mhurhangee/patent-ind-claim-en huggingface dataset:
A plant comprising: an integrated lime hydrator comprising at least one first stage housing equipped with an adjustable control weir , a water supply , a paddle set and a quicklime supply , operative to produce hydrated lime; and a second stage housing equipped with a paddle set and a hydrated lime supply from the first stage housing operative to produce cured hydrated lime; wherein the integrated lime hydrator is integrated with a distribution device equipped with a water supply and a cured hydrated lime supply from the second stage housing, the distribution device operative to produce moistened hydrated lime and to distribute the moistened hydrated lime, and a reactor equipped with a flow of flue gas and a moistened hydrated lime supply from the distribution device operative for moistened hydrated lime distribution within the flow of flue gas for a reduction in flue gas acid gas to produce cleaned flue gas. an integrated lime hydrator comprising at least one first stage housing equipped with an adjustable control weir , a water supply , a paddle set and a quicklime supply , operative to produce hydrated lime; and a second stage housing equipped with a paddle set and a hydrated lime supply from the first stage housing operative to produce cured hydrated lime; wherein at least one first stage housing equipped with an adjustable control weir , a water supply , a paddle set and a quicklime supply , operative to produce hydrated lime; and a second stage housing equipped with a paddle set and a hydrated lime supply from the first stage housing operative to produce cured hydrated lime; wherein the integrated lime hydrator is integrated with a distribution device equipped with a water supply and a cured hydrated lime supply from the second stage housing, the distribution device operative to produce moistened hydrated lime and to distribute the moistened hydrated lime, and a reactor equipped with a flow of flue gas and a moistened hydrated lime supply from the distribution device operative for moistened hydrated lime distribution within the flow of flue gas for a reduction in flue gas acid gas to produce cleaned flue gas. a distribution device equipped with a water supply and a cured hydrated lime supply from the second stage housing, the distribution device operative to produce moistened hydrated lime and to distribute the moistened hydrated lime, and a reactor equipped with a flow of flue gas and a moistened hydrated lime supply from the distribution device operative for moistened hydrated lime distribution within the flow of flue gas for a reduction in flue gas acid gas to produce cleaned flue gas.
Concrete sleeper for a railroad track, with a concrete body and a measuring device having a sensor for detecting loads and/or deformations acting on the concrete sleeper during operation, characterized in that the concrete sleeper has at least one recess formed by a hollow profile firmly and integrally connected to the concrete body of the concrete sleeper , into which the measuring device can be removably inserted or in which it is inserted, the hollow profile forming an exact contact surface for the measuring device and loads acting on the concrete sleeper being able to be transmitted directly via the hollow profile to the measuring device .
A pant-type absorbent article such as a pant diaper, a sanitary pant or incontinence pant, said article comprising an outer cover being disposed on a garment facing side of said absorbent article , said article having a front portion , a back portion and a crotch portion therebetween, said article comprising an absorbent core arranged in said crotch portion on a wearer facing side of said outer cover , said outer cover comprising a nonwoven fibrous material on a garment-facing side thereof and wherein a disposal tape comprising a tape adhesive zone is permanently attached at said tape adhesive zone to said outer cover in an attachment zone on said nonwoven fibrous material of said outer cover in said back portion of said article , said disposal tape having a folded pre-disposal configuration and an unfolded disposal configuration, characterized in that said outer cover attachment zone is constituted by a modified portion of said nonwoven fibrous material wherein a bond strength between said tape adhesive zone and said modified attachment zone is greater than a bond strength between said tape adhesive zone and a non-modified portion of said nonwoven fibrous material , and wherein said modified attachment zone has a modified cross section appearance, such that said nonwoven fibers are at least partly consolidated and/or flattened within said attachment zone .
A method for digesting electrochemical energy storage devices in connection with a subsequent recovery of valuable materials contained therein as secondary raw materials, in which method the energy storage devices are digested by a thermal treatment to remove the electrolyte and reactive substances before, in a downstream process, the thermally treated material is subjected to a treatment by means of which secondary raw materials present in the thermally treated material are separated from one another, characterized in that the thermal treatment is performed in an indirectly heated furnace under atmospheric pressure conditions or a slight overpressure with respect to the ambient pressure of up to 20 mbar and in a reducing atmosphere, and the course of the thermal treatment process is influenced via the reducing atmosphere as a control variable.
A method comprising receiving (S61), by a user plane entity of an inter mobile device information exchange service, from a control plane entity of said service hosting management functionality for said service, a forwarding rule for forwarding messages related to said service between participants of said service, wherein said user plane entity is located in a connection path between said control plane entity and a first participant of said service and in a connection path between said control plane entity and a second participant of said service, storing (S62) said forwarding rule in a rule storage, wherein each of forwarding rules stored in said rule storage is indicative of forwarding messages related to said service from a respective sender participant of said service to a respective receiver participant of said service, receiving (S63) a message from said first participant of said service, said message being indicative of said first participant of said service, and said message including, in TCP/UDP-payload of said message, a basic transport protocol port indicative of said service, deciding (S64) whether to forward said message to said second participant of said service based on said forwarding rule and said basic transport protocol port, and forwarding (S65), upon affirmative result of said deciding, said message to said second participant of said service. receiving (S61), by a user plane entity of an inter mobile device information exchange service, from a control plane entity of said service hosting management functionality for said service, a forwarding rule for forwarding messages related to said service between participants of said service, wherein said user plane entity is located in a connection path between said control plane entity and a first participant of said service and in a connection path between said control plane entity and a second participant of said service, storing (S62) said forwarding rule in a rule storage, wherein each of forwarding rules stored in said rule storage is indicative of forwarding messages related to said service from a respective sender participant of said service to a respective receiver participant of said service, receiving (S63) a message from said first participant of said service, said message being indicative of said first participant of said service, and said message including, in TCP/UDP-payload of said message, a basic transport protocol port indicative of said service, deciding (S64) whether to forward said message to said second participant of said service based on said forwarding rule and said basic transport protocol port, and forwarding (S65), upon affirmative result of said deciding, said message to said second participant of said service.
A method for the decontamination treatment of an organic product containing at least one active molecule selected from the group consisting of water-soluble molecules and at least one active molecule selected from the group consisting of water-insoluble molecules, comprising the following steps: - i) provision of a mixture comprising said organic product, - ii) treatment of the mixture by methanisation for 10 to 80 days at a temperature comprised between 30 and 60°C, iii) recovery of a digestate composed of water, mineral matter, organic matter and at least one water-insoluble active molecule, - iv) liquid/solid separation of the digestate, - v) treatment by composting of the solid phase obtained by liquid/solid separation of the digestate until obtaining a substrate wherein the amount of water-insoluble active molecules is reduced by at least 70% compared to the amount initially present in said solid phase, - vi) recovery of the substrate in the form of compost; - characterised in that the organic product comprises the treated seeds and that the active molecule selected from the group consisting of water-soluble molecules and the active molecule selected from the group consisting of water-insoluble molecules are selected from the fungicidal molecules, insecticidal molecules, herbicide molecules, human drugs, veterinary drugs, hormones and mixtures thereof. - i) provision of a mixture comprising said organic product, - ii) treatment of the mixture by methanisation for 10 to 80 days at a temperature comprised between 30 and 60°C, iii) recovery of a digestate composed of water, mineral matter, organic matter and at least one water-insoluble active molecule, - iv) liquid/solid separation of the digestate, - v) treatment by composting of the solid phase obtained by liquid/solid separation of the digestate until obtaining a substrate wherein the amount of water-insoluble active molecules is reduced by at least 70% compared to the amount initially present in said solid phase, - vi) recovery of the substrate in the form of compost; - characterised in that the organic product comprises the treated seeds and that the active molecule selected from the group consisting of water-soluble molecules and the active molecule selected from the group consisting of water-insoluble molecules are selected from the fungicidal molecules, insecticidal molecules, herbicide molecules, human drugs, veterinary drugs, hormones and mixtures thereof.
A bone removing device for removing a bone to be removed from a meat block, comprising: a transfer mechanism which transfers a meat block from an upstream side to a downstream side; a grip mechanism which includes first and second grip portions and an open-and-close actuator opening and closing a gap between the first and second grip portions and introduces a part of the bone in the meat block into the gap between the first and second grip portions ; and a drive mechanism which moves the grip mechanism so that the bone partially gripped by the grip mechanism is peeled off from the meat block, characterized in that the bone removing device further comprises a guide mechanism which includes first and second guide portions arranged along the transfer mechanism with a gap therebetween and guides a part of the bone in the meat block conveyed by the transfer mechanism to a gap between the first grip portions and the second grip portions through the gap. a transfer mechanism which transfers a meat block from an upstream side to a downstream side; a grip mechanism which includes first and second grip portions and an open-and-close actuator opening and closing a gap between the first and second grip portions and introduces a part of the bone in the meat block into the gap between the first and second grip portions ; and a drive mechanism which moves the grip mechanism so that the bone partially gripped by the grip mechanism is peeled off from the meat block, characterized in that the bone removing device further comprises a guide mechanism which includes first and second guide portions arranged along the transfer mechanism with a gap therebetween and guides a part of the bone in the meat block conveyed by the transfer mechanism to a gap between the first grip portions and the second grip portions through the gap.
A steering control apparatus that controls a motor used to turn a steered wheel of a vehicle, which synchronizes with a steering wheel , based on a command value (T 2 ∗ ), the command value being computed according to a target angle of an angle (θ p ) convertible to a wheel steering angle (θ w ) of the steered wheel , the target angle being determined by an onboard host control apparatus, the steering control apparatus comprising an electronic control unit, wherein: the electronic control unit is configured to compute a feedback control torque (Tfb) to be reflected in the command value (T 2 ∗ ) through execution of feedback control, the feedback control is control to cause a predetermined angle (θ p ) to follow the target angle (θ p ∗ ), the predetermined angle (θ p ) is the angle convertible to the wheel steering angle (θ w ) and detected through a first sensor; the electronic control unit is configured to compute a disturbance torque (T 1d ) based on the computed feedback control torque (T fb ) and the predetermined angle (θ p ), the disturbance torque is a torque that affects the predetermined angle and that is other than a torque to be generated by the motor ; and the electronic control unit is configured to correct the computed feedback control torque (Tfb) by using the computed disturbance torque; characterized in that the electronic control unit is configured to correct the command value (T 2 ∗ ) reflecting the corrected feedback control torque based on an applied torque (T h ), the applied torque is a torque to be applied to the steering wheel and detected through a second sensor. the electronic control unit is configured to compute a feedback control torque (Tfb) to be reflected in the command value (T 2 ∗ ) through execution of feedback control, the feedback control is control to cause a predetermined angle (θ p ) to follow the target angle (θ p ∗ ), the predetermined angle (θ p ) is the angle convertible to the wheel steering angle (θ w ) and detected through a first sensor; the electronic control unit is configured to compute a disturbance torque (T 1d ) based on the computed feedback control torque (T fb ) and the predetermined angle (θ p ), the disturbance torque is a torque that affects the predetermined angle and that is other than a torque to be generated by the motor ; and the electronic control unit is configured to correct the computed feedback control torque (Tfb) by using the computed disturbance torque; characterized in that the electronic control unit is configured to correct the command value (T 2 ∗ ) reflecting the corrected feedback control torque based on an applied torque (T h ), the applied torque is a torque to be applied to the steering wheel and detected through a second sensor.
A fluid ejection system for cleaning optical surfaces in motor vehicles, the fluid ejection system comprising: - a fluid duct inside of which a fluid (F) can flow, the fluid duct having a duct inlet for receiving fluid from a fluid source, a duct outlet for discharging the fluid (F) to the outside, - a nozzle arranged at the duct outlet for ejecting the fluid (F) to an optical surface of a motor vehicle; the fluid ejection system being characterised by the following: - at least one electromagnetically operated valve for regulating the flow of the fluid (F) through the fluid duct , wherein the electromagnetically operated valve includes a valve body , a plunger member , electromagnetic driving means for driving the plunger member along a flow direction (D) inside the valve body into at least an open position in which a fluid (F) is allowed to flow through the valve body and into a closed position in which the fluid (F) is not, wherein the plunger member is arranged to be forced by a pressure of flowing fluid into the closed position, and to be driven by the electromagnetic driving means into the open position, and wherein the electromagnetically operated valve is included in the nozzle forming an electromagnetically operated valve device. - a fluid duct inside of which a fluid (F) can flow, the fluid duct having a duct inlet for receiving fluid from a fluid source, a duct outlet for discharging the fluid (F) to the outside, - a nozzle arranged at the duct outlet for ejecting the fluid (F) to an optical surface of a motor vehicle; the fluid ejection system being characterised by the following: - at least one electromagnetically operated valve for regulating the flow of the fluid (F) through the fluid duct , - at least one electromagnetically operated valve for regulating the flow of the fluid (F) through the fluid duct , wherein the electromagnetically operated valve includes a valve body , a plunger member , electromagnetic driving means for driving the plunger member along a flow direction (D) inside the valve body into at least an open position in which a fluid (F) is allowed to flow through the valve body and into a closed position in which the fluid (F) is not, wherein the plunger member is arranged to be forced by a pressure of flowing fluid into the closed position, and to be driven by the electromagnetic driving means into the open position, and wherein the electromagnetically operated valve is included in the nozzle forming an electromagnetically operated valve device.
A method for touch input of a portable device, said portable device comprising a controller , a touch input unit configured to provide a touch input to the controller and a display unit configured to display a display output of the controller on a screen, the method comprising: Determining , by said controller , whether an input for selecting a specific divided area among a plurality of divided areas is detected in a divided touch area on the display screen, the display screen being divided into the plurality of divided areas, wherein one divided area among the plurality of divided areas is set as the divided touch area; if the input for selecting the specific divided area is detected, moving , by the controller , an icon included in the selected specific divided area to the divided touch area, wherein the icon is not displayed in the selected specific divided area after moving the icon; and if a specific input occurs on the icon that moved to the divided touch area, performing , by the controller , a function corresponding to the icon. Determining , by said controller , whether an input for selecting a specific divided area among a plurality of divided areas is detected in a divided touch area on the display screen, the display screen being divided into the plurality of divided areas, wherein one divided area among the plurality of divided areas is set as the divided touch area; if the input for selecting the specific divided area is detected, moving , by the controller , an icon included in the selected specific divided area to the divided touch area, wherein the icon is not displayed in the selected specific divided area after moving the icon; and if a specific input occurs on the icon that moved to the divided touch area, performing , by the controller , a function corresponding to the icon.
A vibration attenuation system for attenuating a transmission of an input signal, the system comprising: a helical spring that includes a plurality of helical coils , a first end , and a second end , wherein said plurality of helical coils defines an inner volume of the helical spring intermediate the first and second ends; a first terminal that includes a first inner member , wherein the first terminal is coupled to the first end of the helical spring and the first inner member extends into the inner volume of the helical spring ; and a first damping element positioned on the first inner member such that the first damping element is within the inner volume of the helical spring , and when the input signal is provided to the helical spring the first damping element engages at least one of the plurality of helical coils and attenuates the transmission of at least a portion of the input signal; wherein said plurality of coils includes a first helical coil and a second helical coil such that a distance between the first coil and the first end is greater than a distance between the second coil and the first end , and when the input signal is provided to the helical spring a magnitude of a first engagement force that is between the first damping element and the first coil is less than a magnitude of a second engagement force that is between the first damping element and the second coil. a helical spring that includes a plurality of helical coils , a first end , and a second end , wherein said plurality of helical coils defines an inner volume of the helical spring intermediate the first and second ends; a first terminal that includes a first inner member , wherein the first terminal is coupled to the first end of the helical spring and the first inner member extends into the inner volume of the helical spring ; and a first damping element positioned on the first inner member such that the first damping element is within the inner volume of the helical spring , and when the input signal is provided to the helical spring the first damping element engages at least one of the plurality of helical coils and attenuates the transmission of at least a portion of the input signal; wherein said plurality of coils includes a first helical coil and a second helical coil such that a distance between the first coil and the first end is greater than a distance between the second coil and the first end , and when the input signal is provided to the helical spring a magnitude of a first engagement force that is between the first damping element and the first coil is less than a magnitude of a second engagement force that is between the first damping element and the second coil.
A method of optimal vibration control for a wellbore logging tool emitting an acoustic signal , the method comprising: retrieving a plurality of optimal drive signals, each of the optimal drive signals corresponding to at least one of a plurality of wellbore environmental conditions and calculated to minimize vibration of the wellbore logging tool ; obtaining an initial wellbore environmental condition; matching the initial wellbore environmental condition to an optimal drive signal stored in the plurality of optimal drive signals; generating a drive signal for the wellbore logging tool based on the matching; and emitting by the wellbore logging tool an acoustic signal based on the generated drive signal, wherein the acoustic signal propagates through a subterranean formation to at least one receiver. retrieving a plurality of optimal drive signals, each of the optimal drive signals corresponding to at least one of a plurality of wellbore environmental conditions and calculated to minimize vibration of the wellbore logging tool ; obtaining an initial wellbore environmental condition; matching the initial wellbore environmental condition to an optimal drive signal stored in the plurality of optimal drive signals; generating a drive signal for the wellbore logging tool based on the matching; and emitting by the wellbore logging tool an acoustic signal based on the generated drive signal, wherein the acoustic signal propagates through a subterranean formation to at least one receiver.