mhurhangee/patent-ind-claim-en huggingface dataset:
A method of preparing microcrystalline cellulose particles, wherein the microcrystalline cellulose particle has an average particle size D50 of 1-25 μm, and loose density of 0.50-0.80 g/ml, characterized in comprising the step of mechanical action on ordinary microcrystalline cellulose by high shear force of a high shear force device, and the solid content of the ordinary microcrystalline cellulose is 15%-60% in the high shear mechanical action, wherein the said high shear mechanical action is a high shear force device selected from screw extruder, a screw kneader or a screw extrusion kneader, with a torque controlled among 50-150 N·m, and the said ordinary microcrystalline cellulose is the microcrystalline cellulose product with average particle size D50 above 25 μm and/or loose density below 0.50 g/ml; the average particle size D50 and loose density being measured as specified in the description.
A compressed air energy storage (CAES) system alternately operable in a compression mode and an expansion mode, the CAES system comprising: a motor-generator unit ; a drive shaft connected to the motor-generator unit and configured to transmit rotational power to and from the motor-generator unit ; at least one reversible compressor-expander unit coupled to the drive shaft and arranged to selectively compress and expand air; an air storage unit connected to the reversible compressor-expander unit and configured to store compressed air received therefrom; and at least one thermal energy storage (TES) unit ; characterized in that the at least one reversible compressor-expander unit comprises: a first reversible compressor-expander unit ; and a second reversible compressor-expander unit ; and the at least one thermal energy storage (TES) unit is connected between the first reversible compressor-expander unit and the second reversible compressor-expander unit ; wherein the first and second reversible compressor-expander units are fluidly connected by a compression-expansion path to form a two-stage compression expansion system; wherein the at least one reversible compressor-expander unit is arranged to compress air during the compression mode and expand air during the expansion mode. a motor-generator unit ; a drive shaft connected to the motor-generator unit and configured to transmit rotational power to and from the motor-generator unit ; at least one reversible compressor-expander unit coupled to the drive shaft and arranged to selectively compress and expand air; an air storage unit connected to the reversible compressor-expander unit and configured to store compressed air received therefrom; and at least one thermal energy storage (TES) unit ; characterized in that the at least one reversible compressor-expander unit comprises: a first reversible compressor-expander unit ; and a second reversible compressor-expander unit ; and the at least one thermal energy storage (TES) unit is connected between the first reversible compressor-expander unit and the second reversible compressor-expander unit ; wherein the first and second reversible compressor-expander units are fluidly connected by a compression-expansion path to form a two-stage compression expansion system; wherein the at least one reversible compressor-expander unit is arranged to compress air during the compression mode and expand air during the expansion mode.
A method comprising: receiving, at a remote mobile computing device , a notification message representative of an event satisfying a rule associated with an analyte level of a host, via a server , based on analyte sensor data obtained from a transcutaneous analyte sensor monitoring the analyte state of the host, wherein the rule is generated or configured based on a setting initially set by the host via a host monitoring application installed on a mobile host communication device ; modifying, using a remote monitoring application installed on the remote mobile computing device, alert settings associated with the analyte level on the remote mobile computing device based on the rule initially set by the host via the host monitoring application; activating, at the remote monitoring computing device , on receipt of the notification message the remote monitoring application, wherein the remote monitoring application is configured by the server to receive the notification message; accessing, by the remote monitoring application, the server , in response to the receiving the notification message, wherein the accessing further comprises establishing a connection between the remote mobile computing device via the remote monitoring application and the server ; receiving, at the remote monitoring application, information including the analyte sensor data from the server ; and presenting the information in accordance with modified alert settings at the remote monitoring application. receiving, at a remote mobile computing device , a notification message representative of an event satisfying a rule associated with an analyte level of a host, via a server , based on analyte sensor data obtained from a transcutaneous analyte sensor monitoring the analyte state of the host, wherein the rule is generated or configured based on a setting initially set by the host via a host monitoring application installed on a mobile host communication device ; modifying, using a remote monitoring application installed on the remote mobile computing device, alert settings associated with the analyte level on the remote mobile computing device based on the rule initially set by the host via the host monitoring application; activating, at the remote monitoring computing device , on receipt of the notification message the remote monitoring application, wherein the remote monitoring application is configured by the server to receive the notification message; accessing, by the remote monitoring application, the server , in response to the receiving the notification message, wherein the accessing further comprises establishing a connection between the remote mobile computing device via the remote monitoring application and the server ; receiving, at the remote monitoring application, information including the analyte sensor data from the server ; and presenting the information in accordance with modified alert settings at the remote monitoring application.
Method for producing a multi-component sidewall for use in vehicle tyres, comprising the method steps of: a) producing or providing a multi-component sidewall preform , wherein the sidewall preform comprises a first partial region , comprising a first vulcanizable rubber compound, and a second partial region , comprising a second vulcanizable rubber compound, wherein the sidewall preform has at least one receiving recess , characterized by b) producing or providing an insert element , comprising a third vulcanizable rubber compound, and c) arranging the insert element in the receiving recess of the sidewall preform to produce the multi-component sidewall . a) producing or providing a multi-component sidewall preform , wherein the sidewall preform comprises a first partial region , comprising a first vulcanizable rubber compound, and a second partial region , comprising a second vulcanizable rubber compound, wherein the sidewall preform has at least one receiving recess , characterized by b) producing or providing an insert element , comprising a third vulcanizable rubber compound, and c) arranging the insert element in the receiving recess of the sidewall preform to produce the multi-component sidewall .
A gas meter comprising a distribution manifold inside the gas meter , the distribution manifold having: a gas inlet opening of the gas meter; at least two smaller gas outlet nozzles ; a valve is disposed on each gas outlet nozzle ; wherein each valve is individually electrically connected and actuatable; characterized in that the gas meter further comprises a gas meter outlet having a flow sensor inside to measure and check flow volume. a gas inlet opening of the gas meter; at least two smaller gas outlet nozzles ; a valve is disposed on each gas outlet nozzle ; wherein each valve is individually electrically connected and actuatable; characterized in that the gas meter further comprises a gas meter outlet having a flow sensor inside to measure and check flow volume.
A second ignition stage of a multi-stage gas generator comprising a combustion chamber , a combustion chamber limiting element for limiting the combustion chamber as well as an overigniting protection element which is arranged on a side of the combustion chamber limiting element remote from the combustion chamber , wherein the overigniting protection element covers the combustion chamber limiting element , wherein the overigniting protection element is tightly connected to the combustion chamber limiting element via a mounting portion and wherein the overigniting protection element is substantially plate-shaped, characterized in that the combustion chamber limiting element comprises a collar arranged radially outside to which the mounting portion is tightly connected at a radial outer face of the overigniting protection element .
Planarity measuring device for measuring the planarity of a metallic strip, comprising a measuring roller , which has a roller axis (a) and which for the purpose of planarity measurement is constructed for making contact with the strip, wherein the measuring roller is connected with a cooling system by which the measuring roller can be cooled, characterised in that the measuring roller is constructed as a deflecting roller equipped with a sensor system which is in a position of measuring through tensile stress the radial force exerted on the deflecting roller, the planarity measuring device is a component of a hot-rolling mill and the cooling system comprises a nozzle bar extending parallel to the roller axis (a), wherein at least one spray nozzle , preferably a number of spray nozzles , by which cooling medium can be sprayed onto the surface of the measuring roller in a spraying direction (b) is arranged at the nozzle bar , wherein the spraying direction (b) is incident on a surface section of the measuring roller and wherein the angle (α) between the spraying direction (b) and the tangent (t) to the measuring roller at the location of the surface section is less than 30°. the measuring roller is constructed as a deflecting roller equipped with a sensor system which is in a position of measuring through tensile stress the radial force exerted on the deflecting roller, the planarity measuring device is a component of a hot-rolling mill and the cooling system comprises a nozzle bar extending parallel to the roller axis (a), wherein at least one spray nozzle , preferably a number of spray nozzles , by which cooling medium can be sprayed onto the surface of the measuring roller in a spraying direction (b) is arranged at the nozzle bar , wherein the spraying direction (b) is incident on a surface section of the measuring roller and wherein the angle (α) between the spraying direction (b) and the tangent (t) to the measuring roller at the location of the surface section is less than 30°.
A composition comprising a pharmaceutically acceptable grade of at least one aminosterol, or a pharmaceutically acceptable salt thereof, for use in treating or preventing a condition or disorder that benefits from stimulation of the Aminosterol-Induced GI Response in a subject, and wherein the condition or disorder relates to the nervous system and could benefit from neuro-protection, wherein: (a) the use comprises oral administration of the composition; and (b) the at least one aminosterol, or a pharmaceutically acceptable salt thereof, is present in the composition in a dose sufficient to produce a beneficial neuro-protective effect in the subject; (c) the aminosterol is squalamine or a salt thereof or Aminosterol 1436 or a salt thereof; and (d) the condition or disorder relating to the nervous system is Parkinson's disease, Alzheimer's disease, Huntington's Disease, Amyotrophic lateral sclerosis, acute traumatic injury to the central nervous system,-stroke, spine injury, degenerative processes associated with aging, dementia of aging, cerebral palsy, epilepsy, peripheral sensory neuropathy, depression, or -autism, (a) the use comprises oral administration of the composition; and (b) the at least one aminosterol, or a pharmaceutically acceptable salt thereof, is present in the composition in a dose sufficient to produce a beneficial neuro-protective effect in the subject; (c) the aminosterol is squalamine or a salt thereof or Aminosterol 1436 or a salt thereof; and (d) the condition or disorder relating to the nervous system is Parkinson's disease, Alzheimer's disease, Huntington's Disease, Amyotrophic lateral sclerosis, acute traumatic injury to the central nervous system,-stroke, spine injury, degenerative processes associated with aging, dementia of aging, cerebral palsy, epilepsy, peripheral sensory neuropathy, depression, or -autism,
An image capturing apparatus including a mounting part for enabling attachment and detachment of a device , comprising: generating means for generating a command; and communicating means for, in a state where a device having a function of executing the analysis processing is attached to the mounting part, transmitting an image to the device, transmitting an execution instruction for executing the analysis processing on the image, and receiving a processing result of the analysis processing obtained according to the execution instruction, characterized in that the image capturing apparatus comprises a determining means configured to determine whether or not the processing result of the analysis processing indicates that a clock signal for processing is unstable; wherein the communicating means is configured to transmit the command to the device if the determining means determines that the processing result of the analysis processing indicates that the clock signal for processing is unstable and the command includes a request for clock resetting for causing the device to reset the clock signal for processing to be used to execute analysis processing. generating means for generating a command; and communicating means for, in a state where a device having a function of executing the analysis processing is attached to the mounting part, transmitting an image to the device, transmitting an execution instruction for executing the analysis processing on the image, and receiving a processing result of the analysis processing obtained according to the execution instruction, characterized in that the image capturing apparatus comprises a determining means configured to determine whether or not the processing result of the analysis processing indicates that a clock signal for processing is unstable; wherein the communicating means is configured to transmit the command to the device if the determining means determines that the processing result of the analysis processing indicates that the clock signal for processing is unstable and the command includes a request for clock resetting for causing the device to reset the clock signal for processing to be used to execute analysis processing.
A method for a host to establish communication with a client, the method comprising: receiving a client-specific certificate and a pairing request message from the client; verifying the client-specific certificate; verifying the pairing request message in response to the client specific certificate being a valid certificate; sending a host-specific certificate and a first value to the client ; receiving a second value from the client , wherein the second value comprises a blinded value generated by the client; verifying the second value; deriving a temporary key in response to the second value being valid; generate a first and second nonce, a group key for a current group period and an encryption key for updating the group key; encrypting the first and second nonce, the group key, and the encryption key using the temporary key; sending a third value, the encrypted group key, the encrypted first and second nonce, and the encrypted encryption key for updating the group key to the client in response to the second value being valid ; receiving an encrypted fourth value from the client, wherein the fourth value is encrypted using the group key ; decrypting the fourth value using the group key; determining the fourth value equals the third value; identifying the client received the group key correctly based on the fourth value equaling the third value; sending a verification message to the client indicating successful establishment of communication in response to identifying that the client received the group key correctly ; and updating the group key using the encryption key. receiving a client-specific certificate and a pairing request message from the client; verifying the client-specific certificate; verifying the pairing request message in response to the client specific certificate being a valid certificate; sending a host-specific certificate and a first value to the client ; receiving a second value from the client , wherein the second value comprises a blinded value generated by the client; verifying the second value; deriving a temporary key in response to the second value being valid; generate a first and second nonce, a group key for a current group period and an encryption key for updating the group key; encrypting the first and second nonce, the group key, and the encryption key using the temporary key; sending a third value, the encrypted group key, the encrypted first and second nonce, and the encrypted encryption key for updating the group key to the client in response to the second value being valid ; receiving an encrypted fourth value from the client, wherein the fourth value is encrypted using the group key ; decrypting the fourth value using the group key; determining the fourth value equals the third value; identifying the client received the group key correctly based on the fourth value equaling the third value; sending a verification message to the client indicating successful establishment of communication in response to identifying that the client received the group key correctly ; and updating the group key using the encryption key.
A microwave physiotherapy acupoint acupuncture device, comprising a main console and a physiotherapy couch , wherein an end part of the physiotherapy couch is provided with a mounting frame and a control box , the mounting frame being provided with a patient parameter display screen , wherein a microwave source is arranged inside the control box, and a control panel is arranged outside the control box; wherein a side part of the physiotherapy couch is provided with a mounting box , wherein a microwave magnetron is arranged inside the mounting box, and a mechanical arm is arranged at a top of the mounting box; wherein an end part of the mechanical arm is provided with a microwave probe, and the microwave magnetron is connected to the microwave probe at the end part of the mechanical arm through one or more microwave probe lines; wherein the main console is respectively connected to the display screen, the microwave source, the control panel, the microwave magnetron, and the microwave probe through a plurality of main console lines; wherein the control panel is respectively connected to the display screen, the microwave source, the microwave magnetron, and the microwave probe through a plurality of control panel lines. wherein a side part of the physiotherapy couch is provided with a mounting box , wherein a microwave magnetron is arranged inside the mounting box, and a mechanical arm is arranged at a top of the mounting box; wherein an end part of the mechanical arm is provided with a microwave probe, and the microwave magnetron is connected to the microwave probe at the end part of the mechanical arm through one or more microwave probe lines; wherein the main console is respectively connected to the display screen, the microwave source, the control panel, the microwave magnetron, and the microwave probe through a plurality of main console lines; wherein the control panel is respectively connected to the display screen, the microwave source, the microwave magnetron, and the microwave probe through a plurality of control panel lines.
A display module comprising: a first panel having a plurality of pixels interposed between a first surface and a second surface opposite the first surface ; a cover layer disposed on the first surface ; a second panel disposed on the second surface ; a sensor attached to the second surface of the first panel through an adhesive material ; and a light shielding material , wherein the second panel includes an opening , wherein at least a portion of the sensor is disposed in the opening , wherein the second panel includes: a first layer coupled to the first panel on one surface of the second panel , and a second layer coupled to the first layer on a surface opposite the one surface, wherein the first layer includes a layer configured to provide optical shielding, wherein the second layer includes a conductive layer configured to provide electrical shielding, wherein the opening includes a first opening in the first layer , wherein the first opening is provided in a closed area of a second opening in the second layer , wherein a circumference of the first opening is spaced apart from a circumference of the second opening in the second layer , wherein the adhesive material is disposed in the first opening , and wherein at least portion of the light shielding material is disposed between the adhesive material and the circumference of the first opening . a first panel having a plurality of pixels interposed between a first surface and a second surface opposite the first surface ; a cover layer disposed on the first surface ; a second panel disposed on the second surface ; a sensor attached to the second surface of the first panel through an adhesive material ; and a light shielding material , wherein the second panel includes an opening , wherein at least a portion of the sensor is disposed in the opening , wherein the second panel includes: a first layer coupled to the first panel on one surface of the second panel , and a second layer coupled to the first layer on a surface opposite the one surface, wherein the first layer includes a layer configured to provide optical shielding, wherein the second layer includes a conductive layer configured to provide electrical shielding, wherein the opening includes a first opening in the first layer , wherein the first opening is provided in a closed area of a second opening in the second layer , wherein a circumference of the first opening is spaced apart from a circumference of the second opening in the second layer , wherein the adhesive material is disposed in the first opening , and wherein at least portion of the light shielding material is disposed between the adhesive material and the circumference of the first opening .