mhurhangee/ep-ind-claims huggingface dataset:
A boiler equipped with a burner burning fuel supplied into a furnace, comprising a furnace wall in which a water pipe is installed and a through hole is formed, the boiler further comprising an air supply nozzle including a nozzle inserted into the through hole and supplying air into the furnace and a duct supplying air to the nozzle, and having a plane-shaped gap between the duct and the furnace wall, and having an annular-shaped gap between the nozzle and the through hole, wherein the plane-shaped gap and the annular-shaped gap are connected so that in use there is a leak flow formed by air flowing in from the gap and jetting out from the gap in to the furnace, characterized by the air supply nozzle including a swirling member giving a tangential velocity component to air supplied into the nozzle, and the position of the tip of the air supply nozzle in the through hole is located at a distance of 0.8 times the nozzle inside diameter or more away from the furnace wall inner surface.
A drug delivery device for dispensing one or more doses of a medicament, comprising: - a medicament cartridge, wherein the cartridge comprises a body extending along an axis and defining a distal end and a proximal end, and a piston arranged slideably relative to the cartridge body, - a drive mechanism comprising a piston rod configured for axially moving the piston in the distal direction, wherein the piston rod connects to an adjustment member located at least partially between the piston rod and a proximal face of the piston, wherein the adjustment member is configured to abut or cooperate with the proximal face of the piston to reduce an axial clearance between the piston rod and the proximal face of the piston, and wherein the relative rotational position between the piston rod and the adjustment member determines the axial position of the adjustment member relative to the piston rod, characterized in that one of the piston rod and the adjustment member comprises a first contour system comprising a plurality of axially facing steps being circumferentially disposed and arranged axially offset from one another, wherein the other of the piston rod and the adjustment member comprises at least one radially disposed protrusion, wherein said at least one radially disposed protrusion axially engages a selective one of said plurality of axially facing steps (175', 175", 175''') of the first contour system so that the relative rotational position between the piston rod and the adjustment member determines the axial position of the adjustment member relative to the piston rod when the adjustment member is positioned in full axial engagement with the piston rod, and wherein the piston rod comprises a first rotational block geometry and the adjustment member comprises a second rotational block geometry to cooperate with the first rotational block geometry to prevent the said at least one radially disposed protrusion from disengaging the selected one of said plurality of axially facing steps (175', 175", 175''') of the first contour system when the adjustment member is situated in full axial engagement with the piston rod. - a medicament cartridge, wherein the cartridge comprises a body extending along an axis and defining a distal end and a proximal end, and a piston arranged slideably relative to the cartridge body, - a drive mechanism comprising a piston rod configured for axially moving the piston in the distal direction,
A pharmaceutical composition in a solid oral dosage form comprising from 0.01 mg to up to 50 mg per tablet of an agent that increases the expression of BAD (Bcl2-associated agonist cell death), wherein the agent is 6-β-naltrexol, or pharmaceutically acceptable salts thereof, for use in the treatment of cancer in conjunction with a chemotherapeutic agent.
Device for identifying and determining blood groups using a whole blood sample, characterised in that it comprises a solid supporting member comprising at least one reactive zone whereon the blood is deposited and whereon the result is read, said reactive zone consisting of at least: - one high-density polyethylene polymer porous membrane, having pores between 1 and 20 μm in diameter, impregnated with monoclonal antibody reagents or antiglobulin reagents suitable for immobilising plasma antibodies, and - an absorbent membrane, intended to retrieve the excess blood from the sample analysed. - one high-density polyethylene polymer porous membrane, having pores between 1 and 20 μm in diameter, impregnated with monoclonal antibody reagents or antiglobulin reagents suitable for immobilising plasma antibodies, and - an absorbent membrane, intended to retrieve the excess blood from the sample analysed.
A branched stent graft, comprising a main body and a side branch stitched to the main body, each of the main body and the side branch comprising a cover and a stent consisting of stent sections, characterized in that: at least a portion of a lowermost stent section of the side branch closest to the main body is not stitched to the cover of the side branch from a lower end to an upper end, the at least a portion of the lowermost stent section located on a side of the side branch corresponding to a folding direction of the side branch, the folding direction of the side branch being a direction of the side branch when the side branch is folded to an orientation parallel to the main body.
A vacuum cleaner comprising an electric motor, a blower, connected to the electric motor to achieve an air flow, and a separator unit for separating dust from the air flow, the separator unit being connected to the blower, wherein the electric motor and the blower are placed on a common vertical axis, wherein the separator unit is placed lateral with respect to said common vertical axis, that a bent conduit connects the blower with the separator unit, a first end of the conduit enclosing said common vertical axis, and that the conduit, in the prolongation of the common axis comprises a portion with a double wall forming a closed air pocket, characterized in that the closed air pocket is formed between a first and a second lid which are attached to the vacuum cleaner casing.
A coupling device for coupling a helical hose of a cleaning device comprising: a hose recess for a helical hose, an inner wall and an outer wall, wherein the inner wall is equipped with one or more projections for fastening the helical hose wherein the outer wall comprising at least one coupling element, which is connected with the outer wall in a working position characterized in that the coupling element comprising an opening and a flap wherein the flap closes the opening in a working position.
A method of controlling an operation of a small base station (303, 313, 323; 800), BS, in a communication system, the method comprising: measuring, by the small BS, strengths of signals received from adjacent macro BSs; transmitting, by the small BS, a reference signal corresponding to an identifier, ID, of the small BS at a predetermined time, based on a comparison of the measured signal strengths with a threshold; and operating the small BS in an active mode, if the small BS receives an activation signal from at least one mobile Station, MS, directly or indirectly via a macro BS (300, 305,310,315,320), wherein the active mode is a state in which the small BS communicates with an MS within a service area of the small BS. measuring, by the small BS, strengths of signals received from adjacent macro BSs; transmitting, by the small BS, a reference signal corresponding to an identifier, ID, of the small BS at a predetermined time, based on a comparison of the measured signal strengths with a threshold; and operating the small BS in an active mode, if the small BS receives an activation signal from at least one mobile Station, MS, directly or indirectly via a macro BS (300, 305,310,315,320), wherein the active mode is a state in which the small BS communicates with an MS within a service area of the small BS.
A wireless communication method executed by a terminal device, wherein the terminal device is a dual SIM dual standby, DSDS, terminal device, the terminal device supports a first subscriber identity and a second subscriber identity, the method comprises: sending, with the first subscriber identity, a first message to a first access network device, wherein the first message is used to request to establish or resume a second radio resource control, RRC, connection with the second subscriber identity, the first message comprises auxiliary information, the auxiliary information indicates the first access network device to determine to release or deactivate a first RRC connection, the first RRC connection is a connection established with the first subscriber identity, and the second RRC connection is a connection established with the second subscriber identity; and receiving, with the first subscriber identity, a second message from the first access network device, wherein the second message indicates to release or deactivate the first RRC connection, wherein being in an RRC connected state with the first subscriber identity, and being in an RRC idle state or an RRC deactivated state with the second subscriber identity. sending, with the first subscriber identity, a first message to a first access network device, wherein the first message is used to request to establish or resume a second radio resource control, RRC, connection with the second subscriber identity, the first message comprises auxiliary information, the auxiliary information indicates the first access network device to determine to release or deactivate a first RRC connection, the first RRC connection is a connection established with the first subscriber identity, and the second RRC connection is a connection established with the second subscriber identity; and receiving, with the first subscriber identity, a second message from the first access network device, wherein the second message indicates to release or deactivate the first RRC connection, wherein being in an RRC connected state with the first subscriber identity, and being in an RRC idle state or an RRC deactivated state with the second subscriber identity.
A computer-implemented semiconductor inspection method comprising: a step of acquiring a first pattern image showing a pattern of a semiconductor device; a step of acquiring a second pattern image showing a pattern of the semiconductor device and having a different resolution from a resolution of the first pattern image showing a pattern of the semiconductor device; a step of reconstructing the second pattern image into a reconstructed image having a different resolution from a resolution of the second pattern image by the reconstruction process using a learning model acquired by machine learning using training data of a plurality of pairs of pattern images of the same semiconductor device having resolutions different from each other; and a step of performing alignment based on a region calculated to have a high degree of certainty by the reconstruction process in the reconstructed image and the first pattern image, wherein the degree of certainty is based on an output value of a node of an output layer in the learning model of the reconstruction process and indicates a reliability of the reconstruction process related to pixel values of the region, and wherein the reconstructed image is weighted according to the degree of certainty, and then the reconstructed image and the first pattern image are aligned. a step of acquiring a second pattern image showing a pattern of the semiconductor device and having a different resolution from a resolution of the first pattern image showing a pattern of the semiconductor device; a step of reconstructing the second pattern image into a reconstructed image having a different resolution from a resolution of the second pattern image by the reconstruction process using a learning model acquired by machine learning using training data of a plurality of pairs of pattern images of the same semiconductor device having resolutions different from each other; and a step of performing alignment based on a region calculated to have a high degree of certainty by the reconstruction process in the reconstructed image and the first pattern image, wherein the degree of certainty is based on an output value of a node of an output layer in the learning model of the reconstruction process and indicates a reliability of the reconstruction process related to pixel values of the region, and wherein the reconstructed image is weighted according to the degree of certainty, and then the reconstructed image and the first pattern image are aligned.
A method comprising: maintaining, at a user equipment, UE, a count of signaling connection release indication, SCRI, messages sent by the UE to a network while the UE is maintained in a current radio resource control, RRC, state; transmitting signaling by the UE on radio bearer 3, RB3, or upward; and resetting the count by the UE responsive to the transmission of signaling, wherein the UE is configured to be inhibited from sending SCRI messages in the event that the count is equal to or exceeds a predetermined value. maintaining, at a user equipment, UE, a count of signaling connection release indication, SCRI, messages sent by the UE to a network while the UE is maintained in a current radio resource control, RRC, state; transmitting signaling by the UE on radio bearer 3, RB3, or upward; and resetting the count by the UE responsive to the transmission of signaling, wherein the UE is configured to be inhibited from sending SCRI messages in the event that the count is equal to or exceeds a predetermined value.
Wear compensation device of a label printer which prints labels by means of thermal printing, - having a thermal head which has a thermal strip with a plurality of heating resistors, - having a label feed device, which feeds the respective label to the active region of the heating resistors, and - having a control device, which activates the thermal head for printing the respective label, characterized in that the control device is configured to monitor the electric resistance of one or more of the heating resistors and, if a predetermined threshold value (R 1) for the electric resistance is exceeded, to increase the energization duration of the respective heating resistor during a printing operation. - having a thermal head which has a thermal strip with a plurality of heating resistors, - having a label feed device, which feeds the respective label to the active region of the heating resistors, and - having a control device, which activates the thermal head for printing the respective label,
A pharmaceutical composition comprising a) one or more active ingredients or pharmaceutically acceptable salt thereof, wherein, one of the active ingredient is 9-ethyl-6,6-dimethyl-8-(4-morpholin-4-yl-piperidin-1-yl)-11-oxo-6,11-dihydro-5H-benzo[b]carbazole-3-carbonitrile, b) a non-ionic surfactant A solid at room temperature, and c) a non-ionic surfactant B liquid at room temperature, wherein the HLB of surfactants A and B are independently equal or greater than 8 and wherein the active ingredients or pharmaceutically acceptable salt thereof are dispersed in the matrix formed by the other ingredients. a) one or more active ingredients or pharmaceutically acceptable salt thereof, wherein, one of the active ingredient is 9-ethyl-6,6-dimethyl-8-(4-morpholin-4-yl-piperidin-1-yl)-11-oxo-6,11-dihydro-5H-benzo[b]carbazole-3-carbonitrile, b) a non-ionic surfactant A solid at room temperature, and c) a non-ionic surfactant B liquid at room temperature, wherein the HLB of surfactants A and B are independently equal or greater than 8 and wherein the active ingredients or pharmaceutically acceptable salt thereof are dispersed in the matrix formed by the other ingredients.
A blast damper comprising a frame defining a flow channel for air flow through the blast damper, wherein the flow channel defines an upstream end and a downstream end, closing blades pivotally arranged in the flow channel, wherein each closing blade can be pivoted about a pivot axis between a closed position and an open position and wherein each closing blade is pivotally supported at the frame by means of shaft means, an actuating mechanism configured to simultaneously pivot each closing blade between the closed position so as to prevent air flow through the blast damper and the open position so as to allow air flow through the blast damper, and a protective screen at the upstream end of the flow channel, characterized by the protective screen being formed of sheet material and being planar and being provided with flow openings, by the sheet material being a metal plate. by the sheet material having a monolithic structure. and by the protective screen having a monolithic structure. a frame defining a flow channel for air flow through the blast damper, wherein the flow channel defines an upstream end and a downstream end, closing blades pivotally arranged in the flow channel, wherein each closing blade can be pivoted about a pivot axis between a closed position and an open position and wherein each closing blade is pivotally supported at the frame by means of shaft means, an actuating mechanism configured to simultaneously pivot each closing blade between the closed position so as to prevent air flow through the blast damper and the open position so as to allow air flow through the blast damper, and a protective screen at the upstream end of the flow channel, characterized by the protective screen being formed of sheet material and being planar and being provided with flow openings, by the sheet material being a metal plate. by the sheet material having a monolithic structure. and by the protective screen having a monolithic structure.
A process for the production of an ignition device component by cold metal transfer comprising: (i) providing a metal or alloy substrate and a metal or alloy feed wire, wherein the feed wire comprises a platinum group metal or platinum group metal containing alloy; (ii) igniting an electric arc between the substrate and the feed wire; (iii) decreasing the distance between a surface of the substrate and the feed wire until the feed wire contacts the substrate, thereby creating a short-circuit; and (iv) increasing the distance between the substrate and the feed wire to break the short circuit and deposit metal or alloy from the feed wire onto the surface of the substrate to form a metal or alloy attachment on the surface of the substrate. (i) providing a metal or alloy substrate and a metal or alloy feed wire, wherein the feed wire comprises a platinum group metal or platinum group metal containing alloy; (ii) igniting an electric arc between the substrate and the feed wire; (iii) decreasing the distance between a surface of the substrate and the feed wire until the feed wire contacts the substrate, thereby creating a short-circuit; and (iv) increasing the distance between the substrate and the feed wire to break the short circuit and deposit metal or alloy from the feed wire onto the surface of the substrate to form a metal or alloy attachment on the surface of the substrate.
A bismuth fluorophosphate glass formed from a composition comprising on a mol basis: a metaphosphate Al 3, from 10.5 to 11 percent; a metaphosphate Ba 2, from 10 to 10.5 percent; a metaphosphate Bi 3, from 0.5 to 78 percent; fluorides BaF2 + RFx, from 0.5 to 79 percent; and dopant over 100 wt% comprised of dopants/co-dopants MnO and/or M2O3 and/or MF3 at 0.5 to 20 percent, with M selected from the group consisting of Nd, Er, Tm, Ho, Pr, Tb, Sm, Eu, and Yb; where R is selected from the group consisting of Ca, Mg, Pb, and Bi; and x is an index representing an amount of fluoride in the compound RFx. a metaphosphate Al 3, from 10.5 to 11 percent; a metaphosphate Ba 2, from 10 to 10.5 percent; a metaphosphate Bi 3, from 0.5 to 78 percent; fluorides BaF2 + RFx, from 0.5 to 79 percent; and dopant over 100 wt% comprised of dopants/co-dopants MnO and/or M2O3 and/or MF3 at 0.5 to 20 percent, with M selected from the group consisting of Nd, Er, Tm, Ho, Pr, Tb, Sm, Eu, and Yb; where R is selected from the group consisting of Ca, Mg, Pb, and Bi; and x is an index representing an amount of fluoride in the compound RFx.
Horizontal transverse sealing unit, in particular for a horizontal tubular bag forming and filling machine (12a-d), for closing at least one tubular film (14a-d) and at least one item (16a-d) to be packed, having a first and a second rotation axis (18a-d, 20a-d) which are mutually parallel, and at least two sealing jaw pairs (22a-d, 24a-d, 118c, 120c) which are in each case formed by at least one sealing jaw (26a-d, 30a-d, 122c, 126c) that rotates about the first rotation axis (18a-d) and by at least one sealing jaw (28a-d, 32a-d, 124c, 128c) that rotates about the second rotation axis (20a-d), such that in a sealing procedure the sealing jaws (26a-d, 28a-d, 30a-d, 32a-d, 122c, 124c, 126c, 128c) of one sealing jaw pair (22a-d, 24a-d, 118c, 120c) converge and material layers (34a-d) between the sealing jaws (26a-d, 28a-d, 30a-d, 32a-d, 122c, 124c, 126c, 128c) are sealable under the exertion of pressure, characterized by at least two independently driveable sealing drives (36a-d, 38a-d) which are provided for driving at least two sealing jaw pairs (22a-d, 24a-d, 118c, 120c) in a mutually independent manner, and by at least one support unit (62a, 64a, 62c, 64c) which is provided for at least partially bridging a gap (66a, 68a) between sealing jaws (28a, 32a, 28c, 32c) that are adjacent in a rotation direction (70a, 70c) and have a common rotation axis (20a, 20c).
A method of lyophilizing an aqueous pharmaceutical formulation containing a crystallizable bulking agent and NaCl, wherein said method comprises the steps of: (a) freezing the aqueous pharmaceutical formulation at a temperature of less than -30 °C; (b) annealing the pharmaceutical formulation at between about -30 °C and -19 °C; (c) lowering the temperature of the pharmaceutical formulation to less than about -50 °C; (d) annealing the pharmaceutical formulation at between about -30 °C and -39 °C; and then (e) freeze-drying the pharmaceutical formulation. (a) freezing the aqueous pharmaceutical formulation at a temperature of less than -30 °C; (b) annealing the pharmaceutical formulation at between about -30 °C and -19 °C; (c) lowering the temperature of the pharmaceutical formulation to less than about -50 °C; (d) annealing the pharmaceutical formulation at between about -30 °C and -39 °C; and then (e) freeze-drying the pharmaceutical formulation.