mhurhangee/patent-ind-claim-en huggingface dataset:
A method of augmented reality visualization, the method comprising: receiving vehicle sensor data from one or more vehicle sensors coupled to a first vehicle ; and receiving headset sensor data from one or more headset sensors coupled to an augmented reality headset ; determining, based on the vehicle sensor data and the headset sensor data , an orientation and a location of the augmented reality headset relative to the first vehicle ; estimating a gaze target of a user of the augmented reality headset based on the headset sensor data and the orientation and the location of the augmented reality headset relative to the first vehicle ; generating visualization data based on the gaze target , wherein, responsive to determining that the gaze target is inside the first vehicle , the visualization data includes a first visual depiction of a first point of interest that is outside the first vehicle , wherein the first point of interest includes at least a portion of a particular route of a particular vehicle , wherein the particular vehicle includes the first vehicle or a second vehicle , and wherein, responsive to determining that the gaze target is outside the first vehicle , the visualization data includes a second visual depiction of a second point of interest that is inside the first vehicle ; and sending the visualization data to a display of the augmented reality headset . receiving vehicle sensor data from one or more vehicle sensors coupled to a first vehicle ; and receiving headset sensor data from one or more headset sensors coupled to an augmented reality headset ; determining, based on the vehicle sensor data and the headset sensor data , an orientation and a location of the augmented reality headset relative to the first vehicle ; estimating a gaze target of a user of the augmented reality headset based on the headset sensor data and the orientation and the location of the augmented reality headset relative to the first vehicle ; generating visualization data based on the gaze target , wherein, responsive to determining that the gaze target is inside the first vehicle , the visualization data includes a first visual depiction of a first point of interest that is outside the first vehicle , wherein the first point of interest includes at least a portion of a particular route of a particular vehicle , wherein the particular vehicle includes the first vehicle or a second vehicle , and wherein, responsive to determining that the gaze target is outside the first vehicle , the visualization data includes a second visual depiction of a second point of interest that is inside the first vehicle ; and sending the visualization data to a display of the augmented reality headset .
Console element for connection to a vehicle floor of a vehicle, comprising a main body which has a main body base and main body side walls , and comprising front connecting elements and rear connecting elements , which are each arranged on an underside of the main body base and, by means of a horizontal movement of the main body along a joining direction (x), can be inserted into receptacles arranged on the vehicle floor of the vehicle, characterized in that the front connecting elements and the rear connecting elements are configured to be self-centring.
A mobile device case for housing a mobile device , the mobile device case comprising: a housing shaped and sized to be coupled to a mobile device ; one or more sound sensors operative to collect sound data based on an acoustic source including gunfire or sound from other weapons, the sound data including an acoustic information, the acoustic information including indirect sound signals reflected from objects near the acoustic source; a communication device positioned within the housing; and at least one processor positioned within the housing and communicatively coupled to the one or more sound sensors and the communication device , in operation, the at least one processor: receives the indirect sound signals included in the acoustic information from the one or more sound sensors ; detects gunfire or sound from other weapons based on the received indirect sound signals in the acoustic information; and causes the communication device to transmit data to the mobile device indicating that gunfire or sound from other weapons was detected. a housing shaped and sized to be coupled to a mobile device ; one or more sound sensors operative to collect sound data based on an acoustic source including gunfire or sound from other weapons, the sound data including an acoustic information, the acoustic information including indirect sound signals reflected from objects near the acoustic source; a communication device positioned within the housing; and at least one processor positioned within the housing and communicatively coupled to the one or more sound sensors and the communication device , in operation, the at least one processor: receives the indirect sound signals included in the acoustic information from the one or more sound sensors ; detects gunfire or sound from other weapons based on the received indirect sound signals in the acoustic information; and causes the communication device to transmit data to the mobile device indicating that gunfire or sound from other weapons was detected. receives the indirect sound signals included in the acoustic information from the one or more sound sensors ; detects gunfire or sound from other weapons based on the received indirect sound signals in the acoustic information; and causes the communication device to transmit data to the mobile device indicating that gunfire or sound from other weapons was detected.
A linear compressor comprising: a casing ; a main body accommodated and elastically supported in the casing , wherein the main body comprises a frame , a cylinder fixed to the frame , a piston configured to linearly reciprocate inside the cylinder , and a drive unit coupled to the frame and configured to give a driving force to the piston ; a back cover coupled to the main body and supported in the casing ; an intake flow path member coupled to the back cover ; and an intake muffler coupled to the piston , of which at least a portion linearly reciprocates inside the intake flow path member , wherein the intake flow path member comprises a first hole that is formed in a front surface of the intake flow path member and through which the intake muffler is movable, and a flow path guide that extends axially forward from a rear surface of the intake flow path member and has an opened front and an opened rear, characterized in that the flow path guide comprises a plurality of holes that are spaced apart from each other and allow an inside of the flow path guide to communicate with a space located between the flow path guide and an inner surface of the intake flow path member . a casing ; a main body accommodated and elastically supported in the casing , wherein the main body comprises a frame , a cylinder fixed to the frame , a piston configured to linearly reciprocate inside the cylinder , and a drive unit coupled to the frame and configured to give a driving force to the piston ; a back cover coupled to the main body and supported in the casing ; an intake flow path member coupled to the back cover ; and an intake muffler coupled to the piston , of which at least a portion linearly reciprocates inside the intake flow path member , wherein the intake flow path member comprises a first hole that is formed in a front surface of the intake flow path member and through which the intake muffler is movable, and a flow path guide that extends axially forward from a rear surface of the intake flow path member and has an opened front and an opened rear, characterized in that the flow path guide comprises a plurality of holes that are spaced apart from each other and allow an inside of the flow path guide to communicate with a space located between the flow path guide and an inner surface of the intake flow path member .
Tool device comprising a first module and a second module which is removable from the first module , wherein the first and the second module are able to be plugged into one another along a plug-in axis that defines a plug-in direction; wherein the first module has a contact pressure blocking element , which is moved conjointly with the second module , and a contact pressure blockage element , wherein the contact pressure blocking element is rotatable relative to the contact pressure blockage element , between a normal position and a disassembly position, about the plug-in axis , wherein the second module in the normal position is held on the first module and in the disassembly position is removable from the first module ; wherein the contact pressure blockage element permits a transfer of the contact pressure blocking element along the plug-in axis , towards the remainder of the first module , to a contact pressure position when the contact pressure blocking element is situated in the normal position, whereas the contact pressure blockage element blocks a transfer of the plug receptacle to the contact pressure position when the contact pressure blocking element is situated in the disassembly position, characterized in that the first module has a latching mechanism which effects latching of the contact pressure blocking element in the disassembly position when the second module is being removed from the first module .
A stent graft device comprising: an expandable frame ; a covering extending over said expandable frame ; and an anchoring member coupled to said expandable frame and extending along a length of said expandable frame , wherein said anchoring member is configured to move axially for removal of said anchoring member from said expandable frame , said anchoring member is coupled to said expandable frame by a plurality of coupling members coupled to an exterior surface of said expandable frame ; and said anchoring member has a serpentine or cork-screw configuration that forms raised portions between successive coupling members . an expandable frame ; a covering extending over said expandable frame ; and an anchoring member coupled to said expandable frame and extending along a length of said expandable frame , wherein said anchoring member is configured to move axially for removal of said anchoring member from said expandable frame , said anchoring member is coupled to said expandable frame by a plurality of coupling members coupled to an exterior surface of said expandable frame ; and said anchoring member has a serpentine or cork-screw configuration that forms raised portions between successive coupling members .
A formulation comprising ambroxol and/or a salt form of ambroxol in a weight percent of between 0.01% and 20%, based on total weight or total volume of the formulation, and a carrier comprising a buffered saline solution, for use in the treatment of dry eye disease by topical administration to an ocular surface of a subject suffering from dry eye disease at least once a day for a period of at least five days.
A semiconductor wafer having a diameter of at least 15.24 cm (6 inches), comprising: a substrate layer consisting of silicon and unavoidable impurities; a first GaN layer having one or more SiN x interlayers therein; an AIGaN buffer layer consisting of two or more AIGaN layers between the substrate layer and the first GaN layer, wherein each layer has the formula Al x Ga 1-x N and the value of x in each layer is a value from 0.01 to less than 1 and the values of x in the two or more AIGaN layers differ by from 0.5 to 0.1, wherein the layers are arranged so that the values of x across the buffer layer and hence the concentration of aluminium decreases across the thickness of the buffer layer away from the silicon substrate; and an AIN layer between the substrate layer and the AIGaN layers; wherein in the first GaN layer at least one SiN x interlayer has GaN penetrated through one or more portions of said SiN x interlayer and has a thickness of from 2 to 8nm; wherein the thickness of the substrate layer is from 275 to 1000μm, the thickness of the AIN layer is from 10 to 300nm, the thickness of the first GaN layer is from 600 to 1200nm, including the thickness of the one or more SiN x interlayers, and the thickness of the AIGaN buffer layer is from 200 to 800nm. a substrate layer consisting of silicon and unavoidable impurities; a first GaN layer having one or more SiN x interlayers therein; an AIGaN buffer layer consisting of two or more AIGaN layers between the substrate layer and the first GaN layer, wherein each layer has the formula Al x Ga 1-x N and the value of x in each layer is a value from 0.01 to less than 1 and the values of x in the two or more AIGaN layers differ by from 0.5 to 0.1, wherein the layers are arranged so that the values of x across the buffer layer and hence the concentration of aluminium decreases across the thickness of the buffer layer away from the silicon substrate; and an AIN layer between the substrate layer and the AIGaN layers; wherein in the first GaN layer at least one SiN x interlayer has GaN penetrated through one or more portions of said SiN x interlayer and has a thickness of from 2 to 8nm; wherein the thickness of the substrate layer is from 275 to 1000μm, the thickness of the AIN layer is from 10 to 300nm, the thickness of the first GaN layer is from 600 to 1200nm, including the thickness of the one or more SiN x interlayers, and the thickness of the AIGaN buffer layer is from 200 to 800nm.
A package comprising an outer element , the outer element comprising a bottom , side walls , a lid , and at least two corners placed on opposite sides of the package, a handle being provided at both sides of the first corner by partial cuts which can be folded to the inside of the package; and an inner element , characterised in that the inner element has a bottom covering at least partially the bottom of the outer element and sidewalls covering only parts of the walls of the outer element so, that the inner element leaves the corner with the handle free for unobstructed access to the handle, and in that the second corner of the outer element is provided with a spout which can be turned from a storage position to a use position, and vice versa.
A composition for use in the treatment of a subject with medium chain acyl-CoA dehydrogenase deficiency wherein the composition comprises phenylbutyrate and/or a prodrug of phenylbutyrate, wherein the prodrug of phenylbutyrate is selected from the group consisting of glycerol phenylbutyrate and butyroyloxymethyl-4-phenylbutyrate.
A brick for a hearth section of a molten pig iron production furnace, comprising a mineral composition which has: 40 to 95 mass% of corundum; 5 to 60 mass% of one or more selected from the group consisting of 2H δ-type, 27R-type and 21R-type AlN polytype sialons; 5 mass% or less (including 0 mass%) of AlN; and 3 mass% or less (including 0 mass%) of Si 3 N 4 , wherein a matrix portion of the brick contains the one or more AlN polytype sialons in an amount of 5 mass% or more.
An image reading apparatus comprising: a medium mounting section on which media are to be mounted; a pair of feeding rollers configured to come into contact with the lowermost medium of media (P) mounted on the medium mounting section and transport the medium toward a downstream side, the feeding rollers being provided in a central region in a medium width direction (X) that intersects a medium transport direction (Y); a pair of separation rollers configured to nip and separate the medium with the feeding rollers; a reading section provided on the downstream side of the feeding rollers, the reading section being configured to read the medium; a medium detection section configured to detect the medium at a detection position (S) closer, in the medium width direction, to an edge of the medium in the medium width direction (X) than nip positions (N1) of the feeding rollers and the separation rollers; and a controller configured to control the feeding rollers, characterized in that the detection position overlaps either the pair of feeding rollers or the pair of separation rollers in a side view of a medium transport path, and if the medium detection section detects the medium at the detection position, the controller is configured to stop the feeding rollers. a medium mounting section on which media are to be mounted; a pair of feeding rollers configured to come into contact with the lowermost medium of media (P) mounted on the medium mounting section and transport the medium toward a downstream side, the feeding rollers being provided in a central region in a medium width direction (X) that intersects a medium transport direction (Y); a pair of separation rollers configured to nip and separate the medium with the feeding rollers; a reading section provided on the downstream side of the feeding rollers, the reading section being configured to read the medium; a medium detection section configured to detect the medium at a detection position (S) closer, in the medium width direction, to an edge of the medium in the medium width direction (X) than nip positions (N1) of the feeding rollers and the separation rollers; and a controller configured to control the feeding rollers, characterized in that the detection position overlaps either the pair of feeding rollers or the pair of separation rollers in a side view of a medium transport path, and if the medium detection section detects the medium at the detection position, the controller is configured to stop the feeding rollers.
An information processing method performed by a terminal device, the method comprising: obtaining unlocking-related information corresponding to a current successful unlocking operation of the terminal device, the unlocking-related information comprising a screen state i, an unlocking time j, and an unlocking mode k used when unlocking authentication information is entered; hiding or deleting privacy information of at least one application when a relationship between the unlocking-related information and recorded unlocking habit information does not meet a preset condition, the recorded unlocking habit information comprising a screen state I, a time period J corresponding to the screen state I, and an unlocking mode K used in the screen state I and the time period J, the privacy information comprising record information, a setting of privacy information comprises a setting of record information, and the record information comprising a communication record, favorite information, a browsing record, a diary, a memo, and a note; and prompting a user to enter authentication information when the user switches the setting of the record information to a display state from a hidden state, wherein the authentication information is different from the unlocking authentication information used for unlocking; the relationship between the unlocking-related information and the recorded unlocking habit information being determined to meet the preset condition when the screen state i matches the screen state I, the unlocking time j falls within the time period J, and the unlocking mode k matches the unlocking mode K. obtaining unlocking-related information corresponding to a current successful unlocking operation of the terminal device, the unlocking-related information comprising a screen state i, an unlocking time j, and an unlocking mode k used when unlocking authentication information is entered; hiding or deleting privacy information of at least one application when a relationship between the unlocking-related information and recorded unlocking habit information does not meet a preset condition, the recorded unlocking habit information comprising a screen state I, a time period J corresponding to the screen state I, and an unlocking mode K used in the screen state I and the time period J, the privacy information comprising record information, a setting of privacy information comprises a setting of record information, and the record information comprising a communication record, favorite information, a browsing record, a diary, a memo, and a note; and prompting a user to enter authentication information when the user switches the setting of the record information to a display state from a hidden state, wherein the authentication information is different from the unlocking authentication information used for unlocking; the relationship between the unlocking-related information and the recorded unlocking habit information being determined to meet the preset condition when the screen state i matches the screen state I, the unlocking time j falls within the time period J, and the unlocking mode k matches the unlocking mode K.
A cluster system self-organizing method, comprising: receiving, by a node A in a cluster system, a request message sent by an external node for requesting to join the cluster system, wherein the cluster system comprises at least two nodes, the node A is one node in the cluster system, the node A and at least one another node in the cluster system mutually have a bidirectional neighbor relationship, and two nodes that have the bidirectional neighbor relationship mutually transmit information; separately determining, by the node A, whether a ratio of a space area that is allocated to the node A in the cluster system to a space area that is allocated to each bidirectional neighbor node of the node A in the cluster system meets a preset relationship, wherein when the cluster system comprises only one node, a two-dimensional coordinate system is established by using the one node as an origin, in the two-dimensional coordinate, a cluster area is allocated to the cluster system, and the entire cluster area is allocated to the one node; and when at least one external node joins the cluster system, a space area that is occupied in the cluster area by the one node is reduced, and a space area in the cluster area is respectively allocated to the at least one joined external node; and if the preset relationship is met, establishing, by the node A, the bidirectional neighbor relationship with the external node, so as to ensure that nodes are evenly distributed in the cluster system and avoid centralized distribution of nodes in the cluster system. receiving, by a node A in a cluster system, a request message sent by an external node for requesting to join the cluster system, wherein the cluster system comprises at least two nodes, the node A is one node in the cluster system, the node A and at least one another node in the cluster system mutually have a bidirectional neighbor relationship, and two nodes that have the bidirectional neighbor relationship mutually transmit information; separately determining, by the node A, whether a ratio of a space area that is allocated to the node A in the cluster system to a space area that is allocated to each bidirectional neighbor node of the node A in the cluster system meets a preset relationship, wherein when the cluster system comprises only one node, a two-dimensional coordinate system is established by using the one node as an origin, in the two-dimensional coordinate, a cluster area is allocated to the cluster system, and the entire cluster area is allocated to the one node; and when at least one external node joins the cluster system, a space area that is occupied in the cluster area by the one node is reduced, and a space area in the cluster area is respectively allocated to the at least one joined external node; and if the preset relationship is met, establishing, by the node A, the bidirectional neighbor relationship with the external node, so as to ensure that nodes are evenly distributed in the cluster system and avoid centralized distribution of nodes in the cluster system.