mhurhangee/ep-ind-claims huggingface dataset:
Capsule-weighing device, comprising - a capsule holder for receiving at least one capsule lower part, preferably for medical preparations, - a weighing unit that can be positioned independently of the capsule holder, - a transport device for moving the capsule holder, independently of the weighing unit, to different stations (S1-S12), has at least one first electrode for weighing the capsule lower part in the capsule holder characterised in that the weighing unit, and - at least one second electrode, - wherein an outer wall of the at least one capsule lower part is exposed in the capsule holder, or is only thinly enclosed by the capsule holder, such that, by means of an electric field between the first and second electrodes (8, 9), the capsule lower part can be weighed without moving the capsule lower part in the capsule holder. - a capsule holder for receiving at least one capsule lower part, preferably for medical preparations, - a weighing unit that can be positioned independently of the capsule holder, - a transport device for moving the capsule holder, independently of the weighing unit, to different stations (S1-S12), has at least one first electrode for weighing the capsule lower part in the capsule holder characterised in that the weighing unit, and - at least one second electrode, - wherein an outer wall of the at least one capsule lower part is exposed in the capsule holder, or is only thinly enclosed by the capsule holder, such that, by means of an electric field between the first and second electrodes (8, 9), the capsule lower part can be weighed without moving the capsule lower part in the capsule holder.
A method for producing a plurality of microlenses from a lens material with the following steps, with the following sequence: - application of the lens material which is intended for the embossing of the microlenses in fluid form, to a plurality of first lens molds distributed on a first embossing side of a first die for embossing of the microlenses, - turning the first die by 180°, so that the receiving side points up, - moving the first die and a second die located essentially parallel, namely in an X-Y plane, and opposite the first die, towards one another in a Z-direction which runs essentially perpendicular to the X-Y plane, especially by position control, - embossing the microlenses by shaping and curing the lens material, the shaping taking place by moving the first and second embossing sides (3o, 4o) towards one another, wherein an embossing force is measured during embossing, by means of which the embossing, especially at least during the curing, can be influenced, especially by force control, preferably in addition to the position control. - application of the lens material which is intended for the embossing of the microlenses in fluid form, to a plurality of first lens molds distributed on a first embossing side of a first die for embossing of the microlenses, - turning the first die by 180°, so that the receiving side points up, - moving the first die and a second die located essentially parallel, namely in an X-Y plane, and opposite the first die, towards one another in a Z-direction which runs essentially perpendicular to the X-Y plane, especially by position control, - embossing the microlenses by shaping and curing the lens material, the shaping taking place by moving the first and second embossing sides (3o, 4o) towards one another, wherein an embossing force is measured during embossing, by means of which the embossing, especially at least during the curing, can be influenced, especially by force control, preferably in addition to the position control.
Organic electronic or optoelectronic component having an electrode and a counterelectrode and a layer system between the electrode and the counterelectrode, the layer system comprising at least one organic layer and at least one doped layer, characterized in that the dopant in the doped layer by the measure of fluoride ion affinity, determined by quantum-chemical calculations on isodesmic reactions, in which the type and number of bonds is maintained, is a stronger Lewis acid than antimony pentafluoride or is a stronger Lewis base than 1,8-bis(dimethylamino)naphthalene, the dopant having at least 10 atoms.
A method for securing an execution of an algorithm of a cryptographic process comprising several operations Oj with n,j integers and j in [0..n-1], to be executed each once for a complete execution of said algorithm and which may be executed independently, said method being performed by a processor of a cryptographic device comprising further a random number generator, and characterized in that, for one execution of said algorithm, repeating the following steps, until each of said several operations has been executed at least once: - drawing at random an operation to be executed among all several operations comprised in the algorithm by generating a random index (idx) in [0.. n-1] using said random number generator, - executing said drawn operation whose index is equal to said generated index (idx). - drawing at random an operation to be executed among all several operations comprised in the algorithm by generating a random index (idx) in [0.. n-1] using said random number generator, - executing said drawn operation whose index is equal to said generated index (idx).
A scroll fluid machine comprising: a first scroll member including a first end plate and a first wall provided on the first end plate, the first wall having a spiral shape; and a second scroll member including a second end plate that is disposed to face the first end plate, and a second wall provided on the second end plate, the second scroll member being configured to relatively rotate in orbital motion with the second wall engaged with the first wall, the second wall having a spiral shape, wherein an inclined portion in which a distance between opposing surfaces of the first end plate and the second end plate facing each other gradually decreases from an outer peripheral side toward an inner peripheral side of the first wall and the second wall is provided, a tip seal is provided in groove portions formed in tooth crests of the first wall and the second wall corresponding to the inclined portion, the tip seal being configured to make contact with a tooth base facing the tip seal to perform sealing against fluid, and characterised in that in a stop state where the scroll members (3, 5) do not perform compression of fluid, an inclination height (Ls') of the tip seal is smaller than an inclination height (Ls) of the wall. a first scroll member including a first end plate and a first wall provided on the first end plate, the first wall having a spiral shape; and a second scroll member including a second end plate that is disposed to face the first end plate, and a second wall provided on the second end plate, the second scroll member being configured to relatively rotate in orbital motion with the second wall engaged with the first wall, the second wall having a spiral shape, wherein an inclined portion in which a distance between opposing surfaces of the first end plate and the second end plate facing each other gradually decreases from an outer peripheral side toward an inner peripheral side of the first wall and the second wall is provided, a tip seal is provided in groove portions formed in tooth crests of the first wall and the second wall corresponding to the inclined portion, the tip seal being configured to make contact with a tooth base facing the tip seal to perform sealing against fluid, and characterised in that in a stop state where the scroll members (3, 5) do not perform compression of fluid, an inclination height (Ls') of the tip seal is smaller than an inclination height (Ls) of the wall.
Vertical heat recovery steam generator, the low-pressure stages of which are designed as a once-through system, comprising - a condensate preheater with at least one condensate preheater heating surface (20, 21, 22), through which a flow medium flows and which is disposed in a hot gas channel, through which hot gas flows, - a low-pressure preheater with at least one low-pressure preheater heating surface (30, 31, 32), through which the flow medium flows and which is disposed in the hot gas channel, - a low-pressure evaporator with at least one low-pressure evaporator heating surface, through which the flow medium flows and which is disposed in the hot gas channel, - wherein the flow medium flows successively through the at least one low-pressure preheater heating surface (30, 31, 32) and the at least one low-pressure evaporator heating surface in one pass and without additional pressure compensation and wherein a first (30, 31) of the at least one low-pressure preheater heating surfaces in the hot gas channel is disposed in the region of the hot gas channel outlet and is disposed after a first (20, 21) of the at least one condensate preheater heating surfaces in the hot gas direction or substantially in the same region as the first (20, 21) of the at least one condensate preheater heating surfaces in the hot gas direction. - a condensate preheater with at least one condensate preheater heating surface (20, 21, 22), through which a flow medium flows and which is disposed in a hot gas channel, through which hot gas flows, - a low-pressure preheater with at least one low-pressure preheater heating surface (30, 31, 32), through which the flow medium flows and which is disposed in the hot gas channel, - a low-pressure evaporator with at least one low-pressure evaporator heating surface, through which the flow medium flows and which is disposed in the hot gas channel, - wherein the flow medium flows successively through the at least one low-pressure preheater heating surface (30, 31, 32) and the at least one low-pressure evaporator heating surface in one pass and without additional pressure compensation and wherein a first (30, 31) of the at least one low-pressure preheater heating surfaces in the hot gas channel is disposed in the region of the hot gas channel outlet and is disposed after a first (20, 21) of the at least one condensate preheater heating surfaces in the hot gas direction or substantially in the same region as the first (20, 21) of the at least one condensate preheater heating surfaces in the hot gas direction.
An arc detector comprising: a voltage generator for detecting a voltage, the voltage generator including a current sensing resistor which produces a voltage across said current sensing resistor, the voltage being proportional to a current flowing through the current sensing resistor, the current sensing resistor being connected to a voltage source supplying current via the current sensing resistor to a load; an integrator connected to the current sensing resistor and configured to integrate said voltage with respect to time and to generate an output signal corresponding to said integration, the integrator comprising a resistor for charging a capacitor via a diode; a discharge controller configured to control said output signal of said integrator, the discharge controller comprising said diode and a second resistor, the second resistor and the capacitor being in parallel with each other, the discharge controller being configured such that the diode prevents the discharge back through said resistor, thereby allowing said second resistor to discharge said capacitor at a slower rate; an amplifier for amplifying said output signal from said integrator and outputting an amplified signal; and a comparator for comparing said amplified output signal to a reference voltage and generating a detection signal based on said comparison. a voltage generator for detecting a voltage, the voltage generator including a current sensing resistor which produces a voltage across said current sensing resistor, the voltage being proportional to a current flowing through the current sensing resistor, the current sensing resistor being connected to a voltage source supplying current via the current sensing resistor to a load; an integrator connected to the current sensing resistor and configured to integrate said voltage with respect to time and to generate an output signal corresponding to said integration, the integrator comprising a resistor for charging a capacitor via a diode; a discharge controller configured to control said output signal of said integrator, the discharge controller comprising said diode and a second resistor, the second resistor and the capacitor being in parallel with each other, the discharge controller being configured such that the diode prevents the discharge back through said resistor, thereby allowing said second resistor to discharge said capacitor at a slower rate; an amplifier for amplifying said output signal from said integrator and outputting an amplified signal; and a comparator for comparing said amplified output signal to a reference voltage and generating a detection signal based on said comparison.
Apparatus for producing resin tubes, the apparatus having a hollow supporting structure, wherein an endless carrier strip is windable around the outside of the supporting structure in a plurality of adjacent windings to form a mould, wherein the apparatus comprises application means for applying a resin material on the outside of the mould, the apparatus further comprises a return head for supporting the carrier strip after leaving the supporting structure and for feeding the carrier strip into the interior of the supporting structure, characterized in that the return head comprises variable-length elements (12, 13) for supporting the carrier strip.
A connector terminal (11, 61, 71, 81) comprising: a contact portion configured to contact with a counter connector terminal; a hold portion (14, 74, 84) configured to be held by a connector housing; and a coupling portion (13, 63) that is disposed between the contact portion and the hold portion and couples the contact portion and the hold portion such that the contact portion and the hold portion are elastically displaceable relative to each other, wherein the contact portion, the coupling portion (13, 63) and the hold portion (14, 74, 84) are made of a single metal sheet, wherein the coupling portion (13, 63) is configured as a first rectangular tube having four bending portions parallel to each other and parallel to a fitting axis of the connector terminal, the coupling portion being formed by bending a metal sheet in a region forming the coupling portion at the four bending portions, said bending portions being formed at right angles, and the coupling portion (13, 63) has a single band portion (45, 65) that continuously extends while bending from the contact portion to the hold portion (14, 74, 84) by having a plurality of notches (K1, K2, K3, K4, K5, K6) staggered from the contact portion toward the hold portion, wherein each of the plurality of notches includes an oblique part (K11, K21, K31, K41, K51, K61) that by extending it, it crosses over adjacent two of the four bending portions in a direction oblique to the four bending portions, and a perpendicular part (K12, K22, K32, K42, K43, K52, K53, K62) that is connected to the oblique part and extends in a direction perpendicular to the four bending portions, wherein the oblique part (K11, K31, K51) included in an odd numbered notch (K1, K3, K5) of the plurality of notches when counted from the contact portion is slanted in a direction from the contact portion toward the hold portion (14, 74, 84) as approaching a tip (K1B, K3B, K5B) of the odd numbered notch from an entrance (K1A, K3A, K5A) of the odd numbered notch, and wherein the oblique part (K21, K41, K61) included in an even numbered notch (K2, K4, K6) of the plurality of notches when counted from the contact portion is slanted in a direction from the hold portion toward the contact portion as approaching a tip (K2B, K4B, K6B) of the even numbered notch from an entrance (K2A, K4A, K6A) of the even numbered notch. a contact portion configured to contact with a counter connector terminal; a hold portion (14, 74, 84) configured to be held by a connector housing; and a coupling portion (13, 63) that is disposed between the contact portion and the hold portion and couples the contact portion and the hold portion such that the contact portion and the hold portion are elastically displaceable relative to each other,
A composite comprising a laminate membrane and a porous material, the laminate membrane comprising: a plurality of nanoplatelets of a two-dimensional material selected from a transition metal dichalcogenide (TMDC) and hexagonal boron nitride (hBN); and a plurality of charged polyaromatic molecules covalently bonded to the two-dimensional material, wherein the laminate membrane has a thickness greater than about 1 μm. a plurality of nanoplatelets of a two-dimensional material selected from a transition metal dichalcogenide (TMDC) and hexagonal boron nitride (hBN); and a plurality of charged polyaromatic molecules covalently bonded to the two-dimensional material, wherein the laminate membrane has a thickness greater than about 1 μm.
Plastics implant for use in the field of medicine or veterinary medicine, consisting of a strand of a substantially non-swellable, biologically compatible plastics material in the form of a compact cylinder, such that said implant has a uniform circular cross section over the entire length thereof, and the plastics material has a Shore A hardness of 0-20 and the plastics implant consists of a silicone rubber, characterised in that the compact cylinder has a cross section of 0.6-1.8 mm.
Cell connector for the electrically conductive connection of a first cell terminal of a first electrochemical cell and a second cell terminal of a second electrochemical cell of an electrochemical device, the cell connector comprising a first contact region for connection to the first cell terminal and a second contact region for connection to the second cell terminal, wherein the cell connector comprises a base body made of two or more material layers (136a, 136b), at least two material layers (136a, 136b) being connected to one another in one piece along a fold line, wherein at least two material layers (136a, 136b) lie substantially flat on one another, wherein the base body of the cell connector has a resiliently and/or plastically deformable compensation region, which connects the first contact region and the second contact region to one another and allows a movement of these contact regions (116, 118) relative to one another, and wherein the compensation region has a corrugated structure, which comprises one or more corrugations with an amplitude directed parallel to an axial direction of the electrochemical cells (102a, 102b) to be connected to each other by the cell connector, characterised in that the compensation region is configured in two or more material layers (136a, 136b) lying on one another.
A ladder stabiliser comprising: (i) a base for supporting, in use, both feet of a ladder; and (ii) at least first and second substantially planar walls extending upwards from the base and defining with the base, a first open-topped three-dimensional space for accommodating, and at least partially enclosing, the lower distal ends of a ladder; wherein at least part of said at least two walls extends to a height above the base which, in use, is equal to, or greater than, that of the lowermost rung of an inclined ladder; characterized in that a the second substantially planar wall has a hinged connection with the base and is movable between open and closed positions. (i) a base for supporting, in use, both feet of a ladder; and (ii) at least first and second substantially planar walls extending upwards from the base and defining with the base, a first open-topped three-dimensional space for accommodating, and at least partially enclosing, the lower distal ends of a ladder;
An apparatus, comprising means for: obtaining data bits to be communicated to a target device; obtaining identification bits corresponding to at least one of sender or receiver of the data bits; multiplexing the data bits with the identification bits; encoding the multiplexed bits; removing identification bits from the encoded multiplexed bits; and performing rate matching on the encoded data bits. obtaining data bits to be communicated to a target device; obtaining identification bits corresponding to at least one of sender or receiver of the data bits; multiplexing the data bits with the identification bits; encoding the multiplexed bits; removing identification bits from the encoded multiplexed bits; and performing rate matching on the encoded data bits.
A compound selected from the group consisting of: (3 -benzoyl)cinnamoylguanidine, 3 (indan-4-yl)-propenoylguanidine, 2,3-methylenedioxycinnamoyl guanidine, and pharmaceutically acceptable salts thereof. (3 -benzoyl)cinnamoylguanidine, 3 (indan-4-yl)-propenoylguanidine, 2,3-methylenedioxycinnamoyl guanidine, and pharmaceutically acceptable salts thereof.
A drive apparatus for a combing machine having a gear driven by a main motor, wherein the gear has a detaching roller drive train for the reciprocal movement of detaching rollers, a circular comb drive train for variable drive of a circular comb and a nipper drive train for the back-and-forth movement of a nipper unit, and wherein there is an operative connection between the main motor and the drive trains (70, 92, 100), characterized in that the detaching roller drive train has a detaching roller auxiliary shaft, on which a first drive gear sits in a rotationally fixed mount, the circular comb drive train has a circular comb auxiliary shaft, on which a second drive gear sits in a rotationally fixed mount, and the nipper drive train has a nipper auxiliary shaft on which a third drive gear sits in a rotationally fixed mount, so that the operative connection is provided between the main motor and the first drive gear as well as between the second drive gear and the first drive gear as well as between the third drive gear and the second drive gear, wherein a device is provided for separating the operative connection between the second drive gear and the first drive gear by shifting the second drive gear or the circular comb auxiliary shaft in the direction of a longitudinal axis of the circular comb auxiliary shaft such as to modify the reciprocating movement of detaching rollers by means of the main motor in combination with the detaching roller drive train after the separation of the operative connection between the second drive gear and the first drive gear.
An electroconductive member comprising an electroconductive mandrel and an electroconductive layer, wherein said electroconductive layer comprises a binder resin and an electroconductive metal oxide particle dispersed in the binder resin, said metal oxide particle has a group represented by the following structural formula on the surface of the metal oxide particle, and wherein said group represented by the following structural formula is a group introduced by substituting a hydrogen atom of a hydroxyl group as a functional group originated from the metal oxide particle, with said group represented by the following structural formula: -R-SO 3 H wherein, in the structural formula, R represents a divalent saturated hydrocarbon group having 1 to 4 carbon atoms.