mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: obtaining resource configuration from a base station by a user equipment , UE, in a beamforming communication network, wherein the resource configuration allocates one or more resource sets in time and frequency domain to train a number of UE beams for uplink beam management; obtaining beam configuration indicating one or more UE beams to be used for uplink transmission; and transmitting reference signals over one or more activated resource sets, wherein the UE maps the one or more activated resource sets to the one or more UE beams; characterized by receiving measurement results of the reference signals from the base station and thereby determining a proper UE beam for uplink transmission; wherein the UE transmits, before the resource configuration is obtained from the base station, a UE beam reciprocity state to the base station indicating negative UE beam reciprocity; wherein the UE further transmits auxiliary information along with the UE beam reciprocity state; and wherein the auxiliary information indicates the number of UE beams to be trained for uplink beam management. obtaining resource configuration from a base station by a user equipment , UE, in a beamforming communication network, wherein the resource configuration allocates one or more resource sets in time and frequency domain to train a number of UE beams for uplink beam management; obtaining beam configuration indicating one or more UE beams to be used for uplink transmission; and transmitting reference signals over one or more activated resource sets, wherein the UE maps the one or more activated resource sets to the one or more UE beams; characterized by receiving measurement results of the reference signals from the base station and thereby determining a proper UE beam for uplink transmission; wherein the UE transmits, before the resource configuration is obtained from the base station, a UE beam reciprocity state to the base station indicating negative UE beam reciprocity; wherein the UE further transmits auxiliary information along with the UE beam reciprocity state; and wherein the auxiliary information indicates the number of UE beams to be trained for uplink beam management.
A smart toothbrush comprising: - a toothbrush body, comprising a head for brushing and a handle ; - a position sensor for detecting the position of the toothbrush in the mouth at various points during a toothbrushing session; - a timer for recording the time at which each detected position occurs; and - a computing module with a memory (U9), the computing module configured to: - record the detected position at various points during a toothbrushing session; - record the time at which each detected position was detected; and - produce a map of the journey taken by the toothbrush during the toothbrushing session using the recorded position and time information, wherein the toothbrush body further comprises: - a reservoir for an active ingredient, the reservoir in fluid communication with the head portion ; and - a dispenser for dispensing the active ingredient from the reservoir via the head upon receipt of an activation signal. - a toothbrush body, comprising a head for brushing and a handle ; - a position sensor for detecting the position of the toothbrush in the mouth at various points during a toothbrushing session; - a timer for recording the time at which each detected position occurs; and - a computing module with a memory (U9), the computing module configured to: - record the detected position at various points during a toothbrushing session; - record the time at which each detected position was detected; and - produce a map of the journey taken by the toothbrush during the toothbrushing session using the recorded position and time information, wherein the toothbrush body further comprises: - record the detected position at various points during a toothbrushing session; - record the time at which each detected position was detected; and - produce a map of the journey taken by the toothbrush during the toothbrushing session using the recorded position and time information, wherein the toothbrush body further comprises: - a reservoir for an active ingredient, the reservoir in fluid communication with the head portion ; and - a dispenser for dispensing the active ingredient from the reservoir via the head upon receipt of an activation signal.
An actuator coupled to a valve, the actuator comprising: - a motor configured to control an orientation of the valve within a conduit ; and - an actuator controller operatively connected to the motor and configured to selectively rotate the valve, the actuator controller including a processor and memory , the memory storing instructions that, when executed by the processor , cause the processor to perform operations, the operations including: - receiving a request for a desired valve orientation; - controlling the motor to move the valve into the desired valve orientation; - sensing a condition within the conduit , the condition corresponding to a current valve orientation following movement by the motor ; - determining if the sensed condition indicates that the current valve orientation matches the desired valve orientation from the request; and - responsive to determining that the current valve orientation does not match the desired valve orientation from the request, controlling the motor to selectively rotate the valve in a direction to move the valve towards the desired valve orientation. - a motor configured to control an orientation of the valve within a conduit ; and - an actuator controller operatively connected to the motor and configured to selectively rotate the valve, the actuator controller including a processor and memory , the memory storing instructions that, when executed by the processor , cause the processor to perform operations, the operations including: - receiving a request for a desired valve orientation; - controlling the motor to move the valve into the desired valve orientation; - sensing a condition within the conduit , the condition corresponding to a current valve orientation following movement by the motor ; - determining if the sensed condition indicates that the current valve orientation matches the desired valve orientation from the request; and - responsive to determining that the current valve orientation does not match the desired valve orientation from the request, controlling the motor to selectively rotate the valve in a direction to move the valve towards the desired valve orientation. - receiving a request for a desired valve orientation; - controlling the motor to move the valve into the desired valve orientation; - sensing a condition within the conduit , the condition corresponding to a current valve orientation following movement by the motor ; - determining if the sensed condition indicates that the current valve orientation matches the desired valve orientation from the request; and - responsive to determining that the current valve orientation does not match the desired valve orientation from the request, controlling the motor to selectively rotate the valve in a direction to move the valve towards the desired valve orientation.
A solder bonding method for bonding an electrode of a circuit board and an electrode of an electronic component by forming a solder joint, the method comprising: forming, on the electrode of the circuit board, an Sn-Bi-based solder alloy having a lower melting point than a solder alloy formed on the electrode of the electronic component; mounting the electronic component on the circuit board such that the solder alloy formed on the electrode of the circuit board and the solder alloy formed on the electrode of the electronic component come into contact with each other; heating the circuit board to a peak temperature of heating of 150°C to 180°C with a holding time of the peak temperature of heating of more than 60 seconds and 150 seconds or less; and cooling the circuit board at a cooling rate after the heating of 3°C/sec or more to form the solder joint, characterized in that on a breakage surface of the solder joint, as observed in an SEM photograph, the proportion of the number of Bi phases each having an area of 0.5 μm 2 or less in the number of Bi phases each having an area of 5 μm 2 or less is 60% or more on average. forming, on the electrode of the circuit board, an Sn-Bi-based solder alloy having a lower melting point than a solder alloy formed on the electrode of the electronic component; mounting the electronic component on the circuit board such that the solder alloy formed on the electrode of the circuit board and the solder alloy formed on the electrode of the electronic component come into contact with each other; heating the circuit board to a peak temperature of heating of 150°C to 180°C with a holding time of the peak temperature of heating of more than 60 seconds and 150 seconds or less; and cooling the circuit board at a cooling rate after the heating of 3°C/sec or more to form the solder joint, characterized in that on a breakage surface of the solder joint, as observed in an SEM photograph, the proportion of the number of Bi phases each having an area of 0.5 μm 2 or less in the number of Bi phases each having an area of 5 μm 2 or less is 60% or more on average.
A method for wireless communication by a user equipment, UE, , the method comprising: communicating with a first base station, BS, on a downlink on a first frequency band; receiving , from the first BS, a list comprising random access channel, RACH, configuration parameters for each of a plurality of BSs; selecting a second BS from the plurality of BSs based on an ordering of the plurality of BSs in the list; and performing a RACH procedure with the second BS utilizing the RACH configuration parameters for the second BS to establish communication with the second BS on an uplink on a second frequency band that is different than the first frequency band; further comprising: receiving the list over a spatial beam of a plurality of spatial beams transmitted by the first BS, each of the plurality of spatial beams carrying a different list, wherein the ordering is based on a location of each of the plurality of BSs with respect to the spatial beam. communicating with a first base station, BS, on a downlink on a first frequency band; receiving , from the first BS, a list comprising random access channel, RACH, configuration parameters for each of a plurality of BSs; selecting a second BS from the plurality of BSs based on an ordering of the plurality of BSs in the list; and performing a RACH procedure with the second BS utilizing the RACH configuration parameters for the second BS to establish communication with the second BS on an uplink on a second frequency band that is different than the first frequency band; further comprising: receiving the list over a spatial beam of a plurality of spatial beams transmitted by the first BS, each of the plurality of spatial beams carrying a different list, wherein the ordering is based on a location of each of the plurality of BSs with respect to the spatial beam.
Water supply system for a passenger rail vehicle, comprising at least one water removal point and an annular line, which is formed by a supply line and return line , characterised in that , from one of the lines , two transmission lines lead to the at least one water removal point , wherein, a pressure reducer is inserted into the respective line between the junctions of the transmission lines , wherein the pressure reducer has a cross-sectional reduction therein across the flow path of the water, wherein, in the installed position of the pressure reducer , the deepest points of the flow path in the respective line and in the pressure reducer lie on a straight line.
A surface treatment agent to be used for surface treatment of an aluminum alloy material for forming cans, the surface treatment agent comprising zirconium, aluminum, nitrate radical, and fluorine, wherein a pH ranges from 2.0 to 4.0, a molar mass concentration of the zirconium ranges from 3.2 mmol/kg to 33.0 mmol/kg, a molar mass concentration of the aluminum ranges from 14.8 mmol/kg to 74.1 mmol/kg, a molar mass concentration of the nitrate radical ranges from 16.1 mmol/kg to 161.4 mmol/kg, a molar mass concentration of the fluorine ranges from 52.6 mmol/kg to 526.3 mmol/kg, and (F-6Zr)/Al ≥ 2.5 is satisfied, and a molar mass concentration of the phosphorus compound is 0.1 mmol/kg or less, and wherein, F represents the molar mass concentration of the fluorine, Zr represents the molar mass concentration of the zirconium, and Al represents the molar mass concentration of the aluminum, and wherein the surface treatment agent further comprises one or more elements selected from Bi element, Co element, and Ni element. a pH ranges from 2.0 to 4.0, a molar mass concentration of the zirconium ranges from 3.2 mmol/kg to 33.0 mmol/kg, a molar mass concentration of the aluminum ranges from 14.8 mmol/kg to 74.1 mmol/kg, a molar mass concentration of the nitrate radical ranges from 16.1 mmol/kg to 161.4 mmol/kg, a molar mass concentration of the fluorine ranges from 52.6 mmol/kg to 526.3 mmol/kg, and (F-6Zr)/Al ≥ 2.5 is satisfied, and a molar mass concentration of the phosphorus compound is 0.1 mmol/kg or less, and wherein, F represents the molar mass concentration of the fluorine, Zr represents the molar mass concentration of the zirconium, and Al represents the molar mass concentration of the aluminum, and wherein the surface treatment agent further comprises one or more elements selected from Bi element, Co element, and Ni element.
A bioelectrode comprising: a fitting member formed by an electrically insulating member; an electrode part formed by a conductive member fixed on a surface of the fitting member , wherein the surface of the fitting member is adapted to be, during use, in contact with a living body; a connector fixed to the fitting member and configured to connect a bioelectric signal measurement device; a wiring line fixed to the fitting member and configured to electrically connect the connector and the electrode part ; and an electrically-insulating first insulating member configured to cover a portion of a surface of the wiring line , wherein the portion of a surface of the wiring line (1103a. 1103b) is adapted to be, during use, in contact with the living body , characterized in that the fitting member is fixed on a surface of a garment , wherein the surface of the garment is adapted to be, during use, in contact with the living body . a fitting member formed by an electrically insulating member; an electrode part formed by a conductive member fixed on a surface of the fitting member , wherein the surface of the fitting member is adapted to be, during use, in contact with a living body; a connector fixed to the fitting member and configured to connect a bioelectric signal measurement device; a wiring line fixed to the fitting member and configured to electrically connect the connector and the electrode part ; and an electrically-insulating first insulating member configured to cover a portion of a surface of the wiring line , wherein the portion of a surface of the wiring line (1103a. 1103b) is adapted to be, during use, in contact with the living body ,
A gate valve for industrial plants, in particular for chemical and petrochemical plants, the gate valve comprising a slide rod movable in an axial direction, at least one slide plate for closing the gate valve , at least one pressing member connected to the slide rod to press the slide plate against a sealing seat , a spring element for acting on the pressing member with a releasing force, and a fixing element arranged on the slide rod and configured for transmitting power between the slide rod and spring element , wherein the fixing element comprises a fixing disc , which surrounds the slide rod and is interlockingly connected to the slide rod , characterised in that the fixing disc comprises a plurality of disc segments .
Coffee machine comprising a cold water tank , an infusion chamber capable of receiving the coffee grounds, a system for producing hot water configured to draw the water from the tank, heat this water to inject the hot water into the infusion chamber, and a pouring spout comprising at least one terminal nozzle of which an upper portion is connected to the infusion chamber, a lower portion pours the coffee drink outside of the coffee machine and a central portion connects the upper and lower portions, said upper, central and lower portions being connected together by two bends so as to form a chicane, the terminal nozzle comprising a rear face equipped with a groove forming a flow duct for the coffee drink, said groove opening onto an end of the lower portion and extending until at least the central portion , said terminal nozzle comprising a member for guiding the coffee drink which extends inside at least the lower portion , in the groove , characterised in that the guiding member comprises a ridge which extends longitudinally into a bottom of the groove symmetrically, inside at least the lower portion .
A seat trim cover for a vehicle seat , comprising: a laminate blank (210; 210') comprising at least a cover material and having a first surface and an opposing second surface , the laminate blank (210; 210') pre-cut into a predefined shape having a predefined selvage (410'; 410") extending around an outer periphery of the laminate blank (210; 210'); wherein the cover material comprises one or more of vinyl, fabric, and/or leather; wherein the laminate blank (210; 210') is vacuum formed into a 3-dimensional shape; wherein a molded foam backing is formed on the second surface of the laminate blank (210; 210') after the laminate blank (210; 210') is vacuum formed into the 3-dimensional shape, the molded foam backing being spaced apart from the predefined selvage (410'; 410'') extending around the outer periphery of the laminate blank (210; 210'), characterized in that the predefined selvage (410'; 410") includes a plurality of locating holes passing through the predefined selvage (410'; 410") and configured to fixedly position at least a portion of the outer periphery of the laminate blank (210; 210') while the laminate blank (210; 210') is vacuum formed into the 3-dimensional shape. a laminate blank (210; 210') comprising at least a cover material and having a first surface and an opposing second surface , the laminate blank (210; 210') pre-cut into a predefined shape having a predefined selvage (410'; 410") extending around an outer periphery of the laminate blank (210; 210'); wherein the cover material comprises one or more of vinyl, fabric, and/or leather; wherein the laminate blank (210; 210') is vacuum formed into a 3-dimensional shape; wherein a molded foam backing is formed on the second surface of the laminate blank (210; 210') after the laminate blank (210; 210') is vacuum formed into the 3-dimensional shape, the molded foam backing being spaced apart from the predefined selvage (410'; 410'') extending around the outer periphery of the laminate blank (210; 210'), characterized in that the predefined selvage (410'; 410") includes a plurality of locating holes passing through the predefined selvage (410'; 410") and configured to fixedly position at least a portion of the outer periphery of the laminate blank (210; 210') while the laminate blank (210; 210') is vacuum formed into the 3-dimensional shape.
Cleaning system, including a bucket and a cleaning device with a mop head , wherein the mop head includes a carrying body and cleaning fringes which are secured to the carrying body , wherein the carrying body is connected to a handle on its side remote from the cleaning fringes , and a washing device arranged in the bucket for washing out the cleaning fringes , including a basket which is settable into an up and down movement by means of a first actuating device , and a spinning device arranged in the bucket for dry spinning the cleaning fringes , including the basket which is settable into a rotational movement by means of a second actuating device , and a centering mandrel which is arranged in the basket for centering the cleaning device , wherein the carrying body is realized in a substantially disc-shaped manner, with a circumferential boundary and with a very large extension d1 between two circumferential regions located opposite one another, wherein the basket is realized in a rotationally symmetrical manner, with a very large first clearance d2 and wherein a first ratio is produced from d2 to d1 > 1.5, characterized in that , when the first actuating device is not actuated, the basket is arranged lowest in the bucket and at least partially below a substantially average water level in the bucket .
A treatment device for the treatment of a metal article for treatment , wherein the treatment comprises at least pickling and phosphating of the article for treatment , wherein the treatment device comprises at least the following specified apparatus: a treatment container for receiving the article for treatment and for receiving a flowable treatment substance , a pump apparatus for circulating at least a proportion of the treatment substance , wherein the treatment substance can flow around at least a portion of the article for treatment , in particular the entire article for treatment , characterized in that a swirling apparatus is provided to swirl up impurities, in particular solid particles, being deposited in the region of the floor of the treatment device, wherein the swirling apparatus comprises at least one provision apparatus and a fluid conducting element having a plurality of outlet openings for supplying a swirling fluid to the treatment substance , wherein the swirling fluid can be supplied through the provision apparatus to the fluid conducting element at a pressure of more than 2 bar, wherein the fluid conducting element is formed by a plurality of conduit sections which can be uncoupled from each other by means of valve apparatus , wherein at least the majority of the conduit sections are disposed in the region of the floor of the treatment container , wherein the swirling fluid is air. a treatment container for receiving the article for treatment and for receiving a flowable treatment substance , a pump apparatus for circulating at least a proportion of the treatment substance , wherein the treatment substance can flow around at least a portion of the article for treatment , in particular the entire article for treatment , characterized in that a swirling apparatus is provided to swirl up impurities, in particular solid particles, being deposited in the region of the floor of the treatment device, wherein the swirling apparatus comprises at least one provision apparatus and a fluid conducting element having a plurality of outlet openings for supplying a swirling fluid to the treatment substance , wherein the swirling fluid can be supplied through the provision apparatus to the fluid conducting element at a pressure of more than 2 bar, wherein the fluid conducting element is formed by a plurality of conduit sections which can be uncoupled from each other by means of valve apparatus , wherein at least the majority of the conduit sections are disposed in the region of the floor of the treatment container , wherein the swirling fluid is air.