mhurhangee/patent-ind-claim-en huggingface dataset:
A head-mounted display device comprising: a liquid crystal display, LCD, panel ; and a direct-type backlight , comprising a central area and a peripheral area , wherein a plurality of central area light-emitting elements are disposed in the central area to provide light to the LCD panel , a density of the central area light-emitting elements in the central area is a first density; a plurality of peripheral area light-emitting elements are disposed in the peripheral area to provide light to the LCD panel , and a density of the peripheral area light-emitting elements in the peripheral area is a second density; the second density is less than the first density; wherein the central area is defined by a 20° main field of view of a user . a liquid crystal display, LCD, panel ; and a direct-type backlight , comprising a central area and a peripheral area , wherein a plurality of central area light-emitting elements are disposed in the central area to provide light to the LCD panel , a density of the central area light-emitting elements in the central area is a first density; a plurality of peripheral area light-emitting elements are disposed in the peripheral area to provide light to the LCD panel , and a density of the peripheral area light-emitting elements in the peripheral area is a second density; the second density is less than the first density; wherein the central area is defined by a 20° main field of view of a user .
computer-implemented method for hosting data, comprising: receiving at least one of data or metadata associated with the data, where the data, the metadata or both are protected by a composite wrapper formed from at least one mathematical transformation of the data, the metadata or both including at least a first mathematical transformation defining a first wrapper (140; 320; 420) for the data, the metadata or both based on a first set of criteria and a second mathematical transformation defining a second wrapper (140; 330; 430) for the data, the metadata or both based on a second set of criteria, wherein the data and the metadata protected by the composite wrapper is a trustworthy XML document which enables protection of selected marked parts of the XML document; and receiving a request for access to the data, metadata or both as protected by the composite wrapper based on a set of capabilities included in the request; and based on the set of capabilities, determining at least one access privilege for the data, metadata or both based on evaluating visibility through the first wrapper and independently evaluating visibility through the second wrapper; characterised in that : the first or second wrapper is automatically altered by using a different mathematical transformation if it is determined that a mathematical transformation technique employed for generating the wrapper no longer meets a trust requirement receiving at least one of data or metadata associated with the data, where the data, the metadata or both are protected by a composite wrapper formed from at least one mathematical transformation of the data, the metadata or both including at least a first mathematical transformation defining a first wrapper (140; 320; 420) for the data, the metadata or both based on a first set of criteria and a second mathematical transformation defining a second wrapper (140; 330; 430) for the data, the metadata or both based on a second set of criteria, wherein the data and the metadata protected by the composite wrapper is a trustworthy XML document which enables protection of selected marked parts of the XML document; and receiving a request for access to the data, metadata or both as protected by the composite wrapper based on a set of capabilities included in the request; and based on the set of capabilities, determining at least one access privilege for the data, metadata or both based on evaluating visibility through the first wrapper and independently evaluating visibility through the second wrapper; characterised in that : the first or second wrapper is automatically altered by using a different mathematical transformation if it is determined that a mathematical transformation technique employed for generating the wrapper no longer meets a trust requirement
Food processing machine comprising a housing and a heat exchanger arranged in the housing for a thermal treatment of food products in the food processing machine , the heat exchanger comprising an inlet and an outlet for a fluid streaming through the heat exchanger , characterized by a quick exchange device for the heat exchanger being designed such that by its actuation the heat exchanger can be separated from the food processing machine and can at a later point in time again be connected to the same, the inlet of the heat exchanger being connected by a first quick connection to a supply line and the outlet of the heat exchanger being connected by a second quick connection to a return line , the first quick connection and the second quick connection being part of the quick exchange device .
A method for controlling a windfarm having a plurality of wind power installations and feeding into an electrical supply network at a network connection point , comprising the following steps: - inputting at least one control error (e) at a control error input of a windfarm control module , - generating at least one manipulated variable (u) depending on the at least one control error (e) by means of at least one controller , - outputting the at least one manipulated variable (u) at a manipulated variable output for transmitting to the wind power installations , - recording in each case at least one state of the windfarm , the windpower installations thereof and/or an ambient condition as farm state at a state input of the control module , - altering or predefining at least one property of the at least one controller depending on the at least one recorded farm state by means of a controller setting device , wherein the altering or predefining at least of one property of the at least one controller is carried out before a start-up. - inputting at least one control error (e) at a control error input of a windfarm control module , - generating at least one manipulated variable (u) depending on the at least one control error (e) by means of at least one controller , - outputting the at least one manipulated variable (u) at a manipulated variable output for transmitting to the wind power installations , - recording in each case at least one state of the windfarm , the windpower installations thereof and/or an ambient condition as farm state at a state input of the control module , - altering or predefining at least one property of the at least one controller depending on the at least one recorded farm state by means of a controller setting device , wherein the altering or predefining at least of one property of the at least one controller is carried out before a start-up.
A vending machine comprising a cabinet internally defining a dispensing compartment closed by a front door ; a plurality of dispensing trays , which are arranged in the dispensing compartment , are arranged one over the other and are each designed to support a respective plurality of products; and, for each dispensing tray , a respective guide device , which is slidably engaged by the respective dispensing tray and comprises a pair of guides coupled to the cabinet on opposite sides of the dispensing tray ; wherein each guide has an elongated shape and comprises a front end provided with at least a first coupling tooth for engagement with the cabinet and a rear end provided with at least a second coupling tooth for engagement with the cabinet ; characterised in that each guide is further provided with a retractable spring-loaded locking pin , which is movable between a normal extracted coupling position, in which the locking pin locks the relative guide onto the cabinet , and a retracted release position, which allows the respective guide to be mounted to, and removed from, the cabinet .
A brake fluid pressure control device for a vehicle, configured to be able to perform fluid pressure control for controlling brake fluid pressure acting on a wheel brake, comprising: a wheel speed obtaining device configured to obtain wheel speed; and a vehicle body deceleration calculating means configured to calculate a vehicle body deceleration based on the wheel speed, characterized in that , if a condition is satisfied in which the vehicle body deceleration continues to stay at a low rate of less than or equal to a predetermined threshold value for a predetermined period of time, the pressure increasing rate in pressure increasing control is altered to a higher value than before the condition is satisfied. a wheel speed obtaining device configured to obtain wheel speed; and a vehicle body deceleration calculating means configured to calculate a vehicle body deceleration based on the wheel speed, characterized in that , if a condition is satisfied in which the vehicle body deceleration continues to stay at a low rate of less than or equal to a predetermined threshold value for a predetermined period of time, the pressure increasing rate in pressure increasing control is altered to a higher value than before the condition is satisfied.
An LXRβ agonist, or a pharmaceutically acceptable salt thereof, for use in treating a metastatic cancer in a subject in need thereof by increasing the expression level or activity level of ApoE, wherein the metastatic cancer is resistant to an antiproliferative of Table 2 and the LXRβ agonist is: or a pharmaceutically acceptable salt thereof.
A mill for use in a wellbore , comprising: a tubular housing having a bore therethrough and a plurality of eccentrically arranged pockets formed in a wall thereof; an arm (32a-c, 52a-c) disposed in each pocket , each arm (32a-c, 52a-c): having a body portion and a blade portion extending from an outer surface of the body portion , and movable between an extended position and a retracted position; cutters disposed along each blade portion ; and a block (31a-c, 61a-c) disposed in each pocket and connected to the housing , each block (31a-c, 61a-c) having a guide engaged with a mating guide of the respective body portion ; and an actuator for extending the arms (32a-c, 52a-c) characterized in that each block (31a-c, 61a-c) further comprises a body and a stop connected thereto for receiving the respective arm (32a-c, 52a-c) in the extended position, and an outer passage for providing fluid communication between the housing bore and the respective stop ; and in that each arm (32a-c, 52a-c) is operable to close the respective outer passage in the extended position. a tubular housing having a bore therethrough and a plurality of eccentrically arranged pockets formed in a wall thereof; an arm (32a-c, 52a-c) disposed in each pocket , each arm (32a-c, 52a-c): having a body portion and a blade portion extending from an outer surface of the body portion , and movable between an extended position and a retracted position; having a body portion and a blade portion extending from an outer surface of the body portion , and movable between an extended position and a retracted position; cutters disposed along each blade portion ; and a block (31a-c, 61a-c) disposed in each pocket and connected to the housing , each block (31a-c, 61a-c) having a guide engaged with a mating guide of the respective body portion ; and an actuator for extending the arms (32a-c, 52a-c) characterized in that each block (31a-c, 61a-c) further comprises a body and a stop connected thereto for receiving the respective arm (32a-c, 52a-c) in the extended position, and an outer passage for providing fluid communication between the housing bore and the respective stop ; and in that each arm (32a-c, 52a-c) is operable to close the respective outer passage in the extended position.
A device for controlling a display disposed in a vehicle , the device comprising: a first system on chip, SoC, configured to control display driving, wherein the first SoC includes: an agent configured to control launch of an application; a resource manager configured to measure and manage resources; and a data sharing manager configured to control a connection between applications of different nodes based on a predetermined input/output interface, and share data, wherein the agent is configured to: when the first SoC is connected to at least one second SoC of a plurality of SoCs based on the predetermined input/output interface, operate as a server or a client between the first SoC and the second SoC; and wherein the first SoC determines whether to drive a first application based on available resources of the first SoC and the second SoC, wherein when the first application is driven in the second SoC, data sharing is performed between the first SoC and the second SoC. a first system on chip, SoC, configured to control display driving, wherein the first SoC includes: an agent configured to control launch of an application; a resource manager configured to measure and manage resources; and a data sharing manager configured to control a connection between applications of different nodes based on a predetermined input/output interface, and share data, an agent configured to control launch of an application; a resource manager configured to measure and manage resources; and a data sharing manager configured to control a connection between applications of different nodes based on a predetermined input/output interface, and share data, wherein the agent is configured to: when the first SoC is connected to at least one second SoC of a plurality of SoCs based on the predetermined input/output interface, operate as a server or a client between the first SoC and the second SoC; and wherein the first SoC determines whether to drive a first application based on available resources of the first SoC and the second SoC, wherein when the first application is driven in the second SoC, data sharing is performed between the first SoC and the second SoC. when the first SoC is connected to at least one second SoC of a plurality of SoCs based on the predetermined input/output interface, operate as a server or a client between the first SoC and the second SoC; and wherein the first SoC determines whether to drive a first application based on available resources of the first SoC and the second SoC, wherein when the first application is driven in the second SoC, data sharing is performed between the first SoC and the second SoC.
An optical probe comprising an optical window for transmitting light therethrough, an ultrasonic transducer for applying ultrasonic vibrations to said optical window for cleaning said optical window, and one or more light guides for transmitting light through said optical window to a measurement region and/or receiving light transmitted through said optical window from said measurement region, wherein said ultrasonic transducer is coupled to said optical window via an elongate body adapted to transmit ultrasonic vibrations from said ultrasonic transducer to said window, characterised in that said one or more light guides are located adjacent said elongate body and communicate with said optical window and at least a distal end of said one or more light guides is extending alongside the elongate body and wherein said elongate body comprises a solid shaft whereby ultrasonic energy is transmitted therethrough with minimum energy loss.
A battery pack , the battery pack comprising: an upper housing portion including a first air vent ; a lower support frame configured to receive a plurality of battery cells and to space apart the battery cells from one another, the lower support frame including a second air vent positioned at a first end of the lower support frame , a third air vent positioned at a second end of the lower support frame and opposite the second air vent , and an air passage positioned between the second air vent and the third air vent, the first air vent positioned approximately or substantially directly above the second air vent , and the second air vent at least partially isolated from the first air vent by a heat sink . an upper housing portion including a first air vent ; a lower support frame configured to receive a plurality of battery cells and to space apart the battery cells from one another, the lower support frame including a second air vent positioned at a first end of the lower support frame , a third air vent positioned at a second end of the lower support frame and opposite the second air vent , and an air passage positioned between the second air vent and the third air vent, the first air vent positioned approximately or substantially directly above the second air vent , and the second air vent at least partially isolated from the first air vent by a heat sink . a second air vent positioned at a first end of the lower support frame , a third air vent positioned at a second end of the lower support frame and opposite the second air vent , and an air passage positioned between the second air vent and the third air vent, the first air vent positioned approximately or substantially directly above the second air vent , and the second air vent at least partially isolated from the first air vent by a heat sink .
An unmanned aerial vehicle, comprising at least two controllers (20-22), at least two electronic speed controllers (26-31) and at least two motors (32-37), wherein the at least two electronic speed controllers (26-31) are electrically connected with the at least two controllers (20-22) to obtain at least two sets of control data respectively from the at least two controllers (20-22), wherein each of the at least two sets of control data comprises pitch data, roll data, yaw angle data and altitude data; and wherein the at least two electronic speed controllers (26-31) are electrically connected with a corresponding one of the at least two motors (32-37) respectively, and each of the at least two electronic speed controllers (26-31) is configured to determine whether the received control data is in compliance with currently desirable values , select control data from the at least two sets of control data and control the rotation speed of the corresponding motor (32-37) according to the selected control data, wherein the determining whether the received control data is in compliance with currently desirable values includes: first determining whether the received control data exceeds a predetermined value and if the predetermined value is not exceeded, further determining whether the received control data is closest to standard values which are currently desirable for the operation of the unmanned aerial vehicle, wherein the control data being closest to the standard values is determined to be in compliance with the currently desirable values and is selected as the selected control data from the at least two sets of control data.
A gene editing method based on a gene cas3 in a type I-B CRISPR-Cas system, wherein gene editing is performed on genetic materials of all organisms by using a gene editing tool consisting of a protein Cas3 expression vector constructed by the gene cas3 in Streptomyces virginiae IBL14 and a gene editing vector comprising a t-DNA and a g-DNA.
A flow battery (1000; 2000; 3000; 4000) comprising: a first liquid containing a redox mediator ; a first electrode ; a first active material ; and a first circulator that circulates the first liquid between the first electrode and the first active material , wherein: the first active material is a solid active material that is insoluble in the first liquid , the redox mediator contains a triphenylamine derivative, and the triphenylamine derivative includes at least one phenyl group having one or more substituents at one or more of positions 2, 4, and 6. a first liquid containing a redox mediator ; a first electrode ; a first active material ; and a first circulator that circulates the first liquid between the first electrode and the first active material , wherein: the first active material is a solid active material that is insoluble in the first liquid , the redox mediator contains a triphenylamine derivative, and the triphenylamine derivative includes at least one phenyl group having one or more substituents at one or more of positions 2, 4, and 6. the first active material is a solid active material that is insoluble in the first liquid , the redox mediator contains a triphenylamine derivative, and the triphenylamine derivative includes at least one phenyl group having one or more substituents at one or more of positions 2, 4, and 6.
MEMS microphone (MM) with improved sensitivity, comprising - a MEMS capacitor (MCAP) with a variable capacitance, - a charging circuit (CC) provided for charging the MEMS capacitor (MCAP), - a bias circuit (BC) provided for creating a bias voltage V bias applied to the charging circuit (CC), where - the bias circuit (BC) comprises a closed loop control circuit (CLCC), - the bias voltage V bias has a temperature dependence characterized in that - the bias voltage V bias has a piecewise linear temperature dependence. - a MEMS capacitor (MCAP) with a variable capacitance, - a charging circuit (CC) provided for charging the MEMS capacitor (MCAP), - a bias circuit (BC) provided for creating a bias voltage V bias applied to the charging circuit (CC), where - the bias circuit (BC) comprises a closed loop control circuit (CLCC), - the bias voltage V bias has a temperature dependence characterized in that - the bias voltage V bias has a piecewise linear temperature dependence.
A process for preparing core-shell particles having a polymer core and a continuous silica shell which comprises the steps of a) providing an aqueous polymer dispersion comprising polymer particles; b) adjusting the pH of the aqueous polymer dispersion to a value in the range from 7 to 10; and c) adding water glass to the aqueous polymer dispersion having a pH in the range from 7 to 10 while keeping the pH in the range from 7 to 10 to give a dispersion of the core-shell particles, wherein a mediator agent selected from cationic surfactants, cationic polymers, non-ionic surfactants, polyalkylene glycols, polyvinylpyrrolidone, polyamines, polyethyleneimines and anionic surfactants is added to the polymer particles of step (a). a) providing an aqueous polymer dispersion comprising polymer particles; b) adjusting the pH of the aqueous polymer dispersion to a value in the range from 7 to 10; and c) adding water glass to the aqueous polymer dispersion having a pH in the range from 7 to 10 while keeping the pH in the range from 7 to 10 to give a dispersion of the core-shell particles, wherein a mediator agent selected from cationic surfactants, cationic polymers, non-ionic surfactants, polyalkylene glycols, polyvinylpyrrolidone, polyamines, polyethyleneimines and anionic surfactants is added to the polymer particles of step (a).