mhurhangee/ep-ind-claims huggingface dataset:
An architectural covering assembly comprising a rotatable roller tube; a covering rotatable with the rotatable roller tube, the covering being movable between an extended position and retracted position; an end plate; first and second limit screws (124, 126) disposed within the rotatable roller tube each having respective first and second ends, wherein one of the first and second limit screws (124, 126) is rotationally and axially fixed with respect to the end plate; a first limit nut rotatable with the rotatable roller tube, the first limit nut threadably engaged with external threads of the first limit screw; and a second limit nut rotatable with the rotatable roller tube, the second limit nut threadably engaged with external threads of the second limit screw; characterised in that: the other of the first and second limit screws (124, 126) is selectively movable between a rotationally locked position and a rotationally unlocked position with respect to the end plate; wherein: in the rotationally locked position, the other of the first and second limit screws (124, 126) is axially and rotationally fixed with respect to the end plate; and in the rotationally unlocked position, the other of the first and second limit screws (124, 126) is rotationally movable with respect to the end plate to adjust an extension or retraction limit of the covering. a rotatable roller tube; a covering rotatable with the rotatable roller tube, the covering being movable between an extended position and retracted position; an end plate; first and second limit screws (124, 126) disposed within the rotatable roller tube each having respective first and second ends, wherein one of the first and second limit screws (124, 126) is rotationally and axially fixed with respect to the end plate; a first limit nut rotatable with the rotatable roller tube, the first limit nut threadably engaged with external threads of the first limit screw; and a second limit nut rotatable with the rotatable roller tube, the second limit nut threadably engaged with external threads of the second limit screw; characterised in that: the other of the first and second limit screws (124, 126) is selectively movable between a rotationally locked position and a rotationally unlocked position with respect to the end plate; wherein: in the rotationally locked position, the other of the first and second limit screws (124, 126) is axially and rotationally fixed with respect to the end plate; and in the rotationally unlocked position, the other of the first and second limit screws (124, 126) is rotationally movable with respect to the end plate to adjust an extension or retraction limit of the covering. in the rotationally locked position, the other of the first and second limit screws (124, 126) is axially and rotationally fixed with respect to the end plate; and in the rotationally unlocked position, the other of the first and second limit screws (124, 126) is rotationally movable with respect to the end plate to adjust an extension or retraction limit of the covering.
A dryer comprising: a main body including an input port for inputting clothes and an operation unit for operating the dryer; a drum rotatably installed in the main body; a driving motor configured to provide rotation power to the drum; a blowing fan configured to force a flow of air to the main body; a heat pump system including a condenser, an evaporator, and a compressor so as to heat air supplied to the drum; an outer air temperature sensor configured to measure an outer temperature; and a control unit characterised in that the control unit is configured to control a plurality of operation modes by comparing the measured outer temperature with a preset reference temperature, the plurality of operation modes being defined by an initial driving frequency and/or a variable frequency of the compressor; and in that the control unit is configured to control in a first mode when the measured outer temperature is greater than or equal to the preset reference temperature and configured to control in a second mode when the measured outer temperature is less than the preset reference temperature, wherein the first mode is defined as operating in an operation mode selected by a user among the plurality of operation modes, and the second mode is defined as operating in an operation mode in which the initial driving frequency and/or the variable frequency (Hz) of the compressor is set to the highest among the plurality of operation modes. a main body including an input port for inputting clothes and an operation unit for operating the dryer; a drum rotatably installed in the main body; a driving motor configured to provide rotation power to the drum; a blowing fan configured to force a flow of air to the main body; a heat pump system including a condenser, an evaporator, and a compressor so as to heat air supplied to the drum; an outer air temperature sensor configured to measure an outer temperature; and a control unit characterised in that the control unit is configured to control a plurality of operation modes by comparing the measured outer temperature with a preset reference temperature, the plurality of operation modes being defined by an initial driving frequency and/or a variable frequency of the compressor; and in that the control unit is configured to control in a first mode when the measured outer temperature is greater than or equal to the preset reference temperature and configured to control in a second mode when the measured outer temperature is less than the preset reference temperature, wherein the first mode is defined as operating in an operation mode selected by a user among the plurality of operation modes, and the second mode is defined as operating in an operation mode in which the initial driving frequency and/or the variable frequency (Hz) of the compressor is set to the highest among the plurality of operation modes.
Device for back injecting an implant into the skin of a subject, said device including a hollow main body (10; 144) to which a hollow needle is fixed, into which the implant is introduced, a secondary body (12; 114) coaxially arranged inside the main body and surrounding the needle, and a piston rod capable of sliding coaxially inside said hollow needle, means being provided to allow the piston rod to keep unchanged the position thereof relative to the needle when the back injection device is pressed against the subject's skin to allow the needle to penetrate said subject's skin and when the secondary body retracts inside the main body, and to allow the piston rod to move inside the hollow needle to hold the implant at the required depth in the subject's skin while the hollow needle is being withdrawn from the subject's skin, retraction during which the secondary body (12; 114) exits the main body, the device including means for elastically returning the secondary body out of the main body, the device being characterized in that the elastic return means which control the exit of the secondary body from the main body are triggered automatically and the secondary body again surrounds the hollow needle.
A ventilation unit for a building, comprising: an inlet for air drawn from the building and to be re-circulated to the building; an inlet for external air drawn from externally of the building; a mixing zone for mixing of the external air and the air drawn from the building; an air distribution outlet arrangement for distribution of air to a plurality of different zones internally of the building; and an air temperature control arrangement providing airflows of different temperatures to be distributed via the distribution outlet arrangement to the different zones internally of the building. characterised in that the unit further comprises a casing, and that the inlets, the mixing zone and the air distribution outlet arrangement are arranged within the casing. an inlet for air drawn from the building and to be re-circulated to the building; an inlet for external air drawn from externally of the building; a mixing zone for mixing of the external air and the air drawn from the building; an air distribution outlet arrangement for distribution of air to a plurality of different zones internally of the building; and an air temperature control arrangement providing airflows of different temperatures to be distributed via the distribution outlet arrangement to the different zones internally of the building. characterised in that the unit further comprises a casing, and that the inlets, the mixing zone and the air distribution outlet arrangement are arranged within the casing.
A method for realizing a service brake chamber used in an air brake system of heavy vehicles, in which the chamber is formed by connecting a pressure housing and non-pressure housing Characterized in that the said method connects a pressure housing and non-pressure housing of the service brake chamber which are made by composite material composed of non-metalic polymeric matrix, reinforced with glass fiber or carbon fiber and produced by plastic injection molding process, comprises the process steps below: • Compressing a Pressure housing, non-pressure housing and diaphragm by means of press machine. • Aligning Keyways with recesses of pressure housing and the other half of recesses of non-pressure housings, aligned by compressing diaphragm at rates to provide sealing. • Forming during the compression step At least 6 wedge mounting spaces which are required for the insertion of the wedges in the keyways in the radial direction is formed during the compression process enables the occurrence of the keyways at the same time. • Terminating the connection process by placing the wedges into the wedge mounting spaces and are driven to the keyways in the radial direction. • Compressing a Pressure housing, non-pressure housing and diaphragm by means of press machine. • Aligning Keyways with recesses of pressure housing and the other half of recesses of non-pressure housings, aligned by compressing diaphragm at rates to provide sealing. • Forming during the compression step At least 6 wedge mounting spaces which are required for the insertion of the wedges in the keyways in the radial direction is formed during the compression process enables the occurrence of the keyways at the same time. • Terminating the connection process by placing the wedges into the wedge mounting spaces and are driven to the keyways in the radial direction.
A recording medium, having two areas (L,D) of different security levels, in which encrypted content that has been encrypted through a predetermined technique and management information including information for the decryption of the encrypted content are recorded, characterized in that: said management information is larger in data size than the storage capacity of a first area having a relatively high security level, and a portion of said management information is recorded in said first area; the remainder of said management information that has been encrypted through said predetermined technique and said encrypted content are recorded in a second area having a relatively low security level; and said portion of said management information recorded in said first area includes information indicating the presence or absence of said remainder of said management information, information indicating the location at which said remainder is recorded, information indicating the data size of said remainder, and information for the decryption of said remainder. said management information is larger in data size than the storage capacity of a first area having a relatively high security level, and a portion of said management information is recorded in said first area; the remainder of said management information that has been encrypted through said predetermined technique and said encrypted content are recorded in a second area having a relatively low security level; and said portion of said management information recorded in said first area includes information indicating the presence or absence of said remainder of said management information, information indicating the location at which said remainder is recorded, information indicating the data size of said remainder, and information for the decryption of said remainder.
A system for monitoring wear of a part wearing under use such as a vehicle part, the system comprising: a piezoelectric disk electrically connected to a radio frequency circuit for receiving electrical current from the piezoelectric disk; and an antenna for transmitting a signal from the radio frequency circuit to a microprocessor such that, when the piezoelectric disk contacts a surface through wear, the radio frequency circuit generates a signal received by the microprocessor. a piezoelectric disk electrically connected to a radio frequency circuit for receiving electrical current from the piezoelectric disk; and an antenna for transmitting a signal from the radio frequency circuit to a microprocessor such that, when the piezoelectric disk contacts a surface through wear, the radio frequency circuit generates a signal received by the microprocessor.
A wireless power transmitting device comprising: a power source; a patch antenna; a transmission/reception processing circuit, wherein the transmission/reception processing circuit comprises a circulator configured to connect the transmission/reception processing circuit to an input terminal of the patch antenna during a first period and to connect the transmission/reception processing circuit to an output terminal of the patch antenna during a second period; and a processor configured to: control the transmission/reception processing circuit to output, through the patch antenna, a first signal provided from the power source during the first period, and control the transmission/reception processing circuit to receive, through the patch antenna, a second signal based on a reflection of the first signal during the second period, in response to detecting of a target device based on the second signal, control the transmission/reception processing circuit to transmit, through the patch antenna, power to the target device, wherein the first period does not overlap with the second period. a power source; a patch antenna; a transmission/reception processing circuit, wherein the transmission/reception processing circuit comprises a circulator configured to connect the transmission/reception processing circuit to an input terminal of the patch antenna during a first period and to connect the transmission/reception processing circuit to an output terminal of the patch antenna during a second period; and a processor configured to: control the transmission/reception processing circuit to output, through the patch antenna, a first signal provided from the power source during the first period, and control the transmission/reception processing circuit to receive, through the patch antenna, a second signal based on a reflection of the first signal during the second period, in response to detecting of a target device based on the second signal, control the transmission/reception processing circuit to transmit, through the patch antenna, power to the target device, wherein the first period does not overlap with the second period. control the transmission/reception processing circuit to output, through the patch antenna, a first signal provided from the power source during the first period, and control the transmission/reception processing circuit to receive, through the patch antenna, a second signal based on a reflection of the first signal during the second period, in response to detecting of a target device based on the second signal, control the transmission/reception processing circuit to transmit, through the patch antenna, power to the target device, wherein the first period does not overlap with the second period.
A container for a blender comprising a base surface, walls (14, 15, 16) extending upwardly from said base surface and terminating as the upper end of the container, a blade rotatable on an axis and positioned above the base surface, and a spout; characterised in that the spout is formed at a corner between two of said walls (14, 15, 16), said spout being formed by opposing side walls and a bottom wall, each said side wall being connected to a respective one of said two walls (14, 15, 16) of the container, said bottom wall being connected at its sides to said opposing side walls and at a bottom end to said two walls (14, 15, 16) of the container at a point located approximately twenty to thirty percent of the height of the walls (14, 15, 16) from the upper end of the container, an upper end of said bottom wall of said spout terminating at a point lower than said upper end of the container.
A composition comprising micelles encapsulating three drugs, wherein the micelles comprise poly(ethylene glycol)-block-poly(lactic acid) polymers; the hydrophobic poly(lactic acid) block of the polymers orient toward the interior of each micelle, and the hydrophilic poly(ethylene glycol) block of the polymers orient toward the exterior of each micelle; the molecular weight of the poly(ethylene glycol) block is about 1,000 to about 35,000 g/mol and the molecular weight of the poly(lactic acid) block is about 1,000 to about 15,000 g/mol; the drug loading of the micelles is about 1 wt.% to about 50 wt.% with respect to the mass of the micelles; a first drug of the three drugs encapsulated in the micelles is 17-AAG; a second drug of the three drugs encapsulated in the micelles is paclitaxel or docetaxel; a third drug of the three drugs encapsulated in the micelles is rapamycin or; a first drug of the three drugs encapsulated in the micelles is 17-AAG; a second drug of the three drugs encapsulated in the micelles is paclitaxel; a third drug of the three drugs encapsulated in the micelles is etoposide; and the composition is substantially free of ethanol, dimethyl sulfoxide, caster oil, and castor oil derivatives.
A carbon support material for an electrode, the carbon support material having a specific surface area of 300 m 2 /g to 500 m 2 /g and a micropore area of 25 m 2 /g to 50 m 2 /g; wherein the carbon support material loses 20 % or less of its mass in an accelerated test involving a 1.2 V potential hold over a 24 hour period at 80°C.
A process for preparing 3-nitro- N -(2,2,2-trifluoroethyl)-4-pyridinamine of formula (b) by treating 4-methoxy-3-nitro-pyridine of formula (a) with 2,2,2-trifluoroethylamine in an aqueous solution comprising an acid under heating.
Sensor device for a motor vehicle, having at least one first sensor and one second sensor (22, 23) each for acquiring environmental information relating to the motor vehicle, having a control unit for controlling the sensors (22, 23, 24), which control unit is coupled to the first sensor via a vehicle bus for transmitting control data and is coupled to the second sensor (22, 23) via an electrical signal line (27, 28) which is different from the vehicle bus, and having a timer which is assigned to the control unit and is intended to specify a time signal, a trigger signal (S27, S28) being generated by means of the control unit taking into account the time signal and being output to the second sensor (22, 23) via the signal line (27, 28), with the result that the trigger signal (S27, S28) is used to initiate a measuring operation of the second sensor (22, 23), the first sensor having a timer for specifying a time signal for triggering a measuring operation of the first sensor, and the timer of the first sensor being synchronized with the timer of the control unit.
A method of encoding communications traffic bits onto an optical carrier signal in a pulse amplitude modulation format, the method comprising: receiving communications traffic bits to be transmitted; receiving an optical carrier signal comprising optical pulses having an amplitude and respective phases; performing pulse amplitude modulation of the optical pulses to encode at least one respective bit in one of a pre-set plurality of amplitudes of a said optical pulse; and performing phase modulation of the optical pulses to encode at least one further respective bit in a phase difference between a said optical pulse and a consecutive optical pulse. receiving communications traffic bits to be transmitted; receiving an optical carrier signal comprising optical pulses having an amplitude and respective phases; performing pulse amplitude modulation of the optical pulses to encode at least one respective bit in one of a pre-set plurality of amplitudes of a said optical pulse; and performing phase modulation of the optical pulses to encode at least one further respective bit in a phase difference between a said optical pulse and a consecutive optical pulse.
A system for generating an electromagnetic field, comprising: a jig (152, 154, 156) comprising a center member, and a plurality of coil-separating blocks protruding from the center member and separated from each other to provide a plurality of coil channels (202, 204 206); and a plurality of wires, wherein each of the plurality of wires is wrapped on the jig, around the center member, and in one of the plurality of coil channels to form one of a plurality of coils, wherein each of the plurality of coils is configured to connect to an electromagnetic navigation system and generate respective electromagnetic fields to be emitted relative to a subject; characterized in that the plurality of coil channels (202, 204, 206) comprise dividers and wire channels; wherein each of the plurality of wires are wrapped in one of the wire channels, around the center member, and between two of the dividers or between one of the dividers and one of the coil-separating blocks; and wherein the plurality of coil channels (202, 204, 206) are segregated with gaps between segregated portions of the plurality of coil channels, wherein a first coil channel is segregated by a second coil channel such that gaps of the first coil channel are in the second coil channel; and wherein each of the plurality of wires switch between wire channels in the gaps of the segregated portions of the plurality of coil channels. a jig (152, 154, 156) comprising a center member, and a plurality of coil-separating blocks protruding from the center member and separated from each other to provide a plurality of coil channels (202, 204 206); and a plurality of wires, wherein each of the plurality of wires is wrapped on the jig, around the center member, and in one of the plurality of coil channels to form one of a plurality of coils, wherein each of the plurality of coils is configured to connect to an electromagnetic navigation system and generate respective electromagnetic fields to be emitted relative to a subject; characterized in that the plurality of coil channels (202, 204, 206) comprise dividers and wire channels; wherein each of the plurality of wires are wrapped in one of the wire channels, around the center member, and between two of the dividers or between one of the dividers and one of the coil-separating blocks; and wherein the plurality of coil channels (202, 204, 206) are segregated with gaps between segregated portions of the plurality of coil channels, wherein a first coil channel is segregated by a second coil channel such that gaps of the first coil channel are in the second coil channel; and wherein each of the plurality of wires switch between wire channels in the gaps of the segregated portions of the plurality of coil channels.