mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for access token scope limiting, the computer-implemented method comprising: presenting, by a computer, an access token of a client containing a list of scopes to an authorization application programming interface of the computer, each scope in the list of scopes defining a permission to access a particular protected resource hosted by a resource server; and returning, by the computer, a new access token to the client containing a decreased number of scopes using a scope alias in response to the authorization application programming interface requesting a decrease in a number of scopes in the list of scopes, the scope alias representing a plurality of specific scopes from the list of scopes contained in the presented access token. presenting, by a computer, an access token of a client containing a list of scopes to an authorization application programming interface of the computer, each scope in the list of scopes defining a permission to access a particular protected resource hosted by a resource server; and returning, by the computer, a new access token to the client containing a decreased number of scopes using a scope alias in response to the authorization application programming interface requesting a decrease in a number of scopes in the list of scopes, the scope alias representing a plurality of specific scopes from the list of scopes contained in the presented access token.
A method for anti-surge protection of a compressor under wet gas conditions, the compressor comprising a suction side , a delivery side and an anti-surge system ; the method comprising calculating a surge limit line in a compression ratio vs. corrected power diagram; determining a compressor operating point in said compression ratio vs. corrected power diagram; detecting a distance between the operating point and the surge limit line; and acting on the anti-surge system of the compressor if the distance is below a minimum safety distance; wherein the surge limit line extends from a first end point corresponding to a dry gas condition to a second end point corresponding to a maximum liquid content. calculating a surge limit line in a compression ratio vs. corrected power diagram; determining a compressor operating point in said compression ratio vs. corrected power diagram; detecting a distance between the operating point and the surge limit line; and acting on the anti-surge system of the compressor if the distance is below a minimum safety distance; wherein the surge limit line extends from a first end point corresponding to a dry gas condition to a second end point corresponding to a maximum liquid content.
A microstructured optical fiber (MSF) comprising a solid core extending along the length of a longitudinal axis of the MSF and a cladding region surrounding the core, wherein at least the cladding region comprises a plurality of microstructures in the form of inclusions extending along the longitudinal axis of the MSF in at least a degradation resistant microstructured length section, wherein the degradation resistant microstructured length section comprises hydrogen and/or deuterium, said MSF in at least said degradation resistant microstructured length section further comprises a coating surrounding the cladding region, wherein the coating is hermetic for said hydrogen and/or deuterium at a temperature below T h , wherein T h is at least 50 °C, preferably 50 °C< T h < 250 °C, wherein the cladding region in at least said degradation resistant microstructured length section comprises an inner cladding region comprising the plurality of inclusions and an outer cladding region surrounding the inner cladding region and wherein the radial distance between an outermost inclusion of the inner cladding region and the coating is at least 10 μm and wherein the inner cladding region comprises at least two rings of inclusions.
Hand tool for applying, distributing and/or smoothing pasty and pulpy compounds in the area of an inner corner, with a handle on which a blade is attached for processing the corresponding pasty or porous mass, wherein the blade is formed mirror-symmetrically with an angled shape at least in sections along its axis of symmetry , thus forming two wings , wherein the wings each taper outwardly and have a tip at their outer ends opposite the axis of symmetry and are made of a thin flexible material, characterised in that the outer tips of the wings are rounded and have a bevel inward towards each other.
: An automatic splicing apparatus for splicing together two ends of a sheet of tire material on a tire building drum, the drum having a rotational axis defining a longitudinal direction relative to the drum, the apparatus comprising: a frame configured to support the apparatus relative to the tire building drum; a splicer foot assembly longitudinally translatable relative to the frame, the splicer foot assembly including: a splicer foot including a plurality of forward lower preparation rollers and a plurality of rearward lower splicer rollers; and a plurality of upper preparation rollers configured to operate in coordination with the plurality of forward lower preparation rollers to pull the two ends of the sheet of tire material toward each other over the splicer foot as the splicer foot assembly advances in a forward longitudinal direction; and a splicer roller assembly longitudinally translatable relative to the frame independently of the splicer foot assembly, the splicer roller assembly being characterised by including: a pair of truncated conical upper splicer rollers configured to operate in coordination with the plurality of rearward lower splicer rollers to splice together the two ends of the sheet of tire material as the splicer roller assembly and the splicer foot assembly advance together in the forward longitudinal direction. a frame configured to support the apparatus relative to the tire building drum; a splicer foot assembly longitudinally translatable relative to the frame, the splicer foot assembly including: a splicer foot including a plurality of forward lower preparation rollers and a plurality of rearward lower splicer rollers; and a plurality of upper preparation rollers configured to operate in coordination with the plurality of forward lower preparation rollers to pull the two ends of the sheet of tire material toward each other over the splicer foot as the splicer foot assembly advances in a forward longitudinal direction; and a splicer foot including a plurality of forward lower preparation rollers and a plurality of rearward lower splicer rollers; and a plurality of upper preparation rollers configured to operate in coordination with the plurality of forward lower preparation rollers to pull the two ends of the sheet of tire material toward each other over the splicer foot as the splicer foot assembly advances in a forward longitudinal direction; and a splicer roller assembly longitudinally translatable relative to the frame independently of the splicer foot assembly, the splicer roller assembly being characterised by including: a pair of truncated conical upper splicer rollers configured to operate in coordination with the plurality of rearward lower splicer rollers to splice together the two ends of the sheet of tire material as the splicer roller assembly and the splicer foot assembly advance together in the forward longitudinal direction.
A liftoff carbon seal assembly (104; 304) for a gas turbine engine comprising: a static seal support structure (150; 350); a magnetic carrier spring assembly (161; 361) coupled to said static seal support structure (150; 350); a magnet (130; 330) located in the magnetic carrier spring assembly (161; 361); and a nonferrous metal slab (124; 324) magnetically associated with said magnetic carrier spring assembly (161; 361) and coupled to said static seal support structure (150; 350), wherein said nonferrous metal slab (124; 324) abuts the static seal support structure (150; 350), and a combination of said magnetic carrier spring assembly (161; 361) and said nonferrous metal slab (124; 324) create a counter-force using an eddy current to oppose a motion of said magnetic carrier spring assembly (161; 361); wherein said magnetic carrier spring assembly (161; 361) includes a spring (246; 349), a carrier (110; 310), and a non-rotating carbon seal (120; 320), wherein said spring (246; 349) is coupled to said carrier (110; 310) and said carrier (110; 310) is coupled to said magnet (130; 330) and said non-rotating carbon seal (120; 320). a static seal support structure (150; 350); a magnetic carrier spring assembly (161; 361) coupled to said static seal support structure (150; 350); a magnet (130; 330) located in the magnetic carrier spring assembly (161; 361); and a nonferrous metal slab (124; 324) magnetically associated with said magnetic carrier spring assembly (161; 361) and coupled to said static seal support structure (150; 350), wherein said nonferrous metal slab (124; 324) abuts the static seal support structure (150; 350), and a combination of said magnetic carrier spring assembly (161; 361) and said nonferrous metal slab (124; 324) create a counter-force using an eddy current to oppose a motion of said magnetic carrier spring assembly (161; 361); wherein said magnetic carrier spring assembly (161; 361) includes a spring (246; 349), a carrier (110; 310), and a non-rotating carbon seal (120; 320), wherein said spring (246; 349) is coupled to said carrier (110; 310) and said carrier (110; 310) is coupled to said magnet (130; 330) and said non-rotating carbon seal (120; 320).
A method of wireless communication in a synchronous network for a scheduling entity to communicate with a set of subordinate entities utilizing a time division duplex, TDD, carrier, wherein the TDD carrier comprises a plurality of subframes, the method comprising: utilizing a subframe structure for each of the plurality of subframes, the subframe structure comprising a control portion, a data portion, and an acknowledgement portion; transmitting scheduling information in the control portion of a subframe of the plurality of subframes; communicating data information corresponding to the scheduling information in the data portion of the subframe, wherein the data information is associated with at least some of the set of subordinate entities and includes data packets scheduled in the control portion; and communicating acknowledgement information corresponding to the data information in the acknowledgement portion of the subframe, wherein the data packets in the data portion are acknowledged in the acknowledgement portion and wherein the control portion, the data portion, and the acknowledgement portion are contained in the same subframe. transmitting scheduling information in the control portion of a subframe of the plurality of subframes; communicating data information corresponding to the scheduling information in the data portion of the subframe, wherein the data information is associated with at least some of the set of subordinate entities and includes data packets scheduled in the control portion; and communicating acknowledgement information corresponding to the data information in the acknowledgement portion of the subframe, wherein the data packets in the data portion are acknowledged in the acknowledgement portion and wherein the control portion, the data portion, and the acknowledgement portion are contained in the same subframe.
A tire comprising: a CFRP (carbon fiber reinforced resin) comprising a matrix resin and a carbon fiber, wherein the matrix resin comprises a resin component comprising 30 to 80% by mass of an epoxy resin, 20 to 70% by mass of a functional group-modified acrylonitrile butadiene copolymer and a curing agent. a CFRP (carbon fiber reinforced resin) comprising a matrix resin and a carbon fiber, wherein the matrix resin comprises a resin component comprising 30 to 80% by mass of an epoxy resin, 20 to 70% by mass of a functional group-modified acrylonitrile butadiene copolymer and a curing agent.
A vehicle control device, comprising: a first resistor circuit , a comparator , a control switch , and a second resistor circuit ; a first terminal of the comparator is connected with an air bag module , a second terminal of the comparator is connected with a first terminal of the first resistor circuit, a third terminal of the comparator is connected with a power supply, a fourth terminal of the comparator is grounded, and a fifth terminal of the comparator is connected with a first terminal of the control switch; a second terminal of the control switch is connected with a battery management system , and a third terminal of the control switch is grounded; a second terminal of the first resistor circuit is connected with the power supply, and a third terminal of the first resistor circuit is grounded; a first terminal of the second resistor circuit is connected with the power supply, and a second terminal of the second resistor circuit is connected with the battery management system; the comparator is configured to receive a first voltage which is output by the air bag module and output a high level signal to the control switch to enable the control switch to be switched on according to the high level signal, and enable the battery management system to be grounded after the control switch is switched on, and enable the battery management system to be powered off after the battery management system is grounded, wherein the first voltage is sent out by the air bag module when a vehicle collision event is detected. a first resistor circuit , a comparator , a control switch , and a second resistor circuit ; a first terminal of the comparator is connected with an air bag module , a second terminal of the comparator is connected with a first terminal of the first resistor circuit, a third terminal of the comparator is connected with a power supply, a fourth terminal of the comparator is grounded, and a fifth terminal of the comparator is connected with a first terminal of the control switch; a second terminal of the control switch is connected with a battery management system , and a third terminal of the control switch is grounded; a second terminal of the first resistor circuit is connected with the power supply, and a third terminal of the first resistor circuit is grounded; a first terminal of the second resistor circuit is connected with the power supply, and a second terminal of the second resistor circuit is connected with the battery management system; the comparator is configured to receive a first voltage which is output by the air bag module and output a high level signal to the control switch to enable the control switch to be switched on according to the high level signal, and enable the battery management system to be grounded after the control switch is switched on, and enable the battery management system to be powered off after the battery management system is grounded, wherein the first voltage is sent out by the air bag module when a vehicle collision event is detected.
A man-made vitreous fibre (MMVF) plant growth substrate comprising a coherent slab having the following properties: (a) a total volume in the range 3 to 11 litres, (b) a first layer of MMVF having a density in the range 40 to 90 kg/m 3 , (c) in interfacial contact with the first layer, a second layer of MMVF having a density in the range 35 to 85 kg/m 3 that is lower than the density of MMVF of first layer; and (d) the MMVF of both layers is bonded by an organic binder selected from formaldehyde-free binders and wherein the loss on ignition (LOI) of the slab is in the range of 2.5% to 5.3%. (a) a total volume in the range 3 to 11 litres, (b) a first layer of MMVF having a density in the range 40 to 90 kg/m 3 , (c) in interfacial contact with the first layer, a second layer of MMVF having a density in the range 35 to 85 kg/m 3 that is lower than the density of MMVF of first layer; and (d) the MMVF of both layers is bonded by an organic binder selected from formaldehyde-free binders
A method for extracting spectral information of a substance at a surface of an object under test, comprising the following steps: S1 identifying a pixel region A(x, y) occupied by the object under test from a hyperspectral image acquired; S2: extracting a specular reflection region A q and a diffuse reflection region A r from the pixel region A(x, y), and calculating a representative spectrum I q (ω) of the specular reflection region A q and a representative spectrum I r (ω) of the diffuse reflection region A r , respectively; S3: by comparing each element in the representative spectrum I q (ω) of the specular reflection region A q with each corresponding element in the representative spectrum I r (ω) of the diffuse reflection region A r , separating spectral information of a light source from spectral information of the substance at the surface of the obj ect under test to obtain a first spectral invariant C(ω). S1 identifying a pixel region A(x, y) occupied by the object under test from a hyperspectral image acquired; S2: extracting a specular reflection region A q and a diffuse reflection region A r from the pixel region A(x, y), and calculating a representative spectrum I q (ω) of the specular reflection region A q and a representative spectrum I r (ω) of the diffuse reflection region A r , respectively; S3: by comparing each element in the representative spectrum I q (ω) of the specular reflection region A q with each corresponding element in the representative spectrum I r (ω) of the diffuse reflection region A r , separating spectral information of a light source from spectral information of the substance at the surface of the obj ect under test to obtain a first spectral invariant C(ω).
A chimeric antigen receptor (CAR), comprising an extracellular antigen-binding domain, a transmembrane domain, and an intracellular domain, wherein the extracellular antigen-binding domain specifically binds to mesothelin and comprises the heavy chain variable region sequence and the light chain variable region sequence of a single chain variable region (scFv) sequence encoded by the nucleotide sequence set forth in SEQ ID NO: 8, SEQ ID NO: 9, or SEQ ID NO: 10.
A recombinant microorganism of the genus Escherichia having an enhanced L-tryptophan productivity, wherein the recombinant microorganism has a modification to an expression regulatory region of the tryptophan operon, wherein the modification is a partial or full deletion of a leader peptide having a nucleotide sequence represented by SEQ ID NO: 2 in an expression regulatory region having a nucleotide sequence represented by SEQ ID NO: 1 of an endogenous tryptophan operon, wherein the recombinant microorganism is also modified to have increased chromosomal or intracellular copy number of the tryptophan operon genes trpD, trpC, trpB, and trpA, but not trpE, thereby enhancing the activity of the tryptophan biosynthetic gene cluster except for the anthranilate synthase that is encoded by the trpE gene as compared to the corresponding wild-type Escherichia microorganism.
A protective cover comprising: a protective top cover comprising one or more edges; and an apron extending from the one or more edges of the protective top cover, wherein an edge of the apron, opposite the one or more edges of the protective top cover, characterised in that the protective top further comprises a sealing tube that contains a compressible, contouring material, so as to form a seal between the edge of the apron and a ground surface when the protective cover is deployed wherein the apron comprises a plurality of segments wherein each end of each segment overlaps with an adjacent end of an adjacent segment at an overlap region, and wherein each end is attachable and detachable to its overlapping end by a first fastener . a protective top cover comprising one or more edges; and an apron extending from the one or more edges of the protective top cover, wherein an edge of the apron, opposite the one or more edges of the protective top cover, characterised in that the protective top further comprises a sealing tube that contains a compressible, contouring material, so as to form a seal between the edge of the apron and a ground surface when the protective cover is deployed wherein the apron comprises a plurality of segments wherein each end of each segment overlaps with an adjacent end of an adjacent segment at an overlap region, and wherein each end is attachable and detachable to its overlapping end by a first fastener .
A method for dynamic positioning of a mobile cell within a cellular network, the method comprising: receiving, at the mobile cell , information on current traffic load within a cell , wherein the mobile cell is an unmanned aerial vehicle; determining , at the mobile cell , an area within the cell to deploy the mobile cell based at least on the current traffic load within the cell ; and determining , at the mobile cell , an initial optimal geographic location within the area of the cell to deploy the mobile cell based at least on a current geographic position of one or more currently highest system capacity-intensive mobile terminals within the area . receiving, at the mobile cell , information on current traffic load within a cell , wherein the mobile cell is an unmanned aerial vehicle; determining , at the mobile cell , an area within the cell to deploy the mobile cell based at least on the current traffic load within the cell ; and determining , at the mobile cell , an initial optimal geographic location within the area of the cell to deploy the mobile cell based at least on a current geographic position of one or more currently highest system capacity-intensive mobile terminals within the area .
Rotor of a wind turbine with a pitch system locking arrangement to lock the position of a wind turbine rotor blade, - whereby a rotor comprises a rotor hub and a rotor blade, - whereby the rotor blade is connected to the hub via a bearing , to be rotatable in respect to the hub in a pitch movement, - whereby the rotor blade comprises a root section, and the root section comprises a plate , that at least partially covers the cross section of the rotor blade, - whereby a certain predetermined rotational position of the rotor blade in respect to the hub is a locked position, - whereby the hub comprises a locking pawl , - the plate comprises an opening and the locking pawl is at least partially located in the opening of the plate , when the rotor blade is in the locked position, and characterized in that - the plate comprises a plurality of openings to achieve a plurality of locked positions of the rotor blade. - whereby a rotor comprises a rotor hub and a rotor blade, - whereby the rotor blade is connected to the hub via a bearing , to be rotatable in respect to the hub in a pitch movement, - whereby the rotor blade comprises a root section, and the root section comprises a plate , that at least partially covers the cross section of the rotor blade, - whereby a certain predetermined rotational position of the rotor blade in respect to the hub is a locked position, - whereby the hub comprises a locking pawl , - the plate comprises an opening and the locking pawl is at least partially located in the opening of the plate , when the rotor blade is in the locked position, and characterized in that - the plate comprises a plurality of openings to achieve a plurality of locked positions of the rotor blade.