mhurhangee/patent-ind-claim-en huggingface dataset:
A method for affixing strings of alphanumeric characters or symbols on fabrics, comprising: - a first step of positioning a string of alphanumeric characters or symbols in bas-relief on a first presser of a press , said string being defined by a plurality of alphanumeric characters or symbols that are held in position with respect to each other by a first positioning means which comprises a bar which is obtained monolithically with said alphanumeric characters or symbols and that is connected to said characters or symbols by means of wings which are thinner than said alphanumeric characters or symbols in bas-relief for the facilitated removal of said first positioning bar ; - a second step of positioning a string of supporting elements on a second presser of said press that correspond to said alphanumeric characters or symbols in bas-relief; - a third step of positioning a fabric onto which said alphanumeric characters or symbols in bas-relief are fixed between said first and second pressers ; - a press closing step for pressing said alphanumeric characters or symbols in bas-relief on said corresponding supporting elements with said fabric interposed for the mutual fixing of said alphanumeric characters or symbols in bas-relief with said corresponding supporting elements ; - a step of opening the press in order to extract said fabric from said press ; and - a step of removal of the first positioning means. - a first step of positioning a string of alphanumeric characters or symbols in bas-relief on a first presser of a press , said string being defined by a plurality of alphanumeric characters or symbols that are held in position with respect to each other by a first positioning means which comprises a bar which is obtained monolithically with said alphanumeric characters or symbols and that is connected to said characters or symbols by means of wings which are thinner than said alphanumeric characters or symbols in bas-relief for the facilitated removal of said first positioning bar ; - a second step of positioning a string of supporting elements on a second presser of said press that correspond to said alphanumeric characters or symbols in bas-relief; - a third step of positioning a fabric onto which said alphanumeric characters or symbols in bas-relief are fixed between said first and second pressers ; - a press closing step for pressing said alphanumeric characters or symbols in bas-relief on said corresponding supporting elements with said fabric interposed for the mutual fixing of said alphanumeric characters or symbols in bas-relief with said corresponding supporting elements ; - a step of opening the press in order to extract said fabric from said press ; and - a step of removal of the first positioning means.
A liquid pharmaceutical formulation comprising pegylated erythropoietin (PEG-EPO), a buffer which is selected from the group consisting of acetate, arginine, histidine, succinate or a combination thereof, arginine as aggregation inhibitor, sodium chloride as tonicity modifier and sucrose as stabilizer, wherein the pH of the formulation is between 4.9 to 5.3.
Aerosol-generating device comprising: a cavity for receiving an aerosol-generating article comprising aerosol-forming substrate; and an induction heating arrangement, wherein the induction heating arrangement comprises an induction coil and a susceptor assembly, wherein the susceptor assembly comprises a central susceptor arrangement arranged centrally within the cavity and a peripheral susceptor arrangement arranged distanced from and around the central susceptor arrangement , and one or more of: the central susceptor arrangement comprises at least two central susceptors enabling lateral airflow between the at least two central susceptors ; the peripheral susceptor arrangement comprises at least two peripheral susceptors enabling lateral airflow between the at least two peripheral susceptors ; and one or both of the central susceptor arrangement and the peripheral susceptor arrangement comprises one or more porous susceptors. a cavity for receiving an aerosol-generating article comprising aerosol-forming substrate; and an induction heating arrangement, wherein the induction heating arrangement comprises an induction coil and a susceptor assembly, wherein the susceptor assembly comprises a central susceptor arrangement arranged centrally within the cavity and a peripheral susceptor arrangement arranged distanced from and around the central susceptor arrangement , and one or more of: the central susceptor arrangement comprises at least two central susceptors enabling lateral airflow between the at least two central susceptors ; the peripheral susceptor arrangement comprises at least two peripheral susceptors enabling lateral airflow between the at least two peripheral susceptors ; and one or both of the central susceptor arrangement and the peripheral susceptor arrangement comprises one or more porous susceptors.
Subsea cable joint comprising two cable ends each comprising a conductor surrounded by an insulation layer , wherein the two conductor ends are joint and covered by a ferrule , the subsea cable joint further comprising: - a cable reinforcement sleeve comprising two or more bracket elements surrounding the ferrule and arranged to form a sleeve for surrounding a cable joint, wherein each bracket element comprises an outer wall , wherein each bracket element further comprises two inner protruding walls protruding radially inwards that respectively abut the ends of the insulation layers of each cable, wherein each bracket element comprises at least two fasteners for securing the bracket element to the cable on each side of the subsea cable joint, wherein the fasteners are threaded through holes , adapted for fastening the bracket element 20 to the cable by arranging screws in the through holes, - a conducting layer surrounding and being in contact with said reinforcement sleeve and a section of the insulation layers on each side of the cable joint, a field controlling layer being arranged outside the insulation layer , - an outer insulating layer covering the subsea cable joint and the two cable ends. - a cable reinforcement sleeve comprising two or more bracket elements surrounding the ferrule and arranged to form a sleeve for surrounding a cable joint, wherein each bracket element comprises an outer wall , wherein each bracket element further comprises two inner protruding walls protruding radially inwards that respectively abut the ends of the insulation layers of each cable, wherein each bracket element comprises at least two fasteners for securing the bracket element to the cable on each side of the subsea cable joint, wherein the fasteners are threaded through holes , adapted for fastening the bracket element 20 to the cable by arranging screws in the through holes, - a conducting layer surrounding and being in contact with said reinforcement sleeve and a section of the insulation layers on each side of the cable joint, a field controlling layer being arranged outside the insulation layer , - an outer insulating layer covering the subsea cable joint and the two cable ends.
Method for operating a transport system , which has a plurality of transport means , which can be moved independently of one another and are in particular emission-free, combined into a overall set of transport means, and wherein when a transport means request occurs at a central control unit, the latter selects a plurality of transport means from the overall set of transport means, assigns them to a transport means subset and autonomously directs them to a transport starting location, wherein at the transport starting location a vehicle having a plurality of wheel axles is jointly received by the transport means contained in the transport means subset, in that either on sides of the wheel axles facing away from one another at least one of the transport means arranged adjacent to at least one wheel of the respective wheel axis and as viewed in axial direction with respect to the wheel axis of the wheel is overlapping with the wheel , and subsequently the transport means are moved autonomously towards one another for lifting the vehicle or in that on mutally facing sides of the wheel axles, in each case at least one of the transport means is arranged adjacent to at least one wheel of the respective wheel axle and, as viewed in axial direction with respect to the wheel axle of the wheel is overlapping with the wheel and subsequently the transport means are moved away from one another autonomously for lifting the vehicle , characterised in that the transport means by means of communication connection to the vehicle control at least one vehicle component of the vehicle such that the wheel is freely rotatably during loading or rotates for driving onto the transport means and optionally additionally that the wheel is blocked after loading.
An anionically modified polyallylamine derivative (NSPAH) of the Formula 1 wherein each R is independently selected from―SO 3 - and -H, at least one R is ―SO 3 - group, and n is an integer from 150 to 15000, for use in therapy and prevention of infections caused by the human metapneumovirus hMPV, respiratory tract infections caused by the human rhinoviruses (HRV) and infections caused by the influenza A virus. each R is independently selected from―SO 3 - and -H, at least one R is ―SO 3 - group, and n is an integer from 150 to 15000,
An electronic device, comprising: a display module comprising a panel component and a lower polarizer attached to the panel component , and defining a first mounting hole running through the lower polarizer , wherein a first light-shielding adhesive portion is formed in the first mounting hole ; and a backlight module defining a second mounting hole ; wherein the backlight module is attached to the display module , so that the first mounting hole is communicated with the second mounting hole to form a mounting space for mounting a camera module; a second light-shielding adhesive portion connecting the first light-shielding adhesive portion to the backlight module is formed in the second mounting hole . a display module comprising a panel component and a lower polarizer attached to the panel component , and defining a first mounting hole running through the lower polarizer , wherein a first light-shielding adhesive portion is formed in the first mounting hole ; and a backlight module defining a second mounting hole ; wherein the backlight module is attached to the display module , so that the first mounting hole is communicated with the second mounting hole to form a mounting space for mounting a camera module; a second light-shielding adhesive portion connecting the first light-shielding adhesive portion to the backlight module is formed in the second mounting hole .
A method for producing nanometric gold (III) oxide particles in the form of colloidal solution, relaying on mixing a precursor solution containing Au (III) ions in the form of HAuCl 4 solution with a reducing agent in the form of ascorbic acid and optionally adding particle stabilizers and auxiliary substances, characterized in that 5-95 ml of an aqueous solution of L-ascorbic acid or D-ascorbic acid or L,D-ascorbic acid having a concentration of - 9.0·10 -3 mol/dm 3 is added to 5-95 ml of HAuCl 4 solution having a concentration of 1.0·10 -4 - 3.0·10 -3 mol/dm 3 and a temperature in the range of 10-100°C, and is stirred at 100-700 rpm for 10-60 minutes, and a temperature is maintained at 80-100°C, after which the resulting colloidal solution is cooled down to room temperature.
A method for reducing immunogenicity of a therapeutic protein, comprising: providing a therapeutic protein preparation having at least 90% monomeric protein as determined by size exclusion chromatography and greater than 2 ng/ml of subvisible particulates in the range of 0.1 to 10 μm in size; determining high pressure conditions that reduce the amount of subvisible particulates in the range of 0.1 to 10 μm in size while favoring monomeric protein; treating the therapeutic protein preparation with high pressure under said high pressure conditions, wherein a reduced level of said subvisible particulates is indicative of reduced immunogenicity. providing a therapeutic protein preparation having at least 90% monomeric protein as determined by size exclusion chromatography and greater than 2 ng/ml of subvisible particulates in the range of 0.1 to 10 μm in size; determining high pressure conditions that reduce the amount of subvisible particulates in the range of 0.1 to 10 μm in size while favoring monomeric protein; treating the therapeutic protein preparation with high pressure under said high pressure conditions, wherein a reduced level of said subvisible particulates is indicative of reduced immunogenicity.
A rotational coupling device (10 or 10'), comprising: a rotor configured for rotation about a rotational axis , the rotor including a rotor hub disposed about the rotational axis and configured to receive a shaft and a rotor disc extending radially outwardly from the rotor hub ; an armature disposed on a first axial side of the rotor disc ; an electromagnet disposed on a second axial side of the rotor disc opposite the armature and fixed against rotation; a bearing disposed between the rotor hub and the electromagnet , the rotor hub engaging an inner race of the bearing on a first axial side of the bearing and the electromagnet engaging an outer race of the bearing on a second axial side of the bearing ; a spacer (16 or 16') disposed radially inwardly of the electromagnet and engaging the inner race of the bearing on the second axial side of the bearing , an air gap separating the spacer (16 or 16') from the electromagnet ; and, characterized by a shield (34 or 34') supported by the spacer (16 or 16') and extending radially outwardly therefrom such that a portion of the shield (34 or 34') is axially aligned with the air gap . a rotor configured for rotation about a rotational axis , the rotor including a rotor hub disposed about the rotational axis and configured to receive a shaft and a rotor disc extending radially outwardly from the rotor hub ; an armature disposed on a first axial side of the rotor disc ; an electromagnet disposed on a second axial side of the rotor disc opposite the armature and fixed against rotation; a bearing disposed between the rotor hub and the electromagnet , the rotor hub engaging an inner race of the bearing on a first axial side of the bearing and the electromagnet engaging an outer race of the bearing on a second axial side of the bearing ; a spacer (16 or 16') disposed radially inwardly of the electromagnet and engaging the inner race of the bearing on the second axial side of the bearing , an air gap separating the spacer (16 or 16') from the electromagnet ; and, characterized by a shield (34 or 34') supported by the spacer (16 or 16') and extending radially outwardly therefrom such that a portion of the shield (34 or 34') is axially aligned with the air gap .
Method for the transmission of broadcast signals by groups of base stations of a wireless communication system , to terminals of said wireless communication system, each base station including a coverage area, with the coverage areas of the base stations of a group being distributed geographically such as to serve a geographical area, wherein: - for each group of base stations: the broadcast signals are of a limited duration and are transmitted in the same frequency band used by all of the base stations of said group, the base stations of said group are time-synchronised in relation to one another and the broadcast signals from the different base stations of said group are time-multiplexed, characterised in that : - the wireless communication system including several geographical regions each including several groups of base stations , the broadcast signals from different geographical regions are time-multiplexed. - for each group of base stations: the broadcast signals are of a limited duration and are transmitted in the same frequency band used by all of the base stations of said group, the base stations of said group are time-synchronised in relation to one another and the broadcast signals from the different base stations of said group are time-multiplexed, - the wireless communication system including several geographical regions each including several groups of base stations , the broadcast signals from different geographical regions are time-multiplexed.
A composition for the preservation of corpses, characterised in that it consists of, in percentage by weight: (a) from 2.3 to 2.5% of hexamethylenetetramine; (b) from 1.4 to 1.6% of pure glycerin soap; (c) from 0.4 to 0.6% of sodium bicarbonate; (d) from 11.3 to 12.1 % of ethyl alcohol; (e) and distilled water in the amount required to reach 100% of the formulation. (a) from 2.3 to 2.5% of hexamethylenetetramine; (b) from 1.4 to 1.6% of pure glycerin soap; (c) from 0.4 to 0.6% of sodium bicarbonate; (d) from 11.3 to 12.1 % of ethyl alcohol; (e) and distilled water in the amount required to reach 100% of the formulation.
A method comprising: using a z piezoelectric positioner fitted with a strain gauge sensor (z-SGS) to oscillate a scanning microscopy probe tip (B), in particular an ultramicroelectrode (UME), in height relative to a surface of interest (C); detecting damping of an amplitude of the oscillation of the probe tip (B) resulting from the probe tip (B) coming into contact with the surface of interest (C) by detecting a sustained decrease in the z piezoelectric strain gauge sensor (z-SGS) tip oscillation amplitude as compared to z piezoelectric strain gauge sensor (z-SGS) oscillation amplitude in bulk solution; using the detected damping to detect the surface of interest (C); and using the probe tip (B) to measure or modify chemical activity of the surface of interest (C) simultaneously with detecting damping. using a z piezoelectric positioner fitted with a strain gauge sensor (z-SGS) to oscillate a scanning microscopy probe tip (B), in particular an ultramicroelectrode (UME), in height relative to a surface of interest (C); detecting damping of an amplitude of the oscillation of the probe tip (B) resulting from the probe tip (B) coming into contact with the surface of interest (C) by detecting a sustained decrease in the z piezoelectric strain gauge sensor (z-SGS) tip oscillation amplitude as compared to z piezoelectric strain gauge sensor (z-SGS) oscillation amplitude in bulk solution; using the detected damping to detect the surface of interest (C); and using the probe tip (B) to measure or modify chemical activity of the surface of interest (C) simultaneously with detecting damping.
Cover for bench backs, the cover being designed to be pulled over the back of a bench, - the cover having a surface facing the seat and a longer rear surface , - the surface facing the seat and the rear surface being connected to one another on the left-hand side and right-hand side via two lateral parts , - the cover having a substantially planar pattern, characterised in that - the ratio of the length of a lateral part to the length of the lateral edge of the surface facing the seat is between 1:6 and 1:1.2. - the cover having a surface facing the seat and a longer rear surface , - the surface facing the seat and the rear surface being connected to one another on the left-hand side and right-hand side via two lateral parts , - the cover having a substantially planar pattern, characterised in that - the ratio of the length of a lateral part to the length of the lateral edge of the surface facing the seat is between 1:6 and 1:1.2.
A burr removal method of removing burrs from objects to be processed (W), comprising: a step of preparing (S01) a burr removal device including a processing container and a suction mechanism for generating suction force, and a plurality of objects to be processed (W); a step of setting (S02) the plurality of objects to be processed (W) in the processing container ; a step of stirring (S03) the plurality of objects to be processed (W) which are set in the processing container ; a step of feeding (S06) abrasive grains (G) to the plurality of objects to be processed (W) by free falling from a discharge port positioned above the processing container ; a step of accelerating (S07) the abrasive grains (G), fed to the plurality of objects to be processed (W) in the stirred state, to a predetermined speed by air flow generated by operating the suction mechanism , and a step of removing burrs (S08) from the plurality of objects to be processed (W) by allowing the abrasive grains (G) to contact or collide with the plurality of objects to be processed (W); and a step of recovering (S09) the abrasive grains (G) by the suction mechanism . a step of preparing (S01) a burr removal device including a processing container and a suction mechanism for generating suction force, and a plurality of objects to be processed (W); a step of setting (S02) the plurality of objects to be processed (W) in the processing container ; a step of stirring (S03) the plurality of objects to be processed (W) which are set in the processing container ; a step of feeding (S06) abrasive grains (G) to the plurality of objects to be processed (W) by free falling from a discharge port positioned above the processing container ; a step of accelerating (S07) the abrasive grains (G), fed to the plurality of objects to be processed (W) in the stirred state, to a predetermined speed by air flow generated by operating the suction mechanism , and a step of removing burrs (S08) from the plurality of objects to be processed (W) by allowing the abrasive grains (G) to contact or collide with the plurality of objects to be processed (W); and a step of recovering (S09) the abrasive grains (G) by the suction mechanism .
A method for transmitting, by a user equipment, UE, hybrid automatic repeat request acknowledgement, HARQ-ACK, information, the method comprising: receiving a first scheduling assignment, SA associated with a reception of one or more first data transport blocks, TBs on a first downlink component carrier, DL CC; receiving a second SA associated with a reception of one or more second data TBs on a second DL CC; generating a set of HARQ-ACK information bits corresponding to the first data TBs and the second data TBs; selecting a first set of resources in a subframe slot for transmission of the set of HARQ-ACK information bits or a second set of resources in a subframe slot for transmission of the set of HARQ-ACK information bits based on the value of the set of HARQ-ACK information bits; transmitting the set of the HARQ-ACK information bits using the first set of resources or the second set of resources, wherein the resources in the first and second set of resources are derived from some or all Physical Downlink Control Channel, PDCCH, resources used to transmit the first and second SAs. receiving a first scheduling assignment, SA associated with a reception of one or more first data transport blocks, TBs on a first downlink component carrier, DL CC; receiving a second SA associated with a reception of one or more second data TBs on a second DL CC; generating a set of HARQ-ACK information bits corresponding to the first data TBs and the second data TBs; selecting a first set of resources in a subframe slot for transmission of the set of HARQ-ACK information bits or a second set of resources in a subframe slot for transmission of the set of HARQ-ACK information bits based on the value of the set of HARQ-ACK information bits; transmitting the set of the HARQ-ACK information bits using the first set of resources or the second set of resources, wherein the resources in the first and second set of resources are derived from some or all Physical Downlink Control Channel, PDCCH, resources used to transmit the first and second SAs.