mhurhangee/patent-ind-claim-en huggingface dataset:
A method of identifying vacant parking locations, the method comprising: receiving sensor data captured with respect to a parking aisle (step 401); analyzing the received sensor data to detect shadows (112a-112h) cast by parked vehicles (108a-108h) within the parking aisle (step 402) and gaps between the detected shadows; measuring one or more attributes of the detected shadows (112a-112h) (step 403), wherein measuring one or more attributes of detected shadows includes measuring one or more attributes of detected shadows includes measuring one or more of shadow length, shadow width, length-to-width ratio, and angle-of-shadow (step 403); generating a threshold(s) utilized to determine whether a gap between adjacent shadows is indicative of a parking spot vacancy based on the one or more measured attributes (step 408); detecting a vacant parking spot based on the detected shadows (112a-112h) and on the detected gaps within the detected shadows, wherein detecting a vacant parking spot based on the detected shadows and on the detected gaps within the detected shadows includes comparing the gap between the adjacent shadows to the generated threshold(s) (step 410), wherein vacant parking spots are detected in response to the gap between adjacent shadows being greater than the generated threshold(s); and generating an output indicating whether a parking spot vacancy has been detected within the parking aisle (step 412, 414). receiving sensor data captured with respect to a parking aisle (step 401); analyzing the received sensor data to detect shadows (112a-112h) cast by parked vehicles (108a-108h) within the parking aisle (step 402) and gaps between the detected shadows; measuring one or more attributes of the detected shadows (112a-112h) (step 403), wherein measuring one or more attributes of detected shadows includes measuring one or more attributes of detected shadows includes measuring one or more of shadow length, shadow width, length-to-width ratio, and angle-of-shadow (step 403); generating a threshold(s) utilized to determine whether a gap between adjacent shadows is indicative of a parking spot vacancy based on the one or more measured attributes (step 408); detecting a vacant parking spot based on the detected shadows (112a-112h) and on the detected gaps within the detected shadows, wherein detecting a vacant parking spot based on the detected shadows and on the detected gaps within the detected shadows includes comparing the gap between the adjacent shadows to the generated threshold(s) (step 410), wherein vacant parking spots are detected in response to the gap between adjacent shadows being greater than the generated threshold(s); and generating an output indicating whether a parking spot vacancy has been detected within the parking aisle (step 412, 414).
A plate printing method comprising a starting process including a starting first step of pressing the blanket against the absorbent and depositing or impregnating a part of the water or solvent impregnated into the absorbent on or into the blanket and a subsequent repetition of: a first step of depositing ink on a printing master to form a predetermined print pattern thereon; a second step of pressing the blanket against the printing master with the ink deposited thereon and transferring the ink to the blanket ; a third step of pressing the blanket with the ink transferred thereon against a surface to be printed and transferring the ink from the blanket to the surface to be printed ; a fourth step of pressing the blanket after the ink is transferred to the surface to be printed against a flat cleaning surface and depositing the ink remaining in the blanket on the cleaning surface ; and a fifth step of pressing the blanket after the remaining ink is deposited on the cleaning surface against an absorbent and depositing or impregnating a part of water or a solvent impregnated into the absorbent on or into the blanket . a first step of depositing ink on a printing master to form a predetermined print pattern thereon; a second step of pressing the blanket against the printing master with the ink deposited thereon and transferring the ink to the blanket ; a third step of pressing the blanket with the ink transferred thereon against a surface to be printed and transferring the ink from the blanket to the surface to be printed ; a fourth step of pressing the blanket after the ink is transferred to the surface to be printed against a flat cleaning surface and depositing the ink remaining in the blanket on the cleaning surface ; and a fifth step of pressing the blanket after the remaining ink is deposited on the cleaning surface against an absorbent and depositing or impregnating a part of water or a solvent impregnated into the absorbent on or into the blanket .
A method for a user equipment, UE, operating in a wireless communication system, the method comprising: receiving (S801) repetitions of system information for scheduling other System Information Blocks, SIBs, in a first period during which the system information for scheduling other SIBs is not changed; receiving (S803), in a specific time of the first period, an indicator indicating the system information for scheduling other SIBs is not changed in a second period following the first period; and if the system information for scheduling other SIBs is not successfully decoded at the time of end of the first period, processing (S805) the system information for scheduling other SIBs by combining the repetitions of the system information received in the second period with the system information currently accumulated from the specific time of the first period until receiving a maximum number of repetitions of the system information for scheduling other SIBs wherein the maximum number is acquired from a Master Information Block, MIB, and if the system information for scheduling other SIBs is successfully decoded, receiving (S807) system information corresponding to the system information for scheduling other SIBs, and if the system information for scheduling other SIBs is successfully decoded at time of end of the first period, stopping accumulating (S809) the repetitions of the system information in the first period and receiving (S811) system information corresponding to the system information for scheduling other SIBs. receiving (S801) repetitions of system information for scheduling other System Information Blocks, SIBs, in a first period during which the system information for scheduling other SIBs is not changed; receiving (S803), in a specific time of the first period, an indicator indicating the system information for scheduling other SIBs is not changed in a second period following the first period; and if the system information for scheduling other SIBs is not successfully decoded at the time of end of the first period, processing (S805) the system information for scheduling other SIBs by combining the repetitions of the system information received in the second period with the system information currently accumulated from the specific time of the first period until receiving a maximum number of repetitions of the system information for scheduling other SIBs wherein the maximum number is acquired from a Master Information Block, MIB, and if the system information for scheduling other SIBs is successfully decoded, receiving (S807) system information corresponding to the system information for scheduling other SIBs, and if the system information for scheduling other SIBs is successfully decoded at time of end of the first period, stopping accumulating (S809) the repetitions of the system information in the first period and receiving (S811) system information corresponding to the system information for scheduling other SIBs.
A recombinant nucleic acid construct comprising a polynucleotide operably linked to one or more control sequence that directs the expression of the polynucleotide in a host cell, wherein at least one control sequence comprises a secA promoter sequence and wherein said promoter sequence is heterologous to the polynucleotide, wherein the polynucleotide does not comprise a reporter gene; and wherein the promoter sequence has at least 70% sequence identity with SEQ ID NO: 9.
A method performed by a wireless device in a wireless communication system, the method comprising: receiving (S902), from a base station , a primary message associated with a public warning system, PWS, through system information block 10, SIB 10; transmitting (S904), to the base station , a feedback message requesting a secondary message corresponding to the primary message by indicating a message identifier indicating a source and a type of the secondary message, wherein the secondary message is related to the PWS, and wherein the message identifier is an element included in one of system information block 11, SIB 11, or system information block 12, SIB 12; and receiving (S906), from the base station , the secondary message through a system information message. receiving (S902), from a base station , a primary message associated with a public warning system, PWS, through system information block 10, SIB 10; transmitting (S904), to the base station , a feedback message requesting a secondary message corresponding to the primary message by indicating a message identifier indicating a source and a type of the secondary message, wherein the secondary message is related to the PWS, and wherein the message identifier is an element included in one of system information block 11, SIB 11, or system information block 12, SIB 12; and receiving (S906), from the base station , the secondary message through a system information message.
A manufacturing method for a case of an electric apparatus comprising: an assembly process in which two or more case members are combined with each other while an electric apparatus is contained therein and an uncured two-liquid-mixed sealing material is filled into a gap formed in a junction portion where the two or more case members are joined to each other; and a heating process in which the sealing material filled in the assembly process is heated, wherein the sealing material is a two-liquid-mixed addition-reaction-curable sealing material that has a characteristic curing at 25°C and a thermal-curing facilitation property and that includes a platinum catalyst, wherein in the heating process, heating is performed to such an extent that all of the sealing material is not completely cured, wherein after the heating process, there is implemented an air-leak check process in which an air-leak check is applied to the gap into which the sealing material is filled. an assembly process in which two or more case members are combined with each other while an electric apparatus is contained therein and an uncured two-liquid-mixed sealing material is filled into a gap formed in a junction portion where the two or more case members are joined to each other; and a heating process in which the sealing material filled in the assembly process is heated, wherein the sealing material is a two-liquid-mixed addition-reaction-curable sealing material that has a characteristic curing at 25°C and a thermal-curing facilitation property and that includes a platinum catalyst, wherein in the heating process, heating is performed to such an extent that all of the sealing material is not completely cured, wherein after the heating process, there is implemented an air-leak check process in which an air-leak check is applied to the gap into which the sealing material is filled.
Device for the continuous heating of foodstuffs , having a channel which disposed to receive electrically conductive liquid and on the side walls of which opposing electrodes are arranged in pairs and are connected to a current source, a first pair of opposing electrodes being arranged on the side walls and a second pair of opposing electrodes being arranged at a distance therefrom along the channel which are in electrical contact with the interior of the channel , characterized in that each pair of opposing electrodes being electrically connected to a respective separate secondary winding (S1, S2) of a transformer of the current source and all secondary windings (S1, S2) being energised by at least one primary winding (P1).
A connecting structure, comprising: a first pressing plate , the first pressing plate comprising a plate body and a lock sheet provided on the plate body slidably, a first mounting hole is provided on the plate body ; a second pressing plate , a second mounting hole is provided on the second pressing plate ; a connecting column , penetrating through the first mounting hole and the second mounting hole respectively, a lock groove matched with the lock sheet is provided on a first end of the connecting column , a force application part located below the second pressing plate is provided on a second end of the connecting column ; and a lifting mechanism, connected to the second pressing plate , the second pressing plate may move towards or away from the first pressing plate under an action of the lifting mechanism by operating the force application part ; characterized in that the force application part is a handle, a sleeve is provided on a surface, away from the first pressing plate , of the second pressing plate so as to form the lifting mechanism, a spiral lifting groove extending in a circumferential direction of the sleeve is provided on a side wall of the sleeve , and the handle penetrates out of the spiral lifting groove , wherein distances between two ends of the spiral lifting groove and the second pressing plate are unequal. a first pressing plate , the first pressing plate comprising a plate body and a lock sheet provided on the plate body slidably, a first mounting hole is provided on the plate body ; a second pressing plate , a second mounting hole is provided on the second pressing plate ; a connecting column , penetrating through the first mounting hole and the second mounting hole respectively, a lock groove matched with the lock sheet is provided on a first end of the connecting column , a force application part located below the second pressing plate is provided on a second end of the connecting column ; and a lifting mechanism, connected to the second pressing plate , the second pressing plate may move towards or away from the first pressing plate under an action of the lifting mechanism by operating the force application part ; characterized in that the force application part is a handle, a sleeve is provided on a surface, away from the first pressing plate , of the second pressing plate so as to form the lifting mechanism, a spiral lifting groove extending in a circumferential direction of the sleeve is provided on a side wall of the sleeve , and the handle penetrates out of the spiral lifting groove , wherein distances between two ends of the spiral lifting groove and the second pressing plate are unequal.
Printing station for flat substrates, in particular solar cells , comprising a workpiece support having a support surface for a substrate to be processed and a printing mechanism including a printing screen (10; 40) displaceable relative to the support surface of the workpiece support , characterized in that the printing screen (10; 40) is held to be displaceable by means of air bearings , wherein the air bearings are configured to hold the printing screen (10; 40) to be displaceable at least during a printing procedure.
Communication arrangement for energy-efficient exchange of data frames between a control unit (BE) and LED control units (CTRL) coupled thereto in series, wherein the command unit (BE) and the LED control units (CTRL) being set up to generate data frames as a function of a scope of a supported command set, the number of LED control units (CTRL) and the used parameters of minimum length, and to synchronise the communication using control commands coded unambiguously in the data frame, and further being set up to transmit no signals during ongoing operation between sending of data frames, wherein the data frames are of minimum length if, for a dynamic data frame length, each bit to be transmitted codes payload data or, for a static data frame length, all possible bit occupancies of the communication arrangement can be coded without an overhang.
A virtual network function, VNF, management system comprising: at least one non-transitory computer readable medium comprising instructions stored thereon that when executed are effective to cause at least one processor to: deploy a VNF using one or more resources allocated for use by the VNF, the one or more resources being allocated by communicating with a resource manager that manages the one or more resources; receive a request from a user interface to un-deploy the VNF; un-deploy the VNF while keeping the resources allocated for use by the VNF; wherein the instructions are further executed to not notify the resource manager that the VNF has been un-deployed; receive a request to restore the VNF from the user interface; and deploy the VNF again using the allocated resources. deploy a VNF using one or more resources allocated for use by the VNF, the one or more resources being allocated by communicating with a resource manager that manages the one or more resources; receive a request from a user interface to un-deploy the VNF; un-deploy the VNF while keeping the resources allocated for use by the VNF; wherein the instructions are further executed to not notify the resource manager that the VNF has been un-deployed; receive a request to restore the VNF from the user interface; and deploy the VNF again using the allocated resources.
Pendulum arm for a roller compactor for compacting waste materials in an open-top container , at least comprising: - a pivot joint , disposed on an upper end, for linking in a freely pivotable manner the pendulum arm to a support arm of the roller compactor ; - a roller unit which on a gearbox holder element is disposed on a lower end of the pendulum arm and which has at least two rotatable roller members that are disposed on both sides of the gearbox holder element and on the inside are configured so as to be at least partially hollow and that at least partially enclose at least one output shaft and the bearings of the latter, - and a motor unit; characterized - in that the motor unit contains an electric motor which is disposed on the pendulum arm and which by way of a transmission element is connected to a gearbox , - in that the gearbox is disposed within the roller members and is fastened to the gearbox holder element or is integrated in the gearbox holder element . - a pivot joint , disposed on an upper end, for linking in a freely pivotable manner the pendulum arm to a support arm of the roller compactor ; - a roller unit which on a gearbox holder element is disposed on a lower end of the pendulum arm and which has at least two rotatable roller members that are disposed on both sides of the gearbox holder element and on the inside are configured so as to be at least partially hollow and that at least partially enclose at least one output shaft and the bearings of the latter, - and a motor unit; - in that the motor unit contains an electric motor which is disposed on the pendulum arm and which by way of a transmission element is connected to a gearbox , - in that the gearbox is disposed within the roller members and is fastened to the gearbox holder element or is integrated in the gearbox holder element .
Device for performing an operation on a glass product , this device comprising: - a first end ; - a second end , defining with the first end a working direction of the device ; the device being characterised in that the first end is: - slidably movable relative to the second end , according to the working direction ; - held in an advanced position , by means of a primary return element of the device , at a maximum distance from the second end ; the working direction is rotatably mobile about an axis passing through the second end , the first end is configured to be moved in such a way as to rotate the working direction about the axis from a first position of the working direction to a second position of the working direction , the first end follows a following path , along which the distance between the first end and the second end is less than or equal to the maximum distance , the primary return element allows variation of the distance between the first end and the second end along the following path , the device comprises a support equipped with a pin defining the second end of the device , the device also comprises a rod equipped with a touch probe and a tool jointly defining the first end of the device . - a first end ; - a second end , defining with the first end a working direction of the device ; the device being characterised in that the first end is: - slidably movable relative to the second end , according to the working direction ; - held in an advanced position , by means of a primary return element of the device , at a maximum distance from the second end ; - slidably movable relative to the second end , according to the working direction ; - held in an advanced position , by means of a primary return element of the device , at a maximum distance from the second end ; the working direction is rotatably mobile about an axis passing through the second end , the first end is configured to be moved in such a way as to rotate the working direction about the axis from a first position of the working direction to a second position of the working direction , the first end follows a following path , along which the distance between the first end and the second end is less than or equal to the maximum distance , the primary return element allows variation of the distance between the first end and the second end along the following path , the device comprises a support equipped with a pin defining the second end of the device , the device also comprises a rod equipped with a touch probe and a tool jointly defining the first end of the device .