mhurhangee/ep-ind-claims huggingface dataset:
A collapsible carrier for an animal comprising: a base panel, said base panel having a first end and a second end and containing a floor surface wherein said floor surface includes upwardly extending sidewalls; first and second end members (14, 14') hingedly attached to said upwardly extending sidewalls at said first and second ends of said base panel; characterised in that said end members (14, 14') each including guideways wherein said base panel and said end members (14, 14') define an access opening to said base panel floor surface; a slidable door (16, 16') for closing said access opening, wherein said slidable door (16, 16') comprises a leading and a trailing edge, wherein each of said leading and said trailing edges are configured to extend between said end members (14, 14') and include rod members that extend into the guideway of each of said end members (14, 14'); wherein said slidable door is slidably engaged and movable along said guideway in said end members (14, 14') to conform to the shape of said end members thereby extending over said floor surface of said base panel; said slidable door (16, 16') and said end members (14, 14') are configured such that the slidable door (16, 16') is slidably movable along said guideways to a fully retracted position by moving the rod members down along the said guideways such that the trailing edge of the slidable door (16, 16') travels across the base panel; and in the fully retracted position, the slidable door is (16, 16') between said upwardly extending sidewalls in said base panel. a base panel, said base panel having a first end and a second end and containing a floor surface wherein said floor surface includes upwardly extending sidewalls; first and second end members (14, 14') hingedly attached to said upwardly extending sidewalls at said first and second ends of said base panel; characterised in that said end members (14, 14') each including guideways wherein said base panel and said end members (14, 14') define an access opening to said base panel floor surface; a slidable door (16, 16') for closing said access opening, wherein said slidable door (16, 16') comprises a leading and a trailing edge, wherein each of said leading and said trailing edges are configured to extend between said end members (14, 14') and include rod members that extend into the guideway of each of said end members (14, 14'); wherein said slidable door is slidably engaged and movable along said guideway in said end members (14, 14') to conform to the shape of said end members thereby extending over said floor surface of said base panel; said slidable door (16, 16') and said end members (14, 14') are configured such that the slidable door (16, 16') is slidably movable along said guideways to a fully retracted position by moving the rod members down along the said guideways such that the trailing edge of the slidable door (16, 16') travels across the base panel; and in the fully retracted position, the slidable door is (16, 16') between said upwardly extending sidewalls in said base panel.
Method of regulating the temperature of an injection moulding tool, where for a production cycle the required coolant flow rate, pressure and temperature over time are determined, the control signals required for the coolant supply system during this production cycle are stored in a control unit as a sequence with a specified start and finish time and for every repeated production cycle the sequence is again run through in the production process by the control unit, and where two coolant circuits (1, 2) that are run through a common heating/cooling module inside a common coolant reservoir and driven by a common pump are disposed on the coolant supply system and where a primary circuit which can be closed by means of a first valve is run through the injection moulding tool and a secondary circuit which can be closed by means of a second valve is run outside the injection moulding tool and where the control unit is a programmable- logic control system to which the heating/cooling module, the pump and the valves (11, 21) are connected by means of control lines.
A surrounding area monitoring apparatus comprising: an imaging device (1R, 1 L) mounted on a vehicle that captures images around the vehicle; a image processing unit including a processor and a memory that are configured to: detect at least one physical object (111-113, 115) lying around the vehicle based on images captured by the imaging device (1R, 1 L); determine whether each of the physical objects (111-113, 115) detected is a pedestrian or an animal; and provide a warning indication to a display device when the detected physical objects (111-113, 115) include a pedestrian or an animal and at least one of the pedestrians or animals thus detected is within a predetermined range from the vehicle, the apparatus being characterized in that the image processing unit is further configured to continuously display the warning indication for a predetermined period after the animal has left the predetermined range when the detected physical objects (111-113, 115) within the predetermined range include an animal. an imaging device (1R, 1 L) mounted on a vehicle that captures images around the vehicle; a image processing unit including a processor and a memory that are configured to: detect at least one physical object (111-113, 115) lying around the vehicle based on images captured by the imaging device (1R, 1 L); determine whether each of the physical objects (111-113, 115) detected is a pedestrian or an animal; and provide a warning indication to a display device when the detected physical objects (111-113, 115) include a pedestrian or an animal and at least one of the pedestrians or animals thus detected is within a predetermined range from the vehicle, the apparatus being characterized in that the image processing unit is further configured to continuously display the warning indication for a predetermined period after the animal has left the predetermined range when the detected physical objects (111-113, 115) within the predetermined range include an animal. detect at least one physical object (111-113, 115) lying around the vehicle based on images captured by the imaging device (1R, 1 L); determine whether each of the physical objects (111-113, 115) detected is a pedestrian or an animal; and provide a warning indication to a display device when the detected physical objects (111-113, 115) include a pedestrian or an animal and at least one of the pedestrians or animals thus detected is within a predetermined range from the vehicle, the apparatus being characterized in that the image processing unit is further configured to continuously display the warning indication for a predetermined period after the animal has left the predetermined range when the detected physical objects (111-113, 115) within the predetermined range include an animal.
A method of a User Equipment, UE, operating in Evolved Universal Terrestrial Radio Access Network, E-UTRAN, New Radio - Dual Connectivity, EN-DC, of adding a New Radio, NR, Secondary Node, SN, in EN-DC, the method comprising: receiving, in response to a measurement report sent by the UE, configuration data associated with an NR cell; determining whether the configuration data comprises a pre-determined parameter indicative of a frequency-shift criteria for dynamic spectrum sharing for an uplink; and performing one of: an addition (206-a) of an NR SN corresponding to the NR cell, in response to determining that the pre-determined parameter indicative of the frequency-shift for dynamic spectrum sharing for the uplink is absent from the configuration data; or a transmission (206-b) of a failure notification message to a Master Node, MN, in response to determining that the pre-determined parameter indicative of the frequency-shift criteria for dynamic spectrum sharing for the uplink is present in the configuration data. receiving, in response to a measurement report sent by the UE, configuration data associated with an NR cell; determining whether the configuration data comprises a pre-determined parameter indicative of a frequency-shift criteria for dynamic spectrum sharing for an uplink; and performing one of: an addition (206-a) of an NR SN corresponding to the NR cell, in response to determining that the pre-determined parameter indicative of the frequency-shift for dynamic spectrum sharing for the uplink is absent from the configuration data; or a transmission (206-b) of a failure notification message to a Master Node, MN, in response to determining that the pre-determined parameter indicative of the frequency-shift criteria for dynamic spectrum sharing for the uplink is present in the configuration data. an addition (206-a) of an NR SN corresponding to the NR cell, in response to determining that the pre-determined parameter indicative of the frequency-shift for dynamic spectrum sharing for the uplink is absent from the configuration data; or a transmission (206-b) of a failure notification message to a Master Node, MN, in response to determining that the pre-determined parameter indicative of the frequency-shift criteria for dynamic spectrum sharing for the uplink is present in the configuration data.
A method for active monitoring, memory protection, and integrity verification of a target device, the method comprising: instantiating a normal world virtual processor and a secure world virtual processor on a target device; executing a target operating system on the normal world virtual processor; executing an integrity verification agent on the secure world virtual processor; trapping one or more predetermined operations attempted on the normal world virtual processor to the secure world virtual processor; and using the integrity verification agent to determine the effect of execution of the trapped operation of the target device. instantiating a normal world virtual processor and a secure world virtual processor on a target device; executing a target operating system on the normal world virtual processor; executing an integrity verification agent on the secure world virtual processor; trapping one or more predetermined operations attempted on the normal world virtual processor to the secure world virtual processor; and using the integrity verification agent to determine the effect of execution of the trapped operation of the target device.
A method for synthesizing a compound of the formula: comprising the steps of: (a) reacting a compound of formula I: with a compound of formula: in the presence of a polar organic solvent, 1-[Bis(dimethylamino)methylene]-1 H-1,2,3-triazolo[4,5-b]pyridinium 3-oxid hexafluorophosphate and N,N-Diisopropylethylamine under argon to provide a compound of the formula: (b) reacting the compound of formula: with sodium carbonate and a dye compound of the formula: (c) isolating the compound of the formula: wherein n is 0, 1, 2, 3, or 4, and wherein: R 3, R 4, R 5, R 6, R 7, R 8, and R 9 are independently selected from the group consisting of H +, Na +, K +, and NH 4 +. (a) reacting a compound of formula I: with a compound of formula: in the presence of a polar organic solvent, 1-[Bis(dimethylamino)methylene]-1 H-1,2,3-triazolo[4,5-b]pyridinium 3-oxid hexafluorophosphate and N,N-Diisopropylethylamine under argon to provide a compound of the formula: (b) reacting the compound of formula: with sodium carbonate and a dye compound of the formula: (c) isolating the compound of the formula: wherein n is 0, 1, 2, 3, or 4, and wherein: R 3, R 4, R 5, R 6, R 7, R 8, and R 9 are independently selected from the group consisting of H +, Na +, K +, and NH 4 +. wherein n is 0, 1, 2, 3, or 4, and wherein: R 3, R 4, R 5, R 6, R 7, R 8, and R 9 are independently selected from the group consisting of H +, Na +, K +, and NH 4 +.
Process for attaching a first substrate to a second substrate by direct bonding including the successive steps of: a) providing the first and second substrates (1, 2), each comprising; - a first surface (10, 20) and an opposite, second surface (11, 21); - lateral edges (12, 22) connecting the first and second surfaces (10, 20, 11, 21); b) bonding the first substrate to the second substrate by direct bonding with the first surfaces (10, 20) of the first and second substrates (1, 2) so as to form a bonding interface; step b) being an operation of hydrophobic bonding between the first and second substrates (1, 2); what is meant by hydrophobic bonding is that the first surfaces (10, 20) of the first and second substrates (1, 2) are characterized by a contact angle with a drop of water that is smaller than or equal to 40°; c) making the lateral edges (12, 22) of the first and second substrates (1, 2) hydrophobic on either side of the bonding interface; what is meant by hydrophobic is a surface characterized by a contact angle with a drop of water of between 50° and 180°. a) providing the first and second substrates (1, 2), each comprising; - a first surface (10, 20) and an opposite, second surface (11, 21); - lateral edges (12, 22) connecting the first and second surfaces (10, 20, 11, 21); - a first surface (10, 20) and an opposite, second surface (11, 21); - lateral edges (12, 22) connecting the first and second surfaces (10, 20, 11, 21); b) bonding the first substrate to the second substrate by direct bonding with the first surfaces (10, 20) of the first and second substrates (1, 2) so as to form a bonding interface; step b) being an operation of hydrophobic bonding between the first and second substrates (1, 2); what is meant by hydrophobic bonding is that the first surfaces (10, 20) of the first and second substrates (1, 2) are characterized by a contact angle with a drop of water that is smaller than or equal to 40°; c) making the lateral edges (12, 22) of the first and second substrates (1, 2) hydrophobic on either side of the bonding interface; what is meant by hydrophobic is a surface characterized by a contact angle with a drop of water of between 50° and 180°.
An item of equipment for logging and transmitting measured values of physical magnitudes, comprising: - at least one standalone measurement sensor, powered by an electric cell, comprising a transmitter capable of transmitting at various times at least one value measured by the sensor, - and a receiver for collecting the values transmitted by the transmitter, characterized in that: - the sensor comprises a means for measuring the temperature in the vicinity of the cell, - a link is provided to supply to the transmitter the measured temperature values, which transmitter is designed to transmit, in addition to the values of at least one physical magnitude, these measured temperature values, at determined intervals, - and the receiver is designed to store the measured temperature values, estimate the life of the cell by taking account of these measured values, and determine a date of replacement of this cell, - the receiver is designed to establish a temperature profile of the cell as a function of time, and comprises a means for comparing the temperature profile that has been logged with typical profiles (A, B, C) in order to estimate the probable life of the cell. - at least one standalone measurement sensor, powered by an electric cell, comprising a transmitter capable of transmitting at various times at least one value measured by the sensor, - and a receiver for collecting the values transmitted by the transmitter, - the sensor comprises a means for measuring the temperature in the vicinity of the cell, - a link is provided to supply to the transmitter the measured temperature values, which transmitter is designed to transmit, in addition to the values of at least one physical magnitude, these measured temperature values, at determined intervals, - and the receiver is designed to store the measured temperature values, estimate the life of the cell by taking account of these measured values, and determine a date of replacement of this cell, - the receiver is designed to establish a temperature profile of the cell as a function of time, and comprises a means for comparing the temperature profile that has been logged with typical profiles (A, B, C) in order to estimate the probable life of the cell.
A vehicle seat upper portion having a front side, a rear side a first lateral side and a second lateral side, the vehicle seat upper portion comprising: a frame structure; upholstery, extending at least partially along the first lateral side of the vehicle seat upper portion; a back panel, arranged at the rear side of the frame structure and mounted to the frame structure, the back panel comprising, on a side facing the frame structure, a main surface, a first lateral surface and a second lateral surface; a far side airbag module mounted on the frame structure and comprising a side airbag; characterized in that the far side airbag module, on a side facing said back panel, is provided with a first hook, and in that said back panel on its first lateral surface, is provided with a second hook engaging the first hook, in this manner pulling the first lateral side of the back panel towards and/or against the upholstery when the airbag is not deployed, wherein the first hook and second hook are adapted for moving laterally away from the frame structure upon deployment of the airbag such that a gap is formed between a distal edge of the first lateral surface of the back panel and the upholstery for passage of the airbag. a frame structure; upholstery, extending at least partially along the first lateral side of the vehicle seat upper portion; a back panel, arranged at the rear side of the frame structure and mounted to the frame structure, the back panel comprising, on a side facing the frame structure, a main surface, a first lateral surface and a second lateral surface; a far side airbag module mounted on the frame structure and comprising a side airbag; characterized in that the far side airbag module, on a side facing said back panel, is provided with a first hook, and in that said back panel on its first lateral surface, is provided with a second hook engaging the first hook, in this manner pulling the first lateral side of the back panel towards and/or against the upholstery when the airbag is not deployed, wherein the first hook and second hook are adapted for moving laterally away from the frame structure upon deployment of the airbag such that a gap is formed between a distal edge of the first lateral surface of the back panel and the upholstery for passage of the airbag.
A device for transmitting or decoupling mechanical vibrations, comprising a first component and a second component, which are connected to each other by means of a coupling element that has a variably adjustable stiffness in at least one direction of action in which at least one component is supported in a vibrating manner, characterized in that the coupling element is a planar element having a planar-element top side and a planar-element bottom side and a planar-element longitudinal extent, the planar element being dimensionally stable in the planar-element longitudinal extent and elastic lateral to the planar-element longitudinal extent, in that n ≥ 2 contacting agents are attached to the first component in a spatially fixed manner, by means of which contacting agents the first component contacts n ≥ 2 first contact points at the planar-element bottom side and/or planar-element top side of the planar element, in that n ≥ 2 contacting agents are attached to the second component in a spatially fixed manner, by means of which contacting agents the second component contacts n ≥ 2 second contact points at the planar-element bottom side and/or planar-element top side of the planar element, in that both components are arranged such as to be rotatable relative to each other about a spatial axis oriented orthogonally to the planar-element longitudinal extent, said spatial axis coinciding with the at least one direction of action in which at least one component is supported in a vibrating manner.
Drug delivery device for a liquid containing a drug, such as a liquid drug solution or suspension, with a cartridge comprising a collapsible/compressible container for the liquid as content, with a mechanism to help collapsing/compressing the container and thereby to pressurize the liquid content of the container, wherein the drug delivery device is or forms a nebulizer, in particular an inhaler, and wherein the drug delivery device can be cocked by a cocking process to assume a cocked state wherein a withdrawal of a certain amount of the liquid from the container is effected upon said cocking process, the cocked state being a state of the drug delivery device in which the drug delivery device is ready for delivery, as a nebulized drug dose, of the certain amount of liquid withdrawn from the container, the drug delivery device being configured to effect said delivery of the drug dose in a nebulizing process subsequent to the cocking process, and wherein the container contains several drug doses to be delivered to a user in such nebulizing processes, and characterized in that the mechanism is adapted to increase the pressure on the liquid content in the container during said withdrawal of the certain amount during said cocking process, or in that the mechanism is adapted: to pressurize the liquid content in the container during said withdrawal of the certain amount during said cocking process such that the pressure on the liquid content in the container when the cocked state is reached is different from atmospheric pressure; and to compensate the pressure difference existing, when the cocked state is reached, between the liquid content in the container and the atmosphere: after said nebulizing process and before the drug delivery device undergoes another cocking process; and/or during non-use of the drug delivery device while the drug delivery device remains in a cocked state. to pressurize the liquid content in the container during said withdrawal of the certain amount during said cocking process such that the pressure on the liquid content in the container when the cocked state is reached is different from atmospheric pressure; and to compensate the pressure difference existing, when the cocked state is reached, between the liquid content in the container and the atmosphere: after said nebulizing process and before the drug delivery device undergoes another cocking process; and/or during non-use of the drug delivery device while the drug delivery device remains in a cocked state. after said nebulizing process and before the drug delivery device undergoes another cocking process; and/or during non-use of the drug delivery device while the drug delivery device remains in a cocked state.
Method for setting an emergency operational mode in a system which detects pre-ignition in a combustion engine and which contains errors, wherein, in order to detect an error, the system, which consists of at least one sensor and a sensor cable and a sensor signal evaluation device, is subjected to a diagnosis, characterized in that, if an error in the system (17, 24, 20) is detected by the diagnosis, a standard path, comprising sensor signal capture, sensor signal evaluation, detection of pre-ignition and initiation of measures to counter the pre-ignition, is interrupted or completed or partially switched off and a safety path is activated as an emergency operational mode, in that, in the safety path, measures which reliably prevent the occurrence of pre-ignition in the combustion engine are activated, and in that, in order to prevent the occurrence of pre-ignition, a temperature in a combustion chamber of the combustion engine is lowered.