mhurhangee/ep-ind-claims huggingface dataset:
A medicament delivery device comprising: - an elongated housing (12, 124); - a medicament container carrier adapted to house a medicament container to which a medicament delivery member is attached and wherein the carrier is slidably accommodated within the housing; - a trigger unit comprising an actuator button and an actuator connected to each other; - a cover unit coaxially and slidably arranged within the housing wherein the cover unit comprises a delivery member cover and an actuator sleeve connected to each other, wherein the actuator sleeve is coaxially and slidably arranged on the actuator; - a release mechanism adapted to be partly actuated by the operation of the trigger unit and partly actuated by the movement of the cover unit; - a preloaded drive unit releasably connected to the medicament container carrier and controlled by the release mechanism for advancing firstly the medicament container carrier to a predetermined proximal position in relation to the housing and upon the carrier reaching the predetermined proximal position, the drive unit becomes disconnected from the carrier for advancing a slidable stopper within the container and thereby dispensing the medicament, and wherein the preloaded drive unit comprises a drive spring and a plunger rod; characterised in that the device further comprises a braking mechanism acting between the preloaded drive unit and the release mechanism for controlling the speed of the preloaded drive unit when advancing the slidable stopper within the container, and wherein the braking mechanism comprises first braking means on the outer surface of the plunger rod and second braking means of the release mechanism interactively connected to each other by a non-positive connection. - an elongated housing (12, 124); - a medicament container carrier adapted to house a medicament container to which a medicament delivery member is attached and wherein the carrier is slidably accommodated within the housing; - a trigger unit comprising an actuator button and an actuator connected to each other; - a cover unit coaxially and slidably arranged within the housing wherein the cover unit comprises a delivery member cover and an actuator sleeve connected to each other, wherein the actuator sleeve is coaxially and slidably arranged on the actuator; - a release mechanism adapted to be partly actuated by the operation of the trigger unit and partly actuated by the movement of the cover unit; - a preloaded drive unit releasably connected to the medicament container carrier and controlled by the release mechanism for advancing firstly the medicament container carrier to a predetermined proximal position in relation to the housing and upon the carrier reaching the predetermined proximal position, the drive unit becomes disconnected from the carrier for advancing a slidable stopper within the container and thereby dispensing the medicament, and wherein the preloaded drive unit comprises a drive spring and a plunger rod; characterised in that
A method of playing music in an electronic device comprising a touch screen, the method comprising: identifying, by a processor of the electronic device, background music selected by a user; loading sound source data from a memory, wherein the sound source data is synchronised with the background music such that the processor is able to reproduce the background music synchronised with the sound source data and that the sound source data can be simultaneously executed when the processor reproduces the background music, wherein the sound source data identifies chords of the background music when the sound source data is simultaneously executed when the processor reproduces the background music; reproducing, by the processor, the background music; identifying, by the processor, the chords corresponding to the reproduced background music in the sound source data; configuring, by the processor, notes corresponding to the chords as notes corresponding to touch objects displayed on the touch screen; identifying, by the processor, a change of a chord through the sound source data; and upon identification of the change of the chord by the processor, reconfiguring, by the processor, notes corresponding to the changed chord as the notes corresponding to the touch objects. identifying, by a processor of the electronic device, background music selected by a user; loading sound source data from a memory, wherein the sound source data is synchronised with the background music such that the processor is able to reproduce the background music synchronised with the sound source data and that the sound source data can be simultaneously executed when the processor reproduces the background music, wherein the sound source data identifies chords of the background music when the sound source data is simultaneously executed when the processor reproduces the background music; reproducing, by the processor, the background music; identifying, by the processor, the chords corresponding to the reproduced background music in the sound source data; configuring, by the processor, notes corresponding to the chords as notes corresponding to touch objects displayed on the touch screen; identifying, by the processor, a change of a chord through the sound source data; and upon identification of the change of the chord by the processor, reconfiguring, by the processor, notes corresponding to the changed chord as the notes corresponding to the touch objects.
A perimeter for inspecting a visual field of an examinee in such a state the examinee fixates a predetermined fixation point, comprising: - a region designator that is configured to display an image that shows a past perimetry result ("the perimetry result image" hereinafter) or a fundus image (both images are collectively referred to as "the designation image" hereinafter), and to designate a region on which the perimetry is expected to be done ("the inspection region" hereinafter) on the designation image; - a region determinator that determines a region to which the stimuli are presented ("the stimulus presentation region" hereinafter) based upon the designated inspection region; - a position determinator that determines a position of a spot onto which the stimulus is presented in the stimulus presentation region ("the stimulus presentation spot" hereinafter); - a stimulus presentator that presents the stimulus with a predetermined brightness to each position determined through the position determinator in order; - an operation portion to be operated by the examinee who perceived the presented stimulus; and - a result judger that judges the inspection result based upon signals from the stimulus presentator and the operation portion; whereby the region determinator is configured such that both regions, the regions (C2,C3) separated in an up/down direction, an oblique direction or a right/left direction from the inspection region (B, B1∼B3) ("the spaced region" hereinafter) and the inspection region (B, B1∼B3) are determined as the stimulus presentation region, and the stimulus presentator presents the stimuli onto both regions, the spaced region (C2,C3) and the inspection region (B, B1∼B3). - a region designator that is configured to display an image that shows a past perimetry result ("the perimetry result image" hereinafter) or a fundus image (both images are collectively referred to as "the designation image" hereinafter), and to designate a region on which the perimetry is expected to be done ("the inspection region" hereinafter) on the designation image; - a region determinator that determines a region to which the stimuli are presented ("the stimulus presentation region" hereinafter) based upon the designated inspection region; - a position determinator that determines a position of a spot onto which the stimulus is presented in the stimulus presentation region ("the stimulus presentation spot" hereinafter); - a stimulus presentator that presents the stimulus with a predetermined brightness to each position determined through the position determinator in order; - an operation portion to be operated by the examinee who perceived the presented stimulus; and - a result judger that judges the inspection result based upon signals from the stimulus presentator and the operation portion;
A centering device comprising at least two guide assemblies each comprising at least three rolling members arranged around a centering axis at a radial distance from said centering axis, said at least three rolling members of each guide assembly being capable of performing a coordinated movement to vary said radial distance with the possibility of assuming at least one first configuration, wherein said rolling members are arranged at a first radial distance from said centering axis to support a first cylindrical body rotatably and coaxially with said centering axis, and at least one second configuration, wherein said rolling members are arranged at a second radial distance from said centering axis other than said first radial distance to support a second cylindrical body, with an external diameter other than the first cylindrical body, rotatably and coaxially with said centering axis, said at least two guide assemblies being coaxial with each other and arranged at an axial distance from each other along said centering axis to be able to rotatably support in collaboration selectively, the first cylindrical body or the second cylindrical body, at least two of said guide assemblies comprising an adjustment body which can rotate about said centering axis, said each adjustment body being coupled to said at least three rolling members of the respective guide assembly by means of a mechanism such that a rotation of said adjustment body causes a displacement of said rolling members between said first and second configurations, said centering device comprising connecting means for mechanically connecting two respective portions of the adjustment bodies of two guide assemblies, said portions being distant from said centering axis, said centering device comprising motor means connected to said connecting means to actuate a movement of said connecting means and consequently a rotation of the adjustment bodies of said guide assemblies.
Rotor for an electrical machine, the rotor comprising: a laminated core which is formed from a plurality of layered laminates (34, 38); wherein the layered laminates (34, 38) have overlapping recesses which form openings through the laminated core; a plurality of rotor bars which run in the openings through the laminated core; at least one short-circuiting ring at one end of the laminated core, which short-circuiting ring electrically connects the rotor bars; wherein the rotor bars and the short-circuiting ring are cast onto the laminated core; wherein at least one opening through the laminated core has a yielding edge at least in a circumferential section at one end, characterized in that a recess of an end laminate comprising the plurality of layered laminates is increased in size in the circumferential section in relation to a recess of a laminate situated therebeneath, so that a step is formed by the yielding edge, or in that recesses (40a, 40b) of a plurality of end laminates (38a, 38b) are increased in size in steps in relation to a recess of the laminate respectively situated therebeneath. a laminated core which is formed from a plurality of layered laminates (34, 38); wherein the layered laminates (34, 38) have overlapping recesses which form openings through the laminated core; a plurality of rotor bars which run in the openings through the laminated core; at least one short-circuiting ring at one end of the laminated core, which short-circuiting ring electrically connects the rotor bars; wherein the rotor bars and the short-circuiting ring are cast onto the laminated core; wherein at least one opening through the laminated core has a yielding edge at least in a circumferential section at one end, characterized in that a recess of an end laminate comprising the plurality of layered laminates is increased in size in the circumferential section in relation to a recess of a laminate situated therebeneath, so that a step is formed by the yielding edge, or in that recesses (40a, 40b) of a plurality of end laminates (38a, 38b) are increased in size in steps in relation to a recess of the laminate respectively situated therebeneath.
A phased array antenna (800, 1600, 1602, 1604, 1606, 1608) comprising: a plurality of rectangular sub-arrays (802, 804, 812) of eight individual array elements, each of the plurality of rectangular sub-arrays having a phase center, the plurality of rectangular sub-arrays tiled to provide aperiodicity of the phase centers; the plurality of rectangular sub-arrays comprising first sub-arrays formed by 4x2 rectangles of individual array elements, and second subarrays (804, 812) formed by 8x1 rectangles of individual array elements, wherein the individual array elements, across the plurality of rectangular sub-arrays, are arranged in a regular grid pattern, the plurality of rectangular sub-arrays being tiled in a random or pseudo-random manner to reduce periodicity of the phase centers. a plurality of rectangular sub-arrays (802, 804, 812) of eight individual array elements, each of the plurality of rectangular sub-arrays having a phase center, the plurality of rectangular sub-arrays tiled to provide aperiodicity of the phase centers; the plurality of rectangular sub-arrays comprising first sub-arrays formed by 4x2 rectangles of individual array elements, and second subarrays (804, 812) formed by 8x1 rectangles of individual array elements, wherein the individual array elements, across the plurality of rectangular sub-arrays, are arranged in a regular grid pattern, the plurality of rectangular sub-arrays being tiled in a random or pseudo-random manner to reduce periodicity of the phase centers.
A process for preparing (-)-Ambrox or a mixture comprising (-)-Ambrox, wherein a mixture of isomers comprising EEH is enzymatically converted to (-)-Ambrox or a mixture comprising (-)-Ambrox wherein the enzymatic conversion is carried out using a squalene hopene cyclase/homofarnesol Ambrox cyclase (SHC/HAC) enzyme having a polypeptide sequence with at least 70% identity to SEQ ID No. 1, SEQ ID No. 2, SEQ ID No. 3 or-SEQ ID No. 4 under reaction conditions suitable for the production of (-)-Ambrox and wherein the mixture of isomers comprising EEH is selected from one or more of the following groups consisting of [(3E,7E) and [(3Z,7E)] and/or [(3E,7E) and (3E,7Z)] and/or [(3Z,7E), (3E,7E) and (3E,7Z)] also designated as [EE:EZ], [EE:ZE] and [EE:EZ:ZE] respectively.
A process for preparing polyurethanes, in which (a) polyisocyanate, (b) polymeric compounds with groups that are reactive towards isocyanates, (c) catalysts, (d) 0.01 to 1% by weight of an aliphatic hydrocarbon having 2 to 15 carbon atoms which comprise at least one heteroatom selected from the group consisting of oxygen, nitrogen and sulfur, and at least one chlorine or bromine atom, and/or phosphoric acid ester, (e) antioxidants and/or light stabilizers and optionally (f) blowing agents, (g) chain extenders and/or crosslinking agents and (h) auxiliaries and/or additives are mixed to give a reaction mixture and the reaction mixture is allowed to fully react to give the polyurethane, where the phosphoric acid ester corresponds to the general formula (R 1 -O) 3 -P=O where the three radicals R 1, independently of one another, are organic radicals which comprise one or more phenyl groups, one or more phosphoric acid groups (polyalkyl phosphate with ethylene oxide) or esters thereof and/or one or more atoms selected from the group consisting of nitrogen, oxygen, fluorine, chlorine and bromine. (a) polyisocyanate, (b) polymeric compounds with groups that are reactive towards isocyanates, (c) catalysts, (d) 0.01 to 1% by weight of an aliphatic hydrocarbon having 2 to 15 carbon atoms which comprise at least one heteroatom selected from the group consisting of oxygen, nitrogen and sulfur, and at least one chlorine or bromine atom, and/or phosphoric acid ester, (e) antioxidants and/or light stabilizers and optionally (f) blowing agents, (g) chain extenders and/or crosslinking agents and (h) auxiliaries and/or additives are mixed to give a reaction mixture and the reaction mixture is allowed to fully react to give the polyurethane, where the phosphoric acid ester corresponds to the general formula (R 1 -O) 3 -P=O where the three radicals R 1, independently of one another, are organic radicals which comprise one or more phenyl groups, one or more phosphoric acid groups (polyalkyl phosphate with ethylene oxide) or esters thereof and/or one or more atoms selected from the group consisting of nitrogen, oxygen, fluorine, chlorine and bromine.
An oxide superconducting wire comprising: a superconducting laminate comprising an oxide superconducting layer disposed, either directly or indirectly, on a substrate; substrate; and a stabilization layer which is a Cu plating layer covering an outer periphery of the superconducting laminate, wherein the superconducting laminate includes a protection layer being composed of Ag or an Ag alloy, wherein the Cu plating layer is formed on the protection layer, characterized in that, a Vickers hardness of the Cu plating layer is in a range of 80 to 190 HV, in that a tensile strength of the oxide superconducting wire is 600 MPa or more, wherein an average crystal grain size of the Cu plating layer is in a range of 0.52 to 1.00 μm, wherein the average crystal grain size of the Cu plating layer is the average crystal grain size in a cross section parallel to a longitudinal direction of the oxide superconducting wire, and wherein an average number of grain boundaries per 100 μm length of the Cu plating layer is 100 or more. a superconducting laminate comprising an oxide superconducting layer disposed, either directly or indirectly, on a substrate; substrate; and a stabilization layer which is a Cu plating layer covering an outer periphery of the superconducting laminate, wherein the superconducting laminate includes a protection layer being composed of Ag or an Ag alloy, wherein the Cu plating layer is formed on the protection layer, characterized in that, a Vickers hardness of the Cu plating layer is in a range of 80 to 190 HV, in that a tensile strength of the oxide superconducting wire is 600 MPa or more, wherein an average crystal grain size of the Cu plating layer is in a range of 0.52 to 1.00 μm, wherein the average crystal grain size of the Cu plating layer is the average crystal grain size in a cross section parallel to a longitudinal direction of the oxide superconducting wire, and wherein an average number of grain boundaries per 100 μm length of the Cu plating layer is 100 or more.
A control apparatus that is configured to access at least one I/O port of one or more I/O ports coupled to one or more control object apparatuses to control operation of a control object apparatus coupled to the I/O port, comprising: a processor unit that is configured to execute a plurality of programs; and a storage unit that is configured to store information on the one or more I/O ports and is configured to serve as a base of one or more shared areas each of the plurality of programs can access, wherein the plurality of programs include one or more information programs in addition to one or more control programs, characterized in that each of the one or more control programs is a program that is configured to perform a scan process to acquire or update a state of the control object apparatus and to output control information on the control object apparatus coupled to the I/O port; and each of the one or more information programs is a program that is configured to perform information processing different from the scan operation and access shared information in the shared areas, wherein the one or more information programs are configured to not access an I/O port coupled to the control object apparatus, and a program change in the information programs is implemented without stopping the control program or without delaying scan operation of the control program, even when executing the information program in addition to the control program. a processor unit that is configured to execute a plurality of programs; and a storage unit that is configured to store information on the one or more I/O ports and is configured to serve as a base of one or more shared areas each of the plurality of programs can access, wherein the plurality of programs include one or more information programs in addition to one or more control programs, characterized in that each of the one or more control programs is a program that is configured to perform a scan process to acquire or update a state of the control object apparatus and to output control information on the control object apparatus coupled to the I/O port; and each of the one or more information programs is a program that is configured to perform information processing different from the scan operation and access shared information in the shared areas, wherein the one or more information programs are configured to not access an I/O port coupled to the control object apparatus, and a program change in the information programs is implemented without stopping the control program or without delaying scan operation of the control program, even when executing the information program in addition to the control program.
An SCR system comprising: a quality sensor provided in a liquid tank, wherein the quality sensor is configured to measure a quality of a liquid in the liquid tank between a minimum remaining amount liquid level and a bottom portion of a liquid tank; a drop pipe provided in the liquid tank, wherein the drop pipe is configured to drop the liquid into the liquid tank and to return the liquid into the liquid tank after being dispensed from the liquid tank, the drop pipe having a drop opening at a top space of the liquid tank, and a bubble diffusion region caused by liquid dropping from the drop pipe is out of a sensitive region of the quality sensor; a support, wherein the support is configured to integrate the quality sensor and the drop pipe as an assembly which is attached by being inserted into the liquid tank, and a dispensing pipe installed along the support, wherein the dispensing pipe is configured to dispense the liquid from the liquid tank, wherein the quality sensor and the drop pipe are arranged close to the support seen from the top, characterized in that the drop pipe is bent toward the support and toward the dispensing pipe at a lower portion of the urea tank. a quality sensor provided in a liquid tank, wherein the quality sensor is configured to measure a quality of a liquid in the liquid tank between a minimum remaining amount liquid level and a bottom portion of a liquid tank; a drop pipe provided in the liquid tank, wherein the drop pipe is configured to drop the liquid into the liquid tank and to return the liquid into the liquid tank after being dispensed from the liquid tank, the drop pipe having a drop opening at a top space of the liquid tank, and a bubble diffusion region caused by liquid dropping from the drop pipe is out of a sensitive region of the quality sensor; a support, wherein the support is configured to integrate the quality sensor and the drop pipe as an assembly which is attached by being inserted into the liquid tank, and a dispensing pipe installed along the support, wherein the dispensing pipe is configured to dispense the liquid from the liquid tank,