mhurhangee/ep-ind-claims huggingface dataset:
An electronic lock comprising: a lock assembly including a bolt movable between an extended position and a retracted position; a motor configured to drive the bolt between the extended position and the retracted position; a controller configured to control actuation of the motor to selectively move the bolt between the extended position and the retracted position, wherein the controller is configured to enter into a misalignment testing mode; a user interface configured to output information about the electronic lock; wherein the electronic lock comprises a misalignment scoring system configured to determine a lock misalignment score; and wherein the misalignment scoring system determines the lock misalignment score based on interference to movement of the bolt between the extended position and the retracted position; characterized in that the controller is configured to enter into a misalignment testing mode; wherein the misalignment scoring system is configured to determine a lock misalignment score responsive to the controller entering into the misalignment testing mode; and wherein the user interface includes a user-selectable element configured to activate the misalignment testing mode. a lock assembly including a bolt movable between an extended position and a retracted position; a motor configured to drive the bolt between the extended position and the retracted position; a controller configured to control actuation of the motor to selectively move the bolt between the extended position and the retracted position, wherein the controller is configured to enter into a misalignment testing mode; a user interface configured to output information about the electronic lock; wherein the electronic lock comprises a misalignment scoring system configured to determine a lock misalignment score; and wherein the misalignment scoring system determines the lock misalignment score based on interference to movement of the bolt between the extended position and the retracted position; characterized in that the controller is configured to enter into a misalignment testing mode; wherein the misalignment scoring system is configured to determine a lock misalignment score responsive to the controller entering into the misalignment testing mode; and wherein the user interface includes a user-selectable element configured to activate the misalignment testing mode.
A directed munition comprising: a casing; an explosive within the casing; and fragments operatively coupled to the explosive, to be directed out of a front opening of the casing when the explosive is detonated; characterized in that the explosive includes an insensitive explosive portion containing an insensitive explosive, and an energetic explosive portion that contains a relatively sensitive explosive that is more energetic than the insensitive explosive; and that the energetic explosive portion is closer to the fragments than the insensitive explosive portion. a casing; an explosive within the casing; and fragments operatively coupled to the explosive, to be directed out of a front opening of the casing when the explosive is detonated; characterized in that the explosive includes an insensitive explosive portion containing an insensitive explosive, and an energetic explosive portion that contains a relatively sensitive explosive that is more energetic than the insensitive explosive; and that the energetic explosive portion is closer to the fragments than the insensitive explosive portion.
A modular bearing device for at least one gripper arm pair comprising at least one first gripper arm and one second gripper arm of mirror-inverted configuration to the first seated on a support plate for the gripping, holding and guiding of particularly bottle-like containers which is movable from a gripping position into an open position or vice versa by means of a rotatably mounted cam control shaft, having a first bearing pin for the pivotal supporting of the at least one first gripping arm, a second bearing pin for the pivotal supporting of the at least one second gripping arm, a base plate with a receiving opening running through it for the pivotal supporting of the cam control shaft, wherein the bearing pins (6, 7) are fixed to one side of the base plate, and a fixing means for the releasable fixing of the at least one gripper arm pair on the support plate, characterized in that the first bearing pin is solid and the second bearing pin is designed as a sleeve for receiving the fixing means, the through-hole of which aligns with a receiving opening in the base plate in the axial direction of the sleeve, and in that the base plate and the bearing pins (6, 7) are integrally formed.
Inhaler counter comprising a ratchet wheel, a pawl and a display, the ratchet wheel and the pawl being arranged to transform a linear actuation motion into a rotational motion that advances the display means by the pawl engaging a tooth of the ratchet wheel, the pawl and ratchet wheel arranged to effect the disengagement of the pawl from the engaged tooth on the ratchet wheel by establishing abutment of the pawl and the ratchet wheel at a lever point following said tooth with respect to the direction of the rotational motion of the ratchet wheel; wherein the lever point on the ratchet wheel is located on a tooth subsequent to the engaged tooth, and wherein the subsequent tooth includes a convex back surface and the pawl includes a low profile pawl counter surface that abuts the convex back surface to form the lever point.
A pipe inspection device including a housing fixed to a semi-rigid rod and having a longitudinal axis and inside the housing a camera having a forward-looking field of view and a in addition to the camera having forward-looking field, the inspection device has at least one camera rotatable around said longitudinal axis and having a field of view directed to permit closer inspection of an inner surface of the pipe, and means for rotating the rotatable camera to direct its field of view against an area of the inner surface of the pipe to be inspected more closely, characterized in that a) said at least one camera rotatable around said longitudinal axis comprises at least two cameras that are rotatable as an assembly around said longitudinal axis and have a field of view directed to permit closer inspection of an inner surface of the pipe; b) the housing has a fixed rear part and a front part that is carried by the rear part and rotatable around said longitudinal axis, all of the cameras being fixed in the rotatable front part of the housing; and c) said at least two rotatable cameras have their fields of view directed obliquely forward. a) said at least one camera rotatable around said longitudinal axis comprises at least two cameras that are rotatable as an assembly around said longitudinal axis and have a field of view directed to permit closer inspection of an inner surface of the pipe; b) the housing has a fixed rear part and a front part that is carried by the rear part and rotatable around said longitudinal axis, all of the cameras being fixed in the rotatable front part of the housing; and c) said at least two rotatable cameras have their fields of view directed obliquely forward.
Method for managing alerts relating to the detection of a local phenomenon in a wide area communications network comprising at least one first home gateway (1,2) and one second home gateway (2,3) said near to said first home gateway said gateways each comprising a radio communication module (WIFI,DECT) for communicating wirelessly, the local phenomenon being liable to damage the hardware and/or software resources of the first or second home gateway where the process performs the following steps: - detection (E1, E22), by the first home gateway (1,2), of damage linked to the local phenomenon; - sending (E4, E25), by said first home gateway (1,2), of an alert message (ALT1, ALT2) on the radio communication module for management of the local phenomenon by at least one second home gateway (2,3), near said first home gateway, the alert message comprising: - a location of the first home gateway and - a counter relating to the maximum number of resends of the alert message; - reception, by said second home gateway, of the alert message, and if the value of the counter has not reached a threshold value: - modification of the value of the counter, - re-sending, by said second home gateway (1,2), of the alert message (ALT1,ALT2) on the radio communication module. - detection (E1, E22), by the first home gateway (1,2), of damage linked to the local phenomenon; - sending (E4, E25), by said first home gateway (1,2), of an alert message (ALT1, ALT2) on the radio communication module for management of the local phenomenon by at least one second home gateway (2,3), near said first home gateway, the alert message comprising: - a location of the first home gateway and - a counter relating to the maximum number of resends of the alert message; - a location of the first home gateway and - a counter relating to the maximum number of resends of the alert message; - reception, by said second home gateway, of the alert message, and if the value of the counter has not reached a threshold value: - modification of the value of the counter, - re-sending, by said second home gateway (1,2), of the alert message (ALT1,ALT2) on the radio communication module. - modification of the value of the counter, - re-sending, by said second home gateway (1,2), of the alert message (ALT1,ALT2) on the radio communication module.
Running gear for a monorail with a main travelling direction, comprising four load wheels with in each case one load wheel axle and a clearance for a central guide, the four load wheels being arranged in pairs as a coaxially mounted first load wheel pair and a second load wheel pair, the clearance for a central guide being configured between the two load wheels of the first load wheel pair and the second load wheel pair, the first load wheel pair being connected to the second load wheel pair via a pivoting axle in such a way that the first load wheel pair can be pivoted relative to the second load wheel pair, characterized in that the pivoting axle is arranged at a right angle with respect to the main travelling direction and at a right angle with respect to a load wheel axle.
An electronic device comprising: a memory; and a processor electrically connected with the memory, wherein the processor is configured to control at least one of a change in a specified processor operation power, supplied by a battery, and a change in a specified processor operation clock rate, or a change in an operation state of a diversity module of the electronic device, wherein the processor is configured to control the diversity module to operate a plurality of antennas according to support of a specific communication method, when the electronic device is configured to enter an inactive period after an active period associated with transmitting data has ended, wherein, after the electronic device is configured to enter the inactive period the processor is supplied power corresponding to a first inactive power level during a first time, and is supplied power corresponding to a second inactive power level during a second time after the first time elapses, wherein the second power level is less than the first power level, wherein the electronic device is configured to enter an idle period after the second time lapses and the processor is supplied power corresponding to an idle power level, wherein the idle power level is less than the second power level; and wherein the diversity module is in a turn-on state during a period of the inactive period to receive certain control signals and is in a turn-off state during the rest of the inactive period and the idle period. a memory; and a processor electrically connected with the memory, wherein the processor is configured to control at least one of a change in a specified processor operation power, supplied by a battery, and a change in a specified processor operation clock rate, or a change in an operation state of a diversity module of the electronic device, wherein the processor is configured to control the diversity module to operate a plurality of antennas according to support of a specific communication method, when the electronic device is configured to enter an inactive period after an active period associated with transmitting data has ended, wherein, after the electronic device is configured to enter the inactive period the processor is supplied power corresponding to a first inactive power level during a first time, and is supplied power corresponding to a second inactive power level during a second time after the first time elapses, wherein the second power level is less than the first power level, wherein the electronic device is configured to enter an idle period after the second time lapses and the processor is supplied power corresponding to an idle power level, wherein the idle power level is less than the second power level; and wherein the diversity module is in a turn-on state during a period of the inactive period to receive certain control signals and is in a turn-off state during the rest of the inactive period and the idle period.
A method of manufacturing a progressive addition lens comprising a distance area used for a distance vision, and other area different from the distance area and whose prescription value T to be obtained from formula "S+C/2" expressed by a prescribed spherical power S and a cylindrical power C, is minus, wherein an area where power deviation ΔD from the prescription value T of spherical equivalent power D goes negative is included in a part of the distance area and exists on a principal sight line, the principal sight line connecting a distance vision measurement point and a near vision measurement point and passing a fitting point yc in the distance area, characterized in that the fitting point yc in which the spherical equivalent power D coincides with the prescription value T exists on the principal sight line in the distance area, and is set at a position about 2 mm or more away from a progressive starting point PS, and wherein the power deviation ΔD is such that the spherical equivalent power D is smaller than the prescription value T in a range between the fitting point yc and the progressive starting point PS and such that the power deviation ΔD at the progressive starting point PS can be easily secured.
A lead position detecting apparatus, comprising: a main body; a gripping device which grips leads of an insert component using a pair of clamp members (81, 82); and a movement device (44, 45) which is attached to the main body and moves the gripping device, characterized by an imaging device which images the leads which are gripped by the pair of clamp members (81, 82); and a lead position detection section which detects lead positions from an image containing the leads which are imaged by the imaging device. a main body; a gripping device which grips leads of an insert component using a pair of clamp members (81, 82); and a movement device (44, 45) which is attached to the main body and moves the gripping device, characterized by an imaging device which images the leads which are gripped by the pair of clamp members (81, 82); and a lead position detection section which detects lead positions from an image containing the leads which are imaged by the imaging device.
A locking switch, comprising: a housing comprising two or more entry slots, wherein each of the two or more entry slots is configured to receive a locking tongue; a solenoid-driven locking bolt inside the housing and configured to engage with an engagement hole formed in the locking tongue in response to advancing to a locked position while the locking tongue is inserted into any one of the two or more entry slots; two or more radio frequency identifier, RFID, coils mounted inside the housing and positioned above the two or more entry slots, respectively, wherein the two or more RFID coils are electrically connected in series, and wherein each of the two or more RFID coils is configured to, in response to insertion of the locking tongue into a corresponding one of the two or more entry slots, detect a presence of an RFID tag mounted on the locking tongue; and a bobbin mounted inside the housing, wherein the bobbin comprises a first surface that is slanted relative to a second surface opposite the first surface and the bobbin comprises an opening in a center of the bobbin configured to receive the locking bolt when the locking bolt advances to a locked position, the two or more RFID coils are mounted to the first surface, and the slanted surface orients the two or more RFID coils to direct an axis of each of the two or more RFID coils outward from the center of the bobbin. a housing comprising two or more entry slots, wherein each of the two or more entry slots is configured to receive a locking tongue; a solenoid-driven locking bolt inside the housing and configured to engage with an engagement hole formed in the locking tongue in response to advancing to a locked position while the locking tongue is inserted into any one of the two or more entry slots; two or more radio frequency identifier, RFID, coils mounted inside the housing and positioned above the two or more entry slots, respectively, wherein the two or more RFID coils are electrically connected in series, and wherein each of the two or more RFID coils is configured to, in response to insertion of the locking tongue into a corresponding one of the two or more entry slots, detect a presence of an RFID tag mounted on the locking tongue; and a bobbin mounted inside the housing, wherein the bobbin comprises a first surface that is slanted relative to a second surface opposite the first surface and the bobbin comprises an opening in a center of the bobbin configured to receive the locking bolt when the locking bolt advances to a locked position, the two or more RFID coils are mounted to the first surface, and the slanted surface orients the two or more RFID coils to direct an axis of each of the two or more RFID coils outward from the center of the bobbin.
A current sensing circuit, comprising: a first input terminal and a second input terminal for establishing a current path in which a subject current flows; a shunt resistor coupled in the current path for converting the subject current into an output voltage difference across the shunt resistor; an amplifier having a first input node coupled to the first input terminal, a second input node coupled to the second input terminal, an output node, and a feedback path comprising an over-current protection device, wherein the feedback path is coupled between the output node and the first input terminal; and an output terminal coupled to the second input terminal and the shunt resistor to output the output voltage difference; the current sensing circuit being characterized by: the shunt resistor being coupled between a reference line and the second input terminal. a first input terminal and a second input terminal for establishing a current path in which a subject current flows; a shunt resistor coupled in the current path for converting the subject current into an output voltage difference across the shunt resistor; an amplifier having a first input node coupled to the first input terminal, a second input node coupled to the second input terminal, an output node, and a feedback path comprising an over-current protection device, wherein the feedback path is coupled between the output node and the first input terminal; and an output terminal coupled to the second input terminal and the shunt resistor to output the output voltage difference; the current sensing circuit being characterized by: the shunt resistor being coupled between a reference line and the second input terminal.
A cross-blockchain interaction system, comprising: one or more anchors, wherein when any anchor is selected by a first blockchain, the any anchor is configured with a client device of the first blockchain so as to monitor a cross-blockchain request on the first blockchain; and one or more relays, wherein when any relay is selected by a second blockchain, the any relay is configured with a client device of the second blockchain; and when a request object of the cross-blockchain request is the second blockchain, the any relay initiates a request to the second blockchain based on the cross-blockchain request and receives response data and a blockchain attestation that are returned by the second blockchain, so that the any relay verifies the response data based on the blockchain attestation and the any relay generates a corresponding relay attestation based on a configured trusted attestation conversion technology after the verification is passed, so that the response data and the relay attestation are returned to the first blockchain through the any anchor, wherein a root of trust of the any relay is published in advance so that the first blockchain verifies the response data and the relay attestation based on the root of trust. one or more anchors, wherein when any anchor is selected by a first blockchain, the any anchor is configured with a client device of the first blockchain so as to monitor a cross-blockchain request on the first blockchain; and one or more relays, wherein when any relay is selected by a second blockchain, the any relay is configured with a client device of the second blockchain; and when a request object of the cross-blockchain request is the second blockchain, the any relay initiates a request to the second blockchain based on the cross-blockchain request and receives response data and a blockchain attestation that are returned by the second blockchain, so that the any relay verifies the response data based on the blockchain attestation and the any relay generates a corresponding relay attestation based on a configured trusted attestation conversion technology after the verification is passed, so that the response data and the relay attestation are returned to the first blockchain through the any anchor, wherein a root of trust of the any relay is published in advance so that the first blockchain verifies the response data and the relay attestation based on the root of trust.
A welding cap cooling water control system, comprising a cooling water conduit which includes a cooling water inflow leading towards at least one welding cap and a cooling water return flow leading away from the at least one welding cap, wherein a switchable control valve for closing the cooling water return flow during a cap change and at least one flow sensor are provided in the cooling water return flow, characterized in that an electronically controlled flow control valve is seated in the cooling water inflow or the cooling water return flow, the flow control valve including a valve housing having flow ducts (103, 104) that continue into each other, a linearly movable spindle having a closing element, a sealing element attached to the closing element, and a controllable electric drive, the flow control valve having a control opening in which the closing element can move, with a valve seat, the spindle being continuously axially displaceable by means of the electric drive so that the closing element continuously opens or closes to a greater or lesser extent a fluid communication between the flow ducts (103, 104) that continue into each other, and the closing element including a control cone that conically tapers towards the tip of the closing element.