mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle having a vehicle-mounted speaker system, the vehicle-mounted speaker system comprising: a supporting member that is disposed between a vehicle interior space (S1) and a vehicle exterior space (S2), the vehicle exterior space (S2) being an inside space of a door, which is a space into which water droplets and dust may enter through a clearance for window glass, or an engine room, to separate the vehicle interior space (S1) from the vehicle exterior space (S2), and that is provided with an opening through which the vehicle interior space (S1) is configured to communicate with the vehicle exterior space (S2); a speaker that is supported by the supporting member in such a manner as to oppose the opening ; and a rear cover that closes the opening so as to define an enclosed space (S) between the rear cover and the speaker , wherein the rear cover is exposed to the vehicle exterior space (S2); characterized in that the rear cover includes an annular flexible member bended in cross section supported by the supporting member , and a non-flexible vibrating plate which is supported by an inner portion of the annular flexible member and whose pressure receiving area is larger than a pressure receiving area of the annular flexible member . a supporting member that is disposed between a vehicle interior space (S1) and a vehicle exterior space (S2), the vehicle exterior space (S2) being an inside space of a door, which is a space into which water droplets and dust may enter through a clearance for window glass, or an engine room, to separate the vehicle interior space (S1) from the vehicle exterior space (S2), and that is provided with an opening through which the vehicle interior space (S1) is configured to communicate with the vehicle exterior space (S2); a speaker that is supported by the supporting member in such a manner as to oppose the opening ; and a rear cover that closes the opening so as to define an enclosed space (S) between the rear cover and the speaker , wherein the rear cover is exposed to the vehicle exterior space (S2); characterized in that the rear cover includes an annular flexible member bended in cross section supported by the supporting member , and a non-flexible vibrating plate which is supported by an inner portion of the annular flexible member and whose pressure receiving area is larger than a pressure receiving area of the annular flexible member .
A vehicle interior assembly , comprising: a frame defining an opening ; and a door having a closed position, in which the door closes off the opening , and an open position, wherein movement of the door from the closed position to the open position includes vertical movement to a dropped position and horizontal movement from the dropped position to the open position, characterized in that the door is concealed from view in the open position, and in that the assembly further comprises a guide configured to constrain movement of the door in all horizontal directions during movement between the closed position and the dropped position. a frame defining an opening ; and a door having a closed position, in which the door closes off the opening , and an open position, wherein movement of the door from the closed position to the open position includes vertical movement to a dropped position and horizontal movement from the dropped position to the open position, characterized in that the door is concealed from view in the open position, and in that the assembly further comprises a guide configured to constrain movement of the door in all horizontal directions during movement between the closed position and the dropped position.
A method for synthesizing a molecular sieve, comprising: a) providing a reaction mixture sufficient to synthesize the molecular sieve; b) maintaining the reaction mixture under crystallization conditions; c) monitoring at least one viscometric parameter of the reaction mixture, wherein the monitoring step comprises: a) periodically removing a sample of the reaction mixture; b) cooling each sample to a pre-defined temperature; and c) measuring the at least one viscosity parameter of each sample; or a) periodically removing a sample of the reaction mixture; b) subjecting each sample to a plurality of shear rates; c) recording a shear stress corresponding to each of the plurality of shear rates to provide a plurality of shear stress values; and d) determining a viscosity shear rate index for each sample; and d) determining an endpoint based on the monitoring of the at least one viscometric parameter; wherein the endpoint is the stage of the reaction or process when the target product has been formed and has attained at least one desired product characteristic or attribute. a) providing a reaction mixture sufficient to synthesize the molecular sieve; b) maintaining the reaction mixture under crystallization conditions; c) monitoring at least one viscometric parameter of the reaction mixture, wherein the monitoring step comprises: a) periodically removing a sample of the reaction mixture; b) cooling each sample to a pre-defined temperature; and c) measuring the at least one viscosity parameter of each sample; or a) periodically removing a sample of the reaction mixture; b) subjecting each sample to a plurality of shear rates; c) recording a shear stress corresponding to each of the plurality of shear rates to provide a plurality of shear stress values; and d) determining a viscosity shear rate index for each sample; and a) periodically removing a sample of the reaction mixture; b) cooling each sample to a pre-defined temperature; and c) measuring the at least one viscosity parameter of each sample; a) periodically removing a sample of the reaction mixture; b) subjecting each sample to a plurality of shear rates; c) recording a shear stress corresponding to each of the plurality of shear rates to provide a plurality of shear stress values; and d) determining a viscosity shear rate index for each sample; and d) determining an endpoint based on the monitoring of the at least one viscometric parameter; wherein the endpoint is the stage of the reaction or process when the target product has been formed and has attained at least one desired product characteristic or attribute.
A housing for a tyre parameter monitoring system, the housing comprising: a first fitting for engaging a valve stem of a snap-in type valve ; and two arms that are shaped and spaced to provide a second fitting for engaging with a valve stem of a clamp-in type valve such that the valve stem of the clamp-in type valve is pivotably engaged with the housing and such that the angle between the valve stem of the clamp-in type valve and the housing is variable, wherein the two arms are connected by a web portion forming an aperture , the aperture being sized and shaped such that the valve stem of the snap-in type valve or the valve stem of the clamp-in type valve is insertable through the aperture , characterized in that the web portion comprises two slots in an inner surface, the inner surface facing towards the first fitting , wherein the slots are designed to engage the valve stem of the clamp-in type valve such that the valve stem is pivotably engaged with the slots , wherein the slots are arcuate and are designed to engage arcuate protrusions of a bar of the valve stem of the clamp-in type valve such that the valve stem is pivotably engaged with the housing , and wherein the arms and the first fitting protrude from an upper surface of the housing and the first fitting is positioned between and spaced apart from the two arms and is spaced apart from the inner surface of the web portion . a first fitting for engaging a valve stem of a snap-in type valve ; and two arms that are shaped and spaced to provide a second fitting for engaging with a valve stem of a clamp-in type valve such that the valve stem of the clamp-in type valve is pivotably engaged with the housing and such that the angle between the valve stem of the clamp-in type valve and the housing is variable, wherein the two arms are connected by a web portion forming an aperture , the aperture being sized and shaped such that the valve stem of the snap-in type valve or the valve stem of the clamp-in type valve is insertable through the aperture , characterized in that the web portion comprises two slots in an inner surface, the inner surface facing towards the first fitting , wherein the slots are designed to engage the valve stem of the clamp-in type valve such that the valve stem is pivotably engaged with the slots , wherein the slots are arcuate and are designed to engage arcuate protrusions of a bar of the valve stem of the clamp-in type valve such that the valve stem is pivotably engaged with the housing , and wherein the arms and the first fitting protrude from an upper surface of the housing and the first fitting is positioned between and spaced apart from the two arms and is spaced apart from the inner surface of the web portion .
A crystal form B of pyrroloquinoline quinone , wherein the crystal form B of pyrroloquinoline quinone has the following characteristic diffraction peaks: 11.10 ± 0.2o, 17.32 ± 0.2o, 19.40 ± 0.2o, 20.16 ± 0.2o, 20.53 ± 0.2o, 22.57 ± 0.2o, 26.14 ± 0.2o, 29.95 ± 0.2o, and 32.06 ± 0.2o.
A method performed by a computing system for providing a private key of a first device to a second device for performing a cryptographic action on behalf of an owner of the private key, wherein the second device is an edge server of a content delivery network and the first device is a key server of a customer of the content delivery network whose content is delivered by the content delivery network, the method comprising: receiving from the second device a quote generated by a secure enclave of the second device, the quote attesting to code of the secure enclave, and a public key of the secure enclave of the second device; verifying the quote to ensure that the code of the secure enclave is trusted code; encrypting the private key using the public key of the secure enclave; and after the quote is verified, sending to the second device the encrypted private key for storage of the decrypted private key in the secure enclave. receiving from the second device a quote generated by a secure enclave of the second device, the quote attesting to code of the secure enclave, and a public key of the secure enclave of the second device; verifying the quote to ensure that the code of the secure enclave is trusted code; encrypting the private key using the public key of the secure enclave; and after the quote is verified, sending to the second device the encrypted private key for storage of the decrypted private key in the secure enclave.
A security device comprising - an array of image icon elements ; and - an array of image icon focusing elements ; - wherein the array of image icon elements and the array of image icon focusing elements are disposed relative to each other such that the security device projects at least one synthetic image when the array of image icon elements is viewed directly or through the array of image icon focusing elements; characterized in that the security device has a selected anti-harvesting temperature such that when the security device is coupled to a product substrate by a coupling means having a harvesting temperature, the anti-harvesting temperature is lower than the harvesting temperature of said coupling means, wherein the anti-harvesting temperature is determined by an anti-harvesting component of the security device, wherein the anti-harvesting component is a layer of the device where the layer comprises a material that will thermally decay at or above the anti-harvesting temperature. - an array of image icon elements ; and - an array of image icon focusing elements ; - wherein the array of image icon elements and the array of image icon focusing elements are disposed relative to each other such that the security device projects at least one synthetic image when the array of image icon elements is viewed directly or through the array of image icon focusing elements; characterized in that
Motor vehicle comprising an automatic wireless key system having a vehicle-side component and an automatic mobile component , the motor vehicle having a control device , an acceleration and/or a speed being available to the automatic mobile component of the automatic wireless key system by means of relevant sensors in the mobile component , the control device for the automatic wireless key system being designed to release, in the event of an authentication which is carried out in a predetermined operating mode by means of a first wireless connection between the automatic mobile component and the vehicle-side component of the automatic wireless key system, a release function of the wireless key system only if a predetermined condition is met, the predetermined condition involving the control device being coupled to a predetermined mobile device , different from the mobile component of the wireless key system, via a second wireless connection , the second wireless connection being limited to a predetermined access region around the motor vehicle , characterized in that data received by the control device via the second wireless connection additionally contain information relating to an acceleration and/or speed of the mobile device , and the predetermined condition further involves the relevant information meeting a predetermined similarity criterion compared with corresponding information relating to the mobile component . the predetermined condition involving the control device being coupled to a predetermined mobile device , different from the mobile component of the wireless key system, via a second wireless connection , the second wireless connection being limited to a predetermined access region around the motor vehicle , characterized in that data received by the control device via the second wireless connection additionally contain information relating to an acceleration and/or speed of the mobile device , and the predetermined condition further involves the relevant information meeting a predetermined similarity criterion compared with corresponding information relating to the mobile component .
A software upgrade method performed by a digital television terminal, the method comprising: • receiving an upgrade notification message comprising location information, being a frequency parameter, or a packet identifier, of an upgrade data stream from a software upgrade apparatus; • receiving the upgrade data stream according to the location information of the upgrade data stream from the software upgrade apparatus; • obtaining a download server indication, DSI, table in the received upgrade data stream, wherein the DSI table carries upgrade software description information (S 201) including multiple languages so as to present different language displays to a user; • displaying the upgrade software description information and upgrade prompt information to a user if it is determined, according to the upgrade software description information, to upgrade local software (S 202); and • obtaining an upgrade software mirror in the upgrade data stream, and updating the local software according to the upgrade software mirror if the user enters an operation choosing to upgrade the local software (S 203). • receiving an upgrade notification message comprising location information, being a frequency parameter, or a packet identifier, of an upgrade data stream from a software upgrade apparatus; • receiving the upgrade data stream according to the location information of the upgrade data stream from the software upgrade apparatus; • obtaining a download server indication, DSI, table in the received upgrade data stream, wherein the DSI table carries upgrade software description information (S 201) including multiple languages so as to present different language displays to a user; • displaying the upgrade software description information and upgrade prompt information to a user if it is determined, according to the upgrade software description information, to upgrade local software (S 202); and • obtaining an upgrade software mirror in the upgrade data stream, and updating the local software according to the upgrade software mirror if the user enters an operation choosing to upgrade the local software (S 203).
An installation box having a housing , first pipe ports for connection to a building cold water supply pipe and a building hot water supply pipe and for connection to a building water discharge pipe, and second pipe ports for connection to a water consumer and one or more waste water sources, wherein the first pipe ports are connected to the second pipe ports via internal piping , and further comprising a water alarm device, characterized in that the water alarm device has an alarm generator arranged in the interior space of the housing and a preferably tubular sensor projecting from the housing for triggering an alarm when the sensor comes into contact with water.
Activation unit for a rescue device fitted with at least one fillable balloon, comprising a pressurised gas cylinder , a device for opening the pressurised gas cylinder closed by a closure element , at least one pressurised gas pipe which can connect the activation unit to the at least one fillable balloon of the rescue device, and a line for transmitting a trigger signal from a trigger device to the device for opening the pressurised gas cylinder having the following features: the activation unit has an upper part and a lower part , which can be connected to one another by plugging into one another under formation of the functional activation unit , but can also be detached from one another; the lower part is/can be connected to the pressurised gas cylinder ; the device for opening the pressurised gas cylinder is arranged in the lower part ; the lower part is provided with a pressurised gas line (20, 20', 20") which connects the pressurised gas cylinder with a pressurised gas connector in a pressure-proof manner, which connector guarantees a pressure-proof connection to the at least one pressurised gas pipe when the lower part is connected to the upper part ; the lower part when detached from the upper part , represents a unit that can be manipulated separately from the rescue device, and the upper part is secured on the rescue device or is integrated in the rescue device; and the at least one pressurised gas pipe leads into the upper part . the activation unit has an upper part and a lower part , which can be connected to one another by plugging into one another under formation of the functional activation unit , but can also be detached from one another; the lower part is/can be connected to the pressurised gas cylinder ; the device for opening the pressurised gas cylinder is arranged in the lower part ; the lower part is provided with a pressurised gas line (20, 20', 20") which connects the pressurised gas cylinder with a pressurised gas connector in a pressure-proof manner, which connector guarantees a pressure-proof connection to the at least one pressurised gas pipe when the lower part is connected to the upper part ; the lower part when detached from the upper part , represents a unit that can be manipulated separately from the rescue device, and the upper part is secured on the rescue device or is integrated in the rescue device; and the at least one pressurised gas pipe leads into the upper part .
A crystalline 20,23-dipiperidinyl-5-O-mycaminosyl-tylonolide form having at least one of the following characteristics: an FT-Raman spectrum comprising an absorption band at one or more frequencies selected from the group consisting of about 2943, about 2917, about 1627, about 1590, about 1733, about 1669, about 1193, about 1094, and about 981 cm -1 ; a powder X-ray diffraction spectrum comprising at least one peak selected from the group consisting of 5.6 (± 0.2) and 6.1 (± 0.2) degrees 2Θ; or an attenuated total reflection infrared spectrum comprising an absorption band at one or more frequencies selected from the group consisting of about 2931, about 1732, about 1667, about 1590, about 1453, about 1165, about 1081, about 1057, about 1046, about 1005, about 981, about 834, and about 756 cm -1 . an FT-Raman spectrum comprising an absorption band at one or more frequencies selected from the group consisting of about 2943, about 2917, about 1627, about 1590, about 1733, about 1669, about 1193, about 1094, and about 981 cm -1 ; a powder X-ray diffraction spectrum comprising at least one peak selected from the group consisting of 5.6 (± 0.2) and 6.1 (± 0.2) degrees 2Θ; or an attenuated total reflection infrared spectrum comprising an absorption band at one or more frequencies selected from the group consisting of about 2931, about 1732, about 1667, about 1590, about 1453, about 1165, about 1081, about 1057, about 1046, about 1005, about 981, about 834, and about 756 cm -1 .
A lifting control device (D), comprising: a boom configured to be freely luffed up and down; a winch that hoists and lowers a suspended load via a wire rope ; a load measurement section that measures a load acting on the boom; and a control section that controls the boom and the winch, characterized in that , when lifting of the suspended load is performed by hoisting the winch, the control section is configured to retain a maximum load value from a time series of load data as a variable, to determine a variation in a luffing angle of the boom based on a temporal change in the maximum load value, and to cause the boom to be luffed up so as to compensate for the variation. a boom configured to be freely luffed up and down; a winch that hoists and lowers a suspended load via a wire rope ; a load measurement section that measures a load acting on the boom; and a control section that controls the boom and the winch, characterized in that , when lifting of the suspended load is performed by hoisting the winch, the control section is configured to retain a maximum load value from a time series of load data as a variable, to determine a variation in a luffing angle of the boom based on a temporal change in the maximum load value, and to cause the boom to be luffed up so as to compensate for the variation.
A wire coiling apparatus , comprising: a rotatable wire laying head for forming a series of wire loops from a continuous length of wire ; characterized by an X-Y table configured to move in linear X-Y directions beneath the rotatable wire laying head while the series of wire loops are being formed such that the series of wire loops are arrayed polygonally within a storage container (C) supported by the X-Y table due to the linear X-Y movement of the X-Y table . a rotatable wire laying head for forming a series of wire loops from a continuous length of wire ; characterized by an X-Y table configured to move in linear X-Y directions beneath the rotatable wire laying head while the series of wire loops are being formed such that the series of wire loops are arrayed polygonally within a storage container (C) supported by the X-Y table due to the linear X-Y movement of the X-Y table .