mhurhangee/patent-ind-claim-en huggingface dataset:
A gas-water separation system for removing water from a compressed wet gas discharged by a compressor , comprising: a tank constructed to hold a quantity of water; a heat exchanger disposed inside the tank and constructed to extract heatfrom the water to chill the water when the water is present within the tank ; an inlet port located above the heat exchanger and constructed to inject a flow of the wet gas into the chilled water when the chilled water is present within the tank ; a dispersion plate disposed in the tank , the tank including a volume disposed between the dispersion plate and the inlet port , the volume being sized to allow the formation of larger bubbles from the flow of the wet gas received from the inlet port , the dispersion plate having a pattern of holes which reduce the size of the larger bubbles to smaller bubbles and disperse the smaller bubbles in the chilled water, the chilled water being operative to chill the wet gas and condense water vapor from the wet gas and reduce the dew point of the wet gas to yield a chilled compressed gas; a centrifuge disposed downstream of the dispersion plate and constructed to separate the water from the wet gas; an obstruction plate disposed downstream of the dispersion plate and upstream of the centrifuge and constructed to obstruct water and reduce an amount of the waterentering the centrifuge .; and a discharge port operative to discharge the chilled compressed gas. a tank constructed to hold a quantity of water; a heat exchanger disposed inside the tank and constructed to extract heatfrom the water to chill the water when the water is present within the tank ; an inlet port located above the heat exchanger and constructed to inject a flow of the wet gas into the chilled water when the chilled water is present within the tank ; a dispersion plate disposed in the tank , the tank including a volume disposed between the dispersion plate and the inlet port , the volume being sized to allow the formation of larger bubbles from the flow of the wet gas received from the inlet port , the dispersion plate having a pattern of holes which reduce the size of the larger bubbles to smaller bubbles and disperse the smaller bubbles in the chilled water, the chilled water being operative to chill the wet gas and condense water vapor from the wet gas and reduce the dew point of the wet gas to yield a chilled compressed gas; a centrifuge disposed downstream of the dispersion plate and constructed to separate the water from the wet gas; an obstruction plate disposed downstream of the dispersion plate and upstream of the centrifuge and constructed to obstruct water and reduce an amount of the waterentering the centrifuge .; and a discharge port operative to discharge the chilled compressed gas.
Method for assessing the operability of a ceramic sensor for detecting soot, wherein the sensor comprises two measurement electrodes , which are spaced apart from one another and can be exposed to an exhaust gas, and an electrical resistance heating element , wherein the method comprises the following steps: • activating the resistance heating element for heating the sensor and for burning soot off the two measurement electrodes , subsequently • deactivating the resistance heating element , subsequently • waiting for a first predefined period of time and/or waiting until a signal, which is received from the sensor and represents the sensor temperature , reaches a first predefined value, subsequently • measuring a first variable representing the electrical resistance between the measurement electrodes , subsequently • assessing the operability of the sensor on the basis of the first variable representing the electrical resistance between the measurement electrodes , characterized in that a voltage is applied between the measurement electrodes during the activation of the resistance heating element for heating the sensor and for burning soot off the two measurement electrodes and said voltage is maintained in the subsequent method steps. • activating the resistance heating element for heating the sensor and for burning soot off the two measurement electrodes , subsequently • deactivating the resistance heating element , subsequently • waiting for a first predefined period of time and/or waiting until a signal, which is received from the sensor and represents the sensor temperature , reaches a first predefined value, subsequently • measuring a first variable representing the electrical resistance between the measurement electrodes , subsequently • assessing the operability of the sensor on the basis of the first variable representing the electrical resistance between the measurement electrodes ,
A data processing method, the method performed by a transmitter, the method comprising: generating first data, wherein generating the first data comprises one of: performing differential encoding on second data to generate third data, and performing spreading or modulation processing on the third data by using a sequence to generate the first data; performing spreading or modulation processing on the second data by using a sequence to generate fourth data, and performing differential encoding on the fourth data to generate the first data; and performing spreading or modulation processing on the second data by using a sequence to generate the first data; wherein the second data comprises data information, and the data information comprises: data bits, or one or more data symbols generated by performing encoding and modulation on data bits, wherein the data bits comprise user identity information, sequence information and reference signal information. performing differential encoding on second data to generate third data, and performing spreading or modulation processing on the third data by using a sequence to generate the first data; performing spreading or modulation processing on the second data by using a sequence to generate fourth data, and performing differential encoding on the fourth data to generate the first data; and performing spreading or modulation processing on the second data by using a sequence to generate the first data; wherein the second data comprises data information, and the data information comprises: data bits, or one or more data symbols generated by performing encoding and modulation on data bits, wherein the data bits comprise user identity information, sequence information and reference signal information.
A wiper assembling structure connectable with a driving arm , the wiper assembling structure comprising: a fixing seat , comprising a shell seat and multiple pressing blocks disposed in the shell seat ; an accessory seat , comprising a bottom plate and two side plates perpendicularly extended from the bottom plate , each of two ends of each side plates comprising multiple protrusive sheets respectively disposed on an end thereof, and the accessory seat positioned in the fixing seat by inserting the protrusive sheets into the shell seat to be pressed by the pressing blocks ; and a blade set , comprising an elastic sheet and at least one rubber strip , the elastic sheet disposed under the bottom plate , and the rubber strip connected with the elastic sheet and extended on one side of the accessory seat ; wherein the shell seat comprises a receiving trough disposed corresponding to the two side plates of the accessory seat , and the pressing blocks are disposed on corners of the receiving trough of the shell seat ; characterized in that the shell seat comprises multiple support sheets disposed on a bottom of the receiving trough , and two ends of the bottom plate abut against the support sheets . a fixing seat , comprising a shell seat and multiple pressing blocks disposed in the shell seat ; an accessory seat , comprising a bottom plate and two side plates perpendicularly extended from the bottom plate , each of two ends of each side plates comprising multiple protrusive sheets respectively disposed on an end thereof, and the accessory seat positioned in the fixing seat by inserting the protrusive sheets into the shell seat to be pressed by the pressing blocks ; and a blade set , comprising an elastic sheet and at least one rubber strip , the elastic sheet disposed under the bottom plate , and the rubber strip connected with the elastic sheet and extended on one side of the accessory seat ; wherein the shell seat comprises a receiving trough disposed corresponding to the two side plates of the accessory seat , and the pressing blocks are disposed on corners of the receiving trough of the shell seat ; characterized in that the shell seat comprises multiple support sheets disposed on a bottom of the receiving trough , and two ends of the bottom plate abut against the support sheets .
Compressor, which has a first drive part and a second drive part and at least one first high-pressure part , wherein the first drive part has a first drive piston which can be displaced in a first drive chamber and the second drive part has a second drive piston which can be displaced in a second drive chamber and the first high-pressure part has a high-pressure piston which can be displaced in a first pressure cylinder and wherein the first drive piston and the second drive piston , controlled via a first control unit , can each be alternately acted upon by a drive fluid (AF) and the first drive piston , the second drive piston and the high-pressure piston can be displaced together in a coupled manner via a piston rod arrangement , characterised in that a second control unit is assigned to the second drive part , which is connected downstream of the first control unit and via which the action of drive fluid on the second drive piston can be switched on, wherein the action of drive fluid (AF) on the second drive piston can be switched on as a function of an actual pressure (pB ist ) in a target system on the high-pressure side (HS) of the at least one high-pressure part .
A clamping jaw for a clamping system , in particular a vice system, the clamping jaw comprising a base body comprising a clamping surface on which a workpiece can be clamped, and a fastening surface which can be fastened to the clamping system , wherein the mounting surface is opposite to the clamping surface , wherein the mounting surface has a recess , wherein guide bores are formed in the base body between the mounting surface and the recess of the clamping surface , stop elements , which are respectively arranged in the receiving bores in such a way that the stop elements can be extended and retracted from the clamping surface , so that the extended stop elements form a support for the workpiece , wherein the base body comprises a first side surface and an opposite second side surface , each formed between the mounting surface and the clamping surface , wherein a first compressed air connection , which couples an environment of the base body to the recess , is formed in the first side surface , and a second compressed air connection , which couples an environment of the base body to the recess , is formed in the second side surface , in such a way that, when compressed air is introduced via the first compressed air connection or via the second compressed air connection , at least one of the stop elements can be extended from the clamping surface .
A vehicle-mounted device comprising: a device main body ; a device base that is part of the device main body ; and a support member configured to support the device base on a vehicle side, characterized in that the device base has, formed therein, a support fixing portion to which the support member is fixed, a base main body portion other than the support fixing portion , and a preferential rupture portion between the support fixing portion and the base main body portion , the support fixing portion and the support member attached to the support fixing portion constitute a rupture fixed portion , and the base main body portion is separable from the rupture fixed portion if the preferential rupture portion ruptures, and one of the rupture fixed portion and the base main body portion is provided with a hook member , and the hook member is provided with a hooking portion that is hooked to the other when the base main body portion separates from the rupture fixed portion . a device main body ; a device base that is part of the device main body ; and a support member configured to support the device base on a vehicle side, characterized in that the device base has, formed therein, a support fixing portion to which the support member is fixed, a base main body portion other than the support fixing portion , and a preferential rupture portion between the support fixing portion and the base main body portion , the support fixing portion and the support member attached to the support fixing portion constitute a rupture fixed portion , and the base main body portion is separable from the rupture fixed portion if the preferential rupture portion ruptures, and one of the rupture fixed portion and the base main body portion is provided with a hook member , and the hook member is provided with a hooking portion that is hooked to the other when the base main body portion separates from the rupture fixed portion .
A method for drying ampoules the method comprising: (a) creating an inlet connection and an outlet connection between an ampoule and a drying system, each of the inlet connection and the outlet connection providing fluid flow communication between the ampoule and the drying system; (b) drying the ampoule ; (c) performing at least one test on the ampoule, the at least one test selected from the group consisting of a moisture test , a particle test , a differential pressure test , and an ampoule leak test ; (d) collecting quality control data using at least one sensor for each of the at least one test performed in step (c); wherein steps (b) through (d) are performed after step (a), and steps (c) and (d) are performed after step (b); and wherein the inlet connection and outlet connection are maintained from step (a) through step (d). (a) creating an inlet connection and an outlet connection between an ampoule and a drying system, each of the inlet connection and the outlet connection providing fluid flow communication between the ampoule and the drying system; (b) drying the ampoule ; (c) performing at least one test on the ampoule, the at least one test selected from the group consisting of a moisture test , a particle test , a differential pressure test , and an ampoule leak test ; (d) collecting quality control data using at least one sensor for each of the at least one test performed in step (c); wherein steps (b) through (d) are performed after step (a), and steps (c) and (d) are performed after step (b); and wherein the inlet connection and outlet connection are maintained from step (a) through step (d).
A multilayer film comprising a cling layer and a release layer, wherein the cling layer comprises: an ethylene-based carrier resin having a crystallinity ranging from 10% to 30%; and from 0.5 to 50.0 wt.% of a block composite or a specified block composite, wherein the block composite and specified block composite comprise an ethylene based soft co-polymer, an alpha-olefin based hard co-polymer, and a block copolymer having an ethylene soft block segment and an alpha-olefin hard block segment, wherein the ethylene soft block segment of the block copolymer has the same composition as the ethylene based soft co-polymer of the block composite or specified block composite, and the alpha-olefin hard block segment of the block copolymer has the same composition as the alpha-olefin based hard co-polymer of the block composite or specified block composite, and wherein: - the ethylene based soft co-polymer of the block composite has an ethylene content of from 10 mol% to 90 mol%, and the alpha-olefin based hard co-polymer of the block composite has an alpha-olefin content of greater than 90 mol%, and; - the ethylene based soft co-polymer of the specified block composite has an ethylene content of from 78 mol% to 90 mol%, and the alpha-olefin based hard co-polymer of the specified block composite has an alpha-olefin content of from 61 mol% to 90 mol%. an ethylene-based carrier resin having a crystallinity ranging from 10% to 30%; and from 0.5 to 50.0 wt.% of a block composite or a specified block composite, wherein the block composite and specified block composite comprise an ethylene based soft co-polymer, an alpha-olefin based hard co-polymer, and a block copolymer having an ethylene soft block segment and an alpha-olefin hard block segment, wherein the ethylene soft block segment of the block copolymer has the same composition as the ethylene based soft co-polymer of the block composite or specified block composite, and the alpha-olefin hard block segment of the block copolymer has the same composition as the alpha-olefin based hard co-polymer of the block composite or specified block composite, and wherein: - the ethylene based soft co-polymer of the block composite has an ethylene content of from 10 mol% to 90 mol%, and the alpha-olefin based hard co-polymer of the block composite has an alpha-olefin content of greater than 90 mol%, and; - the ethylene based soft co-polymer of the specified block composite has an ethylene content of from 78 mol% to 90 mol%, and the alpha-olefin based hard co-polymer of the specified block composite has an alpha-olefin content of from 61 mol% to 90 mol%. - the ethylene based soft co-polymer of the block composite has an ethylene content of from 10 mol% to 90 mol%, and the alpha-olefin based hard co-polymer of the block composite has an alpha-olefin content of greater than 90 mol%, and; - the ethylene based soft co-polymer of the specified block composite has an ethylene content of from 78 mol% to 90 mol%, and the alpha-olefin based hard co-polymer of the specified block composite has an alpha-olefin content of from 61 mol% to 90 mol%.
A method for adjusting volume in a portable terminal , the method comprising: storing control information including information about the volume to be adjusted according to a background noise level, collecting noise judgment information that is used for judging the extent of a background noise; estimating background noise using the collected information; determining control information corresponding to the estimated background noise; adjusting (205-209) the volume based on the control information; after adjusting the volume based on the control information, detecting a user input for adjusting the volume; further adjusting the volume based on the user input; and updating the control information corresponding to the estimated background noise based on the further adjusted volume, characterized in that the noise judgment information comprises vehicle information on a vehicle which a user of the portable terminal uses, wherein the vehicle information comprises at least one of a vehicle year and a vehicle model. storing control information including information about the volume to be adjusted according to a background noise level, collecting noise judgment information that is used for judging the extent of a background noise; estimating background noise using the collected information; determining control information corresponding to the estimated background noise; adjusting (205-209) the volume based on the control information; after adjusting the volume based on the control information, detecting a user input for adjusting the volume; further adjusting the volume based on the user input; and updating the control information corresponding to the estimated background noise based on the further adjusted volume, characterized in that the noise judgment information comprises vehicle information on a vehicle which a user of the portable terminal uses, wherein the vehicle information comprises at least one of a vehicle year and a vehicle model.
Method for transmitting a message from a first node device to one or more node devices that are neighbours of said node device, said node devices belonging to an electrical supply network using powerline and radio communications, characterised in that the method comprises the steps of: - detecting (E40), by the first node device, a disconnection of the electrical energy supply, - checking (E42), by the first node device, in a routing table, whether the first node device is connected by a radio link to a neighbouring node device, - sending (E43), by the first node device, if the first node device is connected by a radio link to a neighbouring node device, a unicast message by the radio link to the neighbouring node device, the unicast message indicating a disconnection of the electrical energy supply to the first node device, - sending (E44), by the first node device, if the first node device is not connected by a radio link to a neighbouring node device, a radio broadcast message indicating that a disconnection of the electrical energy supply is detected by the first node device - detecting (E40), by the first node device, a disconnection of the electrical energy supply, - checking (E42), by the first node device, in a routing table, whether the first node device is connected by a radio link to a neighbouring node device, - sending (E43), by the first node device, if the first node device is connected by a radio link to a neighbouring node device, a unicast message by the radio link to the neighbouring node device, the unicast message indicating a disconnection of the electrical energy supply to the first node device, - sending (E44), by the first node device, if the first node device is not connected by a radio link to a neighbouring node device, a radio broadcast message indicating that a disconnection of the electrical energy supply is detected by the first node device
A device for curing objects made of concrete, under defined temperature conditions and humidity conditions, having a shelving system constructed on a base plate, which shelving system has a plurality of shelf supports made of individually galvanized steel protruding from the base plate and has a plurality of bearing elements for supporting shelves, supported on the shelf supports and arranged one above the other in a plurality of levels, on which the objects are stored, having a climate system , the climate system having at least one air conditioning unit for providing supply air at an adjustable temperature, the at least one air conditioning device being formed to heat the supply air, having a flow pipe system for distributing the supply air provided in the climate system and having a return pipe system for returning exhaust air in the climate system , the exhaust air from the return pipe system being wholly or partially fed to the air conditioning device on the input side, the flow pipe system being at least partially integrated into the shelving system , a plurality of shelf supports being pipelines of the flow pipe system through which the provided supply air can flow downwards, at least in sections, at the same time, which lead the supply air in close distances into the foot region of the shelving system, so that the shelf supports through which the supply air flows are directly heated and the supply air led into the foot region of the shelving system heats the base plate over a large area.