mhurhangee/ep-ind-claims huggingface dataset:
A gimbal for connecting pipes, the gimbal comprises a core portion and at least one joint shield portion that surrounds the core portion; the core portion, which has a core portion internal surface and a core portion external surface, comprises and at least two pipe engaging portions (43, 44, 45) that are separated by at least one flexible portion, which has a flexible portion internal surface and a flexible portion external surface, and a plurality of joint cover portions; each joint cover portion extends from the core portion external surface of the core portion to provide a protective cover for the flexible portion external surface of at least one flexible portion of the core portion and is pivotably connected to a least one joint shield portion; the or each joint shield portion is configured to provide a protective shield for at least one flexible portion of the core portion; and the core portion and the or each joint shield portion are formed as a single unitary component; the gimbal being characterised in that the core portion and the or each joint shield portion are formed as a single unitary component by an additive layer manufacturing process. the core portion, which has a core portion internal surface and a core portion external surface, comprises and at least two pipe engaging portions (43, 44, 45) that are separated by at least one flexible portion, which has a flexible portion internal surface and a flexible portion external surface, and a plurality of joint cover portions; each joint cover portion extends from the core portion external surface of the core portion to provide a protective cover for the flexible portion external surface of at least one flexible portion of the core portion and is pivotably connected to a least one joint shield portion; the or each joint shield portion is configured to provide a protective shield for at least one flexible portion of the core portion; and the core portion and the or each joint shield portion are formed as a single unitary component; the gimbal being characterised in that the core portion and the or each joint shield portion are formed as a single unitary component by an additive layer manufacturing process.
A razor assembly comprising: one or more razor blades, each having a cutting edge; a housing which accommodates the razor blades in a transverse direction perpendicular to a shaving direction; a connector which is detachably coupled to the housing at a back side of the housing; a razor handle which is coupled to the connector such that the connector is capable of pivoting about a rotation axis perpendicular to the transverse direction; and an elastic member (40, 140) having a first end engaged with a first fixing portion formed in the connector and a second end engaged with a second fixing portion formed in the razor handle, wherein when the connector pivots about the rotation axis with respect to the razor handle, the elastic member (40, 140) is deformed to provide a restoring force that causes the connector to return to a neutral position, wherein the rotation axis is formed in a direction perpendicular to both the transverse direction and a longitudinal direction of the razor handle, and the elastic member (40, 140) is linearly deformed to elongate in a lengthwise direction when the connector pivots about the rotation axis with respect to the razor handle, characterized in that the elastic member (40, 140) is an O-ring. one or more razor blades, each having a cutting edge; a housing which accommodates the razor blades in a transverse direction perpendicular to a shaving direction; a connector which is detachably coupled to the housing at a back side of the housing; a razor handle which is coupled to the connector such that the connector is capable of pivoting about a rotation axis perpendicular to the transverse direction; and an elastic member (40, 140) having a first end engaged with a first fixing portion formed in the connector and a second end engaged with a second fixing portion formed in the razor handle, wherein when the connector pivots about the rotation axis with respect to the razor handle, the elastic member (40, 140) is deformed to provide a restoring force that causes the connector to return to a neutral position, wherein the rotation axis is formed in a direction perpendicular to both the transverse direction and a longitudinal direction of the razor handle, and the elastic member (40, 140) is linearly deformed to elongate in a lengthwise direction when the connector pivots about the rotation axis with respect to the razor handle, characterized in that the elastic member (40, 140) is an O-ring.
A blow molding apparatus including: a mold for blow molding; a blow nozzle configured to be disposed above the mold; a pressurized fluid supply unit configured to supply a pressurized incompressible fluid to the blow nozzle; and a blow nozzle moving unit configured to cause a relative movement of the blow nozzle between a connected position in which the blow nozzle is connected to a mouth tubular portion of a preform that has been placed in the mold and a standby position in which the blow nozzle is upward and away from the mouth tubular portion, wherein the preform is molded into a container having a shape corresponding to a cavity of the mold, by supplying the pressurized incompressible fluid into the preform through the blow nozzle which is in the connected position, the blow molding apparatus being characterized in comprising: a drawing member including a drawing port; a drawing pump configured to be connected to the drawing member; a drawing member moving unit configured to move the drawing member so that the drawing port is positioned below the blow nozzle, after the container has been molded and the blow nozzle has been moved from the connected position to the standby position and wherein the drawing member is formed of a pipe material including a drawing passage. a mold for blow molding; a blow nozzle configured to be disposed above the mold; a pressurized fluid supply unit configured to supply a pressurized incompressible fluid to the blow nozzle; and a blow nozzle moving unit configured to cause a relative movement of the blow nozzle between a connected position in which the blow nozzle is connected to a mouth tubular portion of a preform that has been placed in the mold and a standby position in which the blow nozzle is upward and away from the mouth tubular portion, wherein the preform is molded into a container having a shape corresponding to a cavity of the mold, by supplying the pressurized incompressible fluid into the preform through the blow nozzle which is in the connected position, the blow molding apparatus being characterized in comprising: a drawing member including a drawing port; a drawing pump configured to be connected to the drawing member; a drawing member moving unit configured to move the drawing member so that the drawing port is positioned below the blow nozzle, after the container has been molded and the blow nozzle has been moved from the connected position to the standby position and a drawing member including a drawing port; a drawing pump configured to be connected to the drawing member; a drawing member moving unit configured to move the drawing member so that the drawing port is positioned below the blow nozzle, after the container has been molded and the blow nozzle has been moved from the connected position to the standby position and
Electrical connector having at least one first recess introduced into the connector housing and a bolt movably arranged therein, and a locking clip which is pivotably attached to the connector housing and which has at least one second recess, wherein the at least first recess and the at least second recess are aligned with each other when locked with a mating connector, and the bolt arranged in the at least first recess protrudes into the at least second recess of the locking clip, by means of which the locking clip is fixed in its pivoting movement, wherein the bolt is arranged in a trough part and the trough part is arranged in the first recess of the connector housing, wherein a guide element which is operatively connected in a sprung manner to the trough part is arranged in the first recess of the electrical connector, and wherein the bolt is movably mounted in the guide element.
A battery module comprising: a lower shell body having a cooling plate and a plurality of separator plates provided on the cooling plate at intervals; and an upper cover hermetically connected with tops of the plurality of the separator plates, the upper cover including a coolant inlet; a front cover plate and a back cover plate hermetically connected with frontmost and backmost sides of the plurality of the separator plates respectively, wherein the cooling plate, the upper cover, the front cover plate, the back cover plate and the plurality of separator plates are hermetically connected to form a plurality of separate sealing spaces for receiving battery cores and electrolytes therein respectively, wherein main flow channels are included inside the upper cover and the cooling plate respectively, a main outlet channel formed in the cooling plate has a coolant outlet, and branch flow channels are included inside the separator plates respectively, the branch flow channels are in fluid communication with the main flow channels, and wherein the cross sectional area of the coolant inlet is smaller than that of the coolant outlet by 10%-20%. a lower shell body having a cooling plate and a plurality of separator plates provided on the cooling plate at intervals; and an upper cover hermetically connected with tops of the plurality of the separator plates, the upper cover including a coolant inlet; a front cover plate and a back cover plate hermetically connected with frontmost and backmost sides of the plurality of the separator plates respectively, wherein the cooling plate, the upper cover, the front cover plate, the back cover plate and the plurality of separator plates are hermetically connected to form a plurality of separate sealing spaces for receiving battery cores and electrolytes therein respectively, wherein main flow channels are included inside the upper cover and the cooling plate respectively, a main outlet channel formed in the cooling plate has a coolant outlet, and branch flow channels are included inside the separator plates respectively, the branch flow channels are in fluid communication with the main flow channels, and wherein the cross sectional area of the coolant inlet is smaller than that of the coolant outlet by 10%-20%.
A method, performed by an access point, for scheduling uplink communication in a spatial division multiple access wireless network using Enhanced Distributed Channel Access, EDCA, the method comprising: receiving a first transmit request message from a first access terminal from among a plurality of access terminals, wherein the first transmit request message includes a request to transmit data via uplink to the access point, the first access terminal having gained access to the medium using EDCA; in response to receiving the first transmit request message, selecting from the plurality of access terminals, a first plurality of access terminals based at least in part on their participation in a previous transmission opportunity, TxOP; transmitting a poll message to the first plurality of access terminals, wherein the poll message includes a solicitation for transmit request messages to transmit data via uplink from the first plurality of access terminals, and wherein the poll message includes a schedule indicating when each of the first plurality of access terminals is to respond with the solicited transmit request message; and receiving transmit request messages (412, 413, 415) in response to to the poll message, from a second plurality of access terminals (403, 404, 406) from among the first plurality of access terminals -; and generating and transmitting, in response to receiving the transmit request messages (412, 413, 415), a transmit start message indicating an assignment of a simultaneous transmit opportunity to a third plurality of access terminals (403, 404) from among the second plurality of access terminals. receiving a first transmit request message from a first access terminal from among a plurality of access terminals, wherein the first transmit request message includes a request to transmit data via uplink to the access point, the first access terminal having gained access to the medium using EDCA; in response to receiving the first transmit request message, selecting from the plurality of access terminals, a first plurality of access terminals based at least in part on their participation in a previous transmission opportunity, TxOP; transmitting a poll message to the first plurality of access terminals, wherein the poll message includes a solicitation for transmit request messages to transmit data via uplink from the first plurality of access terminals, and wherein the poll message includes a schedule indicating when each of the first plurality of access terminals is to respond with the solicited transmit request message; and receiving transmit request messages (412, 413, 415) in response to to the poll message, from a second plurality of access terminals (403, 404, 406) from among the first plurality of access terminals -; and generating and transmitting, in response to receiving the transmit request messages (412, 413, 415), a transmit start message indicating an assignment of a simultaneous transmit opportunity to a third plurality of access terminals (403, 404) from among the second plurality of access terminals.
Telephone socket comprising: a housing intended to receive a connection plug; and connection pads (P1, P2, P3, P4, P5, P6, P7, P8) distributed on either side of the housing, the telephone socket being characterized in that it further comprises four pairs of conducting wires of a telephone installation, which are connected to the connection pads, at least one of these pairs being dedicated to telephony; in that each of the said pairs of conducting wires has its conducting wires connected to adjacent connection pads; and in that the said telephone socket thus forms an end of a high-speed local network. a housing intended to receive a connection plug; and connection pads (P1, P2, P3, P4, P5, P6, P7, P8) distributed on either side of the housing, the telephone socket being characterized in that it further comprises four pairs of conducting wires of a telephone installation, which are connected to the connection pads, at least one of these pairs being dedicated to telephony; in that each of the said pairs of conducting wires has its conducting wires connected to adjacent connection pads; and in that the said telephone socket thus forms an end of a high-speed local network.
A method for producing an alicyclic carboxylic acid by hydrogenating an aromatic ring of an aromatic carboxylic acid selected from the group consisting of trimellitic acid, trimesic acid, and pyromellitic acid, which comprises using a catalyst wherein ruthenium and palladium are co-supported on a support and water as a reaction solvent of a hydrogenation reaction.
Method for calibrating a power control loop of an induction hob, the induction hob comprising a power stage including at least one induction element, a measurement unit and a control unit, the method comprising the steps of: - coupling the at least one induction element with a reference load; - powering the power stage at predefined working conditions by means of said control unit; - deriving a measurement value being indicative for the power transferred from the power stage to the reference load by means of said measurement unit; - providing the measurement value to the control unit; - calculating a correction value based on the measurement value and a reference value; - storing the correction value in a storage entity in order to modify measurement values provided by the measurement unit based on the correction value when operating the induction hob. - coupling the at least one induction element with a reference load; - powering the power stage at predefined working conditions by means of said control unit; - deriving a measurement value being indicative for the power transferred from the power stage to the reference load by means of said measurement unit; - providing the measurement value to the control unit; - calculating a correction value based on the measurement value and a reference value; - storing the correction value in a storage entity in order to modify measurement values provided by the measurement unit based on the correction value when operating the induction hob.
A hot-rolled ferritic stainless steel material consisting of, by mass%, C: 0.001 to 0.08%, Si: 0.01 to 1.0%, Mn: 0.01 to 1.0%, P: 0.01 to 0.05%, S: 0.0002 to 0.01%, Cr: 10.0 to 25.0%, N: 0.001 to 0.05%, and optionally one type or two types or more of Ti: 0.01 to 0.4%, Nb: 0.01 to 0.6%, B: 0.0002 to 0.0030%, Al: 0.005 to 0.3%, Ni: 0.1 to 1%, Mo: 0.1 to 2.0%, Cu: 0.1 to 3.0%, V: 0.05 to 1.0%, Mg: 0.0002 to 0.0030%, Sn: 0.01 to 0.3%, Sb: 0.01 to 0.3%, Zr: 0.01 to 0.1%, Ta: 0.01 to 0.1%, Hf: 0.01 to 0.1%, W: 0.01 to 2.0%, Co: 0.01 to 0.2%, Ca: 0.0001 to 0.0030%, REM: 0.001 to 0.05%, and Ga: 0.0002 to 0.1%, having a balance of Fe and unavoidable impurities, having a thickness of 5 mm to 20 mm, and having an area ratio of crystal grains with a <011> direction within 15° from a rolling direction of 20% or more in a cross-section parallel to the rolling direction at any location between left and right ends of the steel sheet, wherein in a cross-section parallel to the rolling direction at any location between the left and right ends of the steel sheet, a sum of lengths of low-angle grain boundaries with a crystal misorientation of less than 15° is 10% or more with respect to a sum of lengths of crystal grain boundaries.
A polyurethane composition comprising: A) a polyol component comprising at least one polyol; and B) a hardener component comprising at least one polyisocyanate, whereby the polyurethane composition further comprises 0.5 - 8 wt.-% of hollow glass microspheres, based on the total weight of the polyurethane composition, wherein the hardener component comprises of an aliphatic polyisocyanate B1, in particular selected from the list consisting of monomeric di- or triisocyanates, oligomers and polymers of monomeric di- or triisocyanates. A) a polyol component comprising at least one polyol; and B) a hardener component comprising at least one polyisocyanate,
A method for stabilizing or for storing oxidation-sensitive metabolites selected from the group consisting of carotenoids such as lutein, monounsaturated and polyunsaturated fatty acids, such as palmitoleic acid, oleic acid or linoleic acid, chlorophyll pigments such as chlorophyll A and B, and vitamins such as vitamins B9 and B12, alone or in combination, more particularly carotenoids, said method comprising: - fermenting a biomass of microalgae under heterotrophic conditions comprising: • A first fermentation step in «batch» mode • A second fermentation step in «fed-batch» mode which starts, when the carbon-containing source is completely consumed by the microalgae, by continuously supplying said carbon-containing source at a rate lower than its rate of consumption by the microalgae; and - storing the dry biomass in which the oxidation-sensitive metabolites are stabilized. - fermenting a biomass of microalgae under heterotrophic conditions comprising: • A first fermentation step in «batch» mode • A second fermentation step in «fed-batch» mode which starts, when the carbon-containing source is completely consumed by the microalgae, by continuously supplying said carbon-containing source at a rate lower than its rate of consumption by the microalgae; and • A first fermentation step in «batch» mode • A second fermentation step in «fed-batch» mode which starts, when the carbon-containing source is completely consumed by the microalgae, by continuously supplying said carbon-containing source at a rate lower than its rate of consumption by the microalgae; and - storing the dry biomass in which the oxidation-sensitive metabolites are stabilized.
Dryer for supplying gas to a moving printing web in a rotary printing machine, having a nozzle body, wherein the nozzle body has a plurality of openings for the exit of heated gas, said openings extending only over part of a width of the printing web and projecting from a nozzle base body of the nozzle body and being formed as nozzles, and the dryer has a plurality of openings for drawing in the cooled gas which are arranged at least partially between the openings for the exit of heated gas, wherein the nozzle body has a cavity through which the heated gas is supplied to the printing web and the openings for drawing in the cooled gas are provided outside the cavity, characterised in that on the nozzle base body a grid plate is arranged in which the openings for drawing in the cooled gas are provided.
Apparatus for monitoring a test medium used in a magnetic testing procedure for quality control of a workpiece, the test medium being a powder or grain-like material which can be displaced in position by a magnetic field, said apparatus comprising: - a test element fitted with a defect, - a test medium feed feeding the test medium to the test element, - a test medium return, wherein the test medium feed and the test medium return constitute a bypass to the apparatus wherein workpieces are checked for defects, - a magnetic field generator generating a magnetic field to be applied to the test element, - an image recorder generating an image of at least parts of the test element which contain at least portions of the defect, and an image analyzer rating the image generated by the image recorder, wherein the defects are artificial cracks, the dimensions of said artificial cracks corresponding to the lower-limit defects to be expected in the workpiece, wherein the test medium return is configured to return the test medium to a test medium drain, wherein the image analyzer includes an image comparator comparing the image generated by the image recorder with a number of reference images previously stored in a reference memory to show a state of the test medium, wherein the artificial cracks are introduced by spark or laser erosion into the test element, wherein the apparatus further comprises a magnetic field adjustment unit to monitor the test medium and to adjust the magnetic field intensity applied to the test element and/or a crack to check the test medium at different magnetic field intensities, wherein the apparatus further comprises a magnetic field sensor to measure the magnetic field strength applied to the test element and/or the crack, said magnetic field sensor communicating through an associated magnetic field analyzer analyzing the valves of the magnetic field applied to the test element and/or crack, and wherein the apparatus further comprises a magnetic field control, which compares the magnetic field applied to the test element and/or crack with a magnetic field predetermined by the magnetic field adjustment unit to readjust by means of said unit the magnetic field in case of deviations from actual conditions. - a test element fitted with a defect, - a test medium feed feeding the test medium to the test element, - a test medium return, wherein the test medium feed and the test medium return constitute a bypass to the apparatus wherein workpieces are checked for defects, - a magnetic field generator generating a magnetic field to be applied to the test element, - an image recorder generating an image of at least parts of the test element which contain at least portions of the defect, and an image analyzer rating the image generated by the image recorder,