mhurhangee/patent-ind-claim-en huggingface dataset:
A compressor system comprising: a variable-speed compressor ; a fixed-speed compressor ; a control unit operatively coupled to the variable-speed compressor and operatively coupled to the fixed-speed compressor ; a sensor operatively coupled to the control unit and disposed in an enclosed space , the sensor measuring at least one of a temperature and a relative humidity of the enclosed space , wherein the control unit determines an HVAC load based at least in part on the at least one of the temperature and the relative humidity measured by the sensor , characterized in that the control unit is configured to: responsive to a determination that the HVAC load is greater than the rated maximum capacity of the variable-speed compressor and less than a sum of the rated minimum capacity of the variable-speed compressor and the capacity of the fixed-speed compressor , the control unit directs operation of the variable-speed compressor at a rated minimum speed and cycling the fixed-speed compressor between an activated state and a deactivated state. a variable-speed compressor ; a fixed-speed compressor ; a control unit operatively coupled to the variable-speed compressor and operatively coupled to the fixed-speed compressor ; a sensor operatively coupled to the control unit and disposed in an enclosed space , the sensor measuring at least one of a temperature and a relative humidity of the enclosed space , wherein the control unit determines an HVAC load based at least in part on the at least one of the temperature and the relative humidity measured by the sensor , characterized in that the control unit is configured to: responsive to a determination that the HVAC load is greater than the rated maximum capacity of the variable-speed compressor and less than a sum of the rated minimum capacity of the variable-speed compressor and the capacity of the fixed-speed compressor , the control unit directs operation of the variable-speed compressor at a rated minimum speed and cycling the fixed-speed compressor between an activated state and a deactivated state.
Axle generator assembly for a brake system for a railway vehicle comprising a motor adapted to be driven from an axle end of a freight wagon, characterised in that the motor is a two phase motor, such that both phases can be rectified by a rectification section to generate power for the brake system, wherein the rectification section has an impedance, which impedance provides protection from induced signals from sources external to the axle generator assembly and the assembly further comprising frequency detection circuitry to detect the frequency of the phases without pulse rejection circuitry, wherein the frequency of one or both of said phases is used to generate a speed signal, wherein the axle generator assembly comprises a differential amplifier with a limited bandwidth, the output of which is then Schmitt triggered to provide a square wave form for further processing.
A hybrid polyol based on functionalized natural oil useful in flexible polyurethane foam manufacturing produced by reacting at least one functionalized natural oil with at least one polyfunctional carboxylic acid and at least one polyhydric alcohol; wherein said functionalized natural oil is derived by subjecting an ethylenically unsaturated natural oil to a free radical mediated grafting reaction involving an ethylenically unsaturated monomer.
An electrically powered mobility scooter, wherein the mobility scooter includes a keyless activation system; an electrical power source ; and an electric motor which drives at least one wheel of the mobility vehicle and which is controlled by a motor controller ; wherein the keyless activation system includes a control module carried by the vehicle and a remote operation transmitter; wherein the control module includes an electrical input which is electrically connected to the electrical power source of the vehicle, an electrical output electrically connected to the motor controller of the vehicle, a signal-operated switch electrically connected between the electrical input and the electrical output, and a signal receiver electrically connected to the switch , wherein the switch has an active configuration in which electrical power is supplied to the electrical output from the electrical input via the switch and an inactive configuration in which the switch electrically isolates the electrical output from the electrical input ; and wherein the transmitter includes at least one first button that is pushed by a user to cause the transmitter to transmit an activation signal to the signal receiver and the transmitter includes at least one second button that is pushed by a user to cause the transmitter to transmit a deactivation signal, and the signal receiver configures the switch in the inactive configuration in response to the deactivation signal and in the active configuration in response to the activation signal; and wherein the transmitter communicates wirelessly with the signal receiver .
A laundry treating apparatus comprising: an outer case; an inner case disposed in the outer case, the inner case providing a laundry receiving space that is opened in a front side of the inner case ; a supply air hole formed in the inner case , the supply air hole communicating with the laundry receiving space ; a heat exchange channel having an inlet end configured to introduce air and a discharge end configured to discharge the air; a heating device configured to heat air passing through the heat exchange channel ; a supply air duct connecting the discharge end of the heat exchange channel and the supply air hole ; an exhaust air hole formed in the inner case , the exhaust air hole communicating with the laundry receiving space ; and an exhaust air duct connecting the inlet end of the heat exchange channel and the exhaust air hole , the exhaust air duct extending vertically, wherein the inner case has a rear wall extending upwardly from a bottom of the inner case and defining a rear surface of the laundry receiving space , characterised in that the supply air duct and the exhaust air duct extend vertically along the rear wall of the inner case , and wherein a vertical portion of the supply air duct is positioned closer to the rear wall of the inner case than a vertical portion of the exhaust air duct is positioned to the rear wall . an outer case; an inner case disposed in the outer case, the inner case providing a laundry receiving space that is opened in a front side of the inner case ; a supply air hole formed in the inner case , the supply air hole communicating with the laundry receiving space ; a heat exchange channel having an inlet end configured to introduce air and a discharge end configured to discharge the air; a heating device configured to heat air passing through the heat exchange channel ; a supply air duct connecting the discharge end of the heat exchange channel and the supply air hole ; an exhaust air hole formed in the inner case , the exhaust air hole communicating with the laundry receiving space ; and an exhaust air duct connecting the inlet end of the heat exchange channel and the exhaust air hole , the exhaust air duct extending vertically, wherein the inner case has a rear wall extending upwardly from a bottom of the inner case and defining a rear surface of the laundry receiving space , characterised in that the supply air duct and the exhaust air duct extend vertically along the rear wall of the inner case , and wherein a vertical portion of the supply air duct is positioned closer to the rear wall of the inner case than a vertical portion of the exhaust air duct is positioned to the rear wall .
A conductor terminal comprising a bus bar piece and a clamping spring having a clamping leg aligned towards the bus bar piece for forming a clamping point for clamping an electrical conductor between the clamping leg and the bus bar piece , a spring bend adjoining the clamping leg , and an abutment leg which extends with a vertical section transversely to the conductor rail piece , the conductor rail piece having a contact wall which is arranged adjacent to a wall surface of the vertical section of the contact leg which lies on the side of the vertical section facing away from the clamping leg and in that the clamping spring has a horizontal section between the vertical section and the spring bend , characterized in that the vertical section of the contact leg has a recess with marginal edges engaging around the conductor rail piece , and in that an actuating lever has an actuating arm which extends above the horizontal section of the clamping spring and merges into a bearing section which is guided laterally past the clamping spring and has an actuating contour , wherein, when the actuating lever is pivoted upwards, the clamping leg is displaced away from a clamping section of the conductor rail piece by means of the actuating contour , in order in this way to open the clamping point between the clamping leg and the clamping section for clamping the electrical conductor . characterized in that the vertical section of the contact leg has a recess with marginal edges engaging around the conductor rail piece , and in that an actuating lever has an actuating arm which extends above the horizontal section of the clamping spring and merges into a bearing section which is guided laterally past the clamping spring and has an actuating contour , wherein, when the actuating lever is pivoted upwards, the clamping leg is displaced away from a clamping section of the conductor rail piece by means of the actuating contour , in order in this way to open the clamping point between the clamping leg and the clamping section for clamping the electrical conductor .
A method for wireless communication at a first type of user equipment, UE, the method comprising: receiving , from a base station, one or more information elements, IEs, indicating a list of networks that are available via the base station, wherein the receiving comprises: receiving the list of networks in a first IE that indicates one or more public land mobile networks, PLMNs, that are capable of providing access only to a first type of core network; and receiving a second IE that indicates one or more PLMNs that are capable of providing access to a second type of core network, wherein the first IE and the second IE are decodable by the first type of UE, and the second IE is not decodable by a second type of UE that is incapable of accessing the second type of core network; determining the type of core network associated with each network in the list of networks, based at least in part on whether each network served by the base station is capable of providing access to the first type of core network or the second type of core network; and initiating a connection establishment to the first type of core network via a first network of the list of networks based at least in part on determining that the first network is capable of providing access to the first type of core network. receiving , from a base station, one or more information elements, IEs, indicating a list of networks that are available via the base station, wherein the receiving comprises: receiving the list of networks in a first IE that indicates one or more public land mobile networks, PLMNs, that are capable of providing access only to a first type of core network; and receiving a second IE that indicates one or more PLMNs that are capable of providing access to a second type of core network, wherein the first IE and the second IE are decodable by the first type of UE, and the second IE is not decodable by a second type of UE that is incapable of accessing the second type of core network; receiving the list of networks in a first IE that indicates one or more public land mobile networks, PLMNs, that are capable of providing access only to a first type of core network; and receiving a second IE that indicates one or more PLMNs that are capable of providing access to a second type of core network, wherein the first IE and the second IE are decodable by the first type of UE, and the second IE is not decodable by a second type of UE that is incapable of accessing the second type of core network; determining the type of core network associated with each network in the list of networks, based at least in part on whether each network served by the base station is capable of providing access to the first type of core network or the second type of core network; and initiating a connection establishment to the first type of core network via a first network of the list of networks based at least in part on determining that the first network is capable of providing access to the first type of core network.
Hydraulic end-of-travel stop for motor vehicle suspension, comprising a compression chamber arranged along a main axis, which is compressed by receiving an axial compression force (F) reducing its interior volume, this compression chamber being connected to a reservoir by a fluid passage which is braked, the compression chamber comprising a flexible outer wall deforming by reducing its volume under the effect of the axial force (F), characterized in that the braked fluid passage comprises an inertial fluid column.
Sorption drying system for dehumidification of a moist gas stream, comprising: - a mass of absorbing material in the form of a drying rotor that is adapted to rotate about a central axis; - a moist gas stream arranged to flow through at least a part of a first circular sector comprising a first partial circular sector , a second partial circular sector and a third partial circular sector of the drying rotor , the third partial sector being arranged in between the first partial sector and the second partial sector ; - a heated stream of regeneration gas arranged to flow through a second circular sector , separated from the first circular sector by means of seals, through the drying rotor , - means for deflecting a part of the dehumidified gas stream after flowing through the drying rotor from the first partial sector located immediately after the second sector and from the second partial sector located immediately before the second sector as seen in the direction of rotation of the drying rotor ; - a cooler for cooling the deflected dehumidified gas stream; and - means for returning the cooled deflected dehumidified gas stream to the inlet into the drying rotor , wherein the dehumidified gas stream that has passed the third partial sector arranged in between the first partial sector and the second partial sector is allowed to pass through the sorption drying system without deflection; and wherein at least a part of the cooled deflected dehumidified gas stream is arranged to flow through the drying rotor separated from the moist gas stream . - a mass of absorbing material in the form of a drying rotor that is adapted to rotate about a central axis; - a moist gas stream arranged to flow through at least a part of a first circular sector comprising a first partial circular sector , a second partial circular sector and a third partial circular sector of the drying rotor , the third partial sector being arranged in between the first partial sector and the second partial sector ; - a heated stream of regeneration gas arranged to flow through a second circular sector , separated from the first circular sector by means of seals, through the drying rotor , - means for deflecting a part of the dehumidified gas stream after flowing through the drying rotor from the first partial sector located immediately after the second sector and from the second partial sector located immediately before the second sector as seen in the direction of rotation of the drying rotor ; - a cooler for cooling the deflected dehumidified gas stream; and - means for returning the cooled deflected dehumidified gas stream to the inlet into the drying rotor , wherein the dehumidified gas stream that has passed the third partial sector arranged in between the first partial sector and the second partial sector is allowed to pass through the sorption drying system without deflection; and wherein at least a part of the cooled deflected dehumidified gas stream is arranged to flow through the drying rotor separated from the moist gas stream .
A tension cord mounting for an architectural covering including: a base configured to be engaged to an outside edge of an architectural structure; and a cord holder for engaging one or more cords; wherein: the base and cord holder are configured to cooperate with each other to engage the cord holder to the base ; the cord holder includes an inner surface configured to face the base , an opposite outer surface, and a side edge extending between the inner surface and the outer surface; the cord holder defines at least one cord opening between the inner surface and the outer surface, the cord opening being configured to guide a cord from the inner surface to the outer surface; and the cord holder defines at least one respective pathway between the inner and outer surfaces, the pathway extending from the side edge to the at least one cord opening ; characterised in that : the at least one respective pathway extends from the side edge at an acute angle with the side edge. a base configured to be engaged to an outside edge of an architectural structure; and a cord holder for engaging one or more cords; wherein: the base and cord holder are configured to cooperate with each other to engage the cord holder to the base ; the cord holder includes an inner surface configured to face the base , an opposite outer surface, and a side edge extending between the inner surface and the outer surface; the cord holder defines at least one cord opening between the inner surface and the outer surface, the cord opening being configured to guide a cord from the inner surface to the outer surface; and the cord holder defines at least one respective pathway between the inner and outer surfaces, the pathway extending from the side edge to the at least one cord opening ; characterised in that : the at least one respective pathway extends from the side edge at an acute angle with the side edge. the base and cord holder are configured to cooperate with each other to engage the cord holder to the base ; the cord holder includes an inner surface configured to face the base , an opposite outer surface, and a side edge extending between the inner surface and the outer surface; the cord holder defines at least one cord opening between the inner surface and the outer surface, the cord opening being configured to guide a cord from the inner surface to the outer surface; and the cord holder defines at least one respective pathway between the inner and outer surfaces, the pathway extending from the side edge to the at least one cord opening ; characterised in that : the at least one respective pathway extends from the side edge at an acute angle with the side edge.
A system for rotation of a human body in three-dimensional space comprising: a yaw frame contained within a roll frame , wherein the yaw frame is driven by a yaw drive motor to rotate about a yaw axis within the roll frame , and wherein the roll frame is driven by a roll drive motor to rotate about a roll axis; a pitch frame contained within the yaw frame , wherein the pitch frame is driven by a pitch drive motor to rotate about a pitch axis within the yaw frame ; a seat affixed within the pitch frame ; wherein the roll frame , the yaw frame and the pitch frame define a rotational space, and wherein the roll drive motor , the yaw drive motor and the pitch drive motor are located outside the rotational space. a yaw frame contained within a roll frame , wherein the yaw frame is driven by a yaw drive motor to rotate about a yaw axis within the roll frame , and wherein the roll frame is driven by a roll drive motor to rotate about a roll axis; a pitch frame contained within the yaw frame , wherein the pitch frame is driven by a pitch drive motor to rotate about a pitch axis within the yaw frame ; a seat affixed within the pitch frame ; wherein the roll frame , the yaw frame and the pitch frame define a rotational space, and wherein the roll drive motor , the yaw drive motor and the pitch drive motor are located outside the rotational space.
A twist box guardrail terminal connected to a guardrail beam comprising: an impact head assembly including an impact head of open front configuration, adapted to flatten the guardrail beam as the impact head assembly moves down the beam when impacted by a vehicle in direction of oncoming traffic; the impact head assembly frangibley affixed to the guardrail beam; a front anchor ; at least one connector attached to the guardrail and extending through the impact head assembly to attach to the front anchor; characterized in that the twist box guardrail terminal further comprises a wedge shaped reverse direction bracket attached to the impact head and slidably attached to the guardrail beam, with the wider part of the wedge shape facing forwardly toward oncoming traffic, wherein the reverse direction bracket defines a plurality of forwardly opening slots which are open to the oncoming traffic direction and receive therein bolts extending from the guardrail beam to slidably attach the reverse direction bracket to the guardrail beam. an impact head assembly including an impact head of open front configuration, adapted to flatten the guardrail beam as the impact head assembly moves down the beam when impacted by a vehicle in direction of oncoming traffic; the impact head assembly frangibley affixed to the guardrail beam; a front anchor ; at least one connector attached to the guardrail and extending through the impact head assembly to attach to the front anchor; characterized in that the twist box guardrail terminal further comprises a wedge shaped reverse direction bracket attached to the impact head and slidably attached to the guardrail beam, with the wider part of the wedge shape facing forwardly toward oncoming traffic, wherein the reverse direction bracket defines a plurality of forwardly opening slots which are open to the oncoming traffic direction and receive therein bolts extending from the guardrail beam to slidably attach the reverse direction bracket to the guardrail beam.