mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising L-carnitine and/or acetyl-L-carnitine and docohexaenoic acid and/or eicosapentaenoic acid intended to be used in the treatment of infertility in men having a sperm concentration less than or equal to 5 million spermatozoa per millilitre.
A power conversion device for a three-phase motor, comprising: a current measurement unit configured to measure at least two phase currents detected by current sensors (12a, 12b); a current vector calculation unit configured to calculate a current vector by performing 3-phase to 2-phase conversion on the two phase currents; an amount-to-be-analyzed calculation unit configured to calculate an amount-to-be-analyzed, on the basis of the current vector, wherein the amount-to-be-analyzed is a current vector norm or a torque current; a feature amount waveform extraction unit configured to extract a waveform in a specific frequency range, on the basis of the amount-to-be-analyzed by a filter selected from a highpass filter, a lowpass filter, and a bandpass filter, characterized by the specific frequency range is a frequency range between zero and a rotation frequency, wherein the current measurement unit performs sampling on the phase current at a frequency less than twice a rotation frequency. a current measurement unit configured to measure at least two phase currents detected by current sensors (12a, 12b); a current vector calculation unit configured to calculate a current vector by performing 3-phase to 2-phase conversion on the two phase currents; an amount-to-be-analyzed calculation unit configured to calculate an amount-to-be-analyzed, on the basis of the current vector, wherein the amount-to-be-analyzed is a current vector norm or a torque current; a feature amount waveform extraction unit configured to extract a waveform in a specific frequency range, on the basis of the amount-to-be-analyzed by a filter selected from a highpass filter, a lowpass filter, and a bandpass filter, characterized by the specific frequency range is a frequency range between zero and a rotation frequency, wherein the current measurement unit performs sampling on the phase current at a frequency less than twice a rotation frequency.
A safety valve assembly comprising a valve body in which there is a passage duct, preferably straight, configured for the passage of a production and/or drilling line designed for containing and transporting, through a tubular element, extraction fluids or other fluids to be extracted from an underground reservoir, the valve assembly being provided with a punch sliding linearly in a controlled mode along the axis which intersects the longitudinal axis of the tubular element and a counter-punch, positioned diametrically opposite to the punch, sliding linearly in a controlled mode along the axis which intersects the longitudinal axis of the tubular element the counter-punch being configured so as to have a hollow part suitable for slidingly receiving a section of tubular material of the tubular member and the punch in its interior, in the linear movement during the shearing operation, the valve assembly being characterized in that the counter-punch is configured so as to create two different shearing planes.
A replacement thermal sleeve for a nuclear reactor control rod drive mechanism (CRDM) configured to be inserted into a reactor head penetration adaptor having an opening and defining an inner diameter, the replacement thermal sleeve, comprising: a tubular sheath having a central longitudinal axis and extending between a bottom end and a top end and having a wall with a radially outwardly extending flange at the top end; characterised by the tubular sheath being slotted by a plurality of slots extending in the wall through the flange and along the tubular sheath a distance that does not extend to the bottom end of the tubular sheath so as to define a flexible leaf between each two adjacent slots and to divide said flange into a plurality of flange lugs; wherein the flange is configurable in: a first configuration in which the flange lugs define a first outer diameter; and a second configuration in which the leafs are flexed toward the central longitudinal axis and the flange lugs define a second outer diameter, wherein the second outer diameter is less than first outer diameter and the inner diameter of the opening of the head penetrator adaptor for insertion into said opening. a tubular sheath having a central longitudinal axis and extending between a bottom end and a top end and having a wall with a radially outwardly extending flange at the top end; characterised by the tubular sheath being slotted by a plurality of slots extending in the wall through the flange and along the tubular sheath a distance that does not extend to the bottom end of the tubular sheath so as to define a flexible leaf between each two adjacent slots and to divide said flange into a plurality of flange lugs; wherein the flange is configurable in: a first configuration in which the flange lugs define a first outer diameter; and a second configuration in which the leafs are flexed toward the central longitudinal axis and the flange lugs define a second outer diameter, wherein the second outer diameter is less than first outer diameter and the inner diameter of the opening of the head penetrator adaptor for insertion into said opening. a first configuration in which the flange lugs define a first outer diameter; and a second configuration in which the leafs are flexed toward the central longitudinal axis and the flange lugs define a second outer diameter, wherein the second outer diameter is less than first outer diameter and the inner diameter of the opening of the head penetrator adaptor for insertion into said opening.
Safety device (1000, 8000, 9000, 10000, 12000) designed to cover an element or hole to be placed in a safe condition, the safety device comprising: a coded body (1100, 7100), a safety cover (1400, 4400, 6400), a locking element (1200, 3200, 4200, 6200) positioned between the coded body (1100, 7100) and the safety cover (1400, 4400, 6400), wherein the coded body (1100, 7100) comprises a first contact surface (1130, 7130) and a second contact surface (1131, 7131), wherein the locking element (1200, 3200, 4200, 6200) comprises an abutting element (1220, 3220, 4220, 6220) configured so that it abuts the first contact surface (1130, 7130) and the second contact surface (1131, 7131), wherein the coded body (1100, 7100) comprises a release locking element (1140, 7140, 7141) positioned between the first contact surface (1130, 7130) and the second contact surface (1131, 7131), characterized in that the coded body (1100, 7100) comprises a coding cavity inside which the abutting element (1220, 3220, 4220, 6220) and the release locking element (1140, 7140, 7141) can be at least partially positioned. a coded body (1100, 7100), a safety cover (1400, 4400, 6400), a locking element (1200, 3200, 4200, 6200) positioned between the coded body (1100, 7100) and the safety cover (1400, 4400, 6400), wherein the coded body (1100, 7100) comprises a first contact surface (1130, 7130) and a second contact surface (1131, 7131), wherein the locking element (1200, 3200, 4200, 6200) comprises an abutting element (1220, 3220, 4220, 6220) configured so that it abuts the first contact surface (1130, 7130) and the second contact surface (1131, 7131), wherein the coded body (1100, 7100) comprises a release locking element (1140, 7140, 7141) positioned between the first contact surface (1130, 7130) and the second contact surface (1131, 7131), characterized in that the coded body (1100, 7100) comprises a coding cavity inside which the abutting element (1220, 3220, 4220, 6220) and the release locking element (1140, 7140, 7141) can be at least partially positioned.
Heat shield element with at least one sidewall, wherein the sidewall comprises at least one recess with a through passage oriented in the direction of a support structure, wherein an attachment screw can be introduced into the recess and can be fed through the through passage for the perpendicular attachment of the heat shield element on a screw-connection means provided in the support structure, wherein the through passage in the sidewall has a securing means (41, 44) which is formed at least in part by the sidewall, characterized in that the securing means (41, 44) prevents the attachment screw from falling sideways out of the through passage during installation.
An end effector, comprising: a tool including a drive configured to be coupled to and drive an engaging member for engaging a workpiece, and a release member configured to be displaced to permit decoupling of the engaging member from the drive; a housing configured to receive at least a portion of the tool; a release actuator disposed at least partially outside of the housing and coupled to the housing to permit movement between a first position and a second position to displace the release member to permit decoupling of the engaging member from the drive; and a drive actuator for actuating the drive, wherein the drive actuator is configured to be moveable relative to the housing between a non-actuated position and an actuated position; characterised in that the release actuator includes an opening through which at least a portion of the drive actuator projects, and the release actuator is configured such that the drive actuator engages an end wall of the opening to prevent the drive actuator from moving to the actuated position when the release actuator is in the second position. a tool including a drive configured to be coupled to and drive an engaging member for engaging a workpiece, and a release member configured to be displaced to permit decoupling of the engaging member from the drive; a housing configured to receive at least a portion of the tool; a release actuator disposed at least partially outside of the housing and coupled to the housing to permit movement between a first position and a second position to displace the release member to permit decoupling of the engaging member from the drive; and a drive actuator for actuating the drive, wherein the drive actuator is configured to be moveable relative to the housing between a non-actuated position and an actuated position; characterised in that the release actuator includes an opening through which at least a portion of the drive actuator projects, and the release actuator is configured such that the drive actuator engages an end wall of the opening to prevent the drive actuator from moving to the actuated position when the release actuator is in the second position.
A mobile carrier (105a,105a+b,111,205) for two or more electric robotic lawn mowers (101a,b..,101'a,b..,201a,b..) which are essentially equal, every one of which has a rechargeable battery with an electric contact placed on the mower for recharging the battery, characterized in comprising A) two or more holders (107a,b..,112a,b..,207a,b..) which geometrically are essentially equal with respect to configured to retain each one of said robotic mowers (101a,b..,101'a,b..,201a,b..) and being part of a stand (106,111,206) which is part of the mobile carrier (105a,105a+b,111,205), B) an electric charging system (231/235+233+234) configured to recharge a rechargeable battery of an electric robotic lawn mower placed in a holder, and wherein the electric charging system is further configured to connect an external electric power supply system to the individual holders (107a,b..,112a,b..,207a,b..) of the carrier (105a,105a+b,111,205) and comprising: a) an electric contact in the interior of every holder (107a,b..,112a,b..,207a,b..) matching the electric contact on a mower (101a,b..,101'a,b..,201a,b..) intended to be placed in the holder (107a,b..,112a,b..,207a,b..), b) one or more other electric contacts for connection of the electric charging system (231/235+233+234) of the carrier (105a,105a+b,111,205) to an external electric power supply system, and c) cablings between holder contacts of (a) and the contacts of (b). A) two or more holders (107a,b..,112a,b..,207a,b..) which geometrically are essentially equal with respect to configured to retain each one of said robotic mowers (101a,b..,101'a,b..,201a,b..) and being part of a stand (106,111,206) which is part of the mobile carrier (105a,105a+b,111,205), B) an electric charging system (231/235+233+234) configured to recharge a rechargeable battery of an electric robotic lawn mower placed in a holder, and wherein the electric charging system is further configured to connect an external electric power supply system to the individual holders (107a,b..,112a,b..,207a,b..) of the carrier (105a,105a+b,111,205) and comprising: a) an electric contact in the interior of every holder (107a,b..,112a,b..,207a,b..) matching the electric contact on a mower (101a,b..,101'a,b..,201a,b..) intended to be placed in the holder (107a,b..,112a,b..,207a,b..), b) one or more other electric contacts for connection of the electric charging system (231/235+233+234) of the carrier (105a,105a+b,111,205) to an external electric power supply system, and c) cablings between holder contacts of (a) and the contacts of (b). a) an electric contact in the interior of every holder (107a,b..,112a,b..,207a,b..) matching the electric contact on a mower (101a,b..,101'a,b..,201a,b..) intended to be placed in the holder (107a,b..,112a,b..,207a,b..), b) one or more other electric contacts for connection of the electric charging system (231/235+233+234) of the carrier (105a,105a+b,111,205) to an external electric power supply system, and c) cablings between holder contacts of (a) and the contacts of (b).
A pressing or clamping tool comprising: a housing; first and second jaws at least partially disposed in the housing, the first and second jaws being pivotal respective to a portion of the housing; a motor supported within the housing; an output shaft driven by the motor, characterised by the output shaft including a threaded portion; and a roller carriage in direct threaded engagement with the output shaft such that rotation of the output shaft advances or retracts the roller carriage to pivot the first and second jaws. a housing; first and second jaws at least partially disposed in the housing, the first and second jaws being pivotal respective to a portion of the housing; a motor supported within the housing; an output shaft driven by the motor, characterised by the output shaft including a threaded portion; and a roller carriage in direct threaded engagement with the output shaft such that rotation of the output shaft advances or retracts the roller carriage to pivot the first and second jaws.
A composition comprising a compound of formula (Ia): including tautomeric and stereoisomeric forms thereof; wherein n is 1; and R 1 is CF 3, CCl 3, F, Cl, NO 2 or CN, and R 2, R 3, R 4, R 5, R 6, and R 7 are hydrogen; or a pharmaceutically acceptable salt thereof, for use in the treatment of primary nephrotic syndrome (primary glomerulonephrosis). R 1 is CF 3, CCl 3, F, Cl, NO 2 or CN, and R 2, R 3, R 4, R 5, R 6, and R 7 are hydrogen; or a pharmaceutically acceptable salt thereof, for use in the treatment of primary nephrotic syndrome (primary glomerulonephrosis).
A method for the preparation of a microorganism consortium, said consortium being capable of fermenting, together with a simultaneous production of methane-containing biogas, a substrate having at least 75% protein content, preferably at least 90% protein content and an organic dry-matter content of at least 4 g/l, preferably 5 g/l, more preferably at least 6 g/l relative to the fermentor volume, by adaptation to said substrate, said method comprising the steps of - providing a biogas-producing microorganism consortium cultured until complete fermentation preferably on animal manure or plant substrate or on a mixture thereof, - adding the microorganism consortium and a protein monosubstrate to a biogas fermentor, - culturing the microorganism consortium on the protein monosubstrate thereby inducing the fermentation of the protein containing substrate, - adding further portions of the protein monosubstrate multiple times to the fermentation mixture in the biogas fermentor during culturing time, - monitoring the fermentation process in the fermentation mixture, - determining that the consortium is stable i.e. when at least during the fermentation the concentration of one or more measured organic acids remains essentially unchanged, i.e. the change in concentration of the measured organic acids is not more than 30%, and the change in biogas yield is not more than 30% for at least approximately 3 weeks, and is adapted to the substrate once the consortium is found stable upon monitoring, and preferably determining that the consortium produces biogas of at least 50% methane-content on the substrate, - collecting the microorganism consortium which is stable and adapted to the substrate from the fermentation mixture, wherein the biogas producing microorganism consortium comprises at least proteolytic and/or peptidolytic, acetogenic and methanogenic microorganisms. - providing a biogas-producing microorganism consortium cultured until complete fermentation preferably on animal manure or plant substrate or on a mixture thereof, - adding the microorganism consortium and a protein monosubstrate to a biogas fermentor, - culturing the microorganism consortium on the protein monosubstrate thereby inducing the fermentation of the protein containing substrate, - adding further portions of the protein monosubstrate multiple times to the fermentation mixture in the biogas fermentor during culturing time, - monitoring the fermentation process in the fermentation mixture, - determining that the consortium is stable i.e. when at least during the fermentation the concentration of one or more measured organic acids remains essentially unchanged, i.e. the change in concentration of the measured organic acids is not more than 30%, and the change in biogas yield is not more than 30% for at least approximately 3 weeks, and is adapted to the substrate once the consortium is found stable upon monitoring, and preferably determining that the consortium produces biogas of at least 50% methane-content on the substrate, - collecting the microorganism consortium which is stable and adapted to the substrate from the fermentation mixture,
A vehicle rear structure comprising a child seat attachment member installed on a floor panel near a back side of a rear seat, and a carpet covering the child seat attachment member, the child seat attachment member comprising: a panel-shaped base portion bent to be fixed to a step portion of the floor panel; a plurality of child seat anchors (118a, 118b) that are attached to the base portion and have a predetermined shape to be coupled respectively to at least two child seat engagement members for fixing a child seat, the child seat engagement members extending from the child seat on the rear seat towards the rear direction of the vehicle; wherein the base portion comprises: a plurality of first raised portions (124a, 124b) that are respectively formed at positions corresponding to the child seat anchors and have a predetermined first height, the first raised portions raising the height of the child seat anchors to be corresponding to the height of the child seat engagement members; and a second raised portion that is formed between the first raised portions characterized in that the second raised portion has a predetermined second height for raising the height of the carpet to substantially the same height as the height of the carpet on the child seat anchors. a panel-shaped base portion bent to be fixed to a step portion of the floor panel; a plurality of child seat anchors (118a, 118b) that are attached to the base portion and have a predetermined shape to be coupled respectively to at least two child seat engagement members for fixing a child seat, the child seat engagement members extending from the child seat on the rear seat towards the rear direction of the vehicle; wherein the base portion comprises: a plurality of first raised portions (124a, 124b) that are respectively formed at positions corresponding to the child seat anchors and have a predetermined first height, the first raised portions raising the height of the child seat anchors to be corresponding to the height of the child seat engagement members; and a second raised portion that is formed between the first raised portions characterized in that the second raised portion has a predetermined second height for raising the height of the carpet to substantially the same height as the height of the carpet on the child seat anchors. a plurality of first raised portions (124a, 124b) that are respectively formed at positions corresponding to the child seat anchors and have a predetermined first height, the first raised portions raising the height of the child seat anchors to be corresponding to the height of the child seat engagement members; and a second raised portion that is formed between the first raised portions characterized in that the second raised portion has a predetermined second height for raising the height of the carpet to substantially the same height as the height of the carpet on the child seat anchors.
A dome-actuator structure for use in a dome switch, said dome-actuator structure structure comprising: - a substantially horizontal lower dome; - an upper actuator portion attached to the lower dome and that is positioned vertically over the lower dome such that depressing of the actuator portion operates to depress the lower dome; - and a lateral arm that couples the actuator portion to the lower dome, the lateral arm and the lower dome being formed from a common piece of material, characterised in that the actuator portion is an actuation block, made of plastic or synthetic material or made of natural or synthetic elastomer, fixed to the lateral arm. - a substantially horizontal lower dome; - an upper actuator portion attached to the lower dome and that is positioned vertically over the lower dome such that depressing of the actuator portion operates to depress the lower dome; - and a lateral arm that couples the actuator portion to the lower dome, the lateral arm and the lower dome being formed from a common piece of material,
Packaging container for automotive parts, said packaging container comprising a base closed by an overlapping cover and at least one opening of the packaging container having a pressure relief valve provided with an opening of the pressure relief valve, wherein the pressure relief valve is formed into a single piece by means of a thermoplastic injection process; the pressure relief valve comprises a connecting base and a closure lid joined to one another in an articulated way; the pressure relief valve comprises first connecting and sealing means arranged between the connecting base and the opening of the packaging container, and second connecting and sealing means arranged between the closure lid and the connecting base, characterized in that the closure lid comprises a first projection on a side of the closure lid which faces the connecting base when the closure lid is in the closed position, said first projection having a shape consistent with, and an internal geometry minimally larger than, the external geometry of the connecting base.