mhurhangee/patent-ind-claim-en huggingface dataset:
A transmitting device supporting a plurality of radio links in a mobile communication, the transmitting device comprising: a packet distributor configured to receive feedback information on a plurality of links from a receiving device and distribute packets to the plurality of links based on the feedback information; and output ports corresponding to the plurality of links and configured to transmit the distributed packets through the plurality of links, wherein the packet distributor is configured to determine a transmission mode from a plurality of transmission modes for distributing the packets based on the feedback information, the transmitting device being characterised in that in case the feedback information comprises information that a link of the plurality of links is estimated as being underutilized in relation to a bandwidth threshold, the packet distributor is configured to set the link as a target link and set the transmission mode as a pre-splitting mode for distributing the packets only to the target link among the plurality of links. a packet distributor configured to receive feedback information on a plurality of links from a receiving device and distribute packets to the plurality of links based on the feedback information; and output ports corresponding to the plurality of links and configured to transmit the distributed packets through the plurality of links, wherein the packet distributor is configured to determine a transmission mode from a plurality of transmission modes for distributing the packets based on the feedback information, the transmitting device being characterised in that in case the feedback information comprises information that a link of the plurality of links is estimated as being underutilized in relation to a bandwidth threshold, the packet distributor is configured to set the link as a target link and set the transmission mode as a pre-splitting mode for distributing the packets only to the target link among the plurality of links.
An artificial heart valve annuloplasty ring, comprising an outer layer and an annular main body structure , the outer layer being covered on the periphery of the annular main body structure , characterized in that , the annular main body structure is at least one layer of a tubular helical structure, and the tubular helical structure is a multi-helical structure formed by curling multiple sheet material strips, and the tubular helical structure can adjust rigidity of the annuloplasty ring.
Personal sensing device to be worn by a person on a site , comprising: - a gas sensor for measuring a gas concentration of a gas; - a communication system for communicating an alarm/event or operational condition, such as the gas concentration, to a computer system , wherein the computer system is arranged for processing the communicated alarm/event and/or triggering an alarm/response in response to the communication of the operational condition, for instance when the computer system determines that the gas concentration exceeds a pre-determined limit, wherein the computer system is configured for distribution of one or more alarm/event instructions in response to the alarm/event or operational condition, characterized by - at least two pre-programmed messaging buttons allowing at least two different pre-programmed messages, with different levels of urgency, to be sent to the communication system and/or to another personal sensing device. - a gas sensor for measuring a gas concentration of a gas; - a communication system for communicating an alarm/event or operational condition, such as the gas concentration, to a computer system , wherein the computer system is arranged for processing the communicated alarm/event and/or triggering an alarm/response in response to the communication of the operational condition, for instance when the computer system determines that the gas concentration exceeds a pre-determined limit, wherein the computer system is configured for distribution of one or more alarm/event instructions in response to the alarm/event or operational condition, characterized by - at least two pre-programmed messaging buttons allowing at least two different pre-programmed messages, with different levels of urgency, to be sent to the communication system and/or to another personal sensing device.
A refrigerator comprising a fresh food compartment ; a door which separates the fresh food compartment from the outer environment; at least one shelf which is provided on the door ; a crisper which is disposed at the lower section of the fresh food compartment and having a front wall ; a lid which is placed onto the crisper and which separates the inner volume of the crisper from the inner volume of the fresh food compartment ; a humidifier ; a water receptacle which is positioned in the humidifier ; the humidifier comprising - the water receptacle which is provided on the door , - a valve system which is positioned under the water receptacle and which discharges the water from the water receptacle , - a mist unit which is positioned on the door and which atomizes the water in the water receptacle , and - a water pipe which transfers the water discharged by the valve system to the mist unit on the body of the door ; characterized by : a sensor which detects the humidity in the crisper ; a piezoelectric member which receives the water in the water receptacle ; a piezocontrol unit which enables the water contacting the piezoelectric member to be vibrated at the desired frequency; wherein the humidifier delivers cold vapor into the crisper depending on the data received from the sensor ; wherein the mist unit is positioned so as to align with an opening on the front wall of the crisper . - the water receptacle which is provided on the door , - a valve system which is positioned under the water receptacle and which discharges the water from the water receptacle , - a mist unit which is positioned on the door and which atomizes the water in the water receptacle , and - a water pipe which transfers the water discharged by the valve system to the mist unit on the body of the door ; a sensor which detects the humidity in the crisper ; a piezoelectric member which receives the water in the water receptacle ; a piezocontrol unit which enables the water contacting the piezoelectric member to be vibrated at the desired frequency; wherein the humidifier delivers cold vapor into the crisper depending on the data received from the sensor ; wherein the mist unit is positioned so as to align with an opening on the front wall of the crisper .
Machine for manufacturing cables, comprising a winch which in turn comprises a tube comprising in the interior thereof at least a pulley , a reducer and an input shaft to the reducer , characterised in that the system for attaching the reducer comprises two concentric bearings , the outer bearing being attached to the reducer and the tube , and the inner bearing being attached to the pulley and the outer bearing , such that the pulley is supported by said inner bearing and by bearings of said input shaft of the reducer .
An antibiotic composition comprising an antibiotic peptide, wherein the peptide comprises a synthetic amino acid sequence having the sequence of SEQ ID NO: 4103: Gly-X 1 -X 2 -X 3 -X 1 -X 1 -X 1 -Arg-X 4 -X 1 -X 5 -X 6 -X 6 -Gly wherein X 1 is selected from the group of Leu or Ile, X 2 is selected from the group of Ala, Val, Leu or Ile, X 3 is selected from the group of Arg or Trp, X 4 is selected from the group of Trp, Ile or Leu X 5 is selected from the group of Phe or Trp, and X6 is selected from the group of Phe, Trp or Arg. X 1 is selected from the group of Leu or Ile, X 2 is selected from the group of Ala, Val, Leu or Ile, X 3 is selected from the group of Arg or Trp, X 4 is selected from the group of Trp, Ile or Leu X 5 is selected from the group of Phe or Trp, and X6 is selected from the group of Phe, Trp or Arg.
A grouping method performed by a central unit of a base station, the base station comprising the central unit and at least one distributed unit, wherein each distributed unit among the at least one distributed unit is separately connected to the central unit, wherein the method comprises the steps of: • receiving (step 602) an interference intensity indication reported by the at least one distributed unit; • grouping (step 603) the at least one distributed unit into at least one first distributed unit group based on the interference intensity indication reported by the at least one distributed unit; and • sending (step 604), to a controller in a system comprising said controller and the base station, a distributed unit grouping indication and an interference intensity indication that corresponds to the at least one first distributed unit group, wherein the distributed unit grouping indication is used to indicate the at least one first distributed unit group. • receiving (step 602) an interference intensity indication reported by the at least one distributed unit; • grouping (step 603) the at least one distributed unit into at least one first distributed unit group based on the interference intensity indication reported by the at least one distributed unit; and • sending (step 604), to a controller in a system comprising said controller and the base station, a distributed unit grouping indication and an interference intensity indication that corresponds to the at least one first distributed unit group, wherein the distributed unit grouping indication is used to indicate the at least one first distributed unit group.
A method comprising: displaying, via a display of an electronic device and by a first component of the electronic device on behalf of a process executing on the electronic device, a user interface element corresponding to a function of the process executing on one or more processors of the electronic device; receiving, by the first component of the electronic device, an indication of an interaction with the user interface element; in response to receiving the indication: in accordance with a determination that the indication corresponds to a hardware input event, sending, by the first component of the electronic device and to the process, a notification of the hardware input event, the notification comprising an authentication token; after the sending, receiving, by a second component and from the process, the authentication token; verifying, by the second component, that the authentication token is valid; and after verifying that the authentication token is valid, initiating execution of the function. displaying, via a display of an electronic device and by a first component of the electronic device on behalf of a process executing on the electronic device, a user interface element corresponding to a function of the process executing on one or more processors of the electronic device; receiving, by the first component of the electronic device, an indication of an interaction with the user interface element; in response to receiving the indication: in accordance with a determination that the indication corresponds to a hardware input event, sending, by the first component of the electronic device and to the process, a notification of the hardware input event, the notification comprising an authentication token; after the sending, receiving, by a second component and from the process, the authentication token; verifying, by the second component, that the authentication token is valid; and after verifying that the authentication token is valid, initiating execution of the function. in accordance with a determination that the indication corresponds to a hardware input event, sending, by the first component of the electronic device and to the process, a notification of the hardware input event, the notification comprising an authentication token; after the sending, receiving, by a second component and from the process, the authentication token; verifying, by the second component, that the authentication token is valid; and after verifying that the authentication token is valid, initiating execution of the function.
Lithium ion batteries comprising cathode, anode comprising silicon particles, separator and electrolyte, characterized in that the electrolyte comprises one or more inorganic salts selected from the group comprising alkali metal salts and ammonium salts of nitrate and nitrite; and the anode material in the fully charged lithium ion battery is only partly lithiated, with the proviso that the ratio of the lithium atoms to the silicon atoms in the partly lithiated anode material of the fully charged lithium ion battery is ≤ 2.2.
Printed circuit board plug-in connection for connecting an electric cable to a printed circuit board , having at least one insulating body and at least one pin contact which is arranged in said insulating body, has a pin axis (A) and has a cable connection region at a connection-side end and, opposite to this, has a plug-in end in order to protrude through a first passage contact opening of the printed circuit board by way of said plug-in end in the plugged-in state and in so doing make electrically conductive contact with a contact material of a conductor track of the printed circuit board that is arranged in said passage contact opening, wherein the pin contact has a connecting section between the cable connection region and the plug-in end , wherein the pin contact has at least one first slot (S1) which starts at the plug-in end and runs through the pin axis (A) in the direction of the cable connection region , at least two segments of the pin contact that point in the plug-in direction being formed by said slot, characterized in that the segments have outer contours which are oriented slightly outward in the plug-in direction in the non-plugged-in state and are oriented parallel to one another in the plugged-in state with application of a counterforce in order to allow contact to be made with the contact material of said conductor track over a common contact area which is as large as possible, and therefore is designed to transmit high currents of at least 24 A ("amperes") from the electric cable to the printed circuit board for each pin contact , wherein the pin contact additionally has a second slot (S2) which likewise starts at the plug-in end and runs in the direction of the cable connection region , which second slot intersects the first slot (S1) in the pin axis (A), as a result of which four segments which point in the plug-in direction are formed, the segments having outer surfaces designed in the form of a segment of a circle in order to fit in an optimum manner into the round passage contact opening .
An electronic device , comprising: a wireless transceiver configured to exchange data with a mobile device ; and a processor configured to: monitor accelerometer data of the electronic device; obtain , from the mobile device, location coordinates of the mobile device in response to an indication in the accelerometer data that the electronic device is stationary and in response to receiving a message, from the mobile device, the message indicating that the mobile device is stationary and being transmitted by the mobile device when an accelerometer associated with the mobile device indicates that the mobile device is stationary; set the location coordinates of the mobile device as location coordinates of the electronic device; generate a beacon package comprising an identifier of the electronic device and the location coordinates of the electronic device; and transmit the beacon package to a local device in proximity to the electronic device, wherein the electronic device is configured to be in short-range wireless communication with the mobile device. a wireless transceiver configured to exchange data with a mobile device ; and a processor configured to: monitor accelerometer data of the electronic device; obtain , from the mobile device, location coordinates of the mobile device in response to an indication in the accelerometer data that the electronic device is stationary and in response to receiving a message, from the mobile device, the message indicating that the mobile device is stationary and being transmitted by the mobile device when an accelerometer associated with the mobile device indicates that the mobile device is stationary; set the location coordinates of the mobile device as location coordinates of the electronic device; generate a beacon package comprising an identifier of the electronic device and the location coordinates of the electronic device; and transmit the beacon package to a local device in proximity to the electronic device, wherein the electronic device is configured to be in short-range wireless communication with the mobile device. monitor accelerometer data of the electronic device; obtain , from the mobile device, location coordinates of the mobile device in response to an indication in the accelerometer data that the electronic device is stationary and in response to receiving a message, from the mobile device, the message indicating that the mobile device is stationary and being transmitted by the mobile device when an accelerometer associated with the mobile device indicates that the mobile device is stationary; set the location coordinates of the mobile device as location coordinates of the electronic device; generate a beacon package comprising an identifier of the electronic device and the location coordinates of the electronic device; and transmit the beacon package to a local device in proximity to the electronic device, wherein the electronic device is configured to be in short-range wireless communication with the mobile device.
A process for preparing glycocholic acid of formula (I), or a salt thereof, comprising: - reacting cholic acid of formula (II) with pivaloyl chloride in the presence of a base to give an activated intermediate of formula (III) - reacting the obtained activated intermediate of formula (III) with glycine or with an ester or a salt thereof; - in case of reacting with a glycine ester, hydrolyzing subsequently the ester; - isolating glycocholic acid of formula (I) and optionally salification thereof. - reacting cholic acid of formula (II) with pivaloyl chloride in the presence of a base to give an activated intermediate of formula (III) - reacting the obtained activated intermediate of formula (III) with glycine or with an ester or a salt thereof; - in case of reacting with a glycine ester, hydrolyzing subsequently the ester; - isolating glycocholic acid of formula (I) and optionally salification thereof.
A rotary wing aircraft comprising: a fuselage tail boom extending longitudinally along a longitudinal axis (X), the fuselage tail boom having a tail boom inner surface (2.1), which delimits the interior of the fuselage tail boom , and a tail boom outer surface (2.2) opposite the tail boom inner surface (2.1); a tail cone extending longitudinally along the longitudinal axis (X); an interface frame in turn having: a connecting sleeve (3.1) extending longitudinally along the longitudinal axis (X); the connecting sleeve (3.1) comprising a connecting sleeve inner surface (3.1.3), which delimits the interior of the connecting sleeve (3.1), and a connecting sleeve outer surface (3.1.4) opposite the connecting sleeve inner surface (3.1.3); the connecting sleeve outer surface (3.1.4) overlapping the tail boom inner surface (2.1) so that the connecting sleeve (3.1) and the fuselage tail boom fit axially; the connecting sleeve (3.1) and the fuselage tail boom being directly attached by means of at least one boom mechanical connexion , and a connecting structure (3.2) directly attached to the tail cone by means of at least one tail cone mechanical connexion , characterized in that the interface frame , fuselage tail boom and tail cone are made of the same composite material the interface frame joining the fuselage tail boom and the tail cone ; the boom mechanical connexion is shear loaded and comprises a boom bushing lining a boom through-hole drilled in the fuselage tail boom and a frame bushing lining a frame through-hole drilled in the interface frame ; the frame bushing being provided with a frame flange (4.1) extending over the connecting sleeve outer surface (3.1.4), and the tail boom bushing being provided with a boom flange (5.1) extending over the tail boom inner surface (2.1) such that the frame flange (4.1) and the boom flange (5.1) form a stop for one another resulting in separating the connecting sleeve outer surface (3.1.4) from the tail boom inner surface (2.1) by a circumferential gap ; the boom mechanical connexion has a bolt ; the frame bushing has a same inner bushing diameter (d) and same bushing axis (Y) as the boom bushing , thereby forming a bolt passageway thorough which the bolt pierces the connecting sleeve (3.1) and the fuselage tail boom .
Thermally insulated transfer line for a deep-cooled fluid, comprising a process line for conduction of the fluid, an insulation envelope lying radially outside the process line and running in the longitudinal direction of the process line , wherein an insulation space , for example a vacuum space, is formed between the process line and the insulation envelope , wherein a coupling element is provided at least at one end of the transfer line, preferably at both ends, for connecting the transfer line to a cryogenic tank, wherein the coupling element is configured such that the process line of the transfer line can be attached to a tank process line of the cryogenic tank such that a fluid-conductive connection can be created between the process line and the tank process line , wherein the coupling element comprises an end piece , wherein the insulation envelope of the transfer line transforms into the end piece , wherein the coupling element comprises a connecting sleeve , wherein the connecting sleeve is arranged concentrically to and radially on the outside of the end piece , and is attached, namely welded, to the end piece , wherein a sliding coupling sleeve is provided, which is configured to connect the connecting sleeve to the cryogenic tank, wherein the end piece , in an axial portion in which the end piece is surrounded by the connecting sleeve , is at least partially formed by a bellows wherein the connecting sleeve is welded to the end piece via a weld point of the connecting sleeve , wherein the weld point of the connecting sleeve is formed in the vicinity of the end of the connecting sleeve facing the insulation envelope , wherein the weld point of the connecting sleeve is formed on the end piece axially between the bellows and the insulation envelope . wherein the coupling element comprises a connecting sleeve , wherein the connecting sleeve is arranged concentrically to and radially on the outside of the end piece , and is attached, namely welded, to the end piece , wherein a sliding coupling sleeve is provided, which is configured to connect the connecting sleeve to the cryogenic tank, wherein the end piece , in an axial portion in which the end piece is surrounded by the connecting sleeve , is at least partially formed by a bellows wherein the connecting sleeve is welded to the end piece via a weld point of the connecting sleeve , wherein the weld point of the connecting sleeve is formed in the vicinity of the end of the connecting sleeve facing the insulation envelope , wherein the weld point of the connecting sleeve is formed on the end piece axially between the bellows and the insulation envelope .