mhurhangee/ep-ind-claims huggingface dataset:
A portable electronic device comprising: a glass housing structure comprising: a front glass sheet defining a front exterior surface of the portable electronic device; a rear glass sheet defining a rear exterior surface of the portable electronic device; and a glass sidewall structure positioned between the front and rear glass sheets, fused to the front glass sheet, and defining at least a portion of a side exterior surface of the portable electronic device, the front glass sheet and the glass sidewall structure defining a curved surface having a curved exterior profile that extends from the front exterior surface to the side exterior surface; and a display positioned within the glass housing structure. a glass housing structure comprising: a front glass sheet defining a front exterior surface of the portable electronic device; a rear glass sheet defining a rear exterior surface of the portable electronic device; and a glass sidewall structure positioned between the front and rear glass sheets, fused to the front glass sheet, and defining at least a portion of a side exterior surface of the portable electronic device, the front glass sheet and the glass sidewall structure defining a curved surface having a curved exterior profile that extends from the front exterior surface to the side exterior surface; and a front glass sheet defining a front exterior surface of the portable electronic device; a rear glass sheet defining a rear exterior surface of the portable electronic device; and a glass sidewall structure positioned between the front and rear glass sheets, fused to the front glass sheet, and defining at least a portion of a side exterior surface of the portable electronic device, the front glass sheet and the glass sidewall structure defining a curved surface having a curved exterior profile that extends from the front exterior surface to the side exterior surface; and a display positioned within the glass housing structure.
A method for transmitting control instructions to a sensor in a position tracking system, comprising: generating a drive signal for driving a field generator; superimposing a control signal comprising the control instructions on the drive signal; driving the field generator with the drive signal, so as to generate a field to be sensed by the sensor; at the sensor, detecting the field in order to determine position coordinates of the sensor and to demodulate the control signal so as to extract the control instructions; and controlling a functionality of the sensor based on the extracted control instructions. generating a drive signal for driving a field generator; superimposing a control signal comprising the control instructions on the drive signal; driving the field generator with the drive signal, so as to generate a field to be sensed by the sensor; at the sensor, detecting the field in order to determine position coordinates of the sensor and to demodulate the control signal so as to extract the control instructions; and controlling a functionality of the sensor based on the extracted control instructions.
A method for controlling the deposition of vaporized organic material onto a substrate surface, comprising: (a) providing a heating device to produce vaporized organic material; (b) providing a manifold having at least one aperture through which vaporized organic material passes for deposition onto the substrate surface; (c) providing a controller operating independently of the heating device and effective in a first condition for stopping the passage of vaporized organic material through the aperture, and effective in a second condition for permitting the passage of vaporized organic material through the aperture; and (d) wherein the controller comprises an element movable between a first position which stops the flow of vaporized organic material through the aperture, the movable element being contiguous to the manifold and a second position which permits the flow of vaporized organic material through the aperture. (a) providing a heating device to produce vaporized organic material; (b) providing a manifold having at least one aperture through which vaporized organic material passes for deposition onto the substrate surface; (c) providing a controller operating independently of the heating device and effective in a first condition for stopping the passage of vaporized organic material through the aperture, and effective in a second condition for permitting the passage of vaporized organic material through the aperture; and (d) wherein the controller comprises an element movable between a first position which stops the flow of vaporized organic material through the aperture, the movable element being contiguous to the manifold and a second position which permits the flow of vaporized organic material through the aperture.
A method for transmitting data, the method comprising: modulating, by a transmitting device, data bits with a constellation to produce modulated data symbols; precoding, by the transmitting device, the modulated data symbols to obtain ns groups of precoded samples, wherein ns is equal to a number of non-zero terms in a sparse code associated with the transmitting device or a user device, and wherein each group of precoded samples comprises N samples, wherein N is length of a Fourier transform applied during precoding, mapping (413, 415), by the transmitting device, the ns groups of precoded samples to K groups of sparse code multiple access, SCMA, resources, wherein the total number of SCMA resources is K × N, and each group of SCMA resources is a group of subcarriers in accordance with the sparse code associated with the transmitting device, to obtain a plurality of subcarrier-mapped samples; transforming, by the transmitting device, the plurality of subcarrier-mapped samples into encoded data symbols; and transmitting, by the transmitting device, the encoded data symbols; wherein the transmitting device is a user equipment, the sparse code is associated with the transmitting device, and transmitting the encoded data symbols comprises an uplink transmission from the user equipment to a base station; or wherein the transmitting device is a base station and the user device is a user equipment, the sparse code is associated with the user device, and transmitting the encoded data symbols comprises a downlink transmission from the base station to the user equipment. modulating, by a transmitting device, data bits with a constellation to produce modulated data symbols; precoding, by the transmitting device, the modulated data symbols to obtain ns groups of precoded samples, wherein ns is equal to a number of non-zero terms in a sparse code associated with the transmitting device or a user device, and wherein each group of precoded samples comprises N samples, wherein N is length of a Fourier transform applied during precoding, mapping (413, 415), by the transmitting device, the ns groups of precoded samples to K groups of sparse code multiple access, SCMA, resources, wherein the total number of SCMA resources is K × N, and each group of SCMA resources is a group of subcarriers in accordance with the sparse code associated with the transmitting device, to obtain a plurality of subcarrier-mapped samples; transforming, by the transmitting device, the plurality of subcarrier-mapped samples into encoded data symbols; and transmitting, by the transmitting device, the encoded data symbols; wherein the transmitting device is a user equipment, the sparse code is associated with the transmitting device, and transmitting the encoded data symbols comprises an uplink transmission from the user equipment to a base station; or wherein the transmitting device is a base station and the user device is a user equipment, the sparse code is associated with the user device, and transmitting the encoded data symbols comprises a downlink transmission from the base station to the user equipment.
A crosslinked unreinforced cellulose hydrate membrane crosslinked using at least two different crosslinking agents selected from diepoxide compounds having different spacer groups between the terminal epoxy groups, the cellulose hydrate membrane exhibiting a degree of crosslinking of 0.04 to 0.10, a dimensional change in membrane area in aqueous solutions of 25% or less and an elongation at break according to DIN EN ISO 527-1 and DIN EN ISO 527-3 at a relative air humidity of 40% to 50% and at a temperature of 23°C to 25°C of at least 20%, wherein at least one alkanediol diglycidyl ether and at least one glycidyl ether of the following formula are used as crosslinking agents: where n is 3 to 50, and R is hydrogen or a methyl group, and wherein the degree of crosslinking and the dimensional change in membrane area are determined using the methods described in the description.
An etching composition, comprising: phosphoric acid in an amount of from about 72 wt% to about 85 wt% of the composition; acetic acid in an amount of from about 0.01 wt% to about 3.5 wt% of the composition; nitric acid in an amount of from about 0.01 wt% to about 5 wt% of the composition; and water. phosphoric acid in an amount of from about 72 wt% to about 85 wt% of the composition; acetic acid in an amount of from about 0.01 wt% to about 3.5 wt% of the composition; nitric acid in an amount of from about 0.01 wt% to about 5 wt% of the composition; and water.
An MRI machine comprising a yoke defining two opposing poles (5,7) and, at only one of the two poles, a magnet comprising a superconducting coil and a pole piece assembly surrounded by the superconducting coil, wherein the pole piece assembly comprises a ferromagnetic member having a primary face for facing an imaging volume, characterized in that the MRI machine further contains a shim unit located between the primary face of the ferromagnetic member and the imaging volume, which shim unit is separated from the primary face of the ferromagnetic member, and a plurality of field-shaping permanent magnets (15, 17) situated between the shim unit and the primary face of the ferromagnetic member, wherein the imaging volume is defined as a spherical space having a diameter of from 50% to 66% of the distance between the poles along an axis of symmetry of the poles, the centre of the spherical volume being at the midpoint between the poles on said axis of symmetry or at a point +- 10% from the midpoint along the axis of symmetry, wherein, when the superconducting magnet is operated with a circulating current a main magnetic field if generated and wherein the field-shaping magnets are arranged such that the variation of field strength between any two points within the imaging volume is no more than 10ppm; the ferromagnetic member is provided with a projecting circumferential rim defining a recess comprising a side wall defined by the circumferential rim and a floor defined by the primary face of the ferromagnetic member; the field-shaping permanent magnets (15, 17) are supported above the primary face of the ferromagnetic member; and at least some of the field-shaping permanent magnets (15, 17) are arranged in a tile pattern in a layer.
Mobile comminution plant for comminuting mineral primary raw materials or secondary raw materials, having a conveyor belt arrangement which has the following features: a) a conveyor belt for conveying a bulk material in a first conveying direction to a discharge end of the conveyor belt; b) a drive of the conveyor belt, wherein the controller is designed to control the drive of the conveyor belt; c) the conveyor belt is reversible by means of the controller in order to remove the bulk material on the conveyor belt including the foreign body in the opposite direction to the first conveying direction in the event of a foreign body, and then to reverse again in order to transport further bulk material in the first conveying direction; characterised by the following features: d) at least one detection device arranged on the conveyor belt for detecting unwanted foreign bodies in the bulk material on the conveyor belt; e) a controller which is connected to the at least one detection device in a signal-processing manner in order to reverse the conveyor belt when a foreign body is detected; f) a discharge device is designed to receive the removed bulk material; g) the discharge device has a further conveyor belt; h) the discharge device has at least one separating device for separating foreign bodies from the bulk material. a) a conveyor belt for conveying a bulk material in a first conveying direction to a discharge end of the conveyor belt; b) a drive of the conveyor belt, wherein the controller is designed to control the drive of the conveyor belt; c) the conveyor belt is reversible by means of the controller in order to remove the bulk material on the conveyor belt including the foreign body in the opposite direction to the first conveying direction in the event of a foreign body, and then to reverse again in order to transport further bulk material in the first conveying direction; d) at least one detection device arranged on the conveyor belt for detecting unwanted foreign bodies in the bulk material on the conveyor belt; e) a controller which is connected to the at least one detection device in a signal-processing manner in order to reverse the conveyor belt when a foreign body is detected; f) a discharge device is designed to receive the removed bulk material; g) the discharge device has a further conveyor belt; h) the discharge device has at least one separating device for separating foreign bodies from the bulk material.
A resin molded article having a matte surface, the resin molded article being obtained by molding a thermoplastic resin composition and at least part of the resin molded article having a matte surface having a 60-degree glossiness, determined according to JIS-Z-8741, of 1.5% or less, characterized in that the matte surface is a flat surface from which an entire surface layer portion is removed by laser light irradiation.
A transmission data protection system, comprising: user equipment, UE, and an access point, wherein the access point is configured to send a broadcast message, wherein the broadcast message carries a public key for encryption; the UE is configured to receive the broadcast message of the access point and store the public key for encryption; the UE is further configured to: when transmission data needs to be sent to the access point, obtain a global public key in an identity based cryptography IBC technology or a private key corresponding to the UE from first prestored data of the UE, and protect the transmission data by using the public key for encryption and the global public key or the private key corresponding to the UE, to obtain a protection message; the UE is further configured to send the protection message to the access point, wherein the protection message carries an indication message indicating a protection manner of the transmission data; the access point is further configured to: after receiving the protection message, obtain the global public key and a private key corresponding to the access point from second prestored data of the access point based on the indication message indicating the protection manner, and parse the protection message by using the global public key and the private key corresponding to the access point, to obtain the transmission data sent by the UE; and the access point is further configured to send, to a core network, the transmission data that is obtained through parsing and that is sent by the UE.
A method performed by a decoder (100, 200, 300, 400), said method comprising: retrieving a picture order count, POC, recalculation value from an encoded representation of a random access point picture in a base layer of a video stream comprising pictures (12, 14, 16, 22, 24, 26) in multiple layers (10, 20); deriving a POC decrement value using said POC recalculation value as least significant bits or most significant bits of said POC decrement value, recalculating POC values of reference pictures in a decoded picture buffer (110, 430) of said decoder (100, 200, 300, 400) using said POC decrement value, wherein recalculating POC values comprises replacing, for said reference pictures in said decoded picture buffer (110, 430) of said decoder (100, 200, 300, 400), a respective original POC value of said reference picture with a respective updated POC value calculated as said respective original POC value decremented by said POC decrement value. retrieving a picture order count, POC, recalculation value from an encoded representation of a random access point picture in a base layer of a video stream comprising pictures (12, 14, 16, 22, 24, 26) in multiple layers (10, 20); deriving a POC decrement value using said POC recalculation value as least significant bits or most significant bits of said POC decrement value, recalculating POC values of reference pictures in a decoded picture buffer (110, 430) of said decoder (100, 200, 300, 400) using said POC decrement value, wherein recalculating POC values comprises replacing, for said reference pictures in said decoded picture buffer (110, 430) of said decoder (100, 200, 300, 400), a respective original POC value of said reference picture with a respective updated POC value calculated as said respective original POC value decremented by said POC decrement value.
An apparatus for dispensing a treatment liquid to a respective agricultural crop, the liquid being in particular in the nebulised or atomised condition; comprising means for diffusing the treatment liquid, which comprise means for emitting a flow of air for diffusion of the treatment liquid, in particular fan-style diffusion, preferably according to a predetermined angular extension, and means for dispensing the treatment liquid inside the flow of air for diffusing the treatment liquid, connected with means, in particular a respective tank for containing the treatment liquid; the dispensing means comprising a dispensing body having an inner chamber for conveying the liquid, respective inlet opening means, in particular of the treatment liquid, and leading into the inner conveying chamber, and nozzle means for escape of the liquid in the flow of air for diffusion of the treatment liquid, which opens in the inner conveying chamber; characterised in that it comprises means for limiting the flow of treatment liquid inside the inner conveying chamber.
A tunneling tool for creating a pathway for implanting a therapy delivery element in a living body, the tunneling tool comprising: a malleable elongated shaft having a distal end; a sheath having a lumen slidably positioned over a portion of the shaft; a primary handle secured to proximal end of the shaft that permits a user to advance and manipulate the shaft and the sheath in the living body; and a secondary handle; characterized in that the secondary handle is separate and different from the sheath, and has an opening slidably positioned on the shaft between the primary handle and the sheath, the opening having a diameter less than an outside diameter of a proximal end of the sheath so that the secondary handle abuts, but is not attached to, the sheath. a malleable elongated shaft having a distal end; a sheath having a lumen slidably positioned over a portion of the shaft; a primary handle secured to proximal end of the shaft that permits a user to advance and manipulate the shaft and the sheath in the living body; and a secondary handle; characterized in that the secondary handle is separate and different from the sheath, and has an opening slidably positioned on the shaft between the primary handle and the sheath, the opening having a diameter less than an outside diameter of a proximal end of the sheath so that the secondary handle abuts, but is not attached to, the sheath.
Fixing system for a fixation of a cleanroom wall element (10a, 10b, 10c, 10d) with at least one holding profile (12.1; 12.2) and with at least one fixing element implementing, at least in a mounted state, together with the holding profile (12.1; 12.2), a form-lock region, wherein the at least one fixing element comprises a sealing coating and wherein the fixing element comprises a head element (14.1) with a support surface (14.1a) and comprises a latch element (14.2) with at least one latch arm (14.2a), characterised in that, in the mounted state, the support surface (14.1a) of the head element (14.1) includes with the latch arm (14.2a) of the latch element (14.2) an angle α that differs from a right angle and is greater than 90°, wherein an applied material thickness of the sealing coating increases from an inside to an outside and wherein, in a latched-in end position of the fixing element, the fixing element generates a tension state resulting in the sealing coating being wedged in and partially pushed out.
Method for establishing a plug connection formed of a first terminal and a second terminal, which method comprises the following steps: - bringing together the first terminal and the second terminal, so that they overlap in a connecting zone formed between them, then - sheathing the connecting zone with a plastic material which is transparent in at least one wavelength range, and then - irradiating the connecting zone with a laser beam, the wavelength of said laser beam lying in the wavelength range, for the purpose of carrying out laser beam welding. - bringing together the first terminal and the second terminal, so that they overlap in a connecting zone formed between them, then - sheathing the connecting zone with a plastic material which is transparent in at least one wavelength range, and then - irradiating the connecting zone with a laser beam, the wavelength of said laser beam lying in the wavelength range, for the purpose of carrying out laser beam welding.