mhurhangee/ep-ind-claims huggingface dataset:
Photovoltaic inverter having a DC input for connection to a DC source, a DC-DC converter connected to the DC input, an intermediate circuit, a DC-AC converter, an AC disconnector, a control device connected to the components of the photovoltaic inverter, an AC output for connection to a supply network, a battery stage formed by a bidirectional DC-DC converter and connected to the intermediate circuit, and a battery connection for connection to a buffer battery and a battery switch for connecting and disconnecting the buffer battery, characterised in that a switched-mode power supply is provided, the switched-mode power supply being connected on the input side to the AC output and on the output side to the battery stage, the control device being designed to charge the intermediate circuit via the switched-mode power supply and the battery stage to a threshold value when the DC source and the buffer battery separated from the photovoltaic inverter are deactivated, and thereafter to actuate the AC disconnector and to connect the photovoltaic inverter to the supply network in order to charge the buffer battery via the supply network or to compensate for reactive power by the photovoltaic inverter after connection.
A health sense system for a pulse width modulation device associated with a magnetic coil, comprising: a health sense circuit measuring one or more current measurements at a low voltage side of the pulse width modulation device; a health logic circuit determining a health bit indicative of a health score for the magnetic coil of the pulse width modulation device based on one or more of the current measurements; and a counter circuit generating a feedback command for the pulse width modulation device based on the health bit; characterized in that the health sense circuit comprises a steering diode configured to be positioned in parallel to the magnetic coil and to steer emf created by the magnetic coil back to the pulse width modulation device. a health sense circuit measuring one or more current measurements at a low voltage side of the pulse width modulation device; a health logic circuit determining a health bit indicative of a health score for the magnetic coil of the pulse width modulation device based on one or more of the current measurements; and a counter circuit generating a feedback command for the pulse width modulation device based on the health bit; characterized in that the health sense circuit comprises a steering diode configured to be positioned in parallel to the magnetic coil and to steer emf created by the magnetic coil back to the pulse width modulation device.
A chocolate comprising an oil-and/or-fat in a content of 25 to 65 mass%, wherein the oil-and/or-fat meets the following requirements to: an SOS content is 60 to 86 mass%; a POP content is 20 to 40 mass%; an StOSt content is 10 to 25 mass%; a POSt content is 15 to 30 mass%; a liquid oil-and/or-fat content is 14 to 30 mass%; and a mass ratio (StOSt/POSt) of the StOSt content to the POSt content is not more than 1.2, wherein SOS: a triglyceride on which oleic acid is bonded at a 2 position and a saturated fatty acid having a carbon number of not less than 16 is bonded at 1 and 3 positions; POP: 1,3-dipalmitoyl-2-oleoylglycerin; StOSt: 1,3-distearoyl-2-oleoylglycerin; POSt: a triglyceride comprising an oleoyl group at a 2 position and comprising one palmitoyl group and one stearoyl group separately at 1 and 3 positions; and liquid oil-and/or-fat: a triglyceride on which a fatty acid having a carbon number of not less than 16 is bonded, the triglyceride comprising not less than 2 double bonds per molecule. an SOS content is 60 to 86 mass%; a POP content is 20 to 40 mass%; an StOSt content is 10 to 25 mass%; a POSt content is 15 to 30 mass%; a liquid oil-and/or-fat content is 14 to 30 mass%; and a mass ratio (StOSt/POSt) of the StOSt content to the POSt content is not more than 1.2,
A control panel for a motor vehicle comprising a support; a printed circuit board which is fixed on the support; a facade element which is mounted on the support and which covers the printed circuit board; the facade element comprising at least one operable control button which is integrally formed with a fixed portion of the facade element and which extends above an area of the printed circuit board; the control button including a junction end with the fixed portion of the facade element and a movable free end; characterized in that the control button includes at its junction end a first protrusion bearing against the support and/or against the printed circuit board, and includes at its free end a bearing area provided to be touched by an operator in order to operate the control button; and in that the control button also includes a second protrusion arranged between the first protrusion and the bearing area, said second protrusion being of smaller height than the first protrusion and including at its free end opposite the printed circuit board a bearing surface intended to come into contact with a sensor arranged oppositely on the printed circuit board when the control button is operated.
Power tool braking device, in particular hand-held power tool braking device, for a portable power tool (12a; 12b) having at least one magnetic-field braking unit (14a; 14b), having at least one drive unit (30a; 30b) which has at least one drive element (32a; 32b) on which at least one braking element (18a, 24a, 34a, 36a, 18b, 24b, 34b, 36b) of the magnetic-field braking unit (14a; 14b) is arranged, characterized by at least one mechanical activation unit (16a; 16b), wherein the activation unit (16a, 16b) changes at least one variable of a magnetic field of the magnetic-field braking unit (14a; 14b) as a result of a relative movement.
A recording material comprising: a) a support comprising a surface that is impregnated by a colorant or coated with a coating that contains a pigment or a dye; and, disposed thereon, b) a layer comprising polymeric particles having a core/shell structure and being hollow when dry to scatter visible light, said particles having an inner first polymer shell having a Fox Tg of from 40°C to 130°C and an outer second polymer shell having a Fox Tg of from -55°C to 50°C, the Fox Tg of said outer polymer shell being lower than that of said inner polymer shell. a) a support comprising a surface that is impregnated by a colorant or coated with a coating that contains a pigment or a dye; and, disposed thereon, b) a layer comprising polymeric particles having a core/shell structure and being hollow when dry to scatter visible light, said particles having an inner first polymer shell having a Fox Tg of from 40°C to 130°C and an outer second polymer shell having a Fox Tg of from -55°C to 50°C, the Fox Tg of said outer polymer shell being lower than that of said inner polymer shell.
A fusion protein, comprising: (a) at least one IGF1 variant polypeptide component; and (b) a fusion component comprising the Fc domain of human IgG; wherein the IGF variant component is a human IGF-1 protein of SEQ ID NO:1 comprising: (i) a deletion of amino acids at positions 1-3, 37 and 68-70 (Δ1-3, Δ37, Δ68-70); or (ii) a deletion of amino acids at positions 1-3, 37 and 65-70 (Δ1-3, Δ37, Δ65-70) (a) at least one IGF1 variant polypeptide component; and (b) a fusion component comprising the Fc domain of human IgG; wherein the IGF variant component is a human IGF-1 protein of SEQ ID NO:1 comprising: (i) a deletion of amino acids at positions 1-3, 37 and 68-70 (Δ1-3, Δ37, Δ68-70); or (ii) a deletion of amino acids at positions 1-3, 37 and 65-70 (Δ1-3, Δ37, Δ65-70) (i) a deletion of amino acids at positions 1-3, 37 and 68-70 (Δ1-3, Δ37, Δ68-70); or (ii) a deletion of amino acids at positions 1-3, 37 and 65-70 (Δ1-3, Δ37, Δ65-70)
A luminaire comprising a support pole and a luminaire head arranged vertically above the support pole; said luminaire head comprising: a base module fixed to the support pole; an electronic gear unit which is arranged in or on said base module and comprises one or more electronic components (401, 402, 403, 404); an at least partially transparent or translucent casing having an open top and an open bottom, and extending upwardly from the base module; said casing and said base module being designed such that the electronic gear unit is removable from the base module through said casing; a removable cap closing the open top of said casing; a support with a plurality of light sources arranged to emit light through said casing and connected to one or more electronic components of the electronic gear unit; characterized in that the luminaire comprises at least one rod, preferably at least one hollow rod, extending, preferably vertically, from the base module to the open top of the casing; in that the at least one rod is arranged in at least one correspondingly shaped channel in the base module, and the casing extends around the at least one rod; and in that the at least one rod comprises a guiding element, and the electronic gear unit is provided with a receiving element for receiving the guiding element, such that the at least one rod plays a guiding role for the electronic gear unit toward the base module. a base module fixed to the support pole; an electronic gear unit which is arranged in or on said base module and comprises one or more electronic components (401, 402, 403, 404); an at least partially transparent or translucent casing having an open top and an open bottom, and extending upwardly from the base module; said casing and said base module being designed such that the electronic gear unit is removable from the base module through said casing; a removable cap closing the open top of said casing; a support with a plurality of light sources arranged to emit light through said casing and connected to one or more electronic components of the electronic gear unit; characterized in that the luminaire comprises at least one rod, preferably at least one hollow rod, extending, preferably vertically, from the base module to the open top of the casing; in that the at least one rod is arranged in at least one correspondingly shaped channel in the base module, and the casing extends around the at least one rod; and in that the at least one rod comprises a guiding element, and the electronic gear unit is provided with a receiving element for receiving the guiding element, such that the at least one rod plays a guiding role for the electronic gear unit toward the base module.
A peptide or a pharmaceutically acceptable salt thereof for use in the treatment of obesity, wherein the peptide is a dimer comprising two fragments, each fragment consisting of 13 to 19 contiguous amino acid residues derived from the amino acid region AA 71 -AA 94 of interleukin-4 (SEQ ID NO:4) (i.e. the α-helix C of IL-4), or a variant thereof having one, two, three, or four amino acid substitutions, wherein the two fragments are covalently linked through a linker and wherein the peptide is an agonist on type I IL-4R and an antagonist on type II IL-4R, and further wherein at least part of the peptide forms an α-helix.
Method for adapting an engagement point of a separating clutch that can be moved between at least one engaged state in which an output shaft of an internal combustion engine for driving a vehicle is coupled, via the separating clutch, to a rotor of an electric machine for driving the vehicle, and at least one disengaged state in which the output shaft is decoupled from the rotor, characterised by the steps: a) deactivating the initially activated internal combustion engine and disengaging the initially engaged separating clutch; b) while the separating clutch is disengaged and the internal combustion engine is deactivated: detecting a first profile of the speed (n) of the output shaft; c) calculating a frictional torque of the internal combustion engine as a function of at least one predetermined moment of inertia of the internal combustion engine and a first speed gradient which is determined from the detected first profile; d) adjusting the separating clutch towards its engaged state; e) while the separating clutch is adjusted towards its engaged state and the internal combustion engine is still deactivated: detecting a second profile, following the first profile, of the speed (n) of the output shaft; f) determining a second speed gradient from the detected second profile; g) determining an effective torque of the separating clutch as a function of the calculated friction torque, the second speed gradient and the predetermined moment of inertia of the internal combustion engine; and h) adapting the engagement point as a function of the detected effective torque. a) deactivating the initially activated internal combustion engine and disengaging the initially engaged separating clutch; b) while the separating clutch is disengaged and the internal combustion engine is deactivated: detecting a first profile of the speed (n) of the output shaft; c) calculating a frictional torque of the internal combustion engine as a function of at least one predetermined moment of inertia of the internal combustion engine and a first speed gradient which is determined from the detected first profile; d) adjusting the separating clutch towards its engaged state; e) while the separating clutch is adjusted towards its engaged state and the internal combustion engine is still deactivated: detecting a second profile, following the first profile, of the speed (n) of the output shaft; f) determining a second speed gradient from the detected second profile; g) determining an effective torque of the separating clutch as a function of the calculated friction torque, the second speed gradient and the predetermined moment of inertia of the internal combustion engine; and h) adapting the engagement point as a function of the detected effective torque.
An implantation assembly comprising a bone-anchoring element having a threaded rod, one end of which is provided with a head, with said threaded rod comprising an axial bore having an end opening at the head and at least one radial slot which communicates with the axial bore, with the bone-anchoring element being integrally provided with a removable axis, through which a flow path longitudinally goes, which communicates with the axial bore of the bone-anchoring element for injecting substances, with said axis being a drive shaft of a drive instrument for the bone-anchoring element, characterized in that the bone-anchoring element provided with said shaft is placed in a sealed sterile packaging.
A MIMO antenna, comprising: a first antenna; a second antenna; and an adjustable decoupling structure, disposed between the first antenna and the second antenna, and configured to reduce coupling between the first antenna and the second antenna, wherein the adjustable decoupling structure comprises a first adjustable capacitor and a second adjustable capacitor that are connected in series and a first adjustable inductor and a second adjustable inductor that are connected in parallel, the first adjustable inductor is connected to the first adjustable capacitor and the second adjustable capacitor, and the second adjustable inductor is connected to the second adjustable capacitor. a first antenna; a second antenna; and an adjustable decoupling structure, disposed between the first antenna and the second antenna, and configured to reduce coupling between the first antenna and the second antenna, wherein the adjustable decoupling structure comprises a first adjustable capacitor and a second adjustable capacitor that are connected in series and a first adjustable inductor and a second adjustable inductor that are connected in parallel, the first adjustable inductor is connected to the first adjustable capacitor and the second adjustable capacitor, and the second adjustable inductor is connected to the second adjustable capacitor.
An IP rated lens for attachment to a luminaire, said luminaire including a light source adapted to emit light from the front of the luminaire, said lens comprising:- (i) a first region through which light from the light source is emitted; (ii) a second region (12,13,14) which is resiliently deformable, thus allowing the light source in the luminaire to move with respect to the plane of the front of the luminaire, whilst retaining IP protection when the light source is out of the normal plane wherein the second region comprises one or more corrugations; characterised in that the second region (12,13,14) is integral with the first region and the second region (12,13,14) includes an engagement means adapted to enable the lens to attach to the front of the luminaire in order to form a watertight seal of to IP 65 standard. (i) a first region through which light from the light source is emitted; (ii) a second region (12,13,14) which is resiliently deformable, thus allowing the light source in the luminaire to move with respect to the plane of the front of the luminaire, whilst retaining IP protection when the light source is out of the normal plane wherein the second region comprises one or more corrugations;
A method of transporting at least one media item along a transport path, comprising: locating a bunch of media items between at least one support surface and at least one clamp member; and selectively moving said clamp member towards or away from said support surface to apply a predetermined clamp force to the bunch of media items, wherein the predetermined clamp force is a first predetermined clamp force in a transport mode of operation in which the bunch of media items is to be or is being transported, characterised in that the predetermined clamp force is a second predetermined clamp force, lower than the first predetermined clamp force, in a separation mode of operation in which a media item is to be removed from or added to the bunch of media items, and in that the method further comprises: determining a thickness associated with the bunch of media items; and selectively moving said clamp member towards or away from said support surface responsive to the thickness; and removing or adding a media item from or to the bunch of media items to respectively decrease or increase said thickness of the bunch of media items and moving the clamp member to maintain the predetermined clamp force as the thickness is decreased or increased. locating a bunch of media items between at least one support surface and at least one clamp member; and selectively moving said clamp member towards or away from said support surface to apply a predetermined clamp force to the bunch of media items, wherein the predetermined clamp force is a first predetermined clamp force in a transport mode of operation in which the bunch of media items is to be or is being transported, characterised in that the predetermined clamp force is a second predetermined clamp force, lower than the first predetermined clamp force, in a separation mode of operation in which a media item is to be removed from or added to the bunch of media items, and in that the method further comprises: determining a thickness associated with the bunch of media items; and selectively moving said clamp member towards or away from said support surface responsive to the thickness; and removing or adding a media item from or to the bunch of media items to respectively decrease or increase said thickness of the bunch of media items and moving the clamp member to maintain the predetermined clamp force as the thickness is decreased or increased. determining a thickness associated with the bunch of media items; and selectively moving said clamp member towards or away from said support surface responsive to the thickness; and removing or adding a media item from or to the bunch of media items to respectively decrease or increase said thickness of the bunch of media items and moving the clamp member to maintain the predetermined clamp force as the thickness is decreased or increased.
A developer supply container detachably mountable to a developer receiving apparatus including a driving member, said developer supply container being settable in the developer receiving apparatus by a setting operation at least including a rotation thereof, said developer supply container comprising: a container body having an inner space configured to contain a developer; a discharging member, disposed in said container body, configured to discharge the developer out of said container body by rotation thereof relative to said container body when said developer supply container is at a developer supply position where the developer in said container body is supplied to the developer receiving apparatus; and a drive transmitting means (5, 6), engageable with the driving member, configured to transmit a rotational force from the driving member to said discharging member; characterized by a load applying means (7, 9, 14) configured to apply a load to said drive transmitting means to rotate said developer supply container toward the developer supply position by the rotational force received by said drive transmitting means; and a load releasing means (7a, 7c) configured to releas the load applied to said drive transmitting means by said load applying means (7, 9, 14) when said developer supply container is at the developer supply position. a container body having an inner space configured to contain a developer; a discharging member, disposed in said container body, configured to discharge the developer out of said container body by rotation thereof relative to said container body when said developer supply container is at a developer supply position where the developer in said container body is supplied to the developer receiving apparatus; and a drive transmitting means (5, 6), engageable with the driving member, configured to transmit a rotational force from the driving member to said discharging member; characterized by a load applying means (7, 9, 14) configured to apply a load to said drive transmitting means to rotate said developer supply container toward the developer supply position by the rotational force received by said drive transmitting means; and a load releasing means (7a, 7c) configured to releas the load applied to said drive transmitting means by said load applying means (7, 9, 14) when said developer supply container is at the developer supply position.
A compound of Formula I, a 13 C enriched compound of Formula I, an 19 F-labeled derivative of Formula I, or a radioisotope derivative of Formula I; wherein R 1 is an alkyl group; R 2 is an electron donating group and R 3 is an electron withdrawing group; or R 2 is an electron withdrawing group and R 3 is an electron donating group, for use in a method of detecting myelin-associated neuropathy comprising: identifying a subject at risk of or diagnosed with a myelin-associated neuropathy; administering to a subject an agent that binds specifically to myelin basic protein; determining myelination in the subject by detecting the agent present in the subject; and comparing the myelination in the subject with a control sample wherein a lower level of agent in the subject is indicative of a myelin-associated neuropathy. identifying a subject at risk of or diagnosed with a myelin-associated neuropathy; administering to a subject an agent that binds specifically to myelin basic protein; determining myelination in the subject by detecting the agent present in the subject; and comparing the myelination in the subject with a control sample wherein a lower level of agent in the subject is indicative of a myelin-associated neuropathy.