mhurhangee/patent-ind-claim-en huggingface dataset:
A cooking apparatus comprising: a cooking chamber ; an input part configured to receive at least one of a plate warming mode command to warm one or more plates and a food warming mode command to warm food; a microwave heating part configured to radiate a microwave to the one or more plates disposed in the cooking chamber in response to receiving the plate warming mode command to warm the one or more plates; a weight sensor; and a control part configured to estimate, based on the sensed result from the weight sensor, the number of plates disposed in the cooking chamber and to control at least one of an operation time of the microwave heating part and an intensity of the microwave radiated from the microwave heating part to warm the one or more plates based on the estimated number of plates disposed in the cooking chamber when the plate warming mode command is received. a cooking chamber ; an input part configured to receive at least one of a plate warming mode command to warm one or more plates and a food warming mode command to warm food; a microwave heating part configured to radiate a microwave to the one or more plates disposed in the cooking chamber in response to receiving the plate warming mode command to warm the one or more plates; a weight sensor; and a control part configured to estimate, based on the sensed result from the weight sensor, the number of plates disposed in the cooking chamber and to control at least one of an operation time of the microwave heating part and an intensity of the microwave radiated from the microwave heating part to warm the one or more plates based on the estimated number of plates disposed in the cooking chamber when the plate warming mode command is received.
Medical system , comprising at least - an implantable medical device , - a multi-axis accelerometer comprised by the implantable medical device for measuring an acceleration of the implantable medical device along a plurality of vectors (V1, V2, V3), wherein the multi-axis accelerometer is configured to provide for each vector (V1, V2, V3) a signal indicative of the acceleration of the implantable medical device in the direction of the respective vector (V1, V2, V3), and - a graphical user interface , wherein the medical system is configured to collect data when a patient's body is oriented in alignment with a pre-defined vector (g), wherein the data collected from each of the vectors (V1, V2, V3) is indicative of the magnitude of a static acceleration of the implantable medical device in the direction of the pre-defined vector, wherein the medical system is configured to automatically select or propose one of the plurality of vectors (V 1, V2, V3) that is associated with the signal having the largest amplitude among the signals as a selected or proposed vector,wherein the medical system is configured to collect data from each of the multiple vectors (V1, V2, V3) in a sequential fashion, wherein the medical system is configured to collect the data from each of the multiple vectors (V1, V2, V3) and to automatically select or propose the selected or proposed vector periodically or as a triggered response, and wherein the graphical user interface is configured to display a picture of the implantable medical device showing the selected or proposed vector. - an implantable medical device , - a multi-axis accelerometer comprised by the implantable medical device for measuring an acceleration of the implantable medical device along a plurality of vectors (V1, V2, V3), wherein the multi-axis accelerometer is configured to provide for each vector (V1, V2, V3) a signal indicative of the acceleration of the implantable medical device in the direction of the respective vector (V1, V2, V3), and - a graphical user interface , wherein the medical system is configured to collect data when a patient's body is oriented in alignment with a pre-defined vector (g), wherein the data collected from each of the vectors (V1, V2, V3) is indicative of the magnitude of a static acceleration of the implantable medical device in the direction of the pre-defined vector, wherein the medical system is configured to automatically select or propose one of the plurality of vectors (V 1, V2, V3) that is associated with the signal having the largest amplitude among the signals as a selected or proposed vector,wherein the medical system is configured to collect data from each of the multiple vectors (V1, V2, V3) in a sequential fashion, wherein the medical system is configured to collect the data from each of the multiple vectors (V1, V2, V3) and to automatically select or propose the selected or proposed vector periodically or as a triggered response, and wherein the graphical user interface is configured to display a picture of the implantable medical device showing the selected or proposed vector.
A composition for use in a method of preventing and/or treating AECOPD comprising a therapeutically effective amount of plerixafor as antagonist or inhibitor of chemokine receptor CXCR4.
A cosmetic agent for temporarily shaping keratin fibers, containing, in a cosmetically acceptable carrier, a) at least one copolymer A, comprising the following monomers a1) and a2) and a3) a1) at least one N-alkyl acrylamide which contains N- tert -octyl acrylamide, a2) at least one C 1-8 -alkylamino-C 2-8 -alkyl acrylate and/or C 1-8 -alkylamino-C 2-8 -alkyl (meth)acrylate which contains tert -butylaminoethyl acrylate, a3) at least one further monomer, selected from acrylic acid, methacrylic acid, C 1-8 alkyl esters of acrylic acid and/or (meth)acrylic acid and C 2-8 hydroxyalkyl esters of acrylic acid and/or (meth)acrylic acid, b) at least one cross-linked polyurethane-vinyl copolymer B which has an interpenetrating network of urethane and vinyl polymers, wherein the vinyl polymer contains a polymer of methyl (meth)acrylate, and c) at least one alkaline compound. a) at least one copolymer A, comprising the following monomers a1) and a2) and a3) a1) at least one N-alkyl acrylamide which contains N- tert -octyl acrylamide, a2) at least one C 1-8 -alkylamino-C 2-8 -alkyl acrylate and/or C 1-8 -alkylamino-C 2-8 -alkyl (meth)acrylate which contains tert -butylaminoethyl acrylate, a3) at least one further monomer, selected from acrylic acid, methacrylic acid, C 1-8 alkyl esters of acrylic acid and/or (meth)acrylic acid and C 2-8 hydroxyalkyl esters of acrylic acid and/or (meth)acrylic acid, a1) at least one N-alkyl acrylamide which contains N- tert -octyl acrylamide, a2) at least one C 1-8 -alkylamino-C 2-8 -alkyl acrylate and/or C 1-8 -alkylamino-C 2-8 -alkyl (meth)acrylate which contains tert -butylaminoethyl acrylate, a3) at least one further monomer, selected from acrylic acid, methacrylic acid, C 1-8 alkyl esters of acrylic acid and/or (meth)acrylic acid and C 2-8 hydroxyalkyl esters of acrylic acid and/or (meth)acrylic acid, b) at least one cross-linked polyurethane-vinyl copolymer B which has an interpenetrating network of urethane and vinyl polymers, wherein the vinyl polymer contains a polymer of methyl (meth)acrylate, and c) at least one alkaline compound.
Piston-type fuel pump having an electromagnetically actuable rate control valve as an inlet valve of the piston-type fuel pump for controlling the delivery rate of the piston-type fuel pump , having an electromagnet , a valve element movable in an axial direction for opening and closing the rate control valve , and furthermore having an armature shaft for transmitting a force, which is produced by the electromagnet and acts on the valve element in the axial direction, wherein the armature shaft has a needle region facing the valve element and an armature region remote from the valve element , wherein the needle region and the armature region are formed integrally with one another and wherein the needle region has a smaller diameter than the armature region , characterized in that a rounded portion of the edge situated at the transition between the needle region and the armature region is provided and in that the rounded portion has a first partial rounded portion facing the needle region and having a first rounding radius (r1) and a second partial rounded portion facing the armature region and having a second rounding radius (r2), and in that the first rounding radius (r1) is at least 5 times the second rounding radius (r2).
A device for detecting an overcurrent, having • a current meter (U R ), a first counter (Z I ), a second counter (Z U ), a voltmeter (U SW ), and a switch (SW), • wherein the current meter (U R ) measures a current (I) through the device , with the switch (SW) being capable of interrupting a current flow through the device and with the voltmeter (U SW ) measuring a voltage via the switch (SW), • wherein, if the current meter measures a current (I) (S100) that exceeds a first threshold (I ref,1 ), the first counter (Z I ) is changed by a first increment (INC 1 ) in a first direction (+) (S200) and the switch is actuated (S300) such that the current flow is interrupted, • wherein, after a change in the counter, the first counter (Z I ) is compared with a first counter threshold (Z I,MAX ) (S400), and if the first counter threshold (Z I,MAX ) has been reached or exceeded, the switch is actuated continuously such that the current flow is interrupted, and otherwise (S700) the second counter (Z U ) is changed by a second increment (INC 2 ) in a third direction (+) that corresponds to the voltage measured by the voltmeter, wherein, after a change in the counter, the second counter (Zu) is compared with a second counter threshold (Z U,MAX ) (S800), and if the second counter threshold (Z U,MAX ) has been reached or exceeded, the switch (SW) is continuously actuated such that the current flow is interrupted, and otherwise the switch (SW), after a predetermined time (toff), is actuated (S900) such that the current flow is no longer interrupted. • a current meter (U R ), a first counter (Z I ), a second counter (Z U ), a voltmeter (U SW ), and a switch (SW), • wherein the current meter (U R ) measures a current (I) through the device , with the switch (SW) being capable of interrupting a current flow through the device and with the voltmeter (U SW ) measuring a voltage via the switch (SW), • wherein, if the current meter measures a current (I) (S100) that exceeds a first threshold (I ref,1 ), the first counter (Z I ) is changed by a first increment (INC 1 ) in a first direction (+) (S200) and the switch is actuated (S300) such that the current flow is interrupted, • wherein, after a change in the counter, the first counter (Z I ) is compared with a first counter threshold (Z I,MAX ) (S400), and if the first counter threshold (Z I,MAX ) has been reached or exceeded, the switch is actuated continuously such that the current flow is interrupted, and otherwise (S700) the second counter (Z U ) is changed by a second increment (INC 2 ) in a third direction (+) that corresponds to the voltage measured by the voltmeter, wherein, after a change in the counter, the second counter (Zu) is compared with a second counter threshold (Z U,MAX ) (S800), and if the second counter threshold (Z U,MAX ) has been reached or exceeded, the switch (SW) is continuously actuated such that the current flow is interrupted, and otherwise the switch (SW), after a predetermined time (toff), is actuated (S900) such that the current flow is no longer interrupted.
A method, comprising: identifying a normal mission of a vehicle based on descriptions of capabilities of the vehicle in a plurality of operational phases, wherein the normal mission is divided into the plurality of operational phases; identifying violations of the descriptions of the capabilities that cause the vehicle to deviate from the normal mission in at least one of the plurality of operational phases; identifying operational impacts on the vehicle caused by the violations for the operational phases; assigning alert levels to the operational impacts for each operational phase in which the operational impacts exist; populating an alert database that stores alert events corresponding to the violations and the alert levels assigned to the operational impacts; and generating software code to monitor sensor data during operation of the vehicle to identify the violations; wherein assigning the alert levels to the operational impacts further comprises: determining crew responses for the operational impacts; and determining types of the crew responses, wherein the alert levels are assigned based on the types of the crew responses. identifying a normal mission of a vehicle based on descriptions of capabilities of the vehicle in a plurality of operational phases, wherein the normal mission is divided into the plurality of operational phases; identifying violations of the descriptions of the capabilities that cause the vehicle to deviate from the normal mission in at least one of the plurality of operational phases; identifying operational impacts on the vehicle caused by the violations for the operational phases; assigning alert levels to the operational impacts for each operational phase in which the operational impacts exist; populating an alert database that stores alert events corresponding to the violations and the alert levels assigned to the operational impacts; and generating software code to monitor sensor data during operation of the vehicle to identify the violations; wherein assigning the alert levels to the operational impacts further comprises: determining crew responses for the operational impacts; and determining types of the crew responses, wherein the alert levels are assigned based on the types of the crew responses. determining crew responses for the operational impacts; and determining types of the crew responses, wherein the alert levels are assigned based on the types of the crew responses.
A rubber composition, having a hardness that reversibly changes with water and satisfying the following relationship : Hardness when dry − Hardness when water − wet ≥ 10 wherein each hardness represents a JIS-A hardness at 25°C of the rubber composition.
Method for controlling the display of RGB image content with a display device with at least one red subpixel and one green subpixel and one blue subpixel and one white subpixel per pixel of the display device , the method comprising: analyzing (S3) the RGB image content for the existence of areas of static content, converting (S4) the content of areas of the RGB image content that comprise non-static content into RGBW image data with a first predetermined conversion algorithm, and alternatingly (S11) converting only the content of areas of the RGB image content that comprise static content into RGBW image data with the plurality of RGB to RGBW conversion algorithms, wherein alternatingly converting comprises changing the RGB to RGBW conversion algorithm after a predetermined amount of time; determining (S13) the predetermined amount of time based on an average brightness of the areas of static content of the RGB image content or based on the maximum brightness of the areas of static content of the RGB image content , and displaying (S2) the RGBW image data via the display device . analyzing (S3) the RGB image content for the existence of areas of static content, converting (S4) the content of areas of the RGB image content that comprise non-static content into RGBW image data with a first predetermined conversion algorithm, and alternatingly (S11) converting only the content of areas of the RGB image content that comprise static content into RGBW image data with the plurality of RGB to RGBW conversion algorithms, wherein alternatingly converting comprises changing the RGB to RGBW conversion algorithm after a predetermined amount of time; determining (S13) the predetermined amount of time based on an average brightness of the areas of static content of the RGB image content or based on the maximum brightness of the areas of static content of the RGB image content , and displaying (S2) the RGBW image data via the display device .
A method for purifying β-hydroxyl-β-methyl butyrate, comprising: Neutralizing a crude β-hydroxyl-β-methyl butyrate with a base, crystallizing, centrifuging, and drying to obtain a crystallized product containing a salt of β-hydroxyl-β-methyl butyrate; adding the product containing a salt of β-hydroxyl-β-methyl butyrate obtained in step into pure water in a weight ratio of 1:1-5, and dropping an inorganic acid at 0-40 °C, until the pH reaches 1-3.5and extracting β-hydroxyl-β-methyl butyrate from the dissolved and acidified product to obtain β-hydroxyl-β-methyl butyrate of purity of greater than 98%. Neutralizing a crude β-hydroxyl-β-methyl butyrate with a base, crystallizing, centrifuging, and drying to obtain a crystallized product containing a salt of β-hydroxyl-β-methyl butyrate; adding the product containing a salt of β-hydroxyl-β-methyl butyrate obtained in step into pure water in a weight ratio of 1:1-5, and dropping an inorganic acid at 0-40 °C, until the pH reaches 1-3.5and extracting β-hydroxyl-β-methyl butyrate from the dissolved and acidified product to obtain β-hydroxyl-β-methyl butyrate of purity of greater than 98%.
Vehicle with a movable cover which can be moved via a multi-joint mechanism between an open position, in which an opening of a vehicle body is uncovered by the cover , and a closed position, in which the opening is closed by the cover , wherein the cover is designed to be rotatable about an axis of rotation , fixed on the body, of a first pivot joint , wherein a lever of the multi-joint mechanism is rotatably connected to the cover via a second pivot joint , and wherein the lever is additionally rotatably connected via a third pivot joint to a rotary element which is designed to be rotatable about an axis of rotation , fixed on the body, of a fourth pivot joint , characterised in that the rotary element is acted upon by a spring device with a spring force which acts in the direction of a rotary position of the rotary element which the rotary element assumes in the open position or in the closed position, wherein an actuating force which counteracts the spring force of the spring device respectively can be applied to the rotary element via a Bowden cable . wherein the cover is designed to be rotatable about an axis of rotation , fixed on the body, of a first pivot joint , wherein a lever of the multi-joint mechanism is rotatably connected to the cover via a second pivot joint , and wherein the lever is additionally rotatably connected via a third pivot joint to a rotary element which is designed to be rotatable about an axis of rotation , fixed on the body, of a fourth pivot joint , characterised in that the rotary element is acted upon by a spring device with a spring force which acts in the direction of a rotary position of the rotary element which the rotary element assumes in the open position or in the closed position, wherein an actuating force which counteracts the spring force of the spring device respectively can be applied to the rotary element via a Bowden cable .
Electric machine (ME) for an electric or hybrid motor vehicle, comprising a casing (CA) designed to protect the active parts (ROT, STAT) of said electric machine (ME), a cooling system comprising means for spraying a dielectric heat-transfer cooling liquid onto at least one part of said active parts, and a reservoir (OT) designed to collect by gravity said cooling liquid flowing through at least one orifice (TR) in a wall separating said active parts and said reservoir (OT), said machine (ME) being characterized in that it comprises, at said at least one orifice (TR), a flap (V) fastened to said wall and designed to close off said at least one orifice (TR), an elastic means designed to open said flap (V) under the effect of the gravity of said cooling liquid, and a non-return means designed to keep said flap (V) closed when a force exerted on said cooling liquid in said reservoir (OT) brings said liquid against said flap (V), said flap (V), said elastic means and said non-return means being formed from one and the same membrane (MB) of elastic material that is fastened on either side of said at least one orifice (TR) and in which said flap (V) is produced, the edges of the fixed portion of said membrane (MB) covering the edges of said flap (V), the edges of said flap (V) forming a descent towards said reservoir (OT).
A method for measuring the applied load on a towing hook and/or a tow bar accessory of a towing hook arrangement for a vehicle, said towing hook arrangement comprising a towing hook and/or a tow bar accessory arranged on a tow bar , said towing hook arrangement comprising a sensor arrangement having at least one actuator and at least one sensor , said method comprising the steps of; a) imparting a vibration to said tow bar using said at least one actuator , whereby said at least one actuator is positioned on said tow bar ; b) detecting the imparted vibration using said at least one sensor arranged on said tow bar ; and c) using said detected imparted vibration to determine the applied load on said towing hook and/or said tow bar accessory. a) imparting a vibration to said tow bar using said at least one actuator , whereby said at least one actuator is positioned on said tow bar ; b) detecting the imparted vibration using said at least one sensor arranged on said tow bar ; and c) using said detected imparted vibration to determine the applied load on said towing hook and/or said tow bar accessory.
An air conditioner which includes an indoor unit having plural outlet ports including a first outlet port and a second outlet port for blowing air into a room and uses flammable refrigerant, plural passages toward the respective outlet ports being formed in the indoor unit, the plural passages including a first passage toward the first outlet port and a second passage toward the second outlet port , the air conditioner comprising: an adjusting mechanism which is provided on the first passage and is configured to adjust an aperture area of the first passage; a refrigerant gas sensor provided in the indoor unit ; and a controlling unit configured to control the adjusting mechanism , in a driving state in which the aperture area is restricted to be small by the adjusting mechanism , when the refrigerant gas sensor detects refrigerant gas, the controlling unit being configured to increase the aperture area. an adjusting mechanism which is provided on the first passage and is configured to adjust an aperture area of the first passage; a refrigerant gas sensor provided in the indoor unit ; and a controlling unit configured to control the adjusting mechanism , in a driving state in which the aperture area is restricted to be small by the adjusting mechanism , when the refrigerant gas sensor detects refrigerant gas, the controlling unit being configured to increase the aperture area.