mhurhangee/ep-ind-claims huggingface dataset:
A system for solid freeform fabrication of a three-dimensional object, comprising: a solid freeform fabrication apparatus that deposits small beads of building materials in a controlled manner; wherein said building materials comprises a thermoplastic polyurethane derived from (a) a polyisocyanate component, (b) a polyol component, and (c) an optional chain extender component; wherein the resulting thermoplastic polyurethane has a crystallization temperature above 80°C; and wherein the resulting thermoplastic polyurethane retains more than 20% of its shear storage modulus at 100°C relative to its shear storage modulus at 20°C, where modulus is measured according to ASTM D5279.
A food processor with a base device, a preparation vessel that can be arranged on the base device and a cover element for the preparation vessel, wherein the cover element is designed for at least partially covering a vessel opening of the preparation vessel and/or a cover opening of a vessel cover for the preparation vessel, wherein the cover element has a radially outwardly facing support edge to be supported on the preparation vessel and/or vessel cover, wherein the support edge has a continuously curved base contour viewed in the axial direction, and the support edge has at least two support elements, which lie opposite each other in relation to a radial direction, separate from each other viewed in a circumferential direction, and protruding over the base contour, and wherein the support elements extending in an imaginary circular ring surface reaching from a radially outer edge of the support elements up to the base contour are identically designed on both opposing sides viewed in the axial direction and formed in the same plane extending perpendicular to the axial direction, and wherein the food processor has a locking device for locking the cover element with the preparation vessel, wherein the optionally useable cover element rests on the preparation vessel on the top side and is engaged by the locking device and/or rests on the vessel cover, and along with the vessel cover is engaged by the locking device, characterized in that the locking device has at least two locking elements that can be driven by an electric motor, which at least partially grip over the support elements in relation to the locked state.
A wheelchair that includes first and second sides, a first contoured folding seat panel (100, 400) comprising hinge flange extensions hingedly mounted with respect to the first side and a series of interlocking extensions formed at an edge opposite the hinge flange extensions, and a second contoured folding seat panel (100, 400) comprising hinge flange extensions hingedly mounted with respect to the second side, and a series of interlocking extensions formed at an edge opposite the hinge flange extensions characterized in that end-faces of the interlocking extensions are aligned, dimensioned and adapted to interface with and deploy over a corresponding receiving depression formed in the opposite seat panel (100, 400) to define an interlocking and substantially smooth interaction when viewed at a top surface of the seat panels (100, 400), and that each of the folding seat panels (100, 400) provides contouring in both front-to-back and side-to-side directions.
Panic lock for building into a door or similar, either as a left lock or a right lock, comprising a lock case; a dead bolt and a turnable panic plate to operate the dead bolt; a latch bolt and a turnable finger plate to operate the latch bolt, whereby the latch bolt can be turned through 180° in a holder between two positions corresponding to an intended installation as a left or right lock respectively; two handle followers which are mounted in the lock case in a way that they can turn coaxially with respect to one another and which each separately, depending on the intended installation as a left or right lock, can act as an inside or outside handle follower, characterised in that a selectively switchable coupling is provided with two positions that enables, depending on the selected position of the coupling, the one or the other handle follower to be turnably coupled to the finger plate and the panic plate, and the other handle follower to be uncoupled in order to let it freely turn with respect to the finger plate and to the panic plate, whereby a switching mechanism is provided between the latch bolt and the aforementioned switchable coupling that is such that, when the latch bolt is turned from the one to the other of the two aforementioned positions of the latch bolt, the position of the coupling is switched from the one to the other position in order to couple the one or the other handle follower to the finger plate and the panic plate.
A production method of a mammalian artificial chromosome, comprising: a first step of introducing into a mammalian host cell a first vector being circular in form and comprising a mammalian centromere sequence and a second vector being circular in form and comprising an insertion sequence for specifically inserting a sequence of interest and comprising an insulator sequence; a second step of selecting transformed cells; and a third step of selecting a cell containing a mammalian artificial chromosome from the selected transformed cells, wherein the mammalian cell is not a human embryonic cell. a first step of introducing into a mammalian host cell a first vector being circular in form and comprising a mammalian centromere sequence and a second vector being circular in form and comprising an insertion sequence for specifically inserting a sequence of interest and comprising an insulator sequence; a second step of selecting transformed cells; and a third step of selecting a cell containing a mammalian artificial chromosome from the selected transformed cells, wherein the mammalian cell is not a human embryonic cell.
A precipitation hardening stainless steel powder comprising, in percentage by mass: C: ≤ 0.05%; Si: ≤ 1.0%; Mn: ≤ 1.8%; Ni: 5.0 to 8.5%; Cr: 12.0 to 20.0%; Mo: 0.5 to 2.0%; Cu: 1.0 to 5.0% and/or Ti + Al: 1.0 to 5.0%; Nb + Ta ≥ 5C or Nb ≥5C; N ≤350 ppm; and the balance being Fe and incidental impurities, the precipitation hardening stainless steel powder having a Ni-bal value of -4 or more, wherein the Ni-bal is calculated by expression: Ni − bal = Ni + 27 ⁢ C + 23 ⁢ N + 0.2 ⁢ Mn + 0.3 ⁢ Cu − 1.2 Cr + Mo − 0.5 ⁢ Si − 0.3 ⁢ Nb + 10 C: ≤ 0.05%; Si: ≤ 1.0%; Mn: ≤ 1.8%; Ni: 5.0 to 8.5%; Cr: 12.0 to 20.0%; Mo: 0.5 to 2.0%; Cu: 1.0 to 5.0% and/or Ti + Al: 1.0 to 5.0%; Nb + Ta ≥ 5C or Nb ≥5C; N ≤350 ppm; and
A system (10, 200) for introducing a drug delivery device, the system comprising: (a) a hollow needle (12, 212) having a central channel (14, 214) and a tip (16, 216); (b) a drug delivery device (18, 218) comprising a reservoir and a proximal filling port deployed to allow introduction of a volume of a liquid drug into said reservoir to be released over a period of time, said drug delivery device being deployed within said central channel (14, 214) of said hollow needle (12, 212); (c) a plunger (20, 220) displaceable so as to push said drug delivery device (18, 218) along said central channel (14, 214) until at least part of said reservoir has been advanced beyond said hollow needle (12, 212); and (d) a liquid injection device comprising a filling syringe (22, 234) connected to a filling needle (24, 222) that extends within said central channel (14, 214) of said hollow needle (12, 212) for engaging said filling port so as to allow filling of said reservoir after at least part of said reservoir has been advanced beyond said hollow needle, such that, when said tip of said hollow needle is inserted into or through a biological barrier of a body and said plunger is displaced toward said tip, at least part of said reservoir is advanced beyond said hollow needle, and said filling syringe (22, 234) is operative to deliver said liquid drug through said filling needle (24, 222) that extends within said central channel (14, 214). (a) a hollow needle (12, 212) having a central channel (14, 214) and a tip (16, 216); (b) a drug delivery device (18, 218) comprising a reservoir and a proximal filling port deployed to allow introduction of a volume of a liquid drug into said reservoir to be released over a period of time, said drug delivery device being deployed within said central channel (14, 214) of said hollow needle (12, 212); (c) a plunger (20, 220) displaceable so as to push said drug delivery device (18, 218) along said central channel (14, 214) until at least part of said reservoir has been advanced beyond said hollow needle (12, 212); and (d) a liquid injection device comprising a filling syringe (22, 234) connected to a filling needle (24, 222) that extends within said central channel (14, 214) of said hollow needle (12, 212) for engaging said filling port so as to allow filling of said reservoir after at least part of said reservoir has been advanced beyond said hollow needle,
Timepiece resonator mechanism comprising a pivoting weight arranged to rotatably pivot about a virtual pivot axis, said resonator mechanism comprising a first fixed support and a second fixed support to which is attached a flexure pivot bearing mechanism which comprises a rotary support connected to said first fixed support by a first resilient assembly and connected to said second fixed support by a second resilient assembly which defines said virtual pivot axis with said first resilient assembly, said pivoting weight being attached to said rotary support or formed by said rotary support, and wherein said flexure pivot bearing mechanism is planar, characterized in that said first resilient assembly comprises, on either side of said virtual pivot axis, a first outer flexible strip and a first inner flexible strip, joined to each other by a first intermediate strip stiffer than each of the latter, together defining a first direction which passes through said virtual pivot axis, and in that said second resilient assembly comprises a second flexible strip defining a second direction which passes through said virtual pivot axis, and characterized in that said second flexible strip is secured in said second fixed support at a second outer attachment point, and in said rotary support at a second inner attachment point, and in that said second outer attachment point and said second inner attachment point are located on either side of a straight line parallel to said first direction and passing through said virtual pivot axis.
Suction acoustic filter for a reciprocating compressor, comprising: two inlet ways (11, 12), at least one outlet way and at least one main chamber disposed between the two inlet ways (11, 12) and the outlet way; the at least one main chamber comprises an acoustic attenuation volume common to the two inlet ways (11, 12) and to the at least one outlet way; characterized in that it comprises: at least one automatic valve cooperating, disposed and related with one of the two to inlet ways of the suction acoustic filter; at least a one-way valve cooperating, disposed and related with the other of the two inlet ways of the suction acoustic filter; and said at least one automatic valve and said at least one one-way valve acting to selectively alternate in a reciprocating manner, so that opening of the at least one one-way valve culminates in closing the at least one automatic valve, and closing of the at least one one-way valve culminates in opening the at least one automatic valve. two inlet ways (11, 12), at least one outlet way and at least one main chamber disposed between the two inlet ways (11, 12) and the outlet way; the at least one main chamber comprises an acoustic attenuation volume common to the two inlet ways (11, 12) and to the at least one outlet way; characterized in that it comprises: at least one automatic valve cooperating, disposed and related with one of the two to inlet ways of the suction acoustic filter; at least a one-way valve cooperating, disposed and related with the other of the two inlet ways of the suction acoustic filter; and said at least one automatic valve and said at least one one-way valve acting to selectively alternate in a reciprocating manner, so that opening of the at least one one-way valve culminates in closing the at least one automatic valve, and closing of the at least one one-way valve culminates in opening the at least one automatic valve. at least one automatic valve cooperating, disposed and related with one of the two to inlet ways of the suction acoustic filter; at least a one-way valve cooperating, disposed and related with the other of the two inlet ways of the suction acoustic filter; and said at least one automatic valve and said at least one one-way valve acting to selectively alternate in a reciprocating manner, so that opening of the at least one one-way valve culminates in closing the at least one automatic valve, and closing of the at least one one-way valve culminates in opening the at least one automatic valve.
Method for producing decorative prints having identical quality on at least two carrier materials comprising the following steps: a) Providing at least one print motif; b) Converting the at least one print motif into at least one high resolution electronic data set having a resolution of up to 1200 dpi, preferably 1000 dpi, by means of at least one image processing software, c) Reducing the resolution of the at least one high resolution electronic data set down to 100 dpi, preferably 60 to 80 dpi, by at least one image processing software, d) Creating at least one first print decor on at least one first carrier material by using at least one digital printer by means of the at least one resolution reduced electronic data set, e) Creating at least one print cylinder for a gravure printing process by using at least one resolution reduced electronic data set, and f) Creating at least one second print decor on at least one second carrier material by using the at least one print cylinder. a) Providing at least one print motif; b) Converting the at least one print motif into at least one high resolution electronic data set having a resolution of up to 1200 dpi, preferably 1000 dpi, by means of at least one image processing software, c) Reducing the resolution of the at least one high resolution electronic data set down to 100 dpi, preferably 60 to 80 dpi, by at least one image processing software, d) Creating at least one first print decor on at least one first carrier material by using at least one digital printer by means of the at least one resolution reduced electronic data set, e) Creating at least one print cylinder for a gravure printing process by using at least one resolution reduced electronic data set, and f) Creating at least one second print decor on at least one second carrier material by using the at least one print cylinder.
A semiconductor device comprising: a semiconductor buffer structure comprising: a silicon substrate; a nucleation layer on the silicon substrate; and a buffer layer on the nucleation layer, the buffer layer including: a first layer including a nitride semiconductor material having a uniform composition ratio; a second layer, including a same material as the nucleation layer, directly on the first layer; and a nitride semiconductor layer on the buffer layer; and characterised in that the buffer layer further comprises a third layer, including a same material and a same composition ratio as the first layer, directly on the second layer; wherein the first layer comprises B x Al y In z Ga 1-x-y-z N (0≤x<1, 0<y<1, 0≤z<1, and 0≤x+y+z<1); and wherein the first layer and the third layer have smaller lattice constants than the nitride semiconductor layer (140,150). a silicon substrate; a nucleation layer on the silicon substrate; and a buffer layer on the nucleation layer, the buffer layer including: a first layer including a nitride semiconductor material having a uniform composition ratio; a second layer, including a same material as the nucleation layer, directly on the first layer; and a first layer including a nitride semiconductor material having a uniform composition ratio; a second layer, including a same material as the nucleation layer, directly on the first layer; and a nitride semiconductor layer on the buffer layer; and characterised in that the buffer layer further comprises a third layer, including a same material and a same composition ratio as the first layer, directly on the second layer; wherein the first layer comprises B x Al y In z Ga 1-x-y-z N (0≤x<1, 0<y<1, 0≤z<1, and 0≤x+y+z<1); and wherein the first layer and the third layer have smaller lattice constants than the nitride semiconductor layer (140,150).
Procedure for detecting a droplet of condensation on a heated temperature sensor of a thermal flowmeter designed to measure the flow of a fluid, characterized by the following procedure steps: Determination of the largest value of a measure for a transfer of heat from the heated temperature sensor to the fluid in a first time window of a predefined length; Checking of the values of the measure for the transfer of heat in the first time window for values of the measure for the transfer of heat before and after the largest value of the measure for the transfer of heat that are smaller than the difference between the largest value and a predefined value Δ 1; Use of the result of the check to detect the droplet of condensation. Determination of the largest value of a measure for a transfer of heat from the heated temperature sensor to the fluid in a first time window of a predefined length; Checking of the values of the measure for the transfer of heat in the first time window for values of the measure for the transfer of heat before and after the largest value of the measure for the transfer of heat that are smaller than the difference between the largest value and a predefined value Δ 1; Use of the result of the check to detect the droplet of condensation.
An integrated circuit having multiple initiator IP cores and multiple target IP cores that communicate request transactions over an interconnect where the interconnect (118, 658) provides a shared communications bus between the multiple initiator IP cores and multiple target IP cores, characterized in that: flow control logic (857, 1657) in the interconnect is configured to apply a flow control splitting protocol in one or more splitter units to permit transactions from a first initiator thread or a first initiator tag stream to be outstanding to multiple channels in a single aggregate target (637, 737, 1337, 1579) at once, and therefore to multiple individual target IP cores within the aggregate target (637, 737, 1337, 1579) at once, where the combination of the flow control logic and the flow control splitting protocol allows the interconnect to manage simultaneous requests to multiple channels in the aggregate target (637, 737, 1337, 1579) from the same first initiator thread or the first initiator tag at the same time.
An Operation Administration and Maintenance, OAM, message transmission method, comprising: acquiring an OAM block generated based on an OAM message; replacing an idle block in a data stream with the OAM block; and sending the data stream containing the OAM block, characterized in that the OAM block comprises a type field that is configured to identify different OAM function types. acquiring an OAM block generated based on an OAM message; replacing an idle block in a data stream with the OAM block; and sending the data stream containing the OAM block, characterized in that the OAM block comprises a type field that is configured to identify different OAM function types.
A system for an accelerated reaction of a darkening of an optical element for protection from a luminous manifestation of a technological device configured to perform arc or laser welding or cutting or plasma cutting, the system comprising: a protective device, the protective device being a welding helmet or a welding mask or a welding shield or welding goggles, and a technological device configured to perform arc or laser welding or cutting or plasma cutting; wherein the protective device comprises an optical sensor for a detection of the luminous manifestation, wherein the protective device comprises an optical element with an adjustable permeability for a limitation of a permeation of a radiation from the luminous manifestation to a sight, wherein the optical sensor is connected with a control of the optical element, and wherein the technological device comprises an activation light configured to emit radiation which is detected by the optical sensor, whereby the activation light is placed within a field of a vision of the optical sensor, the technological device comprises a trigger which can be pressed to start the arc or laser welding or cutting or plasma cutting; characterized in that the technological device comprises a switch connected with the trigger such that during the pressing of the trigger the switch is pressed too, and in that the activation light is connected to the switch. a protective device, the protective device being a welding helmet or a welding mask or a welding shield or welding goggles, and a technological device configured to perform arc or laser welding or cutting or plasma cutting; wherein the protective device comprises an optical sensor for a detection of the luminous manifestation, wherein the protective device comprises an optical element with an adjustable permeability for a limitation of a permeation of a radiation from the luminous manifestation to a sight, wherein the optical sensor is connected with a control of the optical element, and wherein the technological device comprises an activation light configured to emit radiation which is detected by the optical sensor, whereby the activation light is placed within a field of a vision of the optical sensor, the technological device comprises a trigger which can be pressed to start the arc or laser welding or cutting or plasma cutting; characterized in that the technological device comprises a switch connected with the trigger such that during the pressing of the trigger the switch is pressed too, and in that the activation light is connected to the switch.
A game set for constructing a stationary playing area, which is arranged in a playing area plane, for a movable game element, wherein the movable game element is movable on the playing area, in particular by means of a piece of game equipment (191, 701, 801) for achieving a game success, the game set comprising a first edge element and a connection element (107, 307, 507, 508, 510, 607), wherein the connection element (107, 307, 507, 508, 510, 607) comprises a first receptacle for receiving the first edge element, and a second receptacle for receiving a second edge element and/or a further edge element, so that the first edge element is detachably connectable, by means of the connection element (107, 307, 507, 508, 510, 607), to the second edge element and/or to the further edge element, and, in a connected state, the first edge element, the second edge element and/or the further edge element together form an edge for deflecting a movement of the movable game element for the playing area onto the playing area plane, characterised in that the first edge element, the second edge element and/or the further edge element comprise/comprises a strip-shaped main body, wherein the strip-shaped main body in a stretched position has a curved cross-section with a curvature contour, so that the strip-shaped main body, by means of a bistable shape behaviour with use of the cross-section that is curved in a stretched position, can be transferred from a rolled-up position into a stretched position, and, in the stretched position, the strip-shaped main body can be received with the curvature contour of the curved cross-section along a respective receiving axis (281, 283) in the first receptacle (203, 503, 601) and/or in the second receptacle (205, 505, 602).