mhurhangee/patent-ind-claim-en huggingface dataset:
A rope wheel assembly of an elevator, comprising a frame (F), a plurality of rope wheels for guiding ropes of the elevator, and bearings (10-12), wherein the rope wheels are mounted coaxially on the frame (F) such that they are rotatable relative to the frame (F) as well as relative to each other; and the rope wheel assembly comprises a central shaft (S) passing through said rope wheels , which central shaft (S) is non-rotatable relative to the frame (F), and the rope wheel assembly comprises a hollow cylinder (c) surrounding the central shaft (S), the hollow cylinder (c) being mounted on the central shaft (S) rotatably relative to the central shaft (S), each of said rope wheels being mounted on the cylinder (c) rotatably relative to the cylinder (c), wherein the rope wheel assembly comprises a bearing in axial direction between rope wheels that are next to each other via which bearing they are supported on each other in axial direction, characterized in that the aforementioned bearing is a rolling element bearing, and in that the rope wheel assembly comprises a gap (G) between the rope wheels that are next to each other, and an annular seal in the gap (G) for blocking substances passing in the gap (G) in radial direction, wherein the seal is positioned in radial direction on the outer side of the bearing .
A fitness machine providing shock absorption for a user operating the fitness machine , the fitness machine comprising: a base ; a mobile portion engageable by the user and moveable relative to the base during operation of the fitness machine ; a resilient body that resists movement of the mobile portion towards the base in a height direction (HD), wherein the resilient body has first and second ends defining a length (L) therebetween, and wherein the length (L) is defined in a length direction (LD) that is perpendicular to the height direction (HD); and a stop wall engageable by the resilient body , wherein the length (L) of the resilient body increases when the mobile portion moves towards the base until the second end engages with the stop wall ; wherein the resilient body provides shock absorption for the user, characterised in that the stop wall is adjustable in the length direction (LD) to adjust a gap (G) between the second end of the resilient body and the stop wall and thereby to change the length at which the resilient body engages with the stop wall . a base ; a mobile portion engageable by the user and moveable relative to the base during operation of the fitness machine ; a resilient body that resists movement of the mobile portion towards the base in a height direction (HD), wherein the resilient body has first and second ends defining a length (L) therebetween, and wherein the length (L) is defined in a length direction (LD) that is perpendicular to the height direction (HD); and a stop wall engageable by the resilient body , wherein the length (L) of the resilient body increases when the mobile portion moves towards the base until the second end engages with the stop wall ; wherein the resilient body provides shock absorption for the user,
A method of controlling at least one light source to generate glare towards at least one spectator area in a stadium comprising a plurality of spectator areas , the method comprising: receiving, from a sound transducer in the stadium, an audio signal, analyzing, by a processor, the audio signal to recognize a specific sound or sound pattern indicative of unwanted behavior, detecting, by the processor, based on said analysis, that at least one spectator is exhibiting unwanted behavior within a first spectator area ; determining, by a source localization module, a location of the first spectator area ; identifying, by the processor, a second spectator area as being a target of the unwanted behavior, determining, by the processor, a line of sight between the first spectator area and the second spectator area ; and controlling at least one light source to increase an amount of glare along the determined line of sight thereby discouraging the at least one spectator from looking towards the second spectator area to discourage the unwanted behavior. receiving, from a sound transducer in the stadium, an audio signal, analyzing, by a processor, the audio signal to recognize a specific sound or sound pattern indicative of unwanted behavior, detecting, by the processor, based on said analysis, that at least one spectator is exhibiting unwanted behavior within a first spectator area ; determining, by a source localization module, a location of the first spectator area ; identifying, by the processor, a second spectator area as being a target of the unwanted behavior, determining, by the processor, a line of sight between the first spectator area and the second spectator area ; and controlling at least one light source to increase an amount of glare along the determined line of sight thereby discouraging the at least one spectator from looking towards the second spectator area to discourage the unwanted behavior.
An automatic dough mixer, comprising: a base , for placing and supporting; a body , mounted on the base ; a dough barrel , mounted on the body as a container for dough mixing; a stirrer, mounted on the body and above the dough barrel , for stirring flour and water in the dough barrel ; a drive motor, mounted on the body for driving the stirrer to rotate and stir; and an angle adjusting mechanism , arranged between the base and the body for adjusting an inclination angle of the body relative to the base , wherein the angle adjusting mechanism comprises: a first shaft fixedly connected to the body , and rotatably connected to the base ; characterized in that the angle adjusting mechanism further comprises: a first motor fixedly connected to the base for driving the first shaft to rotate; and a gear reduction structure arranged between the first motor and the first shaft , and wherein the gear reduction structure comprises a large gear fitted on the first shaft and a pinion connected to an output end of the first motor , the large gear being externally engaged with the pinion. a base , for placing and supporting; a body , mounted on the base ; a dough barrel , mounted on the body as a container for dough mixing; a stirrer, mounted on the body and above the dough barrel , for stirring flour and water in the dough barrel ; a drive motor, mounted on the body for driving the stirrer to rotate and stir; and an angle adjusting mechanism , arranged between the base and the body for adjusting an inclination angle of the body relative to the base , wherein the angle adjusting mechanism comprises: a first shaft fixedly connected to the body , and rotatably connected to the base ; characterized in that the angle adjusting mechanism further comprises: a first motor fixedly connected to the base for driving the first shaft to rotate; and a gear reduction structure arranged between the first motor and the first shaft , and wherein the gear reduction structure comprises a large gear fitted on the first shaft and a pinion connected to an output end of the first motor , the large gear being externally engaged with the pinion. a first motor fixedly connected to the base for driving the first shaft to rotate; and a gear reduction structure arranged between the first motor and the first shaft , and wherein the gear reduction structure comprises a large gear fitted on the first shaft and a pinion connected to an output end of the first motor , the large gear being externally engaged with the pinion.
A data center comprising: a plurality of data center sections, each section having a different predefined level of reliability and redundancy; and a plurality of sets of applications (104a - 104n), each set of applications (104a - 104n) being populated on one of the plurality of data center sections, wherein each set of applications (104a - 104n), has a determined priority, and further wherein each set of applications (104a - 104n) is populated on a data center section having a level of reliability and redundancy suitable to the determined priority. a plurality of data center sections, each section having a different predefined level of reliability and redundancy; and a plurality of sets of applications (104a - 104n), each set of applications (104a - 104n) being populated on one of the plurality of data center sections, wherein each set of applications (104a - 104n), has a determined priority, and further wherein each set of applications (104a - 104n) is populated on a data center section having a level of reliability and redundancy suitable to the determined priority.
Reinforcement system for steel-concrete composite slabs with profiled sheet, comprising a longitudinally profiled sheet with an upper longitudinal flange and a lower longitudinal flange, wherein the upper longitudinal flange has a longitudinal stiffener in the form of an upward fold with mutually spaced cuts, wherein each cut is vertical to receive a bar transverse to the profiled sheet; characterized in that said cuts terminate in a bore-shaped cutout at the base of said cuts for fitting said transversal bars; wherein said cuts have a width less than the diameter of said transversal bars and the bore-shaped cutout at the base of said cuts has a width equal to or greater than the diameter of said transversal bars, for fitting and retaining said transversal bars. characterized in that said cuts terminate in a bore-shaped cutout at the base of said cuts for fitting said transversal bars; wherein said cuts have a width less than the diameter of said transversal bars and the bore-shaped cutout at the base of said cuts has a width equal to or greater than the diameter of said transversal bars, for fitting and retaining said transversal bars.
A method of preparing a bacterial OMV carrying a tumor antigen, said method comprising: (a) culturing a Gram-negative bacterium of the genus Escherichia expressing a fusion protein comprising (i) a bacterial protein selected from Factor H Binding Protein (fHbp), Neisseria heparin binding antigen (NHBA), Maltose Binding Protein (MBP), Outer Membrane Protein-F (ompF) and Aggregatibacter actinomycetemcomitans Factor H binding protein (Aa-fHbp), and (ii) one or more copies of the tumor antigen protein; (b) separating the OMV from the bacterial culture. (a) culturing a Gram-negative bacterium of the genus Escherichia expressing a fusion protein comprising (i) a bacterial protein selected from Factor H Binding Protein (fHbp), Neisseria heparin binding antigen (NHBA), Maltose Binding Protein (MBP), Outer Membrane Protein-F (ompF) and Aggregatibacter actinomycetemcomitans Factor H binding protein (Aa-fHbp), and (ii) one or more copies of the tumor antigen protein; (b) separating the OMV from the bacterial culture.
Head-up display comprising: - a housing , - an image generation device , situated at least partly in the housing, capable of producing a light beam, and - an electronic system, situated at least partly in the housing , capable of driving the image generation device , the housing comprising a ventilation system suitable for allowing a circulation of air between the inside of the housing and the outside environment, the ventilation system comprising ventilation apertures of the housing and, in at least one ventilation aperture , filtration means capable of preventing the passage of solid articles and allowing the passage of air and water vapour, the filtration means being configured to prevent the passage of particles whose smallest dimension is equal to or greater than 0.07 μm, characterized in that the filtration means comprise a filtration membrane blocking the apertures , said filtration membrane comprising an adhesive face allowing it to be held on an outer face of the housing . - a housing , - an image generation device , situated at least partly in the housing, capable of producing a light beam, and - an electronic system, situated at least partly in the housing , capable of driving the image generation device , the housing comprising a ventilation system suitable for allowing a circulation of air between the inside of the housing and the outside environment, the ventilation system comprising ventilation apertures of the housing and, in at least one ventilation aperture , filtration means capable of preventing the passage of solid articles and allowing the passage of air and water vapour, the filtration means being configured to prevent the passage of particles whose smallest dimension is equal to or greater than 0.07 μm, characterized in that the filtration means comprise a filtration membrane blocking the apertures , said filtration membrane comprising an adhesive face allowing it to be held on an outer face of the housing .
A projection lens system comprising two lens elements, the two lens elements being, in order from a magnification side to a reduction side along an optical path: a first lens element (E1) and a second lens element (E2), each of the two lens elements having a magnification-side surface facing the magnification side and a reduction-side surface facing the reduction side: wherein the first lens element has refractive power, the second lens element has positive refractive power, and at least one of the magnification-side surface and the reduction-side surface of at least one of the two lens elements is aspheric; wherein the projection lens system has a total of two lens elements, characterized in that a refractive index of the first lens element with the d-line as a reference wavelength is Nd1, a refractive index of the second lens element with the d-line as a reference wavelength is Nd2, a central thickness of the first lens element is CT1, a central thickness of the second lens element is CT2, an axial distance between the first lens element and the second lens element is T12, a focal length of the first lens element is f1, a focal length of the second lens element is f2, and the following conditions are satisfied: 1.650 < min Nd 1 , Nd 2 < 1.900 ; 5.5 < CT 1 + CT 2 / T 12 < 25 ; 0.50 < f 1 / CT 1 < 4.0 ; and 1.0 < f 2 / CT 2 < 1.8 . wherein the first lens element has refractive power, the second lens element has positive refractive power, and at least one of the magnification-side surface and the reduction-side surface of at least one of the two lens elements is aspheric; wherein the projection lens system has a total of two lens elements, characterized in that a refractive index of the first lens element with the d-line as a reference wavelength is Nd1, a refractive index of the second lens element with the d-line as a reference wavelength is Nd2, a central thickness of the first lens element is CT1, a central thickness of the second lens element is CT2, an axial distance between the first lens element and the second lens element is T12, a focal length of the first lens element is f1, a focal length of the second lens element is f2, and the following conditions are satisfied: 1.650 < min Nd 1 , Nd 2 < 1.900 ; 5.5 < CT 1 + CT 2 / T 12 < 25 ; 0.50 < f 1 / CT 1 < 4.0 ; and 1.0 < f 2 / CT 2 < 1.8 .
An expandable interbody implant , comprising: a) a top portion and a bottom portion that are not connected to each other and which are each independently operably connected to at least one movable joint or to a hinge that facilitates movement of at least one of the top portion and the bottom portion away from the other portion or ; and b) at least one thermal memory spring operably connected to the implant , the thermal memory spring comprising a thermal memory material that is activated to expand the spring into a pre-established thermal memory shape at a temperature at or above about 37 degrees C, characterized in that expansion of the spring into the pre-established thermal memory shape moves at least one of the top portion and the bottom portion away from the other portion or to expand the implant , said implant being configured to fit the spring within the implant and the top portion and bottom portion comprising suitable shapes or undercuts in which the spring is housed. a) a top portion and a bottom portion that are not connected to each other and which are each independently operably connected to at least one movable joint or to a hinge that facilitates movement of at least one of the top portion and the bottom portion away from the other portion or ; and b) at least one thermal memory spring operably connected to the implant , the thermal memory spring comprising a thermal memory material that is activated to expand the spring into a pre-established thermal memory shape at a temperature at or above about 37 degrees C, characterized in that expansion of the spring into the pre-established thermal memory shape moves at least one of the top portion and the bottom portion away from the other portion or to expand the implant ,
Curable precursor coating comprising: a) a first layer disposed on a substrate and comprising at least one monomer selected from the group consisting of acrylate, methylacrylate, vinyl ether and allyl ether, and b) a second layer , comprising a composition which comprises at least one crosslinkable oligomer and/or polymer compound and at least one thiol-containing monomer. a) a first layer disposed on a substrate and comprising at least one monomer selected from the group consisting of acrylate, methylacrylate, vinyl ether and allyl ether, and b) a second layer , comprising a composition which comprises at least one crosslinkable oligomer and/or polymer compound and at least one thiol-containing monomer.
A method of generating an audible alert by a digital audio system configured to operate in a first operating mode and a second operating mode, the method comprising: generating or receiving an alert signal; generating a processed alert signal by processing at least a segment of the alert signal; analysing the processed alert signal to define whether the digital audio system operates in the first operating mode or the second operating mode; and in the first operating mode, generating an alert output signal comprising the alert signal; and in the second operating mode, generating an alert output signal comprising the processed alert signal. generating or receiving an alert signal; generating a processed alert signal by processing at least a segment of the alert signal; analysing the processed alert signal to define whether the digital audio system operates in the first operating mode or the second operating mode; and in the first operating mode, generating an alert output signal comprising the alert signal; and in the second operating mode, generating an alert output signal comprising the processed alert signal.
Forming drum for producing tyres for vehicle wheels comprising: a central shaft concentric to a geometric rotation axis (X) of the forming drum ; a plurality of sectors circumferentially arranged around the central shaft to define at least one deposition surface ; a central body connected to the central shaft and to the plurality of sectors to set the sectors in rotation around the central shaft ; coupling members operating between each sector of the plurality of sectors and the central body configured to hold and release each sector from the central body ; characterized in that each coupling member comprises a first element movably connected to one among the central body and the sector and a second element movably connected to the other among the central body and the sector and comprising a first portion and a second portion ; wherein the first element is configured to move between a holding condition in which it engages the first portion of the second element and radially holds the sector to the central body and a release condition in which it is disengaged from the first portion of the second element and radially releases the sector from the central body ; and the second element is configured to move between a holding condition in which the second portion locks the first element in the respective holding condition and a release condition in which the second portion is axially distanced from the first element and allows the first element to reach the respective release condition. a central shaft concentric to a geometric rotation axis (X) of the forming drum ; a plurality of sectors circumferentially arranged around the central shaft to define at least one deposition surface ; a central body connected to the central shaft and to the plurality of sectors to set the sectors in rotation around the central shaft ; coupling members operating between each sector of the plurality of sectors and the central body configured to hold and release each sector from the central body ; characterized in that each coupling member comprises a first element movably connected to one among the central body and the sector and a second element movably connected to the other among the central body and the sector and comprising a first portion and a second portion ; wherein the first element is configured to move between a holding condition in which it engages the first portion of the second element and radially holds the sector to the central body and a release condition in which it is disengaged from the first portion of the second element and radially releases the sector from the central body ; and the second element is configured to move between a holding condition in which the second portion locks the first element in the respective holding condition and a release condition in which the second portion is axially distanced from the first element and allows the first element to reach the respective release condition.
A method for sending a random access response, comprising: determining, by an access network device , a Medium Access Control, MAC, protocol data unit, PDU, wherein the MAC PDU comprises at least two MAC subPDUs, the at least two MAC subPDUs comprise at least a first MAC subPDU, the first MAC subPDU comprises a first MAC subheader and a random access response, RAR, corresponding to the first MAC subheader, and the first MAC subheader is located before the RAR corresponding to the first MAC subheader; and sending, by the access network device , the MAC PDU, wherein the at least two MAC subPDUs further comprise a second MAC subPDU, the second MAC subPDU comprises only a second MAC subheader, the second MAC subheader comprises a second random access preamble identifier, RAPID, and there is a correspondence between the second RAPID and one or more on-demand system information requests. determining, by an access network device , a Medium Access Control, MAC, protocol data unit, PDU, wherein the MAC PDU comprises at least two MAC subPDUs, the at least two MAC subPDUs comprise at least a first MAC subPDU, the first MAC subPDU comprises a first MAC subheader and a random access response, RAR, corresponding to the first MAC subheader, and the first MAC subheader is located before the RAR corresponding to the first MAC subheader; and sending, by the access network device , the MAC PDU, wherein the at least two MAC subPDUs further comprise a second MAC subPDU, the second MAC subPDU comprises only a second MAC subheader, the second MAC subheader comprises a second random access preamble identifier, RAPID, and there is a correspondence between the second RAPID and one or more on-demand system information requests.