mhurhangee/ep-ind-claims huggingface dataset:
A washer/dryer comprising - two side walls covering from sides the volume wherein the drum, in which the laundry is placed, and other machine elements are located, - a front wall covering the said volume from the front, - a base that supports the side walls and other machine elements from below, and - a skirt that extends into the body at the lower side of the side wall and perpendicularly to the side wall, and - an extension whereon the skirt is seated, extending outwards from the base, - a flange disposed on the base inwards from the side wall at least as much as the width of the skirt, perpendicular to the extension, extending parallel to the side wall - a protrusion disposed on the flange, extending outwards so as to remain on the extension, - at least one recess disposed on the skirt and characterized by - the side wall having a first position wherein the side wall is placed onto the base such that the skirt is seated onto the extension and wherein the recess is aligned with the protrusion and a second position to which the side wall is changed by being slid from back to front from the first position and wherein it is secured onto the base by the skirt entering under the protrusion. - two side walls covering from sides the volume wherein the drum, in which the laundry is placed, and other machine elements are located, - a front wall covering the said volume from the front, - a base that supports the side walls and other machine elements from below, and - a skirt that extends into the body at the lower side of the side wall and perpendicularly to the side wall, and - an extension whereon the skirt is seated, extending outwards from the base, - a flange disposed on the base inwards from the side wall at least as much as the width of the skirt, perpendicular to the extension, extending parallel to the side wall - a protrusion disposed on the flange, extending outwards so as to remain on the extension, - at least one recess disposed on the skirt and characterized by - the side wall having a first position wherein the side wall is placed onto the base such that the skirt is seated onto the extension and wherein the recess is aligned with the protrusion and a second position to which the side wall is changed by being slid from back to front from the first position and wherein it is secured onto the base by the skirt entering under the protrusion.
A contoured display comprising: an image device configured to output an image; and a faceplate configured to propagate the image in a collimated manner from an interface surface of the faceplate to a display surface of the faceplate, wherein the display surface is a curved surface, wherein the faceplate is formed of a plurality of parallel optical fibers, each optical fiber having a first end and a second end opposite the first end, wherein the first ends of the optical fibers cooperate to define the interface surface of the faceplate in a manner effective to couple optically with the image device to propagate the image into the optical fibers, and the second ends of the optical fibers cooperate to define the display surface of the faceplate in a manner effective to display the image on the display surface; characterized in that the display further comprises an intermediate plate interposed between the image device and the faceplate, and configured to propagate the image in a collimated manner from the image device to the faceplate. an image device configured to output an image; and a faceplate configured to propagate the image in a collimated manner from an interface surface of the faceplate to a display surface of the faceplate, wherein the display surface is a curved surface, wherein the faceplate is formed of a plurality of parallel optical fibers, each optical fiber having a first end and a second end opposite the first end, wherein the first ends of the optical fibers cooperate to define the interface surface of the faceplate in a manner effective to couple optically with the image device to propagate the image into the optical fibers, and the second ends of the optical fibers cooperate to define the display surface of the faceplate in a manner effective to display the image on the display surface; characterized in that the display further comprises an intermediate plate interposed between the image device and the faceplate, and configured to propagate the image in a collimated manner from the image device to the faceplate.
An air-conditioning-apparatus indoor unit comprising: a housing having an air inlet disposed in an upper part of the housing and an air outlet disposed in a lower part of a front surface of the housing, the housing accommodating a heat exchanger and a fan; a left-right deflector (7a, 7b) provided to the air outlet, the left-right deflector (7a, 7b) being configured to change a direction of an air flow from the air outlet in a left-right direction; an up-down deflector (8a, 8b) provided to the air outlet, the up-down deflector (8a, 8b) being configured to change the direction of the air flow from the air outlet in an up-down direction; a sensor disposed at one end in the left-right direction of the front surface of the housing so that the sensor is next to one end in the left-right direction of the air outlet of the housing; wherein at least one air flow control member (41, 42, 43) disposed between the sensor and one end of the left-right deflector close to the sensor, the at least one air flow control member (41, 42, 43) being configured to control the air flow from the air outlet to be blown in a direction away from the sensor, characterized in that the sensor is an infrared sensor, and the at least one air flow control member (41, 42, 43) includes at least one air flow control member (41, 43) disposed on the up-down deflector; or the at least one air flow control member (41, 42, 43) includes at least one air flow control member disposed on an upper surface of the air outlet. a housing having an air inlet disposed in an upper part of the housing and an air outlet disposed in a lower part of a front surface of the housing, the housing accommodating a heat exchanger and a fan; a left-right deflector (7a, 7b) provided to the air outlet, the left-right deflector (7a, 7b) being configured to change a direction of an air flow from the air outlet in a left-right direction; an up-down deflector (8a, 8b) provided to the air outlet, the up-down deflector (8a, 8b) being configured to change the direction of the air flow from the air outlet in an up-down direction; a sensor disposed at one end in the left-right direction of the front surface of the housing so that the sensor is next to one end in the left-right direction of the air outlet of the housing; wherein at least one air flow control member (41, 42, 43) disposed between the sensor and one end of the left-right deflector close to the sensor, the at least one air flow control member (41, 42, 43) being configured to control the air flow from the air outlet to be blown in a direction away from the sensor, characterized in that the sensor is an infrared sensor, and the at least one air flow control member (41, 42, 43) includes at least one air flow control member (41, 43) disposed on the up-down deflector; or the at least one air flow control member (41, 42, 43) includes at least one air flow control member disposed on an upper surface of the air outlet.
A balancer for a washing machine, the balancer comprising: a balancer housing for mounting to a drum of the washing machine and having an annular channel therein; a plurality of masses movably disposed along the annular channel; a plurality of magnets on the balancer housing; a plurality of receiving grooves configured to receive the masses so as to restrict the masses from moving along the annular channel when a revolution per minute value of the drum is lower than a specific revolution per minute value, wherein each magnet is provided at a position corresponding to a respective receiving groove to restrain the masses in the grooves by magnetic force; characterized in that a first and second guide grooves (118a, 118b) are formed on an inner surface of the balancer housing to guide the movement of the plurality of masses in the annular channel when the drum rotates, wherein the first guide groove is disposed outside the second guide groove in a radial direction of the balancer housing, wherein the first guide groove is connected to the receiving grooves, so that the masses can move from a receiving groove to the second guide groove when the drum rotates at a revolution per minute value greater than the specific revolution per minute value, and wherein the masses move along the first guide groove when the drum is further accelerated and the centrifugal force acting on the masses is further increased, such that the second guide groove serves to guide the movement of the masses at a relatively low speed and the first guide groove serves to guide the movement of the masses at a relatively high speed. a balancer housing for mounting to a drum of the washing machine and having an annular channel therein; a plurality of masses movably disposed along the annular channel; a plurality of magnets on the balancer housing; a plurality of receiving grooves configured to receive the masses so as to restrict the masses from moving along the annular channel when a revolution per minute value of the drum is lower than a specific revolution per minute value, wherein each magnet is provided at a position corresponding to a respective receiving groove to restrain the masses in the grooves by magnetic force; characterized in that a first and second guide grooves (118a, 118b) are formed on an inner surface of the balancer housing to guide the movement of the plurality of masses in the annular channel when the drum rotates, wherein the first guide groove is disposed outside the second guide groove in a radial direction of the balancer housing, wherein the first guide groove is connected to the receiving grooves, so that the masses can move from a receiving groove to the second guide groove when the drum rotates at a revolution per minute value greater than the specific revolution per minute value, and wherein the masses move along the first guide groove when the drum is further accelerated and the centrifugal force acting on the masses is further increased, such that the second guide groove serves to guide the movement of the masses at a relatively low speed and the first guide groove serves to guide the movement of the masses at a relatively high speed.
A method for use in a multiple-input multiple-output communication network in which: the network comprises a plurality of cells provided by one or more base stations operable to transmit signals on at least one downlink to, and receive signals on at least one uplink from, a user equipment, the user equipment is operable to feed back to the network reports on channel state information, CSI, for one or more of the cells; and base stations are operable to adapt downlink signals to the user equipment based on the CSI reports, the method comprising: the user equipment selecting at least one cell to be the subject of a CSI report; characterised in that: the selecting step includes finding, as a candidate subject cell, a best cell with which the user equipment should communicate, wherein the best cell is determined according to one or more of: maximum achievable data rate; expected data rate; and expected spectral efficiency. the network comprises a plurality of cells provided by one or more base stations operable to transmit signals on at least one downlink to, and receive signals on at least one uplink from, a user equipment, the user equipment is operable to feed back to the network reports on channel state information, CSI, for one or more of the cells; and base stations are operable to adapt downlink signals to the user equipment based on the CSI reports, the method comprising: the user equipment selecting at least one cell to be the subject of a CSI report; characterised in that: the selecting step includes finding, as a candidate subject cell, a best cell with which the user equipment should communicate, wherein the best cell is determined according to one or more of: maximum achievable data rate; expected data rate; and expected spectral efficiency. the user equipment selecting at least one cell to be the subject of a CSI report; characterised in that: the selecting step includes finding, as a candidate subject cell, a best cell with which the user equipment should communicate, wherein the best cell is determined according to one or more of: maximum achievable data rate; expected data rate; and expected spectral efficiency. the selecting step includes finding, as a candidate subject cell, a best cell with which the user equipment should communicate, wherein the best cell is determined according to one or more of: maximum achievable data rate; expected data rate; and expected spectral efficiency. maximum achievable data rate; expected data rate; and expected spectral efficiency.
Airborne ultrasound system for the air-coupled testing of materials, which has an ultrasonic transducer, transmitting/receiving electronics having a digitizer, and a computing unit having actuating and evaluating software, characterized in that the ultrasonic transducer is a multielement ultrasonic transducer and has at least three or four transmitting elements and/or receiving elements (11, 12, 13), wherein the transmitting elements and/or receiving elements (11, 12, 13) are in annular or circular form and are arranged around one another; and the transmitting elements (11, 12, 13) are actuatable at different frequencies, wherein a first transmitting element is actuated at a frequency of from 370 to 390 kHz, a second transmitting element is actuated at a frequency of from 390 to 410 kHz and a third transmitting element is actuated at a frequency of from 410 to 430 kHz, the transmitting/receiving electronics are configured for actuating the at least three or four annular or circular transmitting elements of the multielement ultrasonic transducer, wherein a wideband ultrasonic signal is transmitted and received and individual spectra are formed therefrom; and the computing unit is configured to form a spectrum that is obtained from the sum of the overlaid individual spectra of the individual elements of the multielement ultrasonic transducer.
A method of establishing peer-to-peer communication, the method comprising: a first wireless transmit/receive unit, WTRU, (210, 710) receiving a command signal from a base station (140, 715); the first WTRU transmitting a timing signal in response to receiving the command signal; and the first WTRU receiving a handshake seeking signal (250, 705) from a second WTRU responding to the timing signal; wherein the command signal includes an indication of which timing signal to transmit, at what power level to transmit the timing signal, and when to transmit the timing signal; a first wireless transmit/receive unit, WTRU, (210, 710) receiving a command signal from a base station (140, 715); the first WTRU transmitting a timing signal in response to receiving the command signal; and the first WTRU receiving a handshake seeking signal (250, 705) from a second WTRU responding to the timing signal; wherein the command signal includes an indication of which timing signal to transmit, at what power level to transmit the timing signal, and when to transmit the timing signal;
A control method for controlling an information processing apparatus having storage means and display means, the control method comprising: displaying an image selected by a user on the display means; acquiring connection information from a printing apparatus by using proximity wireless communication; storing the acquired connection information in the storage means; establishing wireless connection with the printing apparatus by using the acquired connection information stored in the storage means, wherein a communication method of the wireless connection is a first communication method different from a second communication method that is a communication method of the proximity wireless communication; after the wireless connection is established, executing a first process for transmitting print data corresponding to the selected image to the printing apparatus using the first communication method; and after the first process has been executed, executing a second process that is a process of transmitting a request from a printing application running on the information processing apparatus to an operating system operating on the information processing apparatus, wherein the execution of the second process results in deletion of the acquired connection information. displaying an image selected by a user on the display means; acquiring connection information from a printing apparatus by using proximity wireless communication; storing the acquired connection information in the storage means; establishing wireless connection with the printing apparatus by using the acquired connection information stored in the storage means, wherein a communication method of the wireless connection is a first communication method different from a second communication method that is a communication method of the proximity wireless communication; after the wireless connection is established, executing a first process for transmitting print data corresponding to the selected image to the printing apparatus using the first communication method; and after the first process has been executed, executing a second process that is a process of transmitting a request from a printing application running on the information processing apparatus to an operating system operating on the information processing apparatus, wherein the execution of the second process results in deletion of the acquired connection information.
Convertible tights particularly suitable to be worn by a user during the practice of dance, comprising a panty, two tubular portions that form the legs of the tights, each ending with a foot, where a lower portion of said foot, which in use is arranged at the sole of the foot of the user from a toe to a heel, comprises an elastically deformable hole, characterized in that it comprises, for each foot, a patch made of a thermoplastic elastomeric material, adapted to externally cover, at least partially, the lower portion of said foot of said tights, where said patch comprises said hole.
Method for manufacturing timepiece hairsprings comprising the following successive steps: a) forming hairsprings in a wafer, b) forming a thermal compensation layer on the hairsprings, c) identifying the hairsprings having a stiffness within a predetermined range, d) optionally, detaching the hairsprings identified in step c) from the wafer, e) modifying the other hairsprings so that the stiffness of at least some of them is within the predetermined range, f) detaching from the wafer these other hairsprings and, if they have not been detached in step d), the hairsprings identified in step c). a) forming hairsprings in a wafer, b) forming a thermal compensation layer on the hairsprings, c) identifying the hairsprings having a stiffness within a predetermined range, d) optionally, detaching the hairsprings identified in step c) from the wafer, e) modifying the other hairsprings so that the stiffness of at least some of them is within the predetermined range, f) detaching from the wafer these other hairsprings and, if they have not been detached in step d), the hairsprings identified in step c).
An absorbent article comprising: a liquid pervious topsheet, a liquid impervious backsheet, an absorbent core disposed between the topsheet and the backsheet, and an intermediate layer disposed between the topsheet and the absorbent core, the intermediate layer comprising a nonwoven, wherein the nonwoven is a spunlace nonwoven, wherein the nonwoven comprises i) a plurality of apertures, ii) absorbent fibers, and iii) ultrafine fibers of 3% to 35% by weight of the nonwoven, wherein ultrafine fibers have a diameter no greater than 2μm, as measured by the Fiber Diameter Test disclosed herein, and wherein the aperture has a hydraulic diameter in the range of 600μm to 4500μm, as measured by the Aperture Size Test disclosed herein. a liquid pervious topsheet, a liquid impervious backsheet, an absorbent core disposed between the topsheet and the backsheet, and an intermediate layer disposed between the topsheet and the absorbent core, the intermediate layer comprising a nonwoven, wherein the nonwoven is a spunlace nonwoven, wherein the nonwoven comprises i) a plurality of apertures, ii) absorbent fibers, and iii) ultrafine fibers of 3% to 35% by weight of the nonwoven, wherein ultrafine fibers have a diameter no greater than 2μm, as measured by the Fiber Diameter Test disclosed herein, and i) a plurality of apertures, ii) absorbent fibers, and iii) ultrafine fibers of 3% to 35% by weight of the nonwoven, wherein ultrafine fibers have a diameter no greater than 2μm, as measured by the Fiber Diameter Test disclosed herein, and wherein the aperture has a hydraulic diameter in the range of 600μm to 4500μm, as measured by the Aperture Size Test disclosed herein.
A method (100,101) for adjusting operation of a motion tracking system comprising a computing apparatus and a plurality of sensors, each sensor comprising a gyroscope and an accelerometer, the method (100,101) comprising: aligning the plurality of sensors; providing, by each sensor of the plurality of sensors to the computing apparatus, a first orientation when the sensors are aligned, the first orientation comprising a first heading; placing the plurality of sensors on a person; and providing, by each sensor of the plurality of sensors to the computing apparatus, a second orientation when the sensors are placed on the person, the second orientation comprising a second heading; characterized by: digitally determining, by the computing apparatus, whether the plurality of sensors is placed on the person according to a predetermined sensor arrangement based on both the first and second headings (71-73, 77-79) of each sensor of the plurality of sensors; and adjusting, by the computing apparatus, the operation of the motion tracking system based on the determination. aligning the plurality of sensors; providing, by each sensor of the plurality of sensors to the computing apparatus, a first orientation when the sensors are aligned, the first orientation comprising a first heading; placing the plurality of sensors on a person; and providing, by each sensor of the plurality of sensors to the computing apparatus, a second orientation when the sensors are placed on the person, the second orientation comprising a second heading; characterized by: digitally determining, by the computing apparatus, whether the plurality of sensors is placed on the person according to a predetermined sensor arrangement based on both the first and second headings (71-73, 77-79) of each sensor of the plurality of sensors; and adjusting, by the computing apparatus, the operation of the motion tracking system based on the determination. digitally determining, by the computing apparatus, whether the plurality of sensors is placed on the person according to a predetermined sensor arrangement based on both the first and second headings (71-73, 77-79) of each sensor of the plurality of sensors; and adjusting, by the computing apparatus, the operation of the motion tracking system based on the determination.