mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a sterile pharmaceutical composition, wherein said pharmaceutical composition is screened for viable microorganisms, and sterility is confirmed using a method for detecting a viable microorganism in the pharmaceutical composition comprising: (a) providing a filterable pharmaceutical composition; (b) filtering the pharmaceutical composition to provide at least three filter membranes upon which the pharmaceutical composition filtrand is deposited; (c) placing the at least three filter membranes onto solid culture media to produce at least three filtrand cultures; (d) culturing (i) at least one filtrand culture under aerobic conditions at 20 - 25°C; (ii) at least one filtrand culture under aerobic conditions at 30 - 35°C; and (iii) at least one of filtrand culture under anaerobic conditions at 30 - 35°C; with the proviso that none of the filtrand cultures are cultured for a period of more than about 13 days; and either detecting the presence or absence of a viable microorganism cell, micro-colony or colony on a membrane, wherein the presence of a viable microorganism cell, micro-colony or colony on the membrane indicates the presence of a viable microorganism in the pharmaceutical composition, or detecting the presence or absence of adenosine triphosphate on a membrane, wherein the presence of ATP on the membrane indicates the presence of a viable microorganism in the pharmaceutical composition. (a) providing a filterable pharmaceutical composition; (b) filtering the pharmaceutical composition to provide at least three filter membranes upon which the pharmaceutical composition filtrand is deposited; (c) placing the at least three filter membranes onto solid culture media to produce at least three filtrand cultures; (d) culturing (i) at least one filtrand culture under aerobic conditions at 20 - 25°C; (ii) at least one filtrand culture under aerobic conditions at 30 - 35°C; and (iii) at least one of filtrand culture under anaerobic conditions at 30 - 35°C; with the proviso that none of the filtrand cultures are cultured for a period of more than about 13 days; and either detecting the presence or absence of a viable microorganism cell, micro-colony or colony on a membrane, wherein the presence of a viable microorganism cell, micro-colony or colony on the membrane indicates the presence of a viable microorganism in the pharmaceutical composition, or detecting the presence or absence of adenosine triphosphate on a membrane, wherein the presence of ATP on the membrane indicates the presence of a viable microorganism in the pharmaceutical composition.
A matrix converter comprising: a power converter circuit performing bidirectional power conversion between one side and another side thereof, the power converter circuit configured to be connected on the one side thereof with an alternating-current supply via a high-frequency filter and configured to be connected on the other side thereof with an alternating-current motor; a snubber circuit connected with a one-side line for connecting the high-frequency filter and the power converter circuit; a discharge switch discharging a charge accumulated in the snubber circuit depending on a voltage of the snubber circuit; characterized in that: the matrix converter further comprises: a test control module configured to control the power converter circuit on the basis of a carrier frequency in test such that a test voltage is applied to the alternating-current motor; a carrier frequency setting module configured to change the carrier frequency in test on the basis of an operation state of the discharge switch; and a constant determining module configured to determine a constant of the alternating-current motor on the basis of a response state of the alternating-current motor at a time when the test voltage is applied. a power converter circuit performing bidirectional power conversion between one side and another side thereof, the power converter circuit configured to be connected on the one side thereof with an alternating-current supply via a high-frequency filter and configured to be connected on the other side thereof with an alternating-current motor; a snubber circuit connected with a one-side line for connecting the high-frequency filter and the power converter circuit; a discharge switch discharging a charge accumulated in the snubber circuit depending on a voltage of the snubber circuit; a test control module configured to control the power converter circuit on the basis of a carrier frequency in test such that a test voltage is applied to the alternating-current motor; a carrier frequency setting module configured to change the carrier frequency in test on the basis of an operation state of the discharge switch; and a constant determining module configured to determine a constant of the alternating-current motor on the basis of a response state of the alternating-current motor at a time when the test voltage is applied.
A method for retransmitting a codeword from a transmitting side in accordance with information from a receiving side, the method comprising: if retransmission information is not received, transmitting the next codeword; changing an order of packet symbols within the codeword, the packet symbols being mapped to subcarriers, if retransmission information representing decoding success information or reliability information for the codeword is received from the receiving side; wherein, if the retransmission information represents the decoding success information, the order of packet symbols of the codeword is changed according to a mapping order previously determined by the transmitter; and wherein if the retransmission information represents the reliability information, the order of packet symbols of the codeword is changed according to a specific rule designated by the receiving side; mapping the packet symbols to the subcarriers in accordance with the changed order; and transmitting a codeword generated in accordance with the mapped result to the receiving side. if retransmission information is not received, transmitting the next codeword; changing an order of packet symbols within the codeword, the packet symbols being mapped to subcarriers, if retransmission information representing decoding success information or reliability information for the codeword is received from the receiving side; wherein, if the retransmission information represents the decoding success information, the order of packet symbols of the codeword is changed according to a mapping order previously determined by the transmitter; and wherein if the retransmission information represents the reliability information, the order of packet symbols of the codeword is changed according to a specific rule designated by the receiving side; mapping the packet symbols to the subcarriers in accordance with the changed order; and transmitting a codeword generated in accordance with the mapped result to the receiving side.
Fish farming plant with a central tank that is at least partially surrounded by one or more fish tanks where at least one of the one or more fish tanks has an inner wall with an inner wall face and an outer wall with an outer wall face, said fish tank having a fish tank width defined as the distance between the inner wall face and the outer wall face along an extent of the at least one fish tank; the fish farming plant further comprising at least one divider wall with a divider wall width between an inner end and an outer end of the divider wall and spanning between the inner wall face and the outer wall face; characterised in that the divider wall width is larger than the fish tank width.
Vehicle headlight comprising at least one light source arranged in a headlight casing for emitting light and at least one outer lens arranged so as to project the light emitted by said at least one light source towards the outside of the headlight casing, characterised in that said at least one outer lens is mobile in relation to the headlight casing, and in that the headlight comprises labyrinth sealing means between said at least one outer lens and the headlight casing.
An arrangement of fertilizer coulters and double disc coulters (7, 8) pivotably mounted on coulter arms on the frame of a pneumatic seed drill or single-grain sowing machine, wherein between fertilizer coulter and double disc coulter (7, 8) an implement formed as a roller or roll is arranged, which serves for closing the fertilizer coulter slit, for re-compaction of the soil thrown up by the fertilizer coulter and as depth guiding device for the seed drill or single-grain sowing machine, wherein the implement is equipped as a roller having a plurality of parallel rings (41, 42) protruding over the circumference of the roller and forming the outer circumference of the roller, wherein the rings in their ground-active region have a V-shaped, U-shaped or circular cross section and the rings (41, 42) comprise multiple ground-driving elements, preferentially wedges (43, 44, 45) arranged distributed over their circumference and extending in an axial direction.
Device for connecting a tube, comprising a body delimiting a tubular channel having a section for receiving an end portion of tube, said receiving section defining an insertion direction (Ox) of the tube and having an inlet opening, said receiving section being provided with an annular sealing element and a fastening member for sealingly securing the end portion of the tube in the receiving section, the connecting device comprising an annular sounder (60, 64, 68, 70) which is deformable between an initial stable state and a deformed state, the annular sounder (60, 64, 68, 70) being mounted in the receiving section between the inlet opening and the annular sealing element to be moved beyond the annular sealing element by the end portion of tube during insertion of the latter in the receiving section, the annular sounder (60, 64, 68, 70) then deforming against an obstacle from the initial state to the deformed state, producing an audible signal.
A method of fabricating a chip containing an integrated circuit comprising active components and passive components, the method comprising the following steps: - producing a first substrate containing at least one active component among said active components and having a first layer, and - producing a second substrate containing critical passive components (7, 8) among said passive components and having a second layer, and bearing said second substrate, to fabricate the critical components, at a temperature higher than a maximum temperature above which the first substrate undergoes unacceptable degradation, and - sealing the two substrates and by layer transfer by molecular adhesion between the first and second layer, and - after said sealing of the two substrates and, producing at least one interconnection line (16, 17) between the components of said two substrates and, said interconnection line passing through the second substrate. - producing a first substrate containing at least one active component among said active components and having a first layer, and - producing a second substrate containing critical passive components (7, 8) among said passive components and having a second layer, and bearing said second substrate, to fabricate the critical components, at a temperature higher than a maximum temperature above which the first substrate undergoes unacceptable degradation, and - sealing the two substrates and by layer transfer by molecular adhesion between the first and second layer, and - after said sealing of the two substrates and, producing at least one interconnection line (16, 17) between the components of said two substrates and, said interconnection line passing through the second substrate.
A device for indicating an enhanced risk of restenosis in an arterial tissue, the device comprising: an imaging catheter having a sensor configured to image a portion of an artery; a processor configured to receive images of the artery from the sensor and to detect regions of hypercellularity in the artery by counting or estimating the amount of satellite-to-spindle shaped smooth muscle cells within stroma in the received images, and further configured to detect regions of either or both: lipid-rich tissue and inflammatory cells in the artery from the received images; and a display configured to display a modified view of the artery indicating hypercellularity and one or both of the lipid-rich tissue and the inflammatory cells in the artery, wherein the processor further comprises index logic configured to determine an index of restenosis based on a degree of hypercellularity and either or both: a degree of lipid-rich tissue and a degree of inflammatory cells in the artery from a region of the artery in the received images. an imaging catheter having a sensor configured to image a portion of an artery; a processor configured to receive images of the artery from the sensor and to detect regions of hypercellularity in the artery by counting or estimating the amount of satellite-to-spindle shaped smooth muscle cells within stroma in the received images, and further configured to detect regions of either or both: lipid-rich tissue and inflammatory cells in the artery from the received images; and a display configured to display a modified view of the artery indicating hypercellularity and one or both of the lipid-rich tissue and the inflammatory cells in the artery, wherein the processor further comprises index logic configured to determine an index of restenosis based on a degree of hypercellularity and either or both: a degree of lipid-rich tissue and a degree of inflammatory cells in the artery from a region of the artery in the received images.
An optical element for influencing a light emitted by at least one LED, having - a main area with a rear light inlet surface and a front light outlet surface, wherein the front light outlet surface is designed to output a part of the light (L 1) forward (R 1), - a side area, which is joined to the main area in the manner of a wing with a further light outlet surface for an outputting of a further part of the light (L 2, L 3), characterized in that the further light outlet surface is designed for the outputting of the further part of the light (L 2, L 3) in a lateral direction (R 2) and/or in a backward direction (R 3), wherein the light inlet surface comprises a central area, as well as a casing area, wherein the casing area extends only partially around the central area and/or has different heights at different places. - a main area with a rear light inlet surface and a front light outlet surface, wherein the front light outlet surface is designed to output a part of the light (L 1) forward (R 1), - a side area, which is joined to the main area in the manner of a wing with a further light outlet surface for an outputting of a further part of the light (L 2, L 3),
A pharmaceutical formulation containing an insulin derivative selected from the group consisting of A14E, B16H, B25H, B29K((N ε -Eicosanedioyl-yGlu-[2-(2-{2-[2-(2-aminoethoxy)ethoxy]acetylamino}ethoxy)ethoxy]acetyl)), desB30 human insulin; A14E, B16H, B25H, B29K(N ε -Hexadecandioyl-yGlu), desB30 human insulin; A14E, B16H, B25H, B29K(N ε -Eicosanedioyl-yGlu), desB30 human insulin; and A14E, B25H, desB27, B29K(N ε -Octadecandioyl-yGlu), desB30 human insulin; and of from 1 to 2% (weight/weight) of glycerol; of from 16 to 35 mM of phenol; of from 16 to 35 mM of m-cresol; of from 3.5 to 5.5 mole of zinc ions per six mole of said insulin derivative; and not more than 75 mM of sodium chloride.
Hygiene accessory for a passenger seat of a passenger-transport device comprising: - a waste container, - means for hanging from a passenger seat, comprising a hanging collar defining an aperture for inserting waste, the waste container being connected to the hanging collar in such a way that it can be hung below the latter and receive waste introduced into said waste-insertion aperture, - the hanging collar being adapted to be able to: ∘ be held around an opening, ∘ support the waste container extending into said opening below said waste-insertion aperture, characterised in that: - said means for hanging on a passenger seat are formed by said hanging collar - the hanging collar is adapted to be able to: ∘ be held around an opening of a passenger seat, ∘ support the waste container extending into said opening of a passenger seat below said waste-insertion aperture, - the waste container is kept folded up in an accordion-like fashion below the hanging collar prior to use by a temporary attachment suitable for allowing it to unfold downwardly. - a waste container, - means for hanging from a passenger seat, comprising a hanging collar defining an aperture for inserting waste, the waste container being connected to the hanging collar in such a way that it can be hung below the latter and receive waste introduced into said waste-insertion aperture, - the hanging collar being adapted to be able to: ∘ be held around an opening, ∘ support the waste container extending into said opening below said waste-insertion aperture, ∘ be held around an opening, ∘ support the waste container extending into said opening below said waste-insertion aperture, - said means for hanging on a passenger seat are formed by said hanging collar - the hanging collar is adapted to be able to: ∘ be held around an opening of a passenger seat, ∘ support the waste container extending into said opening of a passenger seat below said waste-insertion aperture, ∘ be held around an opening of a passenger seat, ∘ support the waste container extending into said opening of a passenger seat below said waste-insertion aperture, - the waste container is kept folded up in an accordion-like fashion below the hanging collar prior to use by a temporary attachment suitable for allowing it to unfold downwardly.
A fuel injector for use in a fuel system for an internal combustion engine, the fuel injector comprising: a supply passage for high pressure fuel, an injection nozzle including a valve needle which is engageable with a valve needle seating to control fuel delivery from the injector, and a first control valve for controlling fuel pressure within a control chamber to control the valve needle; characterised in that the fuel injector further comprises a second control valve provided at an exit port of the injector for controlling fuel pressure within a return line; wherein the second control valve is a one-way valve. a supply passage for high pressure fuel, an injection nozzle including a valve needle which is engageable with a valve needle seating to control fuel delivery from the injector, and a first control valve for controlling fuel pressure within a control chamber to control the valve needle; characterised in that the fuel injector further comprises a second control valve provided at an exit port of the injector for controlling fuel pressure within a return line; wherein the second control valve is a one-way valve.
Method for cutting out a flat screen comprising a visible face plate and a frame, in order to increase the value of at least some of its constituent parts, comprising steps consisting in: - determining the dimensions of the visible face plate and the outer dimensions of the screen at least in the plane of the visible face plate, - defining the three-dimensional position of the screen in a three-dimensional reference frame, - defining, in the reference frame, at least one reference line parallel to one of the edges of the frame, and - defining at least one cutting line for the frame for which the distance to the reference line is constant and predetermined, characterized by steps consisting in - comparing the dimensions of the visible face plate and the outer dimensions of the screen to reference values in a database, and - deducing therefrom the value of a set of at least one value of the distance from the cutting line to the reference line. - determining the dimensions of the visible face plate and the outer dimensions of the screen at least in the plane of the visible face plate, - defining the three-dimensional position of the screen in a three-dimensional reference frame, - defining, in the reference frame, at least one reference line parallel to one of the edges of the frame, and - defining at least one cutting line for the frame for which the distance to the reference line is constant and predetermined, - comparing the dimensions of the visible face plate and the outer dimensions of the screen to reference values in a database, and - deducing therefrom the value of a set of at least one value of the distance from the cutting line to the reference line.
A cooling garment for cooling a torso of a wearer, comprising a front and a rear panel (3, 4) with a neck opening therebetween, wherein - the front panel and the rear panel (3, 4) comprise one single cooling section that forms at least a portion of the front panel and at least a portion of the rear panel, the cooling section comprising ∘ a neck opening that coincides with the neck opening of the cooling garment, the neck opening defining a neck opening surface area (SA neck opening); ∘ a cooling surface area (SA cooling); ∘ a circumferential edge and a neck edge; - the cooling section is made of a cooling material comprising o two outer layers that are impermeable to liquid water, at least one of the outer layers being permeable to water vapor; ∘ a water absorbent layer that is enclosed between both outer layers; - the two outer layers are sealed together along the circumferential edge and the neck edge to form a single compartment for the storage of water, the compartment having a first portion at the front panel and a second portion at the rear panel, both portions being in fluid communication with one another; - the compartment comprises an inlet for water. - the front panel and the rear panel (3, 4) comprise one single cooling section that forms at least a portion of the front panel and at least a portion of the rear panel, the cooling section comprising ∘ a neck opening that coincides with the neck opening of the cooling garment, the neck opening defining a neck opening surface area (SA neck opening); ∘ a cooling surface area (SA cooling); ∘ a circumferential edge and a neck edge; ∘ a neck opening that coincides with the neck opening of the cooling garment, the neck opening defining a neck opening surface area (SA neck opening); ∘ a cooling surface area (SA cooling); ∘ a circumferential edge and a neck edge; - the cooling section is made of a cooling material comprising o two outer layers that are impermeable to liquid water, at least one of the outer layers being permeable to water vapor; ∘ a water absorbent layer that is enclosed between both outer layers; o two outer layers that are impermeable to liquid water, at least one of the outer layers being permeable to water vapor; ∘ a water absorbent layer that is enclosed between both outer layers; - the two outer layers are sealed together along the circumferential edge and the neck edge to form a single compartment for the storage of water, the compartment having a first portion at the front panel and a second portion at the rear panel, both portions being in fluid communication with one another; - the compartment comprises an inlet for water.