mhurhangee/ep-ind-claims huggingface dataset:
An electron or ion source assembly (600, 700) comprising: a housing (606, 705) configured to receive source components, the housing (606, 705) comprising bayonet pins protruding radially from an outer surface of the housing (606, 705); a spring configured to compress and force the source components together into a correct axial position; and a terminal lens (610, 725) configured to focus a beam, the terminal lens (610, 725) comprising a corresponding number of slots with each slot configured to receive one of the bayonet pins of the housing (606, 705) to align the terminal lens (610, 725) with the source components in the housing (606, 705) and retain the source components in the housing (606, 705), wherein the terminal lens (610, 725) is aligned with the source components in the housing (606, 705) when the bayonet pins of the housing (606, 705) are inserted into the slots of the terminal lens (610, 725) and the terminal lens (610, 725) is rotated and the spring is compressed to bias the source components together into the correct axial position. a housing (606, 705) configured to receive source components, the housing (606, 705) comprising bayonet pins protruding radially from an outer surface of the housing (606, 705); a spring configured to compress and force the source components together into a correct axial position; and a terminal lens (610, 725) configured to focus a beam, the terminal lens (610, 725) comprising a corresponding number of slots with each slot configured to receive one of the bayonet pins of the housing (606, 705) to align the terminal lens (610, 725) with the source components in the housing (606, 705) and retain the source components in the housing (606, 705), wherein the terminal lens (610, 725) is aligned with the source components in the housing (606, 705) when the bayonet pins of the housing (606, 705) are inserted into the slots of the terminal lens (610, 725) and the terminal lens (610, 725) is rotated and the spring is compressed to bias the source components together into the correct axial position.
An apparatus for event detection of window/door opening events or window/door glass break events for detecting an intruder, wherein the apparatus comprises: a barometric pressure sensor, and an error signal determiner configured for determining an error signal portion depending on a pressure signal from the barometric pressure sensor, wherein the error signal determiner is configured to determine a predicted signal portion depending on a first signal portion of the pressure signal, and wherein the error signal determiner is configured to determine the error signal portion depending on the predicted signal portion and depending on a second signal portion of the pressure signal, wherein the second signal portion of the pressure signal succeeds the first signal portion of the pressure signal in time, and a classifier configured for determining, depending on the error signal portion, whether an event of a group of one or more events has occurred or whether no event of said group has occurred. a barometric pressure sensor, and an error signal determiner configured for determining an error signal portion depending on a pressure signal from the barometric pressure sensor, wherein the error signal determiner is configured to determine a predicted signal portion depending on a first signal portion of the pressure signal, and wherein the error signal determiner is configured to determine the error signal portion depending on the predicted signal portion and depending on a second signal portion of the pressure signal, wherein the second signal portion of the pressure signal succeeds the first signal portion of the pressure signal in time, and a classifier configured for determining, depending on the error signal portion, whether an event of a group of one or more events has occurred or whether no event of said group has occurred.
A method of shaping a substrate comprising: providing a first support layer; providing a first shaping pattern on the first support layer; providing a substrate on the first shaping pattern; performing a first chemical mechanical polishing process on the substrate positioned on the first shaping pattern; and removing the once polished substrate from the first shaping pattern. providing a first support layer; providing a first shaping pattern on the first support layer; providing a substrate on the first shaping pattern; performing a first chemical mechanical polishing process on the substrate positioned on the first shaping pattern; and removing the once polished substrate from the first shaping pattern.
A control device for a shovel, the shovel including: a lower-part traveling body; an upper-part swiveling body swivelably mounted to the lower-part traveling body; and an actuator, the control device being characterized by: a monitoring unit configured to monitor a periphery of the shovel to detect an object having a possibility of contacting the shovel; a first control unit configured to autonomously cause the actuator to act to move a predetermined portion of the shovel along a target trajectory, a second control unit configured to autonomously cause the actuator to act in such a manner as to avoid contacting the object or as to stop in order to avoid contacting the object, in response to the monitoring unit detecting the object; and a judging unit configured to select one control unit from among a plurality of control units that includes the first control unit and the second control unit, as a priority control unit that is given priority to act, in response to determining an occurrence of a conflict among the plurality of control units that includes the first control unit and the second control unit. a lower-part traveling body; an upper-part swiveling body swivelably mounted to the lower-part traveling body; and an actuator, the control device being characterized by: a monitoring unit configured to monitor a periphery of the shovel to detect an object having a possibility of contacting the shovel; a first control unit configured to autonomously cause the actuator to act to move a predetermined portion of the shovel along a target trajectory, a second control unit configured to autonomously cause the actuator to act in such a manner as to avoid contacting the object or as to stop in order to avoid contacting the object, in response to the monitoring unit detecting the object; and a judging unit configured to select one control unit from among a plurality of control units that includes the first control unit and the second control unit, as a priority control unit that is given priority to act, in response to determining an occurrence of a conflict among the plurality of control units that includes the first control unit and the second control unit. a monitoring unit configured to monitor a periphery of the shovel to detect an object having a possibility of contacting the shovel; a first control unit configured to autonomously cause the actuator to act to move a predetermined portion of the shovel along a target trajectory, a second control unit configured to autonomously cause the actuator to act in such a manner as to avoid contacting the object or as to stop in order to avoid contacting the object, in response to the monitoring unit detecting the object; and a judging unit configured to select one control unit from among a plurality of control units that includes the first control unit and the second control unit, as a priority control unit that is given priority to act, in response to determining an occurrence of a conflict among the plurality of control units that includes the first control unit and the second control unit.
A pluggable transceiver module, comprising: a housing comprising a port to receive a pluggable cable connector, the housing configured to fit within a slot of a network communication device; a pull tab configured to facilitate removal of the pluggable transceiver module from the network communication device, at least a portion of the pull tab disposed on the outside of the housing, the pluggable transceiver module characterized in that the pull tab is comprising a visual indicator portion comprising a light emitting diode, LED, at an end away from the network communication device, the visual indicator portion configured to provide a visual indication of a status of the pluggable transceiver module; and in that one or more wires are at least partially disposed within the pull tab, the one or more wires configured to couple the LED to the network communication device. a housing comprising a port to receive a pluggable cable connector, the housing configured to fit within a slot of a network communication device; a pull tab configured to facilitate removal of the pluggable transceiver module from the network communication device, at least a portion of the pull tab disposed on the outside of the housing, the pluggable transceiver module characterized in that the pull tab is comprising a visual indicator portion comprising a light emitting diode, LED, at an end away from the network communication device, the visual indicator portion configured to provide a visual indication of a status of the pluggable transceiver module; and in that one or more wires are at least partially disposed within the pull tab, the one or more wires configured to couple the LED to the network communication device.
An apparatus for processing data, comprising: means for preprocessing analog data; means for detecting that a device has the capability to perform the same types of processing that the apparatus may perform; means for transmitting via a wireless link the preprocessed data to the device; means for receiving processed data derived as a result of the processing by the device; and characterised by means for receiving unprocessed data from the device, if the charge on battery of the device drops below a critical point. means for preprocessing analog data; means for detecting that a device has the capability to perform the same types of processing that the apparatus may perform; means for transmitting via a wireless link the preprocessed data to the device; means for receiving processed data derived as a result of the processing by the device; and characterised by means for receiving unprocessed data from the device, if the charge on battery of the device drops below a critical point.
A magnetic check valve comprising: a housing comprising a valve seat, a piston chamber and a piston; wherein the valve seat comprises at least three prongs extending radially from the housing, the at least three prongs connecting to a central plate; wherein each of the at least three prongs comprises at least one magnet; and at least three segments of annular space between the central plate and the housing; wherein the piston chamber, downstream from the valve seat, comprises a cylindrical space configured to receive the piston that slides along the axis of the housing; wherein the piston is an annular shape with a central aperture configured to allow fluid flow and sized to form a seal with the central plate; and comprises a material that is attracted to the at least one magnet in the at least three prongs; characterized in that, the material of the piston comprises an encapsulated steel ring, and that there is a contact surface between the central plate and the piston such that backflow is prevented when the check valve is closed. wherein the valve seat comprises at least three prongs extending radially from the housing, the at least three prongs connecting to a central plate; wherein each of the at least three prongs comprises at least one magnet; and at least three segments of annular space between the central plate and the housing; at least three prongs extending radially from the housing, the at least three prongs connecting to a central plate; wherein each of the at least three prongs comprises at least one magnet; and at least three segments of annular space between the central plate and the housing; wherein the piston chamber, downstream from the valve seat, comprises a cylindrical space configured to receive the piston that slides along the axis of the housing; wherein the piston is an annular shape with a central aperture configured to allow fluid flow and sized to form a seal with the central plate; and comprises a material that is attracted to the at least one magnet in the at least three prongs; is an annular shape with a central aperture configured to allow fluid flow and sized to form a seal with the central plate; and comprises a material that is attracted to the at least one magnet in the at least three prongs;
An integrated circuit comprising: a signal pad; an output buffer having an output coupled to the signal pad and having an enable input; an input buffer having an input coupled to the signal pad and having an enable input; a counter which is enabled to start counting down a predetermined count value when a voltage on the signal pad is both higher than a predetermined low threshold voltage and lower than a predetermined high threshold voltage, wherein the predetermined low threshold voltage corresponds to a threshold below which a voltage corresponds to a logic level zero and the predetermined high threshold voltage corresponds to a threshold above which a voltage corresponds to a logic level one; and a gating circuit (12,14), coupled to the counter and the enable inputs of the input and output buffers, configured to, in response to the counter expiring, disable the input buffer and the output buffer. a signal pad; an output buffer having an output coupled to the signal pad and having an enable input; an input buffer having an input coupled to the signal pad and having an enable input; a counter which is enabled to start counting down a predetermined count value when a voltage on the signal pad is both higher than a predetermined low threshold voltage and lower than a predetermined high threshold voltage, wherein the predetermined low threshold voltage corresponds to a threshold below which a voltage corresponds to a logic level zero and the predetermined high threshold voltage corresponds to a threshold above which a voltage corresponds to a logic level one; and a gating circuit (12,14), coupled to the counter and the enable inputs of the input and output buffers, configured to, in response to the counter expiring, disable the input buffer and the output buffer.
A cleaner composition comprising an aqueous solution of: (a) one or more surfactants; (b) a combination of 5-chloro-2-methyl-4-isothiazolin-3-one, 1,2benzisothiazolin-3-one and 2-methyl-4-isothiazolin-3-one; (c) a proteolytic enzyme; (d) an alkaline metal salt; and (e) a buffer to maintain a pH of said cleaner composition in a range from 7 to 12; said cleaner composition being absent of formaldehyde-releasing agent and having a formaldehyde concentration equal to or less than 1 ppm, and being effective in inhibiting growths of bacteria, yeasts and fungi in a blood analyzer. (a) one or more surfactants; (b) a combination of 5-chloro-2-methyl-4-isothiazolin-3-one, 1,2benzisothiazolin-3-one and 2-methyl-4-isothiazolin-3-one; (c) a proteolytic enzyme; (d) an alkaline metal salt; and (e) a buffer to maintain a pH of said cleaner composition in a range from 7 to 12;
A hydraulic brake actuator comprising a manual control member and a moveable valve member, wherein the manual control member is moveable between on the one hand a control member neutral position and a control member-defined brake activation position and on the other hand the control member neutral position and a control member-defined brake deactivation position, the manual control member being operatively connected to a brake control valve, the moveable valve member of which is moveable between on the one hand a valve neutral position and a brake activation position and on the other hand the valve neutral position and a brake deactivation position, wherein the manual control member being in the control member neutral position corresponds to the moveable valve member being in the valve neutral position, wherein the manual control member is a pivotable lever that is pivotably secured at one end to a pivot forming part of a vehicle; and that defines a free end that is capable of being manually gripped,and wherein the pivotable lever is pivotable relative to a cam plate defining a cam surface; and wherein the pivotable lever includes a cam follower that is moveable relative to the lever and that follows the cam surface characterised in that the cam surface includes one or more slots formed in the cam plate; and the pivotable lever includes a resiliently deformable biasser that biases the follower into engagement with the cam surface.
A process for preparing a maltitol containing syrup comprising the successive steps of a) Carrying out liquefaction of a starch milk, b) Carrying out saccharification of the liquefied starch milk in the presence of alpha-amylase, and beta-amylase and a debranching enzyme selected from the group of pullulanase, iso-amylase and mixtures thereof, c) Further adding maltogenic alpha-amylase and/or iso-amylase, optionally followed by demineralisation of maltose containing syrup, d) Molecular sieving of the maltose containing syrup to obtain a fraction comprising at least 95% maltose based on dry substance of fraction, and e) Hydrogenating catalytically fraction for obtaining a liquid maltitol enriched product; wherein in step b) the saccharification is taking place in presence of from 1% to 4% of residual activity of total amount of alpha-amylase applied in the liquefaction of step a); and wherein after step c) additional alpha-amylase is added at about 70 to 85% spent time of total saccharification time, for obtaining a maltose containing syrup comprising at least 85% maltose based on dry matter and less than 1.5% glucose based on dry matter. a) Carrying out liquefaction of a starch milk, b) Carrying out saccharification of the liquefied starch milk in the presence of alpha-amylase, and beta-amylase and a debranching enzyme selected from the group of pullulanase, iso-amylase and mixtures thereof, c) Further adding maltogenic alpha-amylase and/or iso-amylase, optionally followed by demineralisation of maltose containing syrup, d) Molecular sieving of the maltose containing syrup to obtain a fraction comprising at least 95% maltose based on dry substance of fraction, and e) Hydrogenating catalytically fraction for obtaining a liquid maltitol enriched product;
A method performed by a processor in a User Equipment, UE, the method comprising: receiving a control channel with a first aggregation level, AL, in a Transmission Time Interval, TTI; attempting to decode the control channel; in response to the control channel being successfully decoded, determining a first downlink control information, DCI, with a first number of bits based on the received control channel; determining whether to decode the first DCI to determine a second DCI with a second number of bits based on the first DCI; determining the second DCI with a second number of bits based on the decoded first DCI if determined to decode the first DCI; transmitting data according to the second DCI if the second DCI is an uplink, UL, grant; and receiving data according to the second DCI if the second DCI is a downlink, DL, assignment; wherein decoding the first DCI comprises channel decoding the first DCI, wherein the second number of bits of the second DCI is smaller than the first number of bits of the first DCI. receiving a control channel with a first aggregation level, AL, in a Transmission Time Interval, TTI; attempting to decode the control channel; in response to the control channel being successfully decoded, determining a first downlink control information, DCI, with a first number of bits based on the received control channel; determining whether to decode the first DCI to determine a second DCI with a second number of bits based on the first DCI; determining the second DCI with a second number of bits based on the decoded first DCI if determined to decode the first DCI; determining a first downlink control information, DCI, with a first number of bits based on the received control channel; determining whether to decode the first DCI to determine a second DCI with a second number of bits based on the first DCI; determining the second DCI with a second number of bits based on the decoded first DCI if determined to decode the first DCI; transmitting data according to the second DCI if the second DCI is an uplink, UL, grant; and receiving data according to the second DCI if the second DCI is a downlink, DL, assignment; wherein decoding the first DCI comprises channel decoding the first DCI, wherein the second number of bits of the second DCI is smaller than the first number of bits of the first DCI.
An apparatus in a mobile communication network, the apparatus comprising: a transceiver arranged to communicate with one or more network functions in the mobile communication network; and a processor arranged to: receive a first session management request via an access management function, the first session management request containing a second session management request, the first session management request sent by a remote unit that communicates with the mobile communication network over a first access network and a second access network; send a first request to the access management function to establish a first data path for a multi-access data connection over the first access network, in response to the first session management request; and send a second request to the access management function to establish a second data path for the multi-access data connection over the second access network, in response to the first session management request, wherein both the first data path and the second data path are anchored at a common user plane network function (141, 142) in the mobile communication network. a transceiver arranged to communicate with one or more network functions in the mobile communication network; and a processor arranged to: receive a first session management request via an access management function, the first session management request containing a second session management request, the first session management request sent by a remote unit that communicates with the mobile communication network over a first access network and a second access network; send a first request to the access management function to establish a first data path for a multi-access data connection over the first access network, in response to the first session management request; and send a second request to the access management function to establish a second data path for the multi-access data connection over the second access network, in response to the first session management request, wherein both the first data path and the second data path are anchored at a common user plane network function (141, 142) in the mobile communication network. receive a first session management request via an access management function, the first session management request containing a second session management request, the first session management request sent by a remote unit that communicates with the mobile communication network over a first access network and a second access network; send a first request to the access management function to establish a first data path for a multi-access data connection over the first access network, in response to the first session management request; and send a second request to the access management function to establish a second data path for the multi-access data connection over the second access network, in response to the first session management request, wherein both the first data path and the second data path are anchored at a common user plane network function (141, 142) in the mobile communication network.