mhurhangee/ep-ind-claims huggingface dataset:
Shaft lock having a radially inner rotor part which is centrically connected to a shaft having a rotation axis, wherein the shaft and the radially inner rotor part are at least partially enclosed in a coaxial manner by a stationary and radially outer stator part, wherein in a locking state and in a holding state a form-fitting connection between the radially inner rotor part and the stationary and radially outer stator part is able to be established by means of a plurality of locking members, and the form-fitting connection is able to be cancelled for transitioning to an unlocking state, and wherein the locking members for establishing or cancelling the form-fitting connection in regions are able to be partially moved in a form-fitting manner into one respective receptacle geometry of the radially inner rotor part by means of at least one activation member, characterized in that the at least one activation member is designed as a substantially hollow-cylindrical locking ring which radially outside partially encloses the stationary and radially inner stator part in a coaxial manner.
A method of enriching bovine spermatogonial stem cells (SSCs) from a population of testis-derived cells containing at least one SSC, said method comprising: a) contacting media with bovine embryonic fibroblast cells and/or bovine somatic cells isolated from bovine testes to produce preconditioned media; b) contacting said population of testis-derived cells with said preconditioned media under conditions suitable for SSC cell maintenance and enrichment. a) contacting media with bovine embryonic fibroblast cells and/or bovine somatic cells isolated from bovine testes to produce preconditioned media; b) contacting said population of testis-derived cells with said preconditioned media under conditions suitable for SSC cell maintenance and enrichment.
A network node having an ATCF, Access Transfer Control Function, for use in eSRVCC, enhanced Single Radio Voice Call Continuity handover, comprising: a receiving unit that receives SDP, Session Description Protocol, offer or SDP answer included in IMS, IP Multimedia Subsystem, signaling from a communication terminal; an SDP analyzing unit adapted to acquire information regarding a codec contained in the SDP offer or the SDP answer; a data storage unit adapted to store information regarding a codec supported by ATGW, Access Transfer Gateway, or a neighboring MGW, Media Gateway, information regarding transcoding supported by the ATGW or the neighboring MGW, and information regarding a codec supported by a neighboring CS, Circuit Switching, network; and a determination unit adapted to determine whether transmission of an SDP offer for codec re-negotiation from the ATCF to a communication terminal is allowed using the information regarding a codec acquired in the SDP analyzing unit and the information retrieved from the data storage unit. a receiving unit that receives SDP, Session Description Protocol, offer or SDP answer included in IMS, IP Multimedia Subsystem, signaling from a communication terminal; an SDP analyzing unit adapted to acquire information regarding a codec contained in the SDP offer or the SDP answer; a data storage unit adapted to store information regarding a codec supported by ATGW, Access Transfer Gateway, or a neighboring MGW, Media Gateway, information regarding transcoding supported by the ATGW or the neighboring MGW, and information regarding a codec supported by a neighboring CS, Circuit Switching, network; and a determination unit adapted to determine whether transmission of an SDP offer for codec re-negotiation from the ATCF to a communication terminal is allowed using the information regarding a codec acquired in the SDP analyzing unit and the information retrieved from the data storage unit.
An internal fusion polypeptide comprising an N-terminal segment of a protein of interest, a C terminal segment of the protein of interest, and an internal tag between the N-terminal and C-terminal segments, wherein the internal tag resides within the sequence of the protein of interest and maintains the activity characteristics of the protein of interest, wherein the internal tag comprises an amino acid sequence having less than 100% and greater than 30% sequence identity with SEQ ID NO: 2 inserted within the protein of interest; wherein a detectable bioluminescent signal is produced in the presence of a coelenterazine substrate when the internal tag contacts a polypeptide of SEQ ID NO: 440. wherein the internal tag resides within the sequence of the protein of interest and maintains the activity characteristics of the protein of interest, wherein the internal tag comprises an amino acid sequence having less than 100% and greater than 30% sequence identity with SEQ ID NO: 2 inserted within the protein of interest; wherein a detectable bioluminescent signal is produced in the presence of a coelenterazine substrate when the internal tag contacts a polypeptide of SEQ ID NO: 440.
A polymer porous film of a single layer, comprising: a first porosity size changing portion formed of independent porosities separated in any direction and having a size distribution showing a gradual increase in porosity size from a first surface side toward a second surface side across a region accounting for 10% or more of a film thickness, wherein the porosity size falls within a range of 0.1 to 10 μm, and the polymer porous film is formed of a resin composition formed of a resin selected from the group consisting of polycarbonate, polyimide, polyamide-imide, polyamide, polyetherimide, polysulfone, and polyethersulfone or a resin combined thereof. a first porosity size changing portion formed of independent porosities separated in any direction and having a size distribution showing a gradual increase in porosity size from a first surface side toward a second surface side across a region accounting for 10% or more of a film thickness, wherein the porosity size falls within a range of 0.1 to 10 μm, and the polymer porous film is formed of a resin composition formed of a resin selected from the group consisting of polycarbonate, polyimide, polyamide-imide, polyamide, polyetherimide, polysulfone, and polyethersulfone or a resin combined thereof.
Device for producing a personalized cosmetic product, by mixing at least two components housed in a respective container, at least one of the containers being a jar, said containers each being provided with at least one identification code, said device for producing a personalized product comprising at least one means for reading said identification code of the jar, and comprising a mixing device, characterized in that at least one other container is a capsule, the identification code of the capsule and of the jar being identical or different in nature, said device comprising at least one means for reading said identification code of the capsule, and said reading means can be a single reading means in the event that the identification code of the capsule and of the jar are identical in nature, said device comprising at least one means for writing and rewriting identification codes of the capsule and/or of the jar, said identification codes storing information about the container and the component, said information including the opening date of the container and the expiry of the component following this opening.
Operating fluid container made of thermoplastic material for a motor vehicle, with the following features: - the operating fluid container has a container opening which is arranged in a container upper shell and is edged by a surround; - the operating fluid container comprises a tubular stiffening element arranged in the operating fluid container inner space; - on the end, the stiffening element has a circumferential connecting edge in contact with the container upper shell; - in a plan view onto the container upper shell, the container opening is surrounded by the connecting edge; - the stiffening element is directly and integrally connected to a container lower shell and integrally connected by means of the connecting edge to the container upper shell; and - the stiffening element counteracts deformation caused by the internal pressure of the operating fluid container, characterized in that the stiffening element is a tie rod. - the operating fluid container has a container opening which is arranged in a container upper shell and is edged by a surround; - the operating fluid container comprises a tubular stiffening element arranged in the operating fluid container inner space; - on the end, the stiffening element has a circumferential connecting edge in contact with the container upper shell; - in a plan view onto the container upper shell, the container opening is surrounded by the connecting edge; - the stiffening element is directly and integrally connected to a container lower shell and integrally connected by means of the connecting edge to the container upper shell; and - the stiffening element counteracts deformation caused by the internal pressure of the operating fluid container, characterized in that the stiffening element is a tie rod.
A hot air rack oven for the baking of goods on a rack, the hot air rack oven comprises an oven housing, an oven chamber, a door opening, a door, a wheel arrangement, and a guide bar, the oven chamber comprises one or more curved portions wall and has an essentially circular cross-section in respect of a substantially vertical axis of said oven, wherein said door is curved with a slightly larger diameter than the outer diameter of the oven chamber, and is able to slide laterally to one side of the opening, at the outside of the oven, and that the sliding door is movably arranged at said oven housing via cooperation, at an upper edge of said door, between said elongated curved horizontally arranged wheel arrangement provided with a specified number N of equally sized wheels (W i) and said elongated curved horizontally arranged guide bar provided with N equally sized recesses (R i), and that during lateral movement of the door some or all wheels of the wheel arrangement are configured to run along a planar surface of the guide bar, characterized in that the positions of the wheels (W i) along the wheel arrangement correspond to the positions of the recesses (R i) along the elongated guide bar when the door is closed, wherein when the door is about to reach a closed position the door will slowly be lowered as the door finally reaches a final closed position, and when the door is closed each of the wheels rest in its respective recess, wherein during this procedure the sealing at the upper and lower edges of the door will be activated, i. e. firmly pressed such that the opening to the oven chamber is sealed by the door.
Method for laminating a composite pane, wherein at least (a) a stack sequence of a substrate pane, at least one intermediate layer, and a cover layer is produced, a vacuum ring or a vacuum bag is placed around the stack sequence, the stack sequence is deaerated for a period t 1 greater than or equal to 8 min and at a temperature T 1 of 0 °C to 30 °C by applying a negative pressure p 1 less than or equal to 0.3 bar to the vacuum ring or to the vacuum bag, the stack sequence is heated by microwave radiation to a temperature T 2 of 70 °C to 130 °C, wherein a negative pressure p 2 less than or equal to 0.3 bar is maintained on the vacuum ring or on the vacuum bag, the stack sequence is kept by microwave radiation at a temperature T 3 of 70 °C to 130 °C and is deaerated for a period t 3 greater than or equal to 8 min at a negative pressure p 3 less than or equal to 0.3 bar on the vacuum ring or on the vacuum bag, the stack sequence is cooled to a temperature T 4 of less than 70 °C, wherein a negative pressure p 4 less than or equal to 0.3 bar is maintained on the vacuum ring or on the vacuum bag, the vacuum ring or the vacuum bag is aerated, and (c) the vacuum ring or the vacuum bag is removed. (a) a stack sequence of a substrate pane, at least one intermediate layer, and a cover layer is produced, a vacuum ring or a vacuum bag is placed around the stack sequence, the stack sequence is deaerated for a period t 1 greater than or equal to 8 min and at a temperature T 1 of 0 °C to 30 °C by applying a negative pressure p 1 less than or equal to 0.3 bar to the vacuum ring or to the vacuum bag, the stack sequence is heated by microwave radiation to a temperature T 2 of 70 °C to 130 °C, wherein a negative pressure p 2 less than or equal to 0.3 bar is maintained on the vacuum ring or on the vacuum bag, the stack sequence is kept by microwave radiation at a temperature T 3 of 70 °C to 130 °C and is deaerated for a period t 3 greater than or equal to 8 min at a negative pressure p 3 less than or equal to 0.3 bar on the vacuum ring or on the vacuum bag, the stack sequence is cooled to a temperature T 4 of less than 70 °C, wherein a negative pressure p 4 less than or equal to 0.3 bar is maintained on the vacuum ring or on the vacuum bag, the vacuum ring or the vacuum bag is aerated, and (c) the vacuum ring or the vacuum bag is removed.
A centrifugal separator for separating two phases of liquid of different density, comprising a rotating body (101; 201) rotating in use in a direction of rotation around an axis of rotation (102; 202), said axis of rotation extending in a longitudinal direction of said rotating body, a radial direction extending perpendicular to the longitudinal direction; said rotating body (101; 201) comprising a bowl, said bowl comprising a base (103; 203) provided at a rear longitudinal end of said bowl, said base facing a first rear longitudinal area (111; 211) of the centrifugal separator rear of said base, at least two outlet passages (115,139, 145,169; 215, 245) extending through said base (103; 203), said outlet passages communicating with respective weir edges (129, 159; 229, 259; 359) at respective levels, said weir edges (129, 159; 229, 259; 359) defining in use a level (141; 241) of liquid in the bowl and a level (171; 271) of an interface between the two phases of liquid in the bowl, a first of said outlet passages (115, 139; 215) extending axially to a first outlet opening (128; 228) discharging in use liquid from the rotating body in said first rear longitudinal area (111; 211), and a second of said outlet passages (145,169; 245) comprising a conduit (162; 262) extending to a second outlet opening (158; 258) discharging in use liquid from the rotating body in a second rear longitudinal area (113; 213) rear of said first rear longitudinal area (111; 211), said second outlet opening (158; 258) being positioned to have a distal edge (160; 260; 360) relative to the axis of rotation (102; 202) placed at a level not above the level of the weir edge (159; 259; 359) communicating with said second outlet opening (158; 258), a shaft part (105; 205) of the rotating body (101; 201) extending coaxially with the axis of rotation (102; 202) from the base (103; 203), said shaft part carrying a flange (107; 207), and said conduit (162; 262) extends from the base (103; 203) and through the flange (107; 207) to said second outlet opening (158; 258), the flange separating said first and said second rear longitudinal area (111 and 113; 211 and 213), a casing housing the rotating body, said casing comprising a proximal compartment for receiving a liquid discharged from the rotating body though the first outlet opening, and a distal compartment for receiving liquid discharged from the rotating body through the second outlet opening, said compartments being separated by a partition, wherein the casing including the partition is divided in at least two parts comprising a lid, the flange is surrounded by an annular sealing (175, 179) and the partition engages the annular sealing, at least when the lid is in a closed position.
Medical device being a balloon comprising a cross-linked modified polyamide, wherein the cross-linked modified polyamide is obtainable by a process in which the polyamide is • in a first step modified with either (a) a bifunctional or monofunctional crosslink-reactive compound comprising at least one reactive group allowing reaction with crosslinkers or (b) with triallyl isocyanurate (TAIC) or derivatives thereof, the first step is executed using reactive extrusion, and • in a second step is undergoing a cross-linking reaction by treatment with at least one form of energy, wherein the second step is executed after the balloon was formed in a blow molding process; and wherein the polyamide is Nylon and the bifunctional or monofunctional crosslink-reactive compound is a linear compound comprising a C=C-doublebond. • in a first step modified with either (a) a bifunctional or monofunctional crosslink-reactive compound comprising at least one reactive group allowing reaction with crosslinkers or (b) with triallyl isocyanurate (TAIC) or derivatives thereof, the first step is executed using reactive extrusion, and • in a second step is undergoing a cross-linking reaction by treatment with at least one form of energy,
A coating film transfer tool comprising an external cassette and an internal cassette housed in the external cassette, wherein the internal cassette includes a supply portion configured to supply transfer tape having a coating film on substrate tape, a pressing and transferring portion configured to transfer the coating film to a film receiving surface by pressing the transfer tape against the film receiving surface, a take-up portion configured to take up the substrate tape after the coating film is transferred, and a rotation-in-conjunction mechanism configured to rotate the supply portion and the take-up portion in conjunction with each other, the external cassette includes a button and an elastic member, the pressing and transferring portion sticks out of the external cassette when the button is pressed and moved into the external cassette, and the pressing and transferring portion retracts into the external cassette due to an action of the elastic member when the pressing of the button is stopped, the button is provided on an upper surface of the coating film transfer tool, where a downward direction of the coating film transfer tool is defined as a pressing direction of the coating film transfer tool in such a pressing position that the pressing and transferring portion is pressed against the film receiving surface in order to transfer the coating film, in a case that a fore-and-aft direction of the coating film transfer tool is defined as a direction in which the pressing and transferring portion sticks out, and a front end of the coating film transfer tool is defined as a leading end of the pressing and transferring portion in a situation where the button is in an all-the-way-down position, the all-the-way-down position being reached when the button is pressed all the way down into the external cassette, a value obtained by dividing a distance between the front end and a middle point in the fore-and-aft direction of the button in the all-the-way-down position by a full length in the fore-and-aft direction of the coating film transfer tool is not more than 0.35, the coating film transfer tool further comprises an external force action reduction portion configured to reduce an action on the button of an external force that acts on the pressing and transferring portion and pushes the pressing and transferring portion back into the external cassette in the situation where the button is in the all-the-way-down position, the external force action reduction portion includes an engagement portion provided in the button, and the engagement portion is engaged with the internal cassette when the button is pressed, and is disengaged from the internal cassette by an action of the elastic member when the pressing of the button is stopped.
A device comprising: an energy beam applicator configured for activating delivery, at a site to be protected within an object, of a substance, wherein the substance is designed for protecting against an undesirable side effect of another substance at the site, wherein the another substance comprises at least one of delivered, being delivered, and to be delivered, at another site within the object; delivery of one of the two substances being activatable at a relative high activation threshold, corresponding to a relative high value of an energy-beam level for use in activating delivery, and delivery of the other of the substances being activatable at a relative low activation threshold, corresponding to a relative lower value of said energy-beam level, and a controller configured for detecting whether a current value of the energy-beam level for use in activating delivery exceeds a substance-activation-energy-distinguishing threshold (228, 268) between the substance and the another substance, the substance-activation-energy-distinguishing threshold corresponding to a value of said energy-beam level lying a pre-set amount below the high activation threshold, wherein responsive to said detecting that said threshold is exceeded, said controller intervening by at least automatically changing an acoustic pressure setting of the current energy-beam level for the energy beam applicator to prevent activating delivery of the another substance by exceeding the threshold. an energy beam applicator configured for activating delivery, at a site to be protected within an object, of a substance, wherein the substance is designed for protecting against an undesirable side effect of another substance at the site, wherein the another substance comprises at least one of delivered, being delivered, and to be delivered, at another site within the object; delivery of one of the two substances being activatable at a relative high activation threshold, corresponding to a relative high value of an energy-beam level for use in activating delivery, and delivery of the other of the substances being activatable at a relative low activation threshold, corresponding to a relative lower value of said energy-beam level, and a controller configured for detecting whether a current value of the energy-beam level for use in activating delivery exceeds a substance-activation-energy-distinguishing threshold (228, 268) between the substance and the another substance, the substance-activation-energy-distinguishing threshold corresponding to a value of said energy-beam level lying a pre-set amount below the high activation threshold, wherein responsive to said detecting that said threshold is exceeded, said controller intervening by at least automatically changing an acoustic pressure setting of the current energy-beam level for the energy beam applicator to prevent activating delivery of the another substance by exceeding the threshold.