mhurhangee/patent-ind-claim-en huggingface dataset:
A magnetic trip device of an air circuit breaker, which includes a switching part operated by an actuator coil to indicate a failure state of the air circuit breaker when a fault current flows in, the magnetic trip device comprising: a trip bar , which is configured be in contact with a lower end of a lever and restrict pivoting of the lever , to be moved by the actuator coil in a state in which the fault current flows in, and to move the lever to a position indicating a failure state; the lever having an upper portion located to be in contact with a latch and a lower portion to be in contact with the trip bar , and configured to be restricted in pivoting of the lever by the trip bar in a steady state, to be pivoted to a position of indicating the failure state by the latch in the state in which the fault current flows in, and to operate the switching part ; the latch located to be in contact with the upper portion of the lever , configured to be restricted in pivoting of the latch by the lever in the steady state and pivot the lever so as to allow the lever to operate the switching part in the state in which the fault current flows in, and, simultaneously, prevent the lever from returning to a position in the steady state; and a reset member located to be in contact with the latch , configured to be moved to a reset position so as to pivot the latch to a position in the steady state when the fault current is removed, and to be moved to a reset release position according to the pivoting of the latch . a trip bar , which is configured be in contact with a lower end of a lever and restrict pivoting of the lever , to be moved by the actuator coil in a state in which the fault current flows in, and to move the lever to a position indicating a failure state; the lever having an upper portion located to be in contact with a latch and a lower portion to be in contact with the trip bar , and configured to be restricted in pivoting of the lever by the trip bar in a steady state, to be pivoted to a position of indicating the failure state by the latch in the state in which the fault current flows in, and to operate the switching part ; the latch located to be in contact with the upper portion of the lever , configured to be restricted in pivoting of the latch by the lever in the steady state and pivot the lever so as to allow the lever to operate the switching part in the state in which the fault current flows in, and, simultaneously, prevent the lever from returning to a position in the steady state; and a reset member located to be in contact with the latch , configured to be moved to a reset position so as to pivot the latch to a position in the steady state when the fault current is removed, and to be moved to a reset release position according to the pivoting of the latch .
An isolated antibody , which binds a delta-1 chain of a T cell receptor, wherein the antibody comprises a heavy chain complementarity determining region 1 (CDR1) set forth as SEQ ID NO: 68, a heavy chain complementary determining region 2 (CDR2) set forth as SEQ ID NO: 53, and a heavy chain complementary determining region 3 (CDR3) set forth as SEQ ID NO: 54 and comprises a light chain complementarity determining region 1 (CDR1) set forth as SEQ ID NO: 55, a light chain complementary determining region 2 (CDR2) set forth as SEQ ID NO: 56, and a light chain complementary determining region 3 (CDR3) set forth as SEQ ID NO: 57.
A roller conveyor , comprising a plurality of conveyor rollers , which are held on a support frame , wherein at least one conveyor roller is fastened to the support frame with a fastening screw ; the fastening screw comprises a threaded shank with a male thread, a screw head , wherein a truncated cone section is provided axially between the screw head and the threaded shank ; wherein the support frame sectionally clamped between the screw head and a fastening section of the conveyor roller , characterized in that the support frame has a polygonal bore , and the truncated cone section is arranged in the polygonal bore . comprising a plurality of conveyor rollers , which are held on a support frame , wherein at least one conveyor roller is fastened to the support frame with a fastening screw ; the fastening screw comprises a threaded shank with a male thread, a screw head , wherein a truncated cone section is provided axially between the screw head and the threaded shank ; wherein the support frame sectionally clamped between the screw head and a fastening section of the conveyor roller , characterized in that the support frame has a polygonal bore , and the truncated cone section is arranged in the polygonal bore .
A loop heat pipe comprising: an evaporator configured to evaporate working fluid (C); a condenser configured to condense the working fluid; a liquid pipe which connects the evaporator and the condenser; a vapor pipe which connects the evaporator and the condenser and forms a loop together with the liquid pipe; and a porous body which is provided in the liquid pipe and configured to reserve liquid-phase working fluid, wherein the liquid pipe comprises an injection inlet through which the working fluid is injected, characterised in that a first end of the porous body is located between the injection inlet and the evaporator , a second end of the porous body which is opposite to the first end is located between the injection inlet and the condenser , and at least a portion of the porous body which is provided between the injection inlet and the evaporator fills the inside of the liquid pipe . an evaporator configured to evaporate working fluid (C); a condenser configured to condense the working fluid; a liquid pipe which connects the evaporator and the condenser; a vapor pipe which connects the evaporator and the condenser and forms a loop together with the liquid pipe; and a porous body which is provided in the liquid pipe and configured to reserve liquid-phase working fluid, wherein the liquid pipe comprises an injection inlet through which the working fluid is injected, characterised in that a first end of the porous body is located between the injection inlet and the evaporator , a second end of the porous body which is opposite to the first end is located between the injection inlet and the condenser , and at least a portion of the porous body which is provided between the injection inlet and the evaporator fills the inside of the liquid pipe .
Method for qualifying an alarm among the alarms stemming from a first supervision system supervising the activity of an individual, which method is implemented in a management server connected to the first supervision system and to at least one second supervision system of another individual, the first system being adapted to compute an activity index that is representative of the activity of the individual, alarms being triggered by the first supervision system in the event of a drift in the activity index, a drift corresponding to a difference in the value of the index in relation to a reference value, the method being characterized in that the activity index for a supervision system is established on the basis of a plurality of indicators and in that it has, on reception of an alarm triggered by the first supervision system, the following steps: - obtainment of a drift in the activity index of the at least one second supervision system, - comparison of the drift in the activity index of the first supervision system and a value that is representative of the drift in the activity index of the at least one second system, - qualification of the alarm according to the result of the comparison, - identification of the preponderant indicator that has caused the drift in the index of the first system, - obtainment of the drift in the indicator corresponding to the preponderant indicator, for the at least one second supervision system, - comparison of the drift in the preponderant indicator of the first supervision system with a value that is representative of the drift in the corresponding indicator of the at least one second system, and - update of the qualification of the alarm according to the result of the second comparison. - obtainment of a drift in the activity index of the at least one second supervision system, - comparison of the drift in the activity index of the first supervision system and a value that is representative of the drift in the activity index of the at least one second system, - qualification of the alarm according to the result of the comparison, - identification of the preponderant indicator that has caused the drift in the index of the first system, - obtainment of the drift in the indicator corresponding to the preponderant indicator, for the at least one second supervision system, - comparison of the drift in the preponderant indicator of the first supervision system with a value that is representative of the drift in the corresponding indicator of the at least one second system, and - update of the qualification of the alarm according to the result of the second comparison.
A thiol-functional organic compound having on average at least 3.1 thiol groups per molecule, and having carbon atoms, oxygen atoms, and sulfur atoms, and optionally further heteroatoms, and wherein the ratio of the number of carbon atoms (C) to the sum of the number of heteroatoms (HA), (C/HA) is at least 2.0, and wherein the thiol groups are derived from 2-mercapto acetic acid, 2-mercapto propionic acid, or 3-mercapto propionic acid, or esters thereof, wherein the compound is obtainable by reaction of a part of the thiol groups of a thiol-functional precursor compound with an epoxide-functional or acryloyl-functional compound, wherein the thiol-functional precursor is an ester of a polyol with a mercapto carboxylic acid selected from 2-mercapto acetic acid, 2-mercapto propionic acid or 3-mercapto propionic acid.
Curable adhesive composition having PTC (positive temperature coefficient) characteristics after curing, comprising (i) a reactive binder system, based on an epoxy-resin-component and a curing agent-component, (ii) particles of a carbon modification in a range of 0.01wt % to 15.0 wt%, based on the total weight of the curable adhesive composition, (iii) copper powder in a range of 0.5 wt% to 5.0 wt%, based on the total weight of the curable adhesive composition, wherein the reactive binder system comprises > 70 wt% of all organic polymers of the adhesive composition and wherein the carbon modification is selected from carbon fibers, graphite, carbon black, activated carbon, carbon nanotubes or combinations thereof. (i) a reactive binder system, based on an epoxy-resin-component and a curing agent-component, (ii) particles of a carbon modification in a range of 0.01wt % to 15.0 wt%, based on the total weight of the curable adhesive composition, (iii) copper powder in a range of 0.5 wt% to 5.0 wt%, based on the total weight of the curable adhesive composition,
A cleansing composition comprising 50 to 92 wt.% of water and: a. 1 to 15 wt.% of a taurate surfactant; b. 0.1 to 15 wt.% of an isethionate surfactant; c. 0.1 to 6 wt.% of a betaine; and d. 0.01 to 10 wt.% of a nonionic emulsifier selected from the group consisting of a polyol ester, a glycerol ether, an oxyethylenated and/or oxypropylenated ether, and/or an ethylene glycol polymer; e. 0.01 to 5 wt.% of a conditioning polymer, wherein the conditioning polymer is a polyquaternium; and f. 0.01 to 5 wt.% of a rheology modifier; wherein the cleansing composition is free of sulfates. a. 1 to 15 wt.% of a taurate surfactant; b. 0.1 to 15 wt.% of an isethionate surfactant; c. 0.1 to 6 wt.% of a betaine; and d. 0.01 to 10 wt.% of a nonionic emulsifier selected from the group consisting of a polyol ester, a glycerol ether, an oxyethylenated and/or oxypropylenated ether, and/or an ethylene glycol polymer; e. 0.01 to 5 wt.% of a conditioning polymer, wherein the conditioning polymer is a polyquaternium; and f. 0.01 to 5 wt.% of a rheology modifier;
A tire tread depth measuring system for measuring tread depth across a profile of a tire, comprising a hand-held tread depth scanner having a start/stop button , characterised by : (a) the hand-held tread depth scanner having two laser distance sensors , each laser distance sensor of said two laser distance sensors arranged to sequentially measure distances to said tire across a profile of said tire, said tread depth scanner recording distance measurements as a function of time for said each laser distance sensor, said each laser distance sensor producing data related to tread depth across a profile of said tire; (b) an inertial pack carried by and responsive to movements of said tread depth scanner, said inertial pack correcting said data for movements of said tread depth scanner in the hand of a user; and (c) a user interface carried by said tread depth scanner, said user interface including said start/stop button, and wherein, when said start/stop button is pressed and said user moves said tread depth scanner over a tire profile, said tread depth scanner being held in the hand of said user scans said tire tread to measure said tread depth and to produce said data related to said tread depth for said tire profile. (a) the hand-held tread depth scanner having two laser distance sensors , each laser distance sensor of said two laser distance sensors arranged to sequentially measure distances to said tire across a profile of said tire, said tread depth scanner recording distance measurements as a function of time for said each laser distance sensor, said each laser distance sensor producing data related to tread depth across a profile of said tire; (b) an inertial pack carried by and responsive to movements of said tread depth scanner, said inertial pack correcting said data for movements of said tread depth scanner in the hand of a user; and (c) a user interface carried by said tread depth scanner, said user interface including said start/stop button, and wherein, when said start/stop button is pressed and said user moves said tread depth scanner over a tire profile, said tread depth scanner being held in the hand of said user scans said tire tread to measure said tread depth and to produce said data related to said tread depth for said tire profile.
A process for treating a composition comprising 2,3,3,3-tetrafluoropropene in an amount of at least 10wt% of the composition and 1,1,1,2-tetrafluoroethane , so as to reduce the concentration of 134a, the process comprising contacting the composition with a molecular sieve comprising pores having openings which have a size across their largest dimension of 5 Å such that the 134a is retained by the adsorbent.
A liquid immersion cooling system configured to immerse a plurality of electronic devices in a cooling liquid for direct cooling, the liquid immersion cooling system comprising: a cooling tank having an open space defined by a bottom wall and side walls ; a plurality of arrayed housing parts formed by dividing the open space of the cooling tank with a plurality of inner partitions therein, each of the arrayed housing parts being configured to house at least one unit of the electronic device ; and a lifting mechanism having an arm configured to lift at least the one unit of the electronic device from the housing part, and lowering the electronic device into the housing part, characterized in that the lifting mechanism includes a tower having a guide and a driving source for raising and lowering the arm , a slide mechanism attached to the cooling tank for movably supporting the tower with respect to the cooling tank in a horizontal plane located above the open space , and a stopper for restricting a movement of the tower so that a range where the tower moves in a width direction of the cooling tank does not substantially exceed at least a width of the open space . a cooling tank having an open space defined by a bottom wall and side walls ; a plurality of arrayed housing parts formed by dividing the open space of the cooling tank with a plurality of inner partitions therein, each of the arrayed housing parts being configured to house at least one unit of the electronic device ; and a lifting mechanism having an arm configured to lift at least the one unit of the electronic device from the housing part, and lowering the electronic device into the housing part, characterized in that the lifting mechanism includes a tower having a guide and a driving source for raising and lowering the arm , a slide mechanism attached to the cooling tank for movably supporting the tower with respect to the cooling tank in a horizontal plane located above the open space , and a stopper for restricting a movement of the tower so that a range where the tower moves in a width direction of the cooling tank does not substantially exceed at least a width of the open space .
A method of testing a system having at least one electrochemical sensor for detecting an analyte gas within a housing of the system , the housing of the system having an inlet , the at least one electrochemical sensor comprising an electrochemically active working electrode in fluid connection with the inlet of the system , comprising: biasing the electrochemically active working electrode at a first potential, to detect the analyte gas; biasing the electrochemically active working electrode at a second potential, different from the first potential, such that the at least one electrochemical sensor is sensitive to a driving force created in the vicinity of the inlet to test at least one transport path of the system ; wherein the driving force is created other than by application of the analyte gas or a simulant thereof to the system , and wherein creating the driving force in the vicinity of the inlet of the housing of the system comprises a change in the concentration of a gas, a change in humidity, a change in temperature, a change in pressure, or change in flow, or a change in diffusion which is created other than by the application of the analyte gas or a simulant therefor to the system ; and measuring a response of the electrochemically active working electrode to the driving force. biasing the electrochemically active working electrode at a first potential, to detect the analyte gas; biasing the electrochemically active working electrode at a second potential, different from the first potential, such that the at least one electrochemical sensor is sensitive to a driving force created in the vicinity of the inlet to test at least one transport path of the system ; wherein the driving force is created other than by application of the analyte gas or a simulant thereof to the system , and wherein creating the driving force in the vicinity of the inlet of the housing of the system comprises a change in the concentration of a gas, a change in humidity, a change in temperature, a change in pressure, or change in flow, or a change in diffusion which is created other than by the application of the analyte gas or a simulant therefor to the system ; and measuring a response of the electrochemically active working electrode to the driving force.
A method of decoding video data, the method comprising: selecting a source affine block, the source affine block being an affine-coded block that spatially neighbors a current block; extrapolating motion vectors of control points of the source affine block to determine motion vector predictors for control points of the current block based on the extrapolated motion vectors; inserting, into an affine motion vector predictor (MVP) set candidate list, an affine MVP set that includes the motion vector predictors for the control points of the current block; determining, based on an index signaled in a bitstream, a selected affine MVP set in the affine MVP set candidate list; obtaining, from the bitstream, motion vector differences (MVDs) that indicate differences between motion vectors of the control points of the current block and motion vector predictors in the selected affine MVP set; determining, based on the motion vector predictors included in the selected affine MVP set and the MVDs, motion vectors of the control points of the current block; generating, based on the motion vectors of the control points of the current block, a predictive block; and reconstructing the current block based on residual data and the predictive block. selecting a source affine block, the source affine block being an affine-coded block that spatially neighbors a current block; extrapolating motion vectors of control points of the source affine block to determine motion vector predictors for control points of the current block based on the extrapolated motion vectors; inserting, into an affine motion vector predictor (MVP) set candidate list, an affine MVP set that includes the motion vector predictors for the control points of the current block; determining, based on an index signaled in a bitstream, a selected affine MVP set in the affine MVP set candidate list; obtaining, from the bitstream, motion vector differences (MVDs) that indicate differences between motion vectors of the control points of the current block and motion vector predictors in the selected affine MVP set; determining, based on the motion vector predictors included in the selected affine MVP set and the MVDs, motion vectors of the control points of the current block; generating, based on the motion vectors of the control points of the current block, a predictive block; and reconstructing the current block based on residual data and the predictive block.
Rotationally secured collet system for a rotary tool , having the following features: a. a base body , in the form of a chuck for turning, milling or other rotary machines and the like, with a receiving bore and an external thread , b. a collet with a tool-receiving bore for the rotary tool , wherein the collet is arranged detachably in the receiving bore of the base body and can be braced in a force-fitting manner with respect to the base body for the purposes of locking rotation, c. a clamping nut , which is provided for the purposes of bracing the collet on the base body and can be fastened to the base body in the region of the receiving bore , characterized in that the clamping system comprises at least one first rotation-prevention means, which blocks a relative turning of the collet with respect to the base body , wherein the first rotation-prevention means is formed by an unround or a polyhedral or polyhedron-like, radially outer form, tapering in the direction of the base body, of the collet , and by a radially inner, unround or polyhedral or polyhedron-like form of the receiving bore of the base body , which form is adapted to said radially outer form of the collet, wherein the unround or polyhedral or polyhedron-like, outer form of the collet and the unround or polyhedral or polyhedron-like, inner form of the receiving bore are formed in a manner respectively complementary to one another with respect to the contact surfaces thereof and bear directly against one another. a. a base body , in the form of a chuck for turning, milling or other rotary machines and the like, with a receiving bore and an external thread , b. a collet with a tool-receiving bore for the rotary tool , wherein the collet is arranged detachably in the receiving bore of the base body and can be braced in a force-fitting manner with respect to the base body for the purposes of locking rotation, c. a clamping nut , which is provided for the purposes of bracing the collet on the base body and can be fastened to the base body in the region of the receiving bore ,