mhurhangee/patent-ind-claim-en huggingface dataset:
A method of invoking voice-to-text sessions on a computing device having a display comprising: presenting an instance of a data input field on the display; detecting a preconfigured gesture corresponding to the data input field ; and generating an input event based on the preconfigured gesture corresponding to the data input field , the input event configured to invoke a voice-to-text session for the data input field , characterized in that the preconfigured gesture comprises a first part of a swipe which requires a continuous and fluid physical interaction between a gesture initiating region near a first end of the data input field and a gesture terminating region near a second end of the data input field and causes an on-screen affordance related to the voice-to-text session for the data input field to appear offset from the gesture terminating region , and a second part of the swipe which is fluidly continued from the first part of the swipe to the on-screen affordance and initiates the voice-to-text session for the data input field . presenting an instance of a data input field on the display; detecting a preconfigured gesture corresponding to the data input field ; and generating an input event based on the preconfigured gesture corresponding to the data input field , the input event configured to invoke a voice-to-text session for the data input field , characterized in that the preconfigured gesture comprises a first part of a swipe which requires a continuous and fluid physical interaction between a gesture initiating region near a first end of the data input field and a gesture terminating region near a second end of the data input field and causes an on-screen affordance related to the voice-to-text session for the data input field to appear offset from the gesture terminating region , and a second part of the swipe which is fluidly continued from the first part of the swipe to the on-screen affordance and initiates the voice-to-text session for the data input field .
A fluxed deasphalter rock composition, comprising: 35 wt% to 70 wt% of a flux, the flux comprising a T5 distillation point of at least 150°C, a T50 distillation point of at least 200°C, a kinematic viscosity at 50°C of 1.0 cSt to 10 cSt, and an aromatics content of at least 40 wt% relative to a weight of the flux; and 30 wt% to 65 wt% of deasphalter rock, the deasphalter rock comprising a density at 15°C of at least 1.12 g/cm 3 , a carbon content of at least 83.0 wt%, a hydrogen content of 8.0 wt% or less, an n-heptane insoluble content of at least 35 wt%, and a T5 distillation point of at least 625°C, the flux optionally comprising a light cycle oil, a steam cracker gas oil, or a combination thereof; wherein the composition comprises a) a BMCI value of at least 80, b) a toluene equivalence (TE) value of 25 or less, c) a difference between a BMCI value and a TE value of at least 60, or d) a combination thereof. 35 wt% to 70 wt% of a flux, the flux comprising a T5 distillation point of at least 150°C, a T50 distillation point of at least 200°C, a kinematic viscosity at 50°C of 1.0 cSt to 10 cSt, and an aromatics content of at least 40 wt% relative to a weight of the flux; and 30 wt% to 65 wt% of deasphalter rock, the deasphalter rock comprising a density at 15°C of at least 1.12 g/cm 3 , a carbon content of at least 83.0 wt%, a hydrogen content of 8.0 wt% or less, an n-heptane insoluble content of at least 35 wt%, and a T5 distillation point of at least 625°C, the flux optionally comprising a light cycle oil, a steam cracker gas oil, or a combination thereof; wherein the composition comprises a) a BMCI value of at least 80, b) a toluene equivalence (TE) value of 25 or less, c) a difference between a BMCI value and a TE value of at least 60, or d) a combination thereof.
A washing machine, comprising: an outer tub containing water; an inner tub spinnably provided in the outer tub and containing laundry; a circulation flowpath circulating water discharged from the outer tub ; a first nozzle jetting water supplied through the circulation flowpath to the inner tub ; an RPM-adjustable pump forcedly transferring water to the first nozzle through the circulation flowpath ; a laundry load sensor sensing a laundry load put in the inner tub ; a controller controlling the RPM of the pump according to the sensed laundry load characterised by a pulsator spinnably provided in the inner tub ; and an actuator rotating the pulsator , wherein the controller controls the actuator to perform agitated washing by which the pulsator spins alternately in two directions and controls the RPM of the pump according to the laundry load sensed by the laundry load sensor while the agitated washing is performed. an outer tub containing water; an inner tub spinnably provided in the outer tub and containing laundry; a circulation flowpath circulating water discharged from the outer tub ; a first nozzle jetting water supplied through the circulation flowpath to the inner tub ; an RPM-adjustable pump forcedly transferring water to the first nozzle through the circulation flowpath ; a laundry load sensor sensing a laundry load put in the inner tub ; a controller controlling the RPM of the pump according to the sensed laundry load characterised by a pulsator spinnably provided in the inner tub ; and an actuator rotating the pulsator , wherein the controller controls the actuator to perform agitated washing by which the pulsator spins alternately in two directions and controls the RPM of the pump according to the laundry load sensed by the laundry load sensor while the agitated washing is performed.
A cap for removably attaching to a head of a fastener comprised in a system for retaining a ground engaging tool connected to a work implement , the cap comprising: a main body having an open end and defining a hollow interior; an end section forming a closed end of the main body ; the main body including an axis (A) extending between the open end and the closed end; and a hollow inner portion connecting to an inner surface of the end section and extending through the hollow interior toward the open end of the main body , the hollow inner portion being spaced from the main body , the hollow inner portion having a distal end configured to be inserted into an opening in the head of the fastener , the hollow inner portion including at least one slit extending through a wall of the hollow inner portion parallel to the axis (A) of the main body , the at least one slit extending through the distal end of the hollow inner portion . a main body having an open end and defining a hollow interior; an end section forming a closed end of the main body ; the main body including an axis (A) extending between the open end and the closed end; and a hollow inner portion connecting to an inner surface of the end section and extending through the hollow interior toward the open end of the main body , the hollow inner portion being spaced from the main body , the hollow inner portion having a distal end configured to be inserted into an opening in the head of the fastener , the hollow inner portion including at least one slit extending through a wall of the hollow inner portion parallel to the axis (A) of the main body , the at least one slit extending through the distal end of the hollow inner portion . the hollow inner portion being spaced from the main body , the hollow inner portion having a distal end configured to be inserted into an opening in the head of the fastener , the hollow inner portion including at least one slit extending through a wall of the hollow inner portion parallel to the axis (A) of the main body , the at least one slit extending through the distal end of the hollow inner portion .
Pneumatic vehicle tyre having a tread with at least one profile rib which is delimited at least on one side by a circumferential channel , has a rib flank at said circumferential channel, has a rib outer side situated in the tread periphery and is provided with a multiplicity of notches , said notches departing from the circumferential channel , being open towards the tread periphery, being of shallower form than the circumferential channel and in each case having a base and, on their outer side, notch edges , characterized in that the rib flank has a transition rounding to the rib outer side that is formed in relation to the axial direction of the rib flank, at which transition rounding the notches are formed, wherein in each case two notch edges of each notch extend beyond the transition rounding , and wherein there departs from one of these notch edges an outwardly bent convex oblique surface which extends to the base of the notch and which is rotated relative to the circumferential direction such that it is oriented in relation to the circumferential direction at an angle (δ, θ) of 40° to 80° at the base of the notch . in that the rib flank has a transition rounding to the rib outer side that is formed in relation to the axial direction of the rib flank, at which transition rounding the notches are formed, wherein in each case two notch edges of each notch extend beyond the transition rounding , and wherein there departs from one of these notch edges an outwardly bent convex oblique surface which extends to the base of the notch and which is rotated relative to the circumferential direction such that it is oriented in relation to the circumferential direction at an angle (δ, θ) of 40° to 80° at the base of the notch .
A dispensing system , comprising: a dispenser having at least one sensor ; and a shroud including at least one aperture spaced from the at least one sensor and a sensory shield disposed around at least a portion of the at least one sensor , wherein a gap exists between an inner side of the shroud and a distal end of the sensory shield to reduce background noise wherein aperture performance factor S A is defined by the ratio S A = S S | S V wherein S S is a surface area of the at least one aperture in the shroud , and wherein S V is a field of view surface area of the at least one sensor at an intersection with the shroud, wherein the field of view is defined with a viewing angle wherein the sensitivity drops to 50% of an on-axis sensitivity of the at least one sensor , and wherein S A ≤ 1. a dispenser having at least one sensor ; and a shroud including at least one aperture spaced from the at least one sensor and a sensory shield disposed around at least a portion of the at least one sensor , wherein a gap exists between an inner side of the shroud and a distal end of the sensory shield to reduce background noise wherein aperture performance factor S A is defined by the ratio S A = S S | S V wherein S S is a surface area of the at least one aperture in the shroud , and wherein S V is a field of view surface area of the at least one sensor at an intersection with the shroud, wherein the field of view is defined with a viewing angle wherein the sensitivity drops to 50% of an on-axis sensitivity of the at least one sensor , and wherein S A ≤ 1.
Aircraft lifting surface comprising a support structure and a control surface , the control surface comprising: - a leading edge structure , and - at least one aerodynamic element (6, 6.1, 6.2) at least partially arranged around the leading edge structure and separated from the said leading edge structure by a slot , the slot comprising an inlet (8.1) and an outlet (8.2), wherein the control surface is configured to rotate around a hinge axis forming a deflection angle (Θ) with respect to the support structure , the slot is an open channel between the aerodynamic element (6, 6.1, 6.2) and the leading edge structure , when the control surface is at a predetermined deflection angle (Θ) the inlet (8.1) of the slot is faced to an airflow flowing around the lifting surface so that this airflow is captured through the inlet (8.1) and directed to the outlet (8.2) of the slot , further comprising sealing means configured to block the passage of airflow through the lifting surface , between the support structure and the control surface , when the control surface is at least at the predetermined deflection angle (Θ), so that the sealing means prevent the airflow to pass to the other side of the control surface crossing the inside of the lifting surface , characterized in that the sealing means comprise a lip shaped seal protruding from inside of the support structure towards the control surface , so that when the inlet (8.1) of the slot is not faced to the airflow flowing around the lifting surface at least a lip (7.1, 7.2) of the lip shaped seal is in contact with the at least one aerodynamic element (6, 6.1, 6.2). - a leading edge structure , and - at least one aerodynamic element (6, 6.1, 6.2) at least partially arranged around the leading edge structure and separated from the said leading edge structure by a slot , the slot comprising an inlet (8.1) and an outlet (8.2), the control surface is configured to rotate around a hinge axis forming a deflection angle (Θ) with respect to the support structure , the slot is an open channel between the aerodynamic element (6, 6.1, 6.2) and the leading edge structure , when the control surface is at a predetermined deflection angle (Θ) the inlet (8.1) of the slot is faced to an airflow flowing around the lifting surface so that this airflow is captured through the inlet (8.1) and directed to the outlet (8.2) of the slot , further comprising sealing means configured to block the passage of airflow through the lifting surface , between the support structure and the control surface , when the control surface is at least at the predetermined deflection angle (Θ), so that the sealing means prevent the airflow to pass to the other side of the control surface crossing the inside of the lifting surface , characterized in that the sealing means comprise a lip shaped seal protruding from inside of the support structure towards the control surface , so that when the inlet (8.1) of the slot is not faced to the airflow flowing around the lifting surface at least a lip (7.1, 7.2) of the lip shaped seal is in contact with the at least one aerodynamic element (6, 6.1, 6.2).
An automatic analysis device comprising: a measurement processing unit which measures a concentration of a biological component contained in a specimen; an operation unit which controls the measurement processing unit; a data base which stores consideration information about the specimen; a smart device which includes an image capturing unit for capturing an image of a holder on which a specimen container that accommodates the specimen therein is installed; and a calculation unit which specifies a specimen container that accommodates a specimen having the consideration information taken in an image captured by the image capturing unit of the smart device based on the consideration information stored in the data base, and displays marks on a displayed image of the specified specimen container, characterized in that the calculation unit determines whether or not the displayed mark is a mark to be given and deletes the display of the mark in a case where it is determined that the mark is not a mark to be given as a result of the determination. a measurement processing unit which measures a concentration of a biological component contained in a specimen; an operation unit which controls the measurement processing unit; a data base which stores consideration information about the specimen; a smart device which includes an image capturing unit for capturing an image of a holder on which a specimen container that accommodates the specimen therein is installed; and a calculation unit which specifies a specimen container that accommodates a specimen having the consideration information taken in an image captured by the image capturing unit of the smart device based on the consideration information stored in the data base, and displays marks on a displayed image of the specified specimen container, characterized in that the calculation unit determines whether or not the displayed mark is a mark to be given and deletes the display of the mark in a case where it is determined that the mark is not a mark to be given as a result of the determination.
Spark gap arrangement having - a hollow body which is made of insulating material and which encompasses the main axis of the spark gap, - two electrodes which are arranged on the face-side regions of the hollow body , so that a discharge space is defined in the interior of the chamber thus formed, wherein a depression is provided in the inner wall of the hollow body , so that the chamber projects radially outwardly over the inner wall of the hollow body on only one face side, characterized in that the ratio between the main distance (d) between the electrodes and the distance between the inner wall of the hollow body and the electrode region projecting into the interior of the chamber is between 0.75 and 1. - a hollow body which is made of insulating material and which encompasses the main axis of the spark gap, - two electrodes which are arranged on the face-side regions of the hollow body , so that a discharge space is defined in the interior of the chamber thus formed,
A digital pilot notepad for being utilized in conjunction with a flight deck system of an aircraft, the digital pilot notepad comprising: an avionics interface over which alphanumeric input data is transmitted to the flight deck system ; a touchscreen device ; and a controller operably coupled to the avionics interface and to the touchscreen device, the controller configured to: digitally capture a handwritten pilot note written on the touchscreen device by a pilot; convert handwritten command data contained within the handwritten pilot note to alphanumeric command data in a format compatible with the flight deck system and specifying the parameters of a navigational procedure to be performed by the aircraft; separate the alphanumeric command data into a plurality of command elements; submit the alphanumeric command data to the flight deck system over the avionics interface; and enter the plurality of command elements into a corresponding plurality of separate data fields of a Graphical User Interface (GUI) page generated by the flight deck system. an avionics interface over which alphanumeric input data is transmitted to the flight deck system ; a touchscreen device ; and a controller operably coupled to the avionics interface and to the touchscreen device, the controller configured to: digitally capture a handwritten pilot note written on the touchscreen device by a pilot; convert handwritten command data contained within the handwritten pilot note to alphanumeric command data in a format compatible with the flight deck system and specifying the parameters of a navigational procedure to be performed by the aircraft; separate the alphanumeric command data into a plurality of command elements; submit the alphanumeric command data to the flight deck system over the avionics interface; and enter the plurality of command elements into a corresponding plurality of separate data fields of a Graphical User Interface (GUI) page generated by the flight deck system. digitally capture a handwritten pilot note written on the touchscreen device by a pilot; convert handwritten command data contained within the handwritten pilot note to alphanumeric command data in a format compatible with the flight deck system and specifying the parameters of a navigational procedure to be performed by the aircraft; separate the alphanumeric command data into a plurality of command elements; submit the alphanumeric command data to the flight deck system over the avionics interface; and enter the plurality of command elements into a corresponding plurality of separate data fields of a Graphical User Interface (GUI) page generated by the flight deck system.
Medicament delivery device comprising a housing (10; 100; 216, 218, 326), which housing (10; 100; 216, 218, 326) is arranged to accommodate a medicament container (18; 108; 226), - a drive mechanism (34; 116; 264) comprising a drive force element (38; 122; 316), which drive mechanism is capable of, upon activation, act on said medicament container (18; 108; 226) for delivering a dose of medicament from said medicament container, - a communication unit (60; 160; 349) associated with said housing (10; 100; 216, 218, 326), - a switch (58; 144; 354) operably connectable to said drive mechanism (34; 116; 264) and connected to said communication unit (60; 160; 349) for activating said communication unit (60; 160; 349) when operated, wherein said switch (58; 144; 354) is operable by said drive mechanism (34; 116; 264) during a dose delivery sequence, characterized in that said communication unit is movable in the longitudinal direction between a non-activated position and an activated position, wherein that said drive force element is arranged to bias said communication unit in the distal direction towards the non-activated position, an activation force element arranged to exert a force on said communication unit in the proximal direction, wherein the force exerted by said activation force element is chosen such that its force exceeds the bias from the drive force element during a dose delivery sequence, thereby moving said communication unit to the activated position, wherein the force exerted by said activation force element is chosen such that its force exceeds the force from the drive force element near the end of a dose delivery sequence, thereby moving said communication unit to an activated position. - a drive mechanism (34; 116; 264) comprising a drive force element (38; 122; 316), which drive mechanism is capable of, upon activation, act on said medicament container (18; 108; 226) for delivering a dose of medicament from said medicament container, - a communication unit (60; 160; 349) associated with said housing (10; 100; 216, 218, 326), - a switch (58; 144; 354) operably connectable to said drive mechanism (34; 116; 264) and connected to said communication unit (60; 160; 349) for activating said communication unit (60; 160; 349) when operated,
A body area network comprising: a first coil configured to be worn on a body of a human , the first coil being configured and positioned to use a body leveraged magnetic field; a transmitter to drive the first coil to generate the body leveraged magnetic field through the first coil , wherein the transmitter is configured to drive the first coil at a frequency selected such that the body leveraged magnetic field simultaneously includes near-field and far-field components and the far-field components are enhanced by a high permittivity of bodily tissue; a second coil configured to receive a signal transmitted via the first coil to the second coil , the second coil being configured and positioned to receive both of the near- and far- field components; and a receiver for receiving the signal transmitted to the second coil . a first coil configured to be worn on a body of a human , the first coil being configured and positioned to use a body leveraged magnetic field; a transmitter to drive the first coil to generate the body leveraged magnetic field through the first coil , wherein the transmitter is configured to drive the first coil at a frequency selected such that the body leveraged magnetic field simultaneously includes near-field and far-field components and the far-field components are enhanced by a high permittivity of bodily tissue; a second coil configured to receive a signal transmitted via the first coil to the second coil , the second coil being configured and positioned to receive both of the near- and far- field components; and a receiver for receiving the signal transmitted to the second coil .