mhurhangee/ep-ind-claims huggingface dataset:
A solid pharmaceutical composition containing N 1 -(5-chloropyridin-2-yl)-N 2 -((1S,2R,4S)-4-[(dimethylamino)carbonyl]-2-{[(5-methyl-4,5,6,7-tetrahydrothiazolo[5,4-c]pyridin-2-yl)carbonyl]amino}cyclohexyl)ethanediamide represented by the following formula: or a pharmacologically acceptable salt thereof, or a solvate thereof, wherein the content of the compound represented by formula is 0.5% by weight or more and less than 10% by weight with respect to the total weight of the pharmaceutical composition, and wherein the dosage form is a tablet.
Moulding device for producing a moulded module, wherein the moulding device has a tool part and a further tool part which together enclose a cavity (6, 7), and one tool part has at least one separating wall which is arranged and configured to divide the cavity (6, 7, 21, 22) into at least two or only two partial chambers (6, 7), specifically a low-pressure partial chamber (6, 21) and a high-pressure partial chamber (7, 22), and the tool part has at least two injection channels (8, 9, 24, 25), and of which a low-pressure injection channel opens out into the low-pressure cavity and, at least over a longitudinal portion, has a smaller cross section than a high-pressure injection channel which opens out into the high-pressure partial chamber, and wherein the low-pressure injection channel is configured to be plugged in a pressure-tight manner, in particular during a predetermined time interval, by way of hardening moulding material, while the high-pressure injection channel is configured to direct a moulding pressure into the cavity for a longer time interval than the low-pressure injection channel. wherein the moulding device has a tool part and a further tool part which together enclose a cavity (6, 7), and one tool part has at least one separating wall which is arranged and configured to divide the cavity (6, 7, 21, 22) into at least two or only two partial chambers (6, 7), specifically a low-pressure partial chamber (6, 21) and a high-pressure partial chamber (7, 22), and the tool part has at least two injection channels (8, 9, 24, 25), and of which a low-pressure injection channel opens out into the low-pressure cavity and, at least over a longitudinal portion, has a smaller cross section than a high-pressure injection channel which opens out into the high-pressure partial chamber, and wherein the low-pressure injection channel is configured to be plugged in a pressure-tight manner, in particular during a predetermined time interval, by way of hardening moulding material, while the high-pressure injection channel is configured to direct a moulding pressure into the cavity for a longer time interval than the low-pressure injection channel.
A ring laser gyro comprising: a laser beam receiver adapted to receive a laser beam taken out of a gyro block for oscillating laser beams; a laser beam intensity measuring unit adapted to measure intensity of the laser beam received by the laser beam receiver; a dither mechanism adapted to apply vibrations in laser beam propagating directions to the gyro block; a dither controller adapted to drive the dither mechanism; and a gyro case housing the gyro block; wherein the laser beam receiver is secured to the gyro case and has a laser beam receiving surface for receiving the laser beam from the gyro block, characterized in that the laser beam receiver is adapted to detect a receiving position of the laser beam on the laser beam receiving surface and to output positional information indicating the receiving position; and the dither controller is adapted to determine, from the positional information output by the laser beam receiver, an amplitude of reciprocation of the receiving position, and to drive the dither mechanism on the basis of said amplitude. a laser beam receiver adapted to receive a laser beam taken out of a gyro block for oscillating laser beams; a laser beam intensity measuring unit adapted to measure intensity of the laser beam received by the laser beam receiver; a dither mechanism adapted to apply vibrations in laser beam propagating directions to the gyro block; a dither controller adapted to drive the dither mechanism; and a gyro case housing the gyro block; wherein the laser beam receiver is secured to the gyro case and has a laser beam receiving surface for receiving the laser beam from the gyro block, characterized in that the laser beam receiver is adapted to detect a receiving position of the laser beam on the laser beam receiving surface and to output positional information indicating the receiving position; and the dither controller is adapted to determine, from the positional information output by the laser beam receiver, an amplitude of reciprocation of the receiving position, and to drive the dither mechanism on the basis of said amplitude.
A railroad vehicle door device, comprising: a door (710, 720) provided at an entrance port of a railroad vehicle; a rail unit having a C-shape cross section; a support unit (160, 170) formed along a length direction of the rail unit; a first door roller provided to the support unit, which is capable of traveling in the C-shape cross section of the rail unit; a second door roller provided to one end of the support unit, which is capable of traveling in the C-shape cross section of the rail unit; and a suspender provided to another end portion of the support unit, which is capable of suspending the door, characterized in that: a core material of the door (710, 720) is provided so as to extend over a portion which is suspended from the suspender. a door (710, 720) provided at an entrance port of a railroad vehicle; a rail unit having a C-shape cross section; a support unit (160, 170) formed along a length direction of the rail unit; a first door roller provided to the support unit, which is capable of traveling in the C-shape cross section of the rail unit; a second door roller provided to one end of the support unit, which is capable of traveling in the C-shape cross section of the rail unit; and a suspender provided to another end portion of the support unit, which is capable of suspending the door, characterized in that: a core material of the door (710, 720) is provided so as to extend over a portion which is suspended from the suspender. a core material of the door (710, 720) is provided so as to extend over a portion which is suspended from the suspender.
A synthetic resin cured by using a curable composition to produce a siloxane bond of a crosslinkable silyl group-containing polymer having a polyether or an acrylic polymer as a main chain, wherein the curable composition comprises a titanium alkoxide, a bidentate organic chelating agent for stabilizing the titanium alkoxide, and a guanidine compound, wherein the composition comprises the titanium alkoxide, the bidentate organic chelating agent and the guanidine compound in a molar ratio of 1: 0.5 to 3: 0.5 to 2. a titanium alkoxide, a bidentate organic chelating agent for stabilizing the titanium alkoxide, and a guanidine compound, wherein the composition comprises the titanium alkoxide, the bidentate organic chelating agent and the guanidine compound in a molar ratio of 1: 0.5 to 3: 0.5 to 2.
A transparent electrically-conductive film comprising a substrate having a refractive index of n1, a first coating layer having a refractive index of n2, a second coating layer having a refractive index of n3, and an electrically-conductive oxide layer having a refractive index of n4 in a sequentially laminated form, wherein said refractive index of each layer complies with n1≤n3<n2<n4, wherein the substrate has a refractive index of 1.4 to 1.7 and a thickness of 2 to 200 wherein the first coating layer has a refractive index of 1.5 to 2.0 and a thickness of 10 to 1,000 nm, wherein the second coating layer has a refractive index of 1.4 to 1.9 and a thickness of 10 to 500 nm, wherein the electrically-conductive oxide layer has a refractive index of 1.9 to 2.3 and a thickness of 5 to 200 nm, wherein the transparent electrically-conductive film comprise sequentially a transparent pressure sensitive adhesive and a second substrate on the other direction side of the substrate on which the first coating layer, the second coating layer and the electrically-conductive oxide layer are sequentially formed, wherein the pressure sensitive adhesive layer has an elastic coefficient of 1 to 100 N/cm 2 and a thickness of 5 to 100 μ m, and the second substrate is a plastic film having a thickness of 6 to 3,000 μ m or plat glasses or plastics having a thickness of 0.05 to 10 mm.
A storage control computer program causing a computer to execute, when running the program, a control process of a storage including a first storage device with first access speed, a second storage device with second access speed that is slower than the first access speed, and a cache memory, the control process comprising: monitoring access frequency to data in the first and second storage devices; and relocating data, the access frequency of which exceeds a first reference value, in the second storage device, to the first storage device; the storage control program being characterized in that the control process further comprises conducting an overload processing of retaining, in the cache memory, at least a part of the data in the second storage device when the second storage device is in an overload state, wherein the retained data will not be purged based on normal cache control, wherein the access frequency monitoring is executed in a state where the partial data is retained in the cache memory, and the relocating is executed based on the access frequency to the partial data. monitoring access frequency to data in the first and second storage devices; and relocating data, the access frequency of which exceeds a first reference value, in the second storage device, to the first storage device; the storage control program being characterized in that the control process further comprises conducting an overload processing of retaining, in the cache memory, at least a part of the data in the second storage device when the second storage device is in an overload state, wherein the retained data will not be purged based on normal cache control, wherein the access frequency monitoring is executed in a state where the partial data is retained in the cache memory, and the relocating is executed based on the access frequency to the partial data.
Medical treatment unit having a device for stopping bleeding at at least one puncture site of a vessel of a patient who has undergone an extracorporeal treatment, in particular dialysis, wherein the device has: - a band-shaped main body with closure means; - at least one first expandable chamber on the band-shaped main body; - a fluid feed device, which is arranged in such a way that the fluid can be introduced through it into the at least first expandable chamber and/or can be discharged through it; - a delivery unit for introducing a fluid into the at least first chamber; - a valve for discharging the fluid from the at least first chamber, and - a controller for controlling the delivery unit and/or the valve, wherein the controller has a memory, in which at least one profile is stored for controlled introduction and/or discharge of the fluid into/out of the at least first chamber, wherein the controller has a data transmission device and a processor, wherein the processor is suitable for determining the profile on the basis of data transmitted by means of the data transmission device, wherein the treatment unit has an extracorporeal blood treatment device, in particular a haemodialysis device, wherein the extracorporeal treatment device is equipped to communicate with the data transmission device. - a band-shaped main body with closure means; - at least one first expandable chamber on the band-shaped main body; - a fluid feed device, which is arranged in such a way that the fluid can be introduced through it into the at least first expandable chamber and/or can be discharged through it; - a delivery unit for introducing a fluid into the at least first chamber; - a valve for discharging the fluid from the at least first chamber, and - a controller for controlling the delivery unit and/or the valve, wherein the controller has a memory, in which at least one profile is stored for controlled introduction and/or discharge of the fluid into/out of the at least first chamber, wherein the controller has a data transmission device and a processor, wherein the processor is suitable for determining the profile on the basis of data transmitted by means of the data transmission device, wherein the treatment unit has an extracorporeal blood treatment device, in particular a haemodialysis device, wherein the extracorporeal treatment device is equipped to communicate with the data transmission device.
A print control apparatus comprising: an image data acquisition unit for acquiring at least first image data of a raster format that defines color information and second image data of a raster format that defines an amount of recording with a special color ink different from the color that is indicated by the color information; a PDL data generation unit for generating PDL data with which an instruction for printing a document comprising at least an image represented by the first image data and the second image data is described by a page description language; and a transfer unit for transferring the generated PDL data to a print unit; the PDL data generation unit being adapted to determine whether or not to convert the second image data into a command in accordance with the content of the second image data including the amount of recording with the special color ink and, in a case where a determination is made to convert into a command, generating a command for designating a method of printing for the special color ink represented by the second image data and generating PDL data that includes the generated command, characterised in that the PDL data generation unit is adapted to determine whether or not to convert the second image data based on whether or not the content of the second image data is such that the amount of information would be reduced by the conversion into a command. an image data acquisition unit for acquiring at least first image data of a raster format that defines color information and second image data of a raster format that defines an amount of recording with a special color ink different from the color that is indicated by the color information; a PDL data generation unit for generating PDL data with which an instruction for printing a document comprising at least an image represented by the first image data and the second image data is described by a page description language; and a transfer unit for transferring the generated PDL data to a print unit; the PDL data generation unit being adapted to determine whether or not to convert the second image data into a command in accordance with the content of the second image data including the amount of recording with the special color ink and, in a case where a determination is made to convert into a command, generating a command for designating a method of printing for the special color ink represented by the second image data and generating PDL data that includes the generated command, characterised in that the PDL data generation unit is adapted to determine whether or not to convert the second image data based on whether or not the content of the second image data is such that the amount of information would be reduced by the conversion into a command.
A sample conveying device comprising: a conveying surface that conveys a conveying container provided with a magnetic material thereon; a position detection unit that obtains a position of the conveying container on the conveying surface; a plurality of magnetic poles that are disposed below the conveying surface and provided with cores and coils; a driving unit that applies a voltage to the magnetic poles; and a control unit that controls the driving unit, wherein the control unit obtains a general conveyance speed of the conveying container from the position of the conveying container detected by the position detection unit to determine whether the general conveyance speed is abnormal, the device being characterised in that, when it is determined that the general conveyance speed is abnormal, the control unit conveys a reference conveying container and determines a cause of an abnormality in the general conveyance speed based on a conveyance speed of the reference conveying container. a conveying surface that conveys a conveying container provided with a magnetic material thereon; a position detection unit that obtains a position of the conveying container on the conveying surface; a plurality of magnetic poles that are disposed below the conveying surface and provided with cores and coils; a driving unit that applies a voltage to the magnetic poles; and a control unit that controls the driving unit, wherein the control unit obtains a general conveyance speed of the conveying container from the position of the conveying container detected by the position detection unit to determine whether the general conveyance speed is abnormal, the device being characterised in that, when it is determined that the general conveyance speed is abnormal, the control unit conveys a reference conveying container and determines a cause of an abnormality in the general conveyance speed based on a conveyance speed of the reference conveying container.
Precipitation management method by desert dust consisting of dispersing desert origin dust into the clouds, resulting in - the contact of bacteria and fungus present in the desert dust with water, - the formation of oxalate having hexagonal crystalline structure by the bacteria and fungus as an osmosolute, - the action of an hexagonal crystal as an cloud condensation nucleus, - triggering of snow formation within the clouds by oxalate crystals. characterized in that said desert dust is desert origin soil evolved at the ephemeral lake basins, evolved during glacial time periods, separated from its boulders but not any other pre treatment. - the contact of bacteria and fungus present in the desert dust with water, - the formation of oxalate having hexagonal crystalline structure by the bacteria and fungus as an osmosolute, - the action of an hexagonal crystal as an cloud condensation nucleus, - triggering of snow formation within the clouds by oxalate crystals. characterized in that said desert dust is desert origin soil evolved at the ephemeral lake basins, evolved during glacial time periods, separated from its boulders but not any other pre treatment.
A method performed at an authentication device comprising: storing first information (122) associated with an environment of a user device during a first session, the first session associated with a first duration (120); receiving credentials associated with a user account; authenticating the user device for a second session based at least in part on the credentials; receiving second information (122) associated with the environment of the user device for the second session; analyzing the first information with respect to the second information to determine one or more transitions (140) associated with the environment between the first session and the second session; determining a second duration (120) associated with authenticating the user device during the second session, the determining comprising increasing or decreasing the first duration based at least in part on the one or more transitions; generating data representing at least the second duration; and sending the data to the user device. storing first information (122) associated with an environment of a user device during a first session, the first session associated with a first duration (120); receiving credentials associated with a user account; authenticating the user device for a second session based at least in part on the credentials; receiving second information (122) associated with the environment of the user device for the second session; analyzing the first information with respect to the second information to determine one or more transitions (140) associated with the environment between the first session and the second session; determining a second duration (120) associated with authenticating the user device during the second session, the determining comprising increasing or decreasing the first duration based at least in part on the one or more transitions; generating data representing at least the second duration; and sending the data to the user device.
A bi-directional cannula feature capture mechanism, comprising: an inner housing having a proximal cannula feature mating component and a distal cannula feature mating component; an outer housing having an inner surface adapted to slidably receive the inner housing; and a cannula that extends into the inner housing and comprises a cannula feature having a proximal engagement surface and a distal engagement surface, wherein a tip of the cannula is shielded when the distal engagement surface is captured by the distal cannula feature mating component, and further comprising means for locking the inner housing to the outer housing when the cannula tip is shielded, wherein the inner housing is configured to shield the cannula tip when the proximal engagement surface contacts the proximal cannula feature mating component, characterized in that said inner housing has an outer surface having a first interlocking surface to selectively maintain a first position of the inner housing, and said inner surface of the outer housing further has a second interlocking surface for receiving said first interlocking surface whereby to selectively interlock the inner housing to the outer housing at the first position of the inner housing, wherein when the cannula tip is shielded, the second interlocking surface is configured to prevent the inner housing from moving distally in the outer housing. an inner housing having a proximal cannula feature mating component and a distal cannula feature mating component; an outer housing having an inner surface adapted to slidably receive the inner housing; and a cannula that extends into the inner housing and comprises a cannula feature having a proximal engagement surface and a distal engagement surface, wherein a tip of the cannula is shielded when the distal engagement surface is captured by the distal cannula feature mating component, and further comprising means for locking the inner housing to the outer housing when the cannula tip is shielded, wherein the inner housing is configured to shield the cannula tip when the proximal engagement surface contacts the proximal cannula feature mating component, characterized in that said inner housing has an outer surface having a first interlocking surface to selectively maintain a first position of the inner housing, and said inner surface of the outer housing further has a second interlocking surface for receiving said first interlocking surface whereby to selectively interlock the inner housing to the outer housing at the first position of the inner housing, wherein when the cannula tip is shielded, the second interlocking surface is configured to prevent the inner housing from moving distally in the outer housing.