mhurhangee/patent-ind-claim-en huggingface dataset:
A substrate comprising: a first dielectric layer comprising a first surface and a second surface; a first interconnect on the first surface of the first dielectric layer, wherein the first interconnect has a first metal layer and a second metal layer over the first metal layer; a first trench traversing the first surface of the first dielectric layer; a second interconnect embedded in the first trench, and further wherein the second interconnect is a trace made of an electroless metal layer. a first dielectric layer comprising a first surface and a second surface; a first interconnect on the first surface of the first dielectric layer, wherein the first interconnect has a first metal layer and a second metal layer over the first metal layer; a first trench traversing the first surface of the first dielectric layer; a second interconnect embedded in the first trench, and further wherein the second interconnect is a trace made of an electroless metal layer.
Lifting mechanism for lifting and lowering a load (L), comprising a motor which is designed as a three-phase asynchronous motor and by means of which the lifting mechanism can be driven in order to lift and lower the load (L), and comprising a brake resistor , by means of which power (P) resulting from regenerative operation of the motor taking place during lowering of the load (L) at a lowering speed (v) can be converted into heat, characterised in that the brake resistor is designed for a nominal power (P0) which is less than the power (Pmax) resulting with a nominal load and nominal lowering speed.
A method, comprising: receiving, via a user interface, a command to paste a password from a password manager into a clipboard ; receiving, via the user interface, a command to paste the password from the clipboard into a non-password field as a dataset; determining, by a processor monitoring operations of at least one of the password manager and the clipboard, that the password is pasted from the password manager into the clipboard and that the password is pasted from the clipboard into the non-password field ; and automatically inhibiting , based on determining that the password is pasted from the password manager into the clipboard and that the password is pasted from the clipboard into the non-password field, further processing of the password, the method further comprising monitoring until contents of the clipboard are cleared, to support the determining that the password is pasted from the password manager to the clipboard and that the password is pasted from the clipboard into the non-password field. receiving, via a user interface, a command to paste a password from a password manager into a clipboard ; receiving, via the user interface, a command to paste the password from the clipboard into a non-password field as a dataset; determining, by a processor monitoring operations of at least one of the password manager and the clipboard, that the password is pasted from the password manager into the clipboard and that the password is pasted from the clipboard into the non-password field ; and automatically inhibiting , based on determining that the password is pasted from the password manager into the clipboard and that the password is pasted from the clipboard into the non-password field, further processing of the password, the method further comprising monitoring until contents of the clipboard are cleared, to support the determining that the password is pasted from the password manager to the clipboard and that the password is pasted from the clipboard into the non-password field.
A chip packaging method, comprising: providing (S101) a wafer , wherein the wafer has a first surface and a second surface which are opposite to each other, and at least two functional circuit regions and a plurality of pads around the functional circuit regions are formed on the first surface of the wafer ; forming (SI02) a passivation layer on the pads ; forming a first groove on the passivation layer ; and filling the first groove by an embedded process to form a first bonding layer , wherein a surface of the first bonding layer facing away from the passivation layer is aligned with a surface of the passivation layer facing away from the pads ; providing (S104) a substrate , wherein the substrate has a third surface and a fourth surface which are opposite to each other, and a second bonding layer is formed on the third surface of the substrate ; bonding (S105) the first bonding layer and the second bonding layer , so that the third surface and a surface of the passivation layer away from the wafer are attached together; thinning (S106) the substrate to obtain a thinned substrate ; making (SI07) a via-hole , wherein the via-hole at least sequentially penetrates the substrate and the passivation layer to expose the pads ; filling (S108) the via-hole ; and cutting (S109) along an area between adjacent pads , to form a plurality of chip packaging structures. providing (S101) a wafer , wherein the wafer has a first surface and a second surface which are opposite to each other, and at least two functional circuit regions and a plurality of pads around the functional circuit regions are formed on the first surface of the wafer ; forming (SI02) a passivation layer on the pads ; forming a first groove on the passivation layer ; and filling the first groove by an embedded process to form a first bonding layer , wherein a surface of the first bonding layer facing away from the passivation layer is aligned with a surface of the passivation layer facing away from the pads ; providing (S104) a substrate , wherein the substrate has a third surface and a fourth surface which are opposite to each other, and a second bonding layer is formed on the third surface of the substrate ; bonding (S105) the first bonding layer and the second bonding layer , so that the third surface and a surface of the passivation layer away from the wafer are attached together; thinning (S106) the substrate to obtain a thinned substrate ; making (SI07) a via-hole , wherein the via-hole at least sequentially penetrates the substrate and the passivation layer to expose the pads ; filling (S108) the via-hole ; and cutting (S109) along an area between adjacent pads , to form a plurality of chip packaging structures.
Method for stopping a reciprocating piston compressor of a refrigeration appliance, air conditioning appliance or a heat pump, wherein the compressor has a brushless motor with windings, with the method steps - rotating the motor at an operating rotational speed; - obtaining a signal to stop; - performing a supported run-off procedure by energising the windings with a drive current with a frequency, characterised in that , on energisation, the frequency runs according to a predefined function that decreases in a non-linear manner, wherein a deceleration of the motor due to a load prevails over a compression cycle compared to an acceleration of the motor due to the energisation, and wherein a rotary field has a decreasing frequency, until the rotary field frequency of zero is reached when the motor is at a standstill from a control perspective. - rotating the motor at an operating rotational speed; - obtaining a signal to stop; - performing a supported run-off procedure by energising the windings with a drive current with a frequency,
Connection arrangement for connecting at least one voltage source and/or voltage sink which is in the form of a cell of a traction battery to an external electrical component , comprising a cell contact for contacting the voltage source and/or sink , a cell connection line connected to the cell contact and a connection line , which is connected to the cell connection line at the end thereof facing away from the cell contact , for connection to the external electrical component , wherein the cell connection line comprises the same material as the cell contact , characterized in that a casting compound is fitted around a connection region , at which the connection line is connected to the cell connection line , wherein the cell connection line is secured to a base member of the traction battery by the casting compound .
A method for determining and managing abnormal data behavior of a computing device connected to an internal network , the method performed by a data monitoring system associated with the internal network, the method comprising: determining a normal data movement profile for the computing device based on observed normal data transfer behavior over the internal network by the computing device, wherein the normal data movement profile for the computing device includes a collection of normal values for various metrics associated with data movements associated with a particular server observed by the data monitoring system, each data movement including at least one of data being transferred from the computing device or data being transferred to the computing device; identifying a data movement rule associated with the computing device, the data movement rule including a deviation amount, and one or more actions to take when the computing device deviates from the normal data movement profile by more than the deviation amount; detecting a data movement associated with the computing device; determining that the detected data movement exceeds the deviation amount included in the data movement rule relative to the normal data movement profile for the computing device; and performing the one or more actions associated with the data movement rule upon determining that the data movement violates the data movement rule. determining a normal data movement profile for the computing device based on observed normal data transfer behavior over the internal network by the computing device, wherein the normal data movement profile for the computing device includes a collection of normal values for various metrics associated with data movements associated with a particular server observed by the data monitoring system, each data movement including at least one of data being transferred from the computing device or data being transferred to the computing device; identifying a data movement rule associated with the computing device, the data movement rule including a deviation amount, and one or more actions to take when the computing device deviates from the normal data movement profile by more than the deviation amount; detecting a data movement associated with the computing device; determining that the detected data movement exceeds the deviation amount included in the data movement rule relative to the normal data movement profile for the computing device; and performing the one or more actions associated with the data movement rule upon determining that the data movement violates the data movement rule.
A cutting insert comprising: an upper surface ; a lower surface on a side opposite to the upper surface; and a peripheral side surface connecting the upper surface and the lower surface, a cutting edge being formed in at least a part of a first ridgeline where the upper surface and the peripheral side surface intersect, wherein three bottomed recesses recessed from the lower surface to the upper surface are formed in an outer peripheral portion of the lower surface, and each of the recesses is formed in a substantially triangular shape having a first vertex (P) and a second vertex (Q) respectively positioned on a second ridgeline where the lower surface and the peripheral side surface intersect and a third vertex (R) positioned on the lower surface and separated from the second ridgeline, characterised in that , the second ridgeline is formed in a substantially equilateral triangle having a first side, a second side, and a third side, and a respective single recess of the three recesses is formed on each of the first side, the second side, and the third side, wherein each recess includes a long surface formed between the first vertex (P) and the third vertex (R) and a short surface formed between the second vertex (Q) and the third vertex (R) and shorter than the long surface , and an edge of the recess where the lower surface and the long surface formed on the first side intersect and that is a part (X) near the first vertex (P) is formed in a straight line substantially orthogonal to the second side or the third side. an upper surface ; a lower surface on a side opposite to the upper surface; and a peripheral side surface connecting the upper surface and the lower surface, a cutting edge being formed in at least a part of a first ridgeline where the upper surface and the peripheral side surface intersect, wherein three bottomed recesses recessed from the lower surface to the upper surface are formed in an outer peripheral portion of the lower surface, and each of the recesses is formed in a substantially triangular shape having a first vertex (P) and a second vertex (Q) respectively positioned on a second ridgeline where the lower surface and the peripheral side surface intersect and a third vertex (R) positioned on the lower surface and separated from the second ridgeline, characterised in that , the second ridgeline is formed in a substantially equilateral triangle having a first side, a second side, and a third side, and a respective single recess of the three recesses is formed on each of the first side, the second side, and the third side, wherein each recess includes a long surface formed between the first vertex (P) and the third vertex (R) and a short surface formed between the second vertex (Q) and the third vertex (R) and shorter than the long surface , and an edge of the recess where the lower surface and the long surface formed on the first side intersect and that is a part (X) near the first vertex (P) is formed in a straight line substantially orthogonal to the second side or the third side.
An electrical discharge machining system comprising: a spindle adapted to receive an electrode (E) in an upward direction; an electrode storage system adapted to store a plurality of electrodes (E), the electrode storage system including an electrode dispensing system adapted to dispense the electrodes (E) one at a time from the electrode storage system ; an electrode insertion system adapted to draw an electrode (E) from the electrode dispensing system in a downward direction and to insert the electrode (E) in an upward direction directly into contact with the spindle ; characterised by a storage transport system adapted to move the electrode storage system horizontally between a dispensing position vertically aligned with the electrode insertion system and a rest position; an electrode removal system adapted to remove a used electrode (E) from the spindle in a downward direction; and a spindle transport system adapted to move the spindle horizontally to selectively align the spindle with: the electrode removal system for withdrawal of a spent electrode (E) from the spindle in a downward direction by the electrode removal system ; the electrode insertion system for the insertion of an electrode (E) into the spindle in an upward direction by the electrode insertion system ; and a workpiece. a spindle adapted to receive an electrode (E) in an upward direction; an electrode storage system adapted to store a plurality of electrodes (E), the electrode storage system including an electrode dispensing system adapted to dispense the electrodes (E) one at a time from the electrode storage system ; an electrode insertion system adapted to draw an electrode (E) from the electrode dispensing system in a downward direction and to insert the electrode (E) in an upward direction directly into contact with the spindle ; characterised by a storage transport system adapted to move the electrode storage system horizontally between a dispensing position vertically aligned with the electrode insertion system and a rest position; an electrode removal system adapted to remove a used electrode (E) from the spindle in a downward direction; and a spindle transport system adapted to move the spindle horizontally to selectively align the spindle with: the electrode removal system for withdrawal of a spent electrode (E) from the spindle in a downward direction by the electrode removal system ; the electrode insertion system for the insertion of an electrode (E) into the spindle in an upward direction by the electrode insertion system ; and a workpiece. the electrode removal system for withdrawal of a spent electrode (E) from the spindle in a downward direction by the electrode removal system ; the electrode insertion system for the insertion of an electrode (E) into the spindle in an upward direction by the electrode insertion system ; and a workpiece.
A grill assembly , wherein the grill assembly is a kamado-style grill, comprising: a vessel including an opening extending between an interior of the vessel and an exterior of the vessel; a fire bowl removably positioned within the vessel and including an opening extending between an interior of the fire bowl and an exterior of the fire bowl; and a first removable unit insertable through the opening of the vessel for positioning below the opening of the fire bowl, characterised in that the first removable unit includes a gas burner configured to align with the opening of the fire bowl when the first removable unit is inserted in the opening of the vessel, wherein the opening of the vessel is configured to receive the first removable unit and a second removable unit when the first removable unit is removed from the vessel, and wherein the grill assembly is configured to operate as a gas fired grill when the first removable unit is inserted in the opening of the vessel and a charcoal fired grill when the second removable unit is inserted in the opening of the vessel. a vessel including an opening extending between an interior of the vessel and an exterior of the vessel; a fire bowl removably positioned within the vessel and including an opening extending between an interior of the fire bowl and an exterior of the fire bowl; and a first removable unit insertable through the opening of the vessel for positioning below the opening of the fire bowl, characterised in that the first removable unit includes a gas burner configured to align with the opening of the fire bowl when the first removable unit is inserted in the opening of the vessel, wherein the opening of the vessel is configured to receive the first removable unit and a second removable unit when the first removable unit is removed from the vessel, and wherein the grill assembly is configured to operate as a gas fired grill when the first removable unit is inserted in the opening of the vessel and a charcoal fired grill when the second removable unit is inserted in the opening of the vessel.
A thickness measuring device , comprising: a radiation source adapted to irradiate a measurement object with radiation; a radiation detector that is disposed facing the radiation source across the measurement object , and that is adapted to detect the radiation transmitted through the measurement object ; multiple A/D converters that are individually connected to the radiation detector , and that are adapted to convert output signals from the radiation detector to digital values; a thickness calculator that is adapted to calculate a thickness of the measurement object based on the digital values from the A/D converters ; an anomaly detector that is individually adapted to detect an anomaly of the A/D converters ; and an excluder that is adapted to exclude an A/D converter having an anomaly detected by the anomaly detector , from subjects of calculation by the thickness calculator. a radiation source adapted to irradiate a measurement object with radiation; a radiation detector that is disposed facing the radiation source across the measurement object , and that is adapted to detect the radiation transmitted through the measurement object ; multiple A/D converters that are individually connected to the radiation detector , and that are adapted to convert output signals from the radiation detector to digital values; a thickness calculator that is adapted to calculate a thickness of the measurement object based on the digital values from the A/D converters ; an anomaly detector that is individually adapted to detect an anomaly of the A/D converters ; and an excluder that is adapted to exclude an A/D converter having an anomaly detected by the anomaly detector , from subjects of calculation by the thickness calculator.
An apparatus for dynamic metering of sealants, comprising two containers for sealant components, a first drive which is connected to two devices , each of which is able to convey one of the sealant components from its container , a drive controller , a mixing unit for mixing the sealant components conveyed from the containers , having an opening for applying the sealant to a component, wherein the apparatus additionally comprises a compensating container with a compensating volume , and a second drive , which is connected to a piston which reaches into the compensating volume of the compensating container , where the compensating container is connected to the mixing unit and where the first and the second drive can be dynamically controlled jointly by the drive controller . two containers for sealant components, a first drive which is connected to two devices , each of which is able to convey one of the sealant components from its container , a drive controller , a mixing unit for mixing the sealant components conveyed from the containers , having an opening for applying the sealant to a component, wherein the apparatus additionally comprises a compensating container with a compensating volume , and a second drive , which is connected to a piston which reaches into the compensating volume of the compensating container , where the compensating container is connected to the mixing unit and where the first and the second drive can be dynamically controlled jointly by the drive controller .
A method of operation for a compute system comprising: operating a controller area network with a first node including a first error counter and a second node including a second error counter , wherein one of the first node and the second node includes an external device connected to an on-board diagnostics port ; transmitting a message from the first node to the second node over the controller area network ; detecting an error by the first node or the second node ; incrementing the first error counter or the second error counter based on whichever the first node or the second node detected the error ; and shutting off the on-board diagnostics port when the first error counter or the second error counter reaches a shut-off threshold . operating a controller area network with a first node including a first error counter and a second node including a second error counter , wherein one of the first node and the second node includes an external device connected to an on-board diagnostics port ; transmitting a message from the first node to the second node over the controller area network ; detecting an error by the first node or the second node ; incrementing the first error counter or the second error counter based on whichever the first node or the second node detected the error ; and shutting off the on-board diagnostics port when the first error counter or the second error counter reaches a shut-off threshold .