mhurhangee/ep-ind-claims huggingface dataset:
A digital receiver, comprising: a first demodulator (42, 44) for demodulating at least one satellite signal to provide a demodulated satellite signal; at least a second demodulator for demodulating at least one retransmitted terrestrial signal to provide at least one demodulated terrestrial signal; and a hierarchical processor for: hierarchical demodulation of at least one among the demodulated satellite signal and the at least one satellite signal, hierarchical demodulation of at least one among the demodulated terrestrial signal and the at least one retransmitted terrestrial signal, and outputting a hierarchically demodulated satellite signal and a hierarchically demodulated terrestrial signal. a first demodulator (42, 44) for demodulating at least one satellite signal to provide a demodulated satellite signal; at least a second demodulator for demodulating at least one retransmitted terrestrial signal to provide at least one demodulated terrestrial signal; and a hierarchical processor for: hierarchical demodulation of at least one among the demodulated satellite signal and the at least one satellite signal, hierarchical demodulation of at least one among the demodulated terrestrial signal and the at least one retransmitted terrestrial signal, and outputting a hierarchically demodulated satellite signal and a hierarchically demodulated terrestrial signal. hierarchical demodulation of at least one among the demodulated satellite signal and the at least one satellite signal, hierarchical demodulation of at least one among the demodulated terrestrial signal and the at least one retransmitted terrestrial signal, and outputting a hierarchically demodulated satellite signal and a hierarchically demodulated terrestrial signal.
Resistor arrangement comprising: a first electrically conductive connection element and a second electrically conductive connection element, a first resistance element which is electrically conductively connected to the first connection element, a second resistance element, which is electrically conductively connected to the second connection element, an electrically conductive intermediate element, which is arranged between the first resistance element and the second resistance element and is electrically conductively connected to these resistance elements (12, 13), wherein the connection elements (10, 11), the resistor elements, and the intermediate element are arranged next to one another in a row, and wherein the connection elements (10, 11) and the intermediate element on the one hand and the resistance elements (12, 13) on the other hand consist of different materials, wherein the material of the first resistance element differs from the material of the second resistance element, characterized in that only the first connection element and the second connection element have connecting means for integration into a circuit. a first electrically conductive connection element and a second electrically conductive connection element, a first resistance element which is electrically conductively connected to the first connection element, a second resistance element, which is electrically conductively connected to the second connection element, an electrically conductive intermediate element, which is arranged between the first resistance element and the second resistance element and is electrically conductively connected to these resistance elements (12, 13), wherein the connection elements (10, 11), the resistor elements, and the intermediate element are arranged next to one another in a row, and wherein the connection elements (10, 11) and the intermediate element on the one hand and the resistance elements (12, 13) on the other hand consist of different materials, wherein the material of the first resistance element differs from the material of the second resistance element, characterized in that only the first connection element and the second connection element have connecting means for integration into a circuit.
An adhesive formulation comprising: a) at least one non-ionic alkoxylated starch; b) at least one polyamide epichlorohydrin polymer resin, poly(amidoamine) epichlorohydrin polymer resin, or any combinations thereof, and optionally c) water. a) at least one non-ionic alkoxylated starch; b) at least one polyamide epichlorohydrin polymer resin, poly(amidoamine) epichlorohydrin polymer resin, or any combinations thereof, and optionally c) water.
Electrochemical storage device which, when in operation, has an anode compartment filled with an anode material and a cathode compartment filled with a cathode material, wherein the anode compartment is separated from the cathode compartment by an ion-conductive solid electrolyte, and wherein the anode compartment is delimited on one side at least in part by the solid electrolyte and on another side at least in part by a wall which surrounds the solid electrolyte at least in part, which wall is comprised by a top part of the electrochemical storage device, a bottom part arranged opposite the top part, and/or a side part arranged between top part and bottom part, and wherein the wall has an electrically conductive wall portion, which is associated as anode with the anode compartment, characterized in that an at least partly flat, electrically conductive conductor portion is included, which is electrically connected with the wall portion via a surface, and wherein the electrical conductivity per unit area of the conductor portion is greater than that of the wall per unit area of the wall portion, wherein the wall portion has a wall thickness which is less than the thickness of the at least partly flat conductor portion in the region of the surface.
An electromechanical front gear changer for a bicycle having a chain, comprising: a base member attachable to the bicycle; a linkage movably coupled to the base member; a chain guide movably coupled to the linkage for contacting the chain; a motor supported by the base member; a gear transmission driven by the motor to move the linkage; a CPU for controlling the motor; a power supply supported by the base member to power the motor and the CPU; a receiver for receiving wireless signals and powered by the power supply, wherein the CPU is in operative communication with the receiver and processes the received wireless signals; and a housing attached to the base member, wherein the housing is formed of a material permitting the passage of wireless signals therethrough, and wherein in particular the motor, the gear transmission, receiver, and CPU are positioned within the housing, wherein the housing has a front housing portion positioned at or near a front of the front gear changer and a rear housing portion positioned behind the front housing portion, wherein the receiver is positioned in or proximate the front housing portion, and wherein the power supply is removably coupled to the rear housing portion. a base member attachable to the bicycle; a linkage movably coupled to the base member; a chain guide movably coupled to the linkage for contacting the chain; a motor supported by the base member; a gear transmission driven by the motor to move the linkage; a CPU for controlling the motor; a power supply supported by the base member to power the motor and the CPU; a receiver for receiving wireless signals and powered by the power supply, wherein the CPU is in operative communication with the receiver and processes the received wireless signals; and a housing attached to the base member, wherein the housing is formed of a material permitting the passage of wireless signals therethrough, and wherein in particular the motor, the gear transmission, receiver, and CPU are positioned within the housing, wherein the housing has a front housing portion positioned at or near a front of the front gear changer and a rear housing portion positioned behind the front housing portion, wherein the receiver is positioned in or proximate the front housing portion, and wherein the power supply is removably coupled to the rear housing portion.
An isolated fully human monoclonal antibody or an antigen binding fragment thereof, comprising a heavy chain variable domain including the amino acid sequence set forth as SEQ ID NO:3 and a light chain variable domain including the amino acid sequence set forth as SEQ ID NO:6, wherein the fully human monoclonal antibody or antigen binding fragment specifically recognizes the ligand binding domain of EphA4.
A positioning device for installing a mono-column platform in the seabed of the sea, device is adapted to be arranged at a first floating structure and said mono-column platform is adapted to be arranged extending between the first floating structure and a second floating structure so that a first end portion of the mono-column platform is held by the first floating structure and a second end portion of the mono-column platform is held by the second floating structure, wherein the device comprises - attachment means for holding the first end portion of the mono-column platform at the positioning device, and - a first pivot adapted to enable the first end portion of the mono-column platform to be controllable pivoted while being held at the positioning device by the attachment means so that the first end portion of the mono-column platform is reoriented from a position between the first floating structure and the second floating structure towards the surface of the sea after that the second end portion of the mono-column platform has been released from the second floating structure, wherein the first pivot comprises a pitch rotational axis in relation to the first floating structure, characterised in that the positioning device further comprises a second pivot comprising a yaw rotational axis in relation to the first floating structure.and a third pivot comprising a roll rotation axis in relation to the first floating structure, wherein the positioning device further comprises an arm connected to the second pivot and comprising the first pivot and the third pivot at an end portion of the arm. - attachment means for holding the first end portion of the mono-column platform at the positioning device, and - a first pivot adapted to enable the first end portion of the mono-column platform to be controllable pivoted while being held at the positioning device by the attachment means so that the first end portion of the mono-column platform is reoriented from a position between the first floating structure and the second floating structure towards the surface of the sea after that the second end portion of the mono-column platform has been released from the second floating structure, wherein the first pivot comprises a pitch rotational axis in relation to the first floating structure,
An electronic device comprising: a first device comprising: a spherical housing; a first driving device disposed inside the spherical housing and configured to provide power to the spherical housing such that the spherical housing is rotated with respect to the first driving device; a second driving device connected to the first driving device, and including a structure disposed inside the spherical housing and at least one motor (520, 530) configured to rotate or tilt the structure with respect to the first driving device; at least one first magnet (541, 542, 543, 544) disposed on the structure; and at least one first sensor disposed on the structure and facing an inner surface of the spherical housing; and a second device disposed on an outer surface of the spherical housing, and including at least one second magnet, wherein, by an attractive or repulsive force between the at least one first magnet (541, 542, 543, 544) and the at least one second magnet, the second device is movably disposed on the outer surface of the spherical housing, and the second device and the structure are movable together, characterized in that the second device is ring-shaped. a first device comprising: a spherical housing; a first driving device disposed inside the spherical housing and configured to provide power to the spherical housing such that the spherical housing is rotated with respect to the first driving device; a second driving device connected to the first driving device, and including a structure disposed inside the spherical housing and at least one motor (520, 530) configured to rotate or tilt the structure with respect to the first driving device; at least one first magnet (541, 542, 543, 544) disposed on the structure; and at least one first sensor disposed on the structure and facing an inner surface of the spherical housing; and a spherical housing; a first driving device disposed inside the spherical housing and configured to provide power to the spherical housing such that the spherical housing is rotated with respect to the first driving device; a second driving device connected to the first driving device, and including a structure disposed inside the spherical housing and at least one motor (520, 530) configured to rotate or tilt the structure with respect to the first driving device; at least one first magnet (541, 542, 543, 544) disposed on the structure; and at least one first sensor disposed on the structure and facing an inner surface of the spherical housing; and a second device disposed on an outer surface of the spherical housing, and including at least one second magnet, wherein, by an attractive or repulsive force between the at least one first magnet (541, 542, 543, 544) and the at least one second magnet, the second device is movably disposed on the outer surface of the spherical housing, and the second device and the structure are movable together, characterized in that the second device is ring-shaped.
Use during the calving/farrowing period of an extract of Scutellaria baicalensis to stimulate lactation in farm animals selected from cows and sows, characterised in that said extract of Scutellaria baicalensis comprises a known amount of baicalin, and in that the dose of baicalin dispensed to the animals is between 0.1 and 5mg/kg of live weight per day.
A connecting rod for an external fixation device comprising: a telescopic housing having a housing body, wherein a first portion of the housing body comprises a first axial bore defined therethrough, and a second portion of the housing body comprises a second axial bore defined therethrough, the first and second axial bores having first and second longitudinal axes, respectively, and further wherein the first and second longitudinal axes are parallel and coplanar; first and second sleeves (304, 302) slidably disposed within the first and second axial bores, respectively, the first sleeve having an adjustment mechanism rotatably disposed on an end portion of the first sleeve; and an elongated member threadably coupled to the adjustment mechanism, wherein rotating the adjustment mechanism causes the elongated member to translate along the first axis of the first axial bore; wherein the housing body comprises first and second apertures defined in the walls of first and second portions of the housing body, respectively, the first and second apertures being aligned along the first and second axes, respectively; and wherein a first fastener is disposed through the first aperture of the housing body and received in a fastener aperture defined in the first sleeve, and a second fastener is disposed through the second aperture of the housing body and received in a fastener aperture defined in the second sleeve, the first and second fasteners being operable to releasably couple the first and second sleeves to the housing body, respectively. a telescopic housing having a housing body, wherein a first portion of the housing body comprises a first axial bore defined therethrough, and a second portion of the housing body comprises a second axial bore defined therethrough, the first and second axial bores having first and second longitudinal axes, respectively, and further wherein the first and second longitudinal axes are parallel and coplanar; first and second sleeves (304, 302) slidably disposed within the first and second axial bores, respectively, the first sleeve having an adjustment mechanism rotatably disposed on an end portion of the first sleeve; and an elongated member threadably coupled to the adjustment mechanism, wherein rotating the adjustment mechanism causes the elongated member to translate along the first axis of the first axial bore; wherein the housing body comprises first and second apertures defined in the walls of first and second portions of the housing body, respectively, the first and second apertures being aligned along the first and second axes, respectively; and wherein a first fastener is disposed through the first aperture of the housing body and received in a fastener aperture defined in the first sleeve, and a second fastener is disposed through the second aperture of the housing body and received in a fastener aperture defined in the second sleeve, the first and second fasteners being operable to releasably couple the first and second sleeves to the housing body, respectively.
Cooking hob with a fume hood (12, 12'), wherein: - the cooking hob has a cooking hob plate with at least one heating region (16, 18, 20, 22) for cooking vessels to be heated, - the heating region (16, 18, 20, 22) has at least one heating device (24, 26, 28, 30), - the fume hood (12, 12') has at least one suction opening disposed at least in sections on or in the cooking hob plate, - the fume hood (12, 12') has a protective element on the suction opening, the protective element encircling on an edge of the suction opening and/or straddling the suction opening, - the fume hood (12, 12') has at least one source of light and/or is connected to at least one source of light in a light-conducting manner, - the protective element has at least one light conductor region, - the light conductor region is composed of light conducting material, and - the light conductor region is connected to the at least one source of light in a light-conducting manner, characterized in that - the protective element has at least one input region for light, in which region light is coupled into the light conducting material, and - the protective element has at least one output region (62, 70) for light coupled into the light conducting material such that light output from the output region (62, 70) and/or the output region (62, 70) as such is visible for an operator. - the cooking hob has a cooking hob plate with at least one heating region (16, 18, 20, 22) for cooking vessels to be heated, - the heating region (16, 18, 20, 22) has at least one heating device (24, 26, 28, 30), - the fume hood (12, 12') has at least one suction opening disposed at least in sections on or in the cooking hob plate, - the fume hood (12, 12') has a protective element on the suction opening, the protective element encircling on an edge of the suction opening and/or straddling the suction opening, - the fume hood (12, 12') has at least one source of light and/or is connected to at least one source of light in a light-conducting manner, - the protective element has at least one light conductor region, - the light conductor region is composed of light conducting material, and - the light conductor region is connected to the at least one source of light in a light-conducting manner, - the protective element has at least one input region for light, in which region light is coupled into the light conducting material, and - the protective element has at least one output region (62, 70) for light coupled into the light conducting material such that light output from the output region (62, 70) and/or the output region (62, 70) as such is visible for an operator.
A spark detection system: including a spark detector having a spark sensor responsive to the impingement of radiation thereon and a lens adapted to pass infrared energy therethrough to the spark sensor, characterized in that the spark detection system includes a duct having a flow of flammable material flowing therethrough within which the spark detector is positioned such that the lens receives infrared energy from the duct and passes therethrough to the spark sensor, wherein the lens includes a conductive coating disposed on its interior surface facing the spark sensor said coating being effective to block radio frequency energy and to pass the infrared energy therethrough, and wherein the conductive coating is connected to an electrical ground path. including a spark detector having a spark sensor responsive to the impingement of radiation thereon and a lens adapted to pass infrared energy therethrough to the spark sensor, characterized in that the spark detection system includes a duct having a flow of flammable material flowing therethrough within which the spark detector is positioned such that the lens receives infrared energy from the duct and passes therethrough to the spark sensor, wherein the lens includes a conductive coating disposed on its interior surface facing the spark sensor said coating being effective to block radio frequency energy and to pass the infrared energy therethrough, and wherein the conductive coating is connected to an electrical ground path.
A banknote handling apparatus comprising: a receiving unit configured to receive banknotes; a transport unit configured to transport the banknotes received in the receiving unit one by one; a plurality of stacking units configured to stack the banknotes transported by the transport unit; a recognition unit configured to recognize identification information indicating issuance origins and fitness of the banknotes transported by the transport unit as fit banknotes and unfit banknotes; an operation and display unit (51, 52) configured to set previously the issuance origins of banknotes to be stacked in the stacking units, corresponding to the issuance origins respectively; and a control unit configured to control the apparatus so as to sort by the issuance origins, the fit and unfit banknotes recognized by the recognition unit in stacking units based on the recognition result by the recognition unit characterized in that the control unit is configured to control the apparatus so as to stack the fit banknotes which include banknotes issued by different issuance origins in some of the stacking units and the unfit banknotes in the other stacking units corresponding to the issuance origins respectively set previously by the operation and display unit (51, 52). a receiving unit configured to receive banknotes; a transport unit configured to transport the banknotes received in the receiving unit one by one; a plurality of stacking units configured to stack the banknotes transported by the transport unit; a recognition unit configured to recognize identification information indicating issuance origins and fitness of the banknotes transported by the transport unit as fit banknotes and unfit banknotes; an operation and display unit (51, 52) configured to set previously the issuance origins of banknotes to be stacked in the stacking units, corresponding to the issuance origins respectively; and a control unit configured to control the apparatus so as to sort by the issuance origins, the fit and unfit banknotes recognized by the recognition unit in stacking units based on the recognition result by the recognition unit characterized in that the control unit is configured to control the apparatus so as to stack the fit banknotes which include banknotes issued by different issuance origins in some of the stacking units and the unfit banknotes in the other stacking units corresponding to the issuance origins respectively set previously by the operation and display unit (51, 52).