mhurhangee/ep-ind-claims huggingface dataset:
Pharmaceutical composition comprising a conjugate of the formula E-[G-L-D(OSO 3 - M +) n] m, wherein E is a therapeutic or diagnostic effector molecule, wherein D(OSO 3 - M +) n is a dendrimer D carrying a number n of sulfate groups OSO 3 - M +, wherein the number n of sulfate groups is selected from 6, 8, 12, 16, 18, 24, 30, 32, 36, 40, 48, 72 or 96, wherein M is a cationic inorganic or organic counter ion to the anionic sulfate group, wherein L is a linker or spacer between D and E, wherein G is a connecting functional group forming the covalent attachment between L and E, and wherein m is an integer from 1 to 20 and wherein each of the dendrimers D of said conjugate has the same molecular weight and wherein the number n of sulfate groups is the same for each dendrimer D, wherein the linker unit L is covalently bound to the focal point of the dendrimer D at a position, whereby from this focal point, the dendrimer is grown to reach its dendritic structure, and wherein the dendrimers D(OSO 3 - M +) n have the following relations between n and molecular weight, given for M + being an alkali ion, preferably sodium: number of sulfates (n) Molecular weight of D(OSO 3 - M +) n not exceeding 6 2000 Da 8 2400 Da 12 4000 Da 16 5500 Da 18 6000 Da 24 8000 Da 30 10000 Da 32 11000 Da 36 12000 Da 40 13000 Da 48 16000 Da 72 24000 Da 96 32000 Da wherein D(OSO 3 - M +) n is a dendrimer D carrying a number n of sulfate groups OSO 3 - M +, wherein the number n of sulfate groups is selected from 6, 8, 12, 16, 18, 24, 30, 32, 36, 40, 48, 72 or 96, wherein M is a cationic inorganic or organic counter ion to the anionic sulfate group, wherein L is a linker or spacer between D and E, wherein G is a connecting functional group forming the covalent attachment between L and E, and wherein m is an integer from 1 to 20 and wherein each of the dendrimers D of said conjugate has the same molecular weight and wherein the number n of sulfate groups is the same for each dendrimer D, wherein the linker unit L is covalently bound to the focal point of the dendrimer D at a position, whereby from this focal point, the dendrimer is grown to reach its dendritic structure, and wherein the dendrimers D(OSO 3 - M +) n have the following relations between n and molecular weight, given for M + being an alkali ion, preferably sodium: number of sulfates (n) Molecular weight of D(OSO 3 - M +) n not exceeding 6 2000 Da 8 2400 Da 12 4000 Da 16 5500 Da 18 6000 Da 24 8000 Da 30 10000 Da 32 11000 Da 36 12000 Da 40 13000 Da 48 16000 Da 72 24000 Da 96 32000 Da
A portable computing device, comprising: a camera; and a display device; the portable computing device being characterized by comprising a processor configured to: access one or more images captured by the camera; identify a welding-type device (102, 104) based on the one or more images, wherein the welding-type device is a power supply or a wire feeder; and based on the identified welding-type device, present an interface on the display device configured to interactively provide information related to the identified welding-type device; wherein the interface is configured to provide equipment configuration instructions corresponding to the identified welding-type device (102, 104). a camera; and a display device; the portable computing device being characterized by comprising a processor configured to: access one or more images captured by the camera; identify a welding-type device (102, 104) based on the one or more images, wherein the welding-type device is a power supply or a wire feeder; and based on the identified welding-type device, present an interface on the display device configured to interactively provide information related to the identified welding-type device; wherein the interface is configured to provide equipment configuration instructions corresponding to the identified welding-type device (102, 104). access one or more images captured by the camera; identify a welding-type device (102, 104) based on the one or more images, wherein the welding-type device is a power supply or a wire feeder; and based on the identified welding-type device, present an interface on the display device configured to interactively provide information related to the identified welding-type device; wherein the interface is configured to provide equipment configuration instructions corresponding to the identified welding-type device (102, 104).
A target device comprising: a storage including an operating system; a second storage including boot strap information; and a processor to: execute the boot strap information; upon receipt, from a remote source, of an erase command associated with a digital signature, authenticate, by verifying the digital signature, the erase command by using a cryptographic key pair received before the reception of the erase command; upon authentication of the erase command, erase the storage prior to completion of execution of the boot strap information, and upon failure of the authentication of the erase command, refrain from erasing the storage. a storage including an operating system; a second storage including boot strap information; and a processor to: execute the boot strap information; upon receipt, from a remote source, of an erase command associated with a digital signature, authenticate, by verifying the digital signature, the erase command by using a cryptographic key pair received before the reception of the erase command; upon authentication of the erase command, erase the storage prior to completion of execution of the boot strap information, and upon failure of the authentication of the erase command, refrain from erasing the storage. execute the boot strap information; upon receipt, from a remote source, of an erase command associated with a digital signature, authenticate, by verifying the digital signature, the erase command by using a cryptographic key pair received before the reception of the erase command; upon authentication of the erase command, erase the storage prior to completion of execution of the boot strap information, and upon failure of the authentication of the erase command, refrain from erasing the storage.
A method for manufacturing a fixing member, the fixing member having: a substrate, an elastic layer on the substrate, and a release layer on the elastic layer, the release layer having a thickness of 15 μm or more and 25 μm or less, and containing a fluororesin, the method comprising the steps of: providing a coating solution containing: the fluororesin, wherein the fluororesin has a melt flow rate of 1 g/10 min or more and 3 g/10 min or less, and an acrylic resin; forming a coating film of the coating solution on the elastic layer; and baking the coating film to melt the fluororesin therein, covering a surface of the elastic layer with the melted fluororesin, and forming the release layer, wherein the step includes: heating the coating film from T1°C to T2°C at a temperature increase rate of 3°C/second or more and 7°C second or less, and then heating the coating film at T2°C or higher than T2°C, where, T1°C is a decomposition temperature of the acrylic resin, and T2°C is the melting point of the fluororesin. a substrate, an elastic layer on the substrate, and a release layer on the elastic layer, the release layer having a thickness of 15 μm or more and 25 μm or less, and containing a fluororesin, the method comprising the steps of: providing a coating solution containing: the fluororesin, wherein the fluororesin has a melt flow rate of 1 g/10 min or more and 3 g/10 min or less, and an acrylic resin; forming a coating film of the coating solution on the elastic layer; and baking the coating film to melt the fluororesin therein, covering a surface of the elastic layer with the melted fluororesin, and forming the release layer, wherein providing a coating solution containing: the fluororesin, wherein the fluororesin has a melt flow rate of 1 g/10 min or more and 3 g/10 min or less, and an acrylic resin; forming a coating film of the coating solution on the elastic layer; and baking the coating film to melt the fluororesin therein, covering a surface of the elastic layer with the melted fluororesin, and forming the release layer, wherein the step includes: heating the coating film from T1°C to T2°C at a temperature increase rate of 3°C/second or more and 7°C second or less, and then heating the coating film at T2°C or higher than T2°C, where, T1°C is a decomposition temperature of the acrylic resin, and T2°C is the melting point of the fluororesin.
Method for planning a plurality of individual digital images to be printed on a roll of media on a printing system capable of printing images on the roll at a plurality of print velocities, the method comprises the steps of a) constructing a composed digital image representing the roll and comprising a plurality of representations (23, 24, 25, 26) the individual digital images to be printed on the roll in a sequence order corresponding to the time sequence order of printing the plurality of individual digital images on the roll, b) constructing a time line along the composed digital image, the time line indicating a start time and/or a completion time and/or a time duration of the printing of an image of the plurality of individual digital images on the roll, and c) displaying at least a part of the composed digital image on a user interface (2, 8A, 8B, 8C) of the printing system, wherein the composed digital image is scrollable on the user interface in order to scroll through the plurality of representations (23, 24,25,26) of the individual digital images, and each displayed representation of an individual digital image of the composed digital image is displayed wholly along a part of the time line, which part starts at the start time of printing of the individual digital image on the roll and ends at the completion time of printing of the individual digital image on the roll, and wherein the method comprises the steps of receiving shrinking or stretching gestures applied to the representations (23,24,25,26) of the individual digital images visible on the user interface in order to shrink or stretch respectively the representations of the individual digital images in the length direction of the composed digital image, and increasing or decreasing a print velocity with which the individual digital images are intended to be printed in accordance with the shrinking or stretching respectively, in case of printing the individual digital images on the roll by means of more than one print velocity, and the time line is displayed as a line of linear time, and wherein the representation of an individual digital image of the plurality of representations (23,24,25,26) comprises the individual digital image. a) constructing a composed digital image representing the roll and comprising a plurality of representations (23, 24, 25, 26) the individual digital images to be printed on the roll in a sequence order corresponding to the time sequence order of printing the plurality of individual digital images on the roll, b) constructing a time line along the composed digital image, the time line indicating a start time and/or a completion time and/or a time duration of the printing of an image of the plurality of individual digital images on the roll, and c) displaying at least a part of the composed digital image on a user interface (2, 8A, 8B, 8C) of the printing system,
A lithium ion secondary battery comprising a positive electrode having a positive electrode active material layer on a current collector, a negative electrode having a negative electrode active material layer on a current collector, and a separator disposed between the positive electrode and the negative electrode and impregnated with a non-aqueous electrolyte solution, the positive electrode active material layer comprising a positive electrode active material and a binder, the negative electrode active material layer comprising a negative electrode active material and a binder, the binder of the negative electrode active material layer comprising a copolymer of vinyl alcohol and an alkali metal neutralized product of ethylenically unsaturated carboxylic acid, and the separator comprising a polymeric base material containing an inorganic compound or comprising a polymer having a melting point or glass transition temperature of 140°C or higher. a positive electrode having a positive electrode active material layer on a current collector, a negative electrode having a negative electrode active material layer on a current collector, and a separator disposed between the positive electrode and the negative electrode and impregnated with a non-aqueous electrolyte solution, the positive electrode active material layer comprising a positive electrode active material and a binder, the negative electrode active material layer comprising a negative electrode active material and a binder, the binder of the negative electrode active material layer comprising a copolymer of vinyl alcohol and an alkali metal neutralized product of ethylenically unsaturated carboxylic acid, and the separator comprising a polymeric base material containing an inorganic compound or comprising a polymer having a melting point or glass transition temperature of 140°C or higher.
A method, comprising: discarding (204, 804) a uniform resource locator, URL, included in an electronic message if the URL has been sandboxed for analysis within a recent and finite time period such as an hour, a day, a week, or a month, otherwise: normalizing the URL to a domain name and resource; and discarding (204, 806) the URL if the domain name is in a domain name ignore list or a domain blacklist, otherwise: placing the URL in a sandbox for analysis. normalizing the URL to a domain name and resource; and discarding (204, 806) the URL if the domain name is in a domain name ignore list or a domain blacklist, otherwise: placing the URL in a sandbox for analysis.
Oral hydrosuspension gel comprising at least 15% (w/w) free praziquantel, at least 30% water and at least one gelifyer, which is devoid of cyclodextrins and cyclodextrin inclusion complex.
A cosmetics applicator made of plastic and having a bristle carrier and having bristles integrally bonded therewith as a single part, the bristle carrier being a permanent magnet while the bristles as such are non-magnetic, wherein the bristle carrier comprises a core made of a first plastic filled with magnetic particles and forming an interface at least at the outer circumference thereof, said interface being enclosed by a layer of a second, non-magnetic plastic, wherein the first and the second plastic are preferably welded to each other and the second plastic is softer and/or more elastic than the first plastic, and wherein the second plastic is integrally connected to the bristles as a single piece.
An air distribution plant comprising a channelling through which an air flow is transferred by a device destined to transmit energy to the air flow via an increase in pressure to a use zone, the channelling comprising at least a transfer conduit placed in fluid communication with the device and at least a diffuser conduit placed in fluid communication with the transfer conduit and provided with a plurality of diffuser holes arranged on at least an external wall thereof in order to inject air into the use zone; characterised in that the channelling comprises at least a discharge trap door exhibiting an access having larger dimensions than dimensions of each diffuser hole afforded on an external wall of the channelling for dispensing air from the channelling towards an outside environment and in that it comprises an opening system for the access which opening system is mobile among a plurality of stable positions comprised between a closed position of the access and a position of maximum opening of the access.
A layered rare-earth permanent magnet (1, 1') for a magnet arrangement of an electrical machine, which layered magnet (1, 1') comprises a number of primary magnet layers (10, 10') and a number of subordinate magnet layers (11, 12, 13, 11', 12', 13', 14), wherein each magnet layer (10, 10', 11, 12, 13, 11', 12', 13', 14) comprises a ferromagnet with a layer concentration of a lanthanide, and wherein the layer concentration of the lanthanide is greatest in a primary magnet layer (10, 10'), wherein the primary magnet layer (10, 10') is arranged at an outer region of the layered magnet (1, 1'), characterized in that the layered magnet (1, 1') comprises a mounting surface and at least one lateral surface, and wherein the layer concentrations of the lanthanide decrease towards the mounting surface and increase towards the lateral surface.
A radio communication system including a mobile station device which is configured to transmit a random access preamble to a base station device and to transmit uplink data based on a first uplink resource assignment notified by way of a random access response indicated by a Random Access - Radio Network Temporary Identity, RA-RNTI, which the base station device is configured to transmit in response to the transmitted random access preamble, and the base station device which is configured to receive the random access preamble from the mobile station device and to transmit, to the mobile station device, the RA-RNTI indicating the random access response notifying the first uplink resource assignment in response to the received random access preamble, wherein the mobile station device is configured to when making random access in an uplink synchronous status, monitor in a same sub-frame both a Cell - Radio Network Temporary Identity, C-RNTI notifying a second uplink resource assignment from the base station device and the RA-RNTI, and to transmit uplink data.
An oil scavenge system of a rotatable machine having an axis of rotation, the system comprising: a sump housing arranged about the axis and at least partly defining a sump, the sump housing having a radially inner surface for directing the flow of oil and defining a collection orifice; a scavenge conduit in fluid communication with the collection orifice and a downstream location remote from the sump; a bearing disposed within the sump; a squeeze film damper positioned proximate the bearing and comprising: an annular channel; and a supply line for supplying oil to the annular channel; characterized in that the squeeze film damper further comprises a single discharge line fluidly coupled to the scavenge conduit and discharges toward an inner wall of the scavenge conduit, and wherein the single discharge line is coupled to the scavenge conduit between the collection orifice and a scavenge pump characterized in that the single discharge line is fluidly coupled to the scavenge conduit at a position downstream from the collection orifice such that the single discharge line bypasses the sump, thereby avoiding the discharge of pressurized oil from the squeeze film damper to the sump. a sump housing arranged about the axis and at least partly defining a sump, the sump housing having a radially inner surface for directing the flow of oil and defining a collection orifice; a scavenge conduit in fluid communication with the collection orifice and a downstream location remote from the sump; a bearing disposed within the sump; a squeeze film damper positioned proximate the bearing and comprising: an annular channel; and a supply line for supplying oil to the annular channel; an annular channel; and a supply line for supplying oil to the annular channel; characterized in that the squeeze film damper further comprises a single discharge line fluidly coupled to the scavenge conduit and discharges toward an inner wall of the scavenge conduit, and wherein the single discharge line is coupled to the scavenge conduit between the collection orifice and a scavenge pump characterized in that the single discharge line is fluidly coupled to the scavenge conduit at a position downstream from the collection orifice such that the single discharge line bypasses the sump, thereby avoiding the discharge of pressurized oil from the squeeze film damper to the sump.
A support cushion, comprising: a body supporting layer having a first surface and a second surface opposite the first surface; a pocketed coil layer adjacent the second surface of the body supporting layer comprising a first group of pocketed coils defining a perimeter of the pocketed coil layer and a second group of pocketed coils positioned within the perimeter; a base layer positioned adjacent the pocketed coil layer; a fan operably connected through a conduit to an inlet hole of the base layer, the fan for providing air flow into the inlet hole of the base layer, wherein the air flow is directed from the inlet hole of the base layer into the pocketed coil layer, through the second group of pocketed coils, and into and through the body support layer, wherein the first group of pocketed coils includes a first fabric that is air impermeable, and wherein the second group of pocketed coils includes a second fabric that is air permeable. a body supporting layer having a first surface and a second surface opposite the first surface; a pocketed coil layer adjacent the second surface of the body supporting layer comprising a first group of pocketed coils defining a perimeter of the pocketed coil layer and a second group of pocketed coils positioned within the perimeter; a base layer positioned adjacent the pocketed coil layer; a fan operably connected through a conduit to an inlet hole of the base layer, the fan for providing air flow into the inlet hole of the base layer, wherein the air flow is directed from the inlet hole of the base layer into the pocketed coil layer, through the second group of pocketed coils, and into and through the body support layer, wherein the first group of pocketed coils includes a first fabric that is air impermeable, and wherein the second group of pocketed coils includes a second fabric that is air permeable.
A method, implemented by a transmitter, of adapting retransmission settings in a wireless communication terminal, the method comprising: coding an input bit stream to generate a block of coded bits for transmission from a transmitter to a receiver; determining a number of filler bits added to the input bit stream for said coding; interleaving the coded bits; determining a number of dummy bits added to said coded bits for said interleaving; transmitting, in an initial transmission, a first set of said coded bits; determining one or more retransmission parameters based on the code rate of said initial transmission, the number of filler bits used for coding and the number of dummy bits used for interleaving, the one or more retransmission parameters comprising a redundancy version setting for the retransmission or an address offset to the redundancy version starting point for a selected redundancy version setting; and transmitting, in a retransmission, a second set of said coded bits selected based on said retransmission parameters. coding an input bit stream to generate a block of coded bits for transmission from a transmitter to a receiver; determining a number of filler bits added to the input bit stream for said coding; interleaving the coded bits; determining a number of dummy bits added to said coded bits for said interleaving; transmitting, in an initial transmission, a first set of said coded bits; determining one or more retransmission parameters based on the code rate of said initial transmission, the number of filler bits used for coding and the number of dummy bits used for interleaving, the one or more retransmission parameters comprising a redundancy version setting for the retransmission or an address offset to the redundancy version starting point for a selected redundancy version setting; and transmitting, in a retransmission, a second set of said coded bits selected based on said retransmission parameters.