mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus of a terminal in a wireless communication system, the apparatus comprising: a plurality of antennas; and a processing circuitry, coupled to the plurality of antennas, configured to: transmit a random access channel, RACH, sequence for a first random access using a transmit, Tx, beam with a first power, in response to a failure of the first random access, transmit a RACH sequence for a second random access using a Tx beam with a second power higher than the first power, and in response to a failure of the second random access, transmit a RACH sequence for a third random access using a Tx beam with the second power, wherein a spatial direction of the Tx beam used for the third random access is different from a spatial direction of the Tx beam used for the second random access. a plurality of antennas; and a processing circuitry, coupled to the plurality of antennas, configured to: transmit a random access channel, RACH, sequence for a first random access using a transmit, Tx, beam with a first power, in response to a failure of the first random access, transmit a RACH sequence for a second random access using a Tx beam with a second power higher than the first power, and in response to a failure of the second random access, transmit a RACH sequence for a third random access using a Tx beam with the second power, transmit a random access channel, RACH, sequence for a first random access using a transmit, Tx, beam with a first power, in response to a failure of the first random access, transmit a RACH sequence for a second random access using a Tx beam with a second power higher than the first power, and in response to a failure of the second random access, transmit a RACH sequence for a third random access using a Tx beam with the second power, wherein a spatial direction of the Tx beam used for the third random access is different from a spatial direction of the Tx beam used for the second random access.
Hand-held cyclone vacuum cleaner for cleaning and caring for floor surfaces, comprising a drive unit for generating a vacuum for picking up suctioned material by means of a suction air flow , a separator unit for separating suctioned material from the suction air flow , the separator unit having the drive unit for generating a suction air flow , and at least a first filter stage , a second filter stage and a third filter stage ; the drive unit being arranged downstream in the suction air flow of the second filter stage and upstream of the third filter stage in the suction air flow in a drive unit housing , the generated suction air flow first passing through the first filter stage , then the second filter stage and finally a further filter stage , the suction air flow generated during operation of the drive unit flowing around the drive unit , the third filter stage being arranged fluidically downstream of the further filter stage and having an exhaust air filter element, characterised in that the drive unit is arranged in the drive unit housing such that an inflow direction of the suction air flow into the drive unit is opposite to a flow direction of the suction air flow from the second filter stage to the further filter stage . the drive unit being arranged downstream in the suction air flow of the second filter stage and upstream of the third filter stage in the suction air flow in a drive unit housing , the generated suction air flow first passing through the first filter stage , then the second filter stage and finally a further filter stage , the suction air flow generated during operation of the drive unit flowing around the drive unit , the third filter stage being arranged fluidically downstream of the further filter stage and having an exhaust air filter element, characterised in that the drive unit is arranged in the drive unit housing such that an inflow direction of the suction air flow into the drive unit is opposite to a flow direction of the suction air flow from the second filter stage to the further filter stage .
A microparticle fractionating apparatus comprising: a droplet-forming device having an orifice and arranged to receive a sample liquid containing microparticles and discharge said sample liquid such that the sample liquid is made into droplets at a break-off-point (BP) to produce a stream of separated droplets; a first electrode for applying a first voltage to the sample liquid supplying the orifice; a second electrode disposed at a position enabling charges to be applied to the droplets at least at the break-off-point (BP) by applying a second voltage to the separated droplets formed from the sample liquid; a first voltage source configured to apply the first voltage to the first electrode ; a second voltage source configured to apply the second voltage to the second electrode , the second voltage being opposite in phase to the first voltage and referenced to the first voltage; and deflection plates located after the second electrode and arranged to subject the separated droplets to an electric field so as to deflect the paths of the separated droplets. a droplet-forming device having an orifice and arranged to receive a sample liquid containing microparticles and discharge said sample liquid such that the sample liquid is made into droplets at a break-off-point (BP) to produce a stream of separated droplets; a first electrode for applying a first voltage to the sample liquid supplying the orifice; a second electrode disposed at a position enabling charges to be applied to the droplets at least at the break-off-point (BP) by applying a second voltage to the separated droplets formed from the sample liquid; a first voltage source configured to apply the first voltage to the first electrode ; a second voltage source configured to apply the second voltage to the second electrode , the second voltage being opposite in phase to the first voltage and referenced to the first voltage; and deflection plates located after the second electrode and arranged to subject the separated droplets to an electric field so as to deflect the paths of the separated droplets.
A method for indicating evolved packet system, EPS, fallback capability, the method being performed by a user equipment, UE , the method comprising: providing (S102), towards a call session control function, CSCF , call status information indicating EPS fallback capability of the UE .
A negative active material composite, comprising: a core and a coating layer around the core, the core comprising crystalline carbon, amorphous carbon, and silicon nanoparticles, the coating layer comprising amorphous carbon, and an adjacent distance between the silicon nanoparticles being less than or equal to about 100 nm, wherein the adjacent distance between silicon nanoparticles is a distance between centres of adjacent silicon nanoparticles. a core and a coating layer around the core, the core comprising crystalline carbon, amorphous carbon, and silicon nanoparticles, the coating layer comprising amorphous carbon, and an adjacent distance between the silicon nanoparticles being less than or equal to about 100 nm, wherein the adjacent distance between silicon nanoparticles is a distance between centres of adjacent silicon nanoparticles.
A method of controlling data flow by a centralized unit-control plane, CU-CP, of a gNodeB, the method comprising: selecting a centralized unit-user plane, CU-UP, among multiple CU-UPs connected to the CU-CP through an E1 interface; determining a mapping of a quality of service, QoS, flow to a data radio bearer, DRB; transmitting (7-105), to the selected CU-UP connected to the CU-CP through the E1 interface, a bearer context configuration message including information of the determined mapping of the QoS flow to the DRB; wherein the information of the determined mapping of the QoS flow and the DRB includes service data adaptation protocol, SOAP, configuration information of the DRB and a packet data convergence protocol, PDCP, configuration information of the DRB; and, receiving (7-106), from the selected CU-UP through the E1 interface, a response to the bearer context configuration message. selecting a centralized unit-user plane, CU-UP, among multiple CU-UPs connected to the CU-CP through an E1 interface; determining a mapping of a quality of service, QoS, flow to a data radio bearer, DRB; transmitting (7-105), to the selected CU-UP connected to the CU-CP through the E1 interface, a bearer context configuration message including information of the determined mapping of the QoS flow to the DRB; wherein the information of the determined mapping of the QoS flow and the DRB includes service data adaptation protocol, SOAP, configuration information of the DRB and a packet data convergence protocol, PDCP, configuration information of the DRB; and, receiving (7-106), from the selected CU-UP through the E1 interface, a response to the bearer context configuration message.
A musical instrument , comprising: an instrument body including an internal cavity between a top cover and floor ; a sound hole body having a length extending from the top cover into the internal cavity; and a suspension extending from the floor of the instrument body to contact the sound hole body; the suspension being configured to suspend the sound hole body above the floor of the instrument body; the musical instrument characterized in that the suspension extends along the top cover. an instrument body including an internal cavity between a top cover and floor ; a sound hole body having a length extending from the top cover into the internal cavity; and a suspension extending from the floor of the instrument body to contact the sound hole body; the suspension being configured to suspend the sound hole body above the floor of the instrument body; the musical instrument characterized in that the suspension extends along the top cover.
A guide assembly for a disc brake comprising: a guide pin , the guide pin having a monolithic body comprising a mounting portion and a guiding portion ; and a brake carrier comprising a retaining bore , wherein the retaining bore is configured to receive the guide pin and retain the mounting portion ; whereby the guiding portion protrudes from an inboard-side of the brake carrier and is configured to slidably support a brake caliper ; characterised in that the retaining bore is a through-hole extending through the brake carrier ; and wherein the retaining bore is configured to slidably receive the guide pin from the inboard-side of the brake carrier and from the outboard-side of the brake carrier . a guide pin , the guide pin having a monolithic body comprising a mounting portion and a guiding portion ; and a brake carrier comprising a retaining bore , wherein the retaining bore is configured to receive the guide pin and retain the mounting portion ; whereby the guiding portion protrudes from an inboard-side of the brake carrier and is configured to slidably support a brake caliper ; characterised in that the retaining bore is a through-hole extending through the brake carrier ; and wherein the retaining bore is configured to slidably receive the guide pin from the inboard-side of the brake carrier and from the outboard-side of the brake carrier .
A powder coating material comprising a resin powder, a luster pigment and a binder, wherein the resin powder contains a fluororesin and a non-fluororesin, wherein the resin powder is composed of particles of a mixed resin containing the fluororesin and the non-fluororesin, or of resin particles made of a fluororesin and resin particles made of a non-fluororesin, the binder contains a surfactant having a melting point in the range of 25°C to 150°C, the luster pigment is bonded by adhesion to the particle surface of the resin powder via the surfactant contained in the binder, the content (solid content) of the binder is from 0.1 to 5 mass% to the total mass (solid content) of the powder coating material, the value obtained by subtracting the solubility parameter value of the fluororesin from the solubility parameter value of the non-fluororesin is at least 0.4 (J/cm 3 ) 1/2 , and the luster pigment consists of luster pigment particles covered by a covering material, and the solubility parameter value of the covering material is larger than the solubility parameter value of the fluororesin and smaller than the solubility parameter value of the non-fluororesin, wherein the solubility parameter value is calculated by the Fedors Method.
A display apparatus comprising: a display unit that displays a predetermined image; a communication unit that performs communication of image data with another image display apparatus (221; 261; 301, 302; 401A, 401B); a light emitting indicator unit that is disposed at at least a part of surroundings of the display unit and includes an indicator (84; 411A; 411B) outputting illumination which is turned on with predetermined luminance; and a control unit that turns on the indicator (84; 411A; 411B) so as to correspond to a transmission operation of the image data in another image display apparatus (221; 261; 301, 302; 401A, 401B); characterized in that : the control unit turns on the indicator of the indicator unit only during a predetermined period before or after an indicator of another image display apparatus is turned on only during a predetermined period. a display unit that displays a predetermined image; a communication unit that performs communication of image data with another image display apparatus (221; 261; 301, 302; 401A, 401B); a light emitting indicator unit that is disposed at at least a part of surroundings of the display unit and includes an indicator (84; 411A; 411B) outputting illumination which is turned on with predetermined luminance; and a control unit that turns on the indicator (84; 411A; 411B) so as to correspond to a transmission operation of the image data in another image display apparatus (221; 261; 301, 302; 401A, 401B);
A device for delivering an agent , comprising: a source of the agent; a mixing chamber for receiving a fluid and the agent; an outlet in fluid communication with the mixing chamber to deliver the fluid and the agent; and an actuator configured to: 1.) deliver a first flow of the fluid substantially free from the agent through the outlet, 2.) after delivering the first flow, deliver a second flow of the fluid and the agent through the outlet, and 3.) after delivering the second flow, deliver a third flow of the fluid substantially free from the agent through the outlet; wherein the actuator is configured to transition from a first configuration to a second configuration, wherein, in the first configuration, the source of the agent is not in fluid communication with the mixing chamber, and, wherein, in the second configuration, the source of the agent is in fluid communication with the mixing chamber. a source of the agent; a mixing chamber for receiving a fluid and the agent; an outlet in fluid communication with the mixing chamber to deliver the fluid and the agent; and an actuator configured to: 1.) deliver a first flow of the fluid substantially free from the agent through the outlet, 2.) after delivering the first flow, deliver a second flow of the fluid and the agent through the outlet, and 3.) after delivering the second flow, deliver a third flow of the fluid substantially free from the agent through the outlet; 1.) deliver a first flow of the fluid substantially free from the agent through the outlet, 2.) after delivering the first flow, deliver a second flow of the fluid and the agent through the outlet, and 3.) after delivering the second flow, deliver a third flow of the fluid substantially free from the agent through the outlet; wherein the actuator is configured to transition from a first configuration to a second configuration, wherein, in the first configuration, the source of the agent is not in fluid communication with the mixing chamber, and, wherein, in the second configuration, the source of the agent is in fluid communication with the mixing chamber.
A relay comprising: a case ; and a main body comprising: an electromagnet ; a yoke ; and a movable contact part having an armature configured to operate corresponding to an activation of the electromagnet, a movable spring attached to the armature, and a movable contact attached to the movable spring; and a fixed contact part having a base to which a fixed contact opposed to the movable contact is attached, wherein the main body is insertable and incorporable into the case by moving the main body relative to the case along a contact/separation direction between the fixed contact and the movable contact , and wherein the fixed contact part is insertable into the case in the contact/separation direction, and wherein the base has a leg extending in the contact/separation direction, an end surface of the leg is configured to contact the yoke , and the leg is positioned above the armature and is spaced away from an upper part of the armature, so as to determine a positional relationship between the fixed contact part and the electromagnet in the contact/separation direction. a case ; and a main body comprising: an electromagnet ; a yoke ; and a movable contact part having an armature configured to operate corresponding to an activation of the electromagnet, a movable spring attached to the armature, and a movable contact attached to the movable spring; and an electromagnet ; a yoke ; and a movable contact part having an armature configured to operate corresponding to an activation of the electromagnet, a movable spring attached to the armature, and a movable contact attached to the movable spring; and a fixed contact part having a base to which a fixed contact opposed to the movable contact is attached, wherein the main body is insertable and incorporable into the case by moving the main body relative to the case along a contact/separation direction between the fixed contact and the movable contact , and wherein the fixed contact part is insertable into the case in the contact/separation direction, and wherein the base has a leg extending in the contact/separation direction, an end surface of the leg is configured to contact the yoke , and the leg is positioned above the armature and is spaced away from an upper part of the armature, so as to determine a positional relationship between the fixed contact part and the electromagnet in the contact/separation direction.
A process for purifying methionine, wherein methionine is separated from a salt by-product by using a macroporous adsorption resin, in which the methionine is adsorbed onto the macroporous adsorption resin, and then the methionine is recovered by desorbing from the resin using a desorbent; and the salt by-product is not absorbed onto the macroporous adsorption resin during the adsorption process, but enters an effluent resulting from the adsorption, the process mainly comprising the following steps: 1) flowing a methionine solution, from the top to the bottom, through a macroporous adsorption resin layer, and stopping resin adsorption when the content of methionine in an effluent from the resin column is greater than or equal to 10% (w/w) of the content at an inlet, in which the effluent resulting from the resin adsorption is a salt by-product; 2) resin desorption: desorbing, from the top to the bottom, the resin that has completed the adsorption in step 1) using a desorbent; and 3) collecting the desorption solution and detecting the methionine amount. 1) flowing a methionine solution, from the top to the bottom, through a macroporous adsorption resin layer, and stopping resin adsorption when the content of methionine in an effluent from the resin column is greater than or equal to 10% (w/w) of the content at an inlet, in which the effluent resulting from the resin adsorption is a salt by-product; 2) resin desorption: desorbing, from the top to the bottom, the resin that has completed the adsorption in step 1) using a desorbent; and 3) collecting the desorption solution and detecting the methionine amount.
Detector module comprising: - a direct conversion crystal for converting incident photons into electrical signals, said direct conversion crystal having a cathode metallization deposited on a first surface and an anode metallization deposited on a second surface, - an integrated circuit in electrical communication with said direct conversion crystal, said integrated circuit having a smaller width than said direct conversion crystal thus forming a recess in width direction at a side surface of the integrated circuit, - an interposer arranged between said direct conversion crystal and said integrated circuit for providing electrical communication there between, wherein said interposer is made as separate element that is glued, soldered or bonded with the anode metallization of said direct conversion crystal facing said integrated circuit, and - a multi-lead flex cable providing a plurality of output paths, said multi-lead flex cable having a first portion connected with one surface to said interposer and with the opposite surface to said integrated circuit and a second portion , which is bent with respect to the first portion and is arranged in said recess. - a direct conversion crystal for converting incident photons into electrical signals, said direct conversion crystal having a cathode metallization deposited on a first surface and an anode metallization deposited on a second surface, - an integrated circuit in electrical communication with said direct conversion crystal, said integrated circuit having a smaller width than said direct conversion crystal thus forming a recess in width direction at a side surface of the integrated circuit, - an interposer arranged between said direct conversion crystal and said integrated circuit for providing electrical communication there between, wherein said interposer is made as separate element that is glued, soldered or bonded with the anode metallization of said direct conversion crystal facing said integrated circuit, and - a multi-lead flex cable providing a plurality of output paths, said multi-lead flex cable having a first portion connected with one surface to said interposer and with the opposite surface to said integrated circuit and a second portion , which is bent with respect to the first portion and is arranged in said recess.