mhurhangee/ep-ind-claims huggingface dataset:
A light emitting device comprising: a package defining a recess and having a lead electrode provided in the recess; one or more light emitting elements (20, 20a, 20b, 20c) provided in the recess; and a sealing member filled in the recess to seal the one or more light emitting elements (20, 20a, 20b, 20c) wherein a surface of the sealing member constitutes a light emitting surface of the light emitting device, wherein the sealing member contains a parent material and filler particles unevenly distributed in the light emitting surface side, wherein the specific gravity of the filler particles is smaller than that of the parent material, wherein the light emitting surface of the sealing member has an irregular geometry formed associated with the filler particles having a particle size of 1 μm or more and 35 μm or less wherein the parent material of the sealing member covers the filler particles and the irregular geometry of the surface of the sealing member is formed in a manner that the surface of the parent material of the sealing member is approximately in conformity with the shapes of the filler particles, wherein a color of at least part of the upper surface of the package is a dark color, and wherein the recess has an inner wall of a dark color, wherein the filler particles are porous or hollow, and wherein the parent material of the sealing member and the filler particles have a difference in refractive index of 0.1 or smaller. a package defining a recess and having a lead electrode provided in the recess; one or more light emitting elements (20, 20a, 20b, 20c) provided in the recess; and a sealing member filled in the recess to seal the one or more light emitting elements (20, 20a, 20b, 20c) wherein a surface of the sealing member constitutes a light emitting surface of the light emitting device, wherein the sealing member contains a parent material and filler particles unevenly distributed in the light emitting surface side, wherein the specific gravity of the filler particles is smaller than that of the parent material, wherein the light emitting surface of the sealing member has an irregular geometry formed associated with the filler particles having a particle size of 1 μm or more and 35 μm or less wherein the parent material of the sealing member covers the filler particles and the irregular geometry of the surface of the sealing member is formed in a manner that the surface of the parent material of the sealing member is approximately in conformity with the shapes of the filler particles, wherein a color of at least part of the upper surface of the package is a dark color, and wherein the recess has an inner wall of a dark color, wherein the filler particles are porous or hollow, and wherein the parent material of the sealing member and the filler particles have a difference in refractive index of 0.1 or smaller.
A method for selecting a capillary network gateway (14 1, 14 2) for a machine device (12 1) of a capillary network, wherein the machine device (12 1) is capable of being associated with at least a first and a second capillary network gateway (14 1, 14 2), wherein the first capillary network gateway (14 1) has a first level of availability and the second capillary network gateway (14 2) has a second level of availability, the method comprising: - selecting, for the machine device (12 1), the first capillary network gateway (14 1) for communication of a first type of data and the second capillary network gateway (14 1) for communication of a second type of data, wherein the first level of availability comprises availability at all times or a duty cycle equal to or higher than a first availability threshold, and wherein the second level of availability comprises a duty cycle lower than the first availability threshold. - selecting, for the machine device (12 1), the first capillary network gateway (14 1) for communication of a first type of data and the second capillary network gateway (14 1) for communication of a second type of data,
A photoelectric encoder for detecting displacement having a lens optical system including a first lens inserted between a main scale and a light receiving element, characterized in that: at least a second lens is inserted between the first lens and the light receiving element so that a focal point thereof is located at a focal point of the first lens; and three planes extended from a surface of the main scale, a focal plane which includes the focal points of the first and second lenses and being perpendicular to optical axis, and an image plane of the light receiving element are disposed so as to intersect at a single point and satisfy the Scheimpflug rule. at least a second lens is inserted between the first lens and the light receiving element so that a focal point thereof is located at a focal point of the first lens; and three planes extended from a surface of the main scale, a focal plane which includes the focal points of the first and second lenses and being perpendicular to optical axis, and an image plane of the light receiving element are disposed so as to intersect at a single point and satisfy the Scheimpflug rule.
A revision talar implant component, comprising: a body including an inner side and an outer side, the body defining a plurality of screw holes and having a tapered head configured to engage a talar dome component of a multi-component ankle prosthesis. said revision implant component being characterized in that the body has a front side having a bulbous shape and a back side, wherein a length between the front side and the back side near the inner side of the body is greater than the length between the front side and the back side near the outer side of the body, and in that the back side of the body has a concave groove. said revision implant component being characterized in that the body has a front side having a bulbous shape and a back side, wherein a length between the front side and the back side near the inner side of the body is greater than the length between the front side and the back side near the outer side of the body, and in that the back side of the body has a concave groove.
A machine core of a packing machine, comprising - a control mechanism, - a strap feeding and returning and strap tightening device, the strap feeding and returning and strap tightening device comprises a drive roller, - a first driven roller, and a second driven roller; according to the entry direction of a packing strap, wherein: - the first driven roller is located down-stream from the second driven roller; - the first driven roller and the second driven roller are respectively arranged eccentrically; - the first driven roller and the drive roller are always in contact with one another and cooperate for feeding and returning the strap; - the second driven roller is a movable roller, and is controlled by the control mechanism to move to a first matching state with the drive roller and to move out of the first matching state with the drive roller; - the first matching state is the state in which the second driven roller and the drive roller are in contact with and cooperating with one another for tightening the strap, characterized in that a packing strap ironing adhering and strap cutting mechanism and an ironing adhering sliding board mechanism are provided and in that the packing strap ironing adhering and strap cutting mechanism comprises an ironing board arranged on a swing arm, and that the packing strap ironing adhering and strap cutting mechanism further comprises a left cutter and a mounting column of the left cutter, a middle cutter and a mounting column of the middle cutter, and a right cutter and a mounting column of the right cutter, wherein: - the left cutter is detachably connected to a top of the mounting column of the left cutter, - the middle cutter is detachably connected to a top of the mounting column of the middle cutter, and - the right cutter is detachably connected to a top of the mounting column of the right cutter. - a control mechanism, - a strap feeding and returning and strap tightening device, the strap feeding and returning and strap tightening device comprises a drive roller, - a first driven roller, and a second driven roller; according to the entry direction of a packing strap, - the first driven roller is located down-stream from the second driven roller; - the first driven roller and the second driven roller are respectively arranged eccentrically; - the first driven roller and the drive roller are always in contact with one another and cooperate for feeding and returning the strap; - the second driven roller is a movable roller, and is controlled by the control mechanism to move to a first matching state with the drive roller and to move out of the first matching state with the drive roller; - the first matching state is the state in which the second driven roller and the drive roller are in contact with and cooperating with one another for tightening the strap, - the left cutter is detachably connected to a top of the mounting column of the left cutter, - the middle cutter is detachably connected to a top of the mounting column of the middle cutter, and - the right cutter is detachably connected to a top of the mounting column of the right cutter.
A method for controlling harmful plants comprising exposing the harmful plants to a synergistically effective amount of a combination of, as component A) pethoxamid, and as component B) picloram, wherein the picloram optionally is present, in part or in total, as the dimethylammonium-salt, the triethylammonium salt, the triisopropanolammonium salt, the isoctyl ester (isooctyl), the potassium salt; or mixtures thereof.
An implantable system (102, 300), comprising: a lead (120, 304); and an implantable medical device (104, 200, 302), comprising: an output (203, 308) configured to be connected at least to the lead (120, 304); a current generator circuit (280, 306) configured to generate pacing pulses; a switching circuit (226, 310) coupled between the CG circuit (280, 306) and the output (203, 308); one or more capacitors; and a control circuit (220, 314) coupled to the CG circuit (280, 306), the control circuit (220, 314) configured to manage the CG circuit (280, 306) during a low voltage mode to generate the pacing pulses with a constant current at the output (203, 308), characterized in that the lead (120, 304) is a non-transvenous lead (120, 304) configured to be implanted outside of a heart; the one or more capacitors are coupled in parallel with the CG circuit (280, 306) and the switching circuit (226, 310); and the control circuit (220, 314) is configured to control the CG circuit (280, 306) and the switching circuit (226, 310) during a high voltage mode to charge the one or more capacitors and use electrical energy stored in the one or more capacitors to deliver one or more shock pulses to the output (203, 308). a lead (120, 304); and an implantable medical device (104, 200, 302), comprising: an output (203, 308) configured to be connected at least to the lead (120, 304); a current generator circuit (280, 306) configured to generate pacing pulses; a switching circuit (226, 310) coupled between the CG circuit (280, 306) and the output (203, 308); an output (203, 308) configured to be connected at least to the lead (120, 304); a current generator circuit (280, 306) configured to generate pacing pulses; a switching circuit (226, 310) coupled between the CG circuit (280, 306) and the output (203, 308); one or more capacitors; and a control circuit (220, 314) coupled to the CG circuit (280, 306), the control circuit (220, 314) configured to manage the CG circuit (280, 306) during a low voltage mode to generate the pacing pulses with a constant current at the output (203, 308), characterized in that the lead (120, 304) is a non-transvenous lead (120, 304) configured to be implanted outside of a heart; the one or more capacitors are coupled in parallel with the CG circuit (280, 306) and the switching circuit (226, 310); and the control circuit (220, 314) is configured to control the CG circuit (280, 306) and the switching circuit (226, 310) during a high voltage mode to charge the one or more capacitors and use electrical energy stored in the one or more capacitors to deliver one or more shock pulses to the output (203, 308).
Printed circuit board comprising: - a first portion having first electronic components whose reference ground is to a first voltage source; - a second portion having second electronic components whose reference ground is to a second voltage source; - a third portion inserted between the first and the second portion and forming a potential barrier; - a switched-mode power supply circuit connecting the first and the second portion, said switched-mode power supply circuit comprising a transformer having a primary winding and at least one secondary winding, the primary winding being connected to the first portion and the secondary winding being connected to the second portion; said second portion also comprising at least one electronic component supplied with voltage by said first voltage source by way of the switched-mode power supply circuit, characterized in that it furthermore comprises means for detecting a drop in electrical consumption of the component, said detection means being able to detect a drop in an electric current (I P) flowing in the primary winding of the transformer below a predetermined current threshold (I S) dependent on the predetermined drop in electrical consumption of said component, and means for cutting off the switched-mode power supply circuit when a predetermined drop in electrical consumption of said component is detected. - a first portion having first electronic components whose reference ground is to a first voltage source; - a second portion having second electronic components whose reference ground is to a second voltage source; - a third portion inserted between the first and the second portion and forming a potential barrier; - a switched-mode power supply circuit connecting the first and the second portion, said switched-mode power supply circuit comprising a transformer having a primary winding and at least one secondary winding, the primary winding being connected to the first portion and the secondary winding being connected to the second portion;
A small scale bioreactor or similar container (20, 22) temperature controlling system, and of the type comprising a tubular channel system through which a fluid heating or cooling medium is adapted to be circulated, said tubular channel system being arranged as mutually parallel tubular channels provided in a plate-shaped body member (2, 102) and adapted to surround said bioreactor (20, 22) and to be in close contact with the exterior wall of said bioreactor (20, 22), and that said tubular channel system being adapted to be supplied with heating or cooling medium from an exterior temperature controlling system by means of manifolds (10, 110) attached to each ends of the plate-shaped body member (2, 102), characterised in that said plate-shaped body member (2, 102) is made from silicone rubber.
Method for operating an internal combustion engine, wherein an exhaust gas which is generated by the internal combustion engine is conducted via a particle filter and via a 3-way catalytic coating, characterized in that an air-fuel mixture which is fed to the internal combustion engine is set to an essentially stoichiometric air-fuel ratio with an average lambda value of λ m = 1 ± 0.01, and the air-fuel ratio is deflected with a predetermined oscillation frequency and a predetermined oscillation amplitude about the average lambda value λ m in a periodically alternating fashion in the direction of a lean lambda value λ M and a rich lambda value λ F, wherein the oscillation frequency and the oscillation amplitude are selected in such a way that the particle filter is regenerated quasi-continuously.
A computer-implemented method for executing a program build comprising: scheduling jobs to be executed for the program build based on dependencies between the jobs, wherein at least some of the jobs include one or more registry operations; collecting usage information from each of the jobs responsive to those jobs being executed, wherein the usage information collected includes registry usage information, the registry usage information being received from those jobs that include the one or more registry operations and including results of those registry operations; the method being characterised in that it further comprises: analyzing the registry usage information to determine whether execution of any of those jobs including the one or more registry operations resulted in a conflict, wherein the analyzing includes, for each job including one or more registry operations, comparing a version of a registry entry used by that job in the program build with a version of a registry entry that the job would have used in a sequential program build; invalidating the results of a particular job upon determining that job generated a conflict; and rebuilding the invalidated job using the correct registry entry version. scheduling jobs to be executed for the program build based on dependencies between the jobs, wherein at least some of the jobs include one or more registry operations; collecting usage information from each of the jobs responsive to those jobs being executed, wherein the usage information collected includes registry usage information, the registry usage information being received from those jobs that include the one or more registry operations and including results of those registry operations; the method being characterised in that it further comprises: analyzing the registry usage information to determine whether execution of any of those jobs including the one or more registry operations resulted in a conflict, wherein the analyzing includes, for each job including one or more registry operations, comparing a version of a registry entry used by that job in the program build with a version of a registry entry that the job would have used in a sequential program build; invalidating the results of a particular job upon determining that job generated a conflict; and rebuilding the invalidated job using the correct registry entry version. analyzing the registry usage information to determine whether execution of any of those jobs including the one or more registry operations resulted in a conflict, wherein the analyzing includes, for each job including one or more registry operations, comparing a version of a registry entry used by that job in the program build with a version of a registry entry that the job would have used in a sequential program build; invalidating the results of a particular job upon determining that job generated a conflict; and rebuilding the invalidated job using the correct registry entry version.
Cut protection layer for a cut protection textile, in particular for protective work wear, comprising a supporting structure made of yarn material and a plurality of cut protection threads carried by the supporting structure extending one next to the other, wherein at least part of the cut protection threads is designed with a smooth material, characterized in that the supporting structure is at least partially designed with a textured thread material.
A method for producing an immunoconjugate, the method comprising combining one or more compounds of Formula I: and an antibody of Formula II: wherein Formula II is an antibody with residue representing one or more lysine residues of the antibody, in an aqueous solution buffered at a pH of 7.5 to 9 until at least 33 mol% of the one or more compounds of Formula I is conjugated to the antibody of Formula II to provide the immunoconjugate of Formula III: wherein Adj is an adjuvant, Z is -CH 2 -, -C NH-, -C O-, or -C -, L is a linker, E is an ester, and r is the average number of adjuvants attached to the antibody and is a positive number up to 8, in a first buffered aqueous solution. Adj is an adjuvant, Z is -CH 2 -, -C NH-, -C O-, or -C -, L is a linker, E is an ester, and r is the average number of adjuvants attached to the antibody and is a positive number up to 8,
Tilting vehicle comprising a rear frame section having two drive wheels (55, 56) and a front frame section having at least one front wheel, connected to the rear frame section such as to be tiltable about a tilt axis that extends in a length direction, the front frame section carrying a driver seat, the rear frame section comprising a propulsion drive for rotating the drive wheels (55, 56) and a tilting drive for tilting the front frame section about the tilting axis, the front wheel being tiltable about a steering axis that extends transversely to the tilt axis, wherein the tilting vehicle further comprises a velocity sensor for measuring a driving speed of the vehicle, a steering force sensor for sensing a moment or force exerted about the steering axis for actuating a tilting motion of the front wheel about the steering axis and a controller, the controller receiving at a first input the steering force sensor signal and at a second input the velocity sensor signal and being with an output connected to the tilting drive, and to the propulsion drive, the controller being adapted for generating a tilt control signal for the tilting drive on the basis of the steering force sensor signal and characterized in that for generating a propulsion control signal that is such that one or both of steps a and b are carried out,: a) when the measured speed is below a low speed threshold value the propulsion drive drives the drive wheels (55, 56) at mutually different torques such that a moment is generated on the rear frame section about a substantially vertical axis, having a direction corresponding to the direction of the steering force, and b) when the measured speed is above a high-speed threshold value the propulsion drive drives the drive wheels (55, 56) at mutually different torques such that a moment is generated on the rear frame section about a substantially vertical axis, having a direction opposite to the direction of the steering force. a) when the measured speed is below a low speed threshold value the propulsion drive drives the drive wheels (55, 56) at mutually different torques such that a moment is generated on the rear frame section about a substantially vertical axis, having a direction corresponding to the direction of the steering force, and b) when the measured speed is above a high-speed threshold value the propulsion drive drives the drive wheels (55, 56) at mutually different torques such that a moment is generated on the rear frame section about a substantially vertical axis, having a direction opposite to the direction of the steering force.
Selector for a tap changer for uninterrupted switching over between two winding taps of a tapped transformer, wherein fixed contacts are arranged circularly in several horizontal planes at a selector housing and wherein a centrally extending rotatable drive shaft is arranged in the interior of the selector housing and in each of the horizontal planes of the fixed contacts carries at least one movable contact for connection thereof, characterised in that the selector housing consists of a plurality of honeycomb segments, the honeycomb segments are arranged adjacent to one another in the circle in a horizontal plane, a plurality of honeycomb segments arranged in a plane in the circle are arranged vertically one above the other and the honeycomb segments have mounting regions and are so interconnectible by way of these mounting regions that when at least two honeycomb segments are connected a mechanically positive connection between at least two mounting regions of the individual honeycomb segments arises.