mhurhangee/patent-ind-claim-en huggingface dataset:
Cleaning cart comprising a support body and a communications device holder for receiving a mobile communications device , wherein the communications device holder is fixed to the support body , wherein the support body has a two-shell design comprising a first outer shell and a second inner shell , wherein the first shell covers the second shell in a substantially dome-shaped manner, wherein the first shell and the second shell delimit an intermediate space , wherein the communications device holder is arranged in the intermediate space , and wherein the first and the second shell can be folded away from one another by means of a hinge in order to open up the intermediate space , characterized in that the support body is configured as a cover for an upwardly open container , the first shell being the outer cover and the second shell the inner cover .
A method of a service capability server/application server, SCS/AS, in a wireless network, the method comprising: receiving, from a user equipment, UE, an external group identifier; transmitting , to a service capability exposure function, SCEF, entity, a first request message to request an allocation of a temporary mobile group identifier, TMGI, in case that there is no allocated TMGI for a group message delivery, the first request message including the external group identifier and an SCS/AS identifier; receiving , from the SCEF entity, a first response message including the TMGI; transmitting , to the UE, an application-level signaling including the TMGI; and transmitting , to the SCEF entity, a request message including the TMGI and the external group identifier for requesting the group message delivery. receiving, from a user equipment, UE, an external group identifier; transmitting , to a service capability exposure function, SCEF, entity, a first request message to request an allocation of a temporary mobile group identifier, TMGI, in case that there is no allocated TMGI for a group message delivery, the first request message including the external group identifier and an SCS/AS identifier; receiving , from the SCEF entity, a first response message including the TMGI; transmitting , to the UE, an application-level signaling including the TMGI; and transmitting , to the SCEF entity, a request message including the TMGI and the external group identifier for requesting the group message delivery.
A gas turbine engine comprising: a fan shaft ; a support which supports at least a portion of the fan shaft ; a gear system to drive the fan shaft , the gear system includes a gear mesh that defines a gear mesh transverse stiffness; a flexible support which at least partially supports the gear system , the flexible support defines a flexible support transverse stiffness with respect to the gear mesh transverse stiffness; and an input to the gear system , the input defining an input transverse stiffness with respect to the gear mesh transverse stiffness, characterised in that : the gear system is intermediate a compressor rotor and a shaft driven by a low pressure turbine section ; and a fan rotor and the compressor rotor rotate at a common speed. a fan shaft ; a support which supports at least a portion of the fan shaft ; a gear system to drive the fan shaft , the gear system includes a gear mesh that defines a gear mesh transverse stiffness; a flexible support which at least partially supports the gear system , the flexible support defines a flexible support transverse stiffness with respect to the gear mesh transverse stiffness; and an input to the gear system , the input defining an input transverse stiffness with respect to the gear mesh transverse stiffness, the gear system is intermediate a compressor rotor and a shaft driven by a low pressure turbine section ; and a fan rotor and the compressor rotor rotate at a common speed.
A method for producing a vitamin- and protein-rich product, comprising the steps of: a) culturing at least one species from the Basidiomycetes division submerged in a nutrient medium containing at least one carbohydrate-containing agricultural sidestream or food sidestream to obtain a first culture product, wherein the first culture product comprises biomass of the at least one species from the Basidiomycetes division; b) adding at least one vitamin B12-producing species of the genus Propionibacterium and/or of the genus Lactobacillus to the first culture product; and c) culturing the at least one species of the genus Propionibacterium and/or the at least one species of the genus Lactobacillus in the first culture product to obtain a second culture product, wherein the second culture product is the vitamin- and protein-rich product and wherein the second culture product comprises biomass of the at least one species from the Basidiomycetes division and biomass of the at least one vitamin B12-producing species of the genus Propionibacterium and/or Lactobacillus. a) culturing at least one species from the Basidiomycetes division submerged in a nutrient medium containing at least one carbohydrate-containing agricultural sidestream or food sidestream to obtain a first culture product, wherein the first culture product comprises biomass of the at least one species from the Basidiomycetes division; b) adding at least one vitamin B12-producing species of the genus Propionibacterium and/or of the genus Lactobacillus to the first culture product; and c) culturing the at least one species of the genus Propionibacterium and/or the at least one species of the genus Lactobacillus in the first culture product to obtain a second culture product, wherein the second culture product is the vitamin- and protein-rich product and wherein the second culture product comprises biomass of the at least one species from the Basidiomycetes division and biomass of the at least one vitamin B12-producing species of the genus Propionibacterium and/or Lactobacillus.
A conveying and sorting apparatus including a plurality of tilting conveyor units arranged in a row in a conveying direction, each of the tilting conveyor units supported above a frame so as to be swingable left and right about a support shaft parallel to the conveying direction between a horizontal conveying orientation and a tilted orientation for discharging a conveyed object to a lateral direction with respect to the conveying direction by gravity, characterized by a reflective photoelectric sensor detecting a conveyed object passing between the tilting conveyor units adjacent to each other in the conveying direction via a light beam vertically passing through a gap between the tilting conveyor units is arranged, and the photoelectric sensor is attached to a support member supported by the frame and arranged at a position around the support shaft .
A cleaner comprising: a cleaner main body ; a dust container accommodated in the cleaner main body ; a dust container cover covering an upper portion of the dust container ; a handle coupled to an upper end of the dust container cover ; and a sensing unit detecting information around the cleaner main body ; wherein a rotation module is configured to rotate the sensing unit relatively with respect to the dust container cover , and wherein the sensing unit and the rotation module are disposed between the dust container and the handle . a cleaner main body ; a dust container accommodated in the cleaner main body ; a dust container cover covering an upper portion of the dust container ; a handle coupled to an upper end of the dust container cover ; and a sensing unit detecting information around the cleaner main body ; wherein a rotation module is configured to rotate the sensing unit relatively with respect to the dust container cover , and wherein the sensing unit and the rotation module are disposed between the dust container and the handle .
A flexure assembly for weighing and suspending loads, the flexure assembly comprising a top assembly comprising a first plurality of magnets , a bottom assembly comprising a second plurality of magnets , wherein the first plurality of magnets and the second plurality of magnets generate a magnetic field within the flexure assembly; and a circuit board positioned between the top assembly and the bottom assembly and comprising a plurality of magnetic field sensors and a processor, the flexure assembly characterized in that it further comprises: at least one flexing structure attached to the top assembly and positioned between the top assembly and the circuit board, wherein the at least one flexing structure comprises at least one flexing member for allowing movement of the top assembly in relation to the circuit board and in tandem with the bottom assembly; and at least one flexing structure attached to the bottom assembly and positioned between the bottom assembly and the circuit board, the at least one flexing structure comprising at least one flexing member for allowing movement of the bottom assembly in relation to the circuit board and in tandem with the top assembly. at least one flexing structure attached to the top assembly and positioned between the top assembly and the circuit board, wherein the at least one flexing structure comprises at least one flexing member for allowing movement of the top assembly in relation to the circuit board and in tandem with the bottom assembly; and at least one flexing structure attached to the bottom assembly and positioned between the bottom assembly and the circuit board, the at least one flexing structure comprising at least one flexing member for allowing movement of the bottom assembly in relation to the circuit board and in tandem with the top assembly.
An aircraft wing, wherein a section of the aircraft wing comprises: skin that surrounds an internal volume of the wing and comprises layers of Carbon Fiber Reinforced Polymer (CFRP) having fiber orientations aligned to bear shear stresses applied to the wing; planked stringers that are laterally oriented within the wing, contact the skin within the internal volume, are attached to the skin, and comprise layers of CFRP having fiber orientations that are aligned to bear bending at the wing, wherein a thickness of each planked stringer tapers off as the planked stringer extends towards a tip of the wing at a ratio of at least ten parts of lateral extension to one part reduction in thickness; and spars that are positioned between planked stringers on an upper portion of the wing and planked stringers on a lower portion of the wing, wherein the spars are aligned with the planked stringers and each spar increases in thickness as the spar extends towards the tip of the wing corresponding to an amount of tapering by a respective one of the planked stringers . skin that surrounds an internal volume of the wing and comprises layers of Carbon Fiber Reinforced Polymer (CFRP) having fiber orientations aligned to bear shear stresses applied to the wing; planked stringers that are laterally oriented within the wing, contact the skin within the internal volume, are attached to the skin, and comprise layers of CFRP having fiber orientations that are aligned to bear bending at the wing, wherein a thickness of each planked stringer tapers off as the planked stringer extends towards a tip of the wing at a ratio of at least ten parts of lateral extension to one part reduction in thickness; and spars that are positioned between planked stringers on an upper portion of the wing and planked stringers on a lower portion of the wing, wherein the spars are aligned with the planked stringers and each spar increases in thickness as the spar extends towards the tip of the wing corresponding to an amount of tapering by a respective one of the planked stringers .
A method of manufacturing a shot sleeve for a die casting machine , the method comprising: engaging an intermediate sleeve layer with one of an outer sleeve layer and an inner sleeve layer ; and shrink fitting the other of the outer sleeve layer and an inner sleeve layer into engagement with the intermediate sleeve layer ; wherein the engaging step includes shrink fitting the outer sleeve layer onto the intermediate sleeve layer , and other shrink fitting step includes shrink fitting the inner sleeve layer into the intermediate sleeve layer ; and wherein the inner sleeve layer shrink fitting step generates a first radial compressive force (C2) on the intermediate sleeve layer , and the outer sleeve layer shrink fitting step generates a second radial compressive force (C1) on the intermediate sleeve layer ; characterised in that : the first and second radial compressive forces (C1, C2) generate a compressive stress of 35-45 MPa on the intermediate sleeve layer ; the intermediate sleeve layer is ceramic and the inner sleeve layer is metal. engaging an intermediate sleeve layer with one of an outer sleeve layer and an inner sleeve layer ; and shrink fitting the other of the outer sleeve layer and an inner sleeve layer into engagement with the intermediate sleeve layer ; wherein the engaging step includes shrink fitting the outer sleeve layer onto the intermediate sleeve layer , and other shrink fitting step includes shrink fitting the inner sleeve layer into the intermediate sleeve layer ; and wherein the inner sleeve layer shrink fitting step generates a first radial compressive force (C2) on the intermediate sleeve layer , and the outer sleeve layer shrink fitting step generates a second radial compressive force (C1) on the intermediate sleeve layer ; characterised in that : the first and second radial compressive forces (C1, C2) generate a compressive stress of 35-45 MPa on the intermediate sleeve layer ; the intermediate sleeve layer is ceramic and the inner sleeve layer is metal. the first and second radial compressive forces (C1, C2) generate a compressive stress of 35-45 MPa on the intermediate sleeve layer ; the intermediate sleeve layer is ceramic and the inner sleeve layer is metal.
Wearable device able to be worn on a user's head for controlling the cerebral activity of a user during sleep comprising a band assembly comprising - a front band , generally curve shaped, able to be placed against a forehead of the user, comprising two front band ends ; - an upper band generally curve shaped, able to be placed against a top head of the user, comprising two front band ends ; - a first and a second side bands , each of said side bands comprising ∘ a first side band end connected to an upper band end and a second side band end placed against the occipital region of the user's head, ∘ a channel extending between the first and second side band ends able to guide an adjustment element , said adjustment element comprising two ends , each end being attached at the first side band end of a side band , the adjustment element extending inside the side band from said first side band end of said first side band to said first side band end of said second side band , wherein a portion of the adjustment element is accessible between the two second side band ends , and ∘ at least one electrode able to be in contact with the user's head, each side band being connected to a front band end . - a front band , generally curve shaped, able to be placed against a forehead of the user, comprising two front band ends ; - an upper band generally curve shaped, able to be placed against a top head of the user, comprising two front band ends ; - a first and a second side bands , each of said side bands comprising ∘ a first side band end connected to an upper band end and a second side band end placed against the occipital region of the user's head, ∘ a channel extending between the first and second side band ends able to guide an adjustment element , said adjustment element comprising two ends , each end being attached at the first side band end of a side band , the adjustment element extending inside the side band from said first side band end of said first side band to said first side band end of said second side band , wherein a portion of the adjustment element is accessible between the two second side band ends , and ∘ at least one electrode able to be in contact with the user's head, each side band being connected to a front band end . ∘ a first side band end connected to an upper band end and a second side band end placed against the occipital region of the user's head, ∘ a channel extending between the first and second side band ends able to guide an adjustment element , said adjustment element comprising two ends , each end being attached at the first side band end of a side band , the adjustment element extending inside the side band from said first side band end of said first side band to said first side band end of said second side band , wherein a portion of the adjustment element is accessible between the two second side band ends , and ∘ at least one electrode able to be in contact with the user's head,
A fluid check valve comprising: a sealing member comprising a first elastomer; and a barrier membrane comprising a second elastomer, different from the first elastomer, the second elastomer being disposed directly upon and adhered to a surface of the sealing member so as to form a continuous layer over at least a seal opening of the sealing member that must be ruptured for opening of the seal opening portion of the sealing member. a sealing member comprising a first elastomer; and a barrier membrane comprising a second elastomer, different from the first elastomer, the second elastomer being disposed directly upon and adhered to a surface of the sealing member so as to form a continuous layer over at least a seal opening of the sealing member that must be ruptured for opening of the seal opening portion of the sealing member.
A method of adjusting sounding reference signal transmission power in a wireless communication system, performed by a user equipment , the method comprising: determining (S510) a plurality of transmit powers to be used for transmitting a plurality of sounding reference signals, SRSs, simultaneously, wherein each of the plurality of SRSs corresponds to a respective serving cell; and characterized by : if a total transmit power for the plurality of SRSs exceeds a maximum transmit power (S520), scaling (S530) each of the plurality of transmit powers with a same scaling factor. determining (S510) a plurality of transmit powers to be used for transmitting a plurality of sounding reference signals, SRSs, simultaneously, wherein each of the plurality of SRSs corresponds to a respective serving cell; and characterized by : if a total transmit power for the plurality of SRSs exceeds a maximum transmit power (S520), scaling (S530) each of the plurality of transmit powers with a same scaling factor.
Control device for controlling a polyphase synchronous rotating electrical machine , of the type having an electronic control unit driving an inverter connected to an on-board electrical network supplied with power by a battery (B+) and intended to be connected to phase windings (u,v,w) of said polyphase synchronous rotating electrical machine , characterized in that said electronic control unit comprises: - acquisition means for acquiring a rotational speed (Ω) of said polyphase synchronous rotating electrical machine ; - a peripheral for generating pulse width-modulated signals at a predetermined signal frequency (F), having at least one register for programming a duty cycle (a) and alignment of said pulse width-modulated signal ; - comparison means for comparing said rotational speed (Ω) with a predetermined nominal rotational speed; - a central processing unit executing a first subroutine or a second subroutine periodically loading said programming register in order to generate said pulse width-modulated signals driving said inverter so as to produce pulse-width modulated first phase voltages (U1,V1,W1) or full-wave second phase voltages (U2,V2,W2) as a function of a state of said comparison means; - memory means for storing said first and second subroutines. - acquisition means for acquiring a rotational speed (Ω) of said polyphase synchronous rotating electrical machine ; - a peripheral for generating pulse width-modulated signals at a predetermined signal frequency (F), having at least one register for programming a duty cycle (a) and alignment of said pulse width-modulated signal ; - comparison means for comparing said rotational speed (Ω) with a predetermined nominal rotational speed; - a central processing unit executing a first subroutine or a second subroutine periodically loading said programming register in order to generate said pulse width-modulated signals driving said inverter so as to produce pulse-width modulated first phase voltages (U1,V1,W1) or full-wave second phase voltages (U2,V2,W2) as a function of a state of said comparison means; - memory means for storing said first and second subroutines.
Laser plotter for processing a job for cutting, engraving, marking and/or lettering a preferably flat workpiece , comprising at least one housing with a processing table and with a preferably closable processing chamber for positioning a workpiece on the processing table , at least one beam source in the form of a laser , and a control unit for controlling the carriage , which is preferably operated via a belt drive, with a focusing unit arranged to be movable thereon and designed to deflect a laser beam in the direction of the workpiece , wherein in the processing chamber below the processing table , in particular below a support surface of the processing table , an extraction device for extracting the exhaust gases produced during the laser process by generating an air flow is arranged, characterized in that the processing table is designed in such a way that the support surface of the processing table is designed to be airtight over the entire surface, and in that , in order to form an air flow , an extraction duct is arranged below the support surface , preferably parallel to the support surface , which extraction duct ends in an extraction opening , whereby the extraction duct is connected via at least one extraction opening to the processing chamber for extracting the exhaust gases or vapors , respectively, that are produced during the laser process, wherein the processing chamber is delimited by a frame , and an end plate is arranged below the frame and preferably fastened to the frame , wherein a plurality of preferably parallel slats are arranged in the frame , so that an air duct is formed between the slats , wherein the slats extend from the support surface beyond the frame .
Device for processing contacts , wherein the contacts are arranged on a carrier strip , having: a tool for processing the contacts ; a guideway for feeding the at least one carrier strip to the tool in a feeding direction (V); characterized in that the device furthermore has a clamping device , arranged after the tool in the feeding direction (V), for clamping the at least one carrier strip perpendicularly to the feeding direction (V). a tool for processing the contacts ; a guideway for feeding the at least one carrier strip to the tool in a feeding direction (V); characterized in that the device furthermore has a clamping device , arranged after the tool in the feeding direction (V), for clamping the at least one carrier strip perpendicularly to the feeding direction (V).