1; and wherein the solvent system is 2-propanol. (i) dissolving etoricoxib in a suitable solvent system at a temperature in the range of from 50°C to refluxing temperature of said organic solvent system; (ii) optionally filtering the obtained crystallization mixture; (iii) cooling the crystallization mixture to a nucleation temperature in the range of from 30°C to 56°C, (iv) then cooling the crystallization mixture to a temperature in the range of from - 20°C to 28°C, (v) separating and drying the crystallized polymorphic form I of etoricoxib;
A system comprised of a base station for performing a service treatment on a floor processing device and an automatically moving floor processing device with at least two drive wheels, wherein the base station has a basic housing with an interface for docking the floor processing device and a guide extension arm allocated to the interface and facing away from the basic housing with a predominant longitudinal extension for exclusively mechanically guiding a docking movement of the floor processing device to the interface, wherein an outer contour of the guide extension arm as observed in a vertical top view tapers proceeding from the basic housing up to a free end area of the guide extension arm facing away from the basic housing, characterized in that at least one drive wheel of the floor processing device comprises a wheel body having a drive shaft, and a working tread formed on the wheel body in the circumferential direction, wherein the wheel body has a cylindrical run-on element concentrically protruding on a wheel body end face, with a run-on tread formed on the run-on element in the circumferential direction, wherein a run-on tread diameter (D 2) of the run-on tread is less than a working tread diameter (D 2) of the working tread, and wherein the run-on element is arranged on a wheel body end face that faces the other drive wheel, wherein a vertical height of the guide extension arm is larger than half the difference in diameter between the run-on tread diameter (D 2) and the working tread diameter (D 1), so that the drive wheel of the floor processing device is no longer supported on the working tread when the run-on tread rolls onto the guide extension arm.
A power supply system capable of supplying or receiving electric power to/from a load device, comprising: a power line ( MPL, MNL) configured to supply or receive the electric power between the power supply system and said load device; a plurality of power storage devices ( 6-1, 6-2) that are chargeable/ dischargeable; a plurality of converters ( 8-1, 8-2) provided corresponding to said plurality of power storage devices ( 6-1, 6-2) and connected to said power line ( MPL, MNL) in parallel with one another, each including an upper arm and a lower arm and performing voltage conversion between the corresponding power storage device and said power line ( MPL, MNL); a target voltage setting unit configured to set a target voltage of said power line ( MPL, MNL); and a voltage control unit ( 56, 58) configured to control a voltage of said power line ( MPL, MNL) to be said target voltage by controlling at least one of said plurality of converters ( 8-1, 8-2), when said target voltage is lower than a target voltage lower limit value that is higher than a maximum one of voltages of said plurality of power storage devices ( 6-1, 6-2), said target voltage setting unit being configured to set said target voltage lower limit value as said target voltage. a power line ( MPL, MNL) configured to supply or receive the electric power between the power supply system and said load device; a plurality of power storage devices ( 6-1, 6-2) that are chargeable/ dischargeable; a plurality of converters ( 8-1, 8-2) provided corresponding to said plurality of power storage devices ( 6-1, 6-2) and connected to said power line ( MPL, MNL) in parallel with one another, each including an upper arm and a lower arm and performing voltage conversion between the corresponding power storage device and said power line ( MPL, MNL); a target voltage setting unit configured to set a target voltage of said power line ( MPL, MNL); and a voltage control unit ( 56, 58) configured to control a voltage of said power line ( MPL, MNL) to be said target voltage by controlling at least one of said plurality of converters ( 8-1, 8-2), when said target voltage is lower than a target voltage lower limit value that is higher than a maximum one of voltages of said plurality of power storage devices ( 6-1, 6-2), said target voltage setting unit being configured to set said target voltage lower limit value as said target voltage.
A method for forming a seam, the method comprising the steps of: rotating a forming cylinder about an axis of rotation, the forming cylinder comprising fluid orifices and pressure applying members extending radially outward from the forming cylinder; rotating an anvil cylinder adjacent the forming cylinder; advancing a first substrate portion in a machine direction on the forming cylinder with a separation distance between the fluid orifice and the first substrate portion; advancing a second substrate portion in the machine direction wherein the first substrate portion is between the second substrate portion and the forming cylinder; heating a fluid to a temperature sufficient to at least partially melt the first and second substrate portions (11, 12); directing a jet of the heated fluid through the fluid orifice and onto an overlap area of the first and second substrate portions (11, 12); partially melting the overlap area; and compressing the overlap area in a nip between the pressure applying member and the anvil cylinder, the method being characterized in that the pressure applying members include fluid outlets, each fluid outlet including a fluid orifice and the fluid outlet being in fluid communication with a fluid chamber providing a pressurized fluid source for delivery of the heated, pressurized fluid to the fluid outlet, and the method being further characterized in that the separation distance between the first substrate portion and the fluid orifice is maintained with the pressure applying member. rotating a forming cylinder about an axis of rotation, the forming cylinder comprising fluid orifices and pressure applying members extending radially outward from the forming cylinder; rotating an anvil cylinder adjacent the forming cylinder; advancing a first substrate portion in a machine direction on the forming cylinder with a separation distance between the fluid orifice and the first substrate portion; advancing a second substrate portion in the machine direction wherein the first substrate portion is between the second substrate portion and the forming cylinder; heating a fluid to a temperature sufficient to at least partially melt the first and second substrate portions (11, 12); directing a jet of the heated fluid through the fluid orifice and onto an overlap area of the first and second substrate portions (11, 12); partially melting the overlap area; and compressing the overlap area in a nip between the pressure applying member and the anvil cylinder, the method being characterized in that the pressure applying members include fluid outlets, each fluid outlet including a fluid orifice and the fluid outlet being in fluid communication with a fluid chamber providing a pressurized fluid source for delivery of the heated, pressurized fluid to the fluid outlet, and the method being further characterized in that the separation distance between the first substrate portion and the fluid orifice is maintained with the pressure applying member.
A method in a network node in a wireless communication system supporting aggregation of component carriers, the method comprising when resources on at least two downlink component carriers are being assigned to a mobile terminal at the same time (904:1): - allocating, in a message on a first physical downlink control channel associated with a first downlink component carrier, bits related to power control of a physical uplink control channel in a bit field for power control, characterized by - allocating, in a message on a second physical downlink control channel associated with a second one of said at least two downlink component carriers, an indication or part of an indication of physical uplink control channel or physical uplink shared channel resources to be used for conveying hybrid automatic repeat request, H-ARQ, related information in a bit field corresponding to the bit field used for power control in the message on the first physical downlink control channel, and - transmitting said allocated control information to said mobile terminal. - allocating, in a message on a first physical downlink control channel associated with a first downlink component carrier, bits related to power control of a physical uplink control channel in a bit field for power control, - allocating, in a message on a second physical downlink control channel associated with a second one of said at least two downlink component carriers, an indication or part of an indication of physical uplink control channel or physical uplink shared channel resources to be used for conveying hybrid automatic repeat request, H-ARQ, related information in a bit field corresponding to the bit field used for power control in the message on the first physical downlink control channel, and - transmitting said allocated control information to said mobile terminal.
A pair of zinc finger nucleases that cleaves an albumin gene, wherein the pair of zinc finger nucleases comprise a first and second zinc finger nuclease, wherein the first zinc finger nuclease comprises multiple engineered zinc-finger binding domains that bind to a target site in SEQ ID NO: 127 and the second zinc finger nuclease comprises multiple engineered zing-finger binding domains that bind to a target site in SEQ ID NO: 128.
A method for providing location-based information to mobile terminals in local wireless zones, the method comprising: detecting, by a local wireless system, a presence of a mobile terminal within a first local wireless zone having a unique zone identifier in which local wireless communications with a first access point are possible; providing, by the first access point, the unique zone identifier to the mobile terminal; using, by the mobile terminal, the unique zone identifier to select first location-based information from a first server, the first server being associated with the first access point; requesting, by the mobile terminal, the first location-based information from the first server, and based on the requesting, the first server responding with the first location-based information; and receiving the first location-based information at the mobile terminal via the first access point from the first server associated with the first local wireless zone. detecting, by a local wireless system, a presence of a mobile terminal within a first local wireless zone having a unique zone identifier in which local wireless communications with a first access point are possible; providing, by the first access point, the unique zone identifier to the mobile terminal; using, by the mobile terminal, the unique zone identifier to select first location-based information from a first server, the first server being associated with the first access point; requesting, by the mobile terminal, the first location-based information from the first server, and based on the requesting, the first server responding with the first location-based information; and receiving the first location-based information at the mobile terminal via the first access point from the first server associated with the first local wireless zone.
Core structure for satellites and spacecraft in the form of a central tube, with a cylinder as an interface for surrounding structures and a cone as a functional connection to a launch vehicle, wherein the cylinder and the cone are constructed in one piece and integrally from fiber-reinforced plastic, characterized in that the cylinder has a polygonal cross-section, so that a plurality of flat surfaces are formed on the outer and inner sides of the cylinder as functional interfaces, which extend at least partially along the longitudinal direction of the cylinder from the cone to the opposite end of the cylinder.
A starter generator system comprising: an engine driving a first belt and engaged with a second belt through a one-way clutch; a starter generator; and an accessory engaged with the second belt through an accessory clutch; characterized in that: the starter generator is configured to be driven by the engine through the second belt or to drive the engine through the second belt according to an engine condition; and the accessory is drivable by the first belt or the second belt. an engine driving a first belt and engaged with a second belt through a one-way clutch; a starter generator; and an accessory engaged with the second belt through an accessory clutch; characterized in that: the starter generator is configured to be driven by the engine through the second belt or to drive the engine through the second belt according to an engine condition; and the accessory is drivable by the first belt or the second belt. the starter generator is configured to be driven by the engine through the second belt or to drive the engine through the second belt according to an engine condition; and the accessory is drivable by the first belt or the second belt.
A tucker fold dispenser for folding and dispensing a sheet of material, comprising: an outer shell; and a removable roller cassette; a paper path through the removable roller cassette; a plurality of feed rollers (1370, 1380, 1390) positioned about the paper path; a plurality of folding rollers (1430, 1450) positioned about the paper path; and a tucker bar mechanism positioned about the plurality of folding rollers (1430, 1450), characterised in that the removable cassette is slidably positioned within the outer shell, and in that the tucker bar mechanism is for tucking the sheet material into the plurality of folding rollers (1430, 1450). an outer shell; and a removable roller cassette; a paper path through the removable roller cassette; a plurality of feed rollers (1370, 1380, 1390) positioned about the paper path; a plurality of folding rollers (1430, 1450) positioned about the paper path; and a tucker bar mechanism positioned about the plurality of folding rollers (1430, 1450), characterised in that the removable cassette is slidably positioned within the outer shell, and in that the tucker bar mechanism is for tucking the sheet material into the plurality of folding rollers (1430, 1450).
A combustion engine comprising, - a cylinder head comprising a controllable first engine valve arranged to selectively open/close a combustion chamber included in the combustion engine, and a controllable second engine valve arranged to selectively open/close a combustion chamber included in the combustion engine, - a first valve actuator operatively connected to said first engine valve, which first valve actuator comprises at least one inlet opening for pressure fluid and at least one outlet opening for pressure fluid, and a second valve actuator operatively connected to said second engine valve, which second valve actuator comprises at least one inlet opening for pressure fluid and at least one outlet opening for pressure fluid, and - a closed pressure fluid circuit, wherein said first valve actuator and said second valve actuator are arranged in parallel with each other in said closed pressure fluid circuit, characterized in that the combustion engine further comprising a cylinder head chamber that forms part of said closed pressure fluid circuit and that is delimited by said cylinder head and at least a first cylinder head mantle, wherein both said at least one outlet opening of the first valve actuator and said at least one outlet opening of the second valve actuator are in fluid communication with said cylinder head chamber. - a cylinder head comprising a controllable first engine valve arranged to selectively open/close a combustion chamber included in the combustion engine, and a controllable second engine valve arranged to selectively open/close a combustion chamber included in the combustion engine, - a first valve actuator operatively connected to said first engine valve, which first valve actuator comprises at least one inlet opening for pressure fluid and at least one outlet opening for pressure fluid, and a second valve actuator operatively connected to said second engine valve, which second valve actuator comprises at least one inlet opening for pressure fluid and at least one outlet opening for pressure fluid, and - a closed pressure fluid circuit, wherein said first valve actuator and said second valve actuator are arranged in parallel with each other in said closed pressure fluid circuit,
A method for surveillance of a scene comprising the steps of: capturing, by a single device, a scene via at least two image streams including a high resolution image stream and a low resolution image stream; determining one or more changes to a sequence of frames of the low resolution image stream; if the one or more changes have been determined, comparing the one or more changes to check whether the one or more changes fall within detection rules; if the one or more changes fall within the detection rules, deriving location data from the low resolution image stream where the one or more changes have been determined; outputting high resolution data in the high resolution image stream corresponding to a sub-area indicated by the location data, to identify a specific object, the specific object having triggered the one or more changes; and only storing the output high resolution data corresponding to the sub-area; wherein if no change falls within the detection rules, compressing and storing image data of the low resolution image stream (404, 504) in a long term storage. capturing, by a single device, a scene via at least two image streams including a high resolution image stream and a low resolution image stream; determining one or more changes to a sequence of frames of the low resolution image stream; if the one or more changes have been determined, comparing the one or more changes to check whether the one or more changes fall within detection rules; if the one or more changes fall within the detection rules, deriving location data from the low resolution image stream where the one or more changes have been determined; outputting high resolution data in the high resolution image stream corresponding to a sub-area indicated by the location data, to identify a specific object, the specific object having triggered the one or more changes; and only storing the output high resolution data corresponding to the sub-area; deriving location data from the low resolution image stream where the one or more changes have been determined; outputting high resolution data in the high resolution image stream corresponding to a sub-area indicated by the location data, to identify a specific object, the specific object having triggered the one or more changes; and only storing the output high resolution data corresponding to the sub-area;
A method for designing an oligonucleotide for producing a functional or semi-functional protein, wherein said method comprises the following steps: (a) identifying an in-frame combination of a first and a second exon in a same pre-mRNA, wherein a region of said second exon has at least 50% identity with a region of said first exon; (b) designing an oligonucleotide that is capable of binding to said region of said first exon and said region of said second exon; (c) wherein said binding results in the skipping of said first and said second exon, preferably in the skipping of a multi-exon stretch starting with said first exon and encompassing one or more exons present between said first and said second exons and at the most in the skipping of the entire stretch of exons in between said first and said second exons, and (d) wherein said method leads to an oligonucleotide. (a) identifying an in-frame combination of a first and a second exon in a same pre-mRNA, wherein a region of said second exon has at least 50% identity with a region of said first exon; (b) designing an oligonucleotide that is capable of binding to said region of said first exon and said region of said second exon; (c) wherein said binding results in the skipping of said first and said second exon, preferably in the skipping of a multi-exon stretch starting with said first exon and encompassing one or more exons present between said first and said second exons and at the most in the skipping of the entire stretch of exons in between said first and said second exons, and (d) wherein said method leads to an oligonucleotide.