mhurhangee/patent-ind-claim-en huggingface dataset:
Injector device for a gas burner of a household appliance , wherein the injector device has a tube portion through which gas flows during operation of the gas burner , and a wall portion delimiting the tube portion , wherein the wall portion has an opening through which gas exits the injector device during operation of the gas burner , wherein the wall portion has at least two openings which are configured to divide a single gas stream flowing through the tube portion during operation of the gas burner into separated gas streams , wherein the tube portion comprises an inlet section provided by a pipe member of the injector device and an end section provided by a hat-shaped member , connected to the pipe member in a detachable manner, wherein the hat-shaped member is detachably fixed to the pipe member by means of a holding element , wherein the hat-shaped member comprises a flange portion , wherein the flange portion is pressed against an end face of the pipe member by means of the holding element , wherein the holding element comprises an internal thread that is screwed onto the pipe member , and wherein the pipe member has an external thread provided on an outer surface of the pipe member .
Method for determining a baseline between two receivers of a satellite navigation system , in which: - the receivers perform measurements on signals emitted by satellites of the satellite navigation system , and - an evaluation unit connected to the receivers determines a baseline between the two receivers based on double-differences of the measurements, characterized in that - the individual clock offsets of the receivers are estimated, - an clock offset difference is calculated from the individual clock offsets, - a satellite motion correction for the motion of the satellites during the clock offset difference is calculated, - the double differences of the measurements are corrected using the satellite motion correction resulting in corrected double differences of the measurements, and - the baseline is determined based on the corrected double differences of the measurements. - the receivers perform measurements on signals emitted by satellites of the satellite navigation system , and - an evaluation unit connected to the receivers determines a baseline between the two receivers based on double-differences of the measurements, characterized in that - the individual clock offsets of the receivers are estimated, - an clock offset difference is calculated from the individual clock offsets, - a satellite motion correction for the motion of the satellites during the clock offset difference is calculated, - the double differences of the measurements are corrected using the satellite motion correction resulting in corrected double differences of the measurements, and - the baseline is determined based on the corrected double differences of the measurements.
An active inceptor apparatus for operating a machine, the apparatus comprising: a stick member having a grip portion , the stick member being pivotably mounted relative to a housing ; a position sensor responsive to, and for generating signals indicative of stick member position; a force sensor provided on the stick member responsive to, and for generating signals indicative of force applied to the stick by a user; and a control unit , operable: to receive the position and force signals from the position and force sensors respectively; to process the signals according to a predetermined relationship to determine a value FD proportional to a force applied by the user, as indicated by signals generated by the force sensor , to achieve any indicated displacement of the stick member , as indicated by signals generated by the position sensor ; and to generate machine control signals as a function of position signals and force signals in dependence upon the value FD, for communication to the machine. a stick member having a grip portion , the stick member being pivotably mounted relative to a housing ; a position sensor responsive to, and for generating signals indicative of stick member position; a force sensor provided on the stick member responsive to, and for generating signals indicative of force applied to the stick by a user; and a control unit , operable: to receive the position and force signals from the position and force sensors respectively; to process the signals according to a predetermined relationship to determine a value FD proportional to a force applied by the user, as indicated by signals generated by the force sensor , to achieve any indicated displacement of the stick member , as indicated by signals generated by the position sensor ; and to generate machine control signals as a function of position signals and force signals in dependence upon the value FD, for communication to the machine. to receive the position and force signals from the position and force sensors respectively; to process the signals according to a predetermined relationship to determine a value FD proportional to a force applied by the user, as indicated by signals generated by the force sensor , to achieve any indicated displacement of the stick member , as indicated by signals generated by the position sensor ; and to generate machine control signals as a function of position signals and force signals in dependence upon the value FD, for communication to the machine.
A method for connection, by brazing, between at least two elements (E1, E2), said two elements (E1, E2) corresponding respectively to a printed circuit and to an electronic component , said method comprising at least the following sequence of steps (SF): a) a step (F1) of forming a plurality of stacks of stud bump , said stacks of bumps being formed on a face of a first (E1) of said elements (E1, E2), said stacks of bumps each comprising the same given number of bumps ; b) a step (F2) of depositing a brazing product on this first element (E1) provided with stacks of bumps ; c) a step (F3) of arranging the second (E2) of said elements (E1, E2) on said first element (E1); and d) a step (F4) of remelting the assembly thus formed in the arranging step (F3), in order to obtain an electronic device , said method being characterized in that each bump has a height (h) of between 20 μm and 30 μm, each stack of bumps has a height (H) of between 110 μm and 150 μm, at least some of said stacks of bumps being separated from each other by a distance (D) of between 0.05 mm and 0.1 mm on said first element (E1); and in that , during step (F3), said second element (E2) is brought into contact with one of its faces of the stacks arranged on the face of the first element (E1). a) a step (F1) of forming a plurality of stacks of stud bump , said stacks of bumps being formed on a face of a first (E1) of said elements (E1, E2), said stacks of bumps each comprising the same given number of bumps ; b) a step (F2) of depositing a brazing product on this first element (E1) provided with stacks of bumps ; c) a step (F3) of arranging the second (E2) of said elements (E1, E2) on said first element (E1); and d) a step (F4) of remelting the assembly thus formed in the arranging step (F3), in order to obtain an electronic device , said method being characterized in that each bump has a height (h) of between 20 μm and 30 μm, each stack of bumps has a height (H) of between 110 μm and 150 μm, at least some of said stacks of bumps being separated from each other by a distance (D) of between 0.05 mm and 0.1 mm on said first element (E1); and in that , during step (F3), said second element (E2) is brought into contact with one of its faces of the stacks arranged on the face of the first element (E1).
Arrangement for a low-voltage AC circuit, - comprising at least one Rogowski coil (RS1) for ascertaining the electrical current level of a conductor (L1) of the low-voltage AC circuit, which Rogowski coil outputs an analogue voltage (A1) that is equivalent to the electrical current level of the conductor, characterized in that the Rogowski coil (RS1) is connected to an analogue integrator (INT) that is followed by an analogue-digital converter (ADU) that converts the integrated analogue voltage (uc(t)) into a digital signal (P1) that is processed further by a microprocessor (MP) in such a way that the phase shift generated by the Rogowski coil (RS1) and by components that follow the Rogowski coil is compensated for, so that correct-phase current values (ip(t)) are ascertained. - comprising at least one Rogowski coil (RS1) for ascertaining the electrical current level of a conductor (L1) of the low-voltage AC circuit, which Rogowski coil outputs an analogue voltage (A1) that is equivalent to the electrical current level of the conductor,
A method for soil consolidation and/or impermeabilisation, comprising the steps of: i) making a perforation in the soil by means of a drilling rod ; ii) dispensing under pressure in the perforation , by means of said drilling rod : - a fluid operating material for consolidation and/or impermeabilisation which operates by disintegrating and mixing with the soil to form a columnar volume; and - a fluid accelerating material for accelerating the consolidation and/or impermeabilisation; iii) performing an extraction of the rod from said perforation ; the step of dispensing in the perforation by means of said drilling rod the fluid operating material and the fluid accelerating material occurring during the step of performing said extraction and generating a soil consolidation and/or impermeabilisation; said step of dispensing in the perforation the fluid operating material and the fluid accelerating material comprises a step of feeding a first and a second dispenser formed on said rod respectively with the fluid operating material and the fluid accelerating material ; the step of feeding the first and the second dispenser occurring while keeping the fluid operating material and the fluid accelerating material separate; said fluid accelerating material comprises a mixture comprising a diluent and an active accelerant ingredient; the step of dispensing the fluid operating material and the fluid accelerating material in the perforation by means of said rod comprises the sub-step of dispensing within a unit of time a quantity of said active accelerant ingredient that at least in a first position of the rod is less than at least a second position of the drilling rod ; characterised in that in said second position the drilling rod is more extracted from said perforation than in the first position. i) making a perforation in the soil by means of a drilling rod ; ii) dispensing under pressure in the perforation , by means of said drilling rod : - a fluid operating material for consolidation and/or impermeabilisation which operates by disintegrating and mixing with the soil to form a columnar volume; and - a fluid accelerating material for accelerating the consolidation and/or impermeabilisation; - a fluid operating material for consolidation and/or impermeabilisation which operates by disintegrating and mixing with the soil to form a columnar volume; and - a fluid accelerating material for accelerating the consolidation and/or impermeabilisation; iii) performing an extraction of the rod from said perforation ; the step of dispensing in the perforation by means of said drilling rod the fluid operating material and the fluid accelerating material occurring during the step of performing said extraction and generating a soil consolidation and/or impermeabilisation;
A hearing device comprising: - a housing comprising one or more wall portions defining an inner space and including a cavity extending through a wall portion of the housing ; - a speaker provided in the inner space, - a circuit board layer, - an optical transducer mounted in the cavity , the optical transducer being mounted on the circuit board layer such that a spacing exists between a side of the optical transducer and a sidewall of the cavity ; the circuit board layer extending underneath the wall portion and touching the wall portion such that the optical transducer is held within the cavity and - a protective substance forming a shield over the optical transducer and the cavity , the protective substance configured to affect a field of view of the optical transducer characterized in that the protective substance includes one or more sealing glues, the one or more sealing glues filling the cavity and forming the shield as an outwardly curved shield. - a housing comprising one or more wall portions defining an inner space and including a cavity extending through a wall portion of the housing ; - a speaker provided in the inner space, - a circuit board layer, - an optical transducer mounted in the cavity , the optical transducer being mounted on the circuit board layer such that a spacing exists between a side of the optical transducer and a sidewall of the cavity ; the circuit board layer extending underneath the wall portion and touching the wall portion such that the optical transducer is held within the cavity and - a protective substance forming a shield over the optical transducer and the cavity , the protective substance configured to affect a field of view of the optical transducer
Method for controlling the winding/unwinding of a rope portion onto/from a rotary drum , said method comprising the following steps: a. making available a rope which is at least partially wound onto a rotary drum , wherein the rope is guided from the rotary drum along a defined path as far as a hauling point , which is formed by a deflection roller, for example, wherein a traction force acts on the rope beyond the hauling point ; b. unwinding or winding the rope by executing a rotation of the rotary drum , such that a defined rope portion is moved along the defined path ; c. determining the length of the defined rope portion in the region of the defined path ; d. determining an angle difference corresponding to the rotation executed in step b.; e. controlling the rotary drum for further winding/unwinding taking into account the parameters determined in steps c. and d. a. making available a rope which is at least partially wound onto a rotary drum , wherein the rope is guided from the rotary drum along a defined path as far as a hauling point , which is formed by a deflection roller, for example, wherein a traction force acts on the rope beyond the hauling point ; b. unwinding or winding the rope by executing a rotation of the rotary drum , such that a defined rope portion is moved along the defined path ; c. determining the length of the defined rope portion in the region of the defined path ; d. determining an angle difference corresponding to the rotation executed in step b.; e. controlling the rotary drum for further winding/unwinding taking into account the parameters determined in steps c. and d.
A reception device comprising: - a measurement unit that is configured to measure a first number of times for which a first phase and a first reverse phase based on a differential signal obtained by amplifying a signal based on noise intersect with each other, the first reverse phase being a reverse phase of the first phase; - an oscillator that is configured to transmit a first signal; - a comparison unit that is configured to compare the first number of times with a predetermined first reference value; and - a signal output unit that is configured to output a second signal indicating that an optical signal has been received when the first number of times and the first reference value coincide with each other, - wherein the measurement unit is configured to reset the first number of times when the first signal is received. - a measurement unit that is configured to measure a first number of times for which a first phase and a first reverse phase based on a differential signal obtained by amplifying a signal based on noise intersect with each other, the first reverse phase being a reverse phase of the first phase; - an oscillator that is configured to transmit a first signal; - a comparison unit that is configured to compare the first number of times with a predetermined first reference value; and - a signal output unit that is configured to output a second signal indicating that an optical signal has been received when the first number of times and the first reference value coincide with each other, - wherein the measurement unit is configured to reset the first number of times when the first signal is received.
A piston unit of a working cylinder, comprising a first coupling partner and a second coupling partner, the first coupling partner being designed as a piston and the second coupling partner being designed as a piston rod , and the second coupling partner being inserted axially into the first coupling partner, wherein each of the coupling partners has an annular groove , wherein the annular groove of the inserted coupling partner is formed by an-outer groove and the annular groove of the other coupling partner is formed by an inner groove, and wherein the annular grooves of the coupling partners are positioned correspondingly opposite to one another and form an annular groove space , and wherein one coupling partner is provided with an access opening to the annular groove space , and wherein the piston unit comprises a coupling strand which engages in the annular grooves of both coupling partners, wherein the coupling strand can be slid in the annular groove space through the access opening of the one coupling partner, and wherein a positive connection is established between the two coupling partners by the engagement of the coupling strand in their annular grooves , chracterized in that the inserted second coupling partner has an oversize with respect to an inner diameter of the first coupling partner, wherein a force-locked connection is established between the coupling partners, and that the positive connection and the force-locked connection form a hydride coupling, wherein the coupling partners are fixed by means of the force-locked connection in such a manner that they are axially and rotatably immovable one to another, and the positive and the force-locked connections are adapted to absorb axial forces between the coupling partners.
An interconnection device for elements to be interconnected, such as electronic modules or circuits, comprising at least one transmission line coupled to a ground line , the two lines being produced on the lower face of a dielectric substrate , the interconnection being made substantially at the ends of the transmission line and of the ground line , said device further comprising at least one metallizing surface forming, on the upper face of the dielectric substrate , at least one coupling element for strengthening the electric coupling between the two lines , said metallizing surface being electrically floating, characterised in that said interconnection device is flexible on at least one part of its length that is substantially located between the elements to be interconnected.
Apparatus for deionizing water , comprising a cell having two electrodes for capacitively deionizing the water , and having an activating apparatus , it being possible for excited ions to be introduced into the water by means of the activating apparatus , the activating apparatus including a plasma generator , the plasma generator being disposed in a side channel upstream of the cell .
A method for crimping a polymeric scaffold to a delivery balloon, comprising the steps of: providing a tube comprising PLLA characterized by a glass transition temperature range having a lower limit of about TG-low; radially expanding the tube to increase its radial stiffness; forming a scaffold from the radially-expanded tube, the scaffold having a pre-crimp diameter; and using a crimping device , crimping the scaffold to the delivery balloon, characterized by the steps of: inflating the balloon to support the scaffold at a pre-crimp diameter, while the scaffold has a crimping temperature of between about 5 to 15 degrees below TG-low crimping the scaffold to the inflated balloon, wherein the balloon is inflated until the scaffold diameter has been reduced from the pre-crimp diameter to at least one-half of the pre-crimp diameter. providing a tube comprising PLLA characterized by a glass transition temperature range having a lower limit of about TG-low; radially expanding the tube to increase its radial stiffness; forming a scaffold from the radially-expanded tube, the scaffold having a pre-crimp diameter; and using a crimping device , crimping the scaffold to the delivery balloon, characterized by the steps of: inflating the balloon to support the scaffold at a pre-crimp diameter, while the scaffold has a crimping temperature of between about 5 to 15 degrees below TG-low crimping the scaffold to the inflated balloon, wherein the balloon is inflated until the scaffold diameter has been reduced from the pre-crimp diameter to at least one-half of the pre-crimp diameter. inflating the balloon to support the scaffold at a pre-crimp diameter, while the scaffold has a crimping temperature of between about 5 to 15 degrees below TG-low crimping the scaffold to the inflated balloon, wherein the balloon is inflated until the scaffold diameter has been reduced from the pre-crimp diameter to at least one-half of the pre-crimp diameter.
A compound, cation or salt thereof, said compound or cation having a formula: wherein R 1 is ―CH 2― R 2 , where R 2 is: (a) a linkage chemistry which provides a terminal functional moiety selected from the group consisting of a maleimide, an alkyl halide, an aryl halide, an alpha-haloacyl, an aryl, a pyridyl disulfide, a carbonyl, a carboxyl, a thiol, a thioester, disulfide, or a cyclic thiolactone; or (b) ―(CH 2 ) 1-4 ―S―C(O)―CH 3 , ―(CH 2 ) 1-4 ―C(O)―OH, ―(OCH 2 CH 2 ) n ―R 3 where n is between 0 and 25, or X is H, N, O, C 1 - 6 saturated alkyl straight or branched chain, C 1 - 6 unsaturated alkyl straight or branched chain, C 1 - 6 alkoxy, or haloalkyl; Y is H, C 1 - 6 saturated alkyl straight or branched chain, C 1 - 6 unsaturated alkyl straight or branched chain, C 1 - 6 alkoxy, or haloalkyl; Z is H, C 1 - 6 saturated alkyl straight or branched chain, C 1 - 6 unsaturated alkyl straight or branched chain, C 1-6 alkoxy, or haloalkyl. wherein R 1 is ―CH 2― R 2 , where R 2 is: (a) a linkage chemistry which provides a terminal functional moiety selected from the group consisting of a maleimide, an alkyl halide, an aryl halide, an alpha-haloacyl, an aryl, a pyridyl disulfide, a carbonyl, a carboxyl, a thiol, a thioester, disulfide, or a cyclic thiolactone; or (b) ―(CH 2 ) 1-4 ―S―C(O)―CH 3 , ―(CH 2 ) 1-4 ―C(O)―OH, ―(OCH 2 CH 2 ) n ―R 3 where n is between 0 and 25, or (a) a linkage chemistry which provides a terminal functional moiety selected from the group consisting of a maleimide, an alkyl halide, an aryl halide, an alpha-haloacyl, an aryl, a pyridyl disulfide, a carbonyl, a carboxyl, a thiol, a thioester, disulfide, or a cyclic thiolactone; or (b) ―(CH 2 ) 1-4 ―S―C(O)―CH 3 , ―(CH 2 ) 1-4 ―C(O)―OH, ―(OCH 2 CH 2 ) n ―R 3 where n is between 0 and 25, or X is H, N, O, C 1 - 6 saturated alkyl straight or branched chain, C 1 - 6 unsaturated alkyl straight or branched chain, C 1 - 6 alkoxy, or haloalkyl; Y is H, C 1 - 6 saturated alkyl straight or branched chain, C 1 - 6 unsaturated alkyl straight or branched chain, C 1 - 6 alkoxy, or haloalkyl; Z is H, C 1 - 6 saturated alkyl straight or branched chain, C 1 - 6 unsaturated alkyl straight or branched chain, C 1-6 alkoxy, or haloalkyl.