mhurhangee/patent-ind-claim-en huggingface dataset:
A control system for controlling a heating, ventilation and air conditioning system of a vehicle , the control system comprising one or more controllers , the control system configured to: receive a cleaning cycle request indicating a requested time to initiate a cleaning cycle performed by the HVAC system, the cleaning cycle being for reducing a level of one or more pollutants in a cabin of the vehicle ; determine, at the requested time, whether one or more conditions are satisfied, the one or more conditions including a condition that the vehicle is not currently undertaking a vehicle journey; and, transmit a control signal to control the HVAC system to initiate the cleaning cycle if it is determined that the one or more conditions are satisfied, and characterised in that , the conditions include a condition that a number of cleaning cycles that have been initiated since a previous vehicle journey is not greater than a prescribed upper number of cleaning cycles. receive a cleaning cycle request indicating a requested time to initiate a cleaning cycle performed by the HVAC system, the cleaning cycle being for reducing a level of one or more pollutants in a cabin of the vehicle ; determine, at the requested time, whether one or more conditions are satisfied, the one or more conditions including a condition that the vehicle is not currently undertaking a vehicle journey; and, transmit a control signal to control the HVAC system to initiate the cleaning cycle if it is determined that the one or more conditions are satisfied, and characterised in that , the conditions include a condition that a number of cleaning cycles that have been initiated since a previous vehicle journey is not greater than a prescribed upper number of cleaning cycles.
A capsule for preparing a beverage product from the interaction between a primary product and a fluid comprising [a] a closed inner chamber having an extraction area , and [b] an inner duct extending longitudinally from said extraction area towards an opposite area to said extraction area and defining a main axis , said inner duct comprising an inner opening and an outer opening , [c] said inner opening being arranged at a first distance (h1) which, measured on said main axis , from the lowest point (P) delimiting said inner chamber in said extraction area , is equal to or greater than half the maximum distance (h0) from said inner chamber , said maximum distance (h0) being measured on said main axis from said lowest point (P) delimiting said inner chamber , to said opposite area , and said capsule further comprising [d] closing means for closing said inner duct and [e] opening means arranged for opening up a passage of fluid communication with the outside of said capsule in said closing means when an external compressive force with respect to the capsule is applied on said opening means , characterized in that [f] said closing means are arranged separated from said outer opening in the direction of said inner chamber at a second distance (h2) that is at least greater than the largest dimension of the cross section of said inner duct . [a] a closed inner chamber having an extraction area , and [b] an inner duct extending longitudinally from said extraction area towards an opposite area to said extraction area and defining a main axis , said inner duct comprising an inner opening and an outer opening , [c] said inner opening being arranged at a first distance (h1) which, measured on said main axis , from the lowest point (P) delimiting said inner chamber in said extraction area , is equal to or greater than half the maximum distance (h0) from said inner chamber , said maximum distance (h0) being measured on said main axis from said lowest point (P) delimiting said inner chamber , to said opposite area , and [d] closing means for closing said inner duct and [e] opening means arranged for opening up a passage of fluid communication with the outside of said capsule in said closing means when an external compressive force with respect to the capsule is applied on said opening means ,
An electrical machine with cooling, wherein the electrical machine has: a stator which is surrounded by a housing and which has a plurality of stator teeth extending in the radial direction (R) towards a rotor , a yoke which connects the stator teeth and which is arranged in such a way that a plurality of first free spaces is formed between the housing and the yoke and a plurality of second free spaces is formed between the yoke and a free end of the stator teeth , a coolant duct which is in planar thermally conductive contact with at least one axial lateral surface of the yoke , and a plurality of windings for coils of the stator , which are provided in the first free spaces and the second free spaces between the stator teeth , characterised in that the plurality of windings is guided between two stator teeth over the yoke and the at least one coolant duct . a stator which is surrounded by a housing and which has a plurality of stator teeth extending in the radial direction (R) towards a rotor , a yoke which connects the stator teeth and which is arranged in such a way that a plurality of first free spaces is formed between the housing and the yoke and a plurality of second free spaces is formed between the yoke and a free end of the stator teeth , a coolant duct which is in planar thermally conductive contact with at least one axial lateral surface of the yoke , and a plurality of windings for coils of the stator , which are provided in the first free spaces and the second free spaces between the stator teeth , characterised in that the plurality of windings is guided between two stator teeth over the yoke and the at least one coolant duct .
A method of encoding data on a single-stranded polynucleotide strand, comprising: (A) moving the polynucleotide strand with respect to a nanopore defining a nanoreactor; wherein the nanoreactor comprises an internal volume within the nanopore and/or a nanovolume extending from one or more openings of the nanopore; wherein the movement of the polynucleotide strand with respect to the nanopore is controlled using a polynucleotide-handling enzyme; and (B) selectively modifying portions of the polynucleotide strand as they move through the nanoreactor; wherein the pattern of selective modifications on the polynucleotide strand encodes data on the strand. (A) moving the polynucleotide strand with respect to a nanopore defining a nanoreactor; wherein the nanoreactor comprises an internal volume within the nanopore and/or a nanovolume extending from one or more openings of the nanopore; wherein the movement of the polynucleotide strand with respect to the nanopore is controlled using a polynucleotide-handling enzyme; and (B) selectively modifying portions of the polynucleotide strand as they move through the nanoreactor;
A pool cleaner comprising: a housing ; a driving assembly comprising at least one traction assembly configured to drive the housing ; at least one brush assembly characterized in that said brush assembly comprises a brush assembly body pivotally coupled to the housing , a brush , and at least one locking member; in that a debris container is removably coupled to the housing through the at least one locking member ; and in that the pool cleaner has: a locked configuration in which the at least one locking member is coupled to the debris container ; and an unlocked configuration in which the at least one locking member is separated from the debris container . a housing ; a driving assembly comprising at least one traction assembly configured to drive the housing ; at least one brush assembly characterized in that said brush assembly comprises a brush assembly body pivotally coupled to the housing , a brush , and at least one locking member; in that a debris container is removably coupled to the housing through the at least one locking member ; and in that the pool cleaner has: a locked configuration in which the at least one locking member is coupled to the debris container ; and an unlocked configuration in which the at least one locking member is separated from the debris container . a locked configuration in which the at least one locking member is coupled to the debris container ; and an unlocked configuration in which the at least one locking member is separated from the debris container .
Extensible flexible hose for transporting a pressurized fluid comprising: an inner tube made of an elastic polymeric material adapted to be extended along a longitudinal axis (X) starting from a rest condition in which the inner tube has a rest diameter (D1) and to become radially expanded starting from a rest condition; a tubular outer textile layer with a stretchable pattern, arranged outside said inner tube in a loose manner with respect to said inner tube and coaxially thereto with reference to said longitudinal axis (X), said outer layer being adapted to define in itself an outer surface of the hose with no further layers; and respective connector members to fluidically connect said tube to a feeding source of said fluid and to a fluid delivery nozzle, arranged respectively at a first and at a second common end of said inner tube and said outer layer so as to make the inner tube and the outer textile layer mutually integral in correspondence to said ends, the hose being characterized in that said outer textile layer is obtained by braiding textile yarns directly around said inner tube in a longitudinally stretched condition with respect to said rest condition, said tubular outer layer having a maximum diameter, obtainable with a maximum axial compression of its textile pattern in the direction of said longitudinal axis (X), corresponding to said rest diameter of said inner tube in said rest condition, said textile material of said outer layer being a non-elastic yarn or a yarn with insignificant elasticity chosen among the following materials or a combination thereof: polypropylene, polyester, polyamide, polyethylene, para-aramid fibers.
Manually guided cleaning and care appliance, in particular for floor coverings, preferably tiled floor or wooden floor coverings, having a motor housing which accommodates at least one electric motor and having at least one drive shaft which is driven by the electric motor, wherein the cleaning and care appliance comprises a roller which is driven by the drive shaft and which is in the form of a roller brush having a roller surface, wherein the roller brush is mounted at one side and a stem is arranged on the motor housing along an axis (A) for manual guidance purposes, wherein the stem is configured such as to be rotatable about the axis (A), preferably such as to be rotatable through 160°, in particular 180°, about the axis (A), characterized in that the manually guided cleaning and care appliance comprises a device for changing the direction of rotation of the roller brush , and the stem a switching shaft which is connected to the stem in an axially sliding manner and transmits the rotational movement of the stem .
Board for connecting battery cells , which is formed in part from an electrically non-conductive material, wherein the board has on a first side and on a second side in each case electrically and thermally conductive contacting sections , and wherein each contacting section is electrically and thermally conductively connected to each other contacting section , wherein a planar covering of an electrically and thermally conductive material forming the second side is arranged on the electrically non-conductive material of the board , wherein at least a portion of the covering forms a contacting section of the second side , and wherein at least one contacting section is arranged on a first side of the electrically non-conductive material facing away from the covering , and wherein a plurality of electrically and thermally conductive lead-through elements extend through the electrically non-conductive material, so that an electrical and a thermal connection of the contacting sections on the first side to the contacting sections on the second side is made by the lead-through element and a heat flow can be absorbed by the covering and dissipated from the board , wherein on the first side of the board , an electrically and thermally conductive connecting section is arranged, which electrically and thermally conductively connects the contacting sections on the first side of the board to one another, characterized in that an electrical fuse is assigned to each of the contacting sections on the first side of the board and the connecting section on the first side of the board is connected to each contacting section on the first side of the board via the electrical fuse assigned to this contacting section , such that the contacting sections on the first side of the board are electrically secured against the connecting section .
A beverage dispensing module , comprising: a housing ; a beverage container comprising a flexible pouch within the housing ; a beverage outlet arrangement , fluidly coupled with the beverage container ; a dispensing arrangement positioned within the housing , and having a pressurising means comprising a roller for selectively urging beverage from the beverage container and out of the beverage outlet arrangement ; and a securing arrangement comprising a securing device , the securing device being actuatable between a first configuration, for maintaining the pressurising means in a storage position relative to the beverage container , and a second configuration, for releasing the pressurising means from the storage position; characterised in that the pressurising means includes resilient bias means connected to said roller , the roller being attached to the flexible pouch . a housing ; a beverage container comprising a flexible pouch within the housing ; a beverage outlet arrangement , fluidly coupled with the beverage container ; a dispensing arrangement positioned within the housing , and having a pressurising means comprising a roller for selectively urging beverage from the beverage container and out of the beverage outlet arrangement ; and a securing arrangement comprising a securing device , the securing device being actuatable between a first configuration, for maintaining the pressurising means in a storage position relative to the beverage container , and a second configuration, for releasing the pressurising means from the storage position; characterised in that the pressurising means includes resilient bias means connected to said roller , the roller being attached to the flexible pouch .
A method for embroidering endless belts by means of an embroidery machine, comprising the following successive steps: a) feeding a belt segment of at least one top belt to an embroidery region of an embroidery frame , b) introducing an embroidery on the belt segment of the top belt within the embroidery region of the embroidery frame by means of at least one embroidering head , characterized by the following further successive steps: c) feeding at least one bottom belt , placed underneath the top belt , to the embroidery region of the embroidery frame , d) producing at least one connecting seam between the top belt and the bottom belt in a plane (E) of the embroidery frame , e) discharging the finished belt made of the embroidered belt and the bottom belt stitched to the same. a) feeding a belt segment of at least one top belt to an embroidery region of an embroidery frame , b) introducing an embroidery on the belt segment of the top belt within the embroidery region of the embroidery frame by means of at least one embroidering head , c) feeding at least one bottom belt , placed underneath the top belt , to the embroidery region of the embroidery frame , d) producing at least one connecting seam between the top belt and the bottom belt in a plane (E) of the embroidery frame , e) discharging the finished belt made of the embroidered belt and the bottom belt stitched to the same.
A control method for a laundry treatment apparatus, wherein the laundry treatment apparatus comprises a first laundry treatment device , a second laundry treatment device , a drying and filtering device and a flushing water passage for flushing the drying and filtering device , and the control method comprises: controlling the flushing water passage to flush the drying and filtering device according to operating states of the first laundry treatment device and the second laundry treatment device by the laundry treatment apparatus, characterized in that when both the first laundry treatment device and the second laundry treatment device conduct the drying process, the first laundry treatment device and the second laundry treatment device operate alternately the drying process, and the laundry treatment apparatus controls the drying and filtering device to be flushed when switching between the operations of the first laundry treatment device and the second laundry treatment device , wherein the laundry treatment apparatus comprises a drying fan, the drying fan is controlled by the laundry treatment apparatus to suspend working in a process of flushing the drying and filtering device . the control method comprises: controlling the flushing water passage to flush the drying and filtering device according to operating states of the first laundry treatment device and the second laundry treatment device by the laundry treatment apparatus, characterized in that when both the first laundry treatment device and the second laundry treatment device conduct the drying process, the first laundry treatment device and the second laundry treatment device operate alternately the drying process, and the laundry treatment apparatus controls the drying and filtering device to be flushed when switching between the operations of the first laundry treatment device and the second laundry treatment device , wherein the laundry treatment apparatus comprises a drying fan, the drying fan is controlled by the laundry treatment apparatus to suspend working in a process of flushing the drying and filtering device .
A magnetic input apparatus for a computer device, comprising: a grid pattern including a plurality of regions made of Hall effect material that act as Hall effect sensors elements , wherein each Hall element is selectively coupled to a Hall voltage sensor ; one or more magnets of sufficient strength to change a Hall voltage signal measured at one of the Hall elements by the corresponding Hall voltage sensor, wherein a degree of the change of the signal varies with a degree of proximity of the magnet to the corresponding one of the regions; and, a computer processor coupled to the Hall voltage sensor, wherein the computer processor is configured to obtain Hall voltage measurements from the Hall voltage sensor from a plurality of the Hall elements and analyze the measurements to determine a distance of a source of a magnetic field with respect to a plurality of the Hall elements in the grid pattern, and define a three-dimensional position of the source relative to the grid pattern using a triangulation method. a grid pattern including a plurality of regions made of Hall effect material that act as Hall effect sensors elements , wherein each Hall element is selectively coupled to a Hall voltage sensor ; one or more magnets of sufficient strength to change a Hall voltage signal measured at one of the Hall elements by the corresponding Hall voltage sensor, wherein a degree of the change of the signal varies with a degree of proximity of the magnet to the corresponding one of the regions; and, a computer processor coupled to the Hall voltage sensor, wherein the computer processor is configured to obtain Hall voltage measurements from the Hall voltage sensor from a plurality of the Hall elements and analyze the measurements to determine a distance of a source of a magnetic field with respect to a plurality of the Hall elements in the grid pattern, and define a three-dimensional position of the source relative to the grid pattern using a triangulation method.
An apparatus for the controlled pressurization of gas cylinder actuators connected to a single gas filling line, comprising - means for controlling and recovering a pressurized gas flow originating from pressurized gas supply means and directed to a gas filling line , - at least one sensor for detecting the pressure of the gas that is present in said gas filling line that is adapted to carry pressurized gas to at least one gas cylinder actuator connected thereto, - electrically controlled valve means adapted to allow/interrupt the flow of pressurized gas in said gas filling line , - an electronic control and management unit connected to said at least one pressure sensor and to said electrically controlled valve means to automate the opening/closing of said valve means in dependence on the signals that arrive from said at least one pressure sensor , the apparatus being characterized in that it has a single device that incorporates the electrically controlled valve means , the pressure sensor and an optional temperature sensor , said single device being connected to the means for controlling and recovering a pressurized gas flow by means of a line , said means for controlling and recovering the flow of pressurized gas that arrives from the pressurized gas supply means comprising a membrane accumulator arrangeable in output of the gas supply means and ahead of the line for connection to the valve means , a corresponding oil charge and discharge circuit being connected to said membrane accumulator 20 and in turn comprising an oil recovery tank 23 and associated oil pumping means which are adapted to bring the membrane accumulator to a desired pressure. - means for controlling and recovering a pressurized gas flow originating from pressurized gas supply means and directed to a gas filling line , - at least one sensor for detecting the pressure of the gas that is present in said gas filling line that is adapted to carry pressurized gas to at least one gas cylinder actuator connected thereto, - electrically controlled valve means adapted to allow/interrupt the flow of pressurized gas in said gas filling line , - an electronic control and management unit connected to said at least one pressure sensor and to said electrically controlled valve means to automate the opening/closing of said valve means in dependence on the signals that arrive from said at least one pressure sensor ,
A method for performing power management in a mobile device , the method comprising: by the mobile device : initiating a service period with an access point ; detecting, during the service period, a communication packet on a wireless communication channel, wherein the communication packet comprises timing information indicating a period of time during which the wireless communication channel is predicted to be busy ; and entering a Doze state for the duration of the indicated period of time , wherein the entering the Doze state is based at least partly on the timing information, characterized in that the communication packet is addressed to the access point from another mobile device; wherein entering the Doze state occurs without the mobile device receiving an indicator from the access point that the service period is terminated. initiating a service period with an access point ; detecting, during the service period, a communication packet on a wireless communication channel, wherein the communication packet comprises timing information indicating a period of time during which the wireless communication channel is predicted to be busy ; and entering a Doze state for the duration of the indicated period of time , wherein the entering the Doze state is based at least partly on the timing information, characterized in that the communication packet is addressed to the access point from another mobile device; wherein entering the Doze state occurs without the mobile device receiving an indicator from the access point that the service period is terminated.