mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting an acquisition signal in a wireless communication system (100, 200, 1200, 1300), comprising: generating a plurality of symbols for an acquisition signal, the acquisition signal associated with timing information for an access terminal to communicate with a base station; assigning transmission of the acquisition signal to a number of subcarriers that is less than all of a bandwidth of a subset of a plurality of carriers available for communication, each carrier of the plurality of carriers being associated with control information to support communication on the carrier and corresponding to a substantially non-overlapping portion of an available bandwidth in the wireless communication system (100, 200, 1200, 1300) or in a sector of the wireless communication system, wherein the subset comprises more than one carrier of the plurality of carriers and less than all the carriers of the plurality of carriers; and transmitting the acquisition signal to the access terminal over the assigned subcarriers. generating a plurality of symbols for an acquisition signal, the acquisition signal associated with timing information for an access terminal to communicate with a base station; assigning transmission of the acquisition signal to a number of subcarriers that is less than all of a bandwidth of a subset of a plurality of carriers available for communication, each carrier of the plurality of carriers being associated with control information to support communication on the carrier and corresponding to a substantially non-overlapping portion of an available bandwidth in the wireless communication system (100, 200, 1200, 1300) or in a sector of the wireless communication system, wherein the subset comprises more than one carrier of the plurality of carriers and less than all the carriers of the plurality of carriers; and transmitting the acquisition signal to the access terminal over the assigned subcarriers.
Scales, in particular point-of-sale scales, having a weighing module, wherein the weighing module comprises a housing in which is accommodated a weighing cell, wherein the weighing cell comprises a fixed portion, a deformation portion and a movable portion, wherein the fixed portion is connected, in particular screwed, to the housing and the movable portion supports a load cross, wherein the housing is open towards the top in the region of the weighing cell, wherein the load cross supports a load plate, wherein the housing is closed by the load plate and towards the bottom by peripheries of the load plate that protrude beyond the upper periphery of the housing, wherein the deformation portion has at least one strain gauge for measuring a weight acting on the load plate, and wherein a circuit board having an electronics unit for processing the signal of the at least one strain gauge is arranged on the fixed portion of the weighing cell, wherein the electronics unit comprises a memory in which are stored gauging-relevant data, in particular calibration data, of the weighing cell, and/or a value for gravitational acceleration, characterized in that provided is a first removable cover which is fastened to the fixed portion of the weighing cell by means of a first fastening element, in particular a first fastening screw, that is secured by means of a calibration mark, and which protects the memory of the circuit board against manipulation of gauging-relevant data.
A method of popping popcorn in a microwave having a cooking chamber and an energy source which provides energy to the cooking chamber, comprising the stepsof: placing a plurality of popcorn kernels in the cooking chamber; operating the energy source during a popcorn popping cycle; detecting popping sounds generated when the popcorn kernels are popped; directing the energy source to stop operating and end the popcorn popping cycle when the popping sounds satisfy one or more end status indicators, wherein the end status indicators include (a) reaching a predetermined number of popping sounds per a first time interval, (b) reaching a predetermined total number of popping sounds during the popcorn popping cycle, (c) reaching a predetermined change in the number of popping sounds per a second time interval, and (d) reaching a predetermined total popping cycle time; characterized in that the microwave further includes a humidity sensor, and further comprising the step of: detecting the humidity level in the cooking chamber, wherein the end status indicators further include (e) the humidity level falling to a predetermined percentage of a peak humidity level, and (f) the number of popping sounds is reduced below a predetermined number of popping sounds per a first time interval. placing a plurality of popcorn kernels in the cooking chamber; operating the energy source during a popcorn popping cycle; detecting popping sounds generated when the popcorn kernels are popped; directing the energy source to stop operating and end the popcorn popping cycle when the popping sounds satisfy one or more end status indicators, wherein the end status indicators include (a) reaching a predetermined number of popping sounds per a first time interval, (b) reaching a predetermined total number of popping sounds during the popcorn popping cycle, (c) reaching a predetermined change in the number of popping sounds per a second time interval, and (d) reaching a predetermined total popping cycle time; characterized in that the microwave further includes a humidity sensor, and further comprising the step of: detecting the humidity level in the cooking chamber, wherein the end status indicators further include (e) the humidity level falling to a predetermined percentage of a peak humidity level, and (f) the number of popping sounds is reduced below a predetermined number of popping sounds per a first time interval. (a) reaching a predetermined number of popping sounds per a first time interval, (b) reaching a predetermined total number of popping sounds during the popcorn popping cycle, (c) reaching a predetermined change in the number of popping sounds per a second time interval, and (d) reaching a predetermined total popping cycle time; characterized in that the microwave further includes a humidity sensor, and further comprising the step of: detecting the humidity level in the cooking chamber, wherein the end status indicators further include (e) the humidity level falling to a predetermined percentage of a peak humidity level, and (f) the number of popping sounds is reduced below a predetermined number of popping sounds per a first time interval.
Method for providing device-specific property data for an automation device of an automation facility, in which the automation device is connected to an authentication server and a configuration server via a data network and authenticates itself with the authentication server of the automation facility by way of at least one authentication credential, characterized in that the configuration server is connected to a capability server of the manufacturer of the automation device via a further network in order to query and retrieve device-specific property data, comprising property data for describing technical properties of the automation device, through the configuration server and to link the device-specific property data, retrieved from the capability server, from the configuration server or a policy enforcement server to the authentication credential of the automation device, after the authentication server has reported successful authentication of the automation device with the authentication server by way of the authentication credential to the configuration server or the policy enforcement server, and wherein the authentication credential is formed by a device certificate of the manufacturer of the automation device and the device-specific property data of the automation device are written to the device certificate of the automation device in the form of coded attribute data in order to link the device-specific property data to the device certificate of the automation device.
An apparatus for the production of a mineral melt by burning combustible material in the presence of inorganic particulate material and thereby forming a melt, said apparatus comprising: a circulating combustion chamber having at least two inlets adapted to receive a supply of a fuel, pre-heated mineral material and a combustion gas, a heat exchange system for pre-heating mineral material comprising a first pre-heater cyclone, a conduit from the circulating combustion chamber to the first pre-heater cyclone for transporting exhaust gases, an inlet for injecting the mineral material into the conduit, and a bottom cyclone outlet which is in flow communication with inlets in the circulating combustion chamber for feeding pre-heated mineral material to said combustion chamber, means for collecting a mineral melt, and characterised in that the outlet of said first pre-heater cyclone is provided with means for stabilising and splitting the mineral material flow into two material flows for feeding the at least two combustion chamber inlets, wherein the means for stabilising the mineral material flow comprises: a downwardly sloping guide plate receiving the material from the cyclone outlet at a first end and channelling the material beyond the second end of said guide plate, and a downwardly sloping baffle board downstream of the guide plate for receiving the material flow from the guide plate. a circulating combustion chamber having at least two inlets adapted to receive a supply of a fuel, pre-heated mineral material and a combustion gas, a heat exchange system for pre-heating mineral material comprising a first pre-heater cyclone, a conduit from the circulating combustion chamber to the first pre-heater cyclone for transporting exhaust gases, an inlet for injecting the mineral material into the conduit, and a bottom cyclone outlet which is in flow communication with inlets in the circulating combustion chamber for feeding pre-heated mineral material to said combustion chamber, means for collecting a mineral melt, and the outlet of said first pre-heater cyclone is provided with means for stabilising and splitting the mineral material flow into two material flows for feeding the at least two combustion chamber inlets, wherein the means for stabilising the mineral material flow comprises: a downwardly sloping guide plate receiving the material from the cyclone outlet at a first end and channelling the material beyond the second end of said guide plate, and a downwardly sloping baffle board downstream of the guide plate for receiving the material flow from the guide plate. a downwardly sloping guide plate receiving the material from the cyclone outlet at a first end and channelling the material beyond the second end of said guide plate, and a downwardly sloping baffle board downstream of the guide plate for receiving the material flow from the guide plate.
A backboard structure, comprising: a backboard; a line card, arranged on a front surface of the backboard; a switch card, arranged on a back surface of the backboard; a first socket for connecting the line card to the switch card, arranged at the front side of the backboard; a second socket for connecting the switch card to the line card, arranged at the back side of the backboard; the first socket and the second socket are orthogonally arranged on a same layer; characterized in that the backboard structure further comprises: a cable box, arranged on the backboard, for cross-layer connecting the switch card and the line card. a backboard; a line card, arranged on a front surface of the backboard; a switch card, arranged on a back surface of the backboard; a first socket for connecting the line card to the switch card, arranged at the front side of the backboard; a second socket for connecting the switch card to the line card, arranged at the back side of the backboard; the first socket and the second socket are orthogonally arranged on a same layer; characterized in that the backboard structure further comprises: a cable box, arranged on the backboard, for cross-layer connecting the switch card and the line card.
An assembly fixture device for attaching a vial adapter to a vial, the device comprising: a base having a first side and a second side positioned opposite the first side; a support member secured to the base, the support member having a first end and a second end positioned opposite the first end; characterized by: a handle connected to the support member, the handle is movable between a first position and a second position; a vial adapter grip assembly connected to the handle, the vial adapter grip assembly comprising an adapter grip member configured to engage and hold a vial adapter, the vial adapter grip assembly having a first position when the handle is in the first position and a second position when the handle is in the second position; and a vial grip assembly connected to the base, the vial grip assembly comprising first and second grip members (44, 46) that are movable relative to each other and configured to engage and hold a vial, the first grip member biased toward the second grip member to provide a vial engagement force, wherein the vial engagement force is about constant when a distance between the first and second grip members (44, 46) is less than 40 mm. a base having a first side and a second side positioned opposite the first side; a support member secured to the base, the support member having a first end and a second end positioned opposite the first end; characterized by: a handle connected to the support member, the handle is movable between a first position and a second position; a vial adapter grip assembly connected to the handle, the vial adapter grip assembly comprising an adapter grip member configured to engage and hold a vial adapter, the vial adapter grip assembly having a first position when the handle is in the first position and a second position when the handle is in the second position; and a vial grip assembly connected to the base, the vial grip assembly comprising first and second grip members (44, 46) that are movable relative to each other and configured to engage and hold a vial, the first grip member biased toward the second grip member to provide a vial engagement force, wherein the vial engagement force is about constant when a distance between the first and second grip members (44, 46) is less than 40 mm. a handle connected to the support member, the handle is movable between a first position and a second position; a vial adapter grip assembly connected to the handle, the vial adapter grip assembly comprising an adapter grip member configured to engage and hold a vial adapter, the vial adapter grip assembly having a first position when the handle is in the first position and a second position when the handle is in the second position; and a vial grip assembly connected to the base, the vial grip assembly comprising first and second grip members (44, 46) that are movable relative to each other and configured to engage and hold a vial, the first grip member biased toward the second grip member to provide a vial engagement force, wherein the vial engagement force is about constant when a distance between the first and second grip members (44, 46) is less than 40 mm.
An axial fan wheel, in particular for the radiator of a motor vehicle engine, comprising: a crown ring having a multiplicity of rotor blades; and a hub having an inner ring which is connected or connectable to a drive shaft, and having, for the purpose of torque transmission, connection surfaces along an external circumference of the hub which are connected to the inner ring and to the crown ring, wherein the hub has through-passages between the inner ring and the external circumference; wherein at least one element (117; 126; 138), arranged in a rotationally fixed manner on the axial fan wheel inside the crown ring, is designed to maintain a pressure difference in the axial direction when the axial fan wheel rotates; wherein the at least one element comprises spokes for the transmission of torque between the inner ring and the external circumference; wherein the hub has the through-passages between the spokes; and wherein a surface portion, projected into the plane of rotation, of the hub between the inner ring and the external circumference is smaller than a surface portion, projected into the plane of rotation, of the through-passages between the inner ring and the external circumference, characterized in that further rotor blades are integrally formed on the at least one element; and in that a diameter of the at least one element is equal to or less than an inner diameter of the crown ring. a crown ring having a multiplicity of rotor blades; and a hub having an inner ring which is connected or connectable to a drive shaft, and having, for the purpose of torque transmission, connection surfaces along an external circumference of the hub which are connected to the inner ring and to the crown ring, wherein the hub has through-passages between the inner ring and the external circumference; wherein at least one element (117; 126; 138), arranged in a rotationally fixed manner on the axial fan wheel inside the crown ring, is designed to maintain a pressure difference in the axial direction when the axial fan wheel rotates; wherein the at least one element comprises spokes for the transmission of torque between the inner ring and the external circumference; wherein the hub has the through-passages between the spokes; and wherein a surface portion, projected into the plane of rotation, of the hub between the inner ring and the external circumference is smaller than a surface portion, projected into the plane of rotation, of the through-passages between the inner ring and the external circumference, characterized in that further rotor blades are integrally formed on the at least one element; and in that a diameter of the at least one element is equal to or less than an inner diameter of the crown ring.
An exhaust gas turbine housing for an exhaust gas turbocharger, wherein the housing is comprised of an iron-based alloy having an austenitic base structure comprising a carbide structure and consisting of the following elements: C: 0.3 to 0.6% by weight, Cr: 24 to 27% by weight, Mn: up to and including 2.0% by weight, Si: 1.5 to 2.4% by weight, Nb: 0.7 to 1.0% by weight, Ni: 27.5 to 30% by weight, V: 0.4-0.6% by weight, N: 0.05-0.25% by weight, Ce: up to 0.4% by weight, Al: up to 0.7% by weight, B: up to 0.05% by weight, Fe: balance to make 100% by weight. C: 0.3 to 0.6% by weight, Cr: 24 to 27% by weight, Mn: up to and including 2.0% by weight, Si: 1.5 to 2.4% by weight, Nb: 0.7 to 1.0% by weight, Ni: 27.5 to 30% by weight, V: 0.4-0.6% by weight, N: 0.05-0.25% by weight, Ce: up to 0.4% by weight, Al: up to 0.7% by weight, B: up to 0.05% by weight, Fe: balance to make 100% by weight.
An injector for delivering liquid, the injector comprising: a body having a proximal end, an opposing distal end, a longitudinal axis extending therebetween, and a track follower adjacent to the proximal end; a plunger disposed at least partially within the body and movable with respect to the body along the longitudinal axis; an actuator positioned at the proximal end of the body and operably connected to the plunger, the actuator comprising a track including a first portion and a second portion, the first portion limiting travel of the actuator along the longitudinal axis to deliver a first predetermined amount of the liquid, the second portion limiting travel of the actuator along the longitudinal axis to deliver a second predetermined amount of the liquid, the first predetermined amount being different than the second predetermined amount, the actuator being positionable to selectively control displacement of the plunger and a piston pursuant to the first portion or the second portion of the track, and characterised in that the injector comprises a directionally limited sliding arrangement between the actuator and the plunger, wherein when the actuator is pulled outward to prepare for a dose being administered, the actuator is able to slide along the plunger without causing the plunger to be withdrawn or moved away from the piston, while when the actuator is pressed inward to deliver the dose, the plunger is fixed to the actuator such that movement of the actuator drives the plunger forward a body having a proximal end, an opposing distal end, a longitudinal axis extending therebetween, and a track follower adjacent to the proximal end; a plunger disposed at least partially within the body and movable with respect to the body along the longitudinal axis; an actuator positioned at the proximal end of the body and operably connected to the plunger, the actuator comprising a track including a first portion and a second portion, the first portion limiting travel of the actuator along the longitudinal axis to deliver a first predetermined amount of the liquid, the second portion limiting travel of the actuator along the longitudinal axis to deliver a second predetermined amount of the liquid, the first predetermined amount being different than the second predetermined amount, the actuator being positionable to selectively control displacement of the plunger and a piston pursuant to the first portion or the second portion of the track, and characterised in that the injector comprises a directionally limited sliding arrangement between the actuator and the plunger, wherein when the actuator is pulled outward to prepare for a dose being administered, the actuator is able to slide along the plunger without causing the plunger to be withdrawn or moved away from the piston, while when the actuator is pressed inward to deliver the dose, the plunger is fixed to the actuator such that movement of the actuator drives the plunger forward
A system for packaging a gas turbine, the gas turbine including a compressor, one or more combustors and a turbine, the system comprising: a. the gas turbine; b. an enclosure peripherally surrounding and extending along a length of the gas turbine, wherein said enclosure comprises a first end and a second end; c. a passage between said enclosure and the gas turbine; d. an air filtration system connected to said first end of said enclosure; e. an exhaust system connected to said second end of said enclosure; f. a plurality of supports connected to and extending radially inward from said enclosure; and g. means for connecting said plurality of supports to the gas turbine, wherein the connection of the air filtration system to the first end of the enclosure allows air provided by the air filtration system to flow from the air filtration system into the compressor and into the passage between the enclosure and the gas turbine. a. the gas turbine; b. an enclosure peripherally surrounding and extending along a length of the gas turbine, wherein said enclosure comprises a first end and a second end; c. a passage between said enclosure and the gas turbine; d. an air filtration system connected to said first end of said enclosure; e. an exhaust system connected to said second end of said enclosure; f. a plurality of supports connected to and extending radially inward from said enclosure; and g. means for connecting said plurality of supports to the gas turbine, wherein the connection of the air filtration system to the first end of the enclosure allows air provided by the air filtration system to flow from the air filtration system into the compressor and into the passage between the enclosure and the gas turbine.