mhurhangee/patent-ind-claim-en huggingface dataset:
An axle assembly comprising: a housing assembly ; a case that is disposed in the housing assembly and is rotatable about a first axis ; an interaxle differential assembly that is disposed in the case and that has a rotatably drivable member ; a drive pinion that is selectively connected to the interaxle differential assembly and configured to provide torque to a differential assembly that has a ring gear , wherein the drive pinion has a shaft portion and a gear portion that has a plurality of teeth that mate with corresponding teeth on the ring gear ; an output shaft that is received in the drive pinion and that is operatively connected to the interaxle differential assembly ; and a clutch collar that is moveable along the first axis between a first position in which the rotatably drivable member is rotatable with respect to the case and the rotatably drivable member and drive pinion are configured to rotate together about the first axis , and a second position in which the rotatably drivable member is not rotatable with respect to the case and the rotatably drivable member and the case are rotatable with respect to the drive pinion . a housing assembly ; a case that is disposed in the housing assembly and is rotatable about a first axis ; an interaxle differential assembly that is disposed in the case and that has a rotatably drivable member ; a drive pinion that is selectively connected to the interaxle differential assembly and configured to provide torque to a differential assembly that has a ring gear , wherein the drive pinion has a shaft portion and a gear portion that has a plurality of teeth that mate with corresponding teeth on the ring gear ; an output shaft that is received in the drive pinion and that is operatively connected to the interaxle differential assembly ; and a clutch collar that is moveable along the first axis between a first position in which the rotatably drivable member is rotatable with respect to the case and the rotatably drivable member and drive pinion are configured to rotate together about the first axis , and a second position in which the rotatably drivable member is not rotatable with respect to the case and the rotatably drivable member and the case are rotatable with respect to the drive pinion .
Method for producing a seed unit , comprising the following steps: - providing a first plastic film in the form of a running product; - forming at least one indentation in the plastic film ; - placing a tablet of water-absorbent material into the at least one indentation by placing loose material into the indentation and compressing it to form the tablet ; - positioning of the seeding material in the form of at least one seed in the area of the indentation; - placing a second plastic film in the form of a running product on the first plastic film and the tablet ; - joining the first and second plastic films circumferentially around the region of the indentation and the tablet ; and - separating a seed unit from the plastic films , wherein the seed unit comprises the tablet and the seeding material. - providing a first plastic film in the form of a running product; - forming at least one indentation in the plastic film ; - placing a tablet of water-absorbent material into the at least one indentation by placing loose material into the indentation and compressing it to form the tablet ; - positioning of the seeding material in the form of at least one seed in the area of the indentation; - placing a second plastic film in the form of a running product on the first plastic film and the tablet ; - joining the first and second plastic films circumferentially around the region of the indentation and the tablet ; and - separating a seed unit from the plastic films , wherein the seed unit comprises the tablet and the seeding material.
An information feedback method, comprising: sending downlink control information to a terminal (Step 11), wherein the downlink control information comprises indication information configured to instruct the terminal to perform an information feedback, wherein the indication information comprises a type of the LBT process performed when feeding back the feedback information by the terminal and a parameter configuration of the LBT process performed when feeding back the feedback information by the terminal; receiving the feedback information sent by the terminal based on the indication information in the downlink control information (Step 12). sending downlink control information to a terminal (Step 11), wherein the downlink control information comprises indication information configured to instruct the terminal to perform an information feedback, wherein the indication information comprises a type of the LBT process performed when feeding back the feedback information by the terminal and a parameter configuration of the LBT process performed when feeding back the feedback information by the terminal; receiving the feedback information sent by the terminal based on the indication information in the downlink control information (Step 12).
A combination of reagents, characterised in that it consists of a mixture of citric acid and ascorbic acid, with the exclusion of any other compound, preferably in the proportions of approximately 80 to 90% by weight citric acid and approximately 10% to 20% by weight ascorbic acid based on the total weight of the combination of reagents, and ideally approximately 85% by weight citric acid and approximately 15% by weight ascorbic acid based on the total weight of the combination of reagents.
(Amended) A preparation method of a lithium-titanium complex oxide, the preparation method comprising the steps of: preparing a slurry mixture in which a titanium oxide, lithium compound and zirconium compound are mixed; wet-milling the mixture using beads having a size of 0.10 to 0.30 mm to obtain a wet-milled mixture; spray drying the wet-milled mixture to obtain a spray dried mixture; and calcining the spray dried mixture, wherein the wet-milling comprises wet-milling the slurry mixture for 2 to 7 hours to the slurry mixture having a particle size D50 of 0.10 μ m. preparing a slurry mixture in which a titanium oxide, lithium compound and zirconium compound are mixed; wet-milling the mixture using beads having a size of 0.10 to 0.30 mm to obtain a wet-milled mixture; spray drying the wet-milled mixture to obtain a spray dried mixture; and calcining the spray dried mixture, wherein the wet-milling comprises wet-milling the slurry mixture for 2 to 7 hours to the slurry mixture having a particle size D50 of 0.10 μ m.
A system for applying a product by an application roller on a substrate , comprising: - an application head comprising the application roller; - a transport device configured to transport the substrate horizontally with respect to the application head ; - an actuator configured to move the application head between a lowered position and a raised position, and vice versa; - a position detector configured to detect a position of the substrate with respect to the application head ; and - a microprocessor configured to command a movement of the application head immediately from a lowered position of the application head in which the application roller applies product in a predetermined position of the surface of the substrate, to a raised position of the application head in which the application roller does not apply product, or vice versa; the microprocessor being further configured to receiving from the position detector a signal for detecting the position of the substrate and sending an actuation signal to the actuator in order to move the application head in the predetermined position of the substrate ; characterized in that the actuator comprises a connecting rod and crank mechanism, wherein the rod is configured to move the application head when the crank is turned by a motor. - an application head comprising the application roller; - a transport device configured to transport the substrate horizontally with respect to the application head ; - an actuator configured to move the application head between a lowered position and a raised position, and vice versa; - a position detector configured to detect a position of the substrate with respect to the application head ; and - a microprocessor configured to command a movement of the application head immediately from a lowered position of the application head in which the application roller applies product in a predetermined position of the surface of the substrate, to a raised position of the application head in which the application roller does not apply product, or vice versa;
Container holder consisting of a receiving part , wherein the receiving part is having a magnet, with - a container with a vial and a closure part , wherein a ferro-metal is arranged in the closure part and the container is arranged on one side of the receiving part , characterized in, that the holder consists of a U-shaped base part , the opening of which is closed by the receiving part , wherein the container in vial form is containing up to 50 ml filling quantity and the container being arranged on the first side of the receiving part facing the U-shaped base part . - a container with a vial and a closure part , wherein a ferro-metal is arranged in the closure part and the container is arranged on one side of the receiving part , characterized in, that the holder consists of a U-shaped base part , the opening of which is closed by the receiving part , wherein the container in vial form is containing up to 50 ml filling quantity and the container being arranged on the first side of the receiving part facing the U-shaped base part .
A vacuum insulating panel comprising: a first substrate ; a second substrate ; a plurality of spacers provided in a gap between at least the first and second substrates, wherein the gap is at a pressure less than atmospheric pressure; a seal comprising a first seal layer ; wherein the first seal layer comprises from about 20-80 wt.% tellurium oxide, the tellurium oxide comprising TeO 4 and TeO 3 , and wherein the first seal layer comprises more TeO 3 than TeO 4 by wt.%; wherein the first seal layer further comprises vanadium oxide, the vanadium oxide comprising VO 2 and V 2 O 5 , and wherein more V in the first seal layer is in a form of VO 2 than V 2 O 5 ; and wherein the first seal layer by wt.% comprises more tellurium oxide than vanadium oxide. a first substrate ; a second substrate ; a plurality of spacers provided in a gap between at least the first and second substrates, wherein the gap is at a pressure less than atmospheric pressure; a seal comprising a first seal layer ; wherein the first seal layer comprises from about 20-80 wt.% tellurium oxide, the tellurium oxide comprising TeO 4 and TeO 3 , and wherein the first seal layer comprises more TeO 3 than TeO 4 by wt.%; wherein the first seal layer further comprises vanadium oxide, the vanadium oxide comprising VO 2 and V 2 O 5 , and wherein more V in the first seal layer is in a form of VO 2 than V 2 O 5 ; and wherein the first seal layer by wt.% comprises more tellurium oxide than vanadium oxide.
Machine for cleaning regeneration chambers of furnaces for the production of glass articles, with stacking of hollow refractory elements delimiting vertical passages - chimneys - for the combustion fumes from said furnaces, comprising: - at least one lance configured to send within said vertical passages a stream of cleaning material powder and compressed air generated by a compressor which is intended to be positioned outside of said regeneration chamber to be cleaned, - at least one video camera , - at least one monitor controlling from the outside, through said at least one video camera , of the correct operation of said machine, and characterized in that it comprises: - a self-propelled support structure to be introduced into a compartment which is below said regeneration chamber to be cleaned and which communicates with said regeneration chamber , said at least one lance being applied to said self-propelled support structure and said at least one video camera being mounted on said support structure, and - at least one suction mouth , applied to said support structure and configured to suck the dust of the cleaning material and the aspirable materials from the ground, which were removed from it during the cleaning operation. - at least one lance configured to send within said vertical passages a stream of cleaning material powder and compressed air generated by a compressor which is intended to be positioned outside of said regeneration chamber to be cleaned, - at least one video camera , - at least one monitor controlling from the outside, through said at least one video camera , of the correct operation of said machine, - a self-propelled support structure to be introduced into a compartment which is below said regeneration chamber to be cleaned and which communicates with said regeneration chamber , said at least one lance being applied to said self-propelled support structure and said at least one video camera being mounted on said support structure, and - at least one suction mouth , applied to said support structure and configured to suck the dust of the cleaning material and the aspirable materials from the ground, which were removed from it during the cleaning operation.
Method for checking the integrity of security-relevant data (D1, D2, D3, D4, D5) stored in two or more automation stations (AS1, AS2, AS3, AS4, AS5) which are networked with each other, characterised in that in a commissioning phase for each automation station involved (AS1, AS2, AS3, AS4, AS5) a hash code (HC-1, HC-2, HC-3, HC-4, HC-5) is generated and stored according to a cryptographic hash value function method, wherein in the calculation of the hash codes each time the security-relevant static data (D1, D2, D3, D4, D5) of the respective automation station (AS1, AS2, AS3, AS4, AS5) and the hash code (HC-1, HC-2, HC-3, HC-4, HC-5) of another automation station involved or a start hash code (HC-0) are taken into account, so that the hash codes of the automation stations involved are concatenated with each other, that in subsequent test runs in the same way for each automation station involved according to the same cryptographic hash value function each time a new hash code (HC-1, HC-2, HC-3, HC-4, HC-5) is generated, and that the integrity check of the security-relevant data (D1, D2, D3, D4, D5) of the automation stations involved is performed by comparing the hash codes stored in the commissioning phase with the new hash codes generated in the respective test run, wherein an integrity violation is detected if the compared hash codes do not match. that in a commissioning phase for each automation station involved (AS1, AS2, AS3, AS4, AS5) a hash code (HC-1, HC-2, HC-3, HC-4, HC-5) is generated and stored according to a cryptographic hash value function method, wherein in the calculation of the hash codes each time the security-relevant static data (D1, D2, D3, D4, D5) of the respective automation station (AS1, AS2, AS3, AS4, AS5) and the hash code (HC-1, HC-2, HC-3, HC-4, HC-5) of another automation station involved or a start hash code (HC-0) are taken into account, so that the hash codes of the automation stations involved are concatenated with each other, that in subsequent test runs in the same way for each automation station involved according to the same cryptographic hash value function each time a new hash code (HC-1, HC-2, HC-3, HC-4, HC-5) is generated, and that the integrity check of the security-relevant data (D1, D2, D3, D4, D5) of the automation stations involved is performed by comparing the hash codes stored in the commissioning phase with the new hash codes generated in the respective test run, wherein an integrity violation is detected if the compared hash codes do not match.
A method, comprising: receiving, at a network element, a message from a management entity, determining, at the network element, a class of a radio network to which the management entity belongs, the class of the radio network including a class of a public radio network and at least one class of an isolated radio network, selecting, at the network element, from multiple key derivation functions, a key derivation function for generating an authentication key based on the determined class of the radio network, the multiple key derivation functions being different for the class of the public radio network and each of the at least one class of the isolated radio network, and generating, at the network element, the authentication key using the selected key derivation function. receiving, at a network element, a message from a management entity, determining, at the network element, a class of a radio network to which the management entity belongs, the class of the radio network including a class of a public radio network and at least one class of an isolated radio network, selecting, at the network element, from multiple key derivation functions, a key derivation function for generating an authentication key based on the determined class of the radio network, the multiple key derivation functions being different for the class of the public radio network and each of the at least one class of the isolated radio network, and generating, at the network element, the authentication key using the selected key derivation function.
A mobile terminal comprising: a wireless communication unit configured to transceive data with an external device by wireless communication; a user input unit configured to receive an input of a command from a user; a display unit ; a memory ; and a controller characterized in that the controller is configured to: in response to a 1st signal indicating a web lock function being received from a mobile communication network via the wireless communication unit while a basic lock is previously set in the mobile terminal, execute the web lock function for controlling a 1st substitute screen including a password input window to be displayed on the display unit when the display unit is activated, if a 2nd signal indicating a memory wipe function is received from the mobile communication network via the wireless communication unit, execute a memory wipe function for deleting a user file and a system setting from the memory, and if there is an incoming call after the execution of the web lock function, control a 2 nd substitute screen for providing limited functions only to be displayed. a wireless communication unit configured to transceive data with an external device by wireless communication; a user input unit configured to receive an input of a command from a user; a display unit ; a memory ; and a controller characterized in that the controller is configured to: in response to a 1st signal indicating a web lock function being received from a mobile communication network via the wireless communication unit while a basic lock is previously set in the mobile terminal, execute the web lock function for controlling a 1st substitute screen including a password input window to be displayed on the display unit when the display unit is activated, if a 2nd signal indicating a memory wipe function is received from the mobile communication network via the wireless communication unit, execute a memory wipe function for deleting a user file and a system setting from the memory, and if there is an incoming call after the execution of the web lock function, control a 2 nd substitute screen for providing limited functions only to be displayed. in response to a 1st signal indicating a web lock function being received from a mobile communication network via the wireless communication unit while a basic lock is previously set in the mobile terminal, execute the web lock function for controlling a 1st substitute screen including a password input window to be displayed on the display unit when the display unit is activated, if a 2nd signal indicating a memory wipe function is received from the mobile communication network via the wireless communication unit, execute a memory wipe function for deleting a user file and a system setting from the memory, and if there is an incoming call after the execution of the web lock function, control a 2 nd substitute screen for providing limited functions only to be displayed.
A process for the synthesis of a crystalline potassium salt of a 2-(2 H - triazol-2-yl)-benzoic acid derivative of Formula (I K ): wherein • R 1 represents methoxy and R 2 represents hydrogen; or • R 1 represents hydrogen and R 2 represents methyl; said process comprising the coupling of • a compound of Formula (II): • and triazole: wherein said process is conducted in the presence of: • copper (I) iodide (CuI); • an inorganic potassium base; and • a solvent or solvent mixture which is a water miscible ether solvent; or a polar aprotic solvent; or any mixture thereof; wherein said solvent or solvent mixture is present in an amount of about 5 to 100 vol with respect to the compound of Formula (II); wherein said coupling of the compound of Formula (II) and triazole is performed at a temperature of greater than about 60°C; wherein said crystalline compound of Formula (I K ) is isolated from the reaction mixture by solid-liquid separation. • R 1 represents methoxy and R 2 represents hydrogen; or • R 1 represents hydrogen and R 2 represents methyl; said process comprising the coupling of • a compound of Formula (II): • and triazole: • copper (I) iodide (CuI); • an inorganic potassium base; and • a solvent or solvent mixture which is a water miscible ether solvent; or a polar aprotic solvent; or any mixture thereof; wherein said solvent or solvent mixture is present in an amount of about 5 to 100 vol with respect to the compound of Formula (II); a water miscible ether solvent; or a polar aprotic solvent;
An apparatus for measuring a physical parameter of a molten glass gob travelling along a defined path , said apparatus comprising: an optical detector (34/35, 34'/35', 60); a mask (38, 38") having an opening (40/42, 40"/42") through which light passes to said optical detector; a lens (44, 44") for receiving light from the molten glass gob and focusing such light through said opening of said mask; and electronics (48, 48") coupled to said optical detector for determining the physical parameter of the molten glass gob as a function of timing of light sensed at said optical detector, wherein the physical parameter of the molten glass gob is one of light or speed, acceleration, elongation, length variation, or travel of the molten glass gob. an optical detector (34/35, 34'/35', 60); a mask (38, 38") having an opening (40/42, 40"/42") through which light passes to said optical detector; a lens (44, 44") for receiving light from the molten glass gob and focusing such light through said opening of said mask; and electronics (48, 48") coupled to said optical detector for determining the physical parameter of the molten glass gob as a function of timing of light sensed at said optical detector, wherein the physical parameter of the molten glass gob is one of light or speed, acceleration, elongation, length variation, or travel of the molten glass gob.