mhurhangee/ep-ind-claims huggingface dataset:
A top-emitting OLED device, comprising: a substrate; a first electrode formed over the substrate; one or more organic layers formed over the first electrode, at least one organic layer being a light-emitting layer; and a bi-layer electrode comprising a first transparent conductive protective hermetic layer formed over the one or more organic layers, wherein a hermetic layer forms a barrier having a moisture permeation rate of less than 1*10-4 g/m2/day, and a second transparent conductive non-hermetic layer, comprising a random arrangements of molecules, formed over the first transparent conductive protective hermetic layer, wherein both the first and second conductive layers (17, 18) are metal oxide layers; and characterized by: the first conductive layer comprises zinc oxide or doped zinc oxide or aluminum zinc oxide which is obtainable or obtained at a temperature less than 140 degrees C by employing a vapor deposition process comprising alternately a first reactive gaseous material and a second gaseous material wherein the first reactive gaseous material is capable of reacting with the organic layers treated with the second reactive gaseous material, resulting in a layer formed of ordered and structured layers of molecules that completely coat a surface and whose molecules are in closely adjacent and in alignement with neighbouring molecules. a substrate; a first electrode formed over the substrate; one or more organic layers formed over the first electrode, at least one organic layer being a light-emitting layer; and a bi-layer electrode comprising a first transparent conductive protective hermetic layer formed over the one or more organic layers, wherein a hermetic layer forms a barrier having a moisture permeation rate of less than 1*10-4 g/m2/day, and a second transparent conductive non-hermetic layer, comprising a random arrangements of molecules, formed over the first transparent conductive protective hermetic layer, wherein both the first and second conductive layers (17, 18) are metal oxide layers; and characterized by: the first conductive layer comprises zinc oxide or doped zinc oxide or aluminum zinc oxide which is obtainable or obtained at a temperature less than 140 degrees C by employing a vapor deposition process comprising alternately a first reactive gaseous material and a second gaseous material wherein the first reactive gaseous material is capable of reacting with the organic layers treated with the second reactive gaseous material, resulting in a layer formed of ordered and structured layers of molecules that completely coat a surface and whose molecules are in closely adjacent and in alignement with neighbouring molecules.
Dual-mass flywheel having a primary mass and a secondary mass which can be rotated with respect to one another counter to the action of a spring force accumulator, the primary mass comprising a primary disc which is connected fixedly to a connecting disc, and the secondary mass comprising a secondary flange which is connected fixedly to output means by means of rivets, the primary disc having openings for the rivets, the openings in the primary disc being provided with sealing caps, characterized in that the primary disc covers the connecting disc and the rivets in the secondary flange radially to the inside, and the connecting disc has openings (30, 35) for the rivets.
A heating, ventilation, air conditioning, and/or refrigeration, HVAC&R, system, comprising: - a first vapor compression flow path comprising a first condenser configured to place a working fluid in a heat exchange relationship with a cooling fluid; - a second vapor compression flow path comprising a second evaporator configured to place the working fluid in a heat exchange relationship with a conditioning fluid; and - a shared vapor compression flow path comprising a second condenser configured to place the working fluid in a heat exchange relationship with the cooling fluid and a first evaporator configured to place the working fluid in a heat exchange relationship with the conditioning fluid; wherein the first vapor compression flow path comprises a first compressor configured to direct working fluid vapor from the first evaporator to the first condenser, characterised in that the second vapor compression flow path is configured to direct working fluid liquid from the first evaporator to the second evaporator and comprises a second compressor configured to direct working fluid vapor from the second evaporator to the second condenser of the shared vapor compression flow path, and wherein the shared vapor compression flow path is configured to combine the working fluid received from the first condenser of the first vapor compression flow path and the working fluid received from the second evaporator of the second vapor compression flow path to a combined working fluid in the second condenser and direct the combined working fluid to the first evaporator. - a first vapor compression flow path comprising a first condenser configured to place a working fluid in a heat exchange relationship with a cooling fluid; - a second vapor compression flow path comprising a second evaporator configured to place the working fluid in a heat exchange relationship with a conditioning fluid; and - a shared vapor compression flow path comprising a second condenser configured to place the working fluid in a heat exchange relationship with the cooling fluid and a first evaporator configured to place the working fluid in a heat exchange relationship with the conditioning fluid; wherein the first vapor compression flow path comprises a first compressor configured to direct working fluid vapor from the first evaporator to the first condenser, characterised in that the second vapor compression flow path is configured to direct working fluid liquid from the first evaporator to the second evaporator and comprises a second compressor configured to direct working fluid vapor from the second evaporator to the second condenser of the shared vapor compression flow path, and wherein the shared vapor compression flow path is configured to combine the working fluid received from the first condenser of the first vapor compression flow path and the working fluid received from the second evaporator of the second vapor compression flow path to a combined working fluid in the second condenser and direct the combined working fluid to the first evaporator.
A collapsible embolic protection device for transvascular delivery to an aortic arch of a patient, and for temporary protection of at least one side branch vessel of said aortic arch from embolic material, said device having a protection unit comprising a blood permeable unit adapted to prevent said embolic material from passage with a blood flow, wherein said protection unit is connectable to a transvascular delivery unit at a connection point, and a first support member (133, 210) for supporting said protection unit that is at least partly arranged at a periphery of said selectively permeable unit; wherein said selectively permeable unit is non-tubular, extending substantially planar in said expanded state in a longitudinal direction, characterised in that said first support member is bent into an angle towards said connection point, and/or said transvascular delivery unit, such that said transvascular delivery unit is connectable at an angle with the support member in said longitudinal direction of the device.
Hydraulic press comprising a chassis, a hydraulic cylinder which can act on a part to be manipulated, a workbench on which there is located at least one block on which said part to be manipulated can be supported, where said at least one block comprises a first planar face and a second face from which a support part having a depression emerges to receive the part to be manipulated, characterized in that each side edge of said at least one block has, coupled thereto, a stop comprising a T-shaped part which can be fitted into a transverse groove made on each side edge of said at least one block, each stop comprising a hollow I-shaped part comprising a longitudinal groove in which the flanges of the T-shaped part can be inserted, where the I-shaped part has a height greater than the side edge of the block such that the I-shaped part always protrudes from the side edge of the block in any case when the T-shaped part is inserted in the transverse groove.
A photovoltaic power generation module, comprising: a pattern glass including a base member, and a pattern member provided on the base member and including an optical pattern formed thereon; a solar cell module including a solar cell; a plurality of supportive adhering parts adhered to the pattern member and each having a cylindrical shape with an axis perpendicular to the pattern glass; and a filler filling a space between the supportive adhering part and the solar cell module, wherein the pattern glass and the solar cell module are integrated with each other through the supportive adhering part and the filler, and wherein a height of the supportive adhering part is formed to be higher than a height of the pattern member such that a gap (h) for forming an air layer between the pattern member and the filler is provided, characterized in that the photovoltaic power generation module includes a glass in the solar cell module for protecting the solar cell, and in that the filler fills a space between the glass and the supportive adhering part. a pattern glass including a base member, and a pattern member provided on the base member and including an optical pattern formed thereon; a solar cell module including a solar cell; a plurality of supportive adhering parts adhered to the pattern member and each having a cylindrical shape with an axis perpendicular to the pattern glass; and a filler filling a space between the supportive adhering part and the solar cell module, wherein the pattern glass and the solar cell module are integrated with each other through the supportive adhering part and the filler, and
Agent containing a compound represented by the following formula: (wherein R 1 is a hydrogen atom; and R 2 is a hydrogen atom) or a salt thereof and a sodium ferrous citrate, for use in ameliorating and/or preventing cancerous anemia. or a salt thereof and a sodium ferrous citrate, for use in ameliorating and/or preventing cancerous anemia.
A communication apparatus comprising: a receiver configured to receive configuration information from a base station apparatus; and control circuitry configured to add, based on the configuration information indicating a carrier indicator field value, CIF value, assigned to an added component carrier and a component carrier identification index, CC ID index, of the added component carrier, the CIF value and the CC ID index of the added component carrier to a one-to-one correspondence relationship between one or more CIF values and one or more CC ID indexes, wherein the CIF value assigned to the added component carrier is a previously unconfigured CIF and the one-to-one correspondence relationship prior to the addition is maintained. a receiver configured to receive configuration information from a base station apparatus; and control circuitry configured to add, based on the configuration information indicating a carrier indicator field value, CIF value, assigned to an added component carrier and a component carrier identification index, CC ID index, of the added component carrier, the CIF value and the CC ID index of the added component carrier to a one-to-one correspondence relationship between one or more CIF values and one or more CC ID indexes, wherein the CIF value assigned to the added component carrier is a previously unconfigured CIF and the one-to-one correspondence relationship prior to the addition is maintained.
A multilayer fiber ABA consisting of: A) two top layers (layer A) comprising propylene copolymer with ethylene having an ethylene derived units content ranging from 3.5 wt% to 6.5 wt%; a melt flow rate according to ISO 1133 (230°C, 2.16 Kg) comprised between from 0.5 g/10 min to 5 g/10 min; a fraction of polymer soluble in xylene at 25°C ranging from 10 wt% to 17wt% based on the total weight of said copolymer, as determined by using the method defined in the description; B) one core layer (layer B) comprising a high density polyethylene having a density ranging from 0.942 g/cm 3 to 0.958 g/cm 3 according to ISO 1183; and having a melt flow rate (MFR measured at 190°C 5.0 kg) ranging from 0.3 g/10 min to 5 g/10 min. A) two top layers (layer A) comprising propylene copolymer with ethylene having an ethylene derived units content ranging from 3.5 wt% to 6.5 wt%; a melt flow rate according to ISO 1133 (230°C, 2.16 Kg) comprised between from 0.5 g/10 min to 5 g/10 min; a fraction of polymer soluble in xylene at 25°C ranging from 10 wt% to 17wt% based on the total weight of said copolymer, as determined by using the method defined in the description; B) one core layer (layer B) comprising a high density polyethylene having a density ranging from 0.942 g/cm 3 to 0.958 g/cm 3 according to ISO 1183; and having a melt flow rate (MFR measured at 190°C 5.0 kg) ranging from 0.3 g/10 min to 5 g/10 min.
A rigid or semi-rigid container assembly (10, 110) comprising a support (20, 120) and a frame (30, 130) wherein the support (20, 120) comprises a peripheral flange (21, 121) outwardly extending from the support (20, 120) and an open mouth (5, 105), and the frame (30, 130) comprises a rim (32, 132), and is shaped at its edge to cooperate with the flange (21, 121) to be releasably secured onto the support (20, 120) when the container assembly (10, 110) is in the closed state, characterised in that the rim (32, 132) of the frame (30, 130) extends only over a fraction of the flange (21, 121), thus leaving part (22, 122) of the flange (21, 121) not covered by the rim (32, 132) of the frame (30, 130), said frame (30, 130) defines a central opening which leaves the open mouth (5, 105) of the support (20, 120) uncovered by said frame when container assembly (10, 110) is in the closed state, and the open mouth (5, 105) of the support (20, 120) remains uncovered in the closed state so that products can be loaded onto said support (20, 120) through said central opening of said frame (30, 130).
A method of making a balloon catheter comprising the steps of: advancing an elongate body into a cavity defined by a plurality of movable blade members forming an adjustable molding iris; and blow molding a balloon in the elongate body with the molding iris determining a configuration of the balloon; wherein the method further comprises a step of synchronously moving the plurality of movable blade members so as to adjust the size of the molding iris. advancing an elongate body into a cavity defined by a plurality of movable blade members forming an adjustable molding iris; and blow molding a balloon in the elongate body with the molding iris determining a configuration of the balloon; wherein the method further comprises a step of synchronously moving the plurality of movable blade members so as to adjust the size of the molding iris.
An execution method of a security information sharing system which includes at least a digital key, a digital box and a terminal device based on Internet or Local Area Network and comprising steps as follows: Step 1: a USB connector of the digital key is inserted into a USB port of the terminal device; Step 2: said terminal device supplies power to electrically connect said digital key; Step 3: a certification program saved in a first memory unit of the digital key for convenient access of one user is executed by said terminal device; Step 3-1: the certification program calculates and creates a verification code based on a device number, which is a unique identification number of the digital box, and saves it in the first memory unit of the digital key which can be newly authorized by certification program; Step 4: (a) said verification code transmitted to the digital box is compared with encoded data in a data storage device connected to the digital box by a decoding program of the digital box; (b) encrypted information in the data storage device is completely decoded by the decoding program for access based on the verification code; Step 5: information saved in said data storage device is accessed by said terminal device via a network unit of the digital box and said decoding program. Step 1: a USB connector of the digital key is inserted into a USB port of the terminal device; Step 2: said terminal device supplies power to electrically connect said digital key; Step 3: a certification program saved in a first memory unit of the digital key for convenient access of one user is executed by said terminal device; Step 3-1: the certification program calculates and creates a verification code based on a device number, which is a unique identification number of the digital box, and saves it in the first memory unit of the digital key which can be newly authorized by certification program; Step 4: (a) said verification code transmitted to the digital box is compared with encoded data in a data storage device connected to the digital box by a decoding program of the digital box; (b) encrypted information in the data storage device is completely decoded by the decoding program for access based on the verification code; Step 5: information saved in said data storage device is accessed by said terminal device via a network unit of the digital box and said decoding program.
A headlight control system comprising: a headlight including a plurality of light sources that irradiate a plurality of regions ahead of a vehicle; a target object detection device (11, 12) that detects a predetermined target object (1A, 1B) present ahead of the vehicle; and a controller configured to control the headlight such that, when it is detected by the target object detection device (11, 12) that the target object is present, of the plurality of light sources of the headlight, an light source irradiating a region where the target object is present is turned off and/or dimmed, and such that, thereafter, when it is detected by the target object detection device (11, 12) that the target object is not present in the region, the turned-off/dimmed light source is turned on, characterized in that the controller is configured to control the headlight such that, when it is detected by the target object detection device (11, 12) that the target object is not present and the turned-off/dimmed light source is turned on and/or brightened, a change rate of luminance of the light source is changed according to a position of the irradiation region of the light source. a headlight including a plurality of light sources that irradiate a plurality of regions ahead of a vehicle; a target object detection device (11, 12) that detects a predetermined target object (1A, 1B) present ahead of the vehicle; and a controller configured to control the headlight such that, when it is detected by the target object detection device (11, 12) that the target object is present, of the plurality of light sources of the headlight, an light source irradiating a region where the target object is present is turned off and/or dimmed, and such that, thereafter, when it is detected by the target object detection device (11, 12) that the target object is not present in the region, the turned-off/dimmed light source is turned on, characterized in that the controller is configured to control the headlight such that, when it is detected by the target object detection device (11, 12) that the target object is not present and the turned-off/dimmed light source is turned on and/or brightened, a change rate of luminance of the light source is changed according to a position of the irradiation region of the light source.
A Water-insoluble, matrix tablets capable of releasing one or more active ingredients into the body over an extended time period and containing at least one active ingredient which may be subject to drug abuse dispersed within a compression matrix, said matrix consisting of a mixture of microcrystalline cellulose and [polyvinyl acetate/polyvinylpyrrolidone (80:20)], characterized in that: - the amount of excipients and the compression conditions are chosen so that said tablets have a crushing strength of at least 4 MPa, advantageously of at least 6 MPa, the crushing strength being calculated from the following formula: Rd = 2 × F π × D × h where Rd is the diametral fracture of the tablet (in MPa); F is the hardness of the tablet (in N), said hardness characterizes the fracture force of the tablet during a diametral fracture test of a round tablet placed between two jaws, one fixed, the other movable, and said hardness corresponds to the force applied by the movable jaw which causes the tablet to break into two roughly equal parts; D is the diameter of the tablet (in mm); h is the thickness of the tablet (in mm); - said active ingredients belong to the group including morphine, oxycodone, hydrocodone, hydromorphone, oxymorphone, tramadol, methadone, codeine and their salts. - the amount of excipients and the compression conditions are chosen so that said tablets have a crushing strength of at least 4 MPa, advantageously of at least 6 MPa, the crushing strength being calculated from the following formula: Rd = 2 × F π × D × h where Rd is the diametral fracture of the tablet (in MPa); F is the hardness of the tablet (in N), said hardness characterizes the fracture force of the tablet during a diametral fracture test of a round tablet placed between two jaws, one fixed, the other movable, and said hardness corresponds to the force applied by the movable jaw which causes the tablet to break into two roughly equal parts; D is the diameter of the tablet (in mm); h is the thickness of the tablet (in mm); where Rd is the diametral fracture of the tablet (in MPa); F is the hardness of the tablet (in N), said hardness characterizes the fracture force of the tablet during a diametral fracture test of a round tablet placed between two jaws, one fixed, the other movable, and said hardness corresponds to the force applied by the movable jaw which causes the tablet to break into two roughly equal parts; D is the diameter of the tablet (in mm); h is the thickness of the tablet (in mm); - said active ingredients belong to the group including morphine, oxycodone, hydrocodone, hydromorphone, oxymorphone, tramadol, methadone, codeine and their salts.
A joint distraction lever, comprising: a lever body having a handle portion and a working portion; a fulcrum extending from a bottom surface of the working portion of the lever body and configured to contact a first bone of a joint; a distal tip, wherein the distal tip curves upwardly from the working portion of the lever body, and configured to contact a second bone of the joint; wherein the joint distraction lever is configured to measure a distraction force applied at the distal tip during a distraction procedure, while only the fulcrum and the distal tip are in contact with the first and second bones, respectively, of the joint, when a torque is applied by an external force applied on the handle portion of the lever body; and an indicator on the handle portion of the lever body and configured to provide feedback related to the distraction force applied at the distal tip, as measured by the joint distraction lever. a lever body having a handle portion and a working portion; a fulcrum extending from a bottom surface of the working portion of the lever body and configured to contact a first bone of a joint; a distal tip, wherein the distal tip curves upwardly from the working portion of the lever body, and configured to contact a second bone of the joint; wherein the joint distraction lever is configured to measure a distraction force applied at the distal tip during a distraction procedure, while only the fulcrum and the distal tip are in contact with the first and second bones, respectively, of the joint, when a torque is applied by an external force applied on the handle portion of the lever body; and an indicator on the handle portion of the lever body and configured to provide feedback related to the distraction force applied at the distal tip, as measured by the joint distraction lever.