mhurhangee/patent-ind-claim-en huggingface dataset:
A solenoid valve device comprising: a solenoid valve main body which includes a spool , a sleeve in which the spool is movably disposed in an axial direction, a plunger configured to move the spool , a stator , a molded solenoid body disposed at an outer periphery of the plunger , and a solenoid case accommodating the plunger , the stator , and the molded solenoid body , at least a part of the plunger being disposed in an accommodation portion defined by the stator and the molded solenoid body ; and a valve housing in which the solenoid valve main body is mounted by inserting the sleeve of the solenoid valve main body into a mounting hole of the valve housing , wherein the solenoid valve device includes a space with an annular shape being continually formed in a circumferential direction between the sleeve and the stator , a first breathing hole which allows an outside of the solenoid valve main body to communicate with the space and a second breathing hole which allows the space to communicate with the accommodation portion , the first breathing hole and the second breathing hole being positioned such that a clockwise distance and an anticlockwise distance in the circumferential direction from the first breathing hole to the second breathing hole are different from each other, characterized in that an end portion of the stator on a side of the spool is fitted into an end portion of the sleeve on a side of the solenoid case . a solenoid valve main body which includes a spool , a sleeve in which the spool is movably disposed in an axial direction, a plunger configured to move the spool , a stator , a molded solenoid body disposed at an outer periphery of the plunger , and a solenoid case accommodating the plunger , the stator , and the molded solenoid body , at least a part of the plunger being disposed in an accommodation portion defined by the stator and the molded solenoid body ; and a valve housing in which the solenoid valve main body is mounted by inserting the sleeve of the solenoid valve main body into a mounting hole of the valve housing , wherein the solenoid valve device includes a space with an annular shape being continually formed in a circumferential direction between the sleeve and the stator , a first breathing hole which allows an outside of the solenoid valve main body to communicate with the space and a second breathing hole which allows the space to communicate with the accommodation portion , the first breathing hole and the second breathing hole being positioned such that a clockwise distance and an anticlockwise distance in the circumferential direction from the first breathing hole to the second breathing hole are different from each other,
An anomaly diagnosing apparatus for an air flowmeter , wherein the air flowmeter is arranged in an intake passage of an internal combustion engine and is configured to detect an air amount (Ga), the engine includes a catalyst , which is arranged in an exhaust passage and has an oxidizing function, an addition valve , which is arranged upstream of the catalyst in the exhaust passage and is configured to add fuel to exhaust gas, an air-fuel ratio sensor , which is arranged downstream of the addition valve in the exhaust passage , an exhaust temperature sensor , which is arranged downstream of the catalyst in the exhaust passage , and a fuel injection valve , which is configured to supply fuel into a combustion chamber , and the anomaly diagnosing apparatus is characterized by comprising processing means configured to execute: an air amount estimating process of calculating an estimated air amount (Gae), which is an estimated value of an air amount, based on an air-fuel ratio (Af) detected by the air-fuel ratio sensor and an injection amount (Q) injected by the fuel injection valve ; and an upward displacement anomaly determining process of determining that there is an anomaly in which a detected value (Ga) of the air flowmeter is greater than an actual value if a logical conjunction is true of the condition that the detected value (Ga) of the air flowmeter is greater than the estimated air amount (Gae) by a margin greater than or equal to a specified amount (ΔGa1) and the condition that an amount by which a detected value (Tex) of the exhaust temperature sensor exceeds a reference value (Texe) is smaller than or equal to a predetermined amount (ΔTe). an air amount estimating process of calculating an estimated air amount (Gae), which is an estimated value of an air amount, based on an air-fuel ratio (Af) detected by the air-fuel ratio sensor and an injection amount (Q) injected by the fuel injection valve ; and an upward displacement anomaly determining process of determining that there is an anomaly in which a detected value (Ga) of the air flowmeter is greater than an actual value if a logical conjunction is true of the condition that the detected value (Ga) of the air flowmeter is greater than the estimated air amount (Gae) by a margin greater than or equal to a specified amount (ΔGa1) and the condition that an amount by which a detected value (Tex) of the exhaust temperature sensor exceeds a reference value (Texe) is smaller than or equal to a predetermined amount (ΔTe).
A surgical robot system, comprising: - a camera ; - a robot having a robot base , a robot arm coupled to the robot base , and an end-effector coupled to the robot arm; - a test tool having a notch ; and - an instrument under test having a groove , - wherein the camera is configured to track the position of the test tool and of the instrument under test, and - wherein the groove of the instrument is configured to engage the notch of the test tool in order to check an alignment accuracy of the instrument under test based on position tracking of both the test tool and the instrument under test by the camera , wherein the alignment accuracy indicates the overlap between theoretical and actual position of the instrument under test. - a camera ; - a robot having a robot base , a robot arm coupled to the robot base , and an end-effector coupled to the robot arm; - a test tool having a notch ; and - an instrument under test having a groove , - wherein the camera is configured to track the position of the test tool and of the instrument under test, and - wherein the groove of the instrument is configured to engage the notch of the test tool in order to check an alignment accuracy of the instrument under test based on position tracking of both the test tool and the instrument under test by the camera , wherein the alignment accuracy indicates the overlap between theoretical and actual position of the instrument under test.
A nucleic acid for the controlled expression of a nucleic acid encoding a TRAIL pro-apoptotic protein in an individual, comprising: - a regulatory polynucleotide comprising a minimal promoter and at least one AARE (amino acid response element) nucleic acid, said regulatory polynucleotide being activated in an individual upon consumption of a diet deficient in at least one essential amino acid; and - a nucleic acid encoding a TRAIL pro-apoptotic protein, which is placed under the control of the said regulatory polynucleotide. - a regulatory polynucleotide comprising a minimal promoter and at least one AARE (amino acid response element) nucleic acid, said regulatory polynucleotide being activated in an individual upon consumption of a diet deficient in at least one essential amino acid; and - a nucleic acid encoding a TRAIL pro-apoptotic protein, which is placed under the control of the said regulatory polynucleotide.
A rotation table including a casing , a face plate pivotally supported on the casing , and a drive portion for rotating the face plate , the rotation table comprising a seal mechanism portion including: a sealing material arranged between the casing and the face plate ; a casing-side grooved portion for forming a casing-side seal mounting groove for retaining the sealing material , the casing-side seal mounting groove being formed on an end of the casing ; and a seal holding portion for holding the sealing material , characterised in that a portion having the casing-side grooved portion and the seal holding portion are conf igured to be separable without moving or removing the face plate , and in that a side of the casing-side grooved portion facing the seal holding portion is at least partially notched to expose an edge of the sealing material when the seal holding portion is removed. a sealing material arranged between the casing and the face plate ; a casing-side grooved portion for forming a casing-side seal mounting groove for retaining the sealing material , the casing-side seal mounting groove being formed on an end of the casing ; and a seal holding portion for holding the sealing material , characterised in that
A dual loop antenna comprising: a first loop antenna ; a second loop antenna ; and at least one source for providing current to the first loop antenna and the second loop antenna , wherein the first loop antenna and the second loop antenna are formed on an x-y plane, a center of the first loop antenna and a center of the second loop antenna are located at positions on an x-axis at the same distance from a point of origin being a center of the dual loop antenna , the at least one source is configured to provide current to the first loop antenna and the second loop antenna such that a phase difference, δ, between currents flowing on the first loop antenna and the second loop antenna , respectively, is a value in a range from 130 degrees to 230 degrees, and characterized in that the first loop antenna is turned by -θ degrees around the x-axis and the second loop antenna is turned by +θ degrees around the x-axis. a first loop antenna ; a second loop antenna ; and at least one source for providing current to the first loop antenna and the second loop antenna , wherein the first loop antenna and the second loop antenna are formed on an x-y plane, a center of the first loop antenna and a center of the second loop antenna are located at positions on an x-axis at the same distance from a point of origin being a center of the dual loop antenna , the at least one source is configured to provide current to the first loop antenna and the second loop antenna such that a phase difference, δ, between currents flowing on the first loop antenna and the second loop antenna , respectively, is a value in a range from 130 degrees to 230 degrees, and characterized in that the first loop antenna is turned by -θ degrees around the x-axis and the second loop antenna is turned by +θ degrees around the x-axis.
A thermosetting epoxy functional (meth)acrylate resin comprising, as copolymerized monomers: i) from about 10 wt.% to about 40 wt.% of an epoxy functional unsaturated monomer; ii) from about 10 wt.% to about 20 wt.% of an alkyl (meth)acrylate monomer, wherein the alkyl comprises a minimum of 6 carbon atoms, iii) from about 30 wt.% to about 70 wt.% of an alkyl (meth)acrylate monomer wherein the alkyl comprises 1 to 5 carbon atoms, iv) from about 0,5wt% to 40wt% of a dialkyl vinylphosphonate monomer, v) from about 1 wt.% to about 50 wt.% of a vinyl aromatic monomer, and vi) from about 0 wt% to 0.4wt% of a phosphonic acid monomer, wherein each monomer wt.% based on the total weight of copolymerized monomers in the resin. i) from about 10 wt.% to about 40 wt.% of an epoxy functional unsaturated monomer; ii) from about 10 wt.% to about 20 wt.% of an alkyl (meth)acrylate monomer, wherein the alkyl comprises a minimum of 6 carbon atoms, iii) from about 30 wt.% to about 70 wt.% of an alkyl (meth)acrylate monomer wherein the alkyl comprises 1 to 5 carbon atoms, iv) from about 0,5wt% to 40wt% of a dialkyl vinylphosphonate monomer, v) from about 1 wt.% to about 50 wt.% of a vinyl aromatic monomer, and vi) from about 0 wt% to 0.4wt% of a phosphonic acid monomer, wherein each monomer wt.% based on the total weight of copolymerized monomers in the resin.
A method for setting a link priority, applied to a server, wherein the method comprises: calculating an average latency of each of a plurality of links between the server and a storage device; determining a latency interval to which the average latency of each link belongs, wherein at least two consecutive latency intervals are preset in the server, each latency interval represents a range of an average latency, a priority is set for each latency interval, and for latency intervals of adjacent priorities, a minimum latency value of a latency interval of a lower priority is greater than a maximum latency value of a latency interval of a higher priority; and determining a priority of each link based on a priority of the latency interval to which the average latency of each link belongs. calculating an average latency of each of a plurality of links between the server and a storage device; determining a latency interval to which the average latency of each link belongs, wherein at least two consecutive latency intervals are preset in the server, each latency interval represents a range of an average latency, a priority is set for each latency interval, and for latency intervals of adjacent priorities, a minimum latency value of a latency interval of a lower priority is greater than a maximum latency value of a latency interval of a higher priority; and determining a priority of each link based on a priority of the latency interval to which the average latency of each link belongs.
A support assembly for a thermoelectric heat pump system , the support assembly comprising: a plurality of platforms for supporting at least one respective thermoelectric heat pump ; and at least one respective support structure supporting a respective one of said platforms, wherein at least one of said platforms is movable with respect to at least one other of said platforms, characterised in that said at least one respective support structure comprises a pipe. a plurality of platforms for supporting at least one respective thermoelectric heat pump ; and at least one respective support structure supporting a respective one of said platforms, wherein at least one of said platforms is movable with respect to at least one other of said platforms,
An apparatus comprising: - means for providing to a storage entity information relating to use of an accessory with the apparatus; - means for determining an event and responsive to the event and a determination that the accessory, which has previously been paired with the apparatus, is not in use with the apparatus when the event occurs, notifying the storage entity, wherein the notifying is configured to trigger the storage entity to convey an indication of the event to a second apparatus which is using the accessory and/or the accessory, when the event occurs. - means for providing to a storage entity information relating to use of an accessory with the apparatus; - means for determining an event and responsive to the event and a determination that the accessory, which has previously been paired with the apparatus, is not in use with the apparatus when the event occurs, notifying the storage entity, wherein the notifying is configured to trigger the storage entity to convey an indication of the event to a second apparatus which is using the accessory and/or the accessory, when the event occurs.
An agricultural machine assembly including: a. a fork assembly (1; 16; 42; 46) having one or more forks or tines (3; 17; 43); b. an agricultural machine (2; 25; 32) arranged to engage with the fork assembly via the one or more forks or tines; and c. a retention mechanism arranged so that: engaging the agricultural machine with the fork or tines prior to lifting latches the fork assembly to the agricultural machine; characterised in that said retention mechanism including a foot extending bellow the bottom of the assembly and arranged so that lifting the foot above the ground activates an activation element; and lowering the assembly on the foot when grounded deactivates the activation element to release the retention mechanism and thereby unlatch the agricultural machine from the fork assembly. a. a fork assembly (1; 16; 42; 46) having one or more forks or tines (3; 17; 43); b. an agricultural machine (2; 25; 32) arranged to engage with the fork assembly via the one or more forks or tines; and c. a retention mechanism arranged so that: engaging the agricultural machine with the fork or tines prior to lifting latches the fork assembly to the agricultural machine; characterised in that said retention mechanism including a foot extending bellow the bottom of the assembly and arranged so that lifting the foot above the ground activates an activation element; and lowering the assembly on the foot when grounded deactivates the activation element to release the retention mechanism and thereby unlatch the agricultural machine from the fork assembly. engaging the agricultural machine with the fork or tines prior to lifting latches the fork assembly to the agricultural machine; characterised in that said retention mechanism including a foot extending bellow the bottom of the assembly and arranged so that lifting the foot above the ground activates an activation element; and lowering the assembly on the foot when grounded deactivates the activation element to release the retention mechanism and thereby unlatch the agricultural machine from the fork assembly.
A compression stocking comprising one or two integrated zippers , wherein the compression stocking is formed to surround a leg from a region above the knee all the way to at least the ankle, characterized in that • two zippers are introduced into the compression stocking in such a way that a zipper extends in the axial direction from a region located above the knee when using the compression stocking to a region located at knee level when using the compression stocking , and the other zipper extends in the axial direction from a region located at knee level when using the compression stocking to a region located below the knee when using the compression stocking , or a zipper is introduced into the compression stocking in such a way that it extends in the axial direction from a region located above the knee when using the compression stocking to a region located below the knee when using the compression stocking , and • an additional fiber material , which is formed to surround toes so as to fit individually, adjoins the distal end of the stretch material . • two zippers are introduced into the compression stocking in such a way that a zipper extends in the axial direction from a region located above the knee when using the compression stocking to a region located at knee level when using the compression stocking , and the other zipper extends in the axial direction from a region located at knee level when using the compression stocking to a region located below the knee when using the compression stocking , or a zipper is introduced into the compression stocking in such a way that it extends in the axial direction from a region located above the knee when using the compression stocking to a region located below the knee when using the compression stocking , and • an additional fiber material , which is formed to surround toes so as to fit individually, adjoins the distal end of the stretch material .
A method of wireless communication performed by a first base station in communication with a second base station and a user equipment, UE, the first base station configured to communicate with the UE using a first radio access technology, RAT, the method comprising: generating a wakeup message to cause the UE to wake up from a power saving state or to reconfigure a cycle or a parameter associated with the power saving state, wherein the wakeup message includes an indication that the UE is to wake up from the power saving state or to reconfigure the parameter associated with the cycle; and transmitting the wakeup message to be forwarded towards the UE via the second base station, which is configured to use a second RAT and is associated with the UE, and wherein the wakeup message is configured to cause the UE to wake up from the power saving state or reconfigure the parameter associated with the cycle. generating a wakeup message to cause the UE to wake up from a power saving state or to reconfigure a cycle or a parameter associated with the power saving state, wherein the wakeup message includes an indication that the UE is to wake up from the power saving state or to reconfigure the parameter associated with the cycle; and transmitting the wakeup message to be forwarded towards the UE via the second base station, which is configured to use a second RAT and is associated with the UE, and wherein the wakeup message is configured to cause the UE to wake up from the power saving state or reconfigure the parameter associated with the cycle.
A method for separating a heterogeneous material flow , preferably from waste management, in a housing , one part of which is cylindrical and a gas flow flows out of at least one gas discharge nozzle , which flows out of the heterogeneous Material flow penetrates at least once and thereby at least one fraction (2 ", 2''') of the material flow is carried away, which is guided in the direction of the cylindrically shaped housing part and resembles a circular path due to the curvature of the housing part is directed in the direction of at least one suction device at the end of the cylindrical housing part , whereby the amount of gas blown in is sucked off together with the light fraction (2 '''), characterized by the use of the following features with the following process steps: - direction of the gas-material flow (2 ", 2 ''') before entering into the cylindrically shaped housing part onto an adjustable flow guide element , whereby the light (2' ") and the medium (2 ") Fractions a first separation between light and medium fraction takes place; and - during the suction process through the suction device , the gas-material flow (2 ''') is guided into an S-shaped line flow (laminar flow) by means of at least one curved and adjustable flow guide element , whereby a further separation process between lighter (2' ") and the remaining medium-heavy (2 ") material fraction. - direction of the gas-material flow (2 ", 2 ''') before entering into the cylindrically shaped housing part onto an adjustable flow guide element , whereby the light (2' ") and the medium (2 ") Fractions a first separation between light and medium fraction takes place; and - during the suction process through the suction device , the gas-material flow (2 ''') is guided into an S-shaped line flow (laminar flow) by means of at least one curved and adjustable flow guide element , whereby a further separation process between lighter (2' ") and the remaining medium-heavy (2 ") material fraction.