mhurhangee/patent-ind-claim-en huggingface dataset:
A plasma torch head for a liquid-cooled plasma cutting system, the plasma torch head comprising: a base portion ; a set of ports disposed within the base portion and configured to receive fluids and/or electrical signals from a plasma torch lead via a plasma torch receptacle, the set of ports being shaped to align the plasma torch head and the plasma torch receptacle during connection, the set of ports including: a central coolant supply port defining a passage to convey a liquid coolant to the plasma torch head, the central coolant supply port extending a first length from the base portion to provide primary coarse radial alignment of the plasma torch head with the torch receptacle, the central coolant supply port further including a flat surface shaped to provide a secondary coarse rotational alignment of the plasma torch head with the torch receptacle upon mating engagement, at least one plasma processing gas supply port to convey a plasma processing gas to the plasma torch head, and an ohmic contact connector defining a fine tertiary rotational alignment feature; and a threaded connector disposed about the base portion configured to matingly engage the torch receptacle to couple the plasma torch head to the torch receptacle. a base portion ; a set of ports disposed within the base portion and configured to receive fluids and/or electrical signals from a plasma torch lead via a plasma torch receptacle, the set of ports being shaped to align the plasma torch head and the plasma torch receptacle during connection, the set of ports including: a central coolant supply port defining a passage to convey a liquid coolant to the plasma torch head, the central coolant supply port extending a first length from the base portion to provide primary coarse radial alignment of the plasma torch head with the torch receptacle, the central coolant supply port further including a flat surface shaped to provide a secondary coarse rotational alignment of the plasma torch head with the torch receptacle upon mating engagement, at least one plasma processing gas supply port to convey a plasma processing gas to the plasma torch head, and an ohmic contact connector defining a fine tertiary rotational alignment feature; and a central coolant supply port defining a passage to convey a liquid coolant to the plasma torch head, the central coolant supply port extending a first length from the base portion to provide primary coarse radial alignment of the plasma torch head with the torch receptacle, the central coolant supply port further including a flat surface shaped to provide a secondary coarse rotational alignment of the plasma torch head with the torch receptacle upon mating engagement, at least one plasma processing gas supply port to convey a plasma processing gas to the plasma torch head, and an ohmic contact connector defining a fine tertiary rotational alignment feature; and a threaded connector disposed about the base portion configured to matingly engage the torch receptacle to couple the plasma torch head to the torch receptacle.
Method for automatically feeding elements of elongated shape, comprising the steps of: (a). prearranging a transfer device at a store in which said elements of elongated shape to be fed are placed, said transfer device shaping a transfer plane on which said elements can be supported; (b). picking by a picking unit a plurality of said elements from said store ; (c). arranging said plurality of elements , previously picked, in support on said transfer plane which is prearranged in a substantially horizontal position for supporting a plurality of said elements ; (d). operating, in a relative motion with respect to said supported plurality of said elements , a counting member associated with said transfer plane along a substantially transverse direction with respect to said supported elements , performing in a counting stroke the counting of at least a determined number of said elements , the method being characterized in that it further comprises the steps of: (e). handling a transfer member prearranged in a disengagement position in said direction transverse to said supported elements ; (f). stopping said transfer member and operating said transfer member in an engagement position of said elements , at said determined number of counted elements ; (g). handling said transfer member operated in a transfer back stroke along said transverse direction, thus transferring said determined number of elements along said transfer plane of said transfer device . (a). prearranging a transfer device at a store in which said elements of elongated shape to be fed are placed, said transfer device shaping a transfer plane on which said elements can be supported; (b). picking by a picking unit a plurality of said elements from said store ; (c). arranging said plurality of elements , previously picked, in support on said transfer plane which is prearranged in a substantially horizontal position for supporting a plurality of said elements ; (d). operating, in a relative motion with respect to said supported plurality of said elements , a counting member associated with said transfer plane along a substantially transverse direction with respect to said supported elements , performing in a counting stroke the counting of at least a determined number of said elements , (e). handling a transfer member prearranged in a disengagement position in said direction transverse to said supported elements ; (f). stopping said transfer member and operating said transfer member in an engagement position of said elements , at said determined number of counted elements ; (g). handling said transfer member operated in a transfer back stroke along said transverse direction, thus transferring said determined number of elements along said transfer plane of said transfer device .
Locking device for furniture, in particular for furniture which is adjustable by rotating a furniture portion, comprising: a shaft rotatable to adjust the furniture and having an engagement recess limited to a predetermined angular segment (α) about the shaft; a blocking element formed to block the shaft in rotation by engaging in the engagement recess ; a support bearing formed to brace the blocking element to be fixed in rotation about the shaft ; and an adjustment ring extending around the shaft and having a contoured recess for radially adjusting the blocking element within the support bearing when the adjustment ring rotates about the shaft , the blocking element being able to engage in the engagement recess as a result of the radial adjustment, in such a way that the shaft can be locked in rotation by way of the blocking element along with the support bearing . a shaft rotatable to adjust the furniture and having an engagement recess limited to a predetermined angular segment (α) about the shaft; a blocking element formed to block the shaft in rotation by engaging in the engagement recess ; a support bearing formed to brace the blocking element to be fixed in rotation about the shaft ; and an adjustment ring extending around the shaft and having a contoured recess for radially adjusting the blocking element within the support bearing when the adjustment ring rotates about the shaft , the blocking element being able to engage in the engagement recess as a result of the radial adjustment, in such a way that the shaft can be locked in rotation by way of the blocking element along with the support bearing .
A bearing pressure plate comprising: an annular inner ring portion abutting against an outer ring of a rolling bearing that supports a rotation shaft ; an annular outer ring portion located at a radial direction outer side of the inner ring portion and having a plurality of bolt holes through which the outer ring portion is secured to a fixing portion side with a plurality of bolts ; and bridge portions integrally connecting the inner ring portion and the outer ring portion at positions except the bolt holes in a circumferential direction, wherein surfaces , facing in the circumferential direction, of each of the bridge portions are curved so that the bridge portion expands from a radial direction middle toward radial direction both ends of the bridge portion , wherein each of the bridge portions is connected in a curved manner to the inner ring portion and the outer ring portion , characterized in that a radius of curvature of a connecting portion (B) between the surfaces , facing in the circumferential direction, of the bridge portion and the outer ring portion is larger than that of a connecting portion (A) between the surfaces , facing in the circumferential direction, of the bridge portion and the inner ring portion . an annular inner ring portion abutting against an outer ring of a rolling bearing that supports a rotation shaft ; an annular outer ring portion located at a radial direction outer side of the inner ring portion and having a plurality of bolt holes through which the outer ring portion is secured to a fixing portion side with a plurality of bolts ; and bridge portions integrally connecting the inner ring portion and the outer ring portion at positions except the bolt holes in a circumferential direction, wherein surfaces , facing in the circumferential direction, of each of the bridge portions are curved so that the bridge portion expands from a radial direction middle toward radial direction both ends of the bridge portion , wherein each of the bridge portions is connected in a curved manner to the inner ring portion and the outer ring portion , characterized in that a radius of curvature of a connecting portion (B) between the surfaces , facing in the circumferential direction, of the bridge portion and the outer ring portion is larger than that of a connecting portion (A) between the surfaces , facing in the circumferential direction, of the bridge portion and the inner ring portion .
An isolated biomarker consisting of the sequence IALGGLLFPASNLR.
A method for determining a distance to a target by a geodetic instrument, the method comprising: emitting an optical pulse towards a target at an emission time; applying a bias adjustment to a photodiode arranged to receive a return optical pulse reflected at the target; obtaining a reference signal indicative of a transient behavior of the photodiode for the bias adjustment; obtaining a difference signal by subtracting, from a signal output from the photodiode, a signal resembling, or being equal to, the transient behavior of the photodiode in response to the bias adjustment based on the reference signal; extracting a reception time corresponding to reception of the return optical pulse at the photodiode based at least in part on the difference signal; and determining the distance to the target based on the emission time and the reception time. emitting an optical pulse towards a target at an emission time; applying a bias adjustment to a photodiode arranged to receive a return optical pulse reflected at the target; obtaining a reference signal indicative of a transient behavior of the photodiode for the bias adjustment; obtaining a difference signal by subtracting, from a signal output from the photodiode, a signal resembling, or being equal to, the transient behavior of the photodiode in response to the bias adjustment based on the reference signal; extracting a reception time corresponding to reception of the return optical pulse at the photodiode based at least in part on the difference signal; and determining the distance to the target based on the emission time and the reception time.
Shifting device of a motor vehicle speed-change gearbox having - a shift rod , - a pivotable lever which has an activation element by means of which the shift rod can be shifted in a translatory fashion, and - a coupling element which is arranged in an axially fixed fashion on the shift rod and on which the activation element engages, wherein the activation element is spaced apart from the coupling element in at least one position of rest of the pivotable lever , wherein the position of rest is to be understood as the neutral position and the individual gear speed positions of the motor vehicle speed-change gearbox, characterized in that the activation element has two limbs which engage around the coupling element . - a shift rod , - a pivotable lever which has an activation element by means of which the shift rod can be shifted in a translatory fashion, and - a coupling element which is arranged in an axially fixed fashion on the shift rod and on which the activation element engages, wherein
A method for secure storage of data via distributed ledgers, comprising: encrypting, by a processor of a first device, one or more files in a storage device maintained by the first device using a first key; generating, by the processor of the first device, an access key; transmitting, by the first device to a second device operating as a full node for a distributed immutable ledger, the encrypted one or more files and the access key, upon receiving the encrypted one or more files and the access key , appending by the second device the encrypted one or more files to the distributed immutable ledger at an address corresponding to the access key; and providing, by the first device to a third device, the access key and the first key; retrieving by the third device the encrypted one or more files from the distributed immutable ledger via the access key, decrypting by the third device the one or more files using the first key, comparing by the third device the decrypted one or more files to a second one or more files stored in memory of the third device, and responsive to a difference between the decrypted one or more files and the second one or more files, identifying identify the third device as compromised or corrupted. encrypting, by a processor of a first device, one or more files in a storage device maintained by the first device using a first key; generating, by the processor of the first device, an access key; transmitting, by the first device to a second device operating as a full node for a distributed immutable ledger, the encrypted one or more files and the access key, upon receiving the encrypted one or more files and the access key , appending by the second device the encrypted one or more files to the distributed immutable ledger at an address corresponding to the access key; and providing, by the first device to a third device, the access key and the first key; retrieving by the third device the encrypted one or more files from the distributed immutable ledger via the access key, decrypting by the third device the one or more files using the first key, comparing by the third device the decrypted one or more files to a second one or more files stored in memory of the third device, and responsive to a difference between the decrypted one or more files and the second one or more files, identifying identify the third device as compromised or corrupted. retrieving by the third device the encrypted one or more files from the distributed immutable ledger via the access key, decrypting by the third device the one or more files using the first key, comparing by the third device the decrypted one or more files to a second one or more files stored in memory of the third device, and responsive to a difference between the decrypted one or more files and the second one or more files, identifying identify the third device as compromised or corrupted.
Security document comprising a body , the body comprising at least one side and a cavity extending in at least a part of a thickness of the body from the side , and the body comprising a window embedded in the cavity , the window comprising at least an OVM part and a chromic material part , at least a portion of the OVM part being superimposed with at least a portion of the chromic material part , wherein the OVM part is a material which shows colour shifting effects depending on a colour of a background on which it is placed, the window comprises two layers of transparent part between which the chromic material part is positioned, and wherein the window comprises a laser sensitive part forming a back layer of the window , both transparent part layers surrounding the chromic material part being positioned between the OVM part layer and the laser sensitive part , the window comprising an additional pattern engraved in the laser sensitive part , at least a portion of the chromic material part is superimposed with at least a portion of the additional pattern .
A beverage machine comprising: - a beverage processing module having a liquid inlet and a module fastening arrangement ; and - a liquid supply tank having a liquid outlet and a tank fastening arrangement , e.g. a tank for supplying water, the outlet being fluidically connectable to the inlet and disconnectable therefrom, the fastening arrangements (12,13,15;32,33,35) comprising a female connector and a male connector cooperating with the female connector for reversibly assembling the module and the tank , such as a male tank connector cooperating with a female module connector or a male module connector cooperating with a female tank connector, optionally the tank having a pivot area about which the tank is pivoted into and out of a fastening position in which the tank and the module are fastened together via the fastening arrangement (12,13,15;32,33,35), the fastening arrangements (12,13,15;32,33,35) further comprising at least one pair of a support surface and a resilient member cooperating together, such as module support surface and a tank resilient member or a tank support surface and a module resilient member , characterised in that said support surface and said resilient member cooperate together for urging the male connector into the female connector so as to fasten the tank to the module, optionally the female and male connectors having one or more degrees of freedom (F1,F2) when the tank is assembled to the module , said degree(s) of freedom (F1,F2) being generally in opposition to a direction (U) into which the tank is urged by the resilient member cooperating with the support surface . - a beverage processing module having a liquid inlet and a module fastening arrangement ; and - a liquid supply tank having a liquid outlet and a tank fastening arrangement , e.g. a tank for supplying water,
A memantine paroxetine cocrystal salt, wherein a molecular formula of the memantine paroxetine cocrystal salt is C 19 H 20 FNO 3 ·C 12 H 21 N·H 2 SO 4 ·XH 2 O, 0≤X≤5 , and a memantine molecule and a paroxetine molecule are bound by a non-covalent bond.
A method for handling packets in a network by means of forwarding tables, said method comprising: providing a software switching layer for implementing at least one software forwarding table , providing a hardware switching layer for implementing at least one of exact matching forwarding tables and wildcard matching forwarding tables , using a switch management component for controlling said software switching layer and said hardware switching layer , wherein said switch management component redistributes installed forwarding table entries, FTEs, matching a particular flow between said software switching layer and said hardware switching layer based on traffic characteristics of said flow. the method being characterized in that : when a packet of the flow matched a wildcard FTE of said software forwarding table , the redistributing step, executed by said switch management component , comprises analyzing the matched packet's header fields, deriving an exact matching FTE based on the analysis, moving said exact matching FTE to said hardware switching layer , and installing said exact matching FTE in one of said exact matching forwarding tables . providing a software switching layer for implementing at least one software forwarding table , providing a hardware switching layer for implementing at least one of exact matching forwarding tables and wildcard matching forwarding tables , using a switch management component for controlling said software switching layer and said hardware switching layer , wherein said switch management component redistributes installed forwarding table entries, FTEs, matching a particular flow between said software switching layer and said hardware switching layer based on traffic characteristics of said flow. the method being characterized in that : when a packet of the flow matched a wildcard FTE of said software forwarding table , the redistributing step, executed by said switch management component , comprises analyzing the matched packet's header fields, deriving an exact matching FTE based on the analysis, moving said exact matching FTE to said hardware switching layer , and installing said exact matching FTE in one of said exact matching forwarding tables .
A fixing device of a wireless charger for an implanted medical device, wherein the fixing device comprising a supporting member wearable on a patient's body and an adjustment structure connected to the supporting member, a charger fixing seat is connected to one of the supporting member and the adjustment structure, the adjustment structure comprises an adjustment strap and a fixing buckle engaging with the adjustment strap , one end of the adjustment strap is connected to the supporting member, the other end of the adjustment strap operably brings the supporting member or the charger fixing seat to be adjusted to a position where the charger fixing seat corresponds to the implanted medical device, and a position where the adjustment strap engages with the fixing buckle can be adjusted and locked, wherein the charger fixing seat is connected to the supporting member, one end of the fixing buckle is fixed on the supporting member, and the other end of the fixing buckle is movably connected to the adjustment strap , wherein the fixing buckle comprises a male snap and a female snap which are detachably connected, and the male snap and female snap are respectively connected to the supporting member and the adjustment strap, characterized in that the supporting member comprises a left connecting portion and a right connecting portion , bottom sides of a front portion of the supporting member and a rear portion of the supporting member are connected via the left connecting portion and the right connecting portion , one of the left connecting portion and the right connecting portion is used to form a shoulder cuff to be supported under the patient's armpit, the other of the left connecting portion and right connecting portion is configured as the adjustment strap , one end of the adjustment strap is connected to the rear portion of the supporting member, and the fixing buckle is connected between the front portion of the supporting member and the adjustment strap .
Household appliance which comprises - a motor which is configured to drive a component of the household appliance ; - a gyroscope which is configured to acquire rotary movement data with regard to a rotary movement of the gyroscope and/or of the household appliance ; and - a control unit (101 characterized in that the control unit is configured - so as on the basis of the rotary movement data to determine a value of a dispersion measure of the rotary movement of the gyroscope and/or of the household appliance within a time interval; and - so as to operate the motor in dependence upon the determined value of the dispersion measure . - a motor which is configured to drive a component of the household appliance ; - a gyroscope which is configured to acquire rotary movement data with regard to a rotary movement of the gyroscope and/or of the household appliance ; and - a control unit (101 characterized in that the control unit is configured - so as on the basis of the rotary movement data to determine a value of a dispersion measure of the rotary movement of the gyroscope and/or of the household appliance within a time interval; and - so as to operate the motor in dependence upon the determined value of the dispersion measure . - so as on the basis of the rotary movement data to determine a value of a dispersion measure of the rotary movement of the gyroscope and/or of the household appliance within a time interval; and - so as to operate the motor in dependence upon the determined value of the dispersion measure .