mhurhangee/ep-ind-claims huggingface dataset:
Plug-in connector system comprising a first plug-in connector and a second plug-in connector, wherein the first plug-in connector has an assembly housing portion and a shielding spring contact connected to the assembly housing portion, and the second plug-in connector has a shielding housing connected to the shielding spring contact, wherein the assembly housing portion has a bottom side and a first passage opening, wherein the shielding spring contact has a flat base portion and a shielding portion, wherein the base portion has a top side and a cutout, wherein the shielding portion of the shielding spring contact has a wall connected to the base portion and encircling the cutout, wherein the wall has an outer side, an inner side, an upper side and a lower side, wherein the wall is arranged, by way of its lower side, on the top side of the base portion in such a way that the lower side of the wall laterally surrounds the cutout in the base portion, wherein the shielding housing of the second plug-in connector has a shielding housing wall with a second passage opening facing the assembly housing portion, wherein the shielding spring contact bears, by way of the top side of the base portion, against the bottom side of the assembly housing portion, wherein the shielding portion of the shielding spring contact projects through the first passage opening in the assembly housing portion, characterized in that the shielding portion projects through the second passage opening in the shielding housing wall into the shielding housing and bears against the shielding housing wall in the region of the second passage opening. wherein the first plug-in connector has an assembly housing portion and a shielding spring contact connected to the assembly housing portion, and the second plug-in connector has a shielding housing connected to the shielding spring contact, wherein the assembly housing portion has a bottom side and a first passage opening, wherein the shielding spring contact has a flat base portion and a shielding portion, wherein the base portion has a top side and a cutout, wherein the shielding portion of the shielding spring contact has a wall connected to the base portion and encircling the cutout, wherein the wall has an outer side, an inner side, an upper side and a lower side, wherein the wall is arranged, by way of its lower side, on the top side of the base portion in such a way that the lower side of the wall laterally surrounds the cutout in the base portion, wherein the shielding housing of the second plug-in connector has a shielding housing wall with a second passage opening facing the assembly housing portion, wherein the shielding spring contact bears, by way of the top side of the base portion, against the bottom side of the assembly housing portion, wherein the shielding portion of the shielding spring contact projects through the first passage opening in the assembly housing portion, characterized in that the shielding portion projects through the second passage opening in the shielding housing wall into the shielding housing and bears against the shielding housing wall in the region of the second passage opening.
A semi-automatic precision positioning robot apparatus, comprising: a gear system, the gear system comprising: a plurality of gear chains; and a workpiece holding unit gear, wherein the workpiece holding unit gear is coupled to the plurality of gear chains; a workpiece holding unit, wherein the workpiece holding unit is coupled to the workpiece holding unit gear; and a tool configured to facilitate performance of a manufacturing operation on a workpiece; wherein the gear chains are selectively actuatable to position the workpiece relative to the tool by positioning the workpiece holding unit, relative to the tool; wherein the tool further comprises a needle guide and a tensioning device configured to facilitate stitching, wherein the tensioning device is configured to tension a stitching thread; wherein the tool is configured to facilitate a semi-automatic method of stitching materials onto a medical device; and wherein the needle guide comprises a guidance structure configured to removably receive and guide a stitching needle to a predetermined location on the medical device. a gear system, the gear system comprising: a plurality of gear chains; and a workpiece holding unit gear, wherein the workpiece holding unit gear is coupled to the plurality of gear chains; a plurality of gear chains; and a workpiece holding unit gear, wherein the workpiece holding unit gear is coupled to the plurality of gear chains; a workpiece holding unit, wherein the workpiece holding unit is coupled to the workpiece holding unit gear; and a tool configured to facilitate performance of a manufacturing operation on a workpiece; wherein the gear chains are selectively actuatable to position the workpiece relative to the tool by positioning the workpiece holding unit, relative to the tool; wherein the tool further comprises a needle guide and a tensioning device configured to facilitate stitching, wherein the tensioning device is configured to tension a stitching thread; wherein the tool is configured to facilitate a semi-automatic method of stitching materials onto a medical device; and wherein the needle guide comprises a guidance structure configured to removably receive and guide a stitching needle to a predetermined location on the medical device.
A lightning protection device for a wind turbine generator system including a rotor connected with a hub and at least one rotor blade, wherein the rotor blade is connected to the hub via a blade pitch bearing, the hub is connected to a hollow rotor shaft and the hollow rotor shaft is supported by at least one rotor bearing, and wherein the pitch bearing has a cavity therein and the rotor bearing has a cavity defined by the inner diameter of each bearing, the lightning protection device including: a blade arrester located near the blade tip and at the side of the blade, a down lead of the blade connected to the blade arrester, a lightning-proof element of the pitch bearing and a lightning-proof element of the rotor bearing, wherein the lightning-proof element of the pitch bearing is provided at the blade root, one end of the lightning-proof element of the pitch bearing is connected to the down lead of blade and the other end is connected to the lightning-proof element of the rotor bearing; characterized in that the lightning-proof device forms a lightning current conducting path which is passing through the cavity of the pitch bearing, the hollow portion of the hollow rotor shaft and the cavity of the rotor bearing; the lightning-proof element of the pitch bearing includes a flexible insulated cable; and the lightning proof element of the pitch bearing includes a tensioned rope for position limitation, wherein the two ends of the tensioned rope are connected to a fixed point at the blade and a fixed point at the hub by a spring respectively, and the flexible insulated cable has at least one point fixed to the tensioned rope. a blade arrester located near the blade tip and at the side of the blade, a down lead of the blade connected to the blade arrester, a lightning-proof element of the pitch bearing and a lightning-proof element of the rotor bearing, wherein the lightning-proof element of the pitch bearing is provided at the blade root, one end of the lightning-proof element of the pitch bearing is connected to the down lead of blade and the other end is connected to the lightning-proof element of the rotor bearing; characterized in that the lightning-proof device forms a lightning current conducting path which is passing through the cavity of the pitch bearing, the hollow portion of the hollow rotor shaft and the cavity of the rotor bearing; the lightning-proof element of the pitch bearing includes a flexible insulated cable; and the lightning proof element of the pitch bearing includes a tensioned rope for position limitation, wherein the two ends of the tensioned rope are connected to a fixed point at the blade and a fixed point at the hub by a spring respectively, and the flexible insulated cable has at least one point fixed to the tensioned rope.
An electronic device, comprising: a main body; a bottom shell, pivotally connected to the main body; an electrical connection port, disposed on the bottom shell; and a driving unit, disposed in the space formed between the main body and the bottom shell and connected to the main body and the bottom shell, wherein the driving unit is configured to drive the bottom shell to rotate relative to the main body between an opened position and a closed position; wherein when the bottom shell is in the closed position relative to the main body, the electrical connection port is covered by the main body, and when the bottom shell is in the opened position relative to the main body, an opening exists between the main body and the bottom shell, and the electrical connection port is exposed to the opening, the electronic device being characterized in that the driving unit comprises a motor; and the electronic device further comprises: a sensor, disposed in the main body, for detecting that a connector is electrically connected to the electrical connection port; and a control circuit, disposed in the main body, for transmitting a signal to the driving unit to maintain the bottom shell in the opened position relative to the main body when the sensor detects that a connector is electrically connected to the electrical connection port. a main body; a bottom shell, pivotally connected to the main body; an electrical connection port, disposed on the bottom shell; and a driving unit, disposed in the space formed between the main body and the bottom shell and connected to the main body and the bottom shell, wherein the driving unit is configured to drive the bottom shell to rotate relative to the main body between an opened position and a closed position; wherein when the bottom shell is in the closed position relative to the main body, the electrical connection port is covered by the main body, and when the bottom shell is in the opened position relative to the main body, an opening exists between the main body and the bottom shell, and the electrical connection port is exposed to the opening, the electronic device being characterized in that the driving unit comprises a motor; and the electronic device further comprises: a sensor, disposed in the main body, for detecting that a connector is electrically connected to the electrical connection port; and a control circuit, disposed in the main body, for transmitting a signal to the driving unit to maintain the bottom shell in the opened position relative to the main body when the sensor detects that a connector is electrically connected to the electrical connection port. a sensor, disposed in the main body, for detecting that a connector is electrically connected to the electrical connection port; and a control circuit, disposed in the main body, for transmitting a signal to the driving unit to maintain the bottom shell in the opened position relative to the main body when the sensor detects that a connector is electrically connected to the electrical connection port.
A method performed by a terminal in a communication system, the method comprising: receiving, from a base station, a plurality of time interval values via higher layer signaling, wherein the plurality of time interval values indicate time intervals between downlink control information, DCI, and a physical uplink control channel, PUCCH, transmission occasion scheduled by the DCI; receiving, from the base station, group DCI for a plurality of terminals including the terminal, the group DCI including a plurality of transmission power control, TPC, command values for the plurality of terminals including the terminal; when there are at least two PUCCHs within one time slot, determining an accumulated value of power control for each PUCCH respectively, based on TPC command values that meet delay processing requirements among a plurality of TPC command values for the terminal received in group DCIs that point to said one time slot, wherein said one time slot is determined based on a minimum value of the plurality of time interval values; and transmitting the PUCCHs based on the accumulated values of power control respectively. receiving, from a base station, a plurality of time interval values via higher layer signaling, wherein the plurality of time interval values indicate time intervals between downlink control information, DCI, and a physical uplink control channel, PUCCH, transmission occasion scheduled by the DCI; receiving, from the base station, group DCI for a plurality of terminals including the terminal, the group DCI including a plurality of transmission power control, TPC, command values for the plurality of terminals including the terminal; when there are at least two PUCCHs within one time slot, determining an accumulated value of power control for each PUCCH respectively, based on TPC command values that meet delay processing requirements among a plurality of TPC command values for the terminal received in group DCIs that point to said one time slot, wherein said one time slot is determined based on a minimum value of the plurality of time interval values; and transmitting the PUCCHs based on the accumulated values of power control respectively.
A disc brake rotor assembly comprising: a disc brake rotor having a plurality of partial keyways, a wheel hub having an inward end with a plurality of partial keyways, the disc brake rotor installed on the wheel hub such that the partial keyways in the disc brake rotor and the partial keyways in the wheel hub are aligned to form completed keyways, and a plurality of spring pins, each spring pin inserted into one of the completed keyways, characterised in that: the wheel hub inward end includes a retaining groove in which a retaining ring is fitted. a disc brake rotor having a plurality of partial keyways, a wheel hub having an inward end with a plurality of partial keyways, the disc brake rotor installed on the wheel hub such that the partial keyways in the disc brake rotor and the partial keyways in the wheel hub are aligned to form completed keyways, and a plurality of spring pins, each spring pin inserted into one of the completed keyways, characterised in that: the wheel hub inward end includes a retaining groove in which a retaining ring is fitted.
A method for preparing a silica-modified catalyst support comprising: (i) applying an alkyl silicate of formula Si 4, where R is a C1-C4 alkyl group to the surface of a porous support material in an amount to produce a silica content of the silica-modified catalyst support, expressed as Si, in the range 0.25 to 15% by weight, (ii) optionally drying the resulting silicate-modified support, (iii) treating the silicate-modified support with water to force the hydrolysis of the alkyl silicate on the support causing it to cross-link, thereby increasing its molecular mass and reducing its volatility, (iv) drying the resulting water-treated support, and (v) calcining the dried material to form the silica-modified catalyst support. (i) applying an alkyl silicate of formula Si 4, where R is a C1-C4 alkyl group to the surface of a porous support material in an amount to produce a silica content of the silica-modified catalyst support, expressed as Si, in the range 0.25 to 15% by weight, (ii) optionally drying the resulting silicate-modified support, (iii) treating the silicate-modified support with water to force the hydrolysis of the alkyl silicate on the support causing it to cross-link, thereby increasing its molecular mass and reducing its volatility, (iv) drying the resulting water-treated support, and (v) calcining the dried material to form the silica-modified catalyst support.
A method related to an online charging system for a cellular radio communication system, the method comprising: obtaining a notification that a refill action of a user account for the communication system is pending, the notification comprising an identifier (vid) of a refill resource for the refill action; and inspecting a refill database updated by an account management function of the online charging system to determine whether the refill resource identifier (vid) is comprised therein indicating whether the user account has been refilled based on the refill resource or not, and when determining that the refill resource identifier (vid) is not comprised in the refill database initiating an additional refill action for the refill resource, characterized in that: the additional refill action(s) are initiated until inspection of the refill database determines that the refill resource identifier (vid) is comprised therein or until a predetermined number of the additional refill action(s) have been initiated. obtaining a notification that a refill action of a user account for the communication system is pending, the notification comprising an identifier (vid) of a refill resource for the refill action; and inspecting a refill database updated by an account management function of the online charging system to determine whether the refill resource identifier (vid) is comprised therein indicating whether the user account has been refilled based on the refill resource or not, and when determining that the refill resource identifier (vid) is not comprised in the refill database initiating an additional refill action for the refill resource, characterized in that: the additional refill action(s) are initiated until inspection of the refill database determines that the refill resource identifier (vid) is comprised therein or until a predetermined number of the additional refill action(s) have been initiated.
A method for processing a digital signal through a non-linear device, the digital signal making a first transition from a first level to a second level, the method comprising: a step of pre-emphasizing the digital signal; and a step of processing the pre-emphasized digital signal by the non-linear device; characterized in that the step of pre-emphasizing the digital signal includes: pre-emphasizing the digital signal by applying an undershoot to the first level before the first transition, when the first level is lower than the second level; and/or pre-emphasizing the digital signal by applying an overshoot to the first level before the first transition, when the first level is higher than the second level. a step of pre-emphasizing the digital signal; and a step of processing the pre-emphasized digital signal by the non-linear device; characterized in that the step of pre-emphasizing the digital signal includes: pre-emphasizing the digital signal by applying an undershoot to the first level before the first transition, when the first level is lower than the second level; and/or pre-emphasizing the digital signal by applying an overshoot to the first level before the first transition, when the first level is higher than the second level. pre-emphasizing the digital signal by applying an undershoot to the first level before the first transition, when the first level is lower than the second level; and/or pre-emphasizing the digital signal by applying an overshoot to the first level before the first transition, when the first level is higher than the second level.
A pump housing which is designed as a plastic injection moulded component and is designed for connection to an electric motor, with at least one suction connection running out into a suction chamber and with a pressure connection, with a space which connects to the suction chamber, is for receiving a pump impeller drivable by the electric motor and into which the pressure connection runs out, wherein two suction connections (13, 15) which run out into the suction chamber are present, characterised in that it is manufactured as a single-piece plastic injection moulded part without lost cores and that the one suction connection and the other pressure connection are arranged at opposed sides.
A method for determining multi-path components of a propagation channel in an IR-UWB system comprising a transmitter and a receiver, characterised in that said transmitter transmits a plurality of UWB pulses at a plurality of distinct centre frequencies and in that the receiver translates into baseband the response of the channel to each of these pulses, integrates it over time windows to provide (320; 520 1 -520 N) a plurality of complex samples, combines (350; 550) the squared modules of the complex samples corresponding to a same time of flight and to the different centre frequencies to obtain a composite sample at each time of flight, the multi-path components of the channel being determined from the composite samples at successive times of flight, exceeding a predetermined threshold.
A wireless communication method, performed by a terminal device and comprising: receiving a configuration update command message from a network device, wherein the configuration update command message is used to instruct the terminal device to release a non-access stratum NAS signaling connection with the network device and initiate a mobile registration update procedure; if a mobility management back-off timer is running at a reception occasion of the configuration update command message, stopping the mobility management back-off timer (S 120); before release of the NAS signaling connection, executing a configuration update procedure related to the configuration update command message; and releasing the NAS signaling connection, wherein the mobility management back-off timer is a timer added by a core network device in a rejection or release message when the core network device, being overloaded or performing congestion control, rejects a NAS request message from the terminal device, wherein the wireless communication method further comprises: after stop of the mobility management back-off timer and release of the NAS signaling connection, initiating the mobile registration update procedure. receiving a configuration update command message from a network device, wherein the configuration update command message is used to instruct the terminal device to release a non-access stratum NAS signaling connection with the network device and initiate a mobile registration update procedure; if a mobility management back-off timer is running at a reception occasion of the configuration update command message, stopping the mobility management back-off timer (S 120); before release of the NAS signaling connection, executing a configuration update procedure related to the configuration update command message; and releasing the NAS signaling connection, wherein the mobility management back-off timer is a timer added by a core network device in a rejection or release message when the core network device, being overloaded or performing congestion control, rejects a NAS request message from the terminal device, wherein the wireless communication method further comprises: after stop of the mobility management back-off timer and release of the NAS signaling connection, initiating the mobile registration update procedure.