mhurhangee/ep-ind-claims huggingface dataset:
Hearing aid with a housing holding a microphone, a battery, a programmable signal processing device capable of delivering an output signal adapted to drive an output transducer of the hearing aid to serve a stimulus on the hearing aid user perceivable as sound, the hearing aid housing further holding a socket adapted for receiving a programming connection adapted to link the programmable signal processing device to an external programming device, and a movable cover above the socket pivotally linked to the hearing aid, characterised in that an intermediate link is provided and adapted to interlink the hearing aid with the cover in that the intermediate link at a proximal end thereof with respect to the hearing aid is pivotally fastened to the hearing aid and at the distal end thereof is pivotally fastened to the cover, such that the cover, when linked to the hearing aid by the intermediate link, may translate along a circular path with respect to the hearing aid.
A circuit (2000, 3000, 8000) for driving a capacitive load comprising: an amplifier (1100, 3100) configured to drive the load based on a filtered input signal (V IN_FILT), the amplifier comprising at least a boost converter configured to power a driver based on a voltage of a source (VBAT), the driver being configured to receive the filtered input signal (V IN_FILT) and drive the load, a dynamic model (2400, 3400, 8400) configured to track a capacitance of the load (C L) and configured to provide an output based on the capacitance of the load (C L), an adaptive filter (2300, 6300, 9300), configured to filter an input signal (V IN) based on the output of the dynamic model (2400, 3400, 8400), and output the filtered input signal (V IN_FILT), wherein the boost converter is configured to increase a voltage of the filtered input signal (V IN_FILT) from a lower level to a higher lever (V L), for driving the load, wherein the dynamic model (2400, 3400, 8400) is further configured to track the voltage of the source (V BAT) for powering at least parts of the circuit (2000, 3000, 8000) and further configured to provide the output based on the capacitance of the load (C L) and the voltage of the source (V BAT). an amplifier (1100, 3100) configured to drive the load based on a filtered input signal (V IN_FILT), the amplifier comprising at least a boost converter configured to power a driver based on a voltage of a source (VBAT), the driver being configured to receive the filtered input signal (V IN_FILT) and drive the load, a dynamic model (2400, 3400, 8400) configured to track a capacitance of the load (C L) and configured to provide an output based on the capacitance of the load (C L), an adaptive filter (2300, 6300, 9300), configured to filter an input signal (V IN) based on the output of the dynamic model (2400, 3400, 8400), and output the filtered input signal (V IN_FILT), wherein the boost converter is configured to increase a voltage of the filtered input signal (V IN_FILT) from a lower level to a higher lever (V L), for driving the load, wherein the dynamic model (2400, 3400, 8400) is further configured to track the voltage of the source (V BAT) for powering at least parts of the circuit (2000, 3000, 8000) and further configured to provide the output based on the capacitance of the load (C L) and the voltage of the source (V BAT).
A sleeve (110, 312, 314) comprising: a cylindrical tube having a first opening at a proximal end, and a second opening at a distal end, the distal end being opposite the proximal end, the cylindrical tube further comprising a third opening through the cylindrical tube, the third opening positioned proximate to the second opening; characterized by an insert having one or more perimeter edges, each of the one or more perimeter edges coupled to the cylindrical tube proximate a perimeter of the third opening; and a releasable fastener coupled proximate to the perimeter of the third opening; and wherein the insert includes a cylindrical sheath configured to receive a thumb. an insert having one or more perimeter edges, each of the one or more perimeter edges coupled to the cylindrical tube proximate a perimeter of the third opening; and a releasable fastener coupled proximate to the perimeter of the third opening; and wherein the insert includes a cylindrical sheath configured to receive a thumb.
A lighting device comprising: a circuit board; a plurality of LEDs arranged on the circuit board; a reflector including a first reflective area and a second reflective area, wherein the reflector is configured to rotate relative to the LEDs, and the first and second reflective areas (32, 38) are arranged to reflect light from a different LED on the circuit board as the reflector rotates; optical elements positioned between the LEDs and the reflector; characterized in that the first reflective area is configured such that the reflected light is arranged in a first row, wherein the second reflective area is configured such that the reflected light is arranged in a second row which is adjacent to the first row. a circuit board; a plurality of LEDs arranged on the circuit board; a reflector including a first reflective area and a second reflective area, wherein the reflector is configured to rotate relative to the LEDs, and the first and second reflective areas (32, 38) are arranged to reflect light from a different LED on the circuit board as the reflector rotates; optical elements positioned between the LEDs and the reflector; characterized in that the first reflective area is configured such that the reflected light is arranged in a first row, wherein the second reflective area is configured such that the reflected light is arranged in a second row which is adjacent to the first row.
A hydraulic density separator for separating higher density elements and lower density elements of solids material, the apparatus comprising: - a first compartment for receiving a mixture comprising higher density elements and lower density elements, and water; - a flow generator configured to provide an upward flow of water within the first compartment, the apparatus being configured such that the rate of said flow can be adjusted to allow the maximum density of elements that will be entrained by said flow and rise upwardly to be varied; - means in the first compartment for removing higher density elements that have settled from a lower region of the first compartment, - a second compartment for receiving a mixture comprising water and lower density elements from the first compartment, the second compartment comprising a mesh screen configured to move lower density elements from a first position to a second position spaced apart from the first position; - wherein a water flow path is provided from an upper region of the first compartment into the second compartment and over a portion of the mesh screen such that lower density elements entrained by the flow of water are deposited on the mesh screen; and - wherein the upward flow of water within the first compartment provided by the flow generator is configured in such a way that elements being slightly denser than water are carried to the second compartment. - a first compartment for receiving a mixture comprising higher density elements and lower density elements, and water; - a flow generator configured to provide an upward flow of water within the first compartment, the apparatus being configured such that the rate of said flow can be adjusted to allow the maximum density of elements that will be entrained by said flow and rise upwardly to be varied; - means in the first compartment for removing higher density elements that have settled from a lower region of the first compartment, - a second compartment for receiving a mixture comprising water and lower density elements from the first compartment, the second compartment comprising a mesh screen configured to move lower density elements from a first position to a second position spaced apart from the first position; - wherein a water flow path is provided from an upper region of the first compartment into the second compartment and over a portion of the mesh screen such that lower density elements entrained by the flow of water are deposited on the mesh screen; and - wherein the upward flow of water within the first compartment provided by the flow generator is configured in such a way that elements being slightly denser than water are carried to the second compartment.
A self-propelled forage harvester comprising a main frame which on both sides of the forage harvester has frame parts (9 and 10) extending in the longitudinal direction of the forage harvester and accommodates a chopping assembly with arranged downstream thereof a preparation and conveyor device (31, 36), substantially comprising a post-comminuting device, a discharge accelerator and a tower connected to a discharge spout, a heat exchanger and an internal combustion engine, and lateral casing elements which close outwardly both an engine compartment accommodating the internal combustion engine and the heat exchanger and also a compartment partially accommodating the preparation and conveyor device (31, 36), characterised in that at least one of the casing elements which extends from a tail of the self-propelled forage harvester into a region adjoining a driving cab is guided in such a away at a carrier element which is of a bow-like configuration and which is connected to the main frame, that the casing element is pivotable both about a horizontally extending pivot axis provided at the upper edge thereof and also a substantially vertically extending pivot axis provided at the one end thereof.
Electric bicycle comprising a bicycle frame with a frame section, a battery, and a battery holder arranged on the frame section and having two retaining tabs (12, 13) by means of which the battery can be held in a form-fitting manner on the frame section, wherein the battery holder is designed such that - in a first assembly step - the battery can be placed on the first retaining tab and then - in a second assembly step - can be pivoted against the frame section in such a way that the battery engages with the second retaining tab and is thereby held on the bicycle frame, wherein - the second retaining tab is resiliently designed for locking with the battery, - the battery has a recess or opening into which the second retaining tab engages in the second assembly step to form a form-fitting engagement with the battery, and characterized in that the battery has an opening on an outer side facing away from the frame section so that the second retaining tab can be actuated and unlocked from the outside, thereby allowing the battery to be removed. a bicycle frame with a frame section, a battery, and a battery holder arranged on the frame section and having two retaining tabs (12, 13) by means of which the battery can be held in a form-fitting manner on the frame section, wherein the battery holder is designed such that - in a first assembly step - the battery can be placed on the first retaining tab and then - in a second assembly step - can be pivoted against the frame section in such a way that the battery engages with the second retaining tab and is thereby held on the bicycle frame, wherein - the second retaining tab is resiliently designed for locking with the battery, - the battery has a recess or opening into which the second retaining tab engages in the second assembly step to form a form-fitting engagement with the battery, and - the second retaining tab is resiliently designed for locking with the battery, - the battery has a recess or opening into which the second retaining tab engages in the second assembly step to form a form-fitting engagement with the battery, and characterized in that the battery has an opening on an outer side facing away from the frame section so that the second retaining tab can be actuated and unlocked from the outside, thereby allowing the battery to be removed.
A method for recovering CO 2 gas generated in a cement-manufacturing facility which preheats a cement material in a preheater, then feeds the preheated cement material to a cement kiln having an atmosphere in the inner part held at high temperature, and burns the fed cement material, the method comprising using a mixing calciner that receives the cement material before calcination, which has been extracted from the preheater and has been fed thereto, with a heat medium which has been heated to the calcination temperature or higher in a medium-heating furnace and has been fed thereto, mixes the cement material with the heat medium, and calcines the cement material before calcination to generate CO 2 gas, wherein the method comprises feeding the heat medium having a particle diameter larger than that of the cement material from a feed line provided at the upper part of the mixing calciner and extracting the heat medium from a discharge line provided at the lower part of the mixing calciner to thereby form a moving bed for moving the heat medium to the lower part from the upper part.
N-[4-(3-chloro-4-fluorophenylamino)-7-(2-methoxyethoxy)quinazolin-6-yl]-2-[1-(2-methoxyethyl)piperidin-4-ylidene]acetamide or a pharmaceutically acceptable salt thereof.
Method for carrying out commissioning of a field device or a service order on the field device in an automation system, a mobile transport unit being used in the system, the mobile transport unit having a position determination unit and being designed for navigation in the system, characterized in that the mobile transport unit has at least one output unit (AE, AE'), the method comprising: - Transmission of a commissioning notification or a service notification to the mobile transport unit, wherein the commissioning notification or the service notification contains the identification of the field device and at least one operating action to be performed on the field device; - Localization of the installation position of the field device in the system by the mobile transport unit using the identification of the relevant field device; - guiding an operator to the installation position of the field device by autonomously navigating the mobile transport unit through the installation using the positioning unit, wherein the operator follows the mobile transport unit; and - Assisting the operator in carrying out the operating action, the mobile transport unit specifying and/or explaining to the operator all the actions to be carried out in order to successfully carry out the operating action by means of the at least one output unit (AE, AE'). - Transmission of a commissioning notification or a service notification to the mobile transport unit, wherein the commissioning notification or the service notification contains the identification of the field device and at least one operating action to be performed on the field device; - Localization of the installation position of the field device in the system by the mobile transport unit using the identification of the relevant field device; - guiding an operator to the installation position of the field device by autonomously navigating the mobile transport unit through the installation using the positioning unit, wherein the operator follows the mobile transport unit; and - Assisting the operator in carrying out the operating action, the mobile transport unit specifying and/or explaining to the operator all the actions to be carried out in order to successfully carry out the operating action by means of the at least one output unit (AE, AE').
System having a controller and having an actuator and also having an assembly for providing functional safety, wherein the assembly has a switching unit inserted into an electrical supply line of the actuator and a control device which is provided and set up to operate the switching unit and is connected to the controller for signal transfer purposes, characterized in that process parameters for controlling the actuator are stored in the controller, which process parameters are designed in such a way that the actuator performs a desired function when it is operated in accordance with the process parameters, wherein the system is designed in such a way that, in order for the actuator to be operated by the controller, a signal, by means of which the switching unit is accordingly operated, is transmitted to the control device of the assembly.
Aspirator, such as a saliva ejector, comprising a tube with an open first end to be connected with a suction device, and a second end having through inlet slots, wherein the inlet slots (11a, 11b) are formed in the wall of the tube and extending axially along said tube, and that ribs formed by the wall between adjacent inlet slots (11a, 11b) are interconnected by a ring at said second end formed by the tube, cha racterized in that said inlet slots (11a, 11b) comprises at least one first inlet slot and at least one second inlet slot that differs in length and axial extension from the second end.
A method for neutralizing a sulfuric acid acidic solution by adding a neutralizing agent thereto, wherein the flow rate of the sulfuric acid acidic solution is measured to determine a neutralization start solution flow rate, the flow rate of the neutralizing agent is measured to determine a neutralizing agent addition flow rate, the sulfuric acid acidic solution is sampled at time intervals to measure a free sulfuric acid concentration by a titration method, and the numerical value of the free sulfuric acid concentration in g/L is used as a free sulfuric acid coefficient, a neutralizing agent addition ratio is determined using the neutralization start solution flow rate, the neutralizing agent addition flow rate, and the free sulfuric acid coefficient, wherein the neutralizing agent addition ratio is represented by the following formula: R = Qc / Qs × C wherein R is the neutralizing agent addition ratio, Qc is the neutralizing agent addition flow rate, Qs is the neutralization start solution flow rate, and C is the free sulfuric acid coefficient, and the amount of the neutralizing agent added is adjusted using, as an index, the neutralizing agent addition ratio to thereby neutralize the sulfuric acid acidic solution to a desired pH without using a pH meter.
A ratchet device for a strap, the ratchet device comprising: a body comprising a first side member and a second side members, the first side member and the second side member being attached to each other by a base; and a spool comprising a first side rotatably supported by the first side member and a ratchet wheel fixed thereto, characterized in that the spool further comprises a second side that is free of the second side member; and the body further comprises a moveable member that is mounted to the second side member and movable between an open position in which the second side of the spool is exposed to enable a strap to be laterally loaded into the spool from the exposed side of the spool and laterally unloaded from the spool, and a closed position in which said lateral loading and unloading are prevented. a body comprising a first side member and a second side members, the first side member and the second side member being attached to each other by a base; and a spool comprising a first side rotatably supported by the first side member and a ratchet wheel fixed thereto, characterized in that the spool further comprises a second side that is free of the second side member; and the body further comprises a moveable member that is mounted to the second side member and movable between an open position in which the second side of the spool is exposed to enable a strap to be laterally loaded into the spool from the exposed side of the spool and laterally unloaded from the spool, and a closed position in which said lateral loading and unloading are prevented.
Process which comprises the following steps for the production of a composite material or of a precursor thereof: (i) printing of a supportive material with an ink curable by irradiation with light, where the supportive material (a) can be impregnated with a curable resin which, after curing, is transparent, and is stable when exposed to light, and (b) has from 10 to 95% permeability, based on the total thickness, for light in the wavelength range from 200 to 500 nm, preferably from 20 to 90%, more preferably from 30 to 80%; (ii) curing of the ink by irradiation with light; (iii) impregnation of the resultant supportive material with a curable resin which, after curing, is transparent and is stable when exposed to light, and optionally combination of the supportive material with at least one other supportive material; and (iv) curing of the resin simultaneously with or after step (iii). (i) printing of a supportive material with an ink curable by irradiation with light, where the supportive material (a) can be impregnated with a curable resin which, after curing, is transparent, and is stable when exposed to light, and (b) has from 10 to 95% permeability, based on the total thickness, for light in the wavelength range from 200 to 500 nm, preferably from 20 to 90%, more preferably from 30 to 80%; (a) can be impregnated with a curable resin which, after curing, is transparent, and is stable when exposed to light, and (b) has from 10 to 95% permeability, based on the total thickness, for light in the wavelength range from 200 to 500 nm, preferably from 20 to 90%, more preferably from 30 to 80%; (ii) curing of the ink by irradiation with light; (iii) impregnation of the resultant supportive material with a curable resin which, after curing, is transparent and is stable when exposed to light, and optionally combination of the supportive material with at least one other supportive material; and (iv) curing of the resin simultaneously with or after step (iii).
An ignition plug mounted in an internal combustion engine, the ignition plug comprising: a main metal fitting having a tubular shape; an earth electrode having one end fixed to the main metal fitting and including, in a part of the other end, an inclined portion inclined toward a center axis line of the main metal fitting; an earth electrode-side chip joined to the inclined portion of the earth electrode; a center electrode housed in the main metal fitting and having one end exposed and extending from the main metal fitting; a pedestal having an elliptic cylindrical shape and disposed so as to have a minor axis directed toward the earth electrode-side chip, the pedestal being formed on an end portion of the center electrode exposed from the main metal fitting and having an end surface forming an inclined surface inclined along the minor axis with respect to the center axis line; and a center electrode-side chip having a circular cylindrical shape and laser-welded to the inclined surface of the pedestal, wherein the earth electrode-side chip and the center electrode-side chip have end surfaces facing each other. a main metal fitting having a tubular shape; an earth electrode having one end fixed to the main metal fitting and including, in a part of the other end, an inclined portion inclined toward a center axis line of the main metal fitting; an earth electrode-side chip joined to the inclined portion of the earth electrode; a center electrode housed in the main metal fitting and having one end exposed and extending from the main metal fitting; a pedestal having an elliptic cylindrical shape and disposed so as to have a minor axis directed toward the earth electrode-side chip, the pedestal being formed on an end portion of the center electrode exposed from the main metal fitting and having an end surface forming an inclined surface inclined along the minor axis with respect to the center axis line; and a center electrode-side chip having a circular cylindrical shape and laser-welded to the inclined surface of the pedestal, wherein the earth electrode-side chip and the center electrode-side chip have end surfaces facing each other.