mhurhangee/patent-ind-claim-en huggingface dataset:
Method of treatment and/or regeneration of spent bleaching earths from a plant for the production of biofuels characterized by the steps of: (a) Mixing the spent bleaching earths with neutral and/or gummy acid water from a plant for the production of biofuels and pre-treating the mixture with a base until a neutral pH is achieved; (b) subjecting the neutralised mixture to anaerobic digestion by contact with a bacterial biomass at a temperature below 100°C, preferably between 50°C and 80°C, resulting in the formation of a solid/liquid suspension and simultaneous development of biogas; (c) separating the solid/liquid suspension into a solid component comprising bleaching earths and a liquid component comprising digestate; (d) subjecting the solid component, comprising the bleaching earths, to heat treatment at a temperature between 400°C and 600°C, preferably between 400°C and 500°C; (e) subjecting the solid component comprising the bleaching earths to a reactivation step by contact with an acid solution; (f) subjecting the solid component comprising the bleaching earths, to a drying heat treatment. (a) Mixing the spent bleaching earths with neutral and/or gummy acid water from a plant for the production of biofuels and pre-treating the mixture with a base until a neutral pH is achieved; (b) subjecting the neutralised mixture to anaerobic digestion by contact with a bacterial biomass at a temperature below 100°C, preferably between 50°C and 80°C, resulting in the formation of a solid/liquid suspension and simultaneous development of biogas; (c) separating the solid/liquid suspension into a solid component comprising bleaching earths and a liquid component comprising digestate; (d) subjecting the solid component, comprising the bleaching earths, to heat treatment at a temperature between 400°C and 600°C, preferably between 400°C and 500°C; (e) subjecting the solid component comprising the bleaching earths to a reactivation step by contact with an acid solution; (f) subjecting the solid component comprising the bleaching earths, to a drying heat treatment.
Hydraulic arrangement comprising a plurality of hydraulic operative modules (3', 3", 6) of a work vehicle, a tank and a transmission lubrication arrangement ; said hydraulic arrangement further comprising a return conduit fluidly connected to a discharge of each of said hydraulic operative modules , said hydraulic arrangement further comprises valve means fluidly interposed between said return conduit , said tank and said transmission lubrication arrangement of said work vehicle, said valve means being configured to subdivide the flow of fluid in said return conduit between said tank and said transmission lubrication system in order to maintain a preset maximum pressure in said return conduit ; said hydraulic arrangement is characterized in that said valve means comprises a valve controlled by the equilibrium of a first pressure pilot signal taken on a conduit fluidly connecting said valve to said tank and a second pressure pilot signal taken on a conduit fluidly connecting said valve to said transmission lubrication system , said first and second pilot signals acting on opposite sides of a spool of said valve .
An electric toothbrush for use by an operator and capable of being connected to a suction device, the electric toothbrush comprising: ahead including a plurality of bristles ; an irrigation port interspersed between the plurality of bristles; an injection port in fluid communication with the irrigation port; a suction port located along edges or side surfaces of the head; and a handle coupled to the head including: a user interface configured to receive feedback from the operator a suction connection in fluid communication with the suction port via internal tubing and configured to be coupled to the suction device; a ventilation port , the ventilation port in fluid communication with the suction port and the suction connection by extending into the internal tubing, the ventilation port permitting suction from the suction device to the suction port; and a controller configured to actuate at least one of rotation, oscillation, and vibration of the plurality of bristles in response to the predetermined feedback from the operator through the user interface. ahead including a plurality of bristles ; an irrigation port interspersed between the plurality of bristles; an injection port in fluid communication with the irrigation port; a suction port located along edges or side surfaces of the head; and a handle coupled to the head including: a user interface configured to receive feedback from the operator a suction connection in fluid communication with the suction port via internal tubing and configured to be coupled to the suction device; a ventilation port , the ventilation port in fluid communication with the suction port and the suction connection by extending into the internal tubing, the ventilation port permitting suction from the suction device to the suction port; and a controller configured to actuate at least one of rotation, oscillation, and vibration of the plurality of bristles in response to the predetermined feedback from the operator through the user interface. a user interface configured to receive feedback from the operator a suction connection in fluid communication with the suction port via internal tubing and configured to be coupled to the suction device; a ventilation port , the ventilation port in fluid communication with the suction port and the suction connection by extending into the internal tubing, the ventilation port permitting suction from the suction device to the suction port; and a controller configured to actuate at least one of rotation, oscillation, and vibration of the plurality of bristles in response to the predetermined feedback from the operator through the user interface.
An insulation device for a loft opening , the device comprising an insulating body portion adapted to fit within the loft opening and a skirt portion extending around at least a part of a periphery of the insulating body portion , wherein the skirt portion is adapted to be moveable relative to the insulating body portion , wherein the insulating body portion and the skirt portion are joined to one another by means of a stiffened seam which provides an axis about which the skirt portion may move relative to the insulating body portion , characterised in that the skirt portion has a pillow-like structure that is filled with an insulating material.
A device for executing a Remote Direct Memory Access, RDMA, operation in a memory , wherein the device is configured to: receive a packet including a first destination address , a destination key , one or more first offset addresses , and one or more offset keys , wherein the first destination address is a virtual address of a virtual memory of the device; obtain one or more offset values based on the one or more first offset addresses and the one or more offset keys ; obtain a second destination address based on the first destination address , the destination key , and the one or more offset values ; and initiate the RDMA operation in the memory based on the second destination address . receive a packet including a first destination address , a destination key , one or more first offset addresses , and one or more offset keys , wherein the first destination address is a virtual address of a virtual memory of the device; obtain one or more offset values based on the one or more first offset addresses and the one or more offset keys ; obtain a second destination address based on the first destination address , the destination key , and the one or more offset values ; and initiate the RDMA operation in the memory based on the second destination address .
A laptop computer , comprising: a screen portion comprising a screen layer and a transmitter layer , wherein the transmitter layer: is integrated between a back-light layer and a frame of the laptop computer; and comprises a radio frequency integrated circuit and at least two or more antennas configured to transmit radio frequency, RF, power waves that converge to form constructive interference at a location of a receiver that is not in contact with the laptop computer, wherein the radio frequency integrated circuit is configured to adjust phases and/or relative magnitudes of the RF power waves to control formation of the constructive interference; and a communication component configured to communicate information with the receiver that is used to determine the location of the receiver. a screen portion comprising a screen layer and a transmitter layer , wherein the transmitter layer: is integrated between a back-light layer and a frame of the laptop computer; and comprises a radio frequency integrated circuit and at least two or more antennas configured to transmit radio frequency, RF, power waves that converge to form constructive interference at a location of a receiver that is not in contact with the laptop computer, wherein the radio frequency integrated circuit is configured to adjust phases and/or relative magnitudes of the RF power waves to control formation of the constructive interference; and is integrated between a back-light layer and a frame of the laptop computer; and comprises a radio frequency integrated circuit and at least two or more antennas configured to transmit radio frequency, RF, power waves that converge to form constructive interference at a location of a receiver that is not in contact with the laptop computer, wherein the radio frequency integrated circuit is configured to adjust phases and/or relative magnitudes of the RF power waves to control formation of the constructive interference; and a communication component configured to communicate information with the receiver that is used to determine the location of the receiver.
A mouthpiece for a dental cleaning system, comprising: a base ; an inner arch for positioning adjacent an inner surface of the teeth of a jaw of a user; and an outer arch for positioning adjacent an outer surface of the teeth of the jaw, an actuator coupling for connection to an actuator for applying motion to the inner arch and/or the outer arch, relative to the base, wherein the base , the inner arch and the outer arch are coupled by a coupling arrangement , wherein the coupling arrangement couples to adjacent regions of the inner and outer arches, and converts motion of said region of one of the inner and outer arches in one direction relative to the base to motion in an opposite direction relative to the base of said region of the other of the inner and outer arches. a base ; an inner arch for positioning adjacent an inner surface of the teeth of a jaw of a user; and an outer arch for positioning adjacent an outer surface of the teeth of the jaw, an actuator coupling for connection to an actuator for applying motion to the inner arch and/or the outer arch, relative to the base, wherein the base , the inner arch and the outer arch are coupled by a coupling arrangement , wherein the coupling arrangement couples to adjacent regions of the inner and outer arches, and converts motion of said region of one of the inner and outer arches in one direction relative to the base to motion in an opposite direction relative to the base of said region of the other of the inner and outer arches.
An ironing machine with an adjustable ironing angle, comprising a handle and an ironing head with an ironing surface and a water tank , a water pump , and a steam generator , the water pump being configured for delivering water to the steam generator, the steam generator being configured for heating the water to form steam, and the steam is released via steam outlets in the ironing surface to be used for ironing, wherein the handle and the ironing head are rotatably connected around a horizontal axis so that an angle between the handle and the ironing surface will be changed after the handle and the ironing head rotate relatively, a locking structure is arranged at a joint of the handle and the ironing head and is provided with an unlocking part , and the unlocking part can be operated to unlock the locking structure to allow the handle and the ironing head to rotate around the horizontal axis, and can be released to lock the handle and the ironing head by the locking structure so as to prevent the handle and the ironing head from rotating around the horizontal axis (X); characterized in that : the locking structure comprises an outer gear and an inner socket which are separately disposed on the handle and the ironing head, and the outer gear and the inner socket are coaxial with the horizontal axis and are able to move relatively in an axial direction of the horizontal axis to be engaged or disengaged; when the outer gear and the inner socket are engaged, the handle and the ironing head are locked by the locking structure; and when the outer gear and the inner socket are disengaged, the handle and the ironing head are able to rotate around the horizontal axis; wherein the unlocking part is a portion or a component, extending outwards in the axial direction of the horizontal axis, of the outer gear or the inner socket. the locking structure comprises an outer gear and an inner socket which are separately disposed on the handle and the ironing head, and the outer gear and the inner socket are coaxial with the horizontal axis and are able to move relatively in an axial direction of the horizontal axis to be engaged or disengaged; when the outer gear and the inner socket are engaged, the handle and the ironing head are locked by the locking structure; and when the outer gear and the inner socket are disengaged, the handle and the ironing head are able to rotate around the horizontal axis; wherein the unlocking part is a portion or a component, extending outwards in the axial direction of the horizontal axis, of the outer gear or the inner socket.
A drug delivery system for delivering a substance into a subject, comprising: a housing for carrying the substance within; a guide member configured for insertion at least partially into a nasal cavity of the subject, the guide member having at least one lumen defined therethrough; a flexible member translatable through the at least one lumen of the guide member , wherein the flexible member defines a curved portion and further defines one or more openings at a distal end of the curved portion , wherein the curved portion extends at a predetermined curvature relative to the flexible member ; an alignment guide extending from the housing such that the alignment guide and guide member define an angle configured for positioning the curved portion within a predetermined position within the nasal cavity, wherein the flexible member is translatable relative to the guide member from an undeployed configuration to a deployed configuration, characterized in that the guide member and flexible member are rotatable relative to the alignment guide for repositioning the curved portion . a housing for carrying the substance within; a guide member configured for insertion at least partially into a nasal cavity of the subject, the guide member having at least one lumen defined therethrough; a flexible member translatable through the at least one lumen of the guide member , wherein the flexible member defines a curved portion and further defines one or more openings at a distal end of the curved portion , wherein the curved portion extends at a predetermined curvature relative to the flexible member ; an alignment guide extending from the housing such that the alignment guide and guide member define an angle configured for positioning the curved portion within a predetermined position within the nasal cavity, wherein the flexible member is translatable relative to the guide member from an undeployed configuration to a deployed configuration, characterized in that the guide member and flexible member are rotatable relative to the alignment guide for repositioning the curved portion .
A method for operating a wind turbine , comprising: - determining a value of a wind speed of an incident air mass at the wind turbine ; - setting a first threshold value in dependence on a power output of the wind turbine , wherein the first threshold value is set so as to be lower if the power output is higher; - if the determined value of the wind speed is greater than the first threshold value for the wind speed: - reducing a rotational speed of a rotor of the wind turbine, and - maintaining or increasing a generator torque acting upon the rotor ; - if the determined value of the wind speed is greater than a second threshold value for the wind speed, the second threshold value being greater than the first threshold value : - reducing the rotational speed of the rotor , and - reducing the generator torque acting upon the rotor. - determining a value of a wind speed of an incident air mass at the wind turbine ; - setting a first threshold value in dependence on a power output of the wind turbine , wherein the first threshold value is set so as to be lower if the power output is higher; - if the determined value of the wind speed is greater than the first threshold value for the wind speed: - reducing a rotational speed of a rotor of the wind turbine, and - maintaining or increasing a generator torque acting upon the rotor ; - if the determined value of the wind speed is greater than a second threshold value for the wind speed, the second threshold value being greater than the first threshold value : - reducing the rotational speed of the rotor , and - reducing the generator torque acting upon the rotor. - reducing a rotational speed of a rotor of the wind turbine, and - maintaining or increasing a generator torque acting upon the rotor ; - if the determined value of the wind speed is greater than a second threshold value for the wind speed, the second threshold value being greater than the first threshold value : - reducing the rotational speed of the rotor , and - reducing the generator torque acting upon the rotor.
An aerosol generator, comprising an atomizing module including: an annular vibration plate having a first hole and including an electrical contact arranged on a surface of the annular vibration plate ; a microporous member disposed on the vibration plate and covering the first hole ; a circuit board electrically coupled to the electrical contact and arranged at a side of the vibration plate , wherein the circuit board and the vibration plate have a gap (G) therebetween, and a projected region defined by orthogonally projecting the circuit board onto the surface of the vibration plate partially overlaps the vibration plate , wherein the atomizing module includes a solder fixed to the electrical contact and the circuit board so as to establish an electrical connection between the electrical contact and the circuit board , wherein the vibration plate is sequentially defined as an annular inner segment , an annular middle segment , and an annular outer segment along a direction away from the first hole ; a width ratio of the inner segment , the middle segment , and the outer segment in a radius of the vibration plate is 1: 3: 3; and the electrical contact is arranged on at least one of the middle segment and the outer segment , and characterized in that , the circuit board includes an external connecting arm arranged directly above at least one of the middle segment and the outer segment , and the solder connects the electrical contact and the external connecting arm . an annular vibration plate having a first hole and including an electrical contact arranged on a surface of the annular vibration plate ; a microporous member disposed on the vibration plate and covering the first hole ; a circuit board electrically coupled to the electrical contact and arranged at a side of the vibration plate , wherein the circuit board and the vibration plate have a gap (G) therebetween, and a projected region defined by orthogonally projecting the circuit board onto the surface of the vibration plate partially overlaps the vibration plate , wherein the atomizing module includes a solder fixed to the electrical contact and the circuit board so as to establish an electrical connection between the electrical contact and the circuit board , wherein the vibration plate is sequentially defined as an annular inner segment , an annular middle segment , and an annular outer segment along a direction away from the first hole ; a width ratio of the inner segment , the middle segment , and the outer segment in a radius of the vibration plate is 1: 3: 3; and the electrical contact is arranged on at least one of the middle segment and the outer segment , and characterized in that , the circuit board includes an external connecting arm arranged directly above at least one of the middle segment and the outer segment , and the solder connects the electrical contact and the external connecting arm .
A transparent display device comprising: a first substrate including pixel areas (PA), wherein each of the pixel areas (PA) includes an emitting area (EA), wherein a light-emitting structure is provided in the emitting area (EA) of the first substrate , and a transmitting area (TA), the transmitting area (TA) configured to transmit external light therethrough, a second substrate facing the first substrate ; and an anti-reflection, hereinafter called AR, structure on at least one of the first and the second substrate and covering the emitting areas (EA) and the transmitting areas (TA) of the pixel areas (PA), wherein the AR structure includes a reflection-preventing layer and a color-compensating layer stacked on each other, and the color-compensating layer includes a blue dye or a blue pigment in order to compensate for a color variation realized by insulating films stacked on the transmitting area (TA). a first substrate including pixel areas (PA), wherein each of the pixel areas (PA) includes an emitting area (EA), wherein a light-emitting structure is provided in the emitting area (EA) of the first substrate , and a transmitting area (TA), the transmitting area (TA) configured to transmit external light therethrough, a second substrate facing the first substrate ; and an anti-reflection, hereinafter called AR, structure on at least one of the first and the second substrate and covering the emitting areas (EA) and the transmitting areas (TA) of the pixel areas (PA), wherein the AR structure includes a reflection-preventing layer and a color-compensating layer stacked on each other, and the color-compensating layer includes a blue dye or a blue pigment in order to compensate for a color variation realized by insulating films stacked on the transmitting area (TA).