mhurhangee/ep-ind-claims huggingface dataset:
A method of utilizing a mobile communication device in a stationary information technology, IT, infrastructure, the stationary IT infrastructure comprising at least one device server and a plurality of stationary information technology devices (3, 4), hereinafter briefly referred to as stationary IT devices including at least one of a workstation, a printer, a scanner, a barcode reader, an information display, a facsimile device, a copier, and a self-service customer station, coupled to the at least one device server, wherein the mobile communication device is coupled by at least one wireless communication link to a wireless and/or mobile communication network which is connected to the stationary IT infrastructure, wherein the wireless and/or mobile communication network enables communication between the mobile communication device, the device server and the plurality of the stationary IT devices (3, 4), and wherein the locations of the stationary IT devices (3, 4) are recorded at the device server, the method comprising: - the mobile communication device determining its current location and requesting (30, 60) identification information of at least one stationary IT device (3, 4) within its vicinity from the device server via the wireless communication link; - the mobile communication device receiving (31, 61) the requested identification information from the device server, wherein the identification information includes a device identity and a location of the at least one stationary IT device (3, 4); - selecting a particular stationary IT device (3, 4) identified by the device server; - the mobile communication device transmitting (33, 65) a request to the selected particular stationary IT device (3, 4); and - the stationary IT device (3, 4) serving (34, 66) the request. - the mobile communication device determining its current location and requesting (30, 60) identification information of at least one stationary IT device (3, 4) within its vicinity from the device server via the wireless communication link; - the mobile communication device receiving (31, 61) the requested identification information from the device server, wherein the identification information includes a device identity and a location of the at least one stationary IT device (3, 4); - selecting a particular stationary IT device (3, 4) identified by the device server; - the mobile communication device transmitting (33, 65) a request to the selected particular stationary IT device (3, 4); and - the stationary IT device (3, 4) serving (34, 66) the request.
A solar panel, comprising: a plurality of solar cells, wherein a respective solar cell is obtained by dividing a substantially square shaped solar cell into m portions, wherein the plurality of solar cells are arranged into m subsets, each subset comprising an equal number of solar cells; wherein solar cells in a respective subset are electrically coupled in series; wherein the m subsets of solar cells are electrically coupled in parallel; and where m is an integer. a plurality of solar cells, wherein a respective solar cell is obtained by dividing a substantially square shaped solar cell into m portions, wherein the plurality of solar cells are arranged into m subsets, each subset comprising an equal number of solar cells; wherein solar cells in a respective subset are electrically coupled in series; wherein the m subsets of solar cells are electrically coupled in parallel; and where m is an integer.
A fastening device for anchorage in massive bases or materials such as concrete, brick, steel or the like, consisting of a screw (1; 21; 41) of steel, which has a thread part (2; 42), a shaft part (3; 23; 43) having a head section at a free end of the shaft part, with a recess formed at the head section for the insertion of a tool, and consisting of a sleeve (6; 26) having an external thread, said sleeve having a radially enlarged rim portion (8; 38), in which means (9; 39) are formed for the placement of a second tool, the sleeve being able to be pushed onto the shaft part (3; 23; 43), being rotatable on the shaft part and being held in the axial direction in such a manner that the screw and/or the sleeve can be rotated, wherein the sleeve (6; 26; 36) can be mounted axially onto the screw blank and has in its rim portion a seat, which can be placed against the head section of the shaft part (3; 23; 43), wherein the shaft part (3; 23; 43) is designed with a support section (10; 22; 44), which is enlarged towards the end of the mounted sleeve (6; 26; 36) located opposite the rim portion by deformation of the screw blank so as to hold the sleeve (6; 26; 36) on the shaft part (3; 23; 43); characterized in that the screw (1; 21; 41) is formed using a screw blank made of a steel which can be hardened; in that at least two scraper grooves or at least two first precutting edges (24; 45) are provided at the support section (10; 22; 44) adjacent the thread part (2; 42); the scraper grooves or the first precutting edges (12; 24; 45) being designed to cut a hole in an attachment part, said hole having a diameter generally corresponding to that of the core diameter of the external thread of the sleeve (6; 26; 36).
A method for scheduling resources for a home base station operating in a hybrid access mode, comprising: identifying whether a mobile device, connected to the home base station, is a member or non-member of a closed subscriber group associated with the home base station; assigning resources for data transmission to the mobile device in accordance with a parameter when the mobile device is a non-member, wherein the parameter indicates a level of resources to provide to non-members of the closed subscriber group; the method characterized in that it further comprises: monitoring a current amount of resources assigned to non-members of the closed subscriber group; and initiating a handover for at least one non-member user connected with the home base station when the current amount of resources assigned to non-members is near a peak as defined by the parameter. identifying whether a mobile device, connected to the home base station, is a member or non-member of a closed subscriber group associated with the home base station; assigning resources for data transmission to the mobile device in accordance with a parameter when the mobile device is a non-member, wherein the parameter indicates a level of resources to provide to non-members of the closed subscriber group; the method characterized in that it further comprises: monitoring a current amount of resources assigned to non-members of the closed subscriber group; and initiating a handover for at least one non-member user connected with the home base station when the current amount of resources assigned to non-members is near a peak as defined by the parameter. monitoring a current amount of resources assigned to non-members of the closed subscriber group; and initiating a handover for at least one non-member user connected with the home base station when the current amount of resources assigned to non-members is near a peak as defined by the parameter.
A radio resource management system, comprising: an acquiring device, configured to acquire interference information of respective locations managed by the radio resource management system, according to location information and operating parameters of secondary systems corporately managed by it and an adjacent radio resource management system; characterised by a determining device, configured to determine whether to accept a request from a new secondary system, which is within the management range of the radio resource management system and configured to request to access spectrum resource, and configured to determine, if accept, spectrum resources available for the new secondary system, based on the interference information acquired by the acquiring device and location information of the new secondary system, wherein, the radio resource management system is configured to manage the secondary system within its management range, such that the secondary systems opportunistically utilize authorized spectrum resources of a primary system under the premise that the interference of the secondary systems meets a predetermined condition to the primary system. an acquiring device, configured to acquire interference information of respective locations managed by the radio resource management system, according to location information and operating parameters of secondary systems corporately managed by it and an adjacent radio resource management system; characterised by a determining device, configured to determine whether to accept a request from a new secondary system, which is within the management range of the radio resource management system and configured to request to access spectrum resource, and configured to determine, if accept, spectrum resources available for the new secondary system, based on the interference information acquired by the acquiring device and location information of the new secondary system, wherein, the radio resource management system is configured to manage the secondary system within its management range, such that the secondary systems opportunistically utilize authorized spectrum resources of a primary system under the premise that the interference of the secondary systems meets a predetermined condition to the primary system.
A lens apparatus detachable from an image pickup apparatus, the lens apparatus comprising a controller configured to communicate with the image pickup apparatus in synchronization with a synchronizing signal, wherein the controller is configured such that a communication between the lens apparatus and the image pickup apparatus is a packet communication having a plurality of blocks in a cycle of the synchronizing signal, characterized in that the controller is configured to transmit information of a predetermined time period (t23, t24) stored in the lens apparatus to the image pickup apparatus, and the information is information to prohibit a communication of an m-th block from starting until the communication of an n-th block in a specific cycle of the synchronizing signal has started or ended and the predetermined time period (t23, t24) has passed, where n is an integer equal to or larger than 1 and m is an integer larger than n. wherein the controller is configured such that a communication between the lens apparatus and the image pickup apparatus is a packet communication having a plurality of blocks in a cycle of the synchronizing signal, characterized in that the controller is configured to transmit information of a predetermined time period (t23, t24) stored in the lens apparatus to the image pickup apparatus, and the information is information to prohibit a communication of an m-th block from starting until the communication of an n-th block in a specific cycle of the synchronizing signal has started or ended and the predetermined time period (t23, t24) has passed, where n is an integer equal to or larger than 1 and m is an integer larger than n.
A clutch learning apparatus comprising: a gear shift mechanism that has a plurality of gear pairs (72, 74, 76, 78, 80, 82) with different gear ratios between an input shaft and an output shaft and that switches between a torque transmission state where torque is transmitted and a torque non-transmission state where torque is not transmitted between the input shaft and the output shaft for each of the gear pairs; a clutch that is connected to the input shaft of the gear shift mechanism and changes a rotation transmission state of rotary power to be supplied from a driving source side; a control unit that controls the rotation transmission state of the clutch; and a storage unit that stores transmission information showing that the rotary power begins to be transmitted to the input shaft by the clutch, wherein the control unit performs the clutch control of disconnecting the clutch after being temporarily brought into the rotation transmission state while the gear pair of the torque transmission state is changed to another gear pair with a different gear ratio in the gear shift mechanism, wherein the storage unit stores the transmission information when a change in the rotation state of the input shaft side is a predetermined value or more due to the clutch control, wherein the transmission information is information on an engagement starting point where the clutch begins to be connected, and characterised in that the engagement starting point is stored during a shift operation of the gear shift mechanism in the torque non-transmission state. a gear shift mechanism that has a plurality of gear pairs (72, 74, 76, 78, 80, 82) with different gear ratios between an input shaft and an output shaft and that switches between a torque transmission state where torque is transmitted and a torque non-transmission state where torque is not transmitted between the input shaft and the output shaft for each of the gear pairs; a clutch that is connected to the input shaft of the gear shift mechanism and changes a rotation transmission state of rotary power to be supplied from a driving source side; a control unit that controls the rotation transmission state of the clutch; and a storage unit that stores transmission information showing that the rotary power begins to be transmitted to the input shaft by the clutch, wherein the control unit performs the clutch control of disconnecting the clutch after being temporarily brought into the rotation transmission state while the gear pair of the torque transmission state is changed to another gear pair with a different gear ratio in the gear shift mechanism, wherein the storage unit stores the transmission information when a change in the rotation state of the input shaft side is a predetermined value or more due to the clutch control, wherein the transmission information is information on an engagement starting point where the clutch begins to be connected, and characterised in that the engagement starting point is stored during a shift operation of the gear shift mechanism in the torque non-transmission state.
An apparatus for polar phase modulation, comprising: a delay locked loop configured to generate a plurality of phase shifted signals from a reference signal, each of the phase shifted signals being locked to the reference signal and having a different phase shift from the other phase shifted signals with respect to the reference signal; means for providing a phase information, comprising an angular component, for a point on the constellation; and means for selecting one of the phase shifted signals based on the provided phase information by shifting through a number of phase shifted signals. a delay locked loop configured to generate a plurality of phase shifted signals from a reference signal, each of the phase shifted signals being locked to the reference signal and having a different phase shift from the other phase shifted signals with respect to the reference signal; means for providing a phase information, comprising an angular component, for a point on the constellation; and means for selecting one of the phase shifted signals based on the provided phase information by shifting through a number of phase shifted signals.
Circuit, comprising: a micro controller for controlling a system; a shift register; and a diagnostic circuit; wherein the micro controller is designed for connection to a first voltage supply and has an input (MISO) for receiving serial output data from the shift register, wherein the input (MISO) is connected to the serial output of the shift register and the shift register has at least one data input; wherein the circuit is characterized in that the diagnostic circuit is designed to diagnose a second voltage supply and a diagnostic output of the diagnostic circuit is connected to the data input of the shift register for inputting a diagnostic bit. a micro controller for controlling a system; a shift register; and a diagnostic circuit; wherein the micro controller is designed for connection to a first voltage supply and has an input (MISO) for receiving serial output data from the shift register, wherein the input (MISO) is connected to the serial output of the shift register and the shift register has at least one data input; wherein the circuit is characterized in that the diagnostic circuit is designed to diagnose a second voltage supply and a diagnostic output of the diagnostic circuit is connected to the data input of the shift register for inputting a diagnostic bit.
A burner assembly for a gas grill, the burner assembly comprising: at least one substantially hollow burner tube having an open end, a closed end, a length and a longitudinal axis, the length of the burner tube having a series of gas outlet ports; at least one gas control valve, the control valve having a neck and a gas nozzle at the end of the neck in order to inject gas into the open end of the burner tube; at least one gas inlet fixture, the gas inlet fixture including a face and a generally rearwardly projecting skirt member generally perpendicular to the face, wherein the face has a central opening and a plurality of rearwardly projecting tabs extending from the face around the perimeter of the central opening; and, wherein the central opening of the face of the gas inlet fixture is inserted over the neck of the control valve and is slidably secured to the neck by the rearwardly projecting tabs such that the gas inlet fixture is able to move along the neck to accommodate the expansion and contraction of the burner tube and wherein the gas inlet fixture substantially centers the gas nozzle with the center of the burner tube such that gas is injected down the center of the burner tube. at least one substantially hollow burner tube having an open end, a closed end, a length and a longitudinal axis, the length of the burner tube having a series of gas outlet ports; at least one gas control valve, the control valve having a neck and a gas nozzle at the end of the neck in order to inject gas into the open end of the burner tube; at least one gas inlet fixture, the gas inlet fixture including a face and a generally rearwardly projecting skirt member generally perpendicular to the face, wherein the face has a central opening and a plurality of rearwardly projecting tabs extending from the face around the perimeter of the central opening; and, wherein the central opening of the face of the gas inlet fixture is inserted over the neck of the control valve and is slidably secured to the neck by the rearwardly projecting tabs such that the gas inlet fixture is able to move along the neck to accommodate the expansion and contraction of the burner tube and wherein the gas inlet fixture substantially centers the gas nozzle with the center of the burner tube such that gas is injected down the center of the burner tube.
A method of making a structural component of a wind turbine blade, the method comprising: providing an elongate composite strip comprising structural fibres disposed in a thermoplastic matrix, the strip comprising an end portion defining an end of the strip; heating the end portion of the strip; characterised by: shaping the end portion of the strip to form a tapered end of the strip by compressing the end portion. providing an elongate composite strip comprising structural fibres disposed in a thermoplastic matrix, the strip comprising an end portion defining an end of the strip; heating the end portion of the strip; characterised by: shaping the end portion of the strip to form a tapered end of the strip by compressing the end portion.
A method for obtaining a protein hydrolysate from Moringa peregrina seed cake, characterized in that it comprises the following steps, in which: a) unshelled mature seeds are collected from the ripe Moringa peregrina fruit and dried to an internal moisture content of less than 8%, b) the dried seeds are pressed in a manner such as to separate the oil from the remainder of the seed in a manner such as to obtain the cake comprising less than 6% by weight of residual oil, c) the cake obtained in step b) is ground, d) the ground cake obtained in step c) is dispersed in the aqueous phase in a proportion of 90.9/9.1 (mass/mass) respectively, e) the aqueous dispersion obtained in step d) undergoes chemical proteolysis for a period of approximately 2 hours, at a pH greater than 13 and at a temperature comprised between 16 and 25°C, f) the proteolysis is neutralised in order to stabilise the protein hydrolysate obtained, g) the protein hydrolysate is recovered by solid/liquid separation, h) the protein hydrolysate is purified by ultrafiltration and/or nanofiltration carried out with a cut-off threshold comprised between 100 and 25,000 Da. a) unshelled mature seeds are collected from the ripe Moringa peregrina fruit and dried to an internal moisture content of less than 8%, b) the dried seeds are pressed in a manner such as to separate the oil from the remainder of the seed in a manner such as to obtain the cake comprising less than 6% by weight of residual oil, c) the cake obtained in step b) is ground, d) the ground cake obtained in step c) is dispersed in the aqueous phase in a proportion of 90.9/9.1 (mass/mass) respectively, e) the aqueous dispersion obtained in step d) undergoes chemical proteolysis for a period of approximately 2 hours, at a pH greater than 13 and at a temperature comprised between 16 and 25°C, f) the proteolysis is neutralised in order to stabilise the protein hydrolysate obtained, g) the protein hydrolysate is recovered by solid/liquid separation, h) the protein hydrolysate is purified by ultrafiltration and/or nanofiltration carried out with a cut-off threshold comprised between 100 and 25,000 Da.
A Si powder having an average primary particle size between 20 nm and 200 nm, wherein the powder has a SiO x surface layer, with 0<x<2, the surface layer having an average thickness between 0.5 nm and 10 nm, and wherein the powder has a total oxygen content equal or less than 3% by-weight at room temperature.