mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: reciprocating a polished rod of a pumping unit relative to a well through a first cycle of the pumping unit using a motor; determining first pulse count values of the motor through the first cycle using a first sensor at first times, the first times being substantially equally spaced; determining first position values of the polished rod through the first cycle using a second sensor at the first times, the second sensor measuring directly the position of the polished rod throughout its stroke; associating the first pulse count values with respective ones of the first position values to calibrate a processor of the pumping unit; generating a reference table using the first pulse count values and the first position values obtained at the first times to show a correlation between the first pulse count values and the first position values; removing the second sensor and continuously operating the pumping unit; determining second position values of the polished rod versus time while the pumping unit is continuously operating using the reference table in combination with data from the first sensor; wherein the first sensor detects one or more targets coupled to the motor and/or a shaft of the motor as the motor rotates. reciprocating a polished rod of a pumping unit relative to a well through a first cycle of the pumping unit using a motor; determining first pulse count values of the motor through the first cycle using a first sensor at first times, the first times being substantially equally spaced; determining first position values of the polished rod through the first cycle using a second sensor at the first times, the second sensor measuring directly the position of the polished rod throughout its stroke; associating the first pulse count values with respective ones of the first position values to calibrate a processor of the pumping unit; generating a reference table using the first pulse count values and the first position values obtained at the first times to show a correlation between the first pulse count values and the first position values; removing the second sensor and continuously operating the pumping unit; determining second position values of the polished rod versus time while the pumping unit is continuously operating using the reference table in combination with data from the first sensor; wherein the first sensor detects one or more targets coupled to the motor and/or a shaft of the motor as the motor rotates.
A method of wireless communication performed by a user equipment, UE, comprising: receiving a master information block, MIB, including enhancement information associated with an enhanced cell acquisition subframe, CAS, for a cellular broadcast service, wherein the enhancement information includes an indication that the UE is to monitor an enhanced physical downlink control channel, PDCCH, candidate in a common search space of the enhanced CAS; and receiving the enhanced CAS, associated with the cellular broadcast service, based at least in part on the enhancement information associated with the enhanced CAS. receiving a master information block, MIB, including enhancement information associated with an enhanced cell acquisition subframe, CAS, for a cellular broadcast service, wherein the enhancement information includes an indication that the UE is to monitor an enhanced physical downlink control channel, PDCCH, candidate in a common search space of the enhanced CAS; and receiving the enhanced CAS, associated with the cellular broadcast service, based at least in part on the enhancement information associated with the enhanced CAS.
Tensioning clamp for fastening a rail having a central portion, having at least one torsion portion (19, 20) issuing from the central portion in the lateral direction, having at least one transition portion (21, 22) adjoining the torsion portion (19, 20) and having at least one holding arm (25, 26) which is connected to the transition portion (21, 22) and is oriented, viewed from above, counter to the torsion portion (19, 20), characterised in that the end portion (29, 30) of the holding arm (25, 26) that is associated with the free end of the holding arm (25, 26) is angled, viewed from above, so as to point away from the torsion portion (19, 20).
A pressure sensor (200; 310; 510; 610) comprising: a substrate (202; 312; 512; 612); a first, deformable membrane (212; 304; 514; 614), partially supported by the substrate (202; 312; 512; 612), configured to generate a first sensor reading when deformed by pressure; and a second membrane (302; 520; 620) contiguous to the first membrane (212; 304; 514; 614) which, when energized, is configured to deform the first membrane (212; 304; 514; 614) to alter the first sensor reading, characterised in that the first membrane (212; 304; 514; 614) carries a first electrode (208; 318; 522; 630) which forms capacitance with another electrode (210; 320; 528; 628) spaced from the first electrode (208; 318; 522; 630) to generate the first sensor reading wherein the first membrane (212; 304; 514; 614) is configured to be deflected both up and down. a substrate (202; 312; 512; 612); a first, deformable membrane (212; 304; 514; 614), partially supported by the substrate (202; 312; 512; 612), configured to generate a first sensor reading when deformed by pressure; and a second membrane (302; 520; 620) contiguous to the first membrane (212; 304; 514; 614) which, when energized, is configured to deform the first membrane (212; 304; 514; 614) to alter the first sensor reading, characterised in that the first membrane (212; 304; 514; 614) carries a first electrode (208; 318; 522; 630) which forms capacitance with another electrode (210; 320; 528; 628) spaced from the first electrode (208; 318; 522; 630) to generate the first sensor reading wherein the first membrane (212; 304; 514; 614) is configured to be deflected both up and down.
A method of developing an application of an image forming apparatus comprising a print unit for printing an image, a processor, a storage and a user interface panel, the method comprising: executing, by the processor, a solution that is stored in the storage, the solution providing tools to develop the application of the image forming apparatus; displaying on the user interface panel functions of the image forming apparatus according to the execution of the solution; generating an application corresponding to input information of a user by combining the functions based on the input information; and storing the generated application in the storage of the image forming apparatus, wherein the displaying comprises displaying modules describing the functions of the image forming apparatus corresponding to combinations of some application programming interface, API, functions of the image forming apparatus, and the generating comprises generating the application corresponding to the input information by combining some of the displayed modules based on the input information, wherein each of the modules describes a function of the image forming apparatus corresponding to a combination of some API functions of the image forming apparatus with codes executable in the image forming apparatus by using the combination. executing, by the processor, a solution that is stored in the storage, the solution providing tools to develop the application of the image forming apparatus; displaying on the user interface panel functions of the image forming apparatus according to the execution of the solution; generating an application corresponding to input information of a user by combining the functions based on the input information; and storing the generated application in the storage of the image forming apparatus, wherein the displaying comprises displaying modules describing the functions of the image forming apparatus corresponding to combinations of some application programming interface, API, functions of the image forming apparatus, and the generating comprises generating the application corresponding to the input information by combining some of the displayed modules based on the input information, wherein each of the modules describes a function of the image forming apparatus corresponding to a combination of some API functions of the image forming apparatus with codes executable in the image forming apparatus by using the combination.
A physical uplink control channel transmission method, comprising: receiving a first message; and when a dedicated physical uplink control channel, PUCCH, is not configured for a terminal device, repeatedly transmitting a first PUCCH by using a repetition quantity N, wherein the dedicated PUCCH is configured by a network device for the terminal device based on higher layer signaling, and N is an integer greater than 1, and the first PUCCH carries feedback information, and the feedback information indicates whether the terminal device successfully receives the first message, or the feedback information is channel quality-related information determined based on the first message; or the first PUCCH is determined based on the first message, characterised in that the first message comprises first indication information, and the first indication information is used for determining the repetition quantity N, the first indication information comprises a first index, the first index indicates the repetition quantity N, the first index further indicates a first modulation and coding scheme, MCS, and the first MCS is used for demodulating at least a part of content of the first message. receiving a first message; and when a dedicated physical uplink control channel, PUCCH, is not configured for a terminal device, repeatedly transmitting a first PUCCH by using a repetition quantity N, wherein the dedicated PUCCH is configured by a network device for the terminal device based on higher layer signaling, and N is an integer greater than 1, and the first PUCCH carries feedback information, and the feedback information indicates whether the terminal device successfully receives the first message, or the feedback information is channel quality-related information determined based on the first message; or the first PUCCH is determined based on the first message, characterised in that the first message comprises first indication information, and the first indication information is used for determining the repetition quantity N, the first indication information comprises a first index, the first index indicates the repetition quantity N, the first index further indicates a first modulation and coding scheme, MCS, and the first MCS is used for demodulating at least a part of content of the first message.
Method for generating adjustment parameters for adjusting metering and/or distribution elements of agricultural centrifugal spreaders which have centrifugal discs which are driven so as to rotate, are fitted with throwing blades and to which the materials to be distributed can be supplied by means of metering elements which are adjustable and/or can be adjusted in relation to the centrifugal discs in respect of the application area of the materials to be applied, such as fertilizers, and/or can be displaced in relation to the centrifugal discs, wherein, in order to generate the adjustment parameters, a data processing unit, comprising a data input device, and a remote data transmission device, which checks adjustment parameters for materials to be applied, which adjustment parameters are stored by an external database, are provided, wherein, when adjustment parameters for materials to be applied are present, the said adjustment parameters are transmitted to the data processing unit in a suitable manner by means of the remote data transmission device and can be displayed by means of a display apparatus, characterized in that the data processing unit logs in the database by means of the remote data transmission device using a user ID that adjustment parameters which are provided with the user ID for one or more materials to be applied are stored in the database, and in that the materials stored with the checking user ID and/or the associated adjustment parameters are displayed on the display apparatus.
A method of forming an areated food composition, comprising: forming a base food composition including a food base and a cyclodextrin, the food base being free of any appreciable amount of added fats that are not naturally contained within the food base and are introduced to the food base from an external source and being selected of the group consisting of fruits, potatoes, simple carbohydrates and combinations thereof having a carbohydrate-to-protein (C/P) ratio and a carbohydrate-to-fat (C/F) ratio, at least one of the C/P and C/F ratios being greater than 1, the base food composition having a base volume; and subjecting the base food composition to a volume-increasing step via at least one of whipping and beating the base food composition to form the food composition having a composition volume, the composition volume being at least 15 percent greater than the base volume wherein if the food base includes a fruit sauce or a potato paste the forming step includes pureeing one or more fruits to generate the fruit sauce or wherein the forming step includes pureeing one or more potatoes to generate the potato paste and wherein the cyclodextrin is of 1 to 15 percent by weight based on the total weight of the food base and wherein the cyclodextrin is an alpha-cyclodextrin. forming a base food composition including a food base and a cyclodextrin, the food base being free of any appreciable amount of added fats that are not naturally contained within the food base and are introduced to the food base from an external source and being selected of the group consisting of fruits, potatoes, simple carbohydrates and combinations thereof having a carbohydrate-to-protein (C/P) ratio and a carbohydrate-to-fat (C/F) ratio, at least one of the C/P and C/F ratios being greater than 1, the base food composition having a base volume; and subjecting the base food composition to a volume-increasing step via at least one of whipping and beating the base food composition to form the food composition having a composition volume, the composition volume being at least 15 percent greater than the base volume wherein if the food base includes a fruit sauce or a potato paste the forming step includes pureeing one or more fruits to generate the fruit sauce or wherein the forming step includes pureeing one or more potatoes to generate the potato paste and wherein the cyclodextrin is of 1 to 15 percent by weight based on the total weight of the food base and wherein the cyclodextrin is an alpha-cyclodextrin.
A device comprising an actuator unit, the actuator unit comprising: - an electroactive actuator for current-addressed actuation; - a driving circuit for current-addressed actuation of the electroactive actuator, the driving circuit comprising: - a first control line (52, 80) and a second control line (60, 82) for controlling the actuator unit; - a first circuit comprising a first transistor for driving a current through the electroactive actuator in a first direction, the gate of the first transistor being associated with the first control line; and - a second circuit comprising a second transistor for driving a current through the electroactive actuator in a second direction opposite to the first direction, the gate of the second transistor being associated with the second control line. - an electroactive actuator for current-addressed actuation; - a driving circuit for current-addressed actuation of the electroactive actuator, the driving circuit comprising: - a first control line (52, 80) and a second control line (60, 82) for controlling the actuator unit; - a first circuit comprising a first transistor for driving a current through the electroactive actuator in a first direction, the gate of the first transistor being associated with the first control line; and - a second circuit comprising a second transistor for driving a current through the electroactive actuator in a second direction opposite to the first direction, the gate of the second transistor being associated with the second control line. - a first control line (52, 80) and a second control line (60, 82) for controlling the actuator unit; - a first circuit comprising a first transistor for driving a current through the electroactive actuator in a first direction, the gate of the first transistor being associated with the first control line; and - a second circuit comprising a second transistor for driving a current through the electroactive actuator in a second direction opposite to the first direction, the gate of the second transistor being associated with the second control line.
A method (400, 600) for random access performed by a user equipment, UE (110, 210, 1000), the method comprising: receiving, by a Medium Access Control, MAC, entity of the UE, an uplink, UL, grant in a Random Access Response, RAR, from a base station (120, 220) during an ongoing random access procedure, wherein the MAC entity comprises a Message 3, Msg3, buffer, a multiplexing and assembly entity, and a Hybrid Automatic Repeat Request, HARQ entity; obtaining, by the HARQ entity, a first Medium Access Control, MAC, Protocol Data Unit, PDU, from the Msg3 buffer of the UE after determining that at least one MAC PDU is in the Msg3 buffer, wherein the first MAC PDU comprises a first type of MAC subPDU carrying a MAC Service Data Unit, SDU, and a second type of MAC subPDU carrying a MAC Control Element, CE; and indicating to the multiplexing and assembly entity, by the HARQ entity, to discard the second type of MAC subPDU and generate a second MAC PDU by including the first type of MAC subPDU upon determining that a size of the UL grant is different from a size of the first MAC PDU and the UL grant is associated with a HARQ process ID used for Msg3 transmission, wherein the HARQ process ID is HARQ process #0. receiving, by a Medium Access Control, MAC, entity of the UE, an uplink, UL, grant in a Random Access Response, RAR, from a base station (120, 220) during an ongoing random access procedure, wherein the MAC entity comprises a Message 3, Msg3, buffer, a multiplexing and assembly entity, and a Hybrid Automatic Repeat Request, HARQ entity; obtaining, by the HARQ entity, a first Medium Access Control, MAC, Protocol Data Unit, PDU, from the Msg3 buffer of the UE after determining that at least one MAC PDU is in the Msg3 buffer, wherein the first MAC PDU comprises a first type of MAC subPDU carrying a MAC Service Data Unit, SDU, and a second type of MAC subPDU carrying a MAC Control Element, CE; and indicating to the multiplexing and assembly entity, by the HARQ entity, to discard the second type of MAC subPDU and generate a second MAC PDU by including the first type of MAC subPDU upon determining that a size of the UL grant is different from a size of the first MAC PDU and the UL grant is associated with a HARQ process ID used for Msg3 transmission, wherein the HARQ process ID is HARQ process #0.
A therapeutic agent which is a demethylating agent for use in a method for the prophylaxis or treatment of perioperative pain in a human patient identified as susceptible to perioperative pain, wherein the patient has been identified as susceptible to perioperative pain by a method comprising assaying, in vitro, a biological sample from the patient to determine the DNA methylation status of a plurality of CpG sites in a plurality of genes of a molecular signaling pathway selected from a GABA receptor signaling pathway and a dopamine-DARPP32 feedback in cAMP signaling pathway, or both, wherein the plurality of genes includes at least two genes selected from the group consisting of either ABAT, ADCY5, CACNA1H, CACNA1C, GABBR1, KCNH2, CACNA1A or PPP1R1B, ADCY5, PLCG2, CAMKK1, CACNA1C, DRD4, CACNA1A and wherein having a DNA methylation status of 'methylated' is identified as a patient susceptible to perioperative pain; and wherein the perioperative pain is chronic postsurgical pain.
A method for controlling a digital television, DTV, located in a hotel room, wherein the DTV includes an access point, AP, card, the method comprising: receiving, by the DTV, guest information recorded in a storage area of a compact wireless device and a wired equivalent privacy, WEP, key value of the AP card, the compact wireless device serving as a room key for the hotel room; receiving, by the DTV, a WEP key value corresponding to the AP card of the DTV from a management server; comparing, by the DTV, the WEP key value received from the compact wireless device with the WEP key value received from the management server; generating, by the DTV, at least one recommendation service information dependent on the guest information, if the two WEP key values are identical to each other, wherein the at least one recommendation service information includes tourist attraction information, restaurant information, weather information, or transportation information based on the received guest information; and displaying, by the DTV, the generated recommendation service information. receiving, by the DTV, guest information recorded in a storage area of a compact wireless device and a wired equivalent privacy, WEP, key value of the AP card, the compact wireless device serving as a room key for the hotel room; receiving, by the DTV, a WEP key value corresponding to the AP card of the DTV from a management server; comparing, by the DTV, the WEP key value received from the compact wireless device with the WEP key value received from the management server; generating, by the DTV, at least one recommendation service information dependent on the guest information, if the two WEP key values are identical to each other, wherein the at least one recommendation service information includes tourist attraction information, restaurant information, weather information, or transportation information based on the received guest information; and displaying, by the DTV, the generated recommendation service information.