mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: a touch screen disposed on a front of the electronic device; a touch sensor configured to sense at least one touch, wherein the touch sensor is disposed on at least two different lateral sides of the electronic device; a pressure sensor configured to sense at least one pressure, wherein the pressure sensor is disposed on the at least two different lateral sides of the electronic device; a sensor for detecting rotation of the device; and a controller configured to determine a grip pattern in which a user grips the electronic device, and a time period for which the user grips the electronic device, using the touch sensor and the pressure sensor, and to control a predetermined function according to the grip pattern and the time period, wherein the controller is configured to determine whether the grip pattern is changed when the electronic device is rotated, change a first screen displayed on the touch screen to a second screen rotated from the first screen according to a rotation direction of the electronic device when the grip pattern is changed, and keep displaying the first screen when the grip pattern is not changed. a touch screen disposed on a front of the electronic device; a touch sensor configured to sense at least one touch, wherein the touch sensor is disposed on at least two different lateral sides of the electronic device; a pressure sensor configured to sense at least one pressure, wherein the pressure sensor is disposed on the at least two different lateral sides of the electronic device; a sensor for detecting rotation of the device; and a controller configured to determine a grip pattern in which a user grips the electronic device, and a time period for which the user grips the electronic device, using the touch sensor and the pressure sensor, and to control a predetermined function according to the grip pattern and the time period, wherein the controller is configured to determine whether the grip pattern is changed when the electronic device is rotated, change a first screen displayed on the touch screen to a second screen rotated from the first screen according to a rotation direction of the electronic device when the grip pattern is changed, and keep displaying the first screen when the grip pattern is not changed.
A reinforced ion-conducting membrane, suitable for use in a membrane electrode assembly of a fuel cell, comprising: a planar reinforcing component which comprises a porous polymer material; an ion-conducting component embedded in at least a region of the planar reinforcing component, which ion-conducting component comprises an ion-conducting polymer material; linking groups which are chemically bonded to both the planar reinforcing component and the ion-conducting component; wherein the linking groups are non-polymeric; and the linking groups comprise a nitrogen containing moiety; and the linking groups have a different chemical structure to the monomer units of the ion-conducting component. a planar reinforcing component which comprises a porous polymer material; an ion-conducting component embedded in at least a region of the planar reinforcing component, which ion-conducting component comprises an ion-conducting polymer material; linking groups which are chemically bonded to both the planar reinforcing component and the ion-conducting component; wherein the linking groups are non-polymeric; and the linking groups comprise a nitrogen containing moiety; and the linking groups have a different chemical structure to the monomer units of the ion-conducting component.
A method of operating a secondary base station in a mobile communications network, wherein the secondary base station includes a radio-node transmitter and a radio-node receiver , and wherein the mobile communications network includes a primary base station , the method comprising: monitoring through the radio-node receiver of the secondary base station to detect user terminal signals transmitted to the primary base station while maintaining the secondary base station in a sleep mode, wherein monitoring to detect user terminal signals comprises monitoring received signal strength over frequencies used by the primary base station without decoding and/or without converting to baseband, and wherein the secondary base station is changed from the sleep mode to the active mode responsive to the received signal strength exceeding a received signal strength threshold; and responsive to detecting user terminal signals during monitoring in the sleep-mode, changing operation of the secondary base station from the sleep mode to an active mode, wherein the secondary base station provides a Radio Access Technology (RAT) that is unavailable from the primary base station . monitoring through the radio-node receiver of the secondary base station to detect user terminal signals transmitted to the primary base station while maintaining the secondary base station in a sleep mode, wherein monitoring to detect user terminal signals comprises monitoring received signal strength over frequencies used by the primary base station without decoding and/or without converting to baseband, and wherein the secondary base station is changed from the sleep mode to the active mode responsive to the received signal strength exceeding a received signal strength threshold; and responsive to detecting user terminal signals during monitoring in the sleep-mode, changing operation of the secondary base station from the sleep mode to an active mode, wherein the secondary base station provides a Radio Access Technology (RAT) that is unavailable from the primary base station .
Balanced wave power converter system including at least one surface buoy and at least one submerged buoy , the buoys being connected to each other by means of a wire , wherein the wire is connected to a three-phase generator via a fly-wheel between the two buoys , wherein the generator is arranged in a housing at a seabed under the buoys , and which surface buoy is provided with at least one ballast tank for adjustment of the buoyancy of the surface buoy , wherein the submerged buoy is arranged for accommodating the wire , and that the wire is fixed to the surface buoy and extends down from the surface buoy , through the submerged buoy , around the fly-wheel and up to the submerged buoy where it is fixed, and wherein the submerged buoy exhibits a buoyancy being lower than the buoyancy of the surface buoy , characterized in that a magnetic lead screw is arranged in the power transfer from the fly-wheel to the generator , wherein it further includes at least one winch arranged inside the housing , the at least one winch being arranged to a shaft of the magnetic lead screw by means of a toothed wheel for controlling the wire via the fly-wheel .
A drive system for an elevator installation, comprising a drive , and a drive suspension for fastening the drive to a support element of the elevator installation, wherein the drive suspension comprises: - a rotary joint for tiltably mounting the drive on the support element ; and - an adjustment device for setting a tilt of the drive about the rotary joint , wherein the rotary joint comprises: a fixing part which is designed for fastening to the support element ; and a first suspension part which is fastened to the drive ; wherein the fixing part and the first suspension part are rotatably connected to each other, characterized in that the first suspension part has at least one first opening and the fixing part has at least one second opening; and in that the rotary joint comprises a connecting element which is arranged so as to pass through the at least one first opening and the at least one second opening. a drive suspension for fastening the drive to a support element of the elevator installation, wherein the drive suspension comprises: - a rotary joint for tiltably mounting the drive on the support element ; and - an adjustment device for setting a tilt of the drive about the rotary joint , - a rotary joint for tiltably mounting the drive on the support element ; and - an adjustment device for setting a tilt of the drive about the rotary joint , wherein the rotary joint comprises: a fixing part which is designed for fastening to the support element ; and a first suspension part which is fastened to the drive ; wherein the fixing part and the first suspension part are rotatably connected to each other, characterized in that the first suspension part has at least one first opening and the fixing part has at least one second opening; and in that the rotary joint comprises a connecting element which is arranged so as to pass through the at least one first opening and the at least one second opening. a fixing part which is designed for fastening to the support element ; and a first suspension part which is fastened to the drive ; wherein the fixing part and the first suspension part are rotatably connected to each other, characterized in that the first suspension part has at least one first opening and the fixing part has at least one second opening; and in that the rotary joint comprises a connecting element which is arranged so as to pass through the at least one first opening and the at least one second opening.
An image sensor , comprising: a pixel array comprising a light sensing area and an imaging area , the light sensing area being configured to detect an illumination intensity and the imaging area being configured to acquire an image; and a control circuit coupled to the pixel array and configured to receive a first instruction to control the light sensing area to detect the illumination intensity, and to receive a second instruction to control the imaging area to acquire the image, wherein the control circuit is configured to receive the first instruction and the second instruction at the same time, wherein the pixel array has a rectangular shape, characterized in that the imaging area has a circular or elliptical shape inscribed within the rectangular pixel array , and an area of the rectangular pixel array other than the inscribed circular or elliptical imaging area is the light sensing area . a pixel array comprising a light sensing area and an imaging area , the light sensing area being configured to detect an illumination intensity and the imaging area being configured to acquire an image; and a control circuit coupled to the pixel array and configured to receive a first instruction to control the light sensing area to detect the illumination intensity, and to receive a second instruction to control the imaging area to acquire the image, wherein the control circuit is configured to receive the first instruction and the second instruction at the same time, wherein the pixel array has a rectangular shape, characterized in that the imaging area has a circular or elliptical shape inscribed within the rectangular pixel array , and an area of the rectangular pixel array other than the inscribed circular or elliptical imaging area is the light sensing area .
A method for stopping a lumpy product that is fed by a continuous conveyor along a feed path in a feed direction to a stop location, wherein a stop at the stop location is initially moved from a reset position outside of the feed path into the feed path such that the product abuts against the stop and moves the stop in the feed direction by a damping length , wherein an impulse of the product is dissipated when a fluid flows through a throttle element , and wherein the stop is subsequently removed from the feed path and moved back into the reset position by the damping length counter to the feed direction , characterized in that the stop is pivoted from the reset position into the feed path and pivoted from the feed path into the reset position about the feed direction .
A pneumatic tire , comprising: a carcass layer ; a belt layer disposed outward of the carcass layer in a radial direction; a tread rubber disposed outward of the belt layer in a radial direction; and a plurality of main grooves and a plurality of blocks defined by the plurality of main grooves formed in a tread surface, wherein the tread rubber comprises a cap tread forming the tread surface, an undertread disposed in a layer below the cap tread , and an earthing tread extending through the cap tread and the undertread , exposed on a road contact surface of the block , and being in contact with the belt layer , the earthing tread being made from a rubber material with a volume resistivity of 1 × 10^7 Ω·cm or less, the undertread comprising a thickened portion in a region between the earthing tread and an edge portion of the block , and a gauge of the undertread , due to the thickened portion, gradually increases from the earthing tread toward the block edge portion; characterized in that a modulus at 300% elongation of the cap tread ranges from 3.0 MPa to 7.0 MPa, a modulus at 300% elongation of the undertread ranges from 10.0 MPato 20.0 MPa, and a modulus at 300% elongation of the earthing tread ranges from 10.0 MPa to 20.0 MPa. a carcass layer ; a belt layer disposed outward of the carcass layer in a radial direction; a tread rubber disposed outward of the belt layer in a radial direction; and a plurality of main grooves and a plurality of blocks defined by the plurality of main grooves formed in a tread surface, wherein the tread rubber comprises a cap tread forming the tread surface, an undertread disposed in a layer below the cap tread , and an earthing tread extending through the cap tread and the undertread , exposed on a road contact surface of the block , and being in contact with the belt layer , the earthing tread being made from a rubber material with a volume resistivity of 1 × 10^7 Ω·cm or less, the undertread comprising a thickened portion in a region between the earthing tread and an edge portion of the block , and a gauge of the undertread , due to the thickened portion, gradually increases from the earthing tread toward the block edge portion; characterized in that a modulus at 300% elongation of the cap tread ranges from 3.0 MPa to 7.0 MPa, a modulus at 300% elongation of the undertread ranges from 10.0 MPato 20.0 MPa, and a modulus at 300% elongation of the earthing tread ranges from 10.0 MPa to 20.0 MPa.
A clamp comprising: a first clamping portion comprising a tube clamp for clamping a tube ; a second clamping portion comprising a hole for receiving a first bolt of the clamp; wherein the clamp is configured such that when the second clamping portion is laid on top of the first clamping portion , the second clamping portion can be secured to the first clamping portion by receiving the first bolt in the hole of the second clamping portion and then securing the first bolt ; wherein a top face and a bottom face of the first clamping portion have a repeated pattern of folds; wherein a bottom face of the second clamping portion has the same repeated pattern of folds as the top face and the bottom face of the first clamping portion ; whereby a part of a first sheet can be held in between the tube and the first clamping portion by placing the part of first sheet in between the tube and the first clamping portion and clamping the tube to the first clamping portion using the tube clamp ; a part of a second sheet can be held in between the first clamping portion and the second clamping portion by placing the part of the second sheet in between the first clamping portion and the second clamping portion and then securing the second clamping portion to the first clamping portion by receiving the first bolt in the hole of the second clamping portion and then securing the first bolt ; the first sheet comprises a corrugated sheet and the second sheet comprises a corrugated sheet. a first clamping portion comprising a tube clamp for clamping a tube ; a second clamping portion comprising a hole for receiving a first bolt of the clamp; wherein the clamp is configured such that when the second clamping portion is laid on top of the first clamping portion , the second clamping portion can be secured to the first clamping portion by receiving the first bolt in the hole of the second clamping portion and then securing the first bolt ; wherein a top face and a bottom face of the first clamping portion have a repeated pattern of folds; wherein a bottom face of the second clamping portion has the same repeated pattern of folds as the top face and the bottom face of the first clamping portion ; whereby a part of a first sheet can be held in between the tube and the first clamping portion by placing the part of first sheet in between the tube and the first clamping portion and clamping the tube to the first clamping portion using the tube clamp ; a part of a second sheet can be held in between the first clamping portion and the second clamping portion by placing the part of the second sheet in between the first clamping portion and the second clamping portion and then securing the second clamping portion to the first clamping portion by receiving the first bolt in the hole of the second clamping portion and then securing the first bolt ; the first sheet comprises a corrugated sheet and the second sheet comprises a corrugated sheet.
Light diffuser casing comprising: • an enclosure defining a cavity and provided with a closable opening configured to allow a headlamp to be inserted inside the light diffuser casing , • a light diffuser arranged: ∘ to receive a light beam coming from the headlamp and ∘ to make said beam diffuse on the enclosure , the light diffuser being made from a translucent or transparent material so that said light beam passes through the light diffuser, the enclosure being made from a translucent material Light diffuser casing characterized in that it comprises a separator separating the cavity into a first housing configured to house the headlamp , and a second housing distinct from the first housing , the separator being made from a translucent or transparent material and in that the enclosure of the first housing is made from an elastically deformable material so as to enable the headlamp placed in the light diffuser casing to be switched on and off. • an enclosure defining a cavity and provided with a closable opening configured to allow a headlamp to be inserted inside the light diffuser casing , • a light diffuser arranged: ∘ to receive a light beam coming from the headlamp and ∘ to make said beam diffuse on the enclosure , the light diffuser being made from a translucent or transparent material so that said light beam passes through the light diffuser, the enclosure being made from a translucent material ∘ to receive a light beam coming from the headlamp and ∘ to make said beam diffuse on the enclosure , the light diffuser being made from a translucent or transparent material so that said light beam passes through the light diffuser, the enclosure being made from a translucent material
A downlink synchronization method comprising sending , by a base station, downlink synchronization reference information to a terminal by using dedicated signaling or a system message, wherein the downlink synchronization reference information is used to instruct the terminal to perform downlink synchronization in a second cell by referring to a first downlink synchronization channel, wherein the first downlink synchronization channel is of a first cell, wherein the first cell is a primary cell, PCell, and the second cell is a secondary cell, SCell; sending to the terminal, by the base station, the first downlink synchronization channel in the first cell, and sending , by the base station in the second cell according to location information of the terminal, a beam comprising a second downlink synchronization channel to the terminal, wherein the first cell and the second cell comprise an overlapped coverage area, wherein the downlink synchronization reference information includes a mapping relationship between a time offset and a beam ID of the second downlink synchronization channel, and the second downlink synchronization channel is detected, by referring to the first downlink synchronization channel, according to the time offset and the mapping relationship between the time offset and the beam ID of the second downlink synchronization channel.
A compressible lip for a suction cup for engaging and lifting an object , wherein the lip in an upper portion thereof has a central opening to vacuum, the lip extends outwardly to a sealing portion located in a lower portion of the lip defining an engagement area (A) of the lip for engaging and lifting the object, the lip exhibits a raised portion exhibiting a flow passage to vacuum from the central opening, wherein the flow passage is formed in the raised portion, characterized in that the raised portion runs along a sectional area (a, b, c, d, e, f) of the engagement area (A), wherein the sectional area is defined by the raised portion, or, by the raised portion and part of the sealing portion, and wherein the flow passage is capable of forming together with a surface of the object a flow restriction when the raised portion containing the flow passage by compression of the lip is brought into contact with said surface of the object.
A method for wireless communication, comprising: identifying , at a base station (105, 105-b), a control resource set, coreset, for a transmission time interval, the coreset including a common search space, CSS, and a user equipment, UE ,-specific search space, USS; said method being characterized by : identifying , at the base station (105,105-b), reference signals to transmit in the CSS and the USS of the coreset, and encoding, at the base station (105, 105-b), the identified reference signals using a common sequence for the coreset; and transmitting , at the base station (105, 105-b), the encoded identified reference signals in the CSS and the USS of the coreset. identifying , at a base station (105, 105-b), a control resource set, coreset, for a transmission time interval, the coreset including a common search space, CSS, and a user equipment, UE ,-specific search space, USS; said method being characterized by : identifying , at the base station (105,105-b), reference signals to transmit in the CSS and the USS of the coreset, and encoding, at the base station (105, 105-b), the identified reference signals using a common sequence for the coreset; and transmitting , at the base station (105, 105-b), the encoded identified reference signals in the CSS and the USS of the coreset. identifying , at the base station (105,105-b), reference signals to transmit in the CSS and the USS of the coreset, and encoding, at the base station (105, 105-b), the identified reference signals using a common sequence for the coreset; and transmitting , at the base station (105, 105-b), the encoded identified reference signals in the CSS and the USS of the coreset.