mhurhangee/patent-ind-claim-en huggingface dataset:
Support device of an engine support structure of a motor vehicle comprising at least a support part , comprising an upper face and a lower face defining between them a hollow volume , and at least one fixation device intended to attach the support part to a vehicle body, wherein the fixation device comprises a fixation part and a base part extending at least partially inside the hollow volume of the support part , at least a portion of the upper face and at least a portion of the lower face being applied against at least a portion of the base part on either side of said base part , characterized in that the fixation part and the base part are formed of at least two distinct parts attached together, the fixation part being attached at its lower end portion to the base part , said lower end portion extending in the hollow volume , the fixation part comprising an upper end portion protruding from the support part .
A riding lawn mower , comprising: a seat for a user to sit thereon; a chassis configured to support the seat; a cutting assembly mounted to the chassis , the cutting assembly comprising a cutting member for cutting grass; a walking assembly configured to drive the riding lawn mower to walk on a plane; an electric motor for driving the walking assembly ; a start button ; and a steering wheel assembly , comprising a steering wheel operable by the user and a connecting rod configured to connect the steering wheel and the chassis ; wherein the steering wheel assembly further comprises: a mounting assembly, connecting the steering wheel and the connecting rod ; a control circuit having a first state that permits the motor to start and a second state that prevents the motor from starting; the riding lawn mower being characterized in that it further comprisies: an operating member operable to switch the control circuit into the first state; wherein the operating member is mounted to the steering wheel or the mounting assembly, wherein the operating member is coupled to a switch , and the operating member is operable to actuate the switch ,and wherein, when the start button is pressed and the switch is actuated by the operating member , the control circuit is switched into the first state. a seat for a user to sit thereon; a chassis configured to support the seat; a cutting assembly mounted to the chassis , the cutting assembly comprising a cutting member for cutting grass; a walking assembly configured to drive the riding lawn mower to walk on a plane; an electric motor for driving the walking assembly ; a start button ; and a steering wheel assembly , comprising a steering wheel operable by the user and a connecting rod configured to connect the steering wheel and the chassis ; wherein the steering wheel assembly further comprises: a mounting assembly, connecting the steering wheel and the connecting rod ; a control circuit having a first state that permits the motor to start and a second state that prevents the motor from starting; a mounting assembly, connecting the steering wheel and the connecting rod ; a control circuit having a first state that permits the motor to start and a second state that prevents the motor from starting; an operating member operable to switch the control circuit into the first state; wherein the operating member is mounted to the steering wheel or the mounting assembly, wherein the operating member is coupled to a switch , and the operating member is operable to actuate the switch ,and wherein, when the start button is pressed and the switch is actuated by the operating member , the control circuit is switched into the first state.
A method for preparing a reinforcing rod for reinforced concrete, comprising: - a providing step consisting in providing a reinforcing rod comprising an extension portion provided, over its external surface, with hooking asperities , and an end portion, - an upsetting step consisting in exerting cold mechanical stresses on the end portion in an upsetting direction which is substantially parallel to an extension direction (De) of the reinforcing rod and according to a first stress direction (S1), - a threading step consisting in forming a threading on the upset end portion , the method being characterized in that it comprises: - a normalization step consisting in exerting cold mechanical stresses on the upset end portion in a stress direction which is substantially parallel to the upsetting direction and according to a second stress direction (S2) which is opposite to the first stress direction (S1). - a providing step consisting in providing a reinforcing rod comprising an extension portion provided, over its external surface, with hooking asperities , and an end portion, - an upsetting step consisting in exerting cold mechanical stresses on the end portion in an upsetting direction which is substantially parallel to an extension direction (De) of the reinforcing rod and according to a first stress direction (S1), - a threading step consisting in forming a threading on the upset end portion , - a normalization step consisting in exerting cold mechanical stresses on the upset end portion in a stress direction which is substantially parallel to the upsetting direction and according to a second stress direction (S2) which is opposite to the first stress direction (S1).
Covering device for covering a fastening area of a roof for the purpose of fastening a solar panel or a photovoltaic module, comprising a metal plate having a recess for a roof hook , having a deformable fitting area , wherein the fitting area is a lower area of the metal plate in the mounted state, and having a covering area , wherein the covering area has corrugations comprising wavy, sawtooth, rectangular and/or trapezoidal patterns provided on the upper and lower surfaces of the metal plate , and a rubber sleeve enclosing the recess .
Motor vehicle lock for a motor vehicle door arrangement , a lock striker plate and a locking pawl which is assigned to the lock striker plate being provided, it being possible for the lock striker plate to be moved into an open position and into a closed position, the lock striker plate which is situated in the closed position being in engagement or capable of being brought into engagement with a lock striker or the like, it being possible for the locking pawl to be moved into a locked position, in which it fixes the lock striker plate in the closed position, and it being possible for the locking pawl to be disengaged into a release position, in which it releases the lock striker plate , it being possible for the locking pawl to be moved into a release position by means of an actuating arrangement , the motor vehicle lock being equipped with a crash element which, in order to avoid crash-induced disengaging of the locking pawl by way of a component of the motor vehicle door arrangement , in particular an exterior door skin , as a result of its crash-induced deformation, can be adjusted into a crash position, and, for this purpose, the crash element which is situated in the crash position blocking the locking pawl and/or the actuating arrangement or decoupling the actuating arrangement from the locking pawl , characterized in that a crash element mount is provided which is configured as a linear guide and in which the crash element is guided displaceably.
Method for degradation of plastics comprising the steps: (i) provision of at least one plastic in at least one solvent in a reactor; (ii) addition of at least one catalyst, selected from alcoholate; (iii) treatment of the mixture obtained in step (ii) at elevated temperatures of 30-250 °C and/or at elevated pressures from > 1 to 100 bar; and (iv) optionally separation of the mixture obtained in step (iii), wherein the at least one plastic is polyurethane, and wherein the solvent is methanol or ethanol. (i) provision of at least one plastic in at least one solvent in a reactor; (ii) addition of at least one catalyst, selected from alcoholate; (iii) treatment of the mixture obtained in step (ii) at elevated temperatures of 30-250 °C and/or at elevated pressures from > 1 to 100 bar; and (iv) optionally separation of the mixture obtained in step (iii), wherein the at least one plastic is polyurethane, and wherein the solvent is methanol or ethanol.
A coil-in-coil spring (10; 100), comprising a continuous wire forming an inner coil having a substantially conical shape and an outer coil extending around the inner coil and having a substantially cylindrical shape, wherein the inner coil includes a plurality of helical convolutions (31-38) and an upper end convolution , the plurality of helical convolutions (31-38) of the inner coil extending from a lower end of the coil-in-coil spring (10; 100) to the upper end convolution of the inner coil , wherein the outer coil includes a plurality of helical convolutions (41-44) and an upper end convolution , the plurality of helical convolutions (41-44) of the outer coil extending from the lower end of the coil-in-coil spring (10; 100) to the upper end convolution of the outer coil , and wherein the continuous wire defines a pitch between each of the plurality of helical convolutions (31-38) of the inner coil , and wherein the pitch between each of the plurality of helical convolutions (31-38) of the inner coil progressively decreases as the plurality of helical convolutions (31-38) of the inner coil extend from the lower end of the coil-in-coil spring to the upper end convolution of the inner coil . wherein the inner coil includes a plurality of helical convolutions (31-38) and an upper end convolution , the plurality of helical convolutions (31-38) of the inner coil extending from a lower end of the coil-in-coil spring (10; 100) to the upper end convolution of the inner coil , wherein the outer coil includes a plurality of helical convolutions (41-44) and an upper end convolution , the plurality of helical convolutions (41-44) of the outer coil extending from the lower end of the coil-in-coil spring (10; 100) to the upper end convolution of the outer coil , and wherein the continuous wire defines a pitch between each of the plurality of helical convolutions (31-38) of the inner coil , and wherein the pitch between each of the plurality of helical convolutions (31-38) of the inner coil progressively decreases as the plurality of helical convolutions (31-38) of the inner coil extend from the lower end of the coil-in-coil spring to the upper end convolution of the inner coil .
A mucoadhesive formulation comprising: a composition comprising a clathrate host and water, wherein the clathrate host is capable of enclosing water and is a clathrate of glycerin and polyacrylate, free water at a concentration of less than 75% wherein free water is water in the formulation that is not a component of the composition, wherein the free water is at a concentration that is at least as high as the concentration of water from the aqueous clathrate host composition, and xylitol at a concentration of at least 25% of the concentration of the free water in the formulation and at least 10% of the formulation, and the relative concentration of the aqueous clathrate host composition and xylitol is between 1:2 and 1:8; wherein the mucoadhesive formulation is effective in holding xylitol and water in place on a mucosal surface. a composition comprising a clathrate host and water, wherein the clathrate host is capable of enclosing water and is a clathrate of glycerin and polyacrylate, free water at a concentration of less than 75% wherein free water is water in the formulation that is not a component of the composition, wherein the free water is at a concentration that is at least as high as the concentration of water from the aqueous clathrate host composition, and xylitol at a concentration of at least 25% of the concentration of the free water in the formulation and at least 10% of the formulation, and the relative concentration of the aqueous clathrate host composition and xylitol is between 1:2 and 1:8; wherein the mucoadhesive formulation is effective in holding xylitol and water in place on a mucosal surface.
Composition for use in therapeutic or prophylactic treatment of an amoebic gill disease in fish by treatment of mucus on fish gills, wherein the composition comprises an extruded fish feed supplemented with arginine; said fish feed comprising protein, binder, fat, vitamins and minerals; and a total arginine content of the fish feed is at least 3.0% (wt/wt) of a total feed weight.
A face mask assembly, comprising: a frame, comprising a frame body provided with an air intake port ; a connecting member , comprising a first end hinged to the air intake port and a second end having a forehead support fixedly provided thereon and configured to communicate with an air intake tube; the forehead support comprising a fitting part that can be fitted to the forehead, wherein, the air intake port is ball-hinged to the first end of the connecting member , wherein the first end of the connecting member includes a first limiting part arranged on the outer surface, the inner surface of the air intake port includes a second limiting part fitted with the first limiting part , wherein the outer surface of the first end of the connecting member is a truncated spherical surface , wherein the forehead support comprises a fixing part fixedly provided on the second end of the connecting member , and a connecting part connecting the fitting part and the fixing part, characterised in that the first limiting part and the second limiting part are fitted with each other to prevent the connecting member from rotating within the air intake port around the axis of the air intake port . a frame, comprising a frame body provided with an air intake port ; a connecting member , comprising a first end hinged to the air intake port and a second end having a forehead support fixedly provided thereon and configured to communicate with an air intake tube; the forehead support comprising a fitting part that can be fitted to the forehead, wherein, the air intake port is ball-hinged to the first end of the connecting member , wherein the first end of the connecting member includes a first limiting part arranged on the outer surface, the inner surface of the air intake port includes a second limiting part fitted with the first limiting part , wherein the outer surface of the first end of the connecting member is a truncated spherical surface , wherein the forehead support comprises a fixing part fixedly provided on the second end of the connecting member , and a connecting part connecting the fitting part and the fixing part, characterised in that the first limiting part and the second limiting part are fitted with each other to prevent the connecting member from rotating within the air intake port around the axis of the air intake port .
A system for determining a position of a working end of a driven instrument , comprising: a tool member handle ; an elongated tubular member having a cannula therein; a hub extending along a longitudinal axis and connected to the elongated tubular member; and a tracking device connected to the hub, the tracking device including a plurality of tracking members ; wherein the hub is configured to be connected to the tool motor handle having a tool motor to drive a shaft and characterized in that the tracking device has an external transverse dimension transverse to the longitudinal axis of the hub, less than at least an external cross-sectional dimension transverse to a longitudinal axis of a distal end of the tool motor handle; wherein the hub includes a plurality of walls extending from an external surface, the walls defining a plurality of recessed wells ; wherein each tracking member is held within a recessed well ; and wherein the elongated tubular member, the hub, the tracking device the shaft, and the working end are configured as an assembly and attached to the tool motor handle as a single unit. a tool member handle ; an elongated tubular member having a cannula therein; a hub extending along a longitudinal axis and connected to the elongated tubular member; and a tracking device connected to the hub, the tracking device including a plurality of tracking members ; wherein the hub is configured to be connected to the tool motor handle having a tool motor to drive a shaft and characterized in that the tracking device has an external transverse dimension transverse to the longitudinal axis of the hub, less than at least an external cross-sectional dimension transverse to a longitudinal axis of a distal end of the tool motor handle; wherein each tracking member is held within a recessed well ; and wherein the elongated tubular member, the hub, the tracking device the shaft, and the working end are configured as an assembly and attached to the tool motor handle as a single unit.
Device for adjusting the irradiance, with a radiation source ; and two neutral density filters movably arranged in front of the radiation source , wherein the neutral density filters can be moved into the beam path of the radiation source or out of the beam path of the radiation source and can be arranged one behind the other in the beam path of the radiation emitted by the radiation source, characterized in that both neutral density filters each extend over a segment of one of two cylindrical surfaces spaced at different radii from a common cylinder axis on which the radiation source is located, wherein both neutral density filters are each pivotable along the respective cylindrical surface independently of one another around the radiation source . a radiation source ; and two neutral density filters movably arranged in front of the radiation source , wherein the neutral density filters can be moved into the beam path of the radiation source or out of the beam path of the radiation source and can be arranged one behind the other in the beam path of the radiation emitted by the radiation source,
A method for facilitating over-the-air synchronization between base stations in a wireless communications network, the method comprising: determining by a base station in need of synchronization that a first neighbor cell of a plurality of neighbor cells is interfering with or is likely to interfere with a signal, from a second neighbor cell, said signal is used for synchronization; and sending by the base station in need of synchronization , towards a base station associated with the first neighbor cell, a request for activation of a reference signal muting pattern by the first neighbor cell, the request including information identifying the second neighbor cell or a stratum of the second neighbor cell, selecting by the base station associated with the first neighbor cell a reference signal muting pattern matching at least in part a synchronization pattern of the second neighbor cell. determining by a base station in need of synchronization that a first neighbor cell of a plurality of neighbor cells is interfering with or is likely to interfere with a signal, from a second neighbor cell, said signal is used for synchronization; and sending by the base station in need of synchronization , towards a base station associated with the first neighbor cell, a request for activation of a reference signal muting pattern by the first neighbor cell, the request including information identifying the second neighbor cell or a stratum of the second neighbor cell, selecting by the base station associated with the first neighbor cell a reference signal muting pattern matching at least in part a synchronization pattern of the second neighbor cell.
A nicotine powder inhaler comprising: a body extending between a mouthpiece portion and a distal end portion ; two or three co-extensive airflow channels fluidly connecting to an outlet channel via a swirl generator , extending between the mouthpiece portion and a distal end portion , wherein the swirl generator element is configured to induce a rotational movement of airflow moving through the body of the inhaler; a nicotine powder receptacle disposed along the airflow channels and comprising a dose of nicotine powder comprising nicotine salt and; a flavour delivery element in fluid connection with the airflow channels; wherein the dose of nicotine powder can be inhaled into lungs of a user at an inhalation rate of less than about 5 L/min. a body extending between a mouthpiece portion and a distal end portion ; two or three co-extensive airflow channels fluidly connecting to an outlet channel via a swirl generator , extending between the mouthpiece portion and a distal end portion , wherein the swirl generator element is configured to induce a rotational movement of airflow moving through the body of the inhaler; a nicotine powder receptacle disposed along the airflow channels and comprising a dose of nicotine powder comprising nicotine salt and; a flavour delivery element in fluid connection with the airflow channels; wherein the dose of nicotine powder can be inhaled into lungs of a user at an inhalation rate of less than about 5 L/min.
Changeover switch for medium voltage switchgear, which changeover switch comprises: - a first terminal body - a second terminal body - two elongate pole bodies arranged parallel to each other and rotatable arranged with first ends on opposite sides of, and in direct contact with the first terminal body around a rotation axis , wherein the two elongate pole bodies are rotatable between an open position and a closed position, wherein the second ends of the two elongate pole bodies are positioned in direct contact with opposite sides of the second terminal body ; and - spring means arranged between the two elongate pole bodies to urge the pole bodies towards each other, characterized in that - the spring means comprise two leaf springs , which leaf springs are connected with one of the center parts or the ends to each other and with the other of the center parts or the ends to each of the elongate pole bodies respectively, and - at least one spacer is arranged between the two leaf springs in order to adjust the pretension of the leaf springs . - a first terminal body - a second terminal body - two elongate pole bodies arranged parallel to each other and rotatable arranged with first ends on opposite sides of, and in direct contact with the first terminal body around a rotation axis , wherein the two elongate pole bodies are rotatable between an open position and a closed position, wherein the second ends of the two elongate pole bodies are positioned in direct contact with opposite sides of the second terminal body ; and - spring means arranged between the two elongate pole bodies to urge the pole bodies towards each other, characterized in that - the spring means comprise two leaf springs , which leaf springs are connected with one of the center parts or the ends to each other and with the other of the center parts or the ends to each of the elongate pole bodies respectively, and - at least one spacer is arranged between the two leaf springs in order to adjust the pretension of the leaf springs .
A method of providing torque-assist to a rotary shaft of an internal combustion engine , the method comprising: determining a rate at which the exhaust gas recirculation valve opens and/or closes; assisting the rotation of the rotary shaft using an electric machine in response to the operation of an exhaust gas recirculation valve , wherein there is a delay between the opening of the exhaust gas recirculation valve and assisting the rotation of the rotary shaft using the electric machine ; and wherein a level of torque assist and/or a rate at which torque assist is provided is based on the rate at which the EGR valve opens and/or closes. determining a rate at which the exhaust gas recirculation valve opens and/or closes; assisting the rotation of the rotary shaft using an electric machine in response to the operation of an exhaust gas recirculation valve , wherein there is a delay between the opening of the exhaust gas recirculation valve and assisting the rotation of the rotary shaft using the electric machine ; and wherein a level of torque assist and/or a rate at which torque assist is provided is based on the rate at which the EGR valve opens and/or closes.