mhurhangee/patent-ind-claim-en huggingface dataset:
A multiple cooling fan control system for a battery pack, the multiple cooling fan control system comprising: a housing including a first housing and a second housing ; the first housing having a plurality of suction ports arranged at intervals; a plurality of cooling fans arranged corresponding to the plurality of suction ports on a rear surface of the first housing and generating a ventilation power; the second housing coupled to the first housing to receive the plurality of cooling fans and having a plurality of discharge ports ; a control device installed inside the second housing for controlling the cooling fans and supplying electric power to the cooling fans , wherein the control device includes at least one signal processing device for driving the plurality of cooling fans in accordance with motor drive information received from a battery management system (BMS); a plurality of guide portions having a cochlea structure and collecting air radially discharged by the cooling fans to be integrally formed with the first housing to guide an air flow to one side of the cooling fans ; and a plurality of duct portions integrally formed with the second housing to connect between each of the guide portions and each of the discharge ports . a housing including a first housing and a second housing ; the first housing having a plurality of suction ports arranged at intervals; a plurality of cooling fans arranged corresponding to the plurality of suction ports on a rear surface of the first housing and generating a ventilation power; the second housing coupled to the first housing to receive the plurality of cooling fans and having a plurality of discharge ports ; a control device installed inside the second housing for controlling the cooling fans and supplying electric power to the cooling fans , wherein the control device includes at least one signal processing device for driving the plurality of cooling fans in accordance with motor drive information received from a battery management system (BMS); a plurality of guide portions having a cochlea structure and collecting air radially discharged by the cooling fans to be integrally formed with the first housing to guide an air flow to one side of the cooling fans ; and a plurality of duct portions integrally formed with the second housing to connect between each of the guide portions and each of the discharge ports .
Measuring device for testing the dimensional stability of a workpiece, comprising a carrier element with a longitudinal axis (A) and at least two supporting elements arranged at a distance (a) from one another on the carrier element , wherein the distance (a) of the supporting elements from one another is variable for setting a reference length, also comprising a measuring unit for detecting a deviation of a linear dimension of the workpiece from a preset reference length, wherein at least part of the carrier element is produced from a carbon-fibre-reinforced plastic; characterized in that the supporting elements have bearing elements , which are in the form of pins and are arranged in pairs in parallel alignment with respect to the longitudinal axis (A) of the carrier element on at least one supporting element ; wherein the bearing elements are designed to bear against a planar end face of the workpiece when the measuring device is placed onto the workpiece; and wherein at least one supporting element has a contact element , which can be set against an outer or inner circumferential surface of the workpiece and is designed for making contact with the workpiece at a single point.
A method for coding a block of video data using palette coding in a video coding system, wherein the video coding system incorporates a first syntax element to indicate whether there is only one single palette index in the block of video data and a second syntax element to indicate said one single palette index if the first syntax element is asserted, the method comprising: receiving input data associated with a current block ; and after signaling or parsing a current palette table for the current block, deriving corresponding total palette size of the current block including Escape index at an encoder side or at a decoder side ; characterized in that if the total palette size of the current block including the Escape index is equal to one, omitting signaling a current first syntax element and a current second syntax element at the encoder side or inferring respective values for the current first syntax element and the current second syntax element at the decoder side . receiving input data associated with a current block ; and after signaling or parsing a current palette table for the current block, deriving corresponding total palette size of the current block including Escape index at an encoder side or at a decoder side ; characterized in that if the total palette size of the current block including the Escape index is equal to one, omitting signaling a current first syntax element and a current second syntax element at the encoder side or inferring respective values for the current first syntax element and the current second syntax element at the decoder side .
Arrangement having a hydraulic fluid tank of a jet engine and having a structural unit (25; 50) which is arranged on said hydraulic fluid tank and which has at least one outlet device for removing hydraulic fluid from the hydraulic tank , wherein, for this purpose, the outlet device has an outlet opening which faces the hydraulic fluid tank , and the structural unit (25; 50) has at least one measuring device , by way of which a fill level of a hydraulic fluid situated in a hydraulic fluid tank is able to be determined, and wherein provision is made of a fastening device for fixing the structural unit (25; 50) to the hydraulic fluid tank , characterized in that the outlet device is, with the outlet opening , positioned as overflow protection for the hydraulic fluid tank according to a maximum fill level of the hydraulic fluid tank , wherein the positioning of the outlet opening and a fill level, determined by the measuring device , in the oil tank are calibrated so as to prevent oil already being removed via the outlet opening from the hydraulic fluid tank before a desired fill level is identified as having been reached by the measuring device , on the one hand, and a maximum quantity of oil in the hydraulic fluid tank being only just above the desired fill level due to the overflow protection, on the other hand.
A dosing means for dosing the materials to be used, and especially coffee beans, where the amount of the materials to be taken may be changed, comprising; - at least one external body comprising at least one housing one end of which is open and the other is closed, and which has a hollow, circular cross-section, at least one inlet opening for receiving materials, at least one outlet opening for discharging the materials, - at least one internal body having at least one gap suitable for receiving the materials therein and at least one opening for allowing access to the said gap which is suitable to enter the housing and rotate therein, - the external body having at least one shaft hole on the closed end of the housing , which is suitable for a shaft to pass through, - the internal body having a hollow, circular cross-section, one end of which is open and the other is closed, - at least one limiter having at least one head which is suitable to enter the said gap and move, therein, towards the closed end of the internal body , and at least one shaft suitable for passing through the shaft hole , characterized by - the limiter having at least one magnet. - at least one external body comprising at least one housing one end of which is open and the other is closed, and which has a hollow, circular cross-section, at least one inlet opening for receiving materials, at least one outlet opening for discharging the materials, - at least one internal body having at least one gap suitable for receiving the materials therein and at least one opening for allowing access to the said gap which is suitable to enter the housing and rotate therein, - the external body having at least one shaft hole on the closed end of the housing , which is suitable for a shaft to pass through, - the internal body having a hollow, circular cross-section, one end of which is open and the other is closed, - at least one limiter having at least one head which is suitable to enter the said gap and move, therein, towards the closed end of the internal body , and at least one shaft suitable for passing through the shaft hole , characterized by - the limiter having at least one magnet.
A method for managing notifications in an electronic device , the method comprising: displaying at least one notification message , associated with a first application , in a notification area of the electronic device, without opening the first application; detecting a first user input performed on the at least one notification message displayed in the notification area; and displaying at least one graphical object representing at least one data item corresponding to the at least one notification message within the notification area, at least a part of the at least one data item being associated with a second application different from the first application, wherein the graphical object is displayed without opening the second application. displaying at least one notification message , associated with a first application , in a notification area of the electronic device, without opening the first application; detecting a first user input performed on the at least one notification message displayed in the notification area; and displaying at least one graphical object representing at least one data item corresponding to the at least one notification message within the notification area, at least a part of the at least one data item being associated with a second application different from the first application, wherein the graphical object is displayed without opening the second application.
A continuous cable winch , comprising a drive sheave with a drive groove formed along its circumference for receiving a cable and a flexible drive assembly formed opposite the drive groove for frictionally pressing the cable against the drive groove , which flexible drive assembly comprises a revolving continuous element , characterized in that the continuous element is laid with a first side at least over flexible drive support elements and with a second side over the cable-driving part of the circumference of the drive sheave , wherein the drive sheave and the flexible drive assembly are synchronized such that those surfaces of the drive groove and the flexible drive assembly which are provided for contact with the cable are movable in a same direction and at a same speed, wherein the drive groove and the front surface of the flexible drive assembly facing the drive groove , which is configured as a pressure groove , each have a contour essentially complementary to the profile of the cable , wherein frictionally pressing the cable against the drive groove is effected by means of the flexible drive assembly via a cable-driving part of the circumference of the drive sheave , wherein the cable is pressed into the drive groove by pressure elements as soon as the cable is located in the drive groove .
Method of producing an α-glucan containing (α1→3) linked D-glucose units, the method comprising contacting a polysaccharide or oligosaccharide substrate comprising at its non-reducing end at least two (α1→4) linked D-glucose units with an α-glucanotransferase enzyme capable of cleaving (α1→4) glucosidic linkages and making new (α1→3) glucosidic linkages to form a glucose polymer having linear segments of (α1→4) linked D-glucose units interspersed with (α1→3) glucosidic linkages, without forming consecutive (α1→3) glucosidic linkages; wherein said α-glucanotransferase is selected from the group consisting of GTFB, GTFC and GTFD types of enzyme, or a functional homolog thereof having the specified enzymatic activity.
Ice-making apparatus , of the modular type with a vertical spray or vane evaporator comprising: - an evaporator , suitable for being cooled by a cooling circuit and suitable for cooling the water for the formation of ice; - an ice storage placed in position underlying said evaporator ; - a control system , suitable to be programmed to cause the fall of said ice formed in said ice storage ; - a sanitizing device for the sanitazion of said ice; wherein said sanitizing device acts on a zone of formation of said ice coinciding with said evaporator , in correspondence with said ice storage , wherein said sanitizing device is alternatively: a UV lamp or a UVC LED , placed above said apparatus and in correspondence of said ice formation zone or located inside said apparatus above said ice storage , or - an ozone-producing device located inside or outside of said apparatus and in that the ozone produced is blown in correspondence of said evaporator through a pipe made of ozone-resistant materials, in particular silicone, characterized in that in operation a verification step is provided, by the control system connected to a user interface , of the presence of alarms in progress, according to which, if there are alarms in progress, said control system blocks the activation phase of the sanitizing device and, if there are no alarms in progress, said control system starts a sanitizing cycle of said ice making apparatus. - an evaporator , suitable for being cooled by a cooling circuit and suitable for cooling the water for the formation of ice; - an ice storage placed in position underlying said evaporator ; - a control system , suitable to be programmed to cause the fall of said ice formed in said ice storage ; - a sanitizing device for the sanitazion of said ice; wherein said sanitizing device acts on a zone of formation of said ice coinciding with said evaporator , in correspondence with said ice storage , wherein said sanitizing device is alternatively: a UV lamp or a UVC LED , placed above said apparatus and in correspondence of said ice formation zone or located inside said apparatus above said ice storage , or - an ozone-producing device located inside or outside of said apparatus and in that the ozone produced is blown in correspondence of said evaporator through a pipe made of ozone-resistant materials, in particular silicone, characterized in that in operation a verification step is provided, by the control system connected to a user interface , of the presence of alarms in progress, according to which, if there are alarms in progress, said control system blocks the activation phase of the sanitizing device and, if there are no alarms in progress, said control system starts a sanitizing cycle of said ice making apparatus.
A seat subassembly of a motor vehicle seat having a deformation element which is integrated in a seat adjustment device and which comprises the following: - a base member , - a deformation portion which is formed on the base member and on which the deformation element can be deformed and/or destroyed under the action of an external force, and - a force introduction region with which a structural element in the form of an adjustment element of the seat adjustment device is in engagement and by means of which the structural element can be brought into operational connection with the deformation portion so that a force acting on that structural element can be introduced via the force introduction region into the deformation portion , wherein the base member of the deformation element is connected to a carrier component in a materially engaging manner and is intended to be secured together therewith to a subassembly of a motor vehicle seat characterized in that the deformation element is secured to a bearing component of the seat adjustment device and is received between the bearing component and the structural element in the form of an adjustment element and in that the structural element in the event of a deformation and/or destruction of the deformation portion can be moved along the deformation portion . - a base member , - a deformation portion which is formed on the base member and on which the deformation element can be deformed and/or destroyed under the action of an external force, and - a force introduction region with which a structural element in the form of an adjustment element of the seat adjustment device is in engagement and by means of which the structural element can be brought into operational connection with the deformation portion so that a force acting on that structural element can be introduced via the force introduction region into the deformation portion ,
System to manage privileges , wherein privileges are assigned to uniquely identifiable objects and a link between a uniquely identifiable object and a uniquely identifiable programmable device is established, wherein the established link allows the uniquely identifiable programmable device to make use of at least a part of the privileges assigned to the uniquely identifiable object and where the link is established under a set of preconditions, where at least the precondition of physical proximity between the uniquely identifiable object and the uniquely identifiable programmable device is verified and the uniquely identifiable object comprises a irreproducible security device , which is registered to the uniquely identifiable object and can be used to verify physical proximity between the uniquely identifiable object and the uniquely identifiable programmable device by authenticating the irreproducible security device by optical authentication means, wherein at least a part of the authentication process is carried out by the uniquely identifiable programmable device .
An inhalation component generation device comprising: an electric power source ; an inhalation component source; a load configured to vaporize or atomize the inhalation component source by electric power from the electric power source ; a control unit configured to obtain a value representing a remaining amount of the electric power source , and obtain an operation requesting signal to the load and generate an instruction for operating the load ; and a notification unit ; wherein the control unit is configured to cause the notification unit to perform a first notification when the acquired value indicating the remaining amount of the power supply is equal to or more than a first threshold; the control unit is configured to cause the notification unit to perform a second notification when the value representing the remaining amount of the electric power source is less than the first threshold value and equal to or greater than a second threshold value that is less than the first threshold value; the control unit is configured to cause the notification unit to perform a third notification when the value representing the remaining amount of the electric power source is less than the second threshold value; and the control unit is configured to automatically change the first threshold value based on the operation requesting signal. an electric power source ; an inhalation component source; a load configured to vaporize or atomize the inhalation component source by electric power from the electric power source ; a control unit configured to obtain a value representing a remaining amount of the electric power source , and obtain an operation requesting signal to the load and generate an instruction for operating the load ; and a notification unit ; wherein the control unit is configured to cause the notification unit to perform a first notification when the acquired value indicating the remaining amount of the power supply is equal to or more than a first threshold; the control unit is configured to cause the notification unit to perform a second notification when the value representing the remaining amount of the electric power source is less than the first threshold value and equal to or greater than a second threshold value that is less than the first threshold value; the control unit is configured to cause the notification unit to perform a third notification when the value representing the remaining amount of the electric power source is less than the second threshold value; and the control unit is configured to automatically change the first threshold value based on the operation requesting signal.
Housing for an electronic device, in particular a circuit board , having a base plate , which has the device, and having a housing part , which is arranged above the base plate , and having a housing cover , which at least partially covers the device, wherein the base plate which the device has is able to be connected to the housing part by way of at least one connecting means and at least one bore which corresponds to the connecting means, and wherein, above the at least one bore in the base plate having the device, there is arranged a protective cylinder , whose inner diameter is at least as large as the diameter of the bore , wherein the connecting means is arranged within the housing, wherein a cylindrical sleeve is assigned to a lower portion of the protective cylinder , which sleeve is also in the form of a hollow cylinder, whose inner diameter corresponds to the diameter of the bore or is identical to the diameter thereof, wherein the sleeve has at an upper edge a radially peripheral projection which projects into a groove of an inner wall of the protective cylinder such that the sleeve is connected fixedly to the protective cylinder , wherein the projection of the sleeve is slightly bevelled such that the projection is formed in a slightly funnel-like manner.
A method of producing dicyclopentadiene (C 10 H 12 ), the method comprising: flowing a C 5 hydrocarbon mixture stream that comprises cyclopentadiene (C 5 H 6 ) to a tank; and injecting the C 5 hydrocarbon mixture stream as a jet stream into C 5 hydrocarbon liquid in the tank at a velocity in a range from 1 m/s to 10 m/s and under reaction conditions sufficient to dimerize the cyclopentadiene to form dicyclopentadiene, wherein the injecting causes mixing of the C 5 hydrocarbon mixture stream and the C 5 hydrocarbon liquid, wherein reaction conditions include a reaction temperature of between 40 °C to 130 °C. flowing a C 5 hydrocarbon mixture stream that comprises cyclopentadiene (C 5 H 6 ) to a tank; and injecting the C 5 hydrocarbon mixture stream as a jet stream into C 5 hydrocarbon liquid in the tank at a velocity in a range from 1 m/s to 10 m/s and under reaction conditions sufficient to dimerize the cyclopentadiene to form dicyclopentadiene,