mhurhangee/ep-ind-claims huggingface dataset:
Ultrasonic sensor device for a vehicle, including an ultrasonic sensor, a retaining part and a decoupling ring, wherein the retaining part is formed with at least one locking element, and the ultrasonic sensor is fixable to the retaining part in locking manner, wherein the retaining part comprises a receiving duct, in which the ultrasonic sensor is locked, wherein the decoupling ring is arranged between the retaining part and the ultrasonic sensor, and the decoupling ring is formed of a softly elastic material, characterized in that the ultrasonic sensor device further comprises a damping ring, that the retaining part comprises a receiving area for the damping ring for vibration damping on the front side facing away from the receiving duct, that the damping ring is integrated in the retaining part, wherein the decoupling ring is arranged adjacent to the damping ring, and the decoupling ring is positioned intermediately between the ultrasonic sensor and the damping ring.
A discharge device (100; 200; 300) for discharging pharmaceutical liquids, in particular for ophthalmic use, comprising - a housing (110; 210; 310), - a liquid reservoir (130; 230; 330) with a receiving space (132; 232; 332) for storing the pharmaceutical liquid, - a discharge opening (112; 212; 312) provided on the housing, which connects the receiving space (132; 232; 332) to an environment and which serves for dispensing the pharmaceutical liquid, and - a spring device (150; 250; 350), characterized in that by means of the pre-tensioned spring device liquid in the receiving space (132; 232; 332) of the liquid reservoir (130; 230; 330) is pressurized and the spring device is not accessible for introduction of energy in the assembled state of the discharge device (100; 200; 300). - a housing (110; 210; 310), - a liquid reservoir (130; 230; 330) with a receiving space (132; 232; 332) for storing the pharmaceutical liquid, - a discharge opening (112; 212; 312) provided on the housing, which connects the receiving space (132; 232; 332) to an environment and which serves for dispensing the pharmaceutical liquid, and - a spring device (150; 250; 350),
A test weight system comprising: a first test weight assembly having a first body member and a plurality of ear members arranged about the first body member; a second test weight assembly interlocked with the first assembly, and a lifting component coupled to at least one of the first and second test weight assemblies, characterized in that the second test weight assembly has a second body member defining a plurality of slots, wherein a portion of each ear member extends through one of the plurality of slots; a first test weight assembly having a first body member and a plurality of ear members arranged about the first body member; a second test weight assembly interlocked with the first assembly, and a lifting component coupled to at least one of the first and second test weight assemblies, characterized in that the second test weight assembly has a second body member defining a plurality of slots, wherein a portion of each ear member extends through one of the plurality of slots;
A device for use in dental scanning procedures of a patient, the device comprising: an occlusal portion and a non-occlusal portion, the occlusal portion comprising a bite plate for securing the device positioned in a patient's mouth during a scanning procedure and the non-occlusal portion comprising a ring structure having a coded pattern for aligning scanned images of the patient, the occlusal portion and the non-occlusal portion being coupled together at an angle such that the coded pattern is outwardly oriented from the patient's mouth when the bite plate is positioned between the patient's teeth, so that the coded pattern is presented to permit scanning of the coded pattern simultaneously when scanning at least some of the patient's teeth, the device further comprising a lip displacement attachment configured to move a lip of the patient so as to expose at least some of the patient's teeth and allow optical scanning of the coded pattern in relation at least some of the patient's teeth. an occlusal portion and a non-occlusal portion, the occlusal portion comprising a bite plate for securing the device positioned in a patient's mouth during a scanning procedure and the non-occlusal portion comprising a ring structure having a coded pattern for aligning scanned images of the patient, the occlusal portion and the non-occlusal portion being coupled together at an angle such that the coded pattern is outwardly oriented from the patient's mouth when the bite plate is positioned between the patient's teeth, so that the coded pattern is presented to permit scanning of the coded pattern simultaneously when scanning at least some of the patient's teeth, the device further comprising a lip displacement attachment configured to move a lip of the patient so as to expose at least some of the patient's teeth and allow optical scanning of the coded pattern in relation at least some of the patient's teeth.
An injection molding machine comprising: a toggle mechanism; and a toggle support which supports the toggle mechanism, wherein the toggle mechanism includes a crosshead and a link group (152, 153, 154) which is operated by a forward or rearward movement of the crosshead, characterized in that the toggle support includes a toggle support body portion to which a link of the link group (152, 153, 154) is oscillatingly attached and toggle support arm portions which guide the crosshead, and when viewed in a forward or rearward movement direction of the crosshead, the toggle support arm portions come into contact with the crosshead from an outside and in line symmetry about a straight line passing through a center of the crosshead and extending in a vertical direction. a toggle mechanism; and a toggle support which supports the toggle mechanism, wherein the toggle mechanism includes a crosshead and a link group (152, 153, 154) which is operated by a forward or rearward movement of the crosshead, characterized in that the toggle support includes a toggle support body portion to which a link of the link group (152, 153, 154) is oscillatingly attached and toggle support arm portions which guide the crosshead, and when viewed in a forward or rearward movement direction of the crosshead, the toggle support arm portions come into contact with the crosshead from an outside and in line symmetry about a straight line passing through a center of the crosshead and extending in a vertical direction.
A centrifuge drum comprising a device for holding a filter foil or a filter cloth which, in the installed condition, lies on support means, especially a support sieve, in a centrifuge drum, said device including a protective sieve and a sealing member with sealing lips between which, in the installed condition, the edges of the support means and the filter foil or the filter cloth extend wherein, in the installed condition, the protective sieve clamps the filter foil or the filter cloth and the support means between the sealing lips of the sealing member, characterized in that the device includes further at least one tensioning ring which, in the installed condition, presses the protective sieve radially outwardly, and in that the protective sieve is provided with at least one projection on its inner side fixing the installed tensioning ring in axial direction.
A method of battery testing, the method comprising: applying a stimulus to a battery module, the battery module having one or more batteries; turning off use of the battery module including removing the stimulus to the battery module; after turning off use of and removing the stimulus to the battery module, autonomously recording signals from the battery module for a battery settling time of several hours after removing the stimulus using monitoring electronics attached to the battery module; and outputting the recorded signals from which one or more electrochemical parameters or one or more electrical parameters of the battery module or the one or more batteries arranged in the battery module are calculated using the recorded signals. applying a stimulus to a battery module, the battery module having one or more batteries; turning off use of the battery module including removing the stimulus to the battery module; after turning off use of and removing the stimulus to the battery module, autonomously recording signals from the battery module for a battery settling time of several hours after removing the stimulus using monitoring electronics attached to the battery module; and outputting the recorded signals from which one or more electrochemical parameters or one or more electrical parameters of the battery module or the one or more batteries arranged in the battery module are calculated using the recorded signals.
An inspection panel, with an inspection frame, further with an inspection lid that can be inserted into the inspection frame, further with at least one sealing unit (10, 11) for detachably locking the inspection lid in the inspection frame and with a retainer for the inspection lid, as well as at least one frame connector (6, 8), characterized in that the sealing unit (10, 11), retainer and frame connector (6, 8) comprise a structural unit (10, 11; 14; 6, 8).
A hand-turnable welding cable connection comprising: a welding cable portion and a cooperable welding torch portion; said welding cable portion including a receiver having an opening defined by an inner, generally cylindrical surface; a slit through said receiver; said welding torch portion including a tubular member having a generally cylindrical outer surface; said welding torch portion being insertable in said welding cable portion, wherein rotation of said welding cable portion holds said welding cable portion on said welding torch portion, characterized by a fastener extending across said slit generally transverse to a longitudinal axis of said receiver, said fastener partially protruding into said opening; a transverse, circumferentially-extending groove formed on said outer surface of said tubular member; a flat portion formed on said outer surface of said tubular member, said flat portion extending longitudinally from an end of said groove toward an end of said tubular member; said torch portion being insertable into said welding cable portion by aligning said flat portion with said fastener, and said fastener being engagable with said groove, and tightening said fastener narrowing said slit and decreasing the circumference of the opening to lock said welding cable portion on said welding torch portion. a welding cable portion and a cooperable welding torch portion; said welding cable portion including a receiver having an opening defined by an inner, generally cylindrical surface; a slit through said receiver; said welding torch portion including a tubular member having a generally cylindrical outer surface; said welding torch portion being insertable in said welding cable portion, wherein rotation of said welding cable portion holds said welding cable portion on said welding torch portion, characterized by a fastener extending across said slit generally transverse to a longitudinal axis of said receiver, said fastener partially protruding into said opening; a transverse, circumferentially-extending groove formed on said outer surface of said tubular member; a flat portion formed on said outer surface of said tubular member, said flat portion extending longitudinally from an end of said groove toward an end of said tubular member; said torch portion being insertable into said welding cable portion by aligning said flat portion with said fastener, and said fastener being engagable with said groove, and tightening said fastener narrowing said slit and decreasing the circumference of the opening to lock said welding cable portion on said welding torch portion.
A method of cultivating a crop, characterized by replacing a radicle of a dry seed of the crop with a radicle of another seed capable of achieving grafting, and thereafter, germinating the seed of the crop.
A three-phase/two-phase rotary transformer (10, 110, 210, 310), comprising a first single-phase rotary transformer and a second single-phase rotary transformer, said first transformer comprising a first body made of ferromagnetic material defining a first annular slot of axis A, an n' 1 -turn first toroidal coil of axis A in the first slot, a second body made of ferromagnetic material defining a second annular slot of axis A that is open towards said first slot, and an n 2 -turn second toroidal coil of axis A in the second slot; said second transformer comprising a third body made of ferromagnetic material defining a third annular slot of axis A, an n 1 -turn third toroidal coil of axis A in the third slot, a fourth body made of ferromagnetic material defining a fourth annular slot of axis A that is open towards said third slot, and an n 2 -turn fourth toroidal coil of axis A in the fourth slot, wherein one terminal (Oap) of the first coil is connected to the midpoint (Obp, Ocp) of the third coil, said first body, said first coil, said third body, and said third coil being stationary relative to one another and forming a three-phase portion of the transformer, said second body, said second coil, said fourth body, and said fourth coil being stationary relative to one another and forming a two-phase portion of the transformer, and said three-phase portion and said two-phase portion being movable in rotation about the axis A relative to each other.
A power semiconductor device comprising - an electrode; - a base layer of a first conductivity type provided on the electrode; - at least one contact layer provided on the base layer; - a gate contact provided on the base layer and on the at least one contact layer; - an insulation layer between the gate contact and the base layer and between the at least one contact layer and the gate contact, and - at least one zone of a second conductivity type different from the first conductivity type within the base layer, - wherein the at least one contact layer is arranged on a top surface of the base layer, facing away from the electrode, - wherein the at least one contact layer is a metallic layer, - wherein an interface between the metallic layer and the base layer forms a Schottky contact, - wherein the at least one zone is embedded within the base layer such that an outer surface of the zone is completely covered by the base layer and such that the at least one zone is completely enclosed by the base layer in a three dimensional manner, - wherein the at least one zone is provided centred in lateral directions with respect to the gate contact and a distance between the at least one zone and the insulation layer is at most 1 μm, - wherein the at least one zone comprises a peak doping concentration being at least 10 15 1/cm 3 and at most 5×10 17 1/cm 3, and - wherein the at least one zone shifts away a peak electric field generated in the base layer from the insulation layer between the gate contact and the base layer. - an electrode; - a base layer of a first conductivity type provided on the electrode; - at least one contact layer provided on the base layer; - a gate contact provided on the base layer and on the at least one contact layer; - an insulation layer between the gate contact and the base layer and between the at least one contact layer and the gate contact, and - at least one zone of a second conductivity type different from the first conductivity type within the base layer, - wherein the at least one contact layer is arranged on a top surface of the base layer, facing away from the electrode, - wherein the at least one contact layer is a metallic layer, - wherein an interface between the metallic layer and the base layer forms a Schottky contact, - wherein the at least one zone is embedded within the base layer such that an outer surface of the zone is completely covered by the base layer and such that the at least one zone is completely enclosed by the base layer in a three dimensional manner, - wherein the at least one zone is provided centred in lateral directions with respect to the gate contact and a distance between the at least one zone and the insulation layer is at most 1 μm, - wherein the at least one zone comprises a peak doping concentration being at least 10 15 1/cm 3 and at most 5×10 17 1/cm 3, and - wherein the at least one zone shifts away a peak electric field generated in the base layer from the insulation layer between the gate contact and the base layer.
An electronic smoking device, comprising: a power supply portion comprising a power supply, and an atomizer/liquid reservoir portion comprising a liquid reservoir storing liquid, and an atomizer operable when connected to the power supply to atomize liquid stored in the liquid reservoir, wherein the electronic smoking device comprises a liquid pump for pumping liquid from the liquid reservoir to the atomizer, characterized in that the electronic smoking device further comprises control electronics that are adapted to control the temperature of the powered atomizer by controlling the pump rate of the liquid pump, such that the temperature of the powered atomizer is below a temperature which overheats the liquid. a power supply portion comprising a power supply, and an atomizer/liquid reservoir portion comprising a liquid reservoir storing liquid, and an atomizer operable when connected to the power supply to atomize liquid stored in the liquid reservoir, wherein the electronic smoking device comprises a liquid pump for pumping liquid from the liquid reservoir to the atomizer, characterized in that the electronic smoking device further comprises control electronics that are adapted to control the temperature of the powered atomizer by controlling the pump rate of the liquid pump, such that the temperature of the powered atomizer is below a temperature which overheats the liquid. a liquid reservoir storing liquid, and an atomizer operable when connected to the power supply to atomize liquid stored in the liquid reservoir, wherein the electronic smoking device comprises a liquid pump for pumping liquid from the liquid reservoir to the atomizer, characterized in that the electronic smoking device further comprises control electronics that are adapted to control the temperature of the powered atomizer by controlling the pump rate of the liquid pump, such that the temperature of the powered atomizer is below a temperature which overheats the liquid.
A lithium secondary battery at least comprising: an electrode group comprising a positive electrode, a negative electrode, and a separator interposed between the electrodes; and a nonaqueous electrolyte comprising a nonaqueous solvent and a lithium salt contained therein, the electrode group and the nonaqueous electrolyte being held in a battery case, and the positive electrode and the negative electrode each comprising a current collector and, formed thereon, an active-material layer containing an active material capable of occluding/releasing a lithium ion, wherein the nonaqueous electrolyte is a nonaqueous electrolyte which contains difluorophosphoric acid salt in an amount of 10 ppm or more of the whole nonaqueous electrolyte, wherein the difluorophosphoric acid salt is lithium difluorophosphate; and the positive electrode is: positive electrode: a positive electrode containing a positive-electrode active material having a composition represented by the following composition formula: Li x Ni (1-y-z) Co y M z O 2 composition formula wherein M represents at least one element selected from the group consisting of Mn, Al, Fe, Ti, Mg, Cr, Ga, Cu, Zn, and Nb; x represents a number satisfying 0<x≤1.2; y represents a number satisfying 0.05≤y≤0.5; and z represents a number satisfying 0.01≤z≤0.5.
A basin moulding made of a composite material comprising a polymerized, cured binder and fillers incorporated therein, the basin moulding having a visible side and a rear side lying opposite the visible side, unidirectionally aligned fibres being polymerized into the composite material in the vicinity of the surface of the rear side of the basin moulding, characterised in that the fibres unidirectionally aligned in the vicinity of the surface of the rear side of the basin moulding and polymerised into the composite material are arranged over less than 30% of the surface area of the rear side of the basin moulding, that the fibres form at least one fabric strip (6, 8) and that the fabric strip (6, 8) is arranged in the vicinity of the rear side of the basin moulding, but towards the surface of the rear side is covered by a layer of cured binder.
A laser-based light source comprising at least one laser, at least one optical fiber with an entrance facet, at least one conversion device and at least one detector, wherein the at least one laser is adapted to emit laser light with a laser peak emission wavelength, wherein the at least one optical fiber is adapted to guide the laser light received by the entrance facet of the at least one optical fiber such that the laser light is received at a first surface of the at least one conversion device, wherein the conversion device is adapted to convert at least a part of the laser light to converted light, wherein a peak emission wavelength of the converted light is in a longer wavelength range than the laser peak emission wavelength, wherein the same at least one optical fiber is further adapted to guide a part of the converted light back in the direction of the at least one laser to the entrance facet, and wherein the detector is arranged to detect at least a part of the back guided converted light leaving the at least one optical fiber through the entrance facet.
Instrument for measuring the position of the lower jaw provided with a top and a bottom bite fork, that are individually adaptable to the upper and lower tooth arch of a patient, whereby the top and bottom bite fork are each provided with an extension (5, 11) that extends in a horizontal plane in front of the teeth of the patient when the instrument is placed in the patient's mouth, so that the extensions (5, 11) extend outside the mouth of the patient, and whereby these extensions enable the bite forks (2, 4) to move with respect to one another in the horizontal movement plane, while the instrument is placed in the mouth of the patient, and enables the relative position of the bite forks and thus the relative position of the upper and lower tooth arch (19, 20) to be registered outside the mouth of the patient and whereby the top and bottom bite fork have retention holes for the mechanical anchoring of a registration material to be applied, and whereby these retention holes are sealed at the bottom by a thin seal over the entire surface of the bite forks (2, 4).