mhurhangee/ep-ind-claims huggingface dataset:
- Implantable ultrasound generating treating device to induce spinal cord treatment by emission of ultrasound waves, wherein the ultrasound generating treating device is suitable for implantation in the spinal canal and comprises: - an elongate support member ( 22, 32) extending along an elongation path; - an array of several ultrasound generating treatment transducers distributed along the elongate support member along an active portion on the elongation path; - wherein the several treatment transducers comprise radial transducers, each radial treatment transducer emitting an ultrasound treatment beam oriented radially with respect to the elongation path over an effective angular range of at least 120°, preferably at least 180°around the elongation path at the location of the radial transducer; - wherein the treatment transducers have an ultrasound generating resonant frequency comprised between 0.5 and 4 MHz; - wherein the device has articulating portions along the active portion of the elongation path so that the active portion of the implantable device can adapt its shape to a curved elongation path; - wherein the device comprises an elongate outer sheath tube, containing the ultrasound generating treatment transducers, the elongate tube being closed at its both ends ( 21, 23) along the elongation path; - and wherein two successive treatment transducers are provided at a distance apart from each other of at least 10 mm. - an elongate support member ( 22, 32) extending along an elongation path; - an array of several ultrasound generating treatment transducers distributed along the elongate support member along an active portion on the elongation path; - wherein the several treatment transducers comprise radial transducers, each radial treatment transducer emitting an ultrasound treatment beam oriented radially with respect to the elongation path over an effective angular range of at least 120°, preferably at least 180°around the elongation path at the location of the radial transducer; - wherein the treatment transducers have an ultrasound generating resonant frequency comprised between 0.5 and 4 MHz; - wherein the device has articulating portions along the active portion of the elongation path so that the active portion of the implantable device can adapt its shape to a curved elongation path; - wherein the device comprises an elongate outer sheath tube, containing the ultrasound generating treatment transducers, the elongate tube being closed at its both ends ( 21, 23) along the elongation path; - and wherein two successive treatment transducers are provided at a distance apart from each other of at least 10 mm.
A thermally deformable plate or film, comprising a thermoplastic plastic plate or plastic film (2, 3) and, arranged thereupon, a lacquer cover layer having at least two constituents, wherein the lacquer cover layer has an already cured, thermally deformable component as first constituent and a thermally curable component as second constituent, characterized in that the already cured, thermally deformable component is a UV-cured component cured by means of UV light, wherein the thermally curable component is selected such that it will cure at a temperature, at which the thermoplastic plastic plate or plastic film (2, 3) is thermally deformable, wherein the temperature, at which the thermally curable component cures, is in a range between 140 and 210 °C, preferably between 160 and 190 °C and especially preferably between 165 and 185 °C.
Adapter for connecting an endoscope (1, 201, 301, 401) having at least one endoscope channel (7, 8) to a reprocessing device (210, 310a, 310b, 310c, 410) having at least one reprocessing channel (21, 22), wherein the adapter (29, 129, 250, 350, 450) has a connection channel system (45, 145), which is provided to connect the at least one endoscope channel (7, 8) to the at least one reprocessing channel (21, 22) to make reliable reprocessing of the at least one endoscope channel (7, 8) by way of the reprocessing device (210, 310a, 310b, 310c, 410) possible, wherein the adapter (29, 129, 250, 350, 450) is produced at least partially in a 3D printing method, characterized in that - the adapter (29, 129, 250, 350, 450) is intended for single use, and - in that the adapter (29, 129, 250, 350, 450) has a coupling element (131, 132) for connection to the reprocessing device (210, 310a, 310b, 310c, 410), which coupling element must be destroyed in order to remove the adapter (29, 129, 250, 350, 450) from the reprocessing device (210, 310a, 310b, 310c, 410). - the adapter (29, 129, 250, 350, 450) is intended for single use, and - in that the adapter (29, 129, 250, 350, 450) has a coupling element (131, 132) for connection to the reprocessing device (210, 310a, 310b, 310c, 410), which coupling element must be destroyed in order to remove the adapter (29, 129, 250, 350, 450) from the reprocessing device (210, 310a, 310b, 310c, 410).
A control apparatus for controlling an electric motor or generator having a plurality of coil windings that during operation of the electric motor or generator are electrically coupled to form a star point connection and that are arranged to have different voltage phases applied across the respective coil windings, the control apparatus comprising an inverter coupled to a DC busbar, wherein the inverter includes a plurality of switches arranged to generate the plurality of different voltage phases, a switch arrangement comprising a rectifier arranged to be coupled to the respective plurality of coil windings, wherein the rectifier is arranged to rectify an alternating current flowing in the respective coil windings and provide the rectified AC current to a DC output; a switch coupled across the DC output having an anti-parallel diode to protect the switch against negative voltage transients, and wherein the switch is operable to electrically isolate the plurality of coil windings from each other, and a controller arranged to operate the switch to electrically isolate the plurality of coil windings upon a failure of an inverter switch or upon detection of a current flow in the inverter or the switch that is greater than a predetermined threshold, characterized in that the control apparatus further comprises a voltage clamping device coupled across the DC output in parallel with the switch, wherein the voltage clamping device is configured to clamp the voltage across the switch to a higher value than the DC busbar voltage to force the alternating currents to ramp down to zero.
Device (6, 31) for filtering a differentiated measuring signal (21a, 34), in particular a differentiated measuring signal (21a, 34) of a steering element, in particular of a steering wheel, of an electromechanical steering system, comprising a smoothing filter for filtering the differentiated measuring signal (21a, 34), characterized in that the smoothing filter is an adaptive filter, and a time constant T optimum of the smoothing filter is adjusted adaptively to dynamics of the differentiated measuring signal (21a, 34) by means of a control apparatus, wherein the dynamics of the differentiated measuring signal (21a, 34) are determined by means of a ratio of a change in amplitude of the differentiated measuring signal (21a, 34) to a noise amplitude of the differentiated measuring signal (21a, 34).
Method for providing subscriber data of a plurality of mobile subscriber communication devices (103, 105, 107) of a first communication network in a second communication network, comprising following steps: transmitting (501, 102) a data request of a first mobile subscriber communication device, which is registered in the first communications network, to the plurality of mobile subscriber communication devices (103, 105, 107), which are registered in the first communication network; transmitting (502, 104) subscriber data of at least one mobile subscriber communication device (105, 107) from the plurality of the mobile subscriber communication devices (103, 105, 107) to the first mobile subscriber communication device; and transmitting (503, 106) the subscriber data from the first mobile subscriber communication device to the second communication network, characterized by allocating services of the second communication network to one of the mobile subscriber communication devices (103, 105, 107) according to its group membership of the subscriber data, after the one of the mobile subscriber communication devices (103, 105, 107) has moved from a region of the first communication network into a region of the second communication network. transmitting (501, 102) a data request of a first mobile subscriber communication device, which is registered in the first communications network, to the plurality of mobile subscriber communication devices (103, 105, 107), which are registered in the first communication network; transmitting (502, 104) subscriber data of at least one mobile subscriber communication device (105, 107) from the plurality of the mobile subscriber communication devices (103, 105, 107) to the first mobile subscriber communication device; and transmitting (503, 106) the subscriber data from the first mobile subscriber communication device to the second communication network, characterized by allocating services of the second communication network to one of the mobile subscriber communication devices (103, 105, 107) according to its group membership of the subscriber data, after the one of the mobile subscriber communication devices (103, 105, 107) has moved from a region of the first communication network into a region of the second communication network.
Temperature control arrangement with combination heat exchanger for heating and cooling a measuring plate of a measuring device, where the measuring plate is designed on one side to receive samples and on the other side to be heatable and coolable via a combination heat exchanger and the combination heat exchanger is formed of a base body having good thermal conductivity with a region through which a coolant can flow and a fluid inlet and a fluid outlet and in the base body recesses for receiving heating elements are arranged, in which heating elements are arranged, and where between the measuring plate and the combination heat exchanger a Peltier element operable for heating and cooling is arranged, and where the Peltier element is arranged between the measuring plate and the heating elements, passively able to act as a thermal insulator and functioning as a thermal switch, characterised in that the region of the base body through which a coolant can flow has internal ribs and in that the temperature control arrangement comprises a control and regulating device which is set up so that the heating of the sample in the case of a predefinable larger deviation of target temperature from sample temperature is performed by means of the electric heating element and only in the case of a predefinable smaller deviation of target temperature from sample temperature the heating is performed via the Peltier element and that the cooling is switched off.
The use of a rapid-release tablet of the compound 5-Chloro-N-({ -2-oxo-3-[4-(3-oxo-4-morpholinyl)phenyl]-1,3-oxazolidin-5-yl}methyl)-2-thiophenecarboxamide for the manufacture of a medicament for the treatment of a thromboembolic disorder administered no more than once daily for at least five consecutive days, wherein said compound has a plasma concentration half life of 10 hours or less when orally administered to a human patient.
A tire for an agricultural machine, having an axis of revolution and comprising a tread, a sole situated opposite the tread, and two sidewalls (13, 15) connecting the tread to the sole, the tread, the sole and the two sidewalls (13, 15) together forming a casing defining a chamber inside the tire, characterized in that the chamber is in communication with the exterior of the tire during operation of the tire, in that at least one of the sidewalls (13, 15) comprises, in this order and in succession in a direction oriented radially from the axis of revolution to the outside, a proximal portion, an intermediate portion and a distal portion, with an inflection point which delimits the intermediate portion and the distal portion, and in that the intermediate portion projecting into the chamber in a direction substantially parallel to the axis of revolution in the unloaded state so that during operation the sidewall has a deformation increasing in a controlled manner.
A permanent current switch apparatus (16, 216) configured to be electrically connected to a superconducting coil via a superconducting wire, characterized in that the permanent current switch apparatus comprises a plurality of parallel structures (JP1, JP2, JP3, JP4) with thermal permanent current switches (160, PC1-PC8) connected in parallel, the thermal permanent current switches being capable of switching between conducting and interrupting an electric current flowing through the superconducting wire (163, SU), wherein the parallel structures (JP1, JP2, JP3, JP4) are connected in series. a plurality of parallel structures (JP1, JP2, JP3, JP4) with thermal permanent current switches (160, PC1-PC8) connected in parallel, the thermal permanent current switches being capable of switching between conducting and interrupting an electric current flowing through the superconducting wire (163, SU), wherein the parallel structures (JP1, JP2, JP3, JP4) are connected in series.
A method of operating a base station comprising: determining one or more time-frequency resources to be used for interference power estimation; generating a message indicating the one or more time-frequency resources to be used for the interference power estimation; addressing the message to a medium access control, MAC, identifier, ID or a user equipment, UE, ID; and transmitting, to a subscriber station, the message, a pilot signal based on a predetermined position on time-frequency resources, and data on the time-frequency resources, wherein the MAC ID or the UE ID is used by the subscriber station to detect and decode the message, and, if the MAC ID or the UE ID is matched with a special MAC ID or a special UE ID in the subscriber station, the one or more time-frequency resources indicated in the message is used by the subscriber station for the interference power estimation, and wherein the one or more time-frequency resources to be used for the interference power estimation are unused time-frequency resources of the time-frequency resources. determining one or more time-frequency resources to be used for interference power estimation; generating a message indicating the one or more time-frequency resources to be used for the interference power estimation; addressing the message to a medium access control, MAC, identifier, ID or a user equipment, UE, ID; and transmitting, to a subscriber station, the message, a pilot signal based on a predetermined position on time-frequency resources, and data on the time-frequency resources, wherein the MAC ID or the UE ID is used by the subscriber station to detect and decode the message, and, if the MAC ID or the UE ID is matched with a special MAC ID or a special UE ID in the subscriber station, the one or more time-frequency resources indicated in the message is used by the subscriber station for the interference power estimation, and wherein the one or more time-frequency resources to be used for the interference power estimation are unused time-frequency resources of the time-frequency resources.
Master cylinder for a hydraulic system, in particular a clutch release system, having a housing which has a connector for a follow-up line, a piston with a piston seal, which piston is mounted axially displaceably in the housing and delimits a pressure space, and a second seal which is arranged in the housing or on the piston on the side which faces away from the pressure space, and delimits a follow-up space, an overload valve being arranged in the master cylinder, which overload valve opens a fluidic connection between the pressure space and the follow-up space if a predefined pressure is exceeded, and the overload valve having a sealing element which is pressed against a sealing face by means of a prestressing force, characterized in that the piston is formed from a piston body and a press-in part, and the sealing element has a circular-cylindrical form at least in part regions and is guided in a circular-cylindrical bore in the piston or in the press-in part in such a way that there is a gap between the outer circumference of the sealing element and the inner side of the bore, and a sealing ring is arranged in the gap between the sealing element and the bore, the sealing element being guided out of the sealing ring or the sealing element being guided with the sealing ring out of the bore in the case of a movement of the sealing element counter to the prestressing force, until a fluidic connection is produced between the pressure space and the follow-up space.
An edging assembly for tubular elements, characterized in that it comprises at least one resting surface provided with at least one opening, said surface being provided with coupling means for at least one annular abutment template, in which at least the inner front is shaped and which is arranged so as to be substantially aligned with the at least one respective opening, and at least one carousel, which can rotate and can slide at least partially in a radial direction according to a preset stroke, with respect to a central axis of the at least one respective opening, said carousel supporting at least one corresponding complementarily shaped roller, the end edge of a tubular element being arranged within said opening, between said shaped inner front of the respective annular template and the corresponding complementarily shaped roller, for the edging, i.e., deformation thereof according to preset shape and size standards.
A vehicle interior part comprising: • a blow molded portion that is molded in a hollow shape by a pair of resin sheets (24, 26) being blow molded, characterized in the vehicle interior part further comprising: • vacuum molded portions that are molded by a first sheet of the pair of resin sheets (24,26) the fist sheet being vacuum molded at outer sides of the blow molded portion; and • an instrument panel; wherein the vacuum molded portions are molded in first hat shapes in cross-section and opening sides of the first hat shapes in cross-section are joined to a reverse side of the instrument panel, and, together with the instrument panel, form side duct portions for leading air-conditioned air of a vehicle air conditioner to transverse direction end sides of a vehicle cabin; and wherein the blow molded portion has a defroster nozzle and a center duct, the defroster nozzle being adapted for leading the air-conditioned air to a front windshield glass and the center duct being adapted for leading the air-conditioned air to a transverse direction central side of the vehicle cabin; wherein second hat-shaped cross-sectional portions (42,42A) are provided at end sides of the blow molded portion, those second hat-shaped cross-sectional portions being molded in hat shapes in cross-section and being continuous with the first hat-shapes in cross-sections of the vacuum molded portions, such that a blow molded portion interior and a side duct portion interior are communicating via the first and second hat-shaped cross-sectional portions; and wherein the second hat-shaped cross-sectional portions are structured by the joined portions of the pair of resin sheets (24, 26), and have communication holes, for communicating the blow molded portion interior and the side duct portion interiors, the communication holes being formed in the second sheet of the pair of resin sheets (24, 26) at regions adjacent to the hat-shaped cross-sectional portions. • a blow molded portion that is molded in a hollow shape by a pair of resin sheets (24, 26) being blow molded, characterized in the vehicle interior part further comprising: • vacuum molded portions that are molded by a first sheet of the pair of resin sheets (24,26) the fist sheet being vacuum molded at outer sides of the blow molded portion; and • an instrument panel;
A method to be executed by an apparatus for a vehicle for predicting a Quality of Service, QoS, in a mobile communication system, the method comprising estimating a future data demand for applications in an area of the mobile communication system; wherein the estimating of the future data demand comprises estimating a future demand for high density map updates provides to vehicles in the area; predicting the QoS for the area based on the data demand, wherein the predicting the QoS for the area comprises predicting a first lower QoS if an estimated future data demand is higher than a predetermined data demand threshold and predicting a second higher QoS if the estimated future data demand is lower than the predetermined data demand threshold; and adapt a control of the vehicle based on the predicted QoS. wherein the estimating of the future data demand comprises estimating a future demand for high density map updates provides to vehicles in the area; predicting the QoS for the area based on the data demand, wherein the predicting the QoS for the area comprises predicting a first lower QoS if an estimated future data demand is higher than a predetermined data demand threshold and predicting a second higher QoS if the estimated future data demand is lower than the predetermined data demand threshold; and adapt a control of the vehicle based on the predicted QoS.
A catalytic dehydrogenation process which process comprises contacting an alkane or alkyl aromatic feedstream with a dehydrogenation catalyst which comprises gallium and platinum and carried by a alumina or alumina silica support, under catalytic conditions in an up-flow fluidized reactor, wherein the fluidized reactor comprises one or more reactors selected from bubbling bed reactors, turbulent bed reactors, fast fluidized reactors and riser reactors, which catalytic conditions include a temperature within a range of from 500 to 800 °C, a weight hourly space velocity within a range of from 0.1 to 1000, a gas residence time within a range of from 0.1 to 10 seconds, and, subsequent to the fluidized reactor, effecting separation of entrained catalyst from reactor effluent by use of a cyclonic separation system, and wherein a cooling means is interposed between an up-flow fluidized reactor and the cyclonic separation system, so that the cooling means effects a decrease in the temperature of the fluidized flow, to substantially halt thermal reactions, thereby effectively increasing overall molar selectivity to alkene product.
Apparatus for matting a coating applied on mainly flat panels, provided with a cleaning workstation and an excimer treatment workstation, wherein said panels are conveyed by a belt conveyor provided with an upper outward section and a lower return section, characterized in that in said cleaning station the upper outward section of said belt conveyor is provided with a V-shaped path formed by three rollers (41, 42, 43), of which the first and third roller are in contact with the panel advancing plane, and said second roller is placed lower than the first and third roller (41, 43), while in correspondence of the V-shaped path said panel moves on at least two advancing rollers, preferably three motorized rollers (51, 52, 53) among which gaseous nitrogen is supplied, brushing all the sides of the panel.
Evaporation device comprising a tablet for delivering volatile substances, said tablet comprising a handle for placing it and removing it from the evaporation device,, and comprising a heating surface for evaporating the active ingredient permeated in the tablet, characterised in that it comprises a housing for said tablet having some dimensions larger than said heating surface, in such a way that in its use position a portion of said tablet is not in contact with said heating surface.