mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a tubular body with reduced internal stress by using laser 3D printing, the tubular body having an outer wall with a stiffening structure, the stiffening structure extending along at least part of the outer wall, wherein the method comprises the following steps: a) setting a printing plane for 3D printing by means of a laser 3D printer ; b) printing a tubular body layer in the printing plane by means of the laser 3D printer, the tubular body layer having an outer wall layer and a stiffening structure layer , the stiffening structure layer extending in the printing plane along a periphery of the outer wall layer, and the stiffening structure layer having at least two portions, which are spaced apart from one another; c) repeating steps a) and b) to produce an outer wall with a stiffening structure for a tubular body with reduced internal stress, the tubular body being a manifold, comprising surfaces with curvatures in two directions, wherein a number of stiffening structure layers form a stiffening structure which forms a rib-like network structure, which is hexagonal and extends over the outer wall , wherein the outer wall layer and the stiffening structure layer are in one piece, and wherein the outer wall layer and the stiffening structure form an uninterrupted, unitary seamless tubular body layer. a) setting a printing plane for 3D printing by means of a laser 3D printer ; b) printing a tubular body layer in the printing plane by means of the laser 3D printer, the tubular body layer having an outer wall layer and a stiffening structure layer , the stiffening structure layer extending in the printing plane along a periphery of the outer wall layer, and the stiffening structure layer having at least two portions, which are spaced apart from one another; c) repeating steps a) and b) to produce an outer wall with a stiffening structure for a tubular body with reduced internal stress, the tubular body being a manifold, comprising surfaces with curvatures in two directions, wherein a number of stiffening structure layers form a stiffening structure which forms a rib-like network structure, which is hexagonal and extends over the outer wall , wherein the outer wall layer and the stiffening structure layer are in one piece, and wherein the outer wall layer and the stiffening structure form an uninterrupted, unitary seamless tubular body layer. wherein a number of stiffening structure layers form a stiffening structure which forms a rib-like network structure, which is hexagonal and extends over the outer wall , wherein the outer wall layer and the stiffening structure layer are in one piece, and wherein the outer wall layer and the stiffening structure form an uninterrupted, unitary seamless tubular body layer.
A facade element having a first insulating glass unit and at least one adjacently arranged second insulating glass unit , wherein the two insulating glass units are connected together by their adjoining edges in an abutting region by means of a transparent adhesive connection , wherein the adhesive connection is formed by a two-component silicone material introduced in liquid form into a joint area defined in the abutting region of the adjoining edges and is of crystal-clear transparency after curing, and wherein the adhesive connection is formed without any gas bubbles, wherein the facade element comprises a plurality of insulating glass units connected together by means of the crystal-clear adhesive connection so as to form a large-scale and transparent facade element .
A device for coupling components, comprising a first element having at least one inclined surface; and a second element having at least one inclined surface reciprocal to the at least one inclined surface of the first element, wherein an axial movement of at least one of the elements causes a radial force to be applied to at least one of the components, characterized by a liner disposed between the at least one inclined surface of the first element and the at least one inclined surface of the second element, wherein the liner is an anti-friction fabric. a first element having at least one inclined surface; and a second element having at least one inclined surface reciprocal to the at least one inclined surface of the first element, wherein an axial movement of at least one of the elements causes a radial force to be applied to at least one of the components, characterized by a liner disposed between the at least one inclined surface of the first element and the at least one inclined surface of the second element, wherein the liner is an anti-friction fabric.
A communication processing method, comprising: receiving , by a terminal device, a first indication message sent by a radio access network, wherein the first indication message indicates whether to activate a duplication mode of a radio bearer for data transmission between the terminal device and the radio access network, and when the duplication mode is activated, data from a packet data convergence protocol, PDCP, entity in the radio bearer is transmitted on a corresponding first radio link control, RLC, entity on a first path, and is duplicately transmitted on a corresponding second RLC entity on a second path; and activating or deactivating, by the terminal device, the duplication mode of the radio bearer based on the first indication message, wherein the first indication message is a media access control, MAC, layer message and comprises a first field and a second field, the first field indicates that the first indication message is a control message for the duplication mode, and the second field indicates whether to activate the duplication mode. receiving , by a terminal device, a first indication message sent by a radio access network, wherein the first indication message indicates whether to activate a duplication mode of a radio bearer for data transmission between the terminal device and the radio access network, and when the duplication mode is activated, data from a packet data convergence protocol, PDCP, entity in the radio bearer is transmitted on a corresponding first radio link control, RLC, entity on a first path, and is duplicately transmitted on a corresponding second RLC entity on a second path; and activating or deactivating, by the terminal device, the duplication mode of the radio bearer based on the first indication message, wherein the first indication message is a media access control, MAC, layer message and comprises a first field and a second field, the first field indicates that the first indication message is a control message for the duplication mode, and the second field indicates whether to activate the duplication mode.
Stay component, in particular chain stay component , for a rear structure of a bicycle, with a non-drive-side stay and a drive-side stay for the respective connection of the bicycle to a rear road wheel of the bicycle, a stay yoke for stiffening the two stays , the stay component having a bicycle component which has - a non-drive-side guide inlet for guiding the shift cable into the non-drive-side stay , - a guide device for integrated guidance of the shift cable in the rear structure, and - a drive-side guide outlet for guiding the shift cable out of the drive-side stay , wherein the non-drive-side guide inlet of the bicycle component is arranged on the non-drive-side stay , and the drive-side guide outlet of the bicycle component is arranged on the drive-side stay . a stay yoke for stiffening the two stays , the stay component having a bicycle component which has - a non-drive-side guide inlet for guiding the shift cable into the non-drive-side stay , - a guide device for integrated guidance of the shift cable in the rear structure, and - a drive-side guide outlet for guiding the shift cable out of the drive-side stay , - a non-drive-side guide inlet for guiding the shift cable into the non-drive-side stay , - a guide device for integrated guidance of the shift cable in the rear structure, and - a drive-side guide outlet for guiding the shift cable out of the drive-side stay , wherein the non-drive-side guide inlet of the bicycle component is arranged on the non-drive-side stay , and the drive-side guide outlet of the bicycle component is arranged on the drive-side stay .
A method for manufacturing a water absorption treatment material that absorbs a liquid, the method comprising: a water addition step of adding an aqueous solution containing a foaming agent to a material to be granulated; and a granulating step of granulating the material to be granulated to which the aqueous solution is added and thereby forming a granule, wherein, in the water addition step, before the aqueous solution is added to the material to be granulated, the foaming agent is reacted in the aqueous solution. a water addition step of adding an aqueous solution containing a foaming agent to a material to be granulated; and a granulating step of granulating the material to be granulated to which the aqueous solution is added and thereby forming a granule, wherein, in the water addition step, before the aqueous solution is added to the material to be granulated, the foaming agent is reacted in the aqueous solution.
A power management and distribution (PMAD) system , comprising: a first plurality of power sources comprising at least one of a first solar array , a first supercapacitor , and a first battery ; a first collector bus configured to receive power from the first plurality of power sources; an unregulated DC bus configured to receive power from the first collector bus ; a regulated high voltage direct current (HVDC) bus configured to receive a first power from the unregulated DC bus via a first bidirectional DC/DC converter ; a first primary load bidirectional DC/DC converter configured to receive a second power from the unregulated DC bus ; a first secondary power distribution unit (PDU) configured to receive the first power from the regulated HVDC bus ; and a first primary PDU configured to receive both the first power from the regulated HVDC bus and the second power from the first primary load bidirectional DC/DC converter , wherein the first primary PDU is configured to supply power to a primary load , and wherein said primary load is a regenerative load such as a motor/generator; and wherein the first primary PDU is configured to receive the second power from the first primary load bidirectional DC/DC converter independent from the regulated HVDC bus . a first plurality of power sources comprising at least one of a first solar array , a first supercapacitor , and a first battery ; a first collector bus configured to receive power from the first plurality of power sources; an unregulated DC bus configured to receive power from the first collector bus ; a regulated high voltage direct current (HVDC) bus configured to receive a first power from the unregulated DC bus via a first bidirectional DC/DC converter ; a first primary load bidirectional DC/DC converter configured to receive a second power from the unregulated DC bus ; a first secondary power distribution unit (PDU) configured to receive the first power from the regulated HVDC bus ; and a first primary PDU configured to receive both the first power from the regulated HVDC bus and the second power from the first primary load bidirectional DC/DC converter , wherein the first primary PDU is configured to supply power to a primary load , and wherein said primary load is a regenerative load such as a motor/generator; and wherein the first primary PDU is configured to receive the second power from the first primary load bidirectional DC/DC converter independent from the regulated HVDC bus .
Building , such as a dwelling, comprising a central cistern arranged in the building and a number of water-using objects, such as a toilet in particular, arranged in the building , which water-using objects are connected via respective conduits to the central cistern , wherein for each water-using object a controllable valve is arranged in the respective conduit in order to enable water to be supplied from the central cistern to the water-using object by operating the valve and wherein the central cistern is arranged above the water-using objects as seen in the direction of the force of gravity, wherein the water-using objects comprise at least one toilet bowl, wherein the respective conduit is connected to the flush pipe connection of the toilet bowl , characterized in that the respective conduit is arranged in the floor on which the toilet bowl is arranged, wherein the respective conduit enters the toilet bowl on the underside thereof.
An isolation valve for use in a wellbore, comprising: a tubular housing having a longitudinal bore; an upper flapper disposed in the housing and pivotable relative thereto between an open position and a closed position; a flow tube disposed in the housing and longitudinally movable relative thereto, wherein the flow tube comprises an upper piston operable to open or close the upper flapper ; a lower flapper disposed in the housing and pivotable relative thereto between an open position and a closed position; a lower piston operable to open the lower flapper , wherein the lower piston is disposed between the housing and the flow tube and is longitudinally movable relative thereto; an opener passage in fluid communication with the pistons and an opener hydraulic coupling ; a closer passage in fluid communication with the pistons and a closer hydraulic coupling ; and a closer detent in fluid communication with the pistons and operable to resist closing of the upper flapper and to resist fluid flow through the closer passage . a tubular housing having a longitudinal bore; an upper flapper disposed in the housing and pivotable relative thereto between an open position and a closed position; a flow tube disposed in the housing and longitudinally movable relative thereto, wherein the flow tube comprises an upper piston operable to open or close the upper flapper ; a lower flapper disposed in the housing and pivotable relative thereto between an open position and a closed position; a lower piston operable to open the lower flapper , wherein the lower piston is disposed between the housing and the flow tube and is longitudinally movable relative thereto; an opener passage in fluid communication with the pistons and an opener hydraulic coupling ; a closer passage in fluid communication with the pistons and a closer hydraulic coupling ; and a closer detent in fluid communication with the pistons and operable to resist closing of the upper flapper and to resist fluid flow through the closer passage .
Solid body or container comprising a structure for controlling the temperature thereof by means of an air flow and thermoelectrically operating temperature control elements, wherein the solid body or the container is manufactured in one piece with the structure on the inside or on the outside by 3D pressure moulding, wherein the structure has a regular and/or variable arrangement of polyhedrally moulded cavities with internal struts of variable and/or regular arrangement and density serving as air ducts , the incorporated air ducts being arranged chaotically within the structure , and a thermoelectric temperature control based on a Peltier or Thomson effect being integrated into the structure .
Method for determining a diameter (dK) of a single crystal while pulling a cylindrical portion of the single crystal and an end cone of the single crystal , from a melt in a crucible of a device for pulling the single crystal , wherein taking into account a first sinking speed (vS) of a surface of the melt relative to the crucible , a first lifting speed (vK) at which the single crystal is lifted relative to the crucible , and mass conservation, the diameter (dK) of the single crystal is determined at an interface with the melt , wherein a diameter of the single crystal determined during the pulling of the cylindrical portion of the single crystal by observing a bright ring on the surface of the melt is used for a correction or a plausibility check of the diameter (dK) of the single crystal to be determined during the pulling of the end cone of the single crystal.
A method, performed by a network unit (20; 30), for enabling management of random access attempts in a wireless communication system by a plurality of devices having wireless communication capabilities, wherein the method comprises: - obtaining (S1) information representing the load of random access attempts; and - determining (S2), based on the information representing the load of random access attempts, control information for controlling a distribution of the random access attempts over time, wherein determining (S2) the control information comprises: predicting (S2-1) a burst of random access attempts by the devices based on the information representing the load of random access attempts; and determining (S2-2), in response to a predicted burst of random access attempts, control information for enabling the devices to distribute the random access attempts over a period of time to at least partly prevent the burst of random access attempts. - obtaining (S1) information representing the load of random access attempts; and - determining (S2), based on the information representing the load of random access attempts, control information for controlling a distribution of the random access attempts over time, wherein determining (S2) the control information comprises: predicting (S2-1) a burst of random access attempts by the devices based on the information representing the load of random access attempts; and determining (S2-2), in response to a predicted burst of random access attempts, control information for enabling the devices to distribute the random access attempts over a period of time to at least partly prevent the burst of random access attempts. predicting (S2-1) a burst of random access attempts by the devices based on the information representing the load of random access attempts; and determining (S2-2), in response to a predicted burst of random access attempts, control information for enabling the devices to distribute the random access attempts over a period of time to at least partly prevent the burst of random access attempts.
A stylus configured for interacting with a touch screen , the stylus comprising: an elongated housing including a first end and a second end, wherein the second end is opposite the first end; a tip extending from the first end of the elongated housing, wherein the tip is configured to interact with a digitizer sensor of the touch screen; a first wireless transmitter configured to transmit a signal via the tip; a pointing stick at the second end; a tri-axial force sensor mounted on the second end, wherein the tri-axial force sensor is configured to sense contact force applied by a user pressing the pointing stick and wherein the tri-axial force sensor includes four walls aligned in a defined X and Y direction to form a pyramid structure each wall having an electrode positioned thereon wherein the Z direction is along the longitudinal direction of the stylus, wherein in the Z direction a symmetric force is detectable on each of the electrodes and wherein in the X or Y direction an asymmetric force is detectable on each of the electrodes ; a second wireless transmitter configured to transmit output sensed by the tri-axial force sensor; and a controller configured to control transmission of the first wireless transmitter and the second wireless transmitter. an elongated housing including a first end and a second end, wherein the second end is opposite the first end; a tip extending from the first end of the elongated housing, wherein the tip is configured to interact with a digitizer sensor of the touch screen; a first wireless transmitter configured to transmit a signal via the tip; a pointing stick at the second end; a tri-axial force sensor mounted on the second end, wherein the tri-axial force sensor is configured to sense contact force applied by a user pressing the pointing stick and wherein the tri-axial force sensor includes four walls aligned in a defined X and Y direction to form a pyramid structure each wall having an electrode positioned thereon wherein the Z direction is along the longitudinal direction of the stylus, wherein in the Z direction a symmetric force is detectable on each of the electrodes and wherein in the X or Y direction an asymmetric force is detectable on each of the electrodes ; a second wireless transmitter configured to transmit output sensed by the tri-axial force sensor; and a controller configured to control transmission of the first wireless transmitter and the second wireless transmitter.
A method implemented by an access point for allocating an uplink reference signal to a user equipment, UE , located in a cell area comprising one or a plurality of cells served by one or a plurality of access nodes , comprising: • determining one or a plurality of active applications of the UE , • determining a traffic characteristic associated to the one or the plurality of active applications, wherein the traffic characteristic associated to the one or the plurality of active applications of the UE includes an indication of a continuity of the data transmission, burstiness of the data transmission, and/or a peak data rate with respect to a physical layer of the data transmission associated with the UE , • associating a priority level to the UE , wherein the priority level is based on the traffic characteristic, • determining if the priority level of the UE is above a certain priority level, and • if the priority level is above the certain priority level, allocating an uplink reference signal to the UE that is orthogonal to all the other reference signals currently assigned to other UEs in the cell area, otherwise, allocating an uplink reference signal to the UE that is not orthogonal to all the other reference signals currently assigned to other UEs in the cell area. • determining one or a plurality of active applications of the UE , • determining a traffic characteristic associated to the one or the plurality of active applications, wherein the traffic characteristic associated to the one or the plurality of active applications of the UE includes an indication of a continuity of the data transmission, burstiness of the data transmission, and/or a peak data rate with respect to a physical layer of the data transmission associated with the UE , • associating a priority level to the UE , wherein the priority level is based on the traffic characteristic, • determining if the priority level of the UE is above a certain priority level, and • if the priority level is above the certain priority level, allocating an uplink reference signal to the UE that is orthogonal to all the other reference signals currently assigned to other UEs in the cell area, otherwise, allocating an uplink reference signal to the UE that is not orthogonal to all the other reference signals currently assigned to other UEs in the cell area.
Filter device having a filter head , a filter element and a filter bowl for receiving the replaceable filter element , wherein a compensation device is provided which acts between the filter head and the filter element , characterised in that the compensation device is a component of the filter element and has a gimbal bearing for establishing a fluid-conducting connection to the filter head .