mhurhangee/ep-ind-claims huggingface dataset:
A scroll compressor, comprising: a housing comprising a cylindrical shell section; scroll compressor bodies in the housing having respective bases and respective scroll ribs that project from the respective bases and which mutually engage for compressing fluid; an electrical motor having a stator and a rotor, a drive shaft for rotation about an axis, the rotor acting upon the drive shaft that in turn acts upon the scroll compressor bodies (110, 112) to facilitate relative orbiting movement between the scroll compressor bodies (110, 112); a bearing member adapted to retain the drive shaft, the bearing member comprising at least two cylinder sections (248, 250) that include a contact region (280, 282), the at least two cylinder sections (248, 250) being angularly spaced apart, and separated by at least two corresponding gaps; wherein the bearing member is press fitted into the cylindrical shell section such that the cylindrical shell section forms to the contact region (280, 282) of the at least two cylinder sections (248, 250) characterized in that the cylindrical shell section defines a smaller inner radius at the at least two corresponding gaps than an outer radius defined by the at least two cylinder sections (248, 250), relative to the axis. a housing comprising a cylindrical shell section; scroll compressor bodies in the housing having respective bases and respective scroll ribs that project from the respective bases and which mutually engage for compressing fluid; an electrical motor having a stator and a rotor, a drive shaft for rotation about an axis, the rotor acting upon the drive shaft that in turn acts upon the scroll compressor bodies (110, 112) to facilitate relative orbiting movement between the scroll compressor bodies (110, 112); a bearing member adapted to retain the drive shaft, the bearing member comprising at least two cylinder sections (248, 250) that include a contact region (280, 282), the at least two cylinder sections (248, 250) being angularly spaced apart, and separated by at least two corresponding gaps; wherein the bearing member is press fitted into the cylindrical shell section such that the cylindrical shell section forms to the contact region (280, 282) of the at least two cylinder sections (248, 250) characterized in that the cylindrical shell section defines a smaller inner radius at the at least two corresponding gaps than an outer radius defined by the at least two cylinder sections (248, 250), relative to the axis.
A method of measuring a transmission quality of multimedia data, comprising the steps of: a) encoding, at a transmitter, multimedia data into encoded multimedia data; b) transmitting the encoded multimedia data by the transmitter through a channel between the transmitter and a receiver; c) receiving, at the receiver, the encoded multimedia data as received multimedia data; d) detecting, at the receiver, error information on errors occurred during the transmitting of the encoded multimedia data; e) transmitting the error information from the receiver to the transmitter through a return channel; f) decoding, at the transmitter, the encoded multimedia data, to obtain decoded encoded multimedia data; g) estimating, at the transmitter, the received multimedia data using the error information and the decoded encoded multimedia data to obtain estimated received multimedia data; and h) measuring, at the transmitter, a transmission quality of the received multimedia data by comparing the estimated received multimedia data with the multimedia data or by comparing the estimated received multimedia data with the decoded encoded multimedia data. a) encoding, at a transmitter, multimedia data into encoded multimedia data; b) transmitting the encoded multimedia data by the transmitter through a channel between the transmitter and a receiver; c) receiving, at the receiver, the encoded multimedia data as received multimedia data; d) detecting, at the receiver, error information on errors occurred during the transmitting of the encoded multimedia data; e) transmitting the error information from the receiver to the transmitter through a return channel; f) decoding, at the transmitter, the encoded multimedia data, to obtain decoded encoded multimedia data; g) estimating, at the transmitter, the received multimedia data using the error information and the decoded encoded multimedia data to obtain estimated received multimedia data; and h) measuring, at the transmitter, a transmission quality of the received multimedia data by comparing the estimated received multimedia data with the multimedia data
An apparatus, comprising: a circuit including a magnetic tunnel junction, the magnetic tunnel junction including a storage layer and a sense layer; and a field line configured to generate a magnetic field based on an input signal, wherein the magnetic tunnel junction is configured such that a magnetization direction of the sense layer and a resistance of the magnetic tunnel junction vary based on the magnetic field; wherein the circuit is configured to amplify the input signal to generate an output signal that varies in response to the resistance of the magnetic tunnel junction; wherein the magnetic tunnel junction is one of a plurality of magnetic tunnel junctions included in the circuit; and wherein the apparatus further comprises a feedback circuit configured to control linearity of amplification of the input signal by adjusting current flow through the field line to set a combined resistance of the plurality of magnetic tunnel junctions. a circuit including a magnetic tunnel junction, the magnetic tunnel junction including a storage layer and a sense layer; and a field line configured to generate a magnetic field based on an input signal, wherein the magnetic tunnel junction is configured such that a magnetization direction of the sense layer and a resistance of the magnetic tunnel junction vary based on the magnetic field; wherein the circuit is configured to amplify the input signal to generate an output signal that varies in response to the resistance of the magnetic tunnel junction; wherein the magnetic tunnel junction is one of a plurality of magnetic tunnel junctions included in the circuit; and wherein the apparatus further comprises a feedback circuit configured to control linearity of amplification of the input signal by adjusting current flow through the field line to set a combined resistance of the plurality of magnetic tunnel junctions.
A method comprising: selecting one or more parameters for channel encoding of a source based on minimizing distortion between the source and a reconstructed source induced by transmission of the source over a multiple input multiple output, MIMO, channel, wherein the one or more parameters are selected based on a determined minimum average end-to-end distortion, wherein the minimum average end-to-end distortion is determined as a function of packet error rate for the MIMO channel, wherein the one or more parameters selected based on minimizing distortion comprise a MIMO modulation and coding scheme, and wherein selection of the MIMO modulation and coding scheme further comprises at least one of: selection of the modulation order; selection of the forward error correction type and coding rate; or determination of space-time modulation techniques to be used; and performing channel encoding on the source using the selected one or more parameters to provide channel-encoded data for transmitting the source over the MIMO channel. selecting one or more parameters for channel encoding of a source based on minimizing distortion between the source and a reconstructed source induced by transmission of the source over a multiple input multiple output, MIMO, channel, wherein the one or more parameters are selected based on a determined minimum average end-to-end distortion, wherein the minimum average end-to-end distortion is determined as a function of packet error rate for the MIMO channel, wherein the one or more parameters selected based on minimizing distortion comprise a MIMO modulation and coding scheme, and wherein selection of the MIMO modulation and coding scheme further comprises at least one of: selection of the modulation order; selection of the forward error correction type and coding rate; or determination of space-time modulation techniques to be used; and wherein the one or more parameters are selected based on a determined minimum average end-to-end distortion, wherein the minimum average end-to-end distortion is determined as a function of packet error rate for the MIMO channel, wherein the one or more parameters selected based on minimizing distortion comprise a MIMO modulation and coding scheme, and wherein selection of the MIMO modulation and coding scheme further comprises at least one of: selection of the modulation order; selection of the forward error correction type and coding rate; or determination of space-time modulation techniques to be used; and selection of the modulation order; selection of the forward error correction type and coding rate; or determination of space-time modulation techniques to be used; and performing channel encoding on the source using the selected one or more parameters to provide channel-encoded data for transmitting the source over the MIMO channel.
Method for obtaining a long lasting phosphorescent fabric comprising the following stages: a) Preparing a composition for dyeing comprising a base paste, a fixing agent and 10% to 15% by weight of a pigment with respect to the total weight of base paste, fixing agent and pigment, in powder form which particles of a strontium aluminate pigment doped with europium and dysprosium, are encapsulated by coating them with a translucent material in the visible-UV range, b) Coating the starting fabric with said composition by knife or rotary screen coating, c) Drying and d) Polymerizing by submitting the dried fabric obtained in c) to temperatures between 150 °C and 180 °C. a) Preparing a composition for dyeing comprising a base paste, a fixing agent and 10% to 15% by weight of a pigment with respect to the total weight of base paste, fixing agent and pigment, in powder form which particles of a strontium aluminate pigment doped with europium and dysprosium, are encapsulated by coating them with a translucent material in the visible-UV range, b) Coating the starting fabric with said composition by knife or rotary screen coating, c) Drying and d) Polymerizing by submitting the dried fabric obtained in c) to temperatures between 150 °C and 180 °C.
A filter material for inclusion in a smoking article, wherein the filter material consists of fine fibres having a diameter or mean diameter of between 3 μm and 10 μm and wherein the fine fibres comprise cellulose acetate and/or derivatives thereof.
A wireless communication apparatus, comprising: an oscillator comprising a coil assembly (110, 310) exposed to an outside of the wireless communication apparatus (100, 300), a variable capacitor, and a negative resistor; and a phase locking circuit (120, 320) connected to the coil assembly (110, 310) and the negative resistor, and configured to generate a control signal to lock an oscillation frequency of the oscillator based on an oscillation signal generated by the oscillator, and provide the generated control signal to the variable capacitor. an oscillator comprising a coil assembly (110, 310) exposed to an outside of the wireless communication apparatus (100, 300), a variable capacitor, and a negative resistor; and a coil assembly (110, 310) exposed to an outside of the wireless communication apparatus (100, 300), a variable capacitor, and a negative resistor; and a phase locking circuit (120, 320) connected to the coil assembly (110, 310) and the negative resistor, and configured to generate a control signal to lock an oscillation frequency of the oscillator based on an oscillation signal generated by the oscillator, and provide the generated control signal to the variable capacitor.
A printer comprising: a print head; a platen roller; a transfer motor for rotating the platen roller; a frame that is formed by bending a single plate and to which the print head is attached, the frame including a frame body, a sidewall that is disposed at an end of the frame body and is bent from the frame body in a direction relatively perpendicular to the frame body with respect to a longitudinal direction of the platen roller, and a back surface member that is bent from the frame body in a direction relatively parallel to the longitudinal direction of the platen roller; and a transfer module configured to transmit a rotation of the transfer motor to the platen roller and that is attached to the sidewall and includes a housing and gears that are housed in the housing, wherein the back surface member includes a protrusion and the housing of the transfer module includes an engaging hole configured to engage with the protrusion when the transfer module is attached to the sidewall, or the back surface member includes a first hook and the housing of the transfer module includes a second hook configured to engage with the first hook when the transfer module is attached to the sidewall. a print head; a platen roller; a transfer motor for rotating the platen roller; a frame that is formed by bending a single plate and to which the print head is attached, the frame including a frame body, a sidewall that is disposed at an end of the frame body and is bent from the frame body in a direction relatively perpendicular to the frame body with respect to a longitudinal direction of the platen roller, and a back surface member that is bent from the frame body in a direction relatively parallel to the longitudinal direction of the platen roller; and a frame body, a sidewall that is disposed at an end of the frame body and is bent from the frame body in a direction relatively perpendicular to the frame body with respect to a longitudinal direction of the platen roller, and a back surface member that is bent from the frame body in a direction relatively parallel to the longitudinal direction of the platen roller; and a transfer module configured to transmit a rotation of the transfer motor to the platen roller and that is attached to the sidewall and includes a housing and gears that are housed in the housing, wherein the back surface member includes a protrusion and the housing of the transfer module includes an engaging hole configured to engage with the protrusion when the transfer module is attached to the sidewall, or the back surface member includes a first hook and the housing of the transfer module includes a second hook configured to engage with the first hook when the transfer module is attached to the sidewall.
An injection stretch blow-molded (ISBM) container prepared by way of injection molding a tubular preform followed by reheating and concurrently stretching and blow-molding the heated preform into the container, the container and preform comprising from 70 wt. % to 97.5 wt. % of a semi-crystalline polyolefin composition and from 2.5 wt. % to 30 wt. % of a cycloolefin copolymer composition comprising a cycloolefin copolymer having a glass transition temperature, Tg, of from 60° to 145°C measured according to ASTM D3418, characterized in that the semi-crystalline polyolefin composition comprises a bimodal HDPE.
A method comprising the steps of: measuring movement of a subject by performing an optical measurement of the three-dimensional shape of the body of the subject over time, thereby obtaining measurement data; characterised in that the method additionally comprises the steps of: processing the measurement data to produce a data array of at least three dimensions representing a shape of at least part of the body of the subject as a function of time, the data array relating to a 2-dimensional grid having grid points, a position in space of the shape at each grid point and points of time; mapping the data array onto a 2-dimensional array; decomposing the 2-dimensional array; and forming a signature of the subject from the decomposed 2-dimensional array representing a motion pattern of the shape. processing the measurement data to produce a data array of at least three dimensions representing a shape of at least part of the body of the subject as a function of time, the data array relating to a 2-dimensional grid having grid points, a position in space of the shape at each grid point and points of time; mapping the data array onto a 2-dimensional array; decomposing the 2-dimensional array; and forming a signature of the subject from the decomposed 2-dimensional array representing a motion pattern of the shape.
Bus kerb element for bus stops, consisting of at least one substantially cuboid block having at least an upper and a lower face (2, 3) and a front and a rear face (4, 5), wherein the block comprises a vertical centre plane running in the longitudinal direction between the front and rear faces (4, 5), wherein a first upper face section forms a driving surface, and a second upper face section which is elevated in a step-like manner forms a tread surface, wherein an upper front face section (4.1) is set back towards the centre plane relative to a lower front face section (4.2) and comprises a sloping surface receding from the bottom to the top, characterised in that in a front portion (1.1) of the block, delimited by the front face and the centre plane, an integral, channel-like or tubular cavity is formed, which has at least one slot-like opening which opens outwards in the region of the driving surface, and the block forms a monolithic slotted channel, and wherein the bus kerb element is formed as a single piece, and a concavely curved section is provided at a lower end of the upper front face section (4.1) adjoining the receding sloping surface.
A switchgear comprising: a housing that accommodates equipment inside; and an outward-opening door that is openably/closably provided on the housing with a hinge, wherein a structure comprising one plate and a plate having a wedge-shaped end is provided on the door, and a sealing material of an elastic body is fitted and fixed in the groove formed between these plates, wherein a similar structure comprising one plate, a plate having a wedge-shaped end, and a sealing material of an elastic body fitted and fixed therebetween is provided on the housing oppositely to the structure of the door, characterized in that: when the door is closed, the respective wedge-shaped plates and are pressed against the sealing materials and to seal the switchgear. a housing that accommodates equipment inside; and an outward-opening door that is openably/closably provided on the housing with a hinge, wherein a structure comprising one plate and a plate having a wedge-shaped end is provided on the door, and a sealing material of an elastic body is fitted and fixed in the groove formed between these plates, wherein a similar structure comprising one plate, a plate having a wedge-shaped end, and a sealing material of an elastic body fitted and fixed therebetween is provided on the housing oppositely to the structure of the door, characterized in that: when the door is closed, the respective wedge-shaped plates and are pressed against the sealing materials and to seal the switchgear.
Floor-cleaning machine having a machine frame, having a chassis, which is provided on the machine frame and which serves for moving the machine over a floor surface to be cleaned, having a dirty-water tank, having a suction apparatus, which is attached to the machine frame and which serves for removal by suction of liquid from the floor surface, wherein the suction apparatus is connected to the dirty-water tank via a dirty-water feed line, and having a suction unit, which is driven by a motor and which, for generating a negative pressure within the dirty-water tank, is, via a suction line, connected to said dirty-water tank on the suction side via a connection provided on the dirty-water tank, wherein provision is made in the dirty-water tank of a float valve, which is configured to close off the connection to the suction line if the liquid level (h) in the dirty-water tank reaches a maximum level, characterized in that provision is made of a measuring apparatus, which is configured to detect a differential pressure between a first gas pressure in the dirty-water tank and a second gas pressure in the suction line, and in that the measuring apparatus is configured to generate a first signal if a differential-pressure threshold value is fallen below and/or to generate a second signal if the differential-pressure threshold value is exceeded. having a chassis, which is provided on the machine frame and which serves for moving the machine over a floor surface to be cleaned, having a dirty-water tank, having a suction apparatus, which is attached to the machine frame and which serves for removal by suction of liquid from the floor surface, wherein the suction apparatus is connected to the dirty-water tank via a dirty-water feed line, and having a suction unit, which is driven by a motor and which, for generating a negative pressure within the dirty-water tank, is, via a suction line, connected to said dirty-water tank on the suction side via a connection provided on the dirty-water tank, wherein provision is made in the dirty-water tank of a float valve, which is configured to close off the connection to the suction line if the liquid level (h) in the dirty-water tank reaches a maximum level, characterized in that provision is made of a measuring apparatus, which is configured to detect a differential pressure between a first gas pressure in the dirty-water tank and a second gas pressure in the suction line, and in that the measuring apparatus is configured to generate a first signal if a differential-pressure threshold value is fallen below and/or to generate a second signal if the differential-pressure threshold value is exceeded.