mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless control of a controlled device (DVC1), comprising the following steps, performed by the controlled device (DVC1) : receiving (S1) a command (Cd x ) from a control device (UE1) via a wireless communication: transmitting (S30) an audio signal (S) carrying a first validation code (K1), receiving a second validation code (K2) via the wireless communication; verifying that the second validation code (K2) comprises the first validation code (K1) and, in a positive event, executing (S4) the command (Cd x ) from said control device (UE1). transmitting (S30) an audio signal (S) carrying a first validation code (K1), receiving a second validation code (K2) via the wireless communication; verifying that the second validation code (K2) comprises the first validation code (K1) and, in a positive event, executing (S4) the command (Cd x ) from said control device (UE1).
A method for balancing the viscoelastic properties of a rubber composition, the method comprising incorporating 5-100 phr of at least one polymer or copolymer containing a styrene monomer with 50% to 100% modern carbon atoms into the rubber composition, wherein the viscoelastic properties balanced are rolling resistance and wet traction, and the balancing comprises increasing wet traction by more than 50% and increasing rolling resistance by less than 50% as compared to a control rubber composition that replaces the modern carbon-containing polymer or copolymer with a polymer or copolymer containing no modern carbon atoms.
A method for producing a vial, comprising providing the vial made from a glass tube with an opening and a bottom , a fire blast process of scanning throughout an inner surface of a vial with a flame of a burner while emitting the flame of the burner to the internal space of the vial and applying the flame to the inner surface of the vial , characterized in that the scanning of a plasma rich portion of the flame occurs throughout a path which extends from a portion of the inner surface near the bottom to a portion near the opening , wherein the vial is fixed to a support member while the opening and the bottom face each other in the horizontal direction, and wherein, in the fire blast process, a distance from the inner surface of the vial to the top end of a nozzle of the burner is uniformly held and the axis of a nozzle portion extends upwardly relative to the inner surface near the bottom of the vial.
An additive manufacturing process comprising: (a) providing a curable composition comprising: (i) a filler comprising glassflakes having a diameter D3,99 as determined by light scattering in the range of from 5 to 150 μm; and (ii) one or more curable compounds; (b) controlling an apparatus to form an object by using the curable composition, whereby the curable composition passes a discharge orifice having a minimum diameter Φmin, characterized in that the ratio of the minimum diameter of the discharge orifice to the diameter D3,99 of the glassflakes (Φmin/D3,99) is in the range of 2 to less than 10; and wherein the median diameter D3,5o of the glassflakes is larger than the average thickness of the glassflakes. (a) providing a curable composition comprising: (i) a filler comprising glassflakes having a diameter D3,99 as determined by light scattering in the range of from 5 to 150 μm; and (ii) one or more curable compounds; (i) a filler comprising glassflakes having a diameter D3,99 as determined by light scattering in the range of from 5 to 150 μm; and (ii) one or more curable compounds; (b) controlling an apparatus to form an object by using the curable composition, whereby the curable composition passes a discharge orifice having a minimum diameter Φmin, characterized in that
A control unit for a motorized device , having: a brushless motor , a current supply , and an operating unit which is activatable by a user, wherein the control unit is adapted to control commutation of the motor by multiple circuit breakers connected to the current supply, and to initiate electronic deceleration of the motor, characterized in that the control unit is adapted to deactivate the motor for a respective speed-dependent time period to upon detecting a speed of the motor or a defined point in time by means of a position sensor , and to keep the motor in an active switched-on operating state in the meantime, wherein a control means is provided, which is adapted to initiate switch-off of the control unit in an automated manner upon a standstill of the motor being reached, further wherein a memory is provided, in which target values t D,TARGET for the speed-dependent time periods to are stored for a plurality of motor speeds across the entire motor speed range. a brushless motor , a current supply , and an operating unit which is activatable by a user, wherein the control unit is adapted to control commutation of the motor by multiple circuit breakers connected to the current supply, and to initiate electronic deceleration of the motor, characterized in that the control unit is adapted to deactivate the motor for a respective speed-dependent time period to upon detecting a speed of the motor or a defined point in time by means of a position sensor , and to keep the motor in an active switched-on operating state in the meantime, wherein a control means is provided, which is adapted to initiate switch-off of the control unit in an automated manner upon a standstill of the motor being reached, further wherein a memory is provided, in which target values t D,TARGET for the speed-dependent time periods to are stored for a plurality of motor speeds across the entire motor speed range.
A method for driving a screw or nut with a predetermined tightening torque by means of a screwdriving tool , which is coupled with an electric motor , which is controlled by a closed loop controller , wherein the method comprises the following method steps: - establishment of a torque-transmitting connection between screwdriving tool and screw or nut; - acceleration of the electric motor in screwing-in direction to a predetermined maximum rotational speed, - operation of the electric motor at maximum rotational speed until a drive shaft of the electric motor has completed a specified number of spindle revolutions, wherein the screw or nut is being driven freely into the respective mating thread during this method step or the mating thread is being cut by means of the screw ; - reduction of the rotational speed of the electric motor to a predetermined reduced rotational speed; - operation of the electric motor at reduced rotational speed until a torque increase that exceeds a predetermined threshold value is detected, wherein the torque increase occurs when the screw or nut comes into contact with its shoulder on the structural part to be fastened; - subsequent turning of the screw or nut until the predetermined tightening torque is reached, characterized in that the torque increase is detected by a measuring unit connected downstream from the electric motor and that directly after the detection of the torque increase, the further activation of the electric motor by the closed loop controller is specified on the basis of a torque value, wherein the electric motor is braked to a predetermined minimum rotational speed after the detection of the torque increase and, in an initial period during the braking process, the torque sensed in the measuring unit is cross-faded by a target-trajectory torque based on a model calculation and, after the initial period, the torque detected by the measuring unit is used as the input variable for the closed loop controller . - establishment of a torque-transmitting connection between screwdriving tool and screw or nut; - acceleration of the electric motor in screwing-in direction to a predetermined maximum rotational speed, - operation of the electric motor at maximum rotational speed until a drive shaft of the electric motor has completed a specified number of spindle revolutions, wherein the screw or nut is being driven freely into the respective mating thread during this method step or the mating thread is being cut by means of the screw ; - reduction of the rotational speed of the electric motor to a predetermined reduced rotational speed; - operation of the electric motor at reduced rotational speed until a torque increase that exceeds a predetermined threshold value is detected, wherein the torque increase occurs when the screw or nut comes into contact with its shoulder on the structural part to be fastened; - subsequent turning of the screw or nut until the predetermined tightening torque is reached,
Use of a bonding agent comprising a mixture of A) a heterocondensate, obtainable by hydrolysis and condensation of at least one hydrolysable silicon compound, selected from a silane of the general formula (III) R n SiX 4-n (III) wherein the residues R represent hydrolytically non-separable groups, the residues X are the same or different and represent alkoxy and n has the value of 1, wherein R represents alkyl comprising a polymerisable group selected from methacryloyl and methacryloyloxy, and a divalent bridging group for bonding to the Si, selected from alkylene bridging groups, and at least one metal compound, wherein the metal is selected from Ti, B) at least one organic, polymerisable monomer or oligomer, which has at least one C-C double bond, which is an olefinically polymerisable group selected from methacryloyl or methacryloyloxy, and C) at least one thermal polymerisation initiator without peroxide functionality, wherein the polymerisation initiator represents an azo compound, to stabilise the bonding agent gelation time in the consolidation of a geological formation in the presence of one or more catalytically active substances, wherein the catalytically active substance is transition metal ions selected from iron ions. A) a heterocondensate, obtainable by hydrolysis and condensation of at least one hydrolysable silicon compound, selected from a silane of the general formula (III) R n SiX 4-n (III) wherein the residues R represent hydrolytically non-separable groups, the residues X are the same or different and represent alkoxy and n has the value of 1, wherein R represents alkyl comprising a polymerisable group selected from methacryloyl and methacryloyloxy, and a divalent bridging group for bonding to the Si, selected from alkylene bridging groups, and at least one metal compound, wherein the metal is selected from Ti, B) at least one organic, polymerisable monomer or oligomer, which has at least one C-C double bond, which is an olefinically polymerisable group selected from methacryloyl or methacryloyloxy, and C) at least one thermal polymerisation initiator without peroxide functionality, wherein the polymerisation initiator represents an azo compound,
Method for spraying a mixture comprising at least a first liquid in the form of a liquid preparation of water-soluble or water-swellable polymers and at least a second liquid characterized in that it implements a nozzle for simultaneously spraying at least two liquids including: • a body provided with a first chamber within which each first liquid flows and a second chamber within which each second liquid flows, each of the two chambers having a through-hole on the outside of the body, • a deflector secured to the body arranged downstream from at least one of the through-holes ,in the direction of flow of the first and second liquids, said deflector being capable of modifying the direction of flow of the first and second liquids. • a body provided with a first chamber within which each first liquid flows and a second chamber within which each second liquid flows, each of the two chambers having a through-hole on the outside of the body, • a deflector secured to the body arranged downstream from at least one of the through-holes ,in the direction of flow of the first and second liquids, said deflector being capable of modifying the direction of flow of the first and second liquids.
A refiner segment arrangeable on a refiner element (2; 3) in a disc refiner intended for refining fibrous material , the refiner segment having a radially inner edge and a radially outer edge and comprising refining zones (Z(x)) where refining of the fibrous material takes place, the refiner segment being provided with a pattern of bars arranged at a respective feeding angle (β (x) ) relative to a radius of the refiner segment within a respective refining zone (Z(x)), the feeding angle (β (x) ) being directed opposite to a first circumferential direction on the refiner segment , and intermediate grooves between the bars , and dams extending between the bars and protruding above the surface of the grooves , characterized in that the dams are arranged at least at the ends of at least some of the bars at borders between the refining zones (Z(x)) such that openings are formed at the radially inner ends of the bars at the borders between the refining zones (Z(x)), radially outside of the dams with respect to the radially inner edge of the refiner segment , the openings being configured to allow back-streaming steam to flow along the bars and dams and pass through the openings towards the inner edge of the refiner segment , the lengths of the bars within a refining zone (Z(x)) increasing in a direction opposite to the first circumferential direction and being adapted such that a respective angle (γ (x) ) is formed between an imaginary line connecting the openings at a radially inner border of a respective refining zone (Z(x)), and a line which is perpendicular to a radius (r) of the refiner segment .
An improved tyre mould having modified sectored sidewall plates capable of the production of tyres which do not require the subsequent removal of unsightly bulges or protrusions from the sidewalls thereof, said tyre mould being provided between oppositely disposed upper and lower container plates with a sidewall plate located against each of said container plates wherein each sidewall plate consists of an annular backing plate provided within its inner surface with a circumferential guide channel , characterized in that said guide channel is adapted to receive therein and be engaged by a plurality of individual sector units , the backing plate and the sector units together constituting a sidewall plate assembly, each sector unit being juxta-posed with respect to the next unit in non-sealed relationship with a recess or clearance between the opposing lateral surfaces of each pair of juxta-posed units at the base thereof, the upper edges of said opposing surfaces of each pair of units contacting each other along a line of length forming an interface known as a sector parting , whereby any air or gas entrapped between the sidewalls of the tyre being cured and the two sidewall plate assemblies of the mould in contact therewith passes through the several sector partings along the upper edges of opposing faces of each pair of juxta-posed sector units to collect in the recesses between each pair of sector units and exit therefrom to the atmosphere.
A sensor device for guiding usage of an inhaler or nasal spray medicament device comprising: a coupler comprising a receiving port for removably receiving a complementary protrusion of an adapter , wherein said adapter comprises a memory storing one or more parameters associated with said inhaler or nasal spray medicament device and is suitable for coupling to said inhaler or nasal spray medicament device, wherein said inhaler or nasal spray medicament device is selected from a plurality of different types of inhaler or nasal spray medicament devices; one or more sensors for detecting use of said inhaler or nasal spray medicament device; a processor configured to: automatically receive said one or more parameters associated with said inhaler or nasal spray medicament device from said adapter and automatically process at least one parameter associated with said inhaler or nasal spray medicament device; and output a signal based on said at least one parameter; and an indicator configured to: operably receive said signal; and output a guidance to a user of said inhaler or nasal spray medicament device, wherein said guidance varies depending on said type of inhaler or nasal spray medicament device that is selected. a coupler comprising a receiving port for removably receiving a complementary protrusion of an adapter , for removably receiving a complementary protrusion of an adapter , wherein said adapter comprises a memory storing one or more parameters associated with said inhaler or nasal spray medicament device and is suitable for coupling to said inhaler or nasal spray medicament device, wherein said inhaler or nasal spray medicament device is selected from a plurality of different types of inhaler or nasal spray medicament devices; one or more sensors for detecting use of said inhaler or nasal spray medicament device; a processor configured to: automatically receive said one or more parameters associated with said inhaler or nasal spray medicament device from said adapter and automatically process at least one parameter associated with said inhaler or nasal spray medicament device; and output a signal based on said at least one parameter; and automatically receive said one or more parameters associated with said inhaler or nasal spray medicament device from said adapter and automatically process at least one parameter associated with said inhaler or nasal spray medicament device; and output a signal based on said at least one parameter; and an indicator configured to: operably receive said signal; and output a guidance to a user of said inhaler or nasal spray medicament device, wherein said guidance varies depending on said type of inhaler or nasal spray medicament device that is selected. operably receive said signal; and output a guidance to a user of said inhaler or nasal spray medicament device, wherein said guidance varies depending on said type of inhaler or nasal spray medicament device that is selected.
Holder for a pipetting apparatus for an automatic analysis device, the pipetting apparatus comprising a hollow-cylindrical needle body , and a fastening body arranged around an axial region of the needle body in order to fasten the needle body on the holder of the automatic analysis device, wherein the fastening body is configured as a conical frustum, the imaginary vertex of which lies in the axis of the hollow-cylindrical needle body , wherein the fastening body comprises a holding element extending perpendicularly to the axis of the hollow-cylindrical needle body in order to avoid rotation of the hollow-cylindrical needle body about the needle body axis, the holder comprising an opening for the needle body , characterized in that the holder has a cavity configured as a conical frustum, the imaginary vertex of which lies in the mid-axis of the opening wherein a recess , which is configured in order to receive the holding element , is introduced into a lateral surface of the cavity .
A nucleic acid molecule encoding a polypeptide, comprising a nucleotide sequence selected from the list consisting of SEQ ID NO: 1 and SEQ ID NO: 9, or a fragment thereof encoding a functional fragment of a nACh receptor subunit.
A nonaqueous electrolyte secondary battery comprising a sealed body that encloses: a positive electrode; a nonaqueous electrolyte solution; a negative electrode; and a separator that is formed of an electrically insulating material and is sandwiched between the positive electrode and the negative electrode, wherein the negative electrode is formed by coating a negative electrode active material layer, which contains a negative electrode active material and a binder, on a current collector, the negative electrode active material contains a titanium compound as a main component, the titanium compound having an average particle diameter of 0.1 - 20.0 μm, the binder is an acid-modified PVdF obtained by introducing a carboxyl group into a polyvinylidene fluoride (PVdF), and a negative electrode water content in the sealed body is 400 ppm or less; wherein a ratio of a carboxyl group-containing monomer unit in the acid-modified PVdF is 0.05 mol% - 1.0 mol% of all monomer units in the acid-modified PVdF. a positive electrode; a nonaqueous electrolyte solution; a negative electrode; and a separator that is formed of an electrically insulating material and is sandwiched between the positive electrode and the negative electrode, wherein
A wearable device , comprising: a housing having a back cover ; the back cover including a set of windows arranged around a central portion of the back cover, wherein, a first subset of windows have a first shape; a second subset of windows have a second shape different than the first shape; and the first subset of windows alternate with the second subset of windows ; a first set of optical barriers surrounding each window of the second subset of windows ; a set of light emitters configured to emit light through each of the first subset of windows ; and a set of light detectors configured to receive light through each of the second subset of windows . a housing having a back cover ; the back cover including a set of windows arranged around a central portion of the back cover, wherein, a first subset of windows have a first shape; a second subset of windows have a second shape different than the first shape; and the first subset of windows alternate with the second subset of windows ; a first subset of windows have a first shape; a second subset of windows have a second shape different than the first shape; and the first subset of windows alternate with the second subset of windows ; a first set of optical barriers surrounding each window of the second subset of windows ; a set of light emitters configured to emit light through each of the first subset of windows ; and a set of light detectors configured to receive light through each of the second subset of windows .
A vehicle door, in particular a passenger door for a public transport vehicle, with a window frame for accommodating a window, wherein the window frame has at least one frame member (2a-c) for accommodating a respective window edge of the window, and with a door frame for accommodating the window frame , wherein the door frame has at least one door profile , wherein the at least one frame member (2a-c) has one window profile each, wherein the at least one window profile is positively engaged with a respective door profile with respect to a movement in a release direction perpendicular to the window edge accommodated by the respective frame member (2a-c), characterized in that the release direction is situated in the plane in which the window extends, wherein the positive engagement between the at least one window profile and the respective door profile forms a snap-in connection, wherein the at least one door profile comprises snap-in hooks (8a, b), which move resiliently towards each other, for grasping behind projections (9a, b) of the respective window profile when establishing the positive engagement, or that the at least one window profile comprises snap-in hooks, which move resiliently towards each other, for grasping behind projections of the respective door profile when establishing the positive engagement.