mhurhangee/ep-ind-claims huggingface dataset:
A sealing structure (50, 250, 450, 550) between a head component (38, 238, 438, 538) having an ejection port ejecting compressed refrigerant and a muffler component (39, 239, 539) which is disposed so that a muffler space is formed between the muffler component (39, 239, 539) and the head component (38, 238, 438, 538), wherein the sealing structure (50, 250, 450, 550) is formed in such a way that the muffler component (39, 239, 539) is attached to the head component (38, 238, 438, 538), and wherein the head component (38, 238, 438, 538) includes: a main body having a bearing hole (38a, 438a) into which an axial member is inserted; an annular boss portion (38c, 238c, 438c, 538c) protruding from the main body (38b, 138b) while circumscribing the bearing hole (38a, 138a, 438a); and an annular side wall (38d, 538d) protruding from the main body while circumscribing the boss portion (38c, 238c, 438c, 538c), characterized in that, the end surface (38g, 238g) of the boss portion (38c, 238c, 438c, 538c) has a part which is entirely further from the main body than the end surface (38h, 538h) of the side wall (38d, 538d), the muffler component (39, 239, 539) has an opening into which the axial member is inserted and the muffler component is fastened to an end surface (38h, 538h) of the side wall (38d, 538d) so that a peripheral portion (39c, 239c, 539c) of the opening contacts an end surface (38g, 538g) of the boss portion (38c, 238c, 438c, 538c), thereby flexing the muffler component as the peripheral portion (39c, 239c, 539c) of the opening contacts the end surface (38g, 238g) of the boss portion (38c, 238c, 438c, 538c). a main body having a bearing hole (38a, 438a) into which an axial member is inserted; an annular boss portion (38c, 238c, 438c, 538c) protruding from the main body (38b, 138b) while circumscribing the bearing hole (38a, 138a, 438a); and an annular side wall (38d, 538d) protruding from the main body while circumscribing the boss portion (38c, 238c, 438c, 538c), characterized in that, the end surface (38g, 238g) of the boss portion (38c, 238c, 438c, 538c) has a part which is entirely further from the main body than the end surface (38h, 538h) of the side wall (38d, 538d), the muffler component (39, 239, 539) has an opening into which the axial member is inserted and the muffler component is fastened to an end surface (38h, 538h) of the side wall (38d, 538d) so that a peripheral portion (39c, 239c, 539c) of the opening contacts an end surface (38g, 538g) of the boss portion (38c, 238c, 438c, 538c), thereby flexing the muffler component as the peripheral portion (39c, 239c, 539c) of the opening contacts the end surface (38g, 238g) of the boss portion (38c, 238c, 438c, 538c).
A rotating control device, comprising: a latch assembly including: a) at least one outwardly extendable latch member; b) an inner mandrel displaceable in a longitudinal direction relative to the latch member to outwardly extend the latch member; and characterised by c) a lock ring that permits displacement of the inner mandrel in the longitudinal direction, and prevents displacement of the inner mandrel in an opposite longitudinal direction. a) at least one outwardly extendable latch member; b) an inner mandrel displaceable in a longitudinal direction relative to the latch member to outwardly extend the latch member; and characterised by c) a lock ring that permits displacement of the inner mandrel in the longitudinal direction, and prevents displacement of the inner mandrel in an opposite longitudinal direction.
Time-based authentication apparatus, the apparatus comprising: a) a profile store updater for creating and updating a stored set of data profiles, each data profile including a seed record from which time-based security codes can be generated, and user identification data; b) seed record deployment apparatus for deploying a seed record for access via portable electronic equipment and to a data profile; and c) a code authenticator for receiving and authenticating time-based codes on the basis of a deployed seed record, characterised in that the code authenticator is adapted to receive two or more different time-based codes in respect of the same authentication instance, each code being associated with a different respective time slot, and for example being valid with respect to consecutive time slots. a) a profile store updater for creating and updating a stored set of data profiles, each data profile including a seed record from which time-based security codes can be generated, and user identification data; b) seed record deployment apparatus for deploying a seed record for access via portable electronic equipment and to a data profile; and c) a code authenticator for receiving and authenticating time-based codes on the basis of a deployed seed record,
Terminal box cover for a motor comprising: - a sensor unit having a sensor for recording a measured variable of the motor, - a communications means, which is designed to make a parameter that characterizes the measured variable available to a reading device, - a supply unit for supplying the sensor unit with energy. - a sensor unit having a sensor for recording a measured variable of the motor, - a communications means, which is designed to make a parameter that characterizes the measured variable available to a reading device, - a supply unit for supplying the sensor unit with energy.
Process for manufacturing a crystalline alkali metal salt of the general formula [R 1 -CH -N(CH 2 -COO) 2]M 1 3 wherein M 1 is selected from alkali metal cations, same or different, R 1 is selected from C 1 -C 4 -alkyl and CH 2 CH 2 COOM, comprising the step of (b) crystallizing said alkali metal salt from an aqueous solution containing in the range of from 5 to 30% by weight of alkali metal hydroxide, referring to said aqueous solution. M 1 is selected from alkali metal cations, same or different, R 1 is selected from C 1 -C 4 -alkyl and CH 2 CH 2 COOM, comprising the step of (b) crystallizing said alkali metal salt from an aqueous solution containing in the range of from 5 to 30% by weight of alkali metal hydroxide, referring to said aqueous solution.
A die casting system (200;300), comprising: a die (212;312) comprising a plurality of die components (214,216;314,316) that define a die cavity (220;320); a shot tube (224;324) in fluid communication with said die cavity (220;320), wherein said shot tube (224;324) includes an integrated melting unit (225;325) configured to heat a charge of material (237;337) from a position inside of said shot tube (224;324), wherein said integrated melting unit includes an induction coil; and a shot tube plunger (228;328) moveable within said shot tube (224;324) to communicate said charge of material (237;337) into said die cavity (220;320); characterised in that said shot tube includes a first sleeve and a second sleeve and said first sleeve is a graphite sleeve and said second sleeve is a ceramic sleeve. a die (212;312) comprising a plurality of die components (214,216;314,316) that define a die cavity (220;320); a shot tube (224;324) in fluid communication with said die cavity (220;320), wherein said shot tube (224;324) includes an integrated melting unit (225;325) configured to heat a charge of material (237;337) from a position inside of said shot tube (224;324), wherein said integrated melting unit includes an induction coil; and a shot tube plunger (228;328) moveable within said shot tube (224;324) to communicate said charge of material (237;337) into said die cavity (220;320); characterised in that said shot tube includes a first sleeve and a second sleeve and said first sleeve is a graphite sleeve and said second sleeve is a ceramic sleeve.
A measurement installation provided with a laser-plasma spectroscopy analysis head of the LIBS type (Laser-Induced Breakdown Spectroscopy), intended for the chemical analysis of a bath brought to a high temperature in a dusty environment, and provided with a cooling and protection device against fumes and dusts, comprising a preferably horizontal base supporting a sealed box with a laser and optics to be protected, said installation being characterized in that it comprises cooling means shielding the radiation coming from the bath and ensuring the removal of the conduction-transmitted heat, said cooling means comprising a water cooling circuit located in the preferably horizontal base and at least four water radiators forming an enclosure around the sealed box and pivotally mounted on the base by means of hinges, and in that the base is located above the bath to be analyzed.
Coke oven device for producing coke by coking coal or coal mixtures, the coke oven device being set up for minimized nitrogen oxide emission by internal thermal energy compensation by means of coke oven gases (G1, G4, G5) by measures internal to the coke oven device, having a plurality of twin heating passes, each having a heating passage through which gas flows and a waste gas-carrying heating passage through which waste gas flows downwards, which heating passages are in each case delimited from one another in pairs by a partition wall and are sealed off from a respective oven chamber (10.2), wherein the paired heating ducts are fluidically separated by means of an upper coupling passage (14.2) and optionally also by means of a lower coupling passage in each case for internal exhaust gas recirculation are coupled to one another on an outer circular flow path (19.1), wherein in the lower region at the bottom (5.4) of the respective twin heating flue at least one inlet from the following group is provided in each case: coke oven gas inlet, combustion air inlet, mixed gas inlet; wherein at least one of the inlets (16, 17, 18), comprising the mixed gas inlet, is arranged more eccentrically with respect to the width (x) of the heating flue than at least one of the passages (14.2) and defines a flow path (G1, G1a) arranged more eccentrically than the exhaust gas recirculation, characterized in that at least one, in particular centrally arranged, stepped air duct (14.1) with at least one stepped air inlet (14.11) is formed in the partition; or wherein at least two, in particular parallel, stepped air ducts (14.1) are formed in the partition wall, which ducts join above the upper/upper exhaust gas recirculation passage (14.2) and open into the flamed heating duct in an uppermost stepped air inlet (14.11) above all exhaust gas recirculation passages (14.2); and/or wherein in at least one of the partition walls at least two, in particular parallel, stepped air ducts (14.1) are formed, which open above the upper/upper exhaust gas recirculation passage (14.2) in two uppermost stepped air inlets (14.11) above all exhaust gas recirculation passages into the flamed heating duct. at least one, in particular centrally arranged, stepped air duct (14.1) with at least one stepped air inlet (14.11) is formed in the partition; or wherein at least two, in particular parallel, stepped air ducts (14.1) are formed in the partition wall, which ducts join above the upper/upper exhaust gas recirculation passage (14.2) and open into the flamed heating duct in an uppermost stepped air inlet (14.11) above all exhaust gas recirculation passages (14.2); and/or wherein in at least one of the partition walls at least two, in particular parallel, stepped air ducts (14.1) are formed, which open above the upper/upper exhaust gas recirculation passage (14.2) in two uppermost stepped air inlets (14.11) above all exhaust gas recirculation passages into the flamed heating duct.
A method for purifying oses derived from hemicellulose originating from lignocellulosic biomasses, said oses being contained in an acid hydrolysate obtained by partial hydrolysis of lignocellulosic biomasses by means of at least one acid catalyst, said acid hydrolysate including in addition a cellulosic matrix, solid residues and/or suspended matters, said method being characterized in that it includes the following steps: - the cellulosic matrix and the solid residues and/or the suspended matters are removed from the acid hydrolysate, in order to obtain a clarified hydrolysate; - without any addition of a basic chemical reagent to increase the pH, said clarified hydrolysate is subjected to at least one ultrafiltration step and/or to at least one nanofiltration step by means of an organic membrane having a cut-off threshold between 100 and 50 000 Da and being resistant to an acidic pH of about 1, so as to obtain, on the one hand, a filtrate containing the majority of pentoses and the non-neutralized acid catalyst and, on the other hand, a retentate containing the species likely to precipitate under the action of an increase in pH; - said filtrate is treated with at least one electro-dialysis step so as to recover the acid catalyst in an acid-enriched solution and to obtain a de-acidified filtrate. - the cellulosic matrix and the solid residues and/or the suspended matters are removed from the acid hydrolysate, in order to obtain a clarified hydrolysate; - without any addition of a basic chemical reagent to increase the pH, said clarified hydrolysate is subjected to at least one ultrafiltration step and/or to at least one nanofiltration step by means of an organic membrane having a cut-off threshold between 100 and 50 000 Da and being resistant to an acidic pH of about 1, so as to obtain, on the one hand, a filtrate containing the majority of pentoses and the non-neutralized acid catalyst and, on the other hand, a retentate containing the species likely to precipitate under the action of an increase in pH; - said filtrate is treated with at least one electro-dialysis step so as to recover the acid catalyst in an acid-enriched solution and to obtain a de-acidified filtrate.
Method for avoiding false excitations of a slip control system of a brake system of a vehicle, in which slip control can be performed on at least one vehicle wheel, having the steps: - monitoring of a wheel speed signal (v) for a predetermined monitoring period in respect of the start of a negative half-wave of an oscillation imposed on the vehicle and - if during the monitoring period an oscillation is identified and a slip control of the vehicle wheel is not carried out, characterized by the steps: a) monitoring of the wheel speed signal (v) for a predetermined first monitoring period (T 1) in respect of the start of a negative half-wave of an oscillation imposed on the vehicle wheel if a brake pressure gradient (p grad) initiated by a brake application rises above a predetermined threshold, b) monitoring of the wheel speed signal (v) in respect of a turning point of a ruck signal (j) derived from the wheel speed signal (v) and of the start of an acceleration signal indicating the re-acceleration and derived from the wheel speed signal (v) during a predetermined second monitoring period (T 2) following the point in time (t 1) of the start of a detected negative half-wave of the speed signal (v), and c) if during the predetermined second monitoring period (T 2) a turning point of the ruck signal (j) and a re-acceleration of the wheel are detected, the oscillation imposed on the vehicle wheel is identified as a braking-induced vibration and slip control of the vehicle wheel is not carried out. - monitoring of a wheel speed signal (v) for a predetermined monitoring period in respect of the start of a negative half-wave of an oscillation imposed on the vehicle and - if during the monitoring period an oscillation is identified and a slip control of the vehicle wheel is not carried out, a) monitoring of the wheel speed signal (v) for a predetermined first monitoring period (T 1) in respect of the start of a negative half-wave of an oscillation imposed on the vehicle wheel if a brake pressure gradient (p grad) initiated by a brake application rises above a predetermined threshold, b) monitoring of the wheel speed signal (v) in respect of a turning point of a ruck signal (j) derived from the wheel speed signal (v) and of the start of an acceleration signal indicating the re-acceleration and derived from the wheel speed signal (v) during a predetermined second monitoring period (T 2) following the point in time (t 1) of the start of a detected negative half-wave of the speed signal (v), and c) if during the predetermined second monitoring period (T 2) a turning point of the ruck signal (j) and a re-acceleration of the wheel are detected, the oscillation imposed on the vehicle wheel is identified as a braking-induced vibration and slip control of the vehicle wheel is not carried out.
A microfluidic immunoassay device for detecting and measuring an analyte in a liquid sample, comprising a liquid sample inlet defined by an opening for accepting the liquid sample, said liquid sample inlet in continuous fluid connection with a flow resistor channel, said flow resistor channel in continuous fluid connection with an assay inlet of a reaction chamber, wherein the reaction chamber has adsorbed on its surface a plurality of immobilized antigen-specific antibodies specific to an analyte, wherein the surface of the reaction chamber also has a plurality of magnetic-responsive micro-beads desiccated thereon, each of said plurality of magnetic-responsive micro-beads coated with an antigen-specific antibody specific to the analyte, wherein the plurality of antibody-coated magnetic-responsive micro-beads rehydrate, disperse and bind to any analyte present in the liquid sample when the liquid sample flows through the reaction chamber, wherein any analyte present in the liquid sample also binds to the antigen-specific antibodies immobilized on the surface of the reaction chamber to form Ab1-analyte-Ab2-coated magnetic-responsive micro-bead complexes, wherein any unbound antibody-coated magnetic-responsive micro-beads exit the reaction chamber through an assay outlet, said assay outlet in continuous fluid connection with a micro-channel splitter which bifurcates to form a calibration micro-channel ( Co) and at least one test micro-channel ( Cm), said at least one test micro-channel and said calibration micro-channel kept at an equal and constant pressure, said calibration micro-channel in continuous fluid connection with a calibration graduated column, and said at least one test micro-channel in continuous fluid connection with at least one test graduated column, wherein one or more magnets creates a magnetic field gradient, said at least one test micro-channel exposed to the magnetic field gradient which causes flocculation of the magnetic-responsive micro-beads in the at least one test micro-channel which reduces flow rate ( Qm) of the liquid sample in the at least one test micro-channel compared to flow rate ( Qo) of the liquid sample in the calibration micro-channel, wherein each of the graduated columns has a graduated scale thereon which provides a read-out of the sample volume flowing through the test micro-channel, Vm, and the sample volume flowing through the calibration micro-channel, Vo, and collected in each of the graduated columns, which read-out is proportional to the concentration, ρ, of Ab1-analyte-Ab2-coated magnetic-responsive micro-bead complexes, which is a function of the concentration of the analyte in the liquid sample
An interface establishing method for a handover procedure to perform a handover using a first link established between radio node apparatuses or a second link established between a radio node apparatus and a management apparatus that accomodates a plurality of radio node apparatuses in a radio communication system, the method characterized by comprising: managing a number of occurrences of handover performed by using the second link for each of the plurality of radio node apparatuses; transmitting an establishment instruction from the management apparatus to a first radio node apparatus to establish the first link between the first radio node apparatus and a second radio node apparatus when a handover request from the first radio node apparatus to the second radio node apparatus is transmitted from the first radio node apparatus to the management apparatus through the second link and when the number of occurrences of handover performed by using the second link for the second radio node apparatus is larger than a first threshold value, the first radio node apparatus and the second radio node apparatus being accommodated in the management apparatus; establishing the first link between the first radio node apparatus and the second radio node apparatus based on the establishment instruction; and cancelling the first link between the first radio node apparatus and the second radio node apparatus when the number of occurrences of handover performed by using the first link between the first radio node apparatus and the second radio node apparatus is smaller than a second threshold value. managing a number of occurrences of handover performed by using the second link for each of the plurality of radio node apparatuses; transmitting an establishment instruction from the management apparatus to a first radio node apparatus to establish the first link between the first radio node apparatus and a second radio node apparatus when a handover request from the first radio node apparatus to the second radio node apparatus is transmitted from the first radio node apparatus to the management apparatus through the second link and when the number of occurrences of handover performed by using the second link for the second radio node apparatus is larger than a first threshold value, the first radio node apparatus and the second radio node apparatus being accommodated in the management apparatus; establishing the first link between the first radio node apparatus and the second radio node apparatus based on the establishment instruction; and cancelling the first link between the first radio node apparatus and the second radio node apparatus when the number of occurrences of handover performed by using the first link between the first radio node apparatus and the second radio node apparatus is smaller than a second threshold value.
Method for controlling the declutching of a sliding gear of a vehicle gearbox with dogs that is constrained to rotate with a shaft of said gearbox on which shaft it can move axially under the control of a powered shift actuator between a neutral declutched position and at least one engaged position engaged on a hybrid gear ratio where it is engaged on a pinion rigidly connected to the shaft in order to transmit to the wheels of the vehicle, cumulatively or otherwise, the torque received from at least two distinct power sources, comprising the following steps: - application of a zero torque request to all the power sources of the vehicle, - application of a declutching instruction to the sliding gear, and characterized in that it comprises the following additional steps: - in the absence of rapid declutching, estimating the resistance torque ( C r) on the dogs of the sliding gear, - calculating the residual torque ( C res) on the dogs as a function of the calculated resistance torque and the anti-disengagement angle thereof, - cancelling the residual torque ( C res) by application of an opposite torque (C1, C2) on the sliding gear, - declutching. - application of a zero torque request to all the power sources of the vehicle, - application of a declutching instruction to the sliding gear, - in the absence of rapid declutching, estimating the resistance torque ( C r) on the dogs of the sliding gear, - calculating the residual torque ( C res) on the dogs as a function of the calculated resistance torque and the anti-disengagement angle thereof, - cancelling the residual torque ( C res) by application of an opposite torque (C1, C2) on the sliding gear, - declutching.