mhurhangee/ep-ind-claims huggingface dataset:
Multi-band aerial, in particular for use in a motor vehicle, comprising: - a cone emitter having an axis of symmetry, in order to fit the cone emitter with its tapering end perpendicularly onto an earthing surface; - a first monopole emitter which adjoins the cone emitter in the direction of the axis of symmetry, wherein the first monopole emitter is electrically connected to a side face of the cone emitter, characterized in that a relatively wide end of the cone emitter has a conducting conical surface on which a GPS antenna is arranged, wherein the GPS antenna can be contacted by the cone emitter via a conductor which is insulated from the cone emitter. - a cone emitter having an axis of symmetry, in order to fit the cone emitter with its tapering end perpendicularly onto an earthing surface; - a first monopole emitter which adjoins the cone emitter in the direction of the axis of symmetry, wherein the first monopole emitter is electrically connected to a side face of the cone emitter,
A process for the purification of waste from zootechnical sources, or from OFMSW treatment plants, or from food companies or landfill leachate, comprising the steps of: a) anaerobic digestion, b) solid/liquid separation of liquid discharge from step a), c) stripping carried out in the separated liquid, d) absorption of ammonia from the stripped gas from step c), e) cogeneration exploiting biogas obtained from step a) obtaining a recovered heat, wherein sodium hydroxide or calcium hydroxide is not used in the stripping step c) and said digestion step a), solid/liquid separation step b) and stripping step c) are carried out in batch while said ammonia absorption step d) is carried out continuously and said stripping step c) is carried out at a temperature of about 55-65°C for about 6-9 hours at a pressure of about 300 mbar wherein air is blown at a flow rate of about 800-900 m 3 /h. a) anaerobic digestion, b) solid/liquid separation of liquid discharge from step a), c) stripping carried out in the separated liquid, d) absorption of ammonia from the stripped gas from step c), e) cogeneration exploiting biogas obtained from step a) obtaining a recovered heat,
A torque delivering apparatus, including: a stator body of polygonal cross-section having a plurality of exterior side faces (34A-F) of even number extending between opposite axial end faces (26, 28), the stator including a cylindrical bore extending between the opposite axial ends and centred on a central axis of the stator body; a rotor assembly having a cylindrical cross-section sized for rotation within the cylindrical bore about the central axis and including at least one permanent magnet and a shaft coupled to the magnet for rotation therewith about the central axis; and a plurality of solenoid coils, each coil having a plurality of windings routed to have sections extending parallel along opposite ones of the plurality of exterior side faces and routed to extend across both axial ends of the stator body such that each coil surrounds axial and longitudinal sides of the at least one permanent magnet of the rotor; wherein each of the plurality of coils is configured to selectively and independently receive current and generate a magnetic field in the stator that is applied to the rotor magnet, the rotor being subject to magnetic torque within the cylindrical bore for rotating and aligning the magnetic field of the permanent magnet with the generated magnetic field. a stator body of polygonal cross-section having a plurality of exterior side faces (34A-F) of even number extending between opposite axial end faces (26, 28), the stator including a cylindrical bore extending between the opposite axial ends and centred on a central axis of the stator body; a rotor assembly having a cylindrical cross-section sized for rotation within the cylindrical bore about the central axis and including at least one permanent magnet and a shaft coupled to the magnet for rotation therewith about the central axis; and a plurality of solenoid coils, each coil having a plurality of windings routed to have sections extending parallel along opposite ones of the plurality of exterior side faces and routed to extend across both axial ends of the stator body such that each coil surrounds axial and longitudinal sides of the at least one permanent magnet of the rotor; wherein each of the plurality of coils is configured to selectively and independently receive current and generate a magnetic field in the stator that is applied to the rotor magnet, the rotor being subject to magnetic torque within the cylindrical bore for rotating and aligning the magnetic field of the permanent magnet with the generated magnetic field.
A computer-implemented method for updating a model of a scenery, wherein the model comprises a plurality of sub-models and is created based on a plurality of images depicting the scenery, said model defining three-dimensional structures of objects depicted in the plurality of images, said method comprising: defining a geographical area, which forms an area to be represented by the model; receiving a plurality of new images depicting the scenery, wherein each new image is acquired by a camera from a position and said position is within said geographical area; determining whether the plurality of new images fulfil a pre-defined updating criterion; and initiating an update of the model when said plurality of new images fulfils the updating criterion, wherein each sub-model defines relative positions and rotational angles of the cameras acquiring the images on which the sub-model is formed; and wherein the model is updated bv updating the sub-models taking the new images into account and merging the defined relative positions and rotational angles of cameras for the plurality of updated sub-models characterized in that the updating criterion is a ratio between the number of new images and the number of images previously used for creating the model. defining a geographical area, which forms an area to be represented by the model; receiving a plurality of new images depicting the scenery, wherein each new image is acquired by a camera from a position and said position is within said geographical area; determining whether the plurality of new images fulfil a pre-defined updating criterion; and initiating an update of the model when said plurality of new images fulfils the updating criterion, wherein each sub-model defines relative positions and rotational angles of the cameras acquiring the images on which the sub-model is formed; and wherein the model is updated bv updating the sub-models taking the new images into account and merging the defined relative positions and rotational angles of cameras for the plurality of updated sub-models characterized in that the updating criterion is a ratio between the number of new images and the number of images previously used for creating the model.
A drive circuit for a plurality of piezo-actuated hydraulic pumps (200a, 200b, 200n) for an aircraft, the drive circuit comprising: a voltage boost stage configured to receive a DC input supply voltage and deliver an increased DC output voltage to a high voltage, HV, link point; a plurality of inverter stages (370a, 370b, 370n) coupled in parallel at the HV link point, wherein each inverter stage is arranged to receive the increased DC voltage from the HV link point and generate an oscillating output voltage for driving a respective piezo-actuated pump; and a control system configured to control the output voltage and phase of the inverter stages to drive the plurality of piezo-actuated pumps out of phase; wherein the control system is further configured to measure the power consumption of each piezo-actuated pump and to regulate the output voltage of at least one of the inverter stages to balance the power consumption of each piezo-actuated pump. a voltage boost stage configured to receive a DC input supply voltage and deliver an increased DC output voltage to a high voltage, HV, link point; a plurality of inverter stages (370a, 370b, 370n) coupled in parallel at the HV link point, wherein each inverter stage is arranged to receive the increased DC voltage from the HV link point and generate an oscillating output voltage for driving a respective piezo-actuated pump; and a control system configured to control the output voltage and phase of the inverter stages to drive the plurality of piezo-actuated pumps out of phase; wherein the control system is further configured to measure the power consumption of each piezo-actuated pump and to regulate the output voltage of at least one of the inverter stages to balance the power consumption of each piezo-actuated pump.
Kit-of-parts comprising 5α-hydroxy-6β-[2-(1 H -imidazol-4-yl)ethylamino]cholestan-3β-ol or a pharmaceutically acceptable salt thereof and an antineoplastic agent for use in the treatment of cancer.
A retaining device for coils of wire in wire barrels, having a base element, a guide element arranged above the base element for wire running off of the coil of wire, and at least one connecting element between the base element and the guide element, wherein the base element has at least two retaining elements (14, 16, 18) arranged in a ring for the connecting elements which are arranged coaxially to each other, the ring retaining elements (14, 16, 18) present a different diameter, and the retaining element with the largest diameter has a larger distance to the guide element than the respectively adjacent retaining element (16, 18) with a smaller diameter, characterized in that the at least one connecting element runs along a spirally running curved path between the base element and the guide element.
Connector (20A - 20D) for contiguous ends of two cable channel sections (10A - 10C) of an installation channel system each having a coating of an expandable insulation layer forming material (10.3) on the inside, comprising a first split shell member, a second split shell member and holding members (23A-23C), wherein the first split shell member and the second split shell member are abutted at laterally protruding flanges (22.1, 22.2) and can be connected in a connecting position by means of the holding members (23A-23C) penetrating through holes (21.3, 22.3) formed in the flanges (21.2, 22.2), and wherein the through holes (21.3) of the first split shell member are formed as U-shaped recesses opening in a transverse direction of the first split shell member such that the first split shell member can be slid towards the connection position along the transverse direction when the flanges (21.2, 22.2) abut against each other, and wherein the connector (20A - 20D) is configured for attachment to at least one attachment location for forming a support for the two cable channel sections (10A - 10C) after connecting the first split shell member to the second split shell member, wherein the holding members (23B, 23C) penetrating the through holes (22.3) of the second split shell member are configured for attachment to the at least one attachment location and wherein the first split shell member and/or the second split shell member are coated with an expandable insulation layer forming material.
A polymeric composition PC1 comprising: a) a polymer P1, b) a polymeric particle PP1 having a weight average particle diameter between 1 μm and 100 μm, c) colorants CA 1 to CA n, wherein the colorant is mixture of colorants CA 1 to CA n with n>1 in the composition PC1, characterized in that the colorants CA 1 to CA n are chosen from 2,4-dihydro-5-methyl-2-phenyl-4-(phenylazo)-3H-pyrazol-3-one; 12H-phthaloperin-12-one, CAS number; 8,9,10,11-tetrachloro-12H-phthaloperin-12-one; 3-hydroxy-N-(o-tolyl)-4-[(2,4,5-trichlorophenyl)azo]naphthalene-2-carboxamide; 1,4-diamino-2,3-diphenoxyanthraquinone; 1-hydroxy-4-( p -tolylamino)anthracene-9,10-dione; 1,4-Bis(2,4,6-trimethylanilino)-9,10-anthraquinone; 1,4-bis(p-tolylamino)anthraquinone. a) a polymer P1, b) a polymeric particle PP1 having a weight average particle diameter between 1 μm and 100 μm, c) colorants CA 1 to CA n, wherein the colorant is mixture of colorants CA 1 to CA n with n>1 in the composition PC1, characterized in that the colorants CA 1 to CA n are chosen from 2,4-dihydro-5-methyl-2-phenyl-4-(phenylazo)-3H-pyrazol-3-one; 12H-phthaloperin-12-one, CAS number; 8,9,10,11-tetrachloro-12H-phthaloperin-12-one; 3-hydroxy-N-(o-tolyl)-4-[(2,4,5-trichlorophenyl)azo]naphthalene-2-carboxamide; 1,4-diamino-2,3-diphenoxyanthraquinone; 1-hydroxy-4-( p -tolylamino)anthracene-9,10-dione; 1,4-Bis(2,4,6-trimethylanilino)-9,10-anthraquinone; 1,4-bis(p-tolylamino)anthraquinone.
A method for controlling the rendering of a haptic effect, the method being implemented in a haptic rendering device and comprising: - obtaining a signal comprising information representative of a first haptic effect to be rendered, the information carrying at least a first information representative of a second haptic effect to be performed after the first haptic effect; - providing a first haptic command representative of the first haptic effect to a haptic actuator to perform the first haptic effect; characterized by: - computing a second haptic command representative of the second haptic effect, the second haptic command being adapted to capabilities of the haptic rendering device; and - providing the second haptic command to the haptic actuator to perform the second haptic effect, wherein, when the first haptic effect results in increasing a value, the second haptic effect results in decreasing the value and when the first haptic effect results in decreasing a value, the second haptic effect results in increasing the value. - obtaining a signal comprising information representative of a first haptic effect to be rendered, the information carrying at least a first information representative of a second haptic effect to be performed after the first haptic effect; - providing a first haptic command representative of the first haptic effect to a haptic actuator to perform the first haptic effect; - computing a second haptic command representative of the second haptic effect, the second haptic command being adapted to capabilities of the haptic rendering device; and - providing the second haptic command to the haptic actuator to perform the second haptic effect,
A system for the access control to an object having a door, wherein the system includes a mechatronic closing device for disabling or releasing the door, wherein the closing device includes a receiver apparatus, which is configured to receive and evaluate a capacitive-resistive signal send by a sender and transmitted via a body of a user, and wherein, depending on a result of said evaluation, the closing device releases the door or not, characterized in that the closing device includes an exterior receiver electrode and an interior receiver electrode not switched in parallel with the former, wherein, with the door being closed, the exterior receiver electrode is accessible from outside the object and the interior receiver electrode is accessible from inside the object, and in that the closing device transitions into a first unlocking condition, if an appropriate capacitive-resistive signal is received by the exterior electrode, and transitions into a different therefrom second unlocking condition, if an appropriate capacitive-resistive signal is received via the interior electrode.
A method for assisting in Radio Resource Control configuration, wherein said method comprises the steps of: - obtaining, in a Node B, User Equipment condition parameters concerning a particular User Equipment connected to said Node B; said User Equipment condition parameters comprising at least a round trip time and a scheduler processing time; - calculating, in said Node B, a timer value recommendation for said particular User Equipment in dependence on said User Equipment condition parameters; said timer value being the number of transmission time intervals that a certain user equipment, without being scheduled in a downlink direction, is allowed to remain in a primary reporting period; whereby said timer value recommendation is equal or larger than a sum of said round trip time and said scheduler processing time; and - transmitting, from said Node B to a Radio Network Controller, said timer value recommendation. - obtaining, in a Node B, User Equipment condition parameters concerning a particular User Equipment connected to said Node B; said User Equipment condition parameters comprising at least a round trip time and a scheduler processing time; - calculating, in said Node B, a timer value recommendation for said particular User Equipment in dependence on said User Equipment condition parameters; said timer value being the number of transmission time intervals that a certain user equipment, without being scheduled in a downlink direction, is allowed to remain in a primary reporting period; whereby said timer value recommendation is equal or larger than a sum of said round trip time and said scheduler processing time; and - transmitting, from said Node B to a Radio Network Controller, said timer value recommendation.
A solid oral dosage composition comprising: Compound, or a pharmaceutically acceptable salt thereof, in the amorphous state: and either a water-soluble base selected from the group consisting of arginine, tromethamine, meglumine, carbonate buffer and sodium carbonate; or both a water-soluble base selected from the group consisting of arginine, tromethamine, meglumine, carbonate buffer and sodium carbonate and a hydrophilic, solid dispersion -forming polymer.
A garment for covering a wearer's thighs wherein the garment comprises a pair of front resistance elements each of which, in use, extends obliquely across the front of a respective one of the wearer's thighs and a pair of rear resistance elements each of which, in use, extends obliquely across the rear of a respective one of the wearer's thighs, wherein each of said front and rear resistance elements extends from a respective upper position (7,11) to a respective lower position (9,12), in use, each respective upper position (7,11) being substantially horizontally level with the wearer's respective greater trochanter; characterised in that each respective upper position (7,11) is located spaced from but proximal to the midline of the garment and each respective lower position is located distal from the midline of the garment.
Mobile communication terminal for the location-dependent controlling of comfort variables of a room, the mobile communication terminal comprising: a sensor system for capturing the value of at least one comfort variable (BS,T); a receiving device for receiving actual values of actuators (L,H) for adjusting the at least one comfort variable (BS,T); an output device for outputting the value of the at least one comfort variable (BS,T) and the actual values of the actuators (L,H); an input device for actuating the actuators (L,H), wherein the actuating of the actuators (L,H) takes place by way of a near field communication between the mobile communication terminal and a building controller responsible for the room; and an interface for connecting to an external sensor system, characterised in that the mobile communication terminal is designed to use the external sensor system linked to the mobile communication terminal to regulate the comfort variables. a sensor system for capturing the value of at least one comfort variable (BS,T); a receiving device for receiving actual values of actuators (L,H) for adjusting the at least one comfort variable (BS,T); an output device for outputting the value of the at least one comfort variable (BS,T) and the actual values of the actuators (L,H); an input device for actuating the actuators (L,H), wherein the actuating of the actuators (L,H) takes place by way of a near field communication between the mobile communication terminal and a building controller responsible for the room; and an interface for connecting to an external sensor system, characterised in that the mobile communication terminal is designed to use the external sensor system linked to the mobile communication terminal to regulate the comfort variables.
A method for producing a colored polarizing film of a desired color, wherein the method for producing the polarizing film comprises swelling a polyvinyl alcohol film with water, uniaxially stretching it, dyeing it with a dichroic organic dye composition and a coloration organic dye composition, and drying it, wherein the dichroic organic dye composition comprises a combination of three or more dichroic organic azo dyes having a dichroic ratio of 13 or higher, used in an amount to keep the degree of polarization at 90% or more, and wherein the coloration organic dye composition comprises a combination of dyes having an extremely low dichroic ratio of 4 or less or substantially having no dichroic ratio, used in an amount yielding a desired dyed color, wherein the dichroic ratio is the value measured in the maximum absorption wavelength of a polarizing film produced by using a dye or dichroic dye instead of iodine under the manufacturing conditions where the polarizing film produced by using iodine shows a dichroic ratio measured at 600 nm of 80.
A wheel axle guiding assembly for a running gear of a rail vehicle, comprising: - an axle box assembly defining a revolution axis, which is horizontal when the wheel axle guiding assembly is in a standard operational position, and a steering direction, which is perpendicular to the revolution axis and horizontal when the wheel axle guiding assembly is in the standard operational position; - a support assembly; and - a hydro-mechanical guiding assembly fixed to the axle box assembly and to the support assembly to allow a fore-and-aft movement of the axle box assembly relative to the support assembly parallel to the steering direction, wherein the hydro-mechanical guiding assembly comprises: a first variable volume hydraulic chamber and a second variable volume hydraulic chamber between the support assembly and the axle box assembly such that a movement of the axle box assembly relative to the support assembly in the steering direction results in a reduction of an internal volume of the one of the first and second variable volume hydraulic chambers (38A, 38B) and a corresponding increase of an internal volume of the other of the first and second variable volume hydraulic chambers (38A, 38B); characterised in that the hydro-mechanical guiding assembly further comprises a set of one or more elastomeric bodies, which form deformable walls of the first variable volume hydraulic chamber and second variable volume hydraulic chamber and constitute load-dependent pressurising means such that an increase in a vertical load applied by the support assembly on the axle box assembly in the standard operational position of the wheel axle guiding assembly results in a pressure increase in the first variable volume hydraulic chamber and second variable volume hydraulic chamber. - an axle box assembly defining a revolution axis, which is horizontal when the wheel axle guiding assembly is in a standard operational position, and a steering direction, which is perpendicular to the revolution axis and horizontal when the wheel axle guiding assembly is in the standard operational position; - a support assembly; and - a hydro-mechanical guiding assembly fixed to the axle box assembly and to the support assembly to allow a fore-and-aft movement of the axle box assembly relative to the support assembly parallel to the steering direction, wherein the hydro-mechanical guiding assembly comprises: a first variable volume hydraulic chamber and a second variable volume hydraulic chamber between the support assembly and the axle box assembly such that a movement of the axle box assembly relative to the support assembly in the steering direction results in a reduction of an internal volume of the one of the first and second variable volume hydraulic chambers (38A, 38B) and a corresponding increase of an internal volume of the other of the first and second variable volume hydraulic chambers (38A, 38B);