mhurhangee/ep-ind-claims huggingface dataset:
A light with integrated light and thermal guides and separable electrical connectors, comprising: a base for connection to a power supply; a light circuit electrically connected with at least one solid state light source; a driver circuit for receiving power from the power supply and providing power to drive the solid state light source; a light guide comprising a material having a first surface and a second surface opposite the first surface, wherein the second surface forms an interior volume, the light guide is coupled to the solid state light source for receiving and distributing light from the solid state light source through the first surface, and the light is transported through the light guide until the light is extracted from the first or second surface of the light guide; a thermal guide as least partially contained within the interior volume and integrated with the light guide for providing thermal conduction from the solid state light source for cooling the light; characterized by a first separable connector for providing an electrical connection between the driver circuit and the light circuit; a second separable connector for providing an electrical connection between the power supply and the driver circuit; and a third connector for providing an electrical ground connection between the driver circuit and the base. a base for connection to a power supply; a light circuit electrically connected with at least one solid state light source; a driver circuit for receiving power from the power supply and providing power to drive the solid state light source; a light guide comprising a material having a first surface and a second surface opposite the first surface, wherein the second surface forms an interior volume, the light guide is coupled to the solid state light source for receiving and distributing light from the solid state light source through the first surface, and the light is transported through the light guide until the light is extracted from the first or second surface of the light guide; a thermal guide as least partially contained within the interior volume and integrated with the light guide for providing thermal conduction from the solid state light source for cooling the light; characterized by a first separable connector for providing an electrical connection between the driver circuit and the light circuit; a second separable connector for providing an electrical connection between the power supply and the driver circuit; and a third connector for providing an electrical ground connection between the driver circuit and the base.
A cooling device comprising: one or more compartments in which food and beverage items to be cooled and/or frozen are stored; an evaporator that provides cooling by absorbing the ambient thermal energy; a housing that separates the compartment from the volume where the evaporator is situated, said housing having a body forming a fixed part, and a cover forming a movable part, wherein the cover is attached to the body by a hinge, said housing being characterized in that the cover is opened or closed by being folded and the housing having the cover is produced in a single piece with the body, wherein the cover can move around a folding line situated between the body and the cover so that it serves as the hinge. one or more compartments in which food and beverage items to be cooled and/or frozen are stored; an evaporator that provides cooling by absorbing the ambient thermal energy; a housing that separates the compartment from the volume where the evaporator is situated, said housing having a body forming a fixed part, and a cover forming a movable part, wherein the cover is attached to the body by a hinge, said housing being characterized in that the cover is opened or closed by being folded and the housing having the cover is produced in a single piece with the body, wherein the cover can move around a folding line situated between the body and the cover so that it serves as the hinge.
A fouling release coating composition free of tin compounds comprising: (a) a polysiloxane-based binder system comprising at least one curable polysiloxane-based binder A having a weight average Mw of 50,000 g/mol or less, such as 8,000 to 50,000 g/mol, or a viscosity of 2,800 mPas or less, such as 300 to 2,800 mPas, as determined in accordance with the respective methods described under the heading "Determination Methods" in the description; and wherein binder A constitutes at least 27 wt.% of the total polysiloxane-based binder system; (b) at least one amidine or amine compound having a molecular weight of 1000 g/mol or less; wherein the at least one amidine compound is an amidine of formula: wherein R 1, R 2, R 3, R 4 are each independently selected from hydrogen, monovalent organic groups, monovalent heteroorganic groups, and combinations thereof, wherein any two or more of R 1, R 2, R 3, R 4 optionally can be bonded together to form a ring structure; and wherein the at least one amine compound is an aminosilane. (a) a polysiloxane-based binder system comprising at least one curable polysiloxane-based binder A having a weight average Mw of 50,000 g/mol or less, such as 8,000 to 50,000 g/mol, or a viscosity of 2,800 mPas or less, such as 300 to 2,800 mPas, as determined in accordance with the respective methods described under the heading "Determination Methods" in the description; and wherein binder A constitutes at least 27 wt.% of the total polysiloxane-based binder system; (b) at least one amidine or amine compound having a molecular weight of 1000 g/mol or less; wherein the at least one amidine compound is an amidine of formula: wherein R 1, R 2, R 3, R 4 are each independently selected from hydrogen, monovalent organic groups, monovalent heteroorganic groups, and combinations thereof, wherein any two or more of R 1, R 2, R 3, R 4 optionally can be bonded together to form a ring structure; and wherein the at least one amine compound is an aminosilane. wherein the at least one amidine compound is an amidine of formula: wherein R 1, R 2, R 3, R 4 are each independently selected from hydrogen, monovalent organic groups, monovalent heteroorganic groups, and combinations thereof, wherein any two or more of R 1, R 2, R 3, R 4 optionally can be bonded together to form a ring structure; and wherein the at least one amine compound is an aminosilane.
An electrochemical sensor (1, 101), having a sensor element (15, 115) with a measuring surface (8, 108) facing a measuring medium in use, which sensor element (15, 115) comprises a planar measuring element (2, 102); a sensor shaft (4, 104) having an aperture (13, 113) with a bezel (11, 111) at its end facing the measuring medium in use, and in which sensor shaft (4, 104) the sensor element (15, 115) is installed in the area of the aperture (13, 113); an annular sealing element (9, 109) which is arranged between the sensor element (15, 115) and the bezel (11, 111); wherein the measuring element (2, 102) has a flat, planar disk of electrochemically active pH glass or has a flat, planar layer or layer structure comprising electrochemically active pH glass; wherein the sensor element (15, 115) has an insulator element (10, 110) which is firmly and inseparably connected with the measuring element (2, 102), exposing the measuring surface (8, 108); and wherein the sealing element (9, 109) is arranged between the insulator element (10, 110) and the bezel (11, 111) in a sealing manner, protecting the electrochemical sensor against the ingress of measuring medium. a sensor element (15, 115) with a measuring surface (8, 108) facing a measuring medium in use, which sensor element (15, 115) comprises a planar measuring element (2, 102); a sensor shaft (4, 104) having an aperture (13, 113) with a bezel (11, 111) at its end facing the measuring medium in use, and in which sensor shaft (4, 104) the sensor element (15, 115) is installed in the area of the aperture (13, 113); an annular sealing element (9, 109) which is arranged between the sensor element (15, 115) and the bezel (11, 111); wherein the measuring element (2, 102) has a flat, planar disk of electrochemically active pH glass or has a flat, planar layer or layer structure comprising electrochemically active pH glass; wherein the sensor element (15, 115) has an insulator element (10, 110) which is firmly and inseparably connected with the measuring element (2, 102), exposing the measuring surface (8, 108); and wherein the sealing element (9, 109) is arranged between the insulator element (10, 110) and the bezel (11, 111) in a sealing manner, protecting the electrochemical sensor against the ingress of measuring medium.
A polymeric piezoelectric material comprising a helical chiral polymer having a weight-average molecular weight of from 50,000 to 1,000,000 and having optical activity, wherein a crystallinity of the material measured by a DSC method is from 20% to 40.8%, a product of a standardized molecular orientation MORc measured by a microwave transmission type molecular orientation meter based on a reference thickness of 50 μm and the crystallinity is from 25 to 250, characterised in that a piezoelectric constant d 14 of the material as measured by a displacement method at 25°C is 1 pm/V or higher.
Handle processing device for use in a machine for the production of ceramic objects having a handle, for example cups having a handle, wherein a leather-hard handle and a leather-hard ceramic object are introduced in the machine, the leather-hard handle being attached to the outer surface of said leather-hard ceramic object, having a handle cropping device for removing a handle overhang from a leather-hard handle, comprising a mechanical handle contour cutting station and a handle holding device, wherein it is provided that the handle contour cutting station has a contour cutting knife device having two cutting knives (611, 612), wherein each of the cutting knives (611, 612) has at least one blade in each case, and the blades of the two cutting knives (611, 612) form at least one blade pair, and the cutting knives (611, 612) are pivotable towards each other from an open position into a cutting position, in which cutting position they come into contact one on top of the other in the longitudinal central axes of the arms of the handle, characterised in that the surface of the cutting knives (611, 612) is a section of a rotation body that corresponds to the outer surface of the leather-hard ceramic object to which the handle is attached.
An antisense oligonucleotide containing 20-35 morpholino subunits linked by phosphorus-containing intersubunit linkages joining a morpholino nitrogen of one subunit to a 5' exocyclic carbon of an adjacent subunit, comprising a base sequence of SEQ ID NO 287, or a sequence having at least 80% sequence identity thereto, wherein the antisense oligonucleotide is complementary to human dystrophin pre-mRNA to induce exon 50 skipping; or a pharmaceutically acceptable salt thereof.
Device for portioning a continuous strand, in particular for the production of sausages, comprising at least one pair of opposing clamps (1, 1'; 201, 201') suitable for being moved towards each other by actuating means, from an open position to a closed position in order to clamp the strand, each clamp of the pair comprising clamping means (2, 2', 3, 3'; 202, 202'; 203, 203') suitable for being manoeuvred by said actuating means (70, 9; 70', 9') in order to clamp the strand along a central strand segment in a first position, and subsequently moved to a second portion to clamp the stand along side strand segments on each side of the central segment, characterised in that each clamp of the pair comprises central clamping means (2, 2') and side clamping means (3, 3') arranged on each side of the central clamping means, said actuating means (70, 9; 70', 9') being suitable for manoeuvring the central clamping means and the side clamping means of the clamps, transversally to the strand, in order to clamp the strand the central strand segment in a first position, and subsequently manoeuvring the side clamping means into a second position, transversally to the strand, order to clamp the strand on each side of the central clamping means, along the side strand segments.
A method of balancing energy storage voltages of a Modular Multilevel Converter, MMC, comprising a plurality of phase legs connected in delta configuration, each leg comprising a plurality of series connected submodules, each submodule comprising an energy storage, the method comprising: disconnecting the MMC from an electrical grid; discharging the energy storages by means of a circulating current; and re-connecting the MMC to the electrical grid; characterised in that the discharging comprises, for each phase leg: setting (S2a) a voltage reference; and sequentially selecting (S2b) submodules in zero state by means of a sorting algorithm for switching each of the selected submodules to plus or minus state until the voltage deviation from the set voltage reference of the energy storage of each submodule in the phase leg is within a predefined range; wherein the sorting algorithm selects a submodule in zero state with lowest energy storage voltage to be switched to plus or minus state for the energy storage voltage to increase, and/or wherein the sorting algorithm selects a submodule in zero state with highest energy storage voltage to be switched to plus or minus state for the energy storage voltage to decrease. disconnecting the MMC from an electrical grid; discharging the energy storages by means of a circulating current; and re-connecting the MMC to the electrical grid; characterised in that the discharging comprises, for each phase leg: setting (S2a) a voltage reference; and sequentially selecting (S2b) submodules in zero state by means of a sorting algorithm for switching each of the selected submodules to plus or minus state until the voltage deviation from the set voltage reference of the energy storage of each submodule in the phase leg is within a predefined range; wherein the sorting algorithm selects a submodule in zero state with lowest energy storage voltage to be switched to plus or minus state for the energy storage voltage to increase, and/or wherein the sorting algorithm selects a submodule in zero state with highest energy storage voltage to be switched to plus or minus state for the energy storage voltage to decrease.
A method for pulling a casing, comprising the steps of: - assembling a toolstring, from top to bottom, of - a drill pipe string, - a spear tool (10, 10') - a space-out drill pipe string above a cutter tool - a through bore cutter tool, - a swivel below the cutter tool, - a swab cup wash tool, - a perforation gun, - run in hole and place the perforation gun at a predetermined perforation depth, - perforate the casing using the perforation gun, - wash the perforated casing annulus using the swab cup wash tool, - circulate in cement into the washed casing annulus and the casing bore using the swab cup wash tool, - wait on cement and pressure test the cement plug so formed, - pull up and cut the casing at a shallower depth using said casing cutter tool, - test pull the severed-off casing section using said spear tool, - if test pull successful, pull up and remove said spear tool, said cutter tool and said wash tool, - reinsert said spear tool and run in to engage the severed-off casing section, and pull said severed casing section out of hole. - assembling a toolstring, from top to bottom, of - a drill pipe string, - a spear tool (10, 10') - a space-out drill pipe string above a cutter tool - a through bore cutter tool, - a swivel below the cutter tool, - a swab cup wash tool, - a perforation gun, - run in hole and place the perforation gun at a predetermined perforation depth, - perforate the casing using the perforation gun, - wash the perforated casing annulus using the swab cup wash tool, - circulate in cement into the washed casing annulus and the casing bore using the swab cup wash tool, - wait on cement and pressure test the cement plug so formed, - pull up and cut the casing at a shallower depth using said casing cutter tool, - test pull the severed-off casing section using said spear tool, - if test pull successful, pull up and remove said spear tool, said cutter tool and said wash tool, - reinsert said spear tool and run in to engage the severed-off casing section, and pull said severed casing section out of hole.
A method for a first user equipment to receive a signal in a device to device wireless communication system, the method comprising steps of: receiving (500, 600, 700) a synchronization signal comprising a synchronization identifier transmitted from a second user equipment; obtaining synchronization and a synchronization identifier based on the synchronization signal; determining (501, 601, 701) whether a physical sidelink broadcast channel, PSBCH, based on the synchronization signal being successfully decoded; selecting (502, 602, 702) the second user equipment as a synchronization reference, if the PSBCH is successfully decoded; characterized by determining (503, 603, 703) whether a stored synchronization identifier and the obtained synchronization identifier are identical, in case that the PSBCH decoding fails; measuring (504, 604, 704) a measurement level of a demodulation reference signal or an energy level of a resource region in which the PSBCH is located, if the stored synchronization identifier and the obtained synchronization identifier are not identical, and reattempting (506, 606, 706) a decoding of the PSBCH if the measurement level of the demodulation reference signal or the energy level of at least one symbol of the resource region is greater than or equal to a predetermined threshold. receiving (500, 600, 700) a synchronization signal comprising a synchronization identifier transmitted from a second user equipment; obtaining synchronization and a synchronization identifier based on the synchronization signal; determining (501, 601, 701) whether a physical sidelink broadcast channel, PSBCH, based on the synchronization signal being successfully decoded; selecting (502, 602, 702) the second user equipment as a synchronization reference, if the PSBCH is successfully decoded; characterized by determining (503, 603, 703) whether a stored synchronization identifier and the obtained synchronization identifier are identical, in case that the PSBCH decoding fails; measuring (504, 604, 704) a measurement level of a demodulation reference signal or an energy level of a resource region in which the PSBCH is located, if the stored synchronization identifier and the obtained synchronization identifier are not identical, and reattempting (506, 606, 706) a decoding of the PSBCH if the measurement level of the demodulation reference signal or the energy level of at least one symbol of the resource region is greater than or equal to a predetermined threshold.
Probe unit for a capacitive and/or conductive apparatus designed to determine and/or monitor at least a process variable of a medium in a vessel, said probe unit comprising a rod-shaped probe body, which is designed in the shape of a hollow body, particularly with a cylindrical wall, wherein said body is made from an electrically insulating material and has an interior volume, at least an annular electrode (5a, 5b) which can be attached around the wall of the probe body, and at least a fastening unit (9, 10), which is designed to fix the at least one electrode (5a, 5b) at a predeterminable position on the probe body, characterized in that at least one opening (11, 12) is provided in the area of the probe body, wherein said opening is arranged in the area of the at least one electrode (5a, 5b) and through said opening an electrical connection can be established between the electrode (5a, 5b) and at least another component of the apparatus, particularly a printed circuit board, which can be introduced into an interior volume of the probe body, wherein the at least one electrode (5a, 5b) has a contact tab (13, 14) which leads from the electrode (5a, 5b) into the interior volume of the probe body when the electrode (5a, 5b) is secured to the probe body. a rod-shaped probe body, which is designed in the shape of a hollow body, particularly with a cylindrical wall, wherein said body is made from an electrically insulating material and has an interior volume, at least an annular electrode (5a, 5b) which can be attached around the wall of the probe body, and at least a fastening unit (9, 10), which is designed to fix the at least one electrode (5a, 5b) at a predeterminable position on the probe body, characterized in that at least one opening (11, 12) is provided in the area of the probe body, wherein said opening is arranged in the area of the at least one electrode (5a, 5b) and through said opening an electrical connection can be established between the electrode (5a, 5b) and at least another component of the apparatus, particularly a printed circuit board, which can be introduced into an interior volume of the probe body, wherein the at least one electrode (5a, 5b) has a contact tab (13, 14) which leads from the electrode (5a, 5b) into the interior volume of the probe body when the electrode (5a, 5b) is secured to the probe body.
A hybrid driveline assembly comprising: an input shaft coupled to transfer engine torque from an internal combustion engine; an electric motor shaft coupled to transfer electric motor torque from an electric motor; a mode clutch dog having a first portion configured to be selectively coupled to a rotation of the input shaft and a second portion selectively coupled to the electric motor shaft; a driving member received around the input shaft, the driving member configured to be selectively coupled to rotation of the mode clutch dog, the driving member having at least one gear; a mode clutch shift fork engaged with the mode clutch dog to selectively manipulate a position of the mode clutch dog to control the selectively coupling of the mode clutch dog to the input shaft, the electric motor shaft and the driving member; a countershaft; and a driven member low gear rotationally mounted on the countershaft, the driven member low gear engaged with the at least one gear of the driving member. an input shaft coupled to transfer engine torque from an internal combustion engine; an electric motor shaft coupled to transfer electric motor torque from an electric motor; a mode clutch dog having a first portion configured to be selectively coupled to a rotation of the input shaft and a second portion selectively coupled to the electric motor shaft; a driving member received around the input shaft, the driving member configured to be selectively coupled to rotation of the mode clutch dog, the driving member having at least one gear; a mode clutch shift fork engaged with the mode clutch dog to selectively manipulate a position of the mode clutch dog to control the selectively coupling of the mode clutch dog to the input shaft, the electric motor shaft and the driving member; a countershaft; and a driven member low gear rotationally mounted on the countershaft, the driven member low gear engaged with the at least one gear of the driving member.
Patterned spunbonded nonwoven fabric sheet comprising a plurality of spunbonded crimped fibers bonded together at a plurality of bonding points, wherein all fibers of the patterned spunbonded nonwoven fabric sheet are spunbonded crimped fibers, characterized in that the density of fibers and/or the mean orientation of the fibers and/or the mean crimp radius of the fibers within the fabric sheet are inhomogeneous and varies according to a regular pattern, which consists of parallel preferably uninterrupted stripes oriented in machine direction of the sheet, wherein the sheet has a three-dimensional structure comprising a plurality of alternating elevations and depressions arranged according to the pattern..