mhurhangee/patent-ind-claim-en huggingface dataset:
A cover for an inflatable pool, the cover comprising: a thermal-insulation portion configured to fit around an outer wall of the inflatable pool in a sleeved manner and being annular shaped; and an extended portion , comprising: an upper extension , having an annular shape, being connected to an upper circumference of the thermal-insulation portion and extending radially inward from the upper circumference of the thermal-insulation portion ; and a lower extension , having an annular shape, being connected to a lower circumference of the thermal-insulation portion and extending radially inward from the lower circumference of the thermal-insulation portion , the thermal-insulation portion comprising: an inner layer ; an outer layer connected to the inner layer at an upper edge of the inner layer and a lower edge of the inner layer , thereby defining an enclosed chamber between the inner layer and the outer layer; and an intermediate layer comprising a thermally-insulating material and disposed within the enclosed chamber ; wherein the cover is detachably fixable to a periphery external side wall of the inflatable pool. a thermal-insulation portion configured to fit around an outer wall of the inflatable pool in a sleeved manner and being annular shaped; and an extended portion , comprising: an upper extension , having an annular shape, being connected to an upper circumference of the thermal-insulation portion and extending radially inward from the upper circumference of the thermal-insulation portion ; and a lower extension , having an annular shape, being connected to a lower circumference of the thermal-insulation portion and extending radially inward from the lower circumference of the thermal-insulation portion , an upper extension , having an annular shape, being connected to an upper circumference of the thermal-insulation portion and extending radially inward from the upper circumference of the thermal-insulation portion ; and a lower extension , having an annular shape, being connected to a lower circumference of the thermal-insulation portion and extending radially inward from the lower circumference of the thermal-insulation portion , the thermal-insulation portion comprising: an inner layer ; an outer layer connected to the inner layer at an upper edge of the inner layer and a lower edge of the inner layer , thereby defining an enclosed chamber between the inner layer and the outer layer; and an intermediate layer comprising a thermally-insulating material and disposed within the enclosed chamber ; wherein the cover is detachably fixable to a periphery external side wall of the inflatable pool. an inner layer ; an outer layer connected to the inner layer at an upper edge of the inner layer and a lower edge of the inner layer , thereby defining an enclosed chamber between the inner layer and the outer layer; and an intermediate layer comprising a thermally-insulating material and disposed within the enclosed chamber ; wherein the cover is detachably fixable to a periphery external side wall of the inflatable pool.
A boron-dipyrrin complex represented by the following formula Wherein X 1 represents a halogenoalkyl group; X 2 represents a halogen atom; R 1 represents a hydrogen atom, an alkyl group, or a group represented by formula (b): R 2 and R 6 are the same or different and each represent a hydrogen atom or a halogen atom; R 3 , R 4 , R 5 , and R 7 are the same or different and each represent a hydrogen atom, a halogen atom, or an alkyl group; R 8 represents a hydrogen atom or - (CH 2 ) 1 -(Y) m -(CH 2 ) n -Z wherein Y represents -CO-, -CONH-, or a triazole ring, Z represents a carboxyl group, a sulfonic acid group, or a -CO-peptide residue, 1 and n each represent an integer of 1 to 6, and m represents 0 or 1; R 9 and R 10 are the same or different and each represent a hydrogen atom, an alkyl group, an alkoxy group, a halogen atom, an amino group, a nitro group, or a cyano group; and R 9 and R 10 together optionally form an alkylene group. X 1 represents a halogenoalkyl group; X 2 represents a halogen atom; R 1 represents a hydrogen atom, an alkyl group, or a group represented by formula (b): R 2 and R 6 are the same or different and each represent a hydrogen atom or a halogen atom; R 3 , R 4 , R 5 , and R 7 are the same or different and each represent a hydrogen atom, a halogen atom, or an alkyl group; R 8 represents a hydrogen atom or - (CH 2 ) 1 -(Y) m -(CH 2 ) n -Z wherein Y represents -CO-, -CONH-, or a triazole ring, Z represents a carboxyl group, a sulfonic acid group, or a -CO-peptide residue, 1 and n each represent an integer of 1 to 6, and m represents 0 or 1; R 9 and R 10 are the same or different and each represent a hydrogen atom, an alkyl group, an alkoxy group, a halogen atom, an amino group, a nitro group, or a cyano group; and R 9 and R 10 together optionally form an alkylene group.
Method for manufacturing a laminate panel, wherein in a first step a press element is manufactured showing a surface relief , and wherein in a second step (S) by means of this press element a relief is formed in a surface of the laminate panel , wherein said surface relief of the press element is provided with protrusions , which during pressing form recesses in said surface of the laminate panel , said recesses imitating wood pores, wherein when manufacturing the press element , at least a number of said protrusions is made elongate, characterized in that the elongate protrusions as such are formed substantially or essentially by means of a machining treatment with rotating cutting tools.
Method for tension regulation in a strip-shaped material between two clamping points, wherein the two clamping points are two preferably adjacent roll stands of a rolling train and wherein at least one of the roll stands comprises a rotary drive for rotational driving of its rolls or wherein one of the two clamping points is a roller pair and the other one of the two clamping points is a coiling device downstream in rolling direction, wherein the roller pair comprises the rotary drive for rotational driving of at least one of its rollers land/or the coiling device comprises the rotary drive for rotational driving of the coiler, with the following steps: determining the actual tension between the two clamping points; determining a regulating deviation e(t) as a difference between the actual tension and a predetermined target tension; input of the regulating deviation e(t) into a regulating device for producing a regulator output signal R(t); converting the regulator output signal R(t) into a setting signal S(t); and regulating the actual tension to the target tension by varying the rotational speed of the rotary drive as setting element in accordance with the setting signal S(t); characterised in that the regulator output signal R(t) is varied within the scope of its conversion into the setting signal S(t) at least for a time in dependence on a variable g(t) representing the speed of the strip-shaped material. determining the actual tension between the two clamping points; determining a regulating deviation e(t) as a difference between the actual tension and a predetermined target tension; input of the regulating deviation e(t) into a regulating device for producing a regulator output signal R(t); converting the regulator output signal R(t) into a setting signal S(t); and regulating the actual tension to the target tension by varying the rotational speed of the rotary drive as setting element in accordance with the setting signal S(t); characterised in that the regulator output signal R(t) is varied within the scope of its conversion into the setting signal S(t) at least for a time in dependence on a variable g(t) representing the speed of the strip-shaped material.
A method comprising controlling user-plane data forwarding from a cellular radio access network over a wireless local area network to a terminal, both the cellular radio access network and the wireless local area network providing radio level connectivity for the terminal, wherein in the user-plane data forwarding user-plane data packets according to a cellular data convergence protocol are transported, at least partly, using a Stream Control Transmission protocol over the wireless local area network to the terminal, obtaining performance feedback on the performance of user-plane data packets transport using the Stream Control Transmission protocol, at least, from the wireless local area network, and executing flow control for the user-plane data forwarding from the cellular radio access network over the wireless local area network to the terminal on the basis of the obtained performance feedback. controlling user-plane data forwarding from a cellular radio access network over a wireless local area network to a terminal, both the cellular radio access network and the wireless local area network providing radio level connectivity for the terminal, wherein in the user-plane data forwarding user-plane data packets according to a cellular data convergence protocol are transported, at least partly, using a Stream Control Transmission protocol over the wireless local area network to the terminal, obtaining performance feedback on the performance of user-plane data packets transport using the Stream Control Transmission protocol, at least, from the wireless local area network, and executing flow control for the user-plane data forwarding from the cellular radio access network over the wireless local area network to the terminal on the basis of the obtained performance feedback.
A method for manufacturing an engine component , comprising the steps of: providing a first portion of an intermediate component article , the first portion comprising a first material; subjecting the first portion of the intermediate component article to a heat treatment; forming, after the subjecting step, a second portion of the intermediate component article on the first portion of the intermediate component article with an additive manufacturing technique, the second portion comprising a second material; forming a third portion of the intermediate component article on the first portion of the intermediate component article , the third portion comprising a third material; and subjecting first and second portions of the intermediate component article to a heat treatment prior to the step of forming the third portion of the intermediate component article ; finishing the intermediate component article to form the engine component ; wherein the engine component is a turbine component , and wherein the providing step includes providing a blade portion as the first portion , the forming the second portion includes providing a tip portion as the second portion , and the forming the third portion includes providing an attachment portion as the third portion . providing a first portion of an intermediate component article , the first portion comprising a first material; subjecting the first portion of the intermediate component article to a heat treatment; forming, after the subjecting step, a second portion of the intermediate component article on the first portion of the intermediate component article with an additive manufacturing technique, the second portion comprising a second material; forming a third portion of the intermediate component article on the first portion of the intermediate component article , the third portion comprising a third material; and subjecting first and second portions of the intermediate component article to a heat treatment prior to the step of forming the third portion of the intermediate component article ; finishing the intermediate component article to form the engine component ; wherein the engine component is a turbine component , and wherein the providing step includes providing a blade portion as the first portion , the forming the second portion includes providing a tip portion as the second portion , and the forming the third portion includes providing an attachment portion as the third portion .
A device for acquisition of a metric of an eye located in an acquisition space , the device comprising at least one light source configured to emit light towards the acquisition space , a camera configured to receive light from the acquisition space to generate image data, and an analyzing unit configured to extract at least one metric from the image data, characterized by the camera being configured to receive light from the acquisition space via at least first and second light paths which are differently angled with respect to the optical axis of the camera, wherein the light of the first light path is received via a first mirror , in such a way that the camera receives light from an overlapping portion of the acquisition space via the a first and second paths , so as to allow the camera to receive at least two representations of a single eye. at least one light source configured to emit light towards the acquisition space , a camera configured to receive light from the acquisition space to generate image data, and an analyzing unit configured to extract at least one metric from the image data, characterized by the camera being configured to receive light from the acquisition space via at least first and second light paths which are differently angled with respect to the optical axis of the camera, wherein the light of the first light path is received via a first mirror , in such a way that the camera receives light from an overlapping portion of the acquisition space via the a first and second paths , so as to allow the camera to receive at least two representations of a single eye.
Lumbar support for a chair having a backrest that has backrest carriers that are pivotable independently of one another, wherein the lumbar support comprises: supporting regions ; spring elements , wherein the supporting regions are each spring-mounted on a separate spring element , wherein each spring element has a spring action, wherein the spring action of each spring element is settable individually; and a carrier , wherein each of the spring elements is arranged on the carrier , which is able to be hinged to the backrest carriers that are pivotable independently of one another, wherein the supporting regions are each mounted on the associated spring element by means of a lever mechanism , characterized in that the supporting regions are movable synchronously relative to the carrier via a gear mechanism operatively connected to the respective lever mechanism . supporting regions ; spring elements , wherein the supporting regions are each spring-mounted on a separate spring element , wherein each spring element has a spring action, wherein the spring action of each spring element is settable individually; and a carrier , wherein each of the spring elements is arranged on the carrier , which is able to be hinged to the backrest carriers that are pivotable independently of one another, wherein the supporting regions are each mounted on the associated spring element by means of a lever mechanism , characterized in that the supporting regions are movable synchronously relative to the carrier via a gear mechanism operatively connected to the respective lever mechanism .
A method for depositing an oil agent on a workpiece, comprising: a removal step of immersing a workpiece having a remaining oil agent in a degreasing solution, taking the workpiece out of the degreasing solution and cleaning the workpiece so as to remove all the oil agent deposited on the workpiece; and an oil agent deposition step of immersing the workpiece having all the oil agent removed in an oil agent solution so as to deposit a predetermined amount of a specific oil agent, wherein in the removal step, the cleaning is performed by water washing, wherein the method further comprises: a caulking step of caulking the workpiece or a press fitting step of press-fitting the workpiece, the caulking step or the press fitting step being performed after the oil agent deposition step; and a step of heating the caulked workpiece or the press-fitted workpiece so as to vaporize the specific oil agent. a removal step of immersing a workpiece having a remaining oil agent in a degreasing solution, taking the workpiece out of the degreasing solution and cleaning the workpiece so as to remove all the oil agent deposited on the workpiece; and an oil agent deposition step of immersing the workpiece having all the oil agent removed in an oil agent solution so as to deposit a predetermined amount of a specific oil agent, wherein in the removal step, the cleaning is performed by water washing, wherein the method further comprises: a caulking step of caulking the workpiece or a press fitting step of press-fitting the workpiece, the caulking step or the press fitting step being performed after the oil agent deposition step; and a step of heating the caulked workpiece or the press-fitted workpiece so as to vaporize the specific oil agent. a caulking step of caulking the workpiece or a press fitting step of press-fitting the workpiece, the caulking step or the press fitting step being performed after the oil agent deposition step; and a step of heating the caulked workpiece or the press-fitted workpiece so as to vaporize the specific oil agent.
A reduced-pressure closure system for applying a closing force proximate to a tissue, the reduced-pressure, deep-tissue closure system comprises: a contractible matrix being formed with a first plurality of apertures and having a first side and a second, inward-facing side , the second, inward-facing side being formed with a plurality of cells, each open cell having cell walls (140, 210. 312) and at least one intercellular aperture being formed in each open cell of the plurality of cells, the contractible matrix for disposing proximate to the tissue; and a reduced-pressure source fluidly coupled to the contractible matrix and operable to deliver reduced pressure to the contractible matrix , characterised in that the contractible matrix is not formed of a foam or a hydrogel. a contractible matrix being formed with a first plurality of apertures and having a first side and a second, inward-facing side , the second, inward-facing side being formed with a plurality of cells, each open cell having cell walls (140, 210. 312) and at least one intercellular aperture being formed in each open cell of the plurality of cells, the contractible matrix for disposing proximate to the tissue; and a reduced-pressure source fluidly coupled to the contractible matrix and operable to deliver reduced pressure to the contractible matrix , characterised in that the contractible matrix is not formed of a foam or a hydrogel.
A spray gun reservoir component comprising: a liquid outlet comprising a spout ; a first connector format radially spaced outside of the spout , the first connector format comprising: a face revolving around the spout along a rotational direction, the face comprising a first section circumferentially extending in the rotational direction along a first flat segment and a first ramped segment to a second undercut , wherein the first section circumferentially extends from a first undercut to the second undercut . a liquid outlet comprising a spout ; a first connector format radially spaced outside of the spout , the first connector format comprising: a face revolving around the spout along a rotational direction, the face comprising a first section circumferentially extending in the rotational direction along a first flat segment and a first ramped segment to a second undercut , wherein the first section circumferentially extends from a first undercut to the second undercut .
A scaffold, wherein the scaffold is a matrix providing a three-dimensional structure suitable for tissue regeneration and having the form of at least a portion of a stent, a shunt, a vascular graft, a bone graft, a patch, a cardiac valve, or a catheter, the scaffold comprising: a polymer; and a peptide ligand covalently immobilized on the surface of the polymer, wherein the peptide ligand increases the attachment and recruitment of endothelial cells and/or endothelial progenitor cells to the scaffold, and wherein the peptide ligand is selected from the group consisting of cGRGDsfc, cGRGDdfc, cGRGDsec, cGRGDdsc, cGRGDd- D Bug-c, cGRGDd- D Bta-c, cGRGDdvc, Ac-cGRGDdvc, (β-alanine)-cGRGDdvc, (Ebes)-cGRGDdvc, cGRGDd- D Agl-c, cGRGDd- D Pra-c, cGRGDd- D Bug-c, cGRGDd- D (NMe)Val-c, cGRGDd- D (CaMe)Val-c, cGRGDd- D Abu-c, cGRGDd- D Nal1-c, cGRGDd- D Nal2-c, and cGRGDd- D Bta-c. a polymer; and a peptide ligand covalently immobilized on the surface of the polymer, wherein the peptide ligand increases the attachment and recruitment of endothelial cells and/or endothelial progenitor cells to the scaffold, and wherein the peptide ligand is selected from the group consisting of cGRGDsfc, cGRGDdfc, cGRGDsec, cGRGDdsc, cGRGDd- D Bug-c, cGRGDd- D Bta-c, cGRGDdvc, Ac-cGRGDdvc, (β-alanine)-cGRGDdvc, (Ebes)-cGRGDdvc, cGRGDd- D Agl-c, cGRGDd- D Pra-c, cGRGDd- D Bug-c, cGRGDd- D (NMe)Val-c, cGRGDd- D (CaMe)Val-c, cGRGDd- D Abu-c, cGRGDd- D Nal1-c, cGRGDd- D Nal2-c, and cGRGDd- D Bta-c.
Filter device, in particular for the filtration of lubricating oil, consisting of at least two filter cartridges , in each of which a filter material is accommodated, which fluid cartridges are provided with fluid passage points and can be stacked on top of each other to form a stacked composite and with a backflushing device which is arranged such that it can be moved along the inside of the filter cartridges , characterised in that the individual filter cartridges are configured as identical parts, at least in terms of their housing; in that the housing of the filter cartridges has an annular body on each free end face; in that the annular bodies of the housings of the filter cartridges are connected to each other via inner and outer frame members , extending longitudinally, which define window-like fluid passage points between them; and in that the filter material is accommodated in the space between inner and outer frame members . the individual filter cartridges are configured as identical parts, at least in terms of their housing; in that the housing of the filter cartridges has an annular body on each free end face; in that the annular bodies of the housings of the filter cartridges are connected to each other via inner and outer frame members , extending longitudinally, which define window-like fluid passage points between them; and in that the filter material is accommodated in the space between inner and outer frame members .