mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: monitoring a plurality of wireless backhaul links (118a-118c) associated with a radio access network, RAN ; receiving an indication of a change in operating conditions for a first wireless backhaul link of the plurality of wireless backhaul links (118a-118c); determining utilization of the first wireless backhaul link based on the indication of the change in operating conditions; assessing an available capacity of each of the plurality of wireless backhaul links (118a-118c); and adjusting cellular loading in the RAN to balance utilization across the plurality of wireless backhaul links (118a-118c) based on the utilization of the first wireless backhaul link and the available capacity of each of the plurality of wireless backhaul links (118a-118c). monitoring a plurality of wireless backhaul links (118a-118c) associated with a radio access network, RAN ; receiving an indication of a change in operating conditions for a first wireless backhaul link of the plurality of wireless backhaul links (118a-118c); determining utilization of the first wireless backhaul link based on the indication of the change in operating conditions; assessing an available capacity of each of the plurality of wireless backhaul links (118a-118c); and adjusting cellular loading in the RAN to balance utilization across the plurality of wireless backhaul links (118a-118c) based on the utilization of the first wireless backhaul link and the available capacity of each of the plurality of wireless backhaul links (118a-118c).
Corner drive of a fitting for a sash of a window or door, for insertion into a C-shaped sash groove in the fold of a frame profile of the sash , having a base body , which has a first corner leg and a second corner leg extending at right angles to the first corner leg , wherein on a first longitudinal side of the first corner leg and / or the second corner leg a leg groove , having an undercut , for a groove leg of the sash groove is provided, wherein the region of the second longitudinal side , positioned opposite the undercut of the first longitudinal side , of the first and/or second corner leg is/are free from undercuts, wherein on the second longitudinal side at least one securing means being movable between a securing position and a disengaging position relative to the second longitudinal side is provided as a pivot lever pivotally mounted on the base body and wherein the base body has at least one guide channel for a flexible band for diagonally extending force transmission, characterised in that the base body is formed in one piece, wherein the base body has at least one lateral projection for supporting on a groove leg of the sash groove and the securing means has a material recess , through which the projection protrudes in the securing position.
A fixing system for a composite panel , the fixing system comprising: an omega stringer having a substantially omega-shaped cross-section, wherein the omega stringer comprises a central portion and two lateral foot portions; characterized by a flat bar longitudinally directly connected to the central portion of the omega stringer ; a sealing gasket arranged longitudinally onto the lateral foot portions of the omega stringer or onto the flat bar ; wherein the height of the omega stringer is selected so that, in use, when a panel is clamped between the omega stringer and the flat bar , the sealing gasket is compressed between the panel and the fixing system ; and a serif arranged on the foot portions of the omega stringer or onto the flat bar , the serif being configured to limit the compression of the sealing gasket when the panel is clamped between the omega stringer and the flat bar . an omega stringer having a substantially omega-shaped cross-section, wherein the omega stringer comprises a central portion and two lateral foot portions; characterized by a flat bar longitudinally directly connected to the central portion of the omega stringer ; a sealing gasket arranged longitudinally onto the lateral foot portions of the omega stringer or onto the flat bar ; wherein the height of the omega stringer is selected so that, in use, when a panel is clamped between the omega stringer and the flat bar , the sealing gasket is compressed between the panel and the fixing system ; and a serif arranged on the foot portions of the omega stringer or onto the flat bar , the serif being configured to limit the compression of the sealing gasket when the panel is clamped between the omega stringer and the flat bar .
A furniture item (1; 1') comprising at least one wedge-shaped bed , at least one wedge-shaped functional element (4-7) and a vertical axis of rotation , about which the at least one bed and/or the at least one wedge-shaped functional element (4-7) are/is mounted in a rotatable manner, wherein the axis of rotation is arranged at one of the two ends of the bed , wherein the at least one bed and the at least one functional element (4-7) have the same wedge-shaped cross section and wherein, in a basic position of the furniture item , the at least one bed and the at least one functional element (4-7) are arranged congruently one above the other.
Process for producing an article made of a composite material, comprising: - providing a semi-finished product comprising at least one layer of fibres embedded in a polymeric matrix which is not cross-linked; - positioning said semi-finished product in a first unit of a mould ; - positioning a separator element above said semi-finished product such that said separator element peripherally abuts said first unit of said mould so as to define a first chamber between said separator element and said first unit , in which chamber said semi-finished product is contained, - closing said mould by means of a second unit of said mould that peripherally abuts said first unit of said mould or said separator element so as to define a second chamber between said second unit and said separator element , - depressurising said first chamber , - introducing gas into said second chamber so as to push said separator element against said semi-finished product at a first predefined pressure, - bringing the temperature inside said first chamber to a predefined value so as to cross-link said polymeric matrix and obtain said article, wherein a second pressure that is different from said first pressure is exerted on at least one limited region of said semi-finished product by means of said second unit of said mould directly contacting said separator element so as to subject different regions of said semi-finished product to differentiated pressures, characterised in that said separator element is distinct from and independent of said first unit and said second unit . - providing a semi-finished product comprising at least one layer of fibres embedded in a polymeric matrix which is not cross-linked; - positioning said semi-finished product in a first unit of a mould ; - positioning a separator element above said semi-finished product such that said separator element peripherally abuts said first unit of said mould so as to define a first chamber between said separator element and said first unit , in which chamber said semi-finished product is contained, - closing said mould by means of a second unit of said mould that peripherally abuts said first unit of said mould or said separator element so as to define a second chamber between said second unit and said separator element , - depressurising said first chamber , - introducing gas into said second chamber so as to push said separator element against said semi-finished product at a first predefined pressure, - bringing the temperature inside said first chamber to a predefined value so as to cross-link said polymeric matrix and obtain said article, wherein a second pressure that is different from said first pressure is exerted on at least one limited region of said semi-finished product by means of said second unit of said mould directly contacting said separator element so as to subject different regions of said semi-finished product to differentiated pressures, characterised in that said separator element is distinct from and independent of said first unit and said second unit .
Centrifuge for automatic loading, comprising: a) a drive shaft driven to be rotatable about a rotor axis , b) a rotor which is releasably coupled to the drive shaft for conjoint rotation therewith, and has receptacles for containers for media to be centrifuged, c) a housing having lateral outer walls , which delimit the centrifuge , and a cover , with at least one outer wall having a lateral opening directed to the side for loading the rotor as required, d) a safety vessel into which the drive shaft projects and which surrounds the rotor , e) a protective wall surrounding the safety vessel at least in regions, which protective wall is adapted at least to the shape of the adjacent outer wall having the lateral opening in such a way that it closes off the lateral opening , wherein the safety vessel and the protective wall firmly connect to one another to form a safety unit which is operatively connected to an adjusting mechanism that is adapted to move the safety unit in such a way as to cause the protective wall to open and close the lateral opening, thus allowing the protective wall to be moved from a closed position into an open position thereof, and vice versa, characterized in that the lateral opening extends up to the housing cover and that a cover opening is provided in the housing cover adjoining the lateral opening , thus creating a loading and unloading opening formed from the lateral opening and the cover opening , wherein the cover opening is adapted to be opened and closed via a further closing wall by means of a second adjusting mechanism . a) a drive shaft driven to be rotatable about a rotor axis , b) a rotor which is releasably coupled to the drive shaft for conjoint rotation therewith, and has receptacles for containers for media to be centrifuged, c) a housing having lateral outer walls , which delimit the centrifuge , and a cover , with at least one outer wall having a lateral opening directed to the side for loading the rotor as required, d) a safety vessel into which the drive shaft projects and which surrounds the rotor , e) a protective wall surrounding the safety vessel at least in regions, which protective wall is adapted at least to the shape of the adjacent outer wall having the lateral opening in such a way that it closes off the lateral opening ,
A computer implemented method for generating an augmented reality image for a medical application in which a real image captured using a camera is combined with a virtual image, wherein the real image comprises a medical device and the virtual image comprises an augmentation of the medical device , comprising the steps of: - camera calibration data representing imaging properties of the camera is acquired; - the positions of the camera and the medical device are determined; - a first determined position of the medical device relative to the camera is calculated from the determined positions of the camera and the medical device ; - identifying the medical device in the real image and determining the position of the medical device in the real image, thus obtaining a second determined position of the medical device relative to the camera , such that the identical position of the medical device relative to the camera is determined twice; - the virtual image comprising the augmentation of the medical device is calculated from the camera calibration data, the first determined position of the medical device and the second determined position of the medical device ; and - the augmented reality image is generated by combining the real image and the virtual image. - camera calibration data representing imaging properties of the camera is acquired; - the positions of the camera and the medical device are determined; - a first determined position of the medical device relative to the camera is calculated from the determined positions of the camera and the medical device ; - identifying the medical device in the real image and determining the position of the medical device in the real image, thus obtaining a second determined position of the medical device relative to the camera , such that the identical position of the medical device relative to the camera is determined twice; - the virtual image comprising the augmentation of the medical device is calculated from the camera calibration data, the first determined position of the medical device and the second determined position of the medical device ; and - the augmented reality image is generated by combining the real image and the virtual image.
Supported nanocatalyst for conversion of monoolefins, comprising: (i) at least one particulate zeolite support, (ii) at least one transition metal oxide, wherein the transition metal is selected from the group consisting of Mn, Cr, V, Zr, Mo, W, Pd, Pt, Ru, Ni, Co, W and Zn, the transition metal oxide being supported on the support, wherein the average particle size of the supported nanocatalyst is from 25 - 500 nm, and pores of the nanocatalyst have an average diameter of 55 - 65 Angström. (i) at least one particulate zeolite support, (ii) at least one transition metal oxide, wherein the transition metal is selected from the group consisting of Mn, Cr, V, Zr, Mo, W, Pd, Pt, Ru, Ni, Co, W and Zn, the transition metal oxide being supported on the support,
A testing assembly for use in testing at a scale of microns or less, the testing assembly comprising: a heating system configured to heat a sample and a probe , the heating system including: a stage heater having a stage plane and a stage heating element distributed across the stage plane , wherein the stage heating element covers the stage plane from a first stage plane edge to a second stage plane edge and from a first stage plane end to a second stage plane end , the stage heater configured to heat a sample positioned on the stage plane ; a probe heater having a probe heating element coupled with a probe configured for testing the sample coupled with the stage plane , the probe heater configured to heat the probe ; a stage coupled with the stage heater , wherein the stage is a multiple degree of freedom stage configured to move the stage plane according to the multiple degrees of freedom, and the multiple degree of freedom stage includes at least one of rotation or tilt stages; and a transducer assembly coupled with the probe heater . a stage heater having a stage plane and a stage heating element distributed across the stage plane , wherein the stage heating element covers the stage plane from a first stage plane edge to a second stage plane edge and from a first stage plane end to a second stage plane end , the stage heater configured to heat a sample positioned on the stage plane ; a probe heater having a probe heating element coupled with a probe configured for testing the sample coupled with the stage plane , the probe heater configured to heat the probe ; a stage coupled with the stage heater , wherein the stage is a multiple degree of freedom stage configured to move the stage plane according to the multiple degrees of freedom, and the multiple degree of freedom stage includes at least one of rotation or tilt stages; and a transducer assembly coupled with the probe heater .
An apparatus comprising means for: displaying content within a viewport ; displaying a symbol representing a sound source within the viewport ; detecting one or more gestures that place the displayed symbol in the displayed content ; disambiguating between a first placement method, performed for the symbol , that locks the sound source to a position that moves with displayed content moving within the viewport and a second placement method performed for the symbol that is different to the first placement method and locks the sound source to a position that does not move with displayed content moving within the viewport , wherein the first placement method comprises a disambiguating gesture relative to the viewport , for the symbol , indicating movement of the symbol relative to the viewport that disambiguates the first placement method from the second placement method. displaying content within a viewport ; displaying a symbol representing a sound source within the viewport ; detecting one or more gestures that place the displayed symbol in the displayed content ; disambiguating between a first placement method, performed for the symbol , that locks the sound source to a position that moves with displayed content moving within the viewport and a second placement method performed for the symbol that is different to the first placement method and locks the sound source to a position that does not move with displayed content moving within the viewport , wherein the first placement method comprises a disambiguating gesture relative to the viewport , for the symbol , indicating movement of the symbol relative to the viewport that disambiguates the first placement method from the second placement method.
A cabin segment for a vehicle, comprising: a plurality of vertical walls arranged parallel to each other such that two or more parking spaces for serving trolleys , arranged side by side, are defined between said vertical walls, the arrangement of vertical walls within the cabin segment resulting in a first parking space with a first receiving opening that extends so as to be largely parallel to a width of the cabin segment , and a second parking space , arranged width-wise of the cabin segment so as to be adjacent to the aforesaid, with a second receiving opening that extends so as to be largely parallel to the width of the cabin segment, wherein the first parking space and the second parking space are separated by an intermediate wall comprised in said plurality of vertical walls, the cabin segment further comprising a vehicle attendant seat ; characterized in that the intermediate wall comprises a projection that projects beyond the adjacent parking spaces in the depth of the cabin segment , wherein an outer edge of the vehicle attendant seat is held on said projection so as to be pivotable on a vertical axis , wherein the vehicle attendant seat is pivotable to an in-use position and to an out-of-the-way position situated apart by substantially 180° relative to the pivoting axis of the vehicle attendant seat . a plurality of vertical walls arranged parallel to each other such that two or more parking spaces for serving trolleys , arranged side by side, are defined between said vertical walls, the arrangement of vertical walls within the cabin segment resulting in a first parking space with a first receiving opening that extends so as to be largely parallel to a width of the cabin segment , and a second parking space , arranged width-wise of the cabin segment so as to be adjacent to the aforesaid, with a second receiving opening that extends so as to be largely parallel to the width of the cabin segment, wherein the first parking space and the second parking space are separated by an intermediate wall comprised in said plurality of vertical walls, the cabin segment further comprising a vehicle attendant seat ; characterized in that the intermediate wall comprises a projection that projects beyond the adjacent parking spaces in the depth of the cabin segment , wherein an outer edge of the vehicle attendant seat is held on said projection so as to be pivotable on a vertical axis , wherein the vehicle attendant seat is pivotable to an in-use position and to an out-of-the-way position situated apart by substantially 180° relative to the pivoting axis of the vehicle attendant seat .
A method for call control, comprising: obtaining a priority of an incoming call request, in response to a mobile terminal receiving the incoming call request; determining whether a user is in a first state, when the priority of the incoming call request is lower than a preset priority, wherein the first state is a riding state, a running state, or a climbing state; and rejecting the incoming call request, based on a determination that the user is in the first state; when the priority of the incoming call request is higher than the preset priority, the method further comprises: determining whether the user is in a second state, wherein the second state is different from the first state and comprises a conference state and a sleep state; based on a determination that the user is in the second state, rejecting the incoming call request; and based on a determination that the user is not in the second state, accepting the incoming call request. obtaining a priority of an incoming call request, in response to a mobile terminal receiving the incoming call request; determining whether a user is in a first state, when the priority of the incoming call request is lower than a preset priority, wherein the first state is a riding state, a running state, or a climbing state; and rejecting the incoming call request, based on a determination that the user is in the first state; when the priority of the incoming call request is higher than the preset priority, the method further comprises: determining whether the user is in a second state, wherein the second state is different from the first state and comprises a conference state and a sleep state; based on a determination that the user is in the second state, rejecting the incoming call request; and based on a determination that the user is not in the second state, accepting the incoming call request. determining whether the user is in a second state, wherein the second state is different from the first state and comprises a conference state and a sleep state; based on a determination that the user is in the second state, rejecting the incoming call request; and based on a determination that the user is not in the second state, accepting the incoming call request.
Applicator unit for applying a strip to a drum, wherein the applicator unit comprises an applicator roller and a cutter, wherein the applicator roller comprises a roller body that is rotatable about a roller axis for applying the strip to the drum in an application direction perpendicular to said roller axis, characterised in that the applicator roller and the cutter are configured to cooperate for cutting the strip on the applicator roller along a helical cutting path about the roller axis.
Cooking device, in particular an oven with a cooking chamber , the loading opening of which can be closed by a door , and with a flange having horizontal and vertical flange surfaces surrounding the loading opening like a frame, wherein the flange surfaces form a stop surface for the door , wherein the horizontal and vertical flange surfaces arranged like a frame together form a flange total surface , characterised in that the flange total surface has a camber (B), wherein the flange total surface is produced by the totality of the horizontal and vertical flange surfaces , without taking dividing lines, joint surfaces or other tool-conditioned mouldings or recesses into consideration, and the total surface of the flange is also notionally counted as part of the flange total surface which would be produced if the recess to create the loading opening was not punched out from the flange surface, and wherein the camber (B) has a convex curvature which is pronounced in the direction of the door , wherein a radius (R) of the camber (B) is less in a central region (M) of the horizontal and/or vertical flange surfaces than at corner regions (E) of the horizontal and/or vertical flange surfaces .