mhurhangee/patent-ind-claim-en huggingface dataset:
A kneading disc that is fitted onto a rotatable shaft and that is arranged in a cylinder , the kneading disc comprising an outer circumferential surface that faces the cylinder , and the outer circumferential surface has a band portion (9; 19; 29) that extends between both ends of the kneading disc with regard to an axial direction (X) of the shaft and that forms a minimum gap with the cylinder , wherein the band portion (9; 19; 29) includes at least one bent part , characterized in that the band portion (9; 19; 29) includes a first part (9a; 19a; 29a) that extends diagonally relative to the axial direction (X) and a second part (9b; 19b, 29b) that is connected to the first part (9a; 19a; 29a) at the bent part and that extends diagonally with regard to the axial direction (X) in a direction opposite to the first part (9a; 19a; 29a).
A method (300;400) for managing a plurality of rechargeable electrical energy storage modules (106 1 -106 8 ) in an electric vehicle , said modules each comprising at least one rechargeable electrochemical Lithium-Metal-Polymer battery, and being arranged in parallel with one another, said method (300;400) comprising: - separating said modules into at least two groups , and - supplying from one of said groups at a time; said method (300;400) also comprising a step of replacing a failing module (106 6 ,106 7 ) of a group , called active group, in the process of supply, by an available module (106 3 ,106 4 ) of another group , called available group. - separating said modules into at least two groups , and - supplying from one of said groups at a time;
A system comprising: a sheath of a medical device, the sheath including a working lumen , a delivery lumen , and a removal lumen ; a filtration device ; a delivery module coupled to a fluid reservoir and the delivery lumen ; and a removal module coupled to the removal lumen and the filtration device , wherein the fluid reservoir is coupled to the filtration device so as to define at least one circulation loop when the sheath is placed in a body cavity, further comprising a valve coupled to the fluid reservoir , the delivery module , and the filtration device , wherein the valve is operable to form a second circulation loop to direct at least a portion of fluid from the fluid reservoir and back into the filtration device for one or more passes therethrough. a sheath of a medical device, the sheath including a working lumen , a delivery lumen , and a removal lumen ; a filtration device ; a delivery module coupled to a fluid reservoir and the delivery lumen ; and a removal module coupled to the removal lumen and the filtration device , wherein the fluid reservoir is coupled to the filtration device so as to define at least one circulation loop when the sheath is placed in a body cavity, further comprising a valve coupled to the fluid reservoir , the delivery module , and the filtration device , wherein the valve is operable to form a second circulation loop to direct at least a portion of fluid from the fluid reservoir and back into the filtration device for one or more passes therethrough.
A process for applying an adhesive material onto a sheet substrate comprising the steps of: a) providing an adhesive material having viscosity of at least about 10,000 centipoise at 121.11°C (250°F) as measured by Brookfield Rheometer (RVDVII+) using Spindle #29 at 2 rpm; b) applying said adhesive to a multitude of cavities formed on a surface of a first tool with a coater unit having at least one adhesive material applicator in close proximity to the surface; and c) transferring the adhesive material at a thickness of at least 0.051 mm (2 mil) from the surface of the first tool to said substrate supported on a surface of a second tool and pressed against the surface of the first tool .
Method for purifying at least one lipoglycopeptide antibiotic comprising the steps of: i) dissolving said at least one lipoglycopeptide antibiotic in an aqueous solution to form a mixture, ii) loading said mixture into a chromatographic column comprising a stationary phase, wherein said stationary phase comprises silica functionalized with organic pendants, iii) eluting the mixture loaded in step ii) using an eluent composition comprising a water-soluble organic solvent obtaining eluate fractions, iv) selecting the eluate fractions containing the at least one purified lipoglycopeptide antibiotic, v) concentrating the eluate fractions selected in step iv) to obtain a concentrate, vi) optionally dialyzing the concentrate obtained in step v), vii) precipitating said concentrate, optionally dialyzed in step vi), with a precipitation solution comprising at least one organic solvent, viii) drying the precipitate obtained in step vii), wherein said concentration step v) is carried out by means of a membrane nanofiltration system with a molecular cut-off ranging from 100 Da to 1500 Da. i) dissolving said at least one lipoglycopeptide antibiotic in an aqueous solution to form a mixture, ii) loading said mixture into a chromatographic column comprising a stationary phase, wherein said stationary phase comprises silica functionalized with organic pendants, iii) eluting the mixture loaded in step ii) using an eluent composition comprising a water-soluble organic solvent obtaining eluate fractions, iv) selecting the eluate fractions containing the at least one purified lipoglycopeptide antibiotic, v) concentrating the eluate fractions selected in step iv) to obtain a concentrate, vi) optionally dialyzing the concentrate obtained in step v), vii) precipitating said concentrate, optionally dialyzed in step vi), with a precipitation solution comprising at least one organic solvent, viii) drying the precipitate obtained in step vii),
A biostimulator , comprising: a housing having a longitudinal axis and containing an electronics compartment; and a fixation element mounted on the housing , wherein the fixation element includes a helix extending along a helical axis about the longitudinal axis to a distal edge , wherein the distal edge extends around the helical axis and defines a plurality of helix faces on the helical axis , wherein a transverse plane orthogonal to the longitudinal axis intersects a center of the plurality of helix faces , and wherein the helix includes a leading point at a convergence of the plurality of helix faces distal to the transverse plane . a housing having a longitudinal axis and containing an electronics compartment; and a fixation element mounted on the housing , wherein the fixation element includes a helix extending along a helical axis about the longitudinal axis to a distal edge , wherein the distal edge extends around the helical axis and defines a plurality of helix faces on the helical axis , wherein a transverse plane orthogonal to the longitudinal axis intersects a center of the plurality of helix faces , and wherein the helix includes a leading point at a convergence of the plurality of helix faces distal to the transverse plane .
A method for producing a polyolefin recyclate, suitable for production of consumer products, from mixed-color, polyolefin-containing wastes, comprising the steps of (i) treating a mixed-color polyolefin waste fraction with water, without supplying thermal energy, (ii) treating the polyolefin waste fraction obtained from (i) by washing with an alkaline medium at a temperature of at least 60°C, (iii) flake-sorting the polyolefin waste fraction obtained from (ii) to obtain one or more single-color polyolefin waste fractions, each comprising a polyolefin in concentrated form, wherein steps (ii) and (iii) may also be carried out in the opposite order, (iv) treating the one or more single-color polyolefin waste fractions obtained from the preceding steps, at a temperature in the range from 50 to 155°C, preferably for a period of at least 60 minutes, wherein the waste fraction to be included as a starting material into the inventive process contains white, transparent and residual colored components in a proportion of 20 to 45 wt% in each case, wherein the waste fraction to be included in the method comprises packaging from different applications including shampoo and food packaging and wherein the starting material prior to step (i) is subjected to one or more comminuting steps. (i) treating a mixed-color polyolefin waste fraction with water, without supplying thermal energy, (ii) treating the polyolefin waste fraction obtained from (i) by washing with an alkaline medium at a temperature of at least 60°C, (iii) flake-sorting the polyolefin waste fraction obtained from (ii) to obtain one or more single-color polyolefin waste fractions, each comprising a polyolefin in concentrated form, wherein steps (ii) and (iii) may also be carried out in the opposite order, (iv) treating the one or more single-color polyolefin waste fractions obtained from the preceding steps, at a temperature in the range from 50 to 155°C, preferably for a period of at least 60 minutes,
Container closure made of plastic comprising: - a retaining ring that can be non-releasably connected to a container neck of a container and that bounds a first filling material outlet and - a lid that is held with a hinge on the retaining ring and that is swivellable from a closed position, in which the lid closes the first filling material outlet , to an open position in which the first filling material outlet is released, wherein there exists a first retaining means in the form of an inner thread on the inner side of the retaining ring that is configured in such a manner that the container closure can be held on an outer thread of the container neck , wherein the inner thread can cooperate with the outer thread of the container neck , wherein a jacket portion is configured on the lid , portion on the inner side of which a second retaining means is configured and the second retaining means is latchable on the outer thread of the container neck , characterized in that a recess in which the jacket portion is received in the closed position is provided on the retaining ring . - a retaining ring that can be non-releasably connected to a container neck of a container and that bounds a first filling material outlet and - a lid that is held with a hinge on the retaining ring and that is swivellable from a closed position, in which the lid closes the first filling material outlet , to an open position in which the first filling material outlet is released, wherein there exists a first retaining means in the form of an inner thread on the inner side of the retaining ring that is configured in such a manner that the container closure can be held on an outer thread of the container neck , wherein the inner thread can cooperate with the outer thread of the container neck , wherein a jacket portion is configured on the lid , portion on the inner side of which a second retaining means is configured and the second retaining means is latchable on the outer thread of the container neck ,
A method for server collaboration, the method comprising: receiving , by a first bot server with a first uniform resource identifier, URI, a hypertext transfer protocol, HTTP, post call message, wherein the HTTP post call message is associated with a user and directed to the URI from a messaging application server, and wherein information from the HTTP post call message is associated with a session; determining , by the first bot server, to transfer the session to a second bot server based on the HTTP post call message, wherein the second bot server includes a second URI; sending , by the first bot server, a transfer request, wherein the transfer request causes the session to be unassociated with the first bot server and associated with the second bot server; and the method characterised by : sending, by the first bot server, a return request to the second bot server, wherein the return request causes the session to be unassociated with the second bot server and associated with the first bot server, and wherein the return request is sent after a predetermined amount of time has passed since the transfer request was sent. receiving , by a first bot server with a first uniform resource identifier, URI, a hypertext transfer protocol, HTTP, post call message, wherein the HTTP post call message is associated with a user and directed to the URI from a messaging application server, and wherein information from the HTTP post call message is associated with a session; determining , by the first bot server, to transfer the session to a second bot server based on the HTTP post call message, wherein the second bot server includes a second URI; sending , by the first bot server, a transfer request, wherein the transfer request causes the session to be unassociated with the first bot server and associated with the second bot server; and the method characterised by : sending, by the first bot server, a return request to the second bot server, wherein the return request causes the session to be unassociated with the second bot server and associated with the first bot server, and wherein the return request is sent after a predetermined amount of time has passed since the transfer request was sent.
Flat-panel loudspeaker having a panel membrane , a carrier in the form of a sound collector, one side of which is connected to the panel membrane, and at least two exciters which act on the panel membrane and are connected to the side of the carrier opposite the panel membrane , wherein the sound collector collects the oscillation momentum, which is generated in parallel at the at least two exciters simultaneously in the same frequency range or in different frequency ranges, and introduces it more coherently into the panel membrane compared to a flat-panel loudspeaker without the use of such a sound collector , characterized in that the carrier has a higher sound propagation speed than the panel membrane , whereby oscillation interferences between the exciters are shifted towards high frequencies, so that the transmission behaviour of the flat-panel loudspeaker is improved in the relevant speech range of 300 Hz to 5000 Hz.
A back side emitting light source array device comprising: a substrate ; an array of vertical cavity surface emitting lasers, VCSELs, configured to emit light toward the substrate; a distributed Bragg reflector, DBR, provided on a first surface of the substrate; a plurality of gain layers which are provided on the DBR, the plurality of gain layers being spaced apart from one another, and each of the plurality of gain layers being configured to individually generate light; and a plurality of nanostructure reflectors provided respectively on the plurality of gain layers opposite to the DBR, each nanostructure reflector comprising a plurality of nanostructures having a sub-wavelength shape dimension, wherein the DBR, the plurality of gain layers and the plurality of nanostructure reflectors constitute the VCSELs of the array of VCSELs, wherein a respective nanostructure reflector is provided on each of the plurality of gain layers, wherein a reflectivity of the DBR is less than a reflectivity of each nanostructure reflector such that the light generated is emitted through the substrate and characterized in that the DBR is provided as a common mirror layer for the plurality of gain layers which are provided in an array. a substrate ; an array of vertical cavity surface emitting lasers, VCSELs, configured to emit light toward the substrate; a distributed Bragg reflector, DBR, provided on a first surface of the substrate; a plurality of gain layers which are provided on the DBR, the plurality of gain layers being spaced apart from one another, and each of the plurality of gain layers being configured to individually generate light; and a plurality of nanostructure reflectors provided respectively on the plurality of gain layers opposite to the DBR, each nanostructure reflector comprising a plurality of nanostructures having a sub-wavelength shape dimension, wherein the DBR, the plurality of gain layers and the plurality of nanostructure reflectors constitute the VCSELs of the array of VCSELs, wherein a respective nanostructure reflector is provided on each of the plurality of gain layers, wherein a reflectivity of the DBR is less than a reflectivity of each nanostructure reflector such that the light generated is emitted through the substrate and characterized in that the DBR is provided as a common mirror layer for the plurality of gain layers which are provided in an array.
A hybrid suspension arm comprising: a ball joint and an arm body , wherein the ball joint comprises: a ball stud comprising a spherical ball and a rod extending upwardly from the ball ; a bearing comprising an upper outer circumferential surface and a lower outer circumferential surface and configured to accommodate the ball ; and characterized in that the hybrid suspension arm further comprises a case comprising an upper inner circumferential surface which entirely comes into contact with the upper outer circumferential surface of the bearing and a stopper to which an upper end of the bearing is caught, wherein the case of the ball joint is coupled to the arm body ; wherein an insert molding part is formed to surround a portion of the lower outer circumferential surface of the bearing , a portion of the case , and a portion of the arm body so as to couple the bearing , the case , and the arm body to each other. a ball joint and an arm body , wherein the ball joint comprises: a ball stud comprising a spherical ball and a rod extending upwardly from the ball ; a bearing comprising an upper outer circumferential surface and a lower outer circumferential surface and configured to accommodate the ball ; and characterized in that the hybrid suspension arm further comprises a case comprising an upper inner circumferential surface which entirely comes into contact with the upper outer circumferential surface of the bearing and a stopper to which an upper end of the bearing is caught, wherein the case of the ball joint is coupled to the arm body ; wherein an insert molding part is formed to surround a portion of the lower outer circumferential surface of the bearing , a portion of the case , and a portion of the arm body so as to couple the bearing , the case , and the arm body to each other. a ball stud comprising a spherical ball and a rod extending upwardly from the ball ; a bearing comprising an upper outer circumferential surface and a lower outer circumferential surface and configured to accommodate the ball ; and characterized in that the hybrid suspension arm further comprises a case comprising an upper inner circumferential surface which entirely comes into contact with the upper outer circumferential surface of the bearing and a stopper to which an upper end of the bearing is caught, wherein the case of the ball joint is coupled to the arm body ; wherein an insert molding part is formed to surround a portion of the lower outer circumferential surface of the bearing , a portion of the case , and a portion of the arm body so as to couple the bearing , the case , and the arm body to each other. a case comprising an upper inner circumferential surface which entirely comes into contact with the upper outer circumferential surface of the bearing and a stopper to which an upper end of the bearing is caught, wherein the case of the ball joint is coupled to the arm body ; wherein an insert molding part is formed to surround a portion of the lower outer circumferential surface of the bearing , a portion of the case , and a portion of the arm body so as to couple the bearing , the case , and the arm body to each other.
A method for packet or frame replication and elimination in a Time Sensitive Networking, TSN, or Deterministic Networking, DetNet, network, the method comprising: obtaining by a gate controller downstream information indicating which application instance in an application cluster is downstream active needing to send a stream of packets or frames in a downstream direction through the network; the method being characterized by : based on the downstream information, controlling by the gate controller a gate within a gate cluster that is associated with the downstream active application instance to be open state which operates to forward the stream of packets or frames in the downstream direction from the downstream active application instance to an associated packet or frame replication entity for replication and transmission via at least two disjoint paths through the network; and triggering by the gate controller the packet or frame replication entity to reset a sequence number generation function based on the downstream information. obtaining by a gate controller downstream information indicating which application instance in an application cluster is downstream active needing to send a stream of packets or frames in a downstream direction through the network; the method being characterized by : based on the downstream information, controlling by the gate controller a gate within a gate cluster that is associated with the downstream active application instance to be open state which operates to forward the stream of packets or frames in the downstream direction from the downstream active application instance to an associated packet or frame replication entity for replication and transmission via at least two disjoint paths through the network; and triggering by the gate controller the packet or frame replication entity to reset a sequence number generation function based on the downstream information. based on the downstream information, controlling by the gate controller a gate within a gate cluster that is associated with the downstream active application instance to be open state which operates to forward the stream of packets or frames in the downstream direction from the downstream active application instance to an associated packet or frame replication entity for replication and transmission via at least two disjoint paths through the network; and triggering by the gate controller the packet or frame replication entity to reset a sequence number generation function based on the downstream information.