mhurhangee/ep-ind-claims huggingface dataset:
A method of making a treatment applicator for human skin, comprising: receiving on a processor a first set of digital data representing the target area, the first set of data being received from a digital geometric representation of the target area stored on a memory or streamed in real time; receiving on the processor a second set of digital data representing at least a portion of an applicator designed to contact the target area; digitally overlying the second set of digital data over the first set of digital data to define digitally the contact area of the at least the portion of the applicator when applied to the target area, defining in the digitally overlaid data a first zone of the target area and a second zone of the target area, receiving on the processor a third set of digital data representing the at least the portion of the applicator designed to contact the target area having the first and second zones (12, 14) digitally defined thereon; setting a concentration of an active agent suitable for treating human skin to be applied to the applicator in the first zone; setting a concentration of an active agent suitable for treating human skin to be applied to the applicator in the second zone; defining a concentration gradient of the active agent between the concentration of the active agent in the first zone and the concentration of the active agent in the second zone, wherein the concentration gradient is decreasing from the first zone to the second zone; and creating the applicator having the concentration gradient of the active agent. receiving on a processor a first set of digital data representing the target area, the first set of data being received from a digital geometric representation of the target area stored on a memory or streamed in real time; receiving on the processor a second set of digital data representing at least a portion of an applicator designed to contact the target area; digitally overlying the second set of digital data over the first set of digital data to define digitally the contact area of the at least the portion of the applicator when applied to the target area, defining in the digitally overlaid data a first zone of the target area and a second zone of the target area, receiving on the processor a third set of digital data representing the at least the portion of the applicator designed to contact the target area having the first and second zones (12, 14) digitally defined thereon; setting a concentration of an active agent suitable for treating human skin to be applied to the applicator in the first zone; setting a concentration of an active agent suitable for treating human skin to be applied to the applicator in the second zone; defining a concentration gradient of the active agent between the concentration of the active agent in the first zone and the concentration of the active agent in the second zone, wherein the concentration gradient is decreasing from the first zone to the second zone; and creating the applicator having the concentration gradient of the active agent.
A controller arranged to be connected to a network of luminaires (1, 2, 3, 4, 5) installed at individual locations in premises for commissioning a lighting system including the luminaires, the commissioning being performed utilizing a plurality of auxiliary commissioning devices each being placed in the premises at respective spaced apart locations, characterized in that the auxiliary commissioning devices each including a sensor to detect light from the luminaires, wherein the controller is configured to: communicate with the auxiliary commissioning devices to enable the auxiliary commissioning devices to provide data that enables establishing of the respective location of the auxiliary commissioning devices in relation to the premises cause each of the luminaires to emit light in an individually detectable manner to be detected by the sensor of an auxiliary commissioning device of said plurality of auxiliary commissioning devices, receive data from the auxiliary commissioning devices identifying which of the plurality of auxiliary commissioning devices detected light emitted in said individually detectable manner using its sensor, and associate each of the luminaires with the location in which the auxiliary commissioning device that detected the respective luminaire is placed. communicate with the auxiliary commissioning devices to enable the auxiliary commissioning devices to provide data that enables establishing of the respective location of the auxiliary commissioning devices in relation to the premises cause each of the luminaires to emit light in an individually detectable manner to be detected by the sensor of an auxiliary commissioning device of said plurality of auxiliary commissioning devices, receive data from the auxiliary commissioning devices identifying which of the plurality of auxiliary commissioning devices detected light emitted in said individually detectable manner using its sensor, and associate each of the luminaires with the location in which the auxiliary commissioning device that detected the respective luminaire is placed.
A mould for forming a joint spacer device or a part thereof, comprising: - at least one rigid container body provided with at least one first perimeter profile delimiting at least one first moulding surface intended to shape at least one first portion of said joint spacer or said part thereof; - at least one rigid cover provided with at least one second perimeter profile delimiting at least one second moulding surface intended to shape at least one second portion of said joint spacer or said part thereof, said at least one rigid container body and said at least one rigid cover being engageable in a removable manner to each other, at said first and said second perimeter profile (5, 7), so as to delimit a cavity corresponding to the external configuration of said joint spacer or said part thereof said mould comprising weakening means on said at least one rigid container body and on said rigid cover so that both said at least one rigid container body and said at least one rigid cover are separable into parts to allow the extraction of said at least one spacer device or said at least one part thereof, moulded between them, wherein said at least one first moulding surface is provided to form a longitudinal half of said at least one spacer device and said at least one second moulding surface is provided to form the other longitudinal half of said at least one spacer device, wherein said first and/or said second moulding surface (6, 8) is/are formed in a respective base (12, 13), said at least one first and/or second perimeter profile (5, 7) extending substantially orthogonally to and away from said respective base (12, 13), characterized in that said mould comprises at least one perimeter wall having an inclined plane (12a, 13a) between said at least one first and/or second perimeter profile (5,7) and the respective base (12, 13). - at least one rigid container body provided with at least one first perimeter profile delimiting at least one first moulding surface intended to shape at least one first portion of said joint spacer or said part thereof; - at least one rigid cover provided with at least one second perimeter profile delimiting at least one second moulding surface intended to shape at least one second portion of said joint spacer or said part thereof,
A system for cutting shapes (F, F 1) from an article having a flat extension arranged adheringly on an aspirating work plane, the work plane being defined by sectors (2, 2A, 2B, 2*, 2C), not communicating with one another, each sector of said sectors (2, 2A, 2B, 2*, 2C) comprising a gap which opens on the upper surface of the work plane by means of through-holes; the system comprising: a control unit in which shapes (F, F 1) are memorised, mutually positioned with reference to a perimeter development of a corresponding article positioned on the work plane; a cutting device, operating above the work plane, controlled and commanded by the control unit, for cutting the article along the profiles of the shapes (F, F 1) so as to obtain a same number of pieces (70, 71); the system comprising: a first pneumatic circuit, comprising a first aspirating source with a predetermined depression, selectively connectable to each gap of the gaps by first means commanded by the control unit; a second pneumatic circuit, comprising a second aspirating source with a greater depression than the depression generated by the first aspirating source, selectively connectable to each gap of the gaps by second means commanded by the control unit; the control unit being destined to activate both the second means relative to at least a sector (2*), among the sectors of the work plane which are totally and partially covered by the shape (F, F 1) to be cut from the article positioned on the work plane, and involved by the cutting device, and the first means relating to at least the sectors (2A, 2B) of the work plane which are totally and partially covered by the portions of the article not involved by the shape (F, F 1) to be cut; wherein the first and the second means being able to place the respective first and second aspirating sources in communication with the aspirating surface of each of the predetermined sector (2A, 2B, 2C), characterised in that for each sector of the sectors (2, 2A, 2B, 2*, 2C) of the work plane, the first and second means comprise: a connecting device provided with an outlet connected to the relative gap of the sector, and with two inlets (9, 10), respectively a first inlet and a second inlet, the first inlet connectable to the first pneumatic circuit and the second inlet connectable to the second pneumatic circuit; an obturator arranged internally of the connecting device, activated by an actuator, controlled and commanded by the control unit, for defining: a first configuration (C 1) in which both the inlets (9, 10) are obstructed by the obturator and the gap with the relative sector are not subject to aspiration; a second configuration (C 2), in which the second inlet is obstructed by the obturator and the first inlet is connected to the gap and the relative sector connected to the first aspiration source; a third configuration (C 3), in which the first inlet is obstructed by the obturator and the second inlet is connected to the gap and the relative sector connected to the second aspirating source.
An antibacterial composition having an activity of inhibiting the proliferation of gram-positive bacteria, which comprises the constituent combination of any one of (a) to (c): (a) 33.4 g cheese, 8 g honey, 6.1 g dextrin, 1 g sucrose, 0.61 g indigestible dextrin, 0.75 g pectin, 2.6 g mixed oils and fats, and 0.13 g soybean lecithin, per 100 ml composition; (b) 22.7 g cheese, 1.42 g whey protein hydrolysate, 5.6 g palatinose, 5.2 g dextrin, 1.9 g maltodextrin, 1.04 g indigestible dextrin, 0.45 g pectin, 3.0 g mixed oils and fats, 0.1 g phospholipids, and 0.16 g soybean lecithin, per 100 ml composition; and (c) 15.3 g cheese, 7.5 g honey, 16 g dextrin, 1.5 g sucrose, 0.61 g indigestible dextrin, 0.75 g pectin, 2.6 g mixed oils and fats, and 0.13 g soybean lecithin, per 100 ml composition. (a) 33.4 g cheese, 8 g honey, 6.1 g dextrin, 1 g sucrose, 0.61 g indigestible dextrin, 0.75 g pectin, 2.6 g mixed oils and fats, and 0.13 g soybean lecithin, per 100 ml composition; (b) 22.7 g cheese, 1.42 g whey protein hydrolysate, 5.6 g palatinose, 5.2 g dextrin, 1.9 g maltodextrin, 1.04 g indigestible dextrin, 0.45 g pectin, 3.0 g mixed oils and fats, 0.1 g phospholipids, and 0.16 g soybean lecithin, per 100 ml composition; and (c) 15.3 g cheese, 7.5 g honey, 16 g dextrin, 1.5 g sucrose, 0.61 g indigestible dextrin, 0.75 g pectin, 2.6 g mixed oils and fats, and 0.13 g soybean lecithin, per 100 ml composition.
An electro-hydraulic brake system for a vehicle, comprising: a master cylinder block disposed in fluid communication with a reservoir tank containing a brake fluid; a protrusion extending outwardly from a rear surface of said master cylinder block to a terminal end; said master cylinder block defining a channel extending along a center axis into said protrusion and spaced from said terminal end; a pressure supply unit coupled to said master cylinder block and in fluid communication with said reservoir tank for supplying the brake fluid from said reservoir tank; said pressure supply unit including a housing defining a chamber; a displacement piston slidably disposed in said channel and extending along said center axis between a primary end and a secondary end with said primary end being disposed in said chamber defined by the housing of said pressure supply unit and said secondary end being disposed in said channel defined by said master cylinder block; an actuator disposed in said chamber and rotatably coupled to said displacement piston for moving said displacement piston along said center axis; and characterized in that the electro-hydraulic brake system further comprises a first anti-rotational member disposed in said channel defined by said master cylinder block and coupled to said terminal end of said protrusion for engaging said secondary end of said displacement piston to prevent rotation of said displacement piston and translate rotational movement of said actuator into an axial movement. a master cylinder block disposed in fluid communication with a reservoir tank containing a brake fluid; a protrusion extending outwardly from a rear surface of said master cylinder block to a terminal end; said master cylinder block defining a channel extending along a center axis into said protrusion and spaced from said terminal end; a pressure supply unit coupled to said master cylinder block and in fluid communication with said reservoir tank for supplying the brake fluid from said reservoir tank; said pressure supply unit including a housing defining a chamber; a displacement piston slidably disposed in said channel and extending along said center axis between a primary end and a secondary end with said primary end being disposed in said chamber defined by the housing of said pressure supply unit and said secondary end being disposed in said channel defined by said master cylinder block; an actuator disposed in said chamber and rotatably coupled to said displacement piston for moving said displacement piston along said center axis; and characterized in that the electro-hydraulic brake system further comprises a first anti-rotational member disposed in said channel defined by said master cylinder block and coupled to said terminal end of said protrusion for engaging said secondary end of said displacement piston to prevent rotation of said displacement piston and translate rotational movement of said actuator into an axial movement.
An apparatus comprising: a table for supporting a patient in a prone position; a tomosynthesis imaging system disposed below the table for imaging a breast of the patient, the tomosynthesis imaging system comprising an x-ray source and a receptor, wherein the tomosynthesis imaging system is rotatable about a rotation axis defined between the x-ray source and the receptor; and a stage arm assembly for obtaining a tissue sample from the breast of the patient imaged by the tomosynthesis imaging system, the stage arm assembly comprising a support platform rotatable about the rotation axis and configured to support a biopsy needle, characterised in that the support platform is arranged to be raised or lowered along a Z-axis, the Z-axis being oriented in the same direction as the rotation axis. a table for supporting a patient in a prone position; a tomosynthesis imaging system disposed below the table for imaging a breast of the patient, the tomosynthesis imaging system comprising an x-ray source and a receptor, wherein the tomosynthesis imaging system is rotatable about a rotation axis defined between the x-ray source and the receptor; and a stage arm assembly for obtaining a tissue sample from the breast of the patient imaged by the tomosynthesis imaging system, the stage arm assembly comprising a support platform rotatable about the rotation axis and configured to support a biopsy needle, characterised in that the support platform is arranged to be raised or lowered along a Z-axis, the Z-axis being oriented in the same direction as the rotation axis.
A process for removal of gaseous contaminants from a gas stream, comprising the steps of a) contacting the gas stream comprising gaseous contaminants with a wash solution, to remove gaseous contaminants from the gas stream by absorption into the wash solution; b) passing used wash solution (201, 301, 401) resulting from step a) to regeneration; c) regenerating the used wash solution (202, 318, 418) by removal of gaseous contaminants (205, 305, 405) from the used wash solution (201, 301, 401), to provide a regenerated wash solution (204, 304, 404) and a gas (205, 305, 405) comprising removed contaminants; d) passing the regenerated wash solution (204, 304, 404) to reboiling; e) reboiling the regenerated wash solution (204, 304, 404) for further removal of gaseous contaminants (207, 307, 407) from the wash solution, to provide a reboiled wash solution (208, 308, 408); f) returning reboiled wash solution (208, 308, 408) to step a); wherein during step f), the returning reboiled wash solution (208, 308, 408) is subjected to heat-exchanging with the regenerated wash solution (204, 304, 404) of step d) in a first heat-exchanging step, to heat the regenerated wash solution (204, 304, 404); and to heat-exchanging with used wash solution (201, 301, 401) of step b) in a second heat-exchanging step, to heat the used wash solution (201, 301, 401). a) contacting the gas stream comprising gaseous contaminants with a wash solution, to remove gaseous contaminants from the gas stream by absorption into the wash solution; b) passing used wash solution (201, 301, 401) resulting from step a) to regeneration; c) regenerating the used wash solution (202, 318, 418) by removal of gaseous contaminants (205, 305, 405) from the used wash solution (201, 301, 401), to provide a regenerated wash solution (204, 304, 404) and a gas (205, 305, 405) comprising removed contaminants; d) passing the regenerated wash solution (204, 304, 404) to reboiling; e) reboiling the regenerated wash solution (204, 304, 404) for further removal of gaseous contaminants (207, 307, 407) from the wash solution, to provide a reboiled wash solution (208, 308, 408); f) returning reboiled wash solution (208, 308, 408) to step a);
A pharmaceutical composition comprising aclidinium in the form of a dry powder of a pharmaceutically acceptable salt in admixture with a pharmaceutically acceptable dry powder carrier, providing a metered nominal dose of aclidinium equivalent to 400 μg (plus/minus 10%) aclidinium bromide for use by inhalation in the treatment of asthma.
A mutant tobacco plant cell or a transgenic tobacco plant cell comprising: (i) a polynucleotide comprising, consisting or consisting essentially of a sequence encoding a functional protease and having at least 96% sequence identity to a protease selected from: at least one of SEQ ID NO: 1 to 16; or at least one of SEQ ID NO: 30 to 41; or at least one of SEQ ID NO: 17 to 22; or at least one of SEQ ID NO: 42 to 44; or at least one of SEQ ID NO: 45 to 61; or at least one of SEQ ID NO: 23 to 29; or (ii) (ii) a construct, vector or expression vector comprising the isolated polynucleotide set forth in (i), and wherein the mutagenesis or transgenesis results in the insertion of one or more mutations into the polynucleotide set forth in (i) and/or into a regulatory region thereof, to create a mutant tobacco plant wherein expression or activity of said protease is up-regulated or down-regulated as compared to a control tobacco plant cell, wherein the control tobacco plant cell has the same genotype as the starting material for the genetic alteration that resulted in the mutant tobacco plant cell or the transgenic tobacco plant cell. (i) a polynucleotide comprising, consisting or consisting essentially of a sequence encoding a functional protease and having at least 96% sequence identity to a protease selected from: at least one of SEQ ID NO: 1 to 16; or at least one of SEQ ID NO: 30 to 41; or at least one of SEQ ID NO: 17 to 22; or at least one of SEQ ID NO: 42 to 44; or at least one of SEQ ID NO: 45 to 61; or at least one of SEQ ID NO: 23 to 29; or at least one of SEQ ID NO: 1 to 16; or at least one of SEQ ID NO: 30 to 41; or at least one of SEQ ID NO: 17 to 22; or at least one of SEQ ID NO: 42 to 44; or at least one of SEQ ID NO: 45 to 61; or at least one of SEQ ID NO: 23 to 29; (ii) (ii) a construct, vector or expression vector comprising the isolated polynucleotide set forth in (i),
A catalyst system comprising a combination of from 40 to 85 weight percent (wt%) of zinc oxide (ZnO), from 10 to 55 wt% of a titanium compound that is titanium dioxide (TiO 2) or a titanium alkoxide, and from 1 to 15 wt% of a tin-organic ligand coordination complex (Sn Complex), wherein the sum of all wt% equals 100.00 wt%.
A cartridge comprising: a mount frame comprising a pair of through windows provided sequentially in a length direction, and a lower sliding board, a lead mounting board, and an upper sliding board sequentially provided in a width direction between the pair of through windows; and cooling fins respectively covering the pair of through windows, the lower sliding board and the upper sliding board being respectively provided on left and right of the lead mounting board to diagonally face each other, wherein the mount frame comprises a left groove and a right groove in the width direction between the pair of through windows, and the lower sliding board and the upper sliding board are respectively provided below the left groove and above the right groove to partially cover the left groove and the right groove. a mount frame comprising a pair of through windows provided sequentially in a length direction, and a lower sliding board, a lead mounting board, and an upper sliding board sequentially provided in a width direction between the pair of through windows; and cooling fins respectively covering the pair of through windows, the lower sliding board and the upper sliding board being respectively provided on left and right of the lead mounting board to diagonally face each other, wherein the mount frame comprises a left groove and a right groove in the width direction between the pair of through windows, and the lower sliding board and the upper sliding board are respectively provided below the left groove and above the right groove to partially cover the left groove and the right groove.