mhurhangee/ep-ind-claims huggingface dataset:
A current sensor diagnosing apparatus for diagnosing an error of a first current sensor and a second current sensor connected to a secondary battery cell, comprising: a control unit configured to: - receive a first current value measured by the first current sensor and a second current value measured by the second current sensor at the same time point during a charging and discharging cycle of the secondary battery cell, - measure a driving offset of the first current sensor whenever the first current sensor measures the first current value, - measure a driving offset of the second current sensor whenever the second current sensor measures the second current value, - measure a first wake-up offset of the first current sensor and a second wake-up offset of the second current sensor before charging and discharging of the secondary battery cell are performed in a present charging and discharging cycle, - compare a first driving offset of the first current sensor and a second driving offset of the second current sensor measured in a previous charging and discharging cycle with the first wake-up offset and the second wake-up offset, respectively, and - diagnose on the basis of the comparison result whether an error occurs in the first current sensor and the second current sensor. - receive a first current value measured by the first current sensor and a second current value measured by the second current sensor at the same time point during a charging and discharging cycle of the secondary battery cell, - measure a driving offset of the first current sensor whenever the first current sensor measures the first current value, - measure a driving offset of the second current sensor whenever the second current sensor measures the second current value, - measure a first wake-up offset of the first current sensor and a second wake-up offset of the second current sensor before charging and discharging of the secondary battery cell are performed in a present charging and discharging cycle, - compare a first driving offset of the first current sensor and a second driving offset of the second current sensor measured in a previous charging and discharging cycle with the first wake-up offset and the second wake-up offset, respectively, and - diagnose on the basis of the comparison result whether an error occurs in the first current sensor and the second current sensor.
Device for storing cryogenic fluid comprising a tank extending in a longitudinal direction and suitable for containing liquefied gas in equilibrium with a gas phase, device (5, 6) for pressurizing the tank, the pressurization device comprising a pressurized gas generator fluidly connected to a rail for injecting the pressurized gas extending in the longitudinal direction in the upper portion of the tank, the injection rail comprising a plurality of gas outlet orifices spaced apart in the longitudinal direction, at least one of the spacing (D1, D2) between the orifices, the diameter (d0, d1, d2) of the orifices and the number of the orifices being different in the longitudinal direction between a first end through which the gas enters the rail and an opposite second end of the rail and configured to render the flow rates leaving the orifices of the rail uniform in the longitudinal direction, characterized in that the pressurized gas generator comprises a heater for the fluid withdrawn from the tank, said generator being configured to supply the injection rail with pressurized gas.
A method performed by a terminal for receiving a reference signal, RS, in a wireless communication system, the method comprising: receiving, from a base station, a control message including first information indicating that a first channel and a second channel share a RS on the first channel and second information configuring a transmission mode for the first channel and the second channel; receiving the RS on the first channel; identifying whether a first transmission mode for the first channel and a second transmission mode for the second channel support a sharing of the received RS; and receiving, in case that the first transmission mode and the second transmission mode support the sharing of the received RS, data on the second channel based on the RS received on the first channel. receiving, from a base station, a control message including first information indicating that a first channel and a second channel share a RS on the first channel and second information configuring a transmission mode for the first channel and the second channel; receiving the RS on the first channel; identifying whether a first transmission mode for the first channel and a second transmission mode for the second channel support a sharing of the received RS; and receiving, in case that the first transmission mode and the second transmission mode support the sharing of the received RS, data on the second channel based on the RS received on the first channel.
An exercise machine configured to assume a power-controlled training mode, the exercise machine comprising a data processing module, characterized in that the data processing module of the exercise machine is configured to: - vary a percentage of a parameter representative of the athletic preparation of a user, the percentage of the parameter representative of the athletic preparation of the user being manually varied by a user or being automatically varied by the exercise machine on the basis of a set trend set in an user's training program, said parameter representative of the athletic preparation of the user having been determined as a function of user's physiological variables by means of an appropriate mathematical algorithm; - perform the power control to control the power delivered by the user during physical activity so that it is kept equal to a target power value delivered by the user during the physical activity, such a target power value being determined, by the data processing module of the exercise machine, on the basis of the percentage of the parameter representative of the athletic preparation of a user varied by the data processing module of the exercise machine. - vary a percentage of a parameter representative of the athletic preparation of a user, the percentage of the parameter representative of the athletic preparation of the user being manually varied by a user or being automatically varied by the exercise machine on the basis of a set trend set in an user's training program, said parameter representative of the athletic preparation of the user having been determined as a function of user's physiological variables by means of an appropriate mathematical algorithm; - perform the power control to control the power delivered by the user during physical activity so that it is kept equal to a target power value delivered by the user during the physical activity, such a target power value being determined, by the data processing module of the exercise machine, on the basis of the percentage of the parameter representative of the athletic preparation of a user varied by the data processing module of the exercise machine.
A device for delivering a bone material to a surgical site, the device comprising: a body having an upper portion and a lower portion, the lower portion of the body being substantially transverse to the upper portion and having an opening for receiving a bone material; an internal chamber disposed within the upper portion and the lower portion; and a plunger slidably disposed in at least the internal chamber of the body, the plunger having a distal end configured for delivering the bone material out of the lower portion of the body, wherein movement of the plunger in a first position toward the lower portion of the body delivers the bone material from the lower portion of the body to the surgical site, wherein the plunger comprises a proximal end opposite a distal end of the plunger, the proximal end comprising a spring, characterized in that the proximal end further comprises a lever that actuates movement of the plunger together with the spring, wherein the distal end of the plunger comprises a link pivotably attached to a plate, wherein the plate is movable within the opening of the lower portion of the body, and wherein the plate is configured for engagement with the bone material, and when the plunger is moved in the first position, the plate is pivoted by the link in a downward direction to eject the bone material from the plate, out of the opening of the lower portion of the body, and into the surgical site. a body having an upper portion and a lower portion, the lower portion of the body being substantially transverse to the upper portion and having an opening for receiving a bone material; an internal chamber disposed within the upper portion and the lower portion; and a plunger slidably disposed in at least the internal chamber of the body, the plunger having a distal end configured for delivering the bone material out of the lower portion of the body, wherein movement of the plunger in a first position toward the lower portion of the body delivers the bone material from the lower portion of the body to the surgical site, wherein the plunger comprises a proximal end opposite a distal end of the plunger, the proximal end comprising a spring, characterized in that the proximal end further comprises a lever that actuates movement of the plunger together with the spring, wherein the distal end of the plunger comprises a link pivotably attached to a plate, wherein the plate is movable within the opening of the lower portion of the body, and wherein the plate is configured for engagement with the bone material, and when the plunger is moved in the first position, the plate is pivoted by the link in a downward direction to eject the bone material from the plate, out of the opening of the lower portion of the body, and into the surgical site.
Material unit for an additive manufacturing device, the material unit having a resin vat wherein the resin vat comprises a base which is transparent at least in sections, wherein the resin vat is connected to a holder for a reservoir, and wherein the holder is configured such that resin emerging from an outlet (6, 12) of a reservoir held by said holder can flow into the resin vat, wherein the holder comprises an actuating device for actuating a valve of a reservoir accommodated therein, characterized in that the actuating device actuates the valve for a pivoting movement over a limit angle (β), wherein the limit angle (β) corresponds to a substantially perpendicular arrangement of the holder and/or the reservoir with respect to the resin vat.
A system for retrieving an obstruction in a blood vessel, the system comprising: a catheter; a first conductive wire (116, 401); an electronic circuit providing a first current to the first conductive wire (116, 401); and a frame in electrical communication with the first conductive wire (116, 401) and comprising a shape memory material, at least a first portion of the frame being expandable from a collapsed configuration to an expanded configuration upon being heated by the first current; the frame further comprising a second portion; and wherein an insulating junction connects the first portion of the frame to the second portion of the frame, such that the first current does not pass from one side of the insulating junction to the other. a catheter; a first conductive wire (116, 401); an electronic circuit providing a first current to the first conductive wire (116, 401); and a frame in electrical communication with the first conductive wire (116, 401) and comprising a shape memory material, at least a first portion of the frame being expandable from a collapsed configuration to an expanded configuration upon being heated by the first current; the frame further comprising a second portion; and wherein an insulating junction connects the first portion of the frame to the second portion of the frame, such that the first current does not pass from one side of the insulating junction to the other.
Use of a combination of - at least one ionic liquid which is lipophilic, and non miscible with water, and - at least one enzyme, wherein the lipophilic ionic liquid is constituted by a lipophilic cation and a hydrophobic anion, said cation being constituted by a cationic head, and said anion being constituted by an anionic head, and wherein said cationic head and/or anionic head are substituted by one or several carbon side chains which may be similar or different from each other, and wherein the carbon side chain on the cationic head and/or anionic head are linear or branched, saturated or unsaturated carbon chains, providing at least one of the side chain comprise at least 10 carbon atom, wherein the enzyme is a lipase or an esterase, for the implementation of an esterification and/or transesterification process of a substrate with at least one alcohol, said substrate consisting of oils, fats, fatty acids, or a mixture thereof, wherein said ionic liquid, said substrate, and said alcohol form a single homogeneous liquid phase at the temperature at which the esterification and/or transesterification process is performed. - at least one ionic liquid which is lipophilic, and non miscible with water, and - at least one enzyme,
Compounds of general formula: in which: - the cycle A represents a 6-membered aromatic or non-aromatic ring, optionally comprising one or more nitrogen atoms, said nitrogen atom(s) optionally being substituted by an optionally substituted tetrahydrofuran group,or by a -CH 2 -E group, wherein E is chosen from -CONRR'; -CO-SR; -CO-Oalkyl; -CO-Oalkyl-OH; -O-alkyl-OAc; phenyl substituted for example by a CN or NO 2 group; wherein R and R' are the same or different and independently represent a hydrogen atom or an alkyl group; and/or wherein said nitrogen atom(s) may be in the form of pyridinium salts, the counter ion being the anion of a halogen atom; - B represents a 5-to-10-membered mono- or bicyclic aryl or heteroaryl group, substituted by one or more groups selected from the groups -(C 5 -C 20)alkyl; -O(C 2 -C 20)alkyl; -S p alkyl wherein p = 0, 1 or 2; alkenyl; alkynyl; - R1 represents a hydrogen atom or an alkyl group and R2 and R3 together form an =O group; or alternatively R3 represents an -OH or -Oalkyl group and R2 forms, together with R1, a single bond binding the nitrogen atom to the carbon atom substituted by R3, A and B, in such a way as to form an indanone ring by fusion with the cycle A; the groups -C(=O)NHR1 and C - being understood to be located in two adjacent positions on the ring A; in the form of a base or an acid addition salt, as well as in the form of a pharmaceutically acceptable hydrate or solvate. - the cycle A represents a 6-membered aromatic or non-aromatic ring, optionally comprising one or more nitrogen atoms, said nitrogen atom(s) optionally being substituted by - B represents a 5-to-10-membered mono- or bicyclic aryl or heteroaryl group, substituted by one or more groups selected from the groups -(C 5 -C 20)alkyl; -O(C 2 -C 20)alkyl; -S p alkyl wherein p = 0, 1 or 2; alkenyl; alkynyl; - R1 represents a hydrogen atom or an alkyl group and R2 and R3 together form an =O group;
A cylinder head having a cylinder head body, a camshaft housing mounted on the cylinder head body, and a cam cap (24c to 28c) mounted on the camshaft housing, a cam hole (24f to 28f, 24g to 28g) for supporting a camshaft (13, 14) being defined between the camshaft housing and the cam cap (24c to 28c), wherein the camshaft housing has a through hole (24s to 28s) into which a first bolt is inserted to secure the camshaft housing and the cam cap (24c to 28c) together to the cylinder head body when assembling an engine, and the through hole (24s to 28s) has an internal thread (24u to 28u) which is formed on the inner surface of the through hole (24s to 28s) and to which a second bolt is temporarily tightened to secure the cam cap (24c to 28c) to the camshaft housing when processing the cam hole (24f to 28f, 24g to 28g) before assembling the engine, characterized in that the camshaft housing has a pair of frame portions extending in the axial direction of the camshaft (13, 14) and a bearing portion (24 to 28) extending from one of the frame portions to the other of the frame portions, and the cam cap (24c to 28c) is mounted on the top face of the bearing portion (24 to 28).
Levelling device for road vehicles, in particular trailers, wherein the road vehicle has a chassis, a longitudinal axis and a suspended axle assembly with vehicle wheels (6, 7) on both sides with an independent wheel suspension, wherein the levelling device is provided and designed for orienting the chassis in a desired angular position in space and wherein the levelling device has a levelling controller, a levelling sensor system which accommodates the angular position of the chassis and is connected to the levelling controller, and a driven lifting apparatus, which can be controlled by the levelling controller, for vertical movement of the chassis during levelling, wherein the lifting apparatus has a plurality of wheel lifting means which can be individually controlled by the levelling controller and are each designed to lift and lower a vehicle wheel (6, 7) individually relative to the chassis, wherein the levelling device has a plurality of chassis supports which can be controlled by the levelling controller, locked and also lifted and lowered, wherein the levelling controller is programmable and has one or more processors along with I/O interfaces and data memories, wherein the levelling of the individually controllable wheel lifting means and also of the chassis supports can be carried out, characterized in that the levelling device and the levelling controller are configured for the chassis to be controlled by the levelling controller during levelling in such a way that the chassis is lowered by means of the lifting apparatus and the levelling sensor system starting from a preferably front-supported starting position to an intermediate position and is thereby oriented with a desired solid angle in a first main direction, wherein the chassis is then moved to a levelling position and is thereby oriented with a desired solid angle in a second main direction too and wherein the chassis supports are designed as passive supports, which are controlled during levelling in such a way that they are lowered to the ground before or during levelling and, when the lifting apparatus is lowered for levelling purposes, are in a force-neutral state and are raised or retracted while maintaining contact with the ground and also are locked in the oriented levelling position.
A method of monitoring condition of a temperature measurement point in an industrial process system, the method comprising: sensing vibration frequency of a thermowell positioned in a process fluid flow passage via a vibration sensor fixedly attached to the thermowell; comparing the sensed vibration frequency to a target frequency, wherein the target frequency is 0.8 times a natural frequency of the thermowell; determining condition of the thermowell based upon vibration frequency sensed; and providing a diagnostic output indicative of impending thermowell failure if the vibration frequency sensed exceeds the target frequency. sensing vibration frequency of a thermowell positioned in a process fluid flow passage via a vibration sensor fixedly attached to the thermowell; comparing the sensed vibration frequency to a target frequency, wherein the target frequency is 0.8 times a natural frequency of the thermowell; determining condition of the thermowell based upon vibration frequency sensed; and providing a diagnostic output indicative of impending thermowell failure if the vibration frequency sensed exceeds the target frequency.
A method of forming an article having a coating comprising applying a coating material to a fugitive tool; placing a powdered parent material in contact with the coating material on the fugitive tool; densifying the powdered parent material, wherein densifying employs spark plasma sintering; and destructively removing the fugitive tool, wherein, during processing, the coating material bonds to the parent material. applying a coating material to a fugitive tool; placing a powdered parent material in contact with the coating material on the fugitive tool; densifying the powdered parent material, wherein densifying employs spark plasma sintering; and destructively removing the fugitive tool, wherein, during processing, the coating material bonds to the parent material.
A water-permeable boil-in-bag sachet containing a rehydratable food product, said sachet delimited by two longitudinal edges and two transverse edges, respectively called upper and lower, comprising first and second sealing gaskets (4, 5), the first sealing gasket, said to be transverse, upper, spaced longitudinally away from the upper transverse edge of the sachet, connecting the two longitudinal edges of the sachet to separate the sachet from its upper transverse edge toward its lower transverse edge in a grasping area of the sachet and an area for receiving food, said grasping area of the sachet being provided with a through opening able to form a gripping loop of the sachet and a fracture initiation score able to allow the opening of the sachet, while the area for receiving food is provided with a plurality of perforations, the second sealing gasket, called lower, isolating at least part of the lower transverse edge of the sachet from the food receiving area to form an area for gripping the sachet by the bottom, characterized in that the through opening able to form a gripping loop of the sachet is a so-called off-centered opening that has at least 3⁄4 of its length arranged on one side of the median longitudinal line (XX') of the sachet when the sachet is placed flat, this side being called first half of the sachet, in that the total surface area of the perforations of the first half of the sachet is smaller than the total surface area of the perforations of the other half of the sachet, called second half, and in that at least part of the area for gripping from the bottom of the sachet is arranged in the first half of the sachet.