mhurhangee/ep-ind-claims huggingface dataset:
An external end device adapted to be connected, on one side, to at least one catheter, on which a subcutaneous cuff is applied, and, on the other side, to a lid, or alternatively to flow lines of a treatment apparatus, the external end device comprising: - a casing, including a base delimited by a plurality of side walls, in which there are a distal opening and a pair of proximal openings (13, 13) with respect to said flow lines, and a removable cover on the side walls, - a fitting housed in the casing and having at least one distal part that engages in the at least one catheter, and two proximal tracts (17, 17), and - a pair of curved pipes (18, 18) each having a distal end inserted on the respective proximal tract of the fitting, and a proximal end wherein the external end device further comprises: - a pair of nozzles (190, 190) equipped with nozzle chambers (191, 191) and inserted in the proximal end (181, 181) of the curved pipes (18, 18), inside each nozzle chamber being a cap that is adapted to hermetically close the nozzle and is reversibly pierceable, and - a piercing and connecting conduit designed to reversibly pierce the cap and to connect the pair of nozzles (190, 190) to the flow lines of the treatment equipment. - a casing, including a base delimited by a plurality of side walls, in which there are a distal opening and a pair of proximal openings (13, 13) with respect to said flow lines, and a removable cover on the side walls, - a fitting housed in the casing and having at least one distal part that engages in the at least one catheter, and two proximal tracts (17, 17), and - a pair of curved pipes (18, 18) each having a distal end inserted on the respective proximal tract of the fitting, and a proximal end wherein the external end device further comprises: - a pair of nozzles (190, 190) equipped with nozzle chambers (191, 191) and inserted in the proximal end (181, 181) of the curved pipes (18, 18), inside each nozzle chamber being a cap that is adapted to hermetically close the nozzle and is reversibly pierceable, and - a piercing and connecting conduit designed to reversibly pierce the cap and to connect the pair of nozzles (190, 190) to the flow lines of the treatment equipment. - a pair of nozzles (190, 190) equipped with nozzle chambers (191, 191) and inserted in the proximal end (181, 181) of the curved pipes (18, 18), inside each nozzle chamber being a cap that is adapted to hermetically close the nozzle and is reversibly pierceable, and - a piercing and connecting conduit designed to reversibly pierce the cap and to connect the pair of nozzles (190, 190) to the flow lines of the treatment equipment.
Passenger cabin for a means of transport, comprising: an upper passenger deck, which comprises a first floor comprising a first, higher region, a second, lower region and a first aisle arranged between the first and second region (201, 203); a lower passenger deck, which is arranged below the first floor and comprises a second floor comprising a third, lower region, a fourth, higher region and a second aisle arranged between the third and fourth region (204, 206), wherein the second aisle is arranged below the level of the third region and below the level of the fourth region; wherein the first region is arranged to the side of and above the second region; and wherein the third region is arranged to the side of and below the fourth region; wherein the first aisle is arranged so as to be laterally offset from the second aisle; and wherein the lower second and third regions (203, 204) of the two passenger decks are arranged so as to lie one above the other, and the higher first and fourth regions (201, 206) of the two passenger decks are arranged so as to lie one above the other. an upper passenger deck, which comprises a first floor comprising a first, higher region, a second, lower region and a first aisle arranged between the first and second region (201, 203); a lower passenger deck, which is arranged below the first floor and comprises a second floor comprising a third, lower region, a fourth, higher region and a second aisle arranged between the third and fourth region (204, 206), wherein the second aisle is arranged below the level of the third region and below the level of the fourth region; wherein the first region is arranged to the side of and above the second region; and wherein the third region is arranged to the side of and below the fourth region; wherein the first aisle is arranged so as to be laterally offset from the second aisle; and wherein the lower second and third regions (203, 204) of the two passenger decks are arranged so as to lie one above the other, and the higher first and fourth regions (201, 206) of the two passenger decks are arranged so as to lie one above the other.
A composition comprising porogens, the porogens comprising: a) a shell material; and b) a core material; wherein the shell material has a melting temperature that is lower than the melting temperature of the core material and/or the shell material has a glass transition temperature that is lower than the glass transition temperature of the core material. a) a shell material; and b) a core material;
A liquid-repellent resin sheet comprising a bumpy layer having bumps of at least one type on one surface thereof, and a liquid-repellent layer provided on the surface having the bumps on the bumpy layer; wherein the bumpy layer contains a thermoplastic resin composition; the liquid-repellent layer contains a fluorine-based copolymer resin composition containing hydrophilic microparticles; and the bumps have an aspect ratio, bump height/bump bottom diameter, of 0.6 to 2.5.
Processing machine for flat material parts comprising a machine frame (2, 3), a lower beam, an upper beam, at least one processing tool (22 or 24) associated with the lower beam or upper beam and held on the machine frame (2, 3), a control unit for controlling a processing sequence with the processing tools (22, 24), a infeed table on which the flat material part to be processed can be placed for positioning in the processing machine, and a support unit (50, 60, 70) for predetermined positioning of the flat material part on the infeed table, wherein the support unit (50, 60, 70) has a plurality of suction cup units with which the flat material part can be picked up and positioned, characterised in that the support unit (50, 60) is mounted on the axis of movement associated with the machining tool or tools (22, 24) for a similar pivoting movement, wherein the infeed table is moved from a parking position (59, 69, 79) in an extension direction to a second position and back again.
Process for producing 2-(2,2,6,6-tetramethylpiperidin-4-yl)propane-1,3-diamine by A) reacting triacetonamine and malononitrile to afford the intermediate 2-(2,2,6,6-tetramethylpiperidin-4-ylidene)malononitrile, and B) hydrogenating 2-(2,2,6,6-tetramethylpiperidin-4-ylidene)malononitrile in the presence of at least one catalyst. A) reacting triacetonamine and malononitrile to afford the intermediate 2-(2,2,6,6-tetramethylpiperidin-4-ylidene)malononitrile, and B) hydrogenating 2-(2,2,6,6-tetramethylpiperidin-4-ylidene)malononitrile in the presence of at least one catalyst.
A frame comprising: a) a base; b) at least one front panel; the front panel being a printable medium and having a direct printing on it; the base and the front panel being fixed in direct contact with one another through magnets wherein the magnets are located on the rear surface of the base and on the rear surface of the front panel, both rear surfaces having perforations where the magnets are engaged and glued in the said perforations, the perforations with the same dimensions and thicknesses of the magnets, these perforations not running through the full thickness of the base and front panel; characterized in that on the rear surface of the base and on the rear surface of the front panel, it comprises fastening means for fixing the base and the front panel simultaneously to a vertical surface. a) a base; b) at least one front panel; the front panel being a printable medium and having a direct printing on it; the base and the front panel being fixed in direct contact with one another through magnets wherein the magnets are located on the rear surface of the base and on the rear surface of the front panel, both rear surfaces having perforations where the magnets are engaged and glued in the said perforations, the perforations with the same dimensions and thicknesses of the magnets, these perforations not running through the full thickness of the base and front panel; characterized in that on the rear surface of the base and on the rear surface of the front panel, it comprises fastening means for fixing the base and the front panel simultaneously to a vertical surface.
A method for performing wireless data communication between a first device and a second device, comprising: Transmitting an outgoing radar signal by the first device in a frequency range at least partially overlapping with a frequency range used by the first device for wireless data communication; Determining, by the first device, a receive property of an incoming radar signal which is associated with the outgoing radar signal; and Setting at least one parameter for performing the wireless data communication by the first device based on the receive property of the incoming radar signal. Transmitting an outgoing radar signal by the first device in a frequency range at least partially overlapping with a frequency range used by the first device for wireless data communication; Determining, by the first device, a receive property of an incoming radar signal which is associated with the outgoing radar signal; and Setting at least one parameter for performing the wireless data communication by the first device based on the receive property of the incoming radar signal.
An integral filter and pressure regulator unit comprising: a regulator housing having a first cylindrical wall portion defining a regulator cavity, and a second cylindrical wall portion defining a vent cavity in selective communication with the regulator cavity; a regulator inlet orifice and a regulator outlet orifice formed through the regulator housing proximate the first cylindrical wall portion; and first filter media (174A,174B) secured to a regulator side of the regulator housing and disposed across one of: the regulator inlet orifice and the regulator outlet orifice; a regulator nozzle disposed axially between the vent cavity and the regulator cavity, the regulator nozzle having at least one regulator port characterised in that the regulator nozzle is configured to provide selective communication between the vent cavity and the regulator cavity in the event of excess fluid pressure at the regulator inlet orifice. a regulator housing having a first cylindrical wall portion defining a regulator cavity, and a second cylindrical wall portion defining a vent cavity in selective communication with the regulator cavity; a regulator inlet orifice and a regulator outlet orifice formed through the regulator housing proximate the first cylindrical wall portion; and first filter media (174A,174B) secured to a regulator side of the regulator housing and disposed across one of: the regulator inlet orifice and the regulator outlet orifice; a regulator nozzle disposed axially between the vent cavity and the regulator cavity, the regulator nozzle having at least one regulator port characterised in that the regulator nozzle is configured to provide selective communication between the vent cavity and the regulator cavity in the event of excess fluid pressure at the regulator inlet orifice.
An additive manufacturing device operable in a microgravity environment to create a part, the additive manufacturing device comprising: a feedstock source comprising feedstock; a material bonding component, the material bonding component configured to receive portions of the feedstock from the feedstock source, the material bonding component positioning and bonding each of the portions of the received feedstock according to part creation instructions; a material bonding component positioning system configured to position the material bonding component according to the part creation instructions; a build volume, the part being created within the build volume according to the part creation instructions; and control electronics including a power supply and a thermal control circuit, characterized in that the thermal control circuit and the power supply are electrically isolated, the control electronics including a PID controller configured to control the heating rate of an extruder nozzle during an initialization sequence. a feedstock source comprising feedstock; a material bonding component, the material bonding component configured to receive portions of the feedstock from the feedstock source, the material bonding component positioning and bonding each of the portions of the received feedstock according to part creation instructions; a material bonding component positioning system configured to position the material bonding component according to the part creation instructions; a build volume, the part being created within the build volume according to the part creation instructions; and control electronics including a power supply and a thermal control circuit, characterized in that the thermal control circuit and the power supply are electrically isolated, the control electronics including a PID controller configured to control the heating rate of an extruder nozzle during an initialization sequence.
A method of transmitting information between a first computer and a second computer, comprising: receiving, at the second computer, a packet transmitted from the first computer, the packet containing a discriminator value used to determine whether the received packet is acceptable for processing by the second computer; comparing the discriminator value to a set of valid discriminator values to determine whether there is a match; and in response to detecting a match, accepting the received data packet for further processing, and otherwise rejecting the received data packet, characterized in that each of the first and second computers is arranged to use an algorithm that generates a sequence of seemingly random discriminator values, the discriminator values being successively inserted into packets transmitted from the first computer to the second computer, the discriminator values being matched at the second computer against discriminator values generated by the algorithm at the second computer. receiving, at the second computer, a packet transmitted from the first computer, the packet containing a discriminator value used to determine whether the received packet is acceptable for processing by the second computer; comparing the discriminator value to a set of valid discriminator values to determine whether there is a match; and in response to detecting a match, accepting the received data packet for further processing, and otherwise rejecting the received data packet,
A device for packaging and distributing a fluid product including a sealed flexible bag placed in a rigid vial and associated with a pump or valve, this bag including a cylindrical wall made up of a sheet wound in a cylinder whereof one edge is sealably fastened to a flange forming a fastening ring for fastening to the vial and to the pump or valve, this flange being made up of a plastic material, the other edge of said sheet is fastened sealably to a second flange forming the bottom of the bag, the second flange being made from a plastic material, these flanges (3, 4) including a solid disc or a ring including a raised edge (3A, 4A) forming an annular side surface, to which the edge of said sheet forming the wall of the bag is fastened, said sheet of the cylindrical wall being a multi-layer sheet including at least one inner film made from a plastic material and a metal film, characterized in that - the inner face of said flanges bears a covering sheet (20A, 20B) completely covering the inner face of said flanges and also covering at least part of said annular inner side fastening surface of the edge of said sheet forming the wall of the bag, and - said covering sheet (20A, 20B) includes at least one film made from the same plastic material as said inner film of said sheet of the cylindrical wall and a metal film, its plastic film being turned toward the inner face of said sheet forming the cylindrical wall. - the inner face of said flanges bears a covering sheet (20A, 20B) completely covering the inner face of said flanges and also covering at least part of said annular inner side fastening surface of the edge of said sheet forming the wall of the bag, and - said covering sheet (20A, 20B) includes at least one film made from the same plastic material as said inner film of said sheet of the cylindrical wall and a metal film, its plastic film being turned toward the inner face of said sheet forming the cylindrical wall.
A compactor comprising a compacting press driven by an actuator on a longitudinal axis in which movement in a distal direction causes compaction to press material into a bag, wherein the compactor comprises an enclosure for forming a structure to contain the bag during material compaction, wherein the enclosure has parts which may be opened to insert or remove a bag, wherein, the enclosure includes an open side facing the actuator and an additional open side parallel to the longitudinal axis, and the enclosure comprises resilient panels (311, 312) interconnected by a transverse panel extending between the side panels and joined to them along side edges, the transverse panel is configured to support the bag in use, and said additional open side is opposed to said transverse panel characterized in that the side panels are arranged to deflect about a joint with said transverse panel. the enclosure includes an open side facing the actuator and an additional open side parallel to the longitudinal axis, and the enclosure comprises resilient panels (311, 312) interconnected by a transverse panel extending between the side panels and joined to them along side edges, the transverse panel is configured to support the bag in use, and said additional open side is opposed to said transverse panel characterized in that the side panels are arranged to deflect about a joint with said transverse panel.
Method for characterizing an electrochemical accumulator, comprising a step of measurements of multiplets including a value of energy available e d while discharging and/or of energy receivable a r while charging for an initial energy state SoE 0 and for respectively discharging conditions Y D, comprising a continuous magnitude which characterizes the discharging in a one-to-one manner, in particular given by the discharging power P d, and charging conditions X c, comprising a continuous magnitude which characterizes the charging in a one-to-one manner, in particular given by the charging power P c, characterized in that it comprises an iteration of the following steps in the following order for several values of energy E Di predefined for a characterization while discharging of the accumulator: - partial discharging under discharging conditions Y D of an energy E Di from the full state of the accumulator, and calculation of the energy available e di, - complete charging or discharging (E16a) of the accumulator and measurement of the energy charged or discharged E E16, - calculation of the initial energy state SOE 0i associated with the discharging conditions Y D and with the energy available e di on the basis of the energy charged or discharged E E16; AND/OR in that it comprises an iteration of the following steps in the following order for several values of energy E Ci predefined for a characterization while charging of the accumulator: - partial charging under charging conditions X C of an energy E Ci from an empty state of the accumulator, and calculation of the energy receivable a ri, - complete charging or discharging (E26a) of the accumulator and measurement of the energy charged or discharged E E26, - calculation of the initial energy state SOE 0i associated with the charging conditions X C and with the energy receivable a ri on the basis of the energy charged or discharged E E26. - partial discharging under discharging conditions Y D of an energy E Di from the full state of the accumulator, and calculation of the energy available e di, - complete charging or discharging (E16a) of the accumulator and measurement of the energy charged or discharged E E16, - calculation of the initial energy state SOE 0i associated with the discharging conditions Y D and with the energy available e di on the basis of the energy charged or discharged E E16; - partial charging under charging conditions X C of an energy E Ci from an empty state of the accumulator, and calculation of the energy receivable a ri, - complete charging or discharging (E26a) of the accumulator and measurement of the energy charged or discharged E E26, - calculation of the initial energy state SOE 0i associated with the charging conditions X C and with the energy receivable a ri on the basis of the energy charged or discharged E E26.