mhurhangee/patent-ind-claim-en huggingface dataset:
An aerosol delivery device comprising: at least one housing enclosing a reservoir configured to retain an aerosol precursor composition; a heating element ; a sensor configured to produce measurements of differential pressure between an ambient atmospheric pressure and a pressure caused by airflow through at least a portion of the aerosol delivery device, the sensor being configured to convert the measurements of differential pressure to corresponding electrical signals; and a microprocessor coupled to the heating element and the sensor , the microprocessor being configured to receive the corresponding electrical signals and operate in an active mode only in an instance in which the differential pressure is at least a threshold differential pressure, the microprocessor in the active mode being configured to control the heating element to activate and vaporize components of the aerosol precursor composition, wherein the microprocessor is responsive to electrical signals having only a predetermined frequency of the corresponding electrical signals from the sensor to prevent electrical signals having other frequencies from devices external to the aerosol delivery device from causing the microprocessor to operate in the active mode. at least one housing enclosing a reservoir configured to retain an aerosol precursor composition; a heating element ; a sensor configured to produce measurements of differential pressure between an ambient atmospheric pressure and a pressure caused by airflow through at least a portion of the aerosol delivery device, the sensor being configured to convert the measurements of differential pressure to corresponding electrical signals; and a microprocessor coupled to the heating element and the sensor , the microprocessor being configured to receive the corresponding electrical signals and operate in an active mode only in an instance in which the differential pressure is at least a threshold differential pressure, the microprocessor in the active mode being configured to control the heating element to activate and vaporize components of the aerosol precursor composition, wherein the microprocessor is responsive to electrical signals having only a predetermined frequency of the corresponding electrical signals from the sensor to prevent electrical signals having other frequencies from devices external to the aerosol delivery device from causing the microprocessor to operate in the active mode.
A household appliance comprising a body , at least a pair of feet elevating the body from the ground and forming a volume in between, and cleaning means placed underneath the household appliance inside the aforementioned volume, characterized by said cleaning means comprising; - a pair of springs connected to the two opposite ends of the rear of the household appliance from one end, - a pair of holders connected to the other ends of the pair of springs , - a sweeper attached on to the pair of holders so as to extend almost along the width of the household appliance , - a pair of guides provided in close vicinity of the pair of feet towards the front of the household appliance , - a string connected to the pair of holders and extending almost along the depth of the household appliance and towards the pair of guides via which the string is bent and continues to extend almost along the width of the household appliance , - an aperture at the front of the household appliance through which the string reaches out and which upon being pulled, moves the pair of holders and the sweeper along the depth of the household appliance . - a pair of springs connected to the two opposite ends of the rear of the household appliance from one end, - a pair of holders connected to the other ends of the pair of springs , - a sweeper attached on to the pair of holders so as to extend almost along the width of the household appliance , - a pair of guides provided in close vicinity of the pair of feet towards the front of the household appliance , - a string connected to the pair of holders and extending almost along the depth of the household appliance and towards the pair of guides via which the string is bent and continues to extend almost along the width of the household appliance , - an aperture at the front of the household appliance through which the string reaches out and which upon being pulled, moves the pair of holders and the sweeper along the depth of the household appliance .
Method for managing communication in a static wireless mesh network comprising a plurality of wireless sensor nodes, the position of each wireless sensor node in the mesh network being fixed and determined by a position in a grid layout, the grid layout being stored or pre-configured in a memory of each wireless sensor node, the grid layout representing the position of the wireless sensor node and the positions of other wireless sensor nodes in the wireless mesh network, such that the position of the wireless sensor nodes in the mesh network can be determined from the grid layout, the method comprising: a time slot scheduler in each wireless sensor node determining at least part of a position-based time slot schedule (504 1-N ), preferably a TDMA time slot schedule, the time slot schedule comprising three or more time slots, including a transmission time slot enabling the wireless sensor node to transmit a broadcast message, a reception time slot enabling the wireless sensor node to receive a broadcast message from one or more other wireless sensor nodes, and a sleep time slot (508 1,2 ) for configuring the wireless sensor node in an idle state; and, the time slot scheduler in the wireless sensor node assigning time slots of the time slot schedule to the wireless sensor node on the basis of the grid layout and the position of the wireless sensor node in the grid layout. a time slot scheduler in each wireless sensor node determining at least part of a position-based time slot schedule (504 1-N ), preferably a TDMA time slot schedule, the time slot schedule comprising three or more time slots, including a transmission time slot enabling the wireless sensor node to transmit a broadcast message, a reception time slot enabling the wireless sensor node to receive a broadcast message from one or more other wireless sensor nodes, and a sleep time slot (508 1,2 ) for configuring the wireless sensor node in an idle state; and, the time slot scheduler in the wireless sensor node assigning time slots of the time slot schedule to the wireless sensor node on the basis of the grid layout and the position of the wireless sensor node in the grid layout.
A vehicle comprising: a hydrogen engine; and an on-vehicle hydrogen supply apparatus mounted on the vehicle such that its front side is at the front side of the vehicle, its upper side is at the upper side of the vehicle, and its right side is at the right side of the vehicle; the on-vehicle hydrogen supply apparatus comprising: a hydrogen supply unit that comprises a liquid hydrogen tank , a vaporizer that vaporizes liquid hydrogen, and a pressure chamber that is filled with vaporized hydrogen gas and supplies the filled hydrogen gas to the hydrogen engine for driving the vehicle, and supplies the hydrogen gas vaporized from the liquid hydrogen to the hydrogen engine; and a cover that houses the hydrogen supply unit, wherein the cover for the hydrogen supply unit includes a partition plate that separates an interior space into a first space that houses the liquid hydrogen tank and a second space that houses the vaporizer and the pressure chamber . a hydrogen engine; and an on-vehicle hydrogen supply apparatus mounted on the vehicle such that its front side is at the front side of the vehicle, its upper side is at the upper side of the vehicle, and its right side is at the right side of the vehicle; the on-vehicle hydrogen supply apparatus comprising: a hydrogen supply unit that comprises a liquid hydrogen tank , a vaporizer that vaporizes liquid hydrogen, and a pressure chamber that is filled with vaporized hydrogen gas and supplies the filled hydrogen gas to the hydrogen engine for driving the vehicle, and supplies the hydrogen gas vaporized from the liquid hydrogen to the hydrogen engine; and a cover that houses the hydrogen supply unit, wherein the cover for the hydrogen supply unit includes a partition plate that separates an interior space into a first space that houses the liquid hydrogen tank and a second space that houses the vaporizer and the pressure chamber . a hydrogen supply unit that comprises a liquid hydrogen tank , a vaporizer that vaporizes liquid hydrogen, and a pressure chamber that is filled with vaporized hydrogen gas and supplies the filled hydrogen gas to the hydrogen engine for driving the vehicle, and supplies the hydrogen gas vaporized from the liquid hydrogen to the hydrogen engine; and comprises a liquid hydrogen tank , a vaporizer that vaporizes liquid hydrogen, and a pressure chamber that is filled with vaporized hydrogen gas and supplies the filled hydrogen gas to the hydrogen engine for driving the vehicle, and supplies the hydrogen gas vaporized from the liquid hydrogen to the hydrogen engine; and a cover that houses the hydrogen supply unit, wherein the cover for the hydrogen supply unit includes a partition plate that separates an interior space into a first space that houses the liquid hydrogen tank and a second space that houses the vaporizer and the pressure chamber .
Method for operating an electropneumatic brake system for a vehicle , preferably a commercial vehicle , the brake system comprising a service brake system and a parking brake system , the parking brake system comprising at least one spring brake actuator , characterized by the following steps: providing, by means of a control unit , a control signal (S1, S2) for maintaining a spring-loaded ventilation pressure (pFS) that ventilates the at least one spring brake actuator , interrupting the provision of the control signal (S1, S2) in the event of a fault (FF) and/or a power failure (FS) and/or a diagnostic case (FT) of the control unit , thereby automatically terminating the maintenance of the spring-loaded ventilation pressure (pFS) in order to bleed the at least one spring brake actuator , thereby triggering spring-loaded fail-safe braking (BAF) of the vehicle by the parking brake system , the bleeding of the spring-loaded ventilation pressure (pFS) being carried out by a service brake bleed function (FBE) of the service brake system . the parking brake system comprising at least one spring brake actuator , characterized by the following steps: providing, by means of a control unit , a control signal (S1, S2) for maintaining a spring-loaded ventilation pressure (pFS) that ventilates the at least one spring brake actuator , interrupting the provision of the control signal (S1, S2) in the event of a fault (FF) and/or a power failure (FS) and/or a diagnostic case (FT) of the control unit , thereby automatically terminating the maintenance of the spring-loaded ventilation pressure (pFS) in order to bleed the at least one spring brake actuator , thereby triggering spring-loaded fail-safe braking (BAF) of the vehicle by the parking brake system , the bleeding of the spring-loaded ventilation pressure (pFS) being carried out by a service brake bleed function (FBE) of the service brake system . providing, by means of a control unit , a control signal (S1, S2) for maintaining a spring-loaded ventilation pressure (pFS) that ventilates the at least one spring brake actuator , interrupting the provision of the control signal (S1, S2) in the event of a fault (FF) and/or a power failure (FS) and/or a diagnostic case (FT) of the control unit , thereby automatically terminating the maintenance of the spring-loaded ventilation pressure (pFS) in order to bleed the at least one spring brake actuator , thereby triggering spring-loaded fail-safe braking (BAF) of the vehicle by the parking brake system , the bleeding of the spring-loaded ventilation pressure (pFS) being carried out by a service brake bleed function (FBE) of the service brake system .
A cuvette for fluid or gas analysis, wherein the cuvette comprises a cuvette body having a measurement path into which fluid or gas can be introduced for analysis, wherein the measurement path extends in the longitudinal direction of the cuvette body and wherein light can be coupled into the at least one measurement path , wherein the cuvette body comprises a first end , a second end , an inlet , an outlet and at least one first auxiliary channel , wherein the fluid or gas to be analyzed can be fed to the cuvette via the inlet and can be discharged via the outlet , wherein the first auxiliary channel extends in the longitudinal direction of the cuvette body and wherein the first auxiliary channel is connected to the measurement path and wherein the inlet is connected to the outlet via the measurement path and the first auxiliary channel , wherein the cuvette comprises a light source and/or a connection adapter for connection to a light source , wherein the measurement path is closed at the first end of the cuvette body by the light source or the connection adapter , and/or wherein the cuvette comprises a detection device , wherein the measurement path is closed at the second end of the cuvette body by the detection device , and wherein the first auxiliary channel is separated from the measurement path by a partition wall, characterized in that the cuvette body is an extruded part, in particular composed of aluminum. the cuvette comprises a light source and/or a connection adapter for connection to a light source , wherein the measurement path is closed at the first end of the cuvette body by the light source or the connection adapter , and/or wherein the cuvette comprises a detection device , wherein the measurement path is closed at the second end of the cuvette body by the detection device , and wherein the first auxiliary channel is separated from the measurement path by a partition wall, characterized in that the cuvette body is an extruded part, in particular composed of aluminum.
Cleaning device , in particular cleaning attachment , for a hard-surface vacuum cleaner , having at least one first wiper lip , one second wiper lip and one third lip , which is arranged between the first and second wiper lips so as to space apart the first and second wiper lips , characterized in that , proceeding from its free end , the third lip has recesses , and/or in that a free end of the third lip is arranged set back in relation to the free ends of the first and second wiper lips , and/or in that the second wiper lip and/or the third lip taper(s) at an acute angle (σ, β 2 ) in the region of the free ends , and/or in that the first wiper lip includes an acute angle (α, β, β 1 ) with the third lip .
A sensor integrated circuit comprising:a first processing channel responsive to a first analog signal to generate a first processed signal ;a second processing channel responsive to a second analog signal to generate a second processed signal , wherein the second processing channel is non-homogenous with respect to the first processing channel ; and a checker circuit responsive to the first processed signal and the second processed signal and configured to detect a fault in the sensor integrated circuit and generate a fault signal indicative of the fault when the first processed signal and the second processed signal differ from each other by more than a predetermined amount, wherein the checker circuit comprises a first sample circuit configured to sample the first processed signal and generate a first sampled signal , a second sample circuit configured to process the second processed signal and generate a second sampled signal , and a window comparator responsive to the first sampled signal and the second sampled signal and configured to generate the fault signal , characterized by further comprising a time delay synchronizer providing a clock signal to the first sample circuit and to the second sample circuit and to the window comparator .
A food-product handling device , comprising a sifter unit and a scale assembly , characterised in that the sifter unit includes: a housing defining an open upper side , a mount extending outwardly from the housing along an axis, and a lower side opposite the upper side; a sifter basket having an interior aligned with and inset within the open upper side ; and in that the scale assembly includes: a body defining an upper opening and an opposite lower opening and having an annular weight-sensing unit surrounding the upper opening, the body being configured to be positioned on the housing of the sifter unit with the opening in communication with the open upper side of the housing ; and a hopper configured to be positioned on the weight-sensing unit . characterised in that the sifter unit includes: a housing defining an open upper side , a mount extending outwardly from the housing along an axis, and a lower side opposite the upper side; a sifter basket having an interior aligned with and inset within the open upper side ; and a housing defining an open upper side , a mount extending outwardly from the housing along an axis, and a lower side opposite the upper side; a sifter basket having an interior aligned with and inset within the open upper side ; and in that the scale assembly includes: a body defining an upper opening and an opposite lower opening and having an annular weight-sensing unit surrounding the upper opening, the body being configured to be positioned on the housing of the sifter unit with the opening in communication with the open upper side of the housing ; and a hopper configured to be positioned on the weight-sensing unit . a body defining an upper opening and an opposite lower opening and having an annular weight-sensing unit surrounding the upper opening, the body being configured to be positioned on the housing of the sifter unit with the opening in communication with the open upper side of the housing ; and a hopper configured to be positioned on the weight-sensing unit .
A stack die for extrusion moulding an article of a desired shape, comprising a first die element configured to be mounted on an extruder, a second die element configured to be mounted on the first die element and third die element configured to be mounted on the second die element, the first die element comprising a flow channel , the second die element comprising a plurality of perforations fluidly connecting the first die element and third die element , and the third die element comprising a cut-out , which has a shape similar to the desired shape of the article and so that it produces an article with the desired shape during an extrusion moulding process characterised in further comprising a protruding element located on a downstream side of the second die element and protruding into the cut-out of the third die element in an assembled condition. a first die element configured to be mounted on an extruder, a second die element configured to be mounted on the first die element and third die element configured to be mounted on the second die element, the first die element comprising a flow channel , the second die element comprising a plurality of perforations fluidly connecting the first die element and third die element , and the third die element comprising a cut-out , which has a shape similar to the desired shape of the article and so that it produces an article with the desired shape during an extrusion moulding process characterised in further comprising a protruding element located on a downstream side of the second die element and protruding into the cut-out of the third die element in an assembled condition.
A stapling assembly for use with a surgical stapler , comprising: a cartridge having a plurality of staples disposed therein, the plurality of staples being configured to be deployed into tissue; and a non-fibrous adjunct formed of at least one fused bioabsorbable polymer and configured to be releasably retained on the cartridge such that the adjunct can be attached to tissue by the plurality of staples in the cartridge, the adjunct having a first end, a second end, and a longitudinal axis (L A ) extending therebetween, wherein the adjunct comprises at least two different compression zones (C 1 , C 2 , C 3 ), each compression zone being defined by a different lattice structure (4202, 4204, 4206; 4310, 4320, 4330; 4410, 4412, 4414; 4722, 4721; 4822, 4824; 4906, 4908) formed of a plurality of repeating unit cells (4310a, 4320a, 4330a; 4410a, 4412a, 4414a), and wherein each lattice structure has a different compressive strength characterized in that the adjunct has a variable compression strength along a lateral direction relative to its longitudinal axis. a cartridge having a plurality of staples disposed therein, the plurality of staples being configured to be deployed into tissue; and a non-fibrous adjunct formed of at least one fused bioabsorbable polymer and configured to be releasably retained on the cartridge such that the adjunct can be attached to tissue by the plurality of staples in the cartridge, the adjunct having a first end, a second end, and a longitudinal axis (L A ) extending therebetween, wherein the adjunct comprises at least two different compression zones (C 1 , C 2 , C 3 ), each compression zone being defined by a different lattice structure (4202, 4204, 4206; 4310, 4320, 4330; 4410, 4412, 4414; 4722, 4721; 4822, 4824; 4906, 4908) formed of a plurality of repeating unit cells (4310a, 4320a, 4330a; 4410a, 4412a, 4414a), and wherein each lattice structure has a different compressive strength characterized in that the adjunct has a variable compression strength along a lateral direction relative to its longitudinal axis.
A storage part structure of a saddle-ride-type vehicle comprising: a head pipe ; a main frame which extends rearward from the head pipe ; a storage box which is arranged in the vicinity of the main frame in a state where the storage box opens upward; and a box lid which covers an opening portion of the upwardly openable storage box in an openable and closable manner, a key cylinder which operates a box-side locking mechanism for locking the box lid is arranged behind a handle holder and in front of the storage box , and the box lid includes an arm portion positioned on a side of the key cylinder , characterised in that the box lid includes a lower-side box lid which covers the opening portion of the storage box , and a plate-like upper-side box lid which covers the lower-side box lid from above, wherein the lower-side box lid includes: a lid base which is brought into contact with an upper edge portion of the storage box and directly covers the opening portion ; and a lid cover which is mounted on an upper surface of the lid base , wherein a hinge mechanism is mounted on a rear end portion of the lid base , wherein the arm portion is formed on the upper-side box lid , and further includes a recessed portion formed in the upper-side box lid thus forming a bag mounting hole , wherein the bag mounting hole is formed so as to allow air to flow toward an inside in a vehicle width direction from an outside in a vehicle width direction and rearward.