mhurhangee/patent-ind-claim-en huggingface dataset:
A packaging container (1; 100) comprising: a container body (2; 120) having a body portion (25; 122) in which an engaging wall is provided, and a bottom portion (24; 121) provided at a first end of the body portion (25; 122), the body portion (25; 122) has a tapered shape in which a diameter is increased from the first end toward the second end; a funnel part (3; 130) having a funnel shape, and inserted into the body portion (25; 122), and a wide opening end thereof is restricted from moving toward at least the first end by the engaging wall; and a sealing lid (4; 160) sealed to an opening portion which serves as a second end of the body portion (25; 122) while being in contact with a narrow opening end of the funnel part (3; 130) to seal the container body (2; 120). characterized in that the engaging wall is an engaging groove projected outward relative to the tapered shape of the body portion (25; 122), and the funnel part (3; 130) includes an engaging portion having a projection projected outward at a wide opening end thereof, and the projection is engaged with the engaging groove to further restrict a wide opening end of the funnel part (3; 130) from moving toward the second end. a container body (2; 120) having a body portion (25; 122) in which an engaging wall is provided, and a bottom portion (24; 121) provided at a first end of the body portion (25; 122), the body portion (25; 122) has a tapered shape in which a diameter is increased from the first end toward the second end; a funnel part (3; 130) having a funnel shape, and inserted into the body portion (25; 122), and a wide opening end thereof is restricted from moving toward at least the first end by the engaging wall; and a sealing lid (4; 160) sealed to an opening portion which serves as a second end of the body portion (25; 122) while being in contact with a narrow opening end of the funnel part (3; 130) to seal the container body (2; 120). characterized in that the engaging wall is an engaging groove projected outward relative to the tapered shape of the body portion (25; 122), and the funnel part (3; 130) includes an engaging portion having a projection projected outward at a wide opening end thereof, and the projection is engaged with the engaging groove to further restrict a wide opening end of the funnel part (3; 130) from moving toward the second end.
A method of preparing a positive electrode active material for a secondary battery, the method comprising: preparing a positive electrode active material precursor containing 60 mol% or more of nickel (Ni) among total metals; mixing the positive electrode active material precursor and a lithium raw material source, and performing primary pre-sintering in an oxidizing atmosphere while supplying oxygen to form a pre-sintered product; and performing secondary main sintering on the pre-sintered product in an air atmosphere after stopping oxygen supply to form a lithium transition metal oxide, wherein a sintering temperature of the primary pre-sintering is in a range of 400°C to 700°C, and wherein the primary pre-sintering is performed for 3 hours to 7 hours after a sintering temperature is reached. preparing a positive electrode active material precursor containing 60 mol% or more of nickel (Ni) among total metals; mixing the positive electrode active material precursor and a lithium raw material source, and performing primary pre-sintering in an oxidizing atmosphere while supplying oxygen to form a pre-sintered product; and performing secondary main sintering on the pre-sintered product in an air atmosphere after stopping oxygen supply to form a lithium transition metal oxide, wherein a sintering temperature of the primary pre-sintering is in a range of 400°C to 700°C, and wherein the primary pre-sintering is performed for 3 hours to 7 hours after a sintering temperature is reached.
A booster assembly comprising at least one turbine unit and at least one booster apparatus , the booster apparatus comprises a booster housing adapted to be connected to an outlet of the turbine unit whereby a second fluid passes along a fluid path extending through the turbine unit and passing into the booster housing , the at least one turbine unit comprising one or more drive turbine blade sets located upstream from one or more pump turbine blade sets mounted within a passage of a turbine housing , the one or more drive turbine blade sets and the one or more pump turbine blade sets are mounted on a common shaft such that they are confined to rotate in the same direction and same speed, the booster apparatus having at least one inlet through which a first fluid passes to be entrained in the second fluid as the second fluid is flowing through the booster housing , the booster assembly further comprising a flow regulator for regulating the volume and velocity of the second fluid passing through the booster assembly, the flow regulator comprises a valve head adapted to be variably positioned along the fluid path, the valve head is supported on the shaft , wherein the shaft is rotatable relative to the valve head .
A control system for one or more spraying booths , which control system comprises at least one VOC detector connected to the control system , which control system comprises a ventilation system and is configured to perform control of the ventilation system , which ventilation system comprises one or more air circulation means , which ventilation system comprises a filter system , which control system performs mostly continuous storing of at least data representing VOC level and filter status in a cloud based database , characterized in that - the control system is configured to monitor the VOC level , - the control system is configured to check and accept the VOC level and the filter status before allowing start of spraying in the spraying booth , - the control system is configured to monitor the spraying period during spraying and is configured to stop the spraying when a max spraying period is received - the control system is configured to monitor the VOC level during spraying and is configured to stop the spraying and to order evacuation of the spraying booth when a max VOC level is received, - the control system is configured to monitor the VOC level during ventilation and is configured to check that the VOC level is reduced to a VOC safety level before start of drying , - the control system is configured to monitor the VOC level during heating and drying and is configured to let ventilation continue, - the control system is configured to monitor the VOC level during the end of ventilation , and - the control system is configured to enter in a standby situation with a reduced power consumption after the end of the ventilation . - the control system is configured to monitor the VOC level , - the control system is configured to check and accept the VOC level and the filter status before allowing start of spraying in the spraying booth , - the control system is configured to monitor the spraying period during spraying and is configured to stop the spraying when a max spraying period is received - the control system is configured to monitor the VOC level during spraying and is configured to stop the spraying and to order evacuation of the spraying booth when a max VOC level is received, - the control system is configured to monitor the VOC level during ventilation and is configured to check that the VOC level is reduced to a VOC safety level before start of drying , - the control system is configured to monitor the VOC level during heating and drying and is configured to let ventilation continue, - the control system is configured to monitor the VOC level during the end of ventilation , and - the control system is configured to enter in a standby situation with a reduced power consumption after the end of the ventilation .
A dispenser , comprising: a base , comprising: an inlet; a base seal seat in fluid communication with the inlet; and a base valve sleeve seat; a seal seated on the base, comprising: a seal edge about an outer periphery portion of the seal; and a flow passage in fluid communication with the inlet; a dispenser head seated on the base and over the seal, wherein an interior wall of the dispenser head is in communication with the seal edge and the dispenser head is moveable; a lever associated with the dispenser head; a dosing chamber defined by an interior of the dispenser head and the seal, wherein the dosing chamber is in fluid communication with the flow passage, wherein the dosing chamber has a variable volume depending upon the movement of the dispenser head , and the dosing chamber is configured and arranged to hold a user selected dose of a fluid depending on the position of the dispensing head; a valve sleeve mounted to the base, comprising: an interior volume in fluid communication with the flow passage; a first opening at a first end of the valve sleeve; and a valve seat adjacent a second opening opposite the first opening; a valve seated at least partially in the valve seat, the valve comprising: an inlet valve seated against the base about the inlet; an outlet valve seated in the valve seat; and a cap mounted to the base. a base , comprising: an inlet; a base seal seat in fluid communication with the inlet; and a base valve sleeve seat; an inlet; a base seal seat in fluid communication with the inlet; and a base valve sleeve seat; a seal seated on the base, comprising: a seal edge about an outer periphery portion of the seal; and a flow passage in fluid communication with the inlet; a seal edge about an outer periphery portion of the seal; and a flow passage in fluid communication with the inlet; a dispenser head seated on the base and over the seal, wherein an interior wall of the dispenser head is in communication with the seal edge and the dispenser head is moveable; a lever associated with the dispenser head; a dosing chamber defined by an interior of the dispenser head and the seal, wherein the dosing chamber is in fluid communication with the flow passage, wherein the dosing chamber has a variable volume depending upon the movement of the dispenser head , and the dosing chamber is configured and arranged to hold a user selected dose of a fluid depending on the position of the dispensing head; a valve sleeve mounted to the base, comprising: an interior volume in fluid communication with the flow passage; a first opening at a first end of the valve sleeve; and a valve seat adjacent a second opening opposite the first opening; an interior volume in fluid communication with the flow passage; a first opening at a first end of the valve sleeve; and a valve seat adjacent a second opening opposite the first opening; a valve seated at least partially in the valve seat, the valve comprising: an inlet valve seated against the base about the inlet; an outlet valve seated in the valve seat; and an inlet valve seated against the base about the inlet; an outlet valve seated in the valve seat; and a cap mounted to the base.
A method for producing a zirconia sintered body, comprising a firing step of firing a zirconia molded body or a zirconia pre-sintered body, wherein the firing step comprises at least three temperature increase steps including a first temperature increase step (H1), a second temperature increase step (H2), and a third temperature increase step (H3), when a temperature increase rate in the first temperature increase step (H1) is defined as HR1, a temperature increase rate in the second temperature increase step (H2) is defined as HR2, and a temperature increase rate in the third temperature increase step (H3) is defined as HR3, HR1 = 50 to 500°C/min, HR2 = 11 to 300°C/min, HR3 = 10 to 299°C/min, HR1 > HR2, and HR2/HR3 > 1 are satisfied, starting temperatures in the temperature increase steps are room temperature to 500°C in H1, 900 to 1250°C in H2, and 1300 to 1550°C in H3, and reaching temperatures in the temperature increase steps are 900 to 1250°C in H1, 1300 to 1550°C in H2, and 1400 to 1650°C in H3. the firing step comprises at least three temperature increase steps including a first temperature increase step (H1), a second temperature increase step (H2), and a third temperature increase step (H3), when a temperature increase rate in the first temperature increase step (H1) is defined as HR1, a temperature increase rate in the second temperature increase step (H2) is defined as HR2, and a temperature increase rate in the third temperature increase step (H3) is defined as HR3, HR1 = 50 to 500°C/min, HR2 = 11 to 300°C/min, HR3 = 10 to 299°C/min, HR1 > HR2, and HR2/HR3 > 1 are satisfied, starting temperatures in the temperature increase steps are room temperature to 500°C in H1, 900 to 1250°C in H2, and 1300 to 1550°C in H3, and reaching temperatures in the temperature increase steps are 900 to 1250°C in H1, 1300 to 1550°C in H2, and 1400 to 1650°C in H3.
A nasal drop support device configured to support use of a nasal drop device by a user, comprising: a camera configured to capture an image of the face of the user who puts the nasal drop device in the nose; a processor configured to calculate, based on the image captured by the camera , a current relative angle between a reference line indicating the facial posture of the user and a reference line indicating the posture of the nasal drop device , and generate suitability information indicating whether or not the deviation degree between the relative angle and a target angle is within an allowable range; a notification portion configured to notify the user of the content of the suitability information; a communication portion configured to transmit the suitability information to the nasal drop device ; and an acceleration sensor configured to detect a tilt angle of the camera with respect to a vertical direction as first angle information, wherein the communication portion is configured to receive, from the nasal drop device , second angle information indicating a tilt angle of the nasal drop device with respect to the vertical direction; the nasal drop support device being characterized in that the processor is configured to detect, as third angle information, a tilt angle between the reference line indicating the facial posture of the user and a reference line indicating the posture of the nasal drop support device , by analyzing the image captured by the camera and the first angle information, and calculate the relative angle based on the second angle information and the third angle information. a camera configured to capture an image of the face of the user who puts the nasal drop device in the nose; a processor configured to calculate, based on the image captured by the camera , a current relative angle between a reference line indicating the facial posture of the user and a reference line indicating the posture of the nasal drop device , and generate suitability information indicating whether or not the deviation degree between the relative angle and a target angle is within an allowable range; a notification portion configured to notify the user of the content of the suitability information; a communication portion configured to transmit the suitability information to the nasal drop device ; and an acceleration sensor configured to detect a tilt angle of the camera with respect to a vertical direction as first angle information, wherein the communication portion is configured to receive, from the nasal drop device , second angle information indicating a tilt angle of the nasal drop device with respect to the vertical direction; the nasal drop support device being characterized in that the processor is configured to detect, as third angle information, a tilt angle between the reference line indicating the facial posture of the user and a reference line indicating the posture of the nasal drop support device , by analyzing the image captured by the camera and the first angle information, and calculate the relative angle based on the second angle information and the third angle information.
A diagnostic method for the detection of a biomarker in a biological sample comprising the steps of: combining a plurality of initiators, a plurality of atom transfer radically polymerizable monomers, and a biological sample containing a biomarker that serves as a catalyst for an atom transfer radical polymerization reaction (ATRP), whereby a polymer formed by the monomers is precipitable at or above a lower ctical solution temperature (LCST); determining turbidity formation; and determining a concentration of the biomarker in the biological sample based on the turbidity formation. combining a plurality of initiators, a plurality of atom transfer radically polymerizable monomers, and a biological sample containing a biomarker that serves as a catalyst for an atom transfer radical polymerization reaction (ATRP), whereby a polymer formed by the monomers is precipitable at or above a lower ctical solution temperature (LCST); determining turbidity formation; and determining a concentration of the biomarker in the biological sample based on the turbidity formation.
A switching module (SM) for a chain link (CL), the switching module comprising at least one switching cell (SC 1 , SC 2 ), each switching cell (SC 1 , SC 2 ) comprising a first side (S1) comprising a first terminal (T1) and a second terminal (T2), a second side (S2) comprising a third terminal (T3) and a fourth terminal (T4), a first switching unit (SU1), a second switching unit (SU2), and a first and a second capacitor unit (C1, C2), wherein - the first terminal (T1) is connected to the second terminal (T2) via the first capacitor unit (C1), wherein the first capacitor unit (C1) is configured to have its positive side facing the first terminal (T1), - the third terminal (T3) is connected to the fourth terminal (T4) via the second capacitor unit (C2), wherein the second capacitor is configured to have its positive side facing the fourth terminal (T4), and - the second terminal (T2) is connected to the fourth terminal (T4) via the second switching unit (SU2), characterized in comprising a third capacitor unit (C3), wherein: - the first terminal (T1) is connected to the third terminal (T3) via a first series connection comprising the first switching unit (SU1) and the third capacitor unit (C3), wherein the third capacitor unit (C3) is configured to have its positive side facing the third terminal (T3). - the first terminal (T1) is connected to the second terminal (T2) via the first capacitor unit (C1), wherein the first capacitor unit (C1) is configured to have its positive side facing the first terminal (T1), - the third terminal (T3) is connected to the fourth terminal (T4) via the second capacitor unit (C2), wherein the second capacitor is configured to have its positive side facing the fourth terminal (T4), and - the second terminal (T2) is connected to the fourth terminal (T4) via the second switching unit (SU2), - the first terminal (T1) is connected to the third terminal (T3) via a first series connection comprising the first switching unit (SU1) and the third capacitor unit (C3), wherein the third capacitor unit (C3) is configured to have its positive side facing the third terminal (T3).
A method of forming a sprayable use solution, the method comprising: mixing water with a concentrate aqueous composition to create the use solution, the concentrate aqueous composition comprising: at least one surfactant; and a polyacrylate which reduces atomization and misting when the use solution is dispensed using a sprayer, wherein the concentrate aqueous composition is mixed with sufficient water to form a use solution having between about 0.2% and about 5% by weight polyacrylate.
A radiation grill unit comprising (i) a food support unit , and (ii) a radiation unit hosting an IR radiation heater , wherein the radiation unit is configured to provide IR radiation in a direction of the food support unit , further comprising (iii) a radiation grill unit cavity configured to host a drip tray , wherein the radiation grill unit comprises said drip tray , characterized in that the drip tray is configured in the radiation grill unit cavity out the line of sight of direct IR radiation from the radiation heater .
A species of the genus Pseudomonas identified as Pseudomonas BR11571, wherein said species is termed Candidatus Pseudomonas metallosolvens and having the Accession Deposit Number DSM 32538.
A user equipment, UE, communication method performed by a UE, comprising: reporting group communication capability information of the UE to a cellular network access device; obtaining address information of the UE in a short range wireless communications network and a group identifier of the UE after joining a UE group, where the group identifier is an identifier of the UE group, wherein each UE in a UE group joins the same short range wireless communications network; reporting the group identifier of the UE to the cellular network access device and receiving cellular network identity information allocated by the cellular network access device; and after the receiving cellular network identity information allocated by the cellular network access device, establishing a connection to one or more other UEs in the UE group except the UE, and reporting a notification message to the cellular network access device, wherein the second notification message is a message indicating that the user equipment is used as a beacon device of the UE group. reporting group communication capability information of the UE to a cellular network access device; obtaining address information of the UE in a short range wireless communications network and a group identifier of the UE after joining a UE group, where the group identifier is an identifier of the UE group, wherein each UE in a UE group joins the same short range wireless communications network; reporting the group identifier of the UE to the cellular network access device and receiving cellular network identity information allocated by the cellular network access device; and after the receiving cellular network identity information allocated by the cellular network access device, establishing a connection to one or more other UEs in the UE group except the UE, and reporting a notification message to the cellular network access device, wherein the second notification message is a message indicating that the user equipment is used as a beacon device of the UE group.
Dispenser for discharging a liquid , in particular for discharging water for the purpose of wound washing, having the following features: a. the dispenser has a liquid reservoir configured as a pressure accumulator and serving to store the liquid prior to the discharge, and b. the dispenser has a discharge head with a discharge opening for discharging the liquid into a surrounding atmosphere, and c. the dispenser has an outlet channel which connects the liquid reservoir to the discharge opening , and d. the outlet channel has a switchable outlet valve in order to control the discharge of the liquid, characterized by the features: e. the outlet channel has a throttle downstream from the valve, and f. the outlet channel has, downstream from the throttle , at least one inflow opening through which air can flow from a region communicating with the surrounding atmosphere into the outlet channel , in order to be mixed there with the liquid flowing through the outlet channel . a. the dispenser has a liquid reservoir configured as a pressure accumulator and serving to store the liquid prior to the discharge, and b. the dispenser has a discharge head with a discharge opening for discharging the liquid into a surrounding atmosphere, and c. the dispenser has an outlet channel which connects the liquid reservoir to the discharge opening , and d. the outlet channel has a switchable outlet valve in order to control the discharge of the liquid, characterized by the features: e. the outlet channel has a throttle downstream from the valve, and f. the outlet channel has, downstream from the throttle , at least one inflow opening through which air can flow from a region communicating with the surrounding atmosphere into the outlet channel , in order to be mixed there with the liquid flowing through the outlet channel .