mhurhangee/ep-ind-claims huggingface dataset:
A rotor system comprising: a ducted rotor comprising a rotor shaft and plurality of rotor blades connected to the rotor shaft; a nacelle for supporting the ducted rotor; and an electric drive system (300, 400) comprising: a plurality of redundant motors; a gear box associated with the plurality of redundant motors; a collective actuator for controlling a collective pitch of the rotor blades connected to the rotor shaft; and at least one structural element for retaining the redundant motors, the gear box, and the collective actuator together as a single integrated unit; wherein power generated by the plurality of motors is used to drive the rotor shaft; and wherein the electric drive system (300, 400) is implemented as a line replaceable unit disposed in the nacelle. a ducted rotor comprising a rotor shaft and plurality of rotor blades connected to the rotor shaft; a nacelle for supporting the ducted rotor; and an electric drive system (300, 400) comprising: a plurality of redundant motors; a gear box associated with the plurality of redundant motors; a collective actuator for controlling a collective pitch of the rotor blades connected to the rotor shaft; and at least one structural element for retaining the redundant motors, the gear box, and the collective actuator together as a single integrated unit; a plurality of redundant motors; a gear box associated with the plurality of redundant motors; a collective actuator for controlling a collective pitch of the rotor blades connected to the rotor shaft; and at least one structural element for retaining the redundant motors, the gear box, and the collective actuator together as a single integrated unit; wherein power generated by the plurality of motors is used to drive the rotor shaft; and wherein the electric drive system (300, 400) is implemented as a line replaceable unit disposed in the nacelle.
An apparatus for controlling the state of preservation of foodstuffs, comprising a central data processing unit which collects, stores and displays information generated by a plurality of peripheral boards and transmitted to said central unit via field bus; said peripheral boards being arranged in a controlled-atmosphere environment which contains foodstuffs; each peripheral board comprising a sensor array and performing continuous measurements of various parameters that are characteristic of said foodstuffs; said apparatus being characterized in that each said peripheral board comprises a series of sensors comprising: a sensor adapted to measure the current value of the photosynthetic activity and capacity of a foodstuff; a sensor adapted to measure the current color of said foodstuff; a sensor adapted to measure the consistency and water quantity of said foodstuff; a sensor adapted to measure the temperature of said foodstuff and of said peripheral board; and a sensor adapted to measure the absolute and relative humidity of said peripheral board.
A powered lower extremity orthotic, configurable to be coupled to a person, comprising an exoskeleton including a waist portion configurable to be coupled to an upper body of the person, at least one leg support configurable to be coupled to at least one lower limb of the person and at least one actuator for shifting of the at least one leg support relative to the waist portion to enable movement of the lower limb of the person, characterized in that the powered lower extremity orthotic further includes: a plurality of sensors (215, 216) for monitoring a first orientation of said exoskeleton; at least one additional sensor (215, 216) for monitoring a second orientation of a walking aid used by the person; and a controller receiving signals from both the plurality of sensors (215, 216) and the at least one additional sensor (215, 216) and regulating operation of the at least one actuator, said controller establishing a present state of said powered lower extremity orthotic from a finite plurality of states (301, 302, 401, 402, 405, 406, 501, 505, 506, 507) based on both the first and second orientations and, based on the present state, controlling the at least one actuator to cause the powered lower extremity orthotic to follow a series of orientations collectively reproducing a natural human motion. a plurality of sensors (215, 216) for monitoring a first orientation of said exoskeleton; at least one additional sensor (215, 216) for monitoring a second orientation of a walking aid used by the person; and a controller receiving signals from both the plurality of sensors (215, 216) and the at least one additional sensor (215, 216) and regulating operation of the at least one actuator, said controller establishing a present state of said powered lower extremity orthotic from a finite plurality of states (301, 302, 401, 402, 405, 406, 501, 505, 506, 507) based on both the first and second orientations and, based on the present state, controlling the at least one actuator to cause the powered lower extremity orthotic to follow a series of orientations collectively reproducing a natural human motion.
Diagonal strut device for reinforcing arrangement on an undercarriage of a motor vehicle, wherein the diagonal strut device comprises a plurality of struts made from a fibre-reinforced plastic composite material, which extend away from a central joint element, wherein each strut can be connected to the undercarriage via this from the end facing away from the central joint element, characterised in that, a connecting joint element is arranged on the end of each strut facing away from the central joint element to provide the connection to the undercarriage, and that the central joint element and the connecting joint elements are formed from a light metal material and are connected to the struts by an at least firmly-bonded cast joint.
A stayed connection for a wind turbine where the wind turbine tower comprises an upper pipe-shaped tower portion and a lower tower portion and where the upper pipe-shaped tower portion is connected to the lower tower portion by means of a stayed connection, the stayed connection comprising pipe-shaped diagonal stays extending from the lower tower portion and in toward the outside of the upper pipe-shaped tower portion, characterised in that the diagonal stays at their toward the upper pipe-shaped tower portion facing end portion have an oblong oval shape and are connected directly or via a plate portion to the outside of the upper pipe-shaped tower portion at a level higher up than the lower end portion of the upper pipe-shaped tower portion by means of a welded connection.
Optical element for a semiconductor light source, comprising a central lens having an optical axis and a focal region and adapted to generate from light incident thereon from the focal region a central light beam in which light propagates parallel to the optical axis, the direction of propagation of said light defining a first spatial direction, with an inner side reflector, which is arranged on a first side of the optical axis in a second spatial direction which is perpendicular to the first spatial direction, the inner side reflector being designed to generate a first subbeam of parallel light, in which light propagates in the first spatial direction and which lies, in the second spatial direction, next to the central beam of light, characterized in that the optical element comprises at least one further reflector arranged on a broad side and at least one outer side reflector, said further reflector which is arranged on the broad side being disposed, in a third spatial direction, on a first side of said optical axis and adapted to generate a third subbeam of parallel light having first a directional component parallel to said first spatial direction and a directional component parallel to said second spatial direction and a directional component parallel to said third spatial direction and directed toward said outer side reflector, the outer side reflector being arranged in the first spatial direction behind the inner side reflector and in the second spatial direction on a side of the inner side reflector facing away from the optical axis, and being arranged to deflect the third subbeam in such a way that the light of the third subbeam propagates in the first spatial direction, the third subbeam lying in the second spatial direction on a side of the first subbeam facing away from the optical axis next to the first subbeam.
A process for the preparation of methyl ethyl ketone by electroreduction of acetoin in aqueous media using a cathode made of lead, the process comprising the steps of: a) forming a solution by mixing acetoin with an aqueous medium and a supporting electrolyte soluble in such a medium, and b) electrolyzing said solution continuously or discontinuously in an electrochemical reactor by applying a voltage between an anode and the cathode using a direct current power supply at a current density from 500 to 5000 A/m 2. a) forming a solution by mixing acetoin with an aqueous medium and a supporting electrolyte soluble in such a medium, and b) electrolyzing said solution continuously or discontinuously in an electrochemical reactor by applying a voltage between an anode and the cathode using a direct current power supply at a current density from 500 to 5000 A/m 2.
A method of applying energy to a cavity (200, 210), the method comprising: applying RF energy to the cavity, wherein the application of RF energy is conducted by sweeping over a plurality of excitation setups, each excitation setup resulting in a respective field pattern in the cavity and being defined by respective values of one or more controllable field affecting parameters, wherein the one or more controllable field affecting parameters comprise: phase difference between EM fields emitted by two radiating elements; a difference between intensities at which two radiating elements emit EM fields of the same frequency; a status of a radiating element being on or off; a position of a radiating element; an orientation of a radiating element; or cavity dimensions; receiving RF feedback from the cavity; and applying processing energy to the cavity based on the received RF feedback, wherein applying processing energy comprises heating by convection, infrared, or both. applying RF energy to the cavity, wherein the application of RF energy is conducted by sweeping over a plurality of excitation setups, each excitation setup resulting in a respective field pattern in the cavity and being defined by respective values of one or more controllable field affecting parameters, wherein the one or more controllable field affecting parameters comprise: phase difference between EM fields emitted by two radiating elements; a difference between intensities at which two radiating elements emit EM fields of the same frequency; a status of a radiating element being on or off; a position of a radiating element; an orientation of a radiating element; or cavity dimensions; receiving RF feedback from the cavity; and applying processing energy to the cavity based on the received RF feedback, wherein applying processing energy comprises heating by convection, infrared, or both.
A method for producing a honeycomb filter, the method comprising: a molded body raw material preparing step of mixing silicon carbide powder, organic additives at least including an organic binder, and a pore-forming agent containing silica to prepare a raw material composition as a molded body raw material; a molded body producing step of extruding the prepared molded body raw material into a honeycomb molded body; a degreasing step of degreasing the produced honeycomb molded body; and a firing step of firing the degreased honeycomb molded body, wherein at the end of the degreasing step, the degreased honeycomb molded body contains the pore-forming agent containing silica and carbon, wherein the degreasing step is performed in a completely inert gas atmosphere, wherein in the degreasing step, oxidation reaction of the carbon or the organic additives in the honeycomb molded body is suppressed to allow a carbon component to remain in the degreased honeycomb molded body, and wherein in the firing step, the silica is allowed to react with the carbon to synthesize silicon carbide, wherein the firing step is performed at 1400°C to 2200°C in a completely inert gas atmosphere. a molded body raw material preparing step of mixing silicon carbide powder, organic additives at least including an organic binder, and a pore-forming agent containing silica to prepare a raw material composition as a molded body raw material; a molded body producing step of extruding the prepared molded body raw material into a honeycomb molded body; a degreasing step of degreasing the produced honeycomb molded body; and a firing step of firing the degreased honeycomb molded body, wherein at the end of the degreasing step, the degreased honeycomb molded body contains the pore-forming agent containing silica and carbon, wherein the degreasing step is performed in a completely inert gas atmosphere, wherein in the degreasing step, oxidation reaction of the carbon or the organic additives in the honeycomb molded body is suppressed to allow a carbon component to remain in the degreased honeycomb molded body, and wherein in the firing step, the silica is allowed to react with the carbon to synthesize silicon carbide, wherein the firing step is performed at 1400°C to 2200°C in a completely inert gas atmosphere.
A gas sensor comprising: a housing which defines an internal gas sensing cavity; electrolyte E carried in the housing; at least one electrode for sensing a target gas; a reference electrode; and at least one diagnostic electrode wherein the diagnostic electrode is immersed in the electrolyte wherein the diagnostic electrode is placed inboard of the sensing electrode within the sensor and not in a direct path of a target gas to detect species of gas transmitted through or otherwise bypassing the sensing electrode, wherein the diagnostic electrode is of a relatively small surface area compared to the sensing electrode so that current passing through the diagnostic electrode does not disturb the sensing electrode during normal operation and wherein the area of the diagnostic electrode is at least an order of magnitude less than the area of the sensing electrode. a housing which defines an internal gas sensing cavity; electrolyte E carried in the housing; at least one electrode for sensing a target gas; a reference electrode; and at least one diagnostic electrode wherein the diagnostic electrode is immersed in the electrolyte wherein the diagnostic electrode is placed inboard of the sensing electrode within the sensor and not in a direct path of a target gas to detect species of gas transmitted through or otherwise bypassing the sensing electrode, wherein the diagnostic electrode is of a relatively small surface area compared to the sensing electrode so that current passing through the diagnostic electrode does not disturb the sensing electrode during normal operation and wherein the area of the diagnostic electrode is at least an order of magnitude less than the area of the sensing electrode.
A drug substance, comprising as sole active ingredients isolated and purified Clostridium histolyticum collagenase I and collagenase II present in a mass ratio of 1:1 wherein both the collagenase I and collagenase II are at least 95% by area pure as determined by reverse phase high performance liquid chromatography.
Method for bundling individual lines of a wire harness having a multiplicity of insulated lines (4, 5), said method comprising the following steps of a gripper controlled by a control installation: - moving by means of a gripper a first quantity of lines having in each case one contact part into at least one plug which is fastened in a holding device; - moving by means of the gripper a second quantity of contact-free lines at least into an additional receiving device which is disposed outside the holding device for the plug and has a receptacle chamber (21, 22, 23), wherein the receptacle chamber (21, 22, 23) in relation to an insulation of the lines (4, 5) has a clamping device. - moving by means of a gripper a first quantity of lines having in each case one contact part into at least one plug which is fastened in a holding device; - moving by means of the gripper a second quantity of contact-free lines at least into an additional receiving device which is disposed outside the holding device for the plug and has a receptacle chamber (21, 22, 23), wherein the receptacle chamber (21, 22, 23) in relation to an insulation of the lines (4, 5) has a clamping device.
A system comprising: a first non-volatile memory component including: multiple decks, each of the multiple decks including an array of non-volatile memory cells; circuitry to: receive a memory access request to access a first deck; and access a second deck in response to the memory access request to access the first deck; characterised by a second non-volatile memory component to access a different deck than the first non-volatile memory component for a same logical deck address, wherein each non-volatile memory component (103-1-103-U) in the memory system includes a register to indicate which physical deck is to be accessed for the same logical deck address. a first non-volatile memory component including: multiple decks, each of the multiple decks including an array of non-volatile memory cells; circuitry to: receive a memory access request to access a first deck; and access a second deck in response to the memory access request to access the first deck; characterised by multiple decks, each of the multiple decks including an array of non-volatile memory cells; circuitry to: receive a memory access request to access a first deck; and access a second deck in response to the memory access request to access the first deck; characterised by receive a memory access request to access a first deck; and access a second deck in response to the memory access request to access the first deck; characterised by a second non-volatile memory component to access a different deck than the first non-volatile memory component for a same logical deck address, wherein each non-volatile memory component (103-1-103-U) in the memory system includes a register to indicate which physical deck is to be accessed for the same logical deck address.
Method for operating a condensation dryer having a process air duct in which process air is moved in a circuit by means of a fan, also having a heater, a drum with laundry articles placed therein, and a control device, wherein arranged in the process air duct are a heat exchanger for the condensation of water from moist, warm process air and at least one humidity sensor (9, 10), wherein a drying process comprises the following steps: (a) measuring a relative humidity H rel of the process air with the humidity sensor (9, 10); (b) measuring a temperature T P of the process air with a temperature sensor (9, 10); and the method is characterised in that the drying process additionally comprises the following steps: (c) determination of an absolute water load L w of the process air from the relative humidity H rel taking into consideration the temperature T P, wherein a relationship stored in the control device between a maximum water load L w max and the temperature T P is used; (d) tracking the time characteristic of the water load L w; (e) using the time characteristic of the water load L w for determining a residual moisture R w in the laundry articles; (f) comparing the residual moisture R w with a predetermined residual moisture R w set; and (g) terminating the drying process when reaching or falling below the predetermined residual moisture R w set. (a) measuring a relative humidity H rel of the process air with the humidity sensor (9, 10); (b) measuring a temperature T P of the process air with a temperature sensor (9, 10); (c) determination of an absolute water load L w of the process air from the relative humidity H rel taking into consideration the temperature T P, wherein a relationship stored in the control device between a maximum water load L w max and the temperature T P is used; (d) tracking the time characteristic of the water load L w; (e) using the time characteristic of the water load L w for determining a residual moisture R w in the laundry articles; (f) comparing the residual moisture R w with a predetermined residual moisture R w set; and (g) terminating the drying process when reaching or falling below the predetermined residual moisture R w set.
A process for producing a multi-layer collagen scaffold in which each layer has a porous structure, the process comprising an iterative layering technique in which each layer is independently formed by freezing, or lyophilisation followed by re-hydration, prior to addition of a following layer, wherein the final layer is formed by lyophilisation of the multi-layer structure.
Device for illuminating clean rooms with an air stream generation mechanism, a laminarisator and with several light sources, wherein effective light exit fields of the light sources are arranged in closed housings, the housings are arranged in openings of the laminarisator and the housings extend completely as passing elements through the laminarisator and the housings include downstream stall flanges for the air stream passing the laminarisator, characterized in that the stall flanges are formed in that the passing elements are thin walled tubes, which downstream stall flange protrudes over the layer of the laminarisator, wherein the thin walled tubes extend at its end faces oriented into the direction of the room beyond a possible light passing cover, such that an open part of the tubes, which tube walls effect as sharp edged stall flanges protrudes into the room.
An oral care implement comprising a head and a handle made of a first material, the handle having a distal end and a proximal end closest to the head, the handle comprising a thumb rest made of a second material, the second material being different from the first material, the thumb rest comprising an area from about 202 mm 2 to about 360 mm 2, wherein the thumb rest has a concave shape, and the thumb rest comprises a portion being inclined with respect to a remaining portion of the thumb rest by an angle α of about 20° to about 25°, the angle α being defined by a first line and a second line, the first line extending between a most elevated point and a lowest point of the thumb rest, and the second line extending between the lowest point and an end point of the thumb rest, the end point of the thumb rest being closest to the distal end of the handle.
A wheel disc for a rail vehicle, comprising 1.1 a wheel hub surrounding an axis of rotation; 1.2 a wheel rim; and 1.3 a web connecting the wheel hub to the wheel rim; characterized in that 1.4 a transition curve is formed between the web and the wheel hub and/or a transition curve between the web and the wheel rim on at least one axial side in each radial plane of intersection in such a way that 1.5 the or each transition curve is formed as a Bezier curve, 1.6 the Bezier curve converges in a tangent-continous manner into the contour of the web; and 1.7 the Bezier curve converges in a tangent-continous manner into the contour of the wheel hub or of the wheel rim. 1.1 a wheel hub surrounding an axis of rotation; 1.2 a wheel rim; and 1.3 a web connecting the wheel hub to the wheel rim; characterized in that 1.4 a transition curve is formed between the web and the wheel hub and/or a transition curve between the web and the wheel rim on at least one axial side in each radial plane of intersection in such a way that 1.5 the or each transition curve is formed as a Bezier curve, 1.6 the Bezier curve converges in a tangent-continous manner into the contour of the web; and 1.7 the Bezier curve converges in a tangent-continous manner into the contour of the wheel hub or of the wheel rim.