mhurhangee/patent-ind-claim-en huggingface dataset:
A floating dispenser having a central axis comprising: a first dispensing cartridge having a base, a float , a dispersant chamber, and a set of fluid openings therein for ingress and egress of water into contact with a dispersant in the dispersant chamber; and a second dispensing cartridge containing a consumable dispersant therein having a specific gravity greater than one, said second dispensing cartridge having a base rotationally securable to the base of the first dispensing cartridge to control water access to the consumable dispersant therein by increasing or decreasing a flow area through alignment of internal ports in a grid in the first dispenser cartridge and a grid in the second dispenser cartridge without separating the two dispensing cartridges since there is only one position where the dispensing cartridges can be separated from each other, with the second dispensing cartridge and the first dispensing cartridge floating as a unit, with the first dispensing cartridge located above the second dispensing cartridge which is less buoyant than the first dispensing cartridge when the consumable dispersant is in an unconsumed state and floating below the second dispensing cartridge when the floating dispenser has self inverted 180 degrees in response to consumption of the consumable dispersant to thereby provide a visual indication that the consumable dispersant has been consumed. a first dispensing cartridge having a base, a float , a dispersant chamber, and a set of fluid openings therein for ingress and egress of water into contact with a dispersant in the dispersant chamber; and a second dispensing cartridge containing a consumable dispersant therein having a specific gravity greater than one, said second dispensing cartridge having a base rotationally securable to the base of the first dispensing cartridge to control water access to the consumable dispersant therein by increasing or decreasing a flow area through alignment of internal ports in a grid in the first dispenser cartridge and a grid in the second dispenser cartridge without separating the two dispensing cartridges since there is only one position where the dispensing cartridges can be separated from each other, with the second dispensing cartridge and the first dispensing cartridge floating as a unit, with the first dispensing cartridge located above the second dispensing cartridge which is less buoyant than the first dispensing cartridge when the consumable dispersant is in an unconsumed state and floating below the second dispensing cartridge when the floating dispenser has self inverted 180 degrees in response to consumption of the consumable dispersant to thereby provide a visual indication that the consumable dispersant has been consumed.
A non-transitory computer readable medium containing instructions that, when executed by at least one processor, cause the at least one processor to execute operations enabling automatically populating a post-operative report of a surgical procedure, the operations comprising: receiving an input of an identifier of a patient; receiving an input of an identifier of a health care provider; receiving an input of surgical footage of a surgical procedure performed on the patient by the health care provider; transforming at least part of the surgical footage using at least one convolution to obtain transformed data; using the transformed data, analyzing a plurality of frames of the surgical footage to identify: a medical instrument and an anatomical structure using a machine learning model and a relative movement between the identified medical instrument and the anatomical structure using a motion detection algorithm based on changes in pixels between frames; deriving image-based information for populating a post-operative report of the surgical procedure, based on the relative movement between the identified medical instrument and the anatomical structure; and causing the derived image-based information to populate the post-operative report of the surgical procedure. receiving an input of an identifier of a patient; receiving an input of an identifier of a health care provider; receiving an input of surgical footage of a surgical procedure performed on the patient by the health care provider; transforming at least part of the surgical footage using at least one convolution to obtain transformed data; using the transformed data, analyzing a plurality of frames of the surgical footage to identify: a medical instrument and an anatomical structure using a machine learning model and a relative movement between the identified medical instrument and the anatomical structure using a motion detection algorithm based on changes in pixels between frames; a medical instrument and an anatomical structure using a machine learning model and a relative movement between the identified medical instrument and the anatomical structure using a motion detection algorithm based on changes in pixels between frames; deriving image-based information for populating a post-operative report of the surgical procedure, based on the relative movement between the identified medical instrument and the anatomical structure; and causing the derived image-based information to populate the post-operative report of the surgical procedure.
A method for printing in a controlled environment comprising: circulating a gas within an enclosure defining an internal volume, wherein the enclosure comprises a plurality of frame members contoured around a printing system; controlling the process environment within the enclosure, wherein controlling the process environment comprises: circulating the gas through a purification system to remove one or more reactive species from the process environment; circulating the gas through a filtration system to provide filtration of particulate matter from the gas after the gas moves along a path of travel of a substrate within the printing system; and printing on the substrate within the controlled process environment of the enclosure. circulating a gas within an enclosure defining an internal volume, wherein the enclosure comprises a plurality of frame members contoured around a printing system; controlling the process environment within the enclosure, wherein controlling the process environment comprises: circulating the gas through a purification system to remove one or more reactive species from the process environment; circulating the gas through a filtration system to provide filtration of particulate matter from the gas after the gas moves along a path of travel of a substrate within the printing system; and circulating the gas through a purification system to remove one or more reactive species from the process environment; circulating the gas through a filtration system to provide filtration of particulate matter from the gas after the gas moves along a path of travel of a substrate within the printing system; and printing on the substrate within the controlled process environment of the enclosure.
Method for sorting laundry items, in particular dirty laundry items, wherein individual laundry items are transported by a conveyor one after the other into a storage means , and the laundry items are transported from the storage means to discharging locations and are transferred to a discharging location corresponding to the respective sorting criterion thereof, wherein at least a number of discharging locations are provided with varying sorting criteria and wherein at least one discharging location is only temporarily assigned a specific sorting criterion, characterized in that the sorting criteria assigned to the discharging locations are changed in dependence on which laundry items are fed next to the discharging locations , and wherein laundry items with sorting criteria which do not correspond to any sorting criteria currently assigned to the discharging locations are transported back into the storage means , and wherein laundry items which have a sorting criterion different from the sorting criteria currently assigned to the discharging locations are collected in at least one storage section of the storage means . at least a number of discharging locations are provided with varying sorting criteria and wherein at least one discharging location is only temporarily assigned a specific sorting criterion, characterized in that the sorting criteria assigned to the discharging locations are changed in dependence on which laundry items are fed next to the discharging locations , and wherein laundry items with sorting criteria which do not correspond to any sorting criteria currently assigned to the discharging locations are transported back into the storage means , and wherein laundry items which have a sorting criterion different from the sorting criteria currently assigned to the discharging locations are collected in at least one storage section of the storage means .
A tire comprising a rubber composition based on at least a rubber crumb and a thermoplastic elastomer, said rubber crumb representing 50% by mass or more of the rubber composition, and exhibiting a ratio of the chloroform extract to the acetone extract of less than 2; the chloroform and acetone extracts being expressed as percentages by mass and measured according to the ISO1407 standard, by means of a Soxhlet-type extractor.
A security system comprising a security drawer , suitable for being connected to a cash register and/or cash machine, the security drawer comprising: - at least one partition , suitable for containing cash; - at least one conduit , arranged in at least part of the partition and suitable for conveying and releasing a staining fluid on all or part of said partition so as to stain the contents thereof; - a primary tank , in fluid connection with said at least one conduit and containing said staining fluid; and - an electronic control unit , suitable for triggering the dispensing of the staining fluid from the primary tank to the at least one conduit ; wherein said electronic control unit comprises receiving and processing means suitable for receiving a remote control, so as to output the staining fluid dispensing signal when said command is remotely transmitted to the electronic control unit ; characterized in that the security system further comprises detection means, suitable for detecting and transmitting to the electronic control unit a signal indicating the heart rate of an operator, said electronic control unit being configured so as to trigger the dispensing of the staining fluid when the heart rate of the operator exceeds a predetermined maximum heart rate value a certain number of times in a predetermined period of time. - at least one partition , suitable for containing cash; - at least one conduit , arranged in at least part of the partition and suitable for conveying and releasing a staining fluid on all or part of said partition so as to stain the contents thereof; - a primary tank , in fluid connection with said at least one conduit and containing said staining fluid; and - an electronic control unit , suitable for triggering the dispensing of the staining fluid from the primary tank to the at least one conduit ; wherein said electronic control unit comprises receiving and processing means suitable for receiving a remote control, so as to output the staining fluid dispensing signal when said command is remotely transmitted to the electronic control unit ; characterized in that the security system further comprises detection means, suitable for detecting and transmitting to the electronic control unit a signal indicating the heart rate of an operator, said electronic control unit being configured so as to trigger the dispensing of the staining fluid when the heart rate of the operator exceeds a predetermined maximum heart rate value a certain number of times in a predetermined period of time.
A granular material effect system , comprising: a plurality of granular particles disposed in a container ; a nozzle configured to activate to direct a fluid into the container ; an actuator disposed in the container within the plurality of granular particles , wherein the actuator is coupled to a prop ; and a controller communicatively coupled to the nozzle and the actuator , wherein the controller is configured to: instruct the nozzle to activate to direct the fluid into the container such that at least a portion of the granular particles are suspended within the fluid; and instruct the actuator to move the prop relative to the container while the nozzle is activated. a plurality of granular particles disposed in a container ; a nozzle configured to activate to direct a fluid into the container ; an actuator disposed in the container within the plurality of granular particles , wherein the actuator is coupled to a prop ; and a controller communicatively coupled to the nozzle and the actuator , wherein the controller is configured to: instruct the nozzle to activate to direct the fluid into the container such that at least a portion of the granular particles are suspended within the fluid; and instruct the actuator to move the prop relative to the container while the nozzle is activated. instruct the nozzle to activate to direct the fluid into the container such that at least a portion of the granular particles are suspended within the fluid; and instruct the actuator to move the prop relative to the container while the nozzle is activated.
Method for creating at least one clearance in a sheath , which secures a stack of articles arranged on a pallet , wherein the pallet comprises a standing surface on its upper side as a surface for the stack of articles, as well as several standing feet arranged on the under side and at a distance interval from one another, with the formation of foot-free spaces , and wherein the sheath engages at least partially underneath the under side of the standing feet arranged in the region of the four outer edges of the pallet , and wherein at least one clearance is introduced into the sheathing region lying between two standing feet (19 and 20 and 21 respectively), which are arranged in a row with at least two standing feet , wherein at least one clearance is produced in such a way that the sheathing region is first heated, that the heated sheathing region is then drawn off from the pallet , and then, in the still heated state, is displaced upwards, wherein the sheathing region which is displaced upwards is then fixed, by cooling, in its upwards displaced position, characterised in that the sheath consists of stretch film, and that the sheathing region is only drawn off from the pallet when the heating of the sheathing region has been entirely concluded.
A robotic work tool comprising a chassis , a body and a controller for controlling operation of the robotic work tool and at least one three-dimensional sensor arrangement for detecting relative movement of the body and the chassis , wherein the sensor arrangement comprises a sensor element arranged in one of the body and the chassis and a detection element arranged in the other of the body and the chassis , wherein the controller is configured to: receive sensor input indicating relative movement of the sensor element and the detection element ; determine, from the sensor input, whether a collision or a lift has been detected, wherein the the detection element is a magnet, the robotic work tool being characterized in that the sensor element is a three-dimensional Hall sensor configured to detect the magnitude and direction in three-dimensional space of the magnetic field of the magnet, wherein the controller is configured to determine a direction of movement of the detection element in a plane relative the sensor element , the plane being parallel to a surface being worked, and in response thereto determine the position of the object with which the robotic work tool has collided and change the driving path of the robotic work tool so that the robotic work tool moves away from or around the object. receive sensor input indicating relative movement of the sensor element and the detection element ; determine, from the sensor input, whether a collision or a lift has been detected, wherein the the detection element is a magnet,
An ultrasonic surgical probe comprising: an elongate shaft having a distal end portion with a longitudinal axis ; and a probe head that is enlarged to extend laterally or transversely in two opposed directions relative to said shaft and said axis , said head having a recess or cavity facing laterally in a third direction orthogonal or transverse to said shaft and said axis , said recess or cavity being formed in part by an inclined floor or base surface contiguous at a proximal end with said shaft , said recess or cavity being further formed in part by a peripheral wall extending only partway around said recess or cavity , along a distal side and two lateral sides thereof, said cavity or recess being closed on a proximal side by said inclined surface and said shaft ; said ultrasonic surgical probe being characterized in that said inclined floor or base surface is planar or flat. an elongate shaft having a distal end portion with a longitudinal axis ; and a probe head that is enlarged to extend laterally or transversely in two opposed directions relative to said shaft and said axis , said head having a recess or cavity facing laterally in a third direction orthogonal or transverse to said shaft and said axis , said recess or cavity being formed in part by an inclined floor or base surface contiguous at a proximal end with said shaft , said recess or cavity being further formed in part by a peripheral wall extending only partway around said recess or cavity , along a distal side and two lateral sides thereof, said cavity or recess being closed on a proximal side by said inclined surface and said shaft ; said ultrasonic surgical probe being characterized in that said inclined floor or base surface is planar or flat.
Method for securely providing (B) a receiver unit with a replica pseudo-random noise code from a provision unit, wherein a correlation with a reception signal is carried out using the replica pseudo-random noise code , characterized in that the replica pseudo-random noise code is provided in a restricted manner on the basis of a result (Y, N) of an admissibility check, in which case, in order to carry out (A) the admissibility check, values (11,..., 17) are recorded and are compared with predefined threshold values, properties of the reception signal being taken into account during the admissibility check.
A hearing device comprising - a housing configured to be at least partially inserted into an ear canal of a user, the housing having an opening leading to an interior space enclosed by the housing ; - a slidable member moveable relative to the opening between different positions including a first position and a second position; - an actuator configured to actuate the movement of the slidable member forth from the first position to the second position, and back from the second position to the first position; and - a controller configured to control the actuator ; characterized in that the controller is configured to control the actuator to actuate the slidable member to repetitively move forth and back between the first and second position at a predetermined repetition rate. - a housing configured to be at least partially inserted into an ear canal of a user, the housing having an opening leading to an interior space enclosed by the housing ; - a slidable member moveable relative to the opening between different positions including a first position and a second position; - an actuator configured to actuate the movement of the slidable member forth from the first position to the second position, and back from the second position to the first position; and - a controller configured to control the actuator ;
Light-emitting arrangement, comprising - a light-producing layer consisting of an organic light-emitting diode (OLED) or a quantum-dot light-emitting diode (QLED) which is designed to produce a light when a current is applied, - an edge layer which, in a first approximation, is plate-shaped, so that it comprises a first surface region and a second surface region opposite the first surface region , wherein, in a first approximation, the second surface region extends in a plane ( E ), wherein the light of the light-producing layer enters the edge layer via the first surface region , exits the edge layer via the second surface region and is emitted into an exterior space ( A ) of the light-emitting arrangement, and - optical elements which are disposed or configured on the second surface region , wherein the optical elements are microprisms that comprise surface areas having a gradient angle β greater than 0° with respect to the plane ( E ), wherein the gradient angle β is selected such that it satisfies the relation n(λ 0 ) sin(β-α 0 ) = sin(β) , if the function I = I(λ, α), α > 0°, which specifies the intensity I of the light inside the edge layer as a function of the wavelength λ and the angle α under which the light spreads in relation to a normal (N) of the plane (E) extending away from the light-producing layer , has its absolute maximum at the wavelength λ 0 and the angle α 0 and n(λ 0 ) is the refractive index of the microprisms at the wavelength of λ 0 , wherein the optical microprisms further comprise additional surface areas having another gradient angle β 1 which differs from the first-mentioned gradient angle β , wherein the microprisms are configured such that the other gradient angle β 1 is selected in the same manner as the first-mentioned gradient angle β with respect to a local maximum of the function I = I(λ, α), α > 0 °, which is not the absolute maximum, wherein the local maximum is preferably the second largest maximum of the function I = I(λ, α), α > 0°. - a light-producing layer consisting of an organic light-emitting diode (OLED) or a quantum-dot light-emitting diode (QLED) which is designed to produce a light when a current is applied, - an edge layer which, in a first approximation, is plate-shaped, so that it comprises a first surface region and a second surface region opposite the first surface region , wherein, in a first approximation, the second surface region extends in a plane ( E ), wherein the light of the light-producing layer enters the edge layer via the first surface region , exits the edge layer via the second surface region and is emitted into an exterior space ( A ) of the light-emitting arrangement, and - optical elements which are disposed or configured on the second surface region , wherein the optical elements are microprisms that comprise surface areas having a gradient angle β greater than 0° with respect to the plane ( E ),