mhurhangee/patent-ind-claim-en huggingface dataset:
A cable type secondary battery, comprising: a cable-type core portion; a positive electrode wire wound helically to surround the outer surface of the cable-type core portion with a predetermined spacing, and including a first porous coating layer formed on the outer surface thereof; and a negative electrode wire wound helically to surround the outer surface of the cable-type core portion alternately with the wound positive electrode wire to correspond to the predetermined interval, and including a second porous coating layer formed on the outer surface thereof. a cable-type core portion; a positive electrode wire wound helically to surround the outer surface of the cable-type core portion with a predetermined spacing, and including a first porous coating layer formed on the outer surface thereof; and a negative electrode wire wound helically to surround the outer surface of the cable-type core portion alternately with the wound positive electrode wire to correspond to the predetermined interval, and including a second porous coating layer formed on the outer surface thereof.
A process for making paper having opacity and filler retention, said process comprising the step of adding Additive A and Additive B to a slurry in a wet end of a paper machine wherein the slurry comprises pulp and a filler; wherein Additive A is a wet strength agent; wherein Additive B is an anionic polymer having a charge density from about -3000 to about -7000 ueq/g on a dry basis when measured in a buffer having a pH of about 6; wherein Additive B has a weight average molecular weight of from about 150,000 to about 1,000,000, Daltons; and wherein Additives A and B are added in the wet-end simultaneously or in sequence, wherein, for simultaneous addition, Additives A and B are introduced into the wet end at the same time but through separate addition points so as not to combine Additives A and B prior to addition. wherein Additive A is a wet strength agent; wherein Additive B is an anionic polymer having a charge density from about -3000 to about -7000 ueq/g on a dry basis when measured in a buffer having a pH of about 6; wherein Additive B has a weight average molecular weight of from about 150,000 to about 1,000,000, Daltons; and wherein Additives A and B are added in the wet-end simultaneously or in sequence, wherein, for simultaneous addition, Additives A and B are introduced into the wet end at the same time but through separate addition points so as not to combine Additives A and B prior to addition.
Apparatus for preparing and dispensing food products, comprising at least one containment tank predisposed to contain a product to be prepared and mounted on a base body ; cooling or heating means of the product contained in said containment tank ; a mixing device arranged inside said containment tank and predisposed to cause a continuous circulation of the product inside said containment tank , for conveying the product towards a front zone of said containment tank ; a gearmotor member predisposed to operate in rotation said mixing device according to an axis substantially longitudinal to said tank , said gearmotor member being mounted in tilting manner with respect to said axis substantially longitudinal to said containment tank ; a dispenser device of the product, placed at said front zone of said containment tank ; elastic means contrasting the resistive torque that opposes the rotation of said mixing device ; consistency control means for controlling the consistency of the product being prepared inside said tank comprising a first microswitch and a second microswitch predisposed to be selectively operated by the angular rotation of said gearmotor member , for controlling the stop of said cooling or heating means , depending on said resistive torque opposing the rotation of said mixing device .
A station for detachably docking with a dust canister of a vacuum cleaner, the station comprising: an accommodation chamber configured to dock with the dust canister of the vacuum cleaner; a housing , including an inner space that communicates with the accommodation chamber , configured to receive a dust bag in the inner space; a cover configured to: open and close a region of the housing; a holder configured to: be detachable to the dust bag , and selectively enable communication between the dust bag and the accommodation chamber ; and an air flow generator configured to provide a driving force for suctioning contents from the dust canister of the vacuum cleaner into the dust bag , wherein the cover is configured to close the region of the housing based on the dust bag being mounted on the holder and the holder being rotated to communicate the dust bag with the accommodation chamber . an accommodation chamber configured to dock with the dust canister of the vacuum cleaner; a housing , including an inner space that communicates with the accommodation chamber , configured to receive a dust bag in the inner space; a cover configured to: open and close a region of the housing; a holder configured to: be detachable to the dust bag , and selectively enable communication between the dust bag and the accommodation chamber ; and an air flow generator configured to provide a driving force for suctioning contents from the dust canister of the vacuum cleaner into the dust bag , wherein the cover is configured to close the region of the housing based on the dust bag being mounted on the holder and the holder being rotated to communicate the dust bag with the accommodation chamber . open and close a region of the housing; a holder configured to: be detachable to the dust bag , and selectively enable communication between the dust bag and the accommodation chamber ; and an air flow generator configured to provide a driving force for suctioning contents from the dust canister of the vacuum cleaner into the dust bag , wherein the cover is configured to close the region of the housing based on the dust bag being mounted on the holder and the holder being rotated to communicate the dust bag with the accommodation chamber . be detachable to the dust bag , and selectively enable communication between the dust bag and the accommodation chamber ; and an air flow generator configured to provide a driving force for suctioning contents from the dust canister of the vacuum cleaner into the dust bag , wherein the cover is configured to close the region of the housing based on the dust bag being mounted on the holder and the holder being rotated to communicate the dust bag with the accommodation chamber .
Aircraft provided with a rotary wing driven by a mechanical kinematic linkage , said aircraft having a power plant , said power plant having at least one engine , the mechanical kinematic linkage comprising a free wheel associated with said engine , said free wheel comprising a driving part and a driven part , said driving part being connected by a mechanical connection to a working shaft of the associated engine and said driven part being connected kinematically to the rotary wing , said power plant comprising a disengaging connection that is arranged in parallel with the free wheel , the disengaging connection being disengageable on request in order to transmit mechanical power on command between the rotary wing and the engine , wherein said disengaging connection is arranged between said driving part and a connecting shaft of said driven part , said power plant having a braking system comprising an engine brake of said engine , characterised in that said disengaging connection comprises at least one clutch disc that is able to move in translation and a clutch actuator that is configured to move said clutch disc in translation between a disengaged position (POS1) assumed in a disengaged mode (MOD1) and an engaged position (POS2) assumed in an engaged mode (MOD2), said clutch disc being able to move in translation either so as to be pressed against a contact face of the driving part in the engaged mode (MOD2) or so as to be moved away from the contact face in the disengaged mode (MOD1). said disengaging connection is arranged between said driving part and a connecting shaft of said driven part , said power plant having a braking system comprising an engine brake of said engine , characterised in that said disengaging connection comprises at least one clutch disc that is able to move in translation and a clutch actuator that is configured to move said clutch disc in translation between a disengaged position (POS1) assumed in a disengaged mode (MOD1) and an engaged position (POS2) assumed in an engaged mode (MOD2), said clutch disc being able to move in translation either so as to be pressed against a contact face of the driving part in the engaged mode (MOD2) or so as to be moved away from the contact face in the disengaged mode (MOD1).
A method for accessing a vehicle , the method comprising: determining a charge level of a battery of a first vehicle access device ; creating by a control center a permission scheme for a second vehicle access device if the charge level of the battery of the first vehicle access device is not sufficient to wirelessly communicate with the vehicle ; communicating by the control center the permission scheme to a vehicle control module ; and accessing the vehicle with the second vehicle access device . determining a charge level of a battery of a first vehicle access device ; creating by a control center a permission scheme for a second vehicle access device if the charge level of the battery of the first vehicle access device is not sufficient to wirelessly communicate with the vehicle ; communicating by the control center the permission scheme to a vehicle control module ; and accessing the vehicle with the second vehicle access device .
A stent comprising: a plurality of filaments wound in adjacent groups of coils , the coils of the groups including each of the plurality of filaments , the filaments within the groups being in substantial contact with each other along a contact line in a non-extended state, the adjacent groups defining a lumen about a longitudinal axis of the stent along the length of the stent, the adjacent groups in substantial contact with neighboring adjacent groups in the non-extended state and separated from neighboring adjacent groups in a first extended state, and in a second extended state, wherein, in the first extended state, the contact line between the filaments within the groups is maintained under a lesser amount of extension under lesser tensile stress, and wherein, in the second extended state, the filaments separate from each other within the groups under a greater amount of extension under a greater amount of tensile stress, such that the contact line is not maintained. a plurality of filaments wound in adjacent groups of coils , the coils of the groups including each of the plurality of filaments , the filaments within the groups being in substantial contact with each other along a contact line in a non-extended state, the adjacent groups defining a lumen about a longitudinal axis of the stent along the length of the stent, the adjacent groups in substantial contact with neighboring adjacent groups in the non-extended state and separated from neighboring adjacent groups in a first extended state, and in a second extended state, wherein, in the first extended state, the contact line between the filaments within the groups is maintained under a lesser amount of extension under lesser tensile stress, and wherein, in the second extended state, the filaments separate from each other within the groups under a greater amount of extension under a greater amount of tensile stress, such that the contact line is not maintained.
Feeding device for feeding a liquid odorant into a gas stream flowing through a gas line, - having an odorant nozzle and - having an inflow body connected with the odorant nozzle for positioning in a gas flow in a gas line, - wherein the inflow body comprises an evaporation body , - wherein the odorant nozzle is designed to apply liquid odorant to the evaporation body , and - wherein the feeding device is configured to be inserted into a wall opening of a gas line section , so that the inflow body extends into the gas line section , characterised - in that a sensor is arranged at the inflow body . - having an odorant nozzle and - having an inflow body connected with the odorant nozzle for positioning in a gas flow in a gas line, - wherein the inflow body comprises an evaporation body , - wherein the odorant nozzle is designed to apply liquid odorant to the evaporation body , and - wherein the feeding device is configured to be inserted into a wall opening of a gas line section , so that the inflow body extends into the gas line section , - in that a sensor is arranged at the inflow body .
A loop-type heat pipe comprising: an evaporator configured to vaporize an operating fluid; a condenser configured to condense the operating fluid; a liquid pipe configured to connect the evaporator and the condenser ; a vapor pipe configured to connect the evaporator and the condenser and to form a loop together with the liquid pipe ; a first porous body provided in the evaporator ; and a second porous body provided in the liquid pipe , characterized in that a connection region between the evaporator and the liquid pipe comprises: a first extension part extending from the second porous body toward the first porous body , and a space part in contact with the first extension part , and wherein a leading end of the first extension part is inserted in a first concave part formed in the first porous body . an evaporator configured to vaporize an operating fluid; a condenser configured to condense the operating fluid; a liquid pipe configured to connect the evaporator and the condenser ; a vapor pipe configured to connect the evaporator and the condenser and to form a loop together with the liquid pipe ; a first porous body provided in the evaporator ; and a second porous body provided in the liquid pipe , a first extension part extending from the second porous body toward the first porous body , and a space part in contact with the first extension part , and wherein a leading end of the first extension part is inserted in a first concave part formed in the first porous body .
A multi-lane vehicle, comprising a front wheel , which is connected to a handlebar , as well as at least two rear wheels arranged next to one another and spaced apart from one another, a seat, in particular saddle, and a foot pedal formed to drive the vehicle, wherein a front frame part comprising the saddle, the handlebar , and the foot pedal is pivotable on an axle , which is upright in the direction of travel, with respect to the two rear wheels, wherein the foot pedal drives a front axle , and a rear axle is driven via a drive, wherein the front axle as well as the rear axle are also pivoted in response to a pivoting of the front frame part, characterized in that drive shafts are connected to an inner part of a constant velocity joint, wherein a pivotable outer part of the constant velocity joint is connected to a rear chain ring or a rear belt pulley, respectively, and wherein a differential is provided with a hollow shaft, which leads into the inner part of the constant velocity joint.
A solid polymer electrolyte comprising: a lithium salt; a lithium ion conductor selected from Li 7 La 3 Zr 2 O 12 , Li 1+x Al x Ge 2-x (PO 4 ) 3 (0<x<1) and/or Li 1+x Al x Ti 2-x (PO 4 ) 3 (0<x<1); and a polymer represented by the following Formula 1: wherein n and m represent the number of moles of a repeating unit, and the molar ratio of n:m is in the range of 5:1 to 50:1. a lithium salt; a lithium ion conductor selected from Li 7 La 3 Zr 2 O 12 , Li 1+x Al x Ge 2-x (PO 4 ) 3 (0<x<1) and/or Li 1+x Al x Ti 2-x (PO 4 ) 3 (0<x<1); and a polymer represented by the following Formula 1: wherein n and m represent the number of moles of a repeating unit, and the molar ratio of n:m is in the range of 5:1 to 50:1. wherein n and m represent the number of moles of a repeating unit, and the molar ratio of n:m is in the range of 5:1 to 50:1.
A surgical instrument comprising: a housing ; an endoscopic portion extending distally from the housing and defining a longitudinal axis; an end effector at a distal end of the endoscopic portion and arranged for articulation with respect to the endoscopic portion; a drive shaft arranged for translation along the longitudinal axis and for engaging the end effector; a motor assembly arranged to selectively drive one or more functions of the end effector; a display component for displaying a condition of the end effector; and a digital control module in the housing, characterised in that the digital control module comprises: a storage unit for storing information relating to a force to be applied to different types of end effectors of the surgical instrument, wherein the control module is configured to: measure at least one of voltage and current from a drive motor of the surgical instrument; receive information from a sensor relating to the type of end effector that is engaged with the surgical instrument; and control a force being applied to the end effector that is engaged with the surgical intrument depending on the type of end effector that is engaged with the surgical instrument. a housing ; an endoscopic portion extending distally from the housing and defining a longitudinal axis; an end effector at a distal end of the endoscopic portion and arranged for articulation with respect to the endoscopic portion; a drive shaft arranged for translation along the longitudinal axis and for engaging the end effector; a motor assembly arranged to selectively drive one or more functions of the end effector; a display component for displaying a condition of the end effector; and a digital control module in the housing, characterised in that the digital control module comprises: a storage unit for storing information relating to a force to be applied to different types of end effectors of the surgical instrument, wherein the control module is configured to: measure at least one of voltage and current from a drive motor of the surgical instrument; receive information from a sensor relating to the type of end effector that is engaged with the surgical instrument; and control a force being applied to the end effector that is engaged with the surgical intrument depending on the type of end effector that is engaged with the surgical instrument. measure at least one of voltage and current from a drive motor of the surgical instrument; receive information from a sensor relating to the type of end effector that is engaged with the surgical instrument; and control a force being applied to the end effector that is engaged with the surgical intrument depending on the type of end effector that is engaged with the surgical instrument.
Electrically, in particular battery-electrically, operated industrial truck having at least one electrical assembly which can be operated as a generator and which is electrically connected to at least one electrical resistor for converting electrical energy into thermal energy, and having a working and/or control hydraulics system which has a hydraulic liquid circuit, wherein the electrical resistor is operatively connected to the hydraulic liquid circuit for transferring the thermal energy to the hydraulic liquid of the hydraulic liquid circuit, wherein the electrical assembly is formed by an electric traction motor of the industrial truck and wherein the industrial truck has a traction battery which is electrically connected to the electrical assembly and to the electrical resistor , wherein an electronic vehicle control device is provided, which is operatively connected to the electric traction motor , the traction battery and a temperature sensor in the hydraulic liquid circuit and allows the electrical energy generated in the electric traction motor during electrical braking of the industrial truck to be fed into the traction battery and/or into the electrical resistor depending on the state of charge of the traction battery and allows the electrical resistor to be energized with energy from the traction battery depending on the temperature of the hydraulic liquid .
A method of improving growth characteristics of a soil, the method comprising: operating an internal combustion engine to produce exhaust emissions; incorporating the exhaust emissions into the soil; and characterized in that the method further comprises: distributing the exhaust emissions through plastic distribution hoses of an agricultural seeding implement when incorporating the exhaust emissions into the soil; and cooling the exhaust emissions prior to distributing the exhaust emissions through the plastic distribution hoses by using a computer controller to control a cooling rate of the exhaust emissions responsive to a sensed temperature of the exhaust emissions. operating an internal combustion engine to produce exhaust emissions; incorporating the exhaust emissions into the soil; and characterized in that the method further comprises: distributing the exhaust emissions through plastic distribution hoses of an agricultural seeding implement when incorporating the exhaust emissions into the soil; and cooling the exhaust emissions prior to distributing the exhaust emissions through the plastic distribution hoses by using a computer controller to control a cooling rate of the exhaust emissions responsive to a sensed temperature of the exhaust emissions. distributing the exhaust emissions through plastic distribution hoses of an agricultural seeding implement when incorporating the exhaust emissions into the soil; and cooling the exhaust emissions prior to distributing the exhaust emissions through the plastic distribution hoses by using a computer controller to control a cooling rate of the exhaust emissions responsive to a sensed temperature of the exhaust emissions.
A control means for a valve arrangement, the control means comprising a valve coupling zone , a first temperature sensor having a first distance with respect to the valve coupling zone , and a second temperature sensor having a second distance with respect to the valve coupling zone , the second distance being different from the first distance, characterized by a third temperature sensor , the third temperature sensor having a third distance with respect to the valve coupling zone , the third distance being different from the first distance and from the second distance, wherein the third temperature sensor is arranged to measure an intermediate temperature.
Electromechanical servo-assisted power steering system for a motor vehicle, having a servo motor which drives an axially displaceable structural element by means of a ball nut which is rotatably supported in a bearing in a housing , wherein the ball nut is in engagement with a threaded spindle which is constructed on the structural element , wherein the bearing is a dual-row angular ball bearing having at least one bearing inner ring and at least one bearing outer ring , wherein the at least one bearing outer ring is received in a sleeve which is arranged in a bearing seat of the housing , characterized in that the sleeve is configured to compensate for thermal expansions between the housing and the ball nut , wherein the sleeve is formed from a material which has a greater thermal expansion than aluminum and steel.