mhurhangee/patent-ind-claim-en huggingface dataset:
A process for preparing a polymer sheet for nucleic acid sequencing applications, comprising: providing a substrate with a surface; depositing a layer of a polymer composition onto the surface of the substrate, wherein the polymer composition comprises functional groups for grafting oligonucleotides; forming the polymer composition into a polymer sheet on the surface; and removing said polymer sheet from the surface of the substrate and wherein the forming of the polymer sheet comprises dehydrating the polymer composition, wherein the polymer composition comprises a hydrogel and the surface of the substrate comprises micro-scale or nano-scale patterns and wherein an imprint of the micro-scale or nano scale patterns of the patterned surface is transferred to the polymer sheet to form a patterned polymer sheet. providing a substrate with a surface; depositing a layer of a polymer composition onto the surface of the substrate, wherein the polymer composition comprises functional groups for grafting oligonucleotides; forming the polymer composition into a polymer sheet on the surface; and removing said polymer sheet from the surface of the substrate and wherein the forming of the polymer sheet comprises dehydrating the polymer composition, wherein the polymer composition comprises a hydrogel and the surface of the substrate comprises micro-scale or nano-scale patterns and wherein an imprint of the micro-scale or nano scale patterns of the patterned surface is transferred to the polymer sheet to form a patterned polymer sheet.
An IL-15 protein complex consists of a soluble fusion protein I and a soluble fusion protein II; wherein, the soluble fusion protein I is an IL-15 polypeptide or a functional fragment thereof; and the soluble fusion protein II is an IL-15Rα polypeptide or a functional fragment thereof; wherein the soluble fusion protein I or the soluble fusion protein II possesses Cys resulting from one or more amino acid mutation, and a disulfide bond is formed by the pairing of the corresponding Cys present in the soluble fusion protein II and the soluble fusion protein I; wherein the amino acid Cys mutation occurs at L45, Q48, V49, L52, E53, C88 or E89 on the IL-15 polypeptide or a functional fragment thereof; and/or wherein the amino acid Cys mutation occurs at K34, L42, A37, G38, or S40 on the IL-15Rα polypeptide or a functional fragment thereof.
A driver circuit for driving a load , the load having a first terminal connected to a first supply voltage (V H ) and a second terminal, the driver circuit comprising: a first FET connected in a common-source configuration having a drain connected to the second terminal of the load, a source connected to ground , and a gate for receiving a gate drive current (I GM1 ); a second FET connected in a source-follower configuration having a drain connected to the second terminal of the load, a source connected to the gate of the first FET, and a gate; and a pre-driver configured to be powered by a second supply voltage (VDD) and having an input for receiving a control signal (CTL 210, CTL 310) and an output connected to the gate of the second FET, wherein the pre-driver is configured to drive the second FET in accordance with the control signal, such that the gate drive current for the first FET is provided by the first supply voltage and flows through the load and through the second FET. a first FET connected in a common-source configuration having a drain connected to the second terminal of the load, a source connected to ground , and a gate for receiving a gate drive current (I GM1 ); a second FET connected in a source-follower configuration having a drain connected to the second terminal of the load, a source connected to the gate of the first FET, and a gate; and a pre-driver configured to be powered by a second supply voltage (VDD) and having an input for receiving a control signal (CTL 210, CTL 310) and an output connected to the gate of the second FET, wherein the pre-driver is configured to drive the second FET in accordance with the control signal, such that the gate drive current for the first FET is provided by the first supply voltage and flows through the load and through the second FET.
Filter system for filtering a fluid, comprising - a filter element , - a filter housing , comprising a first housing component and a second housing component in which the filter element is disposed, - a sealing apparatus disposed between the first housing component and the second housing component for sealing a housing interior area against an environment , which sealing apparatus features a seal disposed on a seal carrier , wherein the seal with at least one radially inside-lying inner face rests on the radially outside-lying contact face of the seal carrier and is radially inwardly supported by the contact face , and wherein the seal carrier features coupling elements for connecting to the first housing component and/or to the second housing component , wherein the coupling elements feature snap or locking elements, wherein the coupling elements engage in a coupling receptacle on the interior side of the first housing component and/or of the second housing component . - a filter element , - a filter housing , comprising a first housing component and a second housing component in which the filter element is disposed, - a sealing apparatus disposed between the first housing component and the second housing component for sealing a housing interior area against an environment , which sealing apparatus features a seal disposed on a seal carrier , wherein the seal with at least one radially inside-lying inner face rests on the radially outside-lying contact face of the seal carrier and is radially inwardly supported by the contact face , and wherein the seal carrier features coupling elements for connecting to the first housing component and/or to the second housing component , wherein the coupling elements feature snap or locking elements, wherein the coupling elements engage in a coupling receptacle on the interior side of the first housing component and/or of the second housing component .
A drill comprising a cutting body made of hard metal, through which a drill axis extends, and which is firmly anchored in a body mount via a solder , wherein between the cutting body and the body mount a soldering gap is configured, which changes in cross-section starting from the drill axis in the radial direction, wherein the soldering gap on the outer circumference of the drill has a width of more than at least twice of an inner point of the soldering gap , and wherein the soldering gap has a width of between 0.01 and 0.1 mm at a narrow point, characterised in that the soldering gap has a width of between 0.1 and 0.5 mm at a wide point and a clamping is provided at the interface between the body mount and the cutting body in the form of a point as it were in each case and the cutting body is configured as a multiple cutting insert.
An electrically insulating inorganic sheet comprising at least 90% by weight inorganic particles in the form of fibres or flakes, and a binder which binds the particles together to form the sheet, for use as solid insulation in an electrical device , wherein the inorganic sheet has a thickness within the range of from 10 nanometres to 100 micrometres.
A leak detector for use with vertically installed pipelines, comprising a cup part to be arranged around the vertical line of a pipeline, the cup part comprising a cylinder and a reducer cone connected thereto, wherein the cylinder of the cup part has a first upper edge , the cylinder extending therefrom forming an indentation tapering towards the centreline of the leak detector together with the reducer cone extending from the other edge of the cylinder , the end of the indentation opposite the first upper edge being provided with a connection conduit through which a vertical pipe can be arranged, wherein - the connection conduit is provided with a crimping point having a sealing member and at least the cup part and the connection conduit are made of copper, and - the leak detector comprises an outlet conduit located at a distance from the bottom of the leak detector, the bottom being formed by the joining spot of the reducer cone and the vertical pipe running therethrough, the outlet conduit extending downward in direction of outlet direction of water flowing under gravity. - the connection conduit is provided with a crimping point having a sealing member and at least the cup part and the connection conduit are made of copper, and - the leak detector comprises an outlet conduit located at a distance from the bottom of the leak detector, the bottom being formed by the joining spot of the reducer cone and the vertical pipe running therethrough, the outlet conduit extending downward in direction of outlet direction of water flowing under gravity.
A variable-pitch vane assembly for a gas turbine engine , comprising: a sync ring ; a vane having a vane arm ; and a pin installed through the sync ring and through the vane arm , characterized by : the pin including an anti-rotation notch disposed along a pin shaft ; and an anti-rotation spacer engaged with the pin at the anti-rotation notch to prevent rotation of the pin . a sync ring ; a vane having a vane arm ; and a pin installed through the sync ring and through the vane arm , characterized by : the pin including an anti-rotation notch disposed along a pin shaft ; and an anti-rotation spacer engaged with the pin at the anti-rotation notch to prevent rotation of the pin . the pin including an anti-rotation notch disposed along a pin shaft ; and an anti-rotation spacer engaged with the pin at the anti-rotation notch to prevent rotation of the pin .
A protective cover set for a medical probe , comprising: a probe cover comprising a biocompatible, flexible polymer, the probe cover having a closed end and an open end , and the probe cover being configured to receive a substantially elongate medical probe ; an end fastening element attached at the open end of the probe cover and configured to wrap at least partially around the probe cover ; a first intermediate fastening element attached along a length of the probe cover between the closed and open ends , the first intermediate fastening element being configured to wrap at least partially around a midpoint of the probe cover and comprising a backing strip and an adhesive strip fixedly attached at one end to the backing strip; characterized in that the protective cover set further comprises an outer wrapper enveloping at least a portion of the length of the probe cover , wherein the first intermediate fastening element is fixedly attached by the backing strip to the probe cover and contained entirely within the outer wrapper , wherein the probe cover includes a release liner accessible to a user outside of the outer wrapper which is configured to be pulled around a portion of the medical probe from outside the wrapper, entraining the intermediate adhesive strip to tighten around the probe cover such that staged removal of the outer wrapper facilitates connecting the probe cover with the medical probe while at least a portion of the probe cover remains covered by the outer wrapper . a probe cover comprising a biocompatible, flexible polymer, the probe cover having a closed end and an open end , and the probe cover being configured to receive a substantially elongate medical probe ; an end fastening element attached at the open end of the probe cover and configured to wrap at least partially around the probe cover ; a first intermediate fastening element attached along a length of the probe cover between the closed and open ends , the first intermediate fastening element being configured to wrap at least partially around a midpoint of the probe cover and comprising a backing strip and an adhesive strip fixedly attached at one end to the backing strip; characterized in that the protective cover set further comprises an outer wrapper enveloping at least a portion of the length of the probe cover , wherein the first intermediate fastening element is fixedly attached by the backing strip to the probe cover and contained entirely within the outer wrapper , wherein the probe cover includes a release liner accessible to a user outside of the outer wrapper which is configured to be pulled around a portion of the medical probe from outside the wrapper, entraining the intermediate adhesive strip to tighten around the probe cover such that staged removal of the outer wrapper facilitates connecting the probe cover with the medical probe while at least a portion of the probe cover remains covered by the outer wrapper .
Machine for preparing beverages comprising a frame , a support for a recipient and means for displacing said support configured to pivot it to a position for receiving the recipient or to a storage position according to which said support is positioned along the frame, characterised in that the means for displacing comprise a manoeuvring member separate from the support for a recipient and assembled to the support for a recipient , said manoeuvring member being mounted as a pivot connection on the frame in such a way that the rotation of the manoeuvring member between a first position and a second position allows for the switching of the support for a recipient from the position for receiving to the storage position, and inversely, the manoeuvring member being a lever or a control button.
A paging message transmission method, wherein the method comprises: (S1301) compressing, by an access network device, scheduling information corresponding to a first paging message, wherein the first paging message is a message for terminal paging, and a quantity of bits occupied by compressed scheduling information is not greater than a preset bit quantity; and (S1302) sending, by the access network device, a second paging message to a terminal device when a first paging occasion arrives, and sending the first paging message on a time-frequency resource corresponding to the compressed scheduling information, wherein the second paging message comprises a first identifier and the compressed scheduling information, and the first identifier is used to identify that the second paging message is a short message. (S1301) compressing, by an access network device, scheduling information corresponding to a first paging message, wherein the first paging message is a message for terminal paging, and a quantity of bits occupied by compressed scheduling information is not greater than a preset bit quantity; and (S1302) sending, by the access network device, a second paging message to a terminal device when a first paging occasion arrives, and sending the first paging message on a time-frequency resource corresponding to the compressed scheduling information, wherein the second paging message comprises a first identifier and the compressed scheduling information, and the first identifier is used to identify that the second paging message is a short message.
A communication method, wherein the method comprises: mapping , by a first device, a phase tracking reference signal, PTRS, pattern to one or more symbols, wherein the PTRS pattern comprises multiple non-consecutive PTRS chunks in time domain, and each PTRS chunk of the multiple non-consecutive PTRS chunks comprises multiple consecutive PTRS samples in time domain; the multiple non-consecutive PTRS chunks of the PTRS pattern are in one symbol; and sending, by the first device, the one or more symbols; wherein: a quantity of PTRS chunks in one symbol and a quantity of PTRS samples in one PTRS chunk are determined by a scheduled bandwidth mapping , by a first device, a phase tracking reference signal, PTRS, pattern to one or more symbols, wherein the PTRS pattern comprises multiple non-consecutive PTRS chunks in time domain, and each PTRS chunk of the multiple non-consecutive PTRS chunks comprises multiple consecutive PTRS samples in time domain; the multiple non-consecutive PTRS chunks of the PTRS pattern are in one symbol; and sending, by the first device, the one or more symbols; wherein: a quantity of PTRS chunks in one symbol and a quantity of PTRS samples in one PTRS chunk are determined by a scheduled bandwidth
A mould closing unit (F) for an injection moulding machine for processing plastics and other plasticisable materials, comprising - a machine base for setting up the mould closing unit (F) stably, - at least one mould carrier which is movable in a longitudinal direction (L-L) of the mould closing unit (F) and which, between itself and a further mould carrier , forms a mould clamping space (C) in which parts of at least one cyclically openable and closable injection mould (M) are receivable, - at least one linear guide , which is arranged on the machine base in the longitudinal direction (L-L) of the mould closing unit, for guiding the at least one movable mould carrier during movement in the longitudinal direction (L-L), - at least one load-bearing part , which supports the at least one movable mould carrier on the machine base and/or on the at least one linear guide , which load-bearing part has, above the at least one linear guide , a coupling region for the at least one movable mould carrier that is connected to the movable mould carrier, with positive engagement or by a substance-to-substance bond, and of which the rigidity is greater in the longitudinal direction (L-L) than in a direction transverse to the longitudinal direction (L-L), characterised in that the load-bearing part and/or the coupling region take an elliptical form in cross section, wherein the smaller axis of the ellipse extends in a direction transverse to the longitudinal direction (L-L) of the mould closing unit (F). - a machine base for setting up the mould closing unit (F) stably, - at least one mould carrier which is movable in a longitudinal direction (L-L) of the mould closing unit (F) and which, between itself and a further mould carrier , forms a mould clamping space (C) in which parts of at least one cyclically openable and closable injection mould (M) are receivable, - at least one linear guide , which is arranged on the machine base in the longitudinal direction (L-L) of the mould closing unit, for guiding the at least one movable mould carrier during movement in the longitudinal direction (L-L), - at least one load-bearing part , which supports the at least one movable mould carrier on the machine base and/or on the at least one linear guide , which load-bearing part has, above the at least one linear guide , a coupling region for the at least one movable mould carrier that is connected to the movable mould carrier, with positive engagement or by a substance-to-substance bond, and of which the rigidity is greater in the longitudinal direction (L-L) than in a direction transverse to the longitudinal direction (L-L),
A method for building a part with a deposition-based additive manufacturing system having a deposition head that deposits a composite including a polymer-based binder and a powdered sinterable metal, the method comprising: receiving a first tool path for a layer of the part by a controller , wherein the received first tool path comprises a perimeter contour segment ; receiving a second tool path for a layer of the part by the controller , wherein the received second tool path comprises a parallel segment adjacent the perimeter contour segment ; moving the deposition head to deposit the composite in a pattern that follows the perimeter contour segment of the received first tool path to produce a perimeter path of the composite; and moving the deposition head to deposit the composite in a pattern that follows the parallel segment of the received second tool path to produce a stress-offsetting retrograde adjacent path of the composite, wherein the perimeter path and the stress-offsetting retrograde adjacent path are deposited in retrograde directions with respect to one another so that directions of residual stress within the polymer-based binder of the composite are opposite in the perimeter path and the stress-offsetting retrograde adjacent path . receiving a first tool path for a layer of the part by a controller , wherein the received first tool path comprises a perimeter contour segment ; receiving a second tool path for a layer of the part by the controller , wherein the received second tool path comprises a parallel segment adjacent the perimeter contour segment ; moving the deposition head to deposit the composite in a pattern that follows the perimeter contour segment of the received first tool path to produce a perimeter path of the composite; and moving the deposition head to deposit the composite in a pattern that follows the parallel segment of the received second tool path to produce a stress-offsetting retrograde adjacent path of the composite, wherein the perimeter path and the stress-offsetting retrograde adjacent path are deposited in retrograde directions with respect to one another so that directions of residual stress within the polymer-based binder of the composite are opposite in the perimeter path and the stress-offsetting retrograde adjacent path .
A recreational device comprising: - a support comprising a first guide defining a main axis , - a slider movably coupled to said support and movable along said main axis , - at least a covering element suitable to be detachably connected to said support , - an elastic element connected to said slider and said support and acting between said slider and said support along said main axis , - said elastic element defining: - a rest configuration in which said elastic element is in the rest position between said slider and said support , - an operating configuration in which said slider and said support are in contrast with said elastic element , - said covering element comprises at least a first interaction surface , - said slider comprises at least one component protruding outwards and defining at least a second interaction surface suitable to interact with said first interaction surface defining a mutual sliding direction , - said interaction between said interaction surfaces being suitable to undo said constraint between said covering element and said support distancing said covering element from said support , when said elastic element is in the operating configuration; - said device being characterised in that said sliding direction defines with said main axis an oblique angle. - a support comprising a first guide defining a main axis , - a slider movably coupled to said support and movable along said main axis , - at least a covering element suitable to be detachably connected to said support , - an elastic element connected to said slider and said support and acting between said slider and said support along said main axis , - said elastic element defining: - a rest configuration in which said elastic element is in the rest position between said slider and said support , - an operating configuration in which said slider and said support are in contrast with said elastic element , - a rest configuration in which said elastic element is in the rest position between said slider and said support , - an operating configuration in which said slider and said support are in contrast with said elastic element , - said covering element comprises at least a first interaction surface , - said slider comprises at least one component protruding outwards and defining at least a second interaction surface suitable to interact with said first interaction surface defining a mutual sliding direction , - said interaction between said interaction surfaces being suitable to undo said constraint between said covering element and said support distancing said covering element from said support , when said elastic element is in the operating configuration; - said device being characterised in that said sliding direction defines with said main axis an oblique angle.