mhurhangee/patent-ind-claim-en huggingface dataset:
Hydraulic bearing bushing , in particular for rail vehicle running gears, wherein the hydraulic bearing bushing has the following features: - an inner bushing for receiving a bearing journal , - an annular rubber body , which substantially encloses the inner bushing and is connected thereto via its outer circumference, preferably vulcanized on via its circumference, and - two annular support rings , preferably made of metal, vulcanized on at the two axial ends of the rubber body, - an outer annular housing , against the inner circumference of which the support rings are supported, preferably at the two axial ends of the outer annular housing, and - at least two chambers that are formed in the circumferential direction between the annular rubber body and the annular housing , each extend over partial regions of the circumference and are able to be filled with a hydraulic fluid, wherein the chambers are connected together via at least one equalizing and throttle channel , characterized in that the inner bushing has a preferably encircling cavity , and the equalizing and throttle channel is formed substantially by at least one separate, tubular line element arranged in this cavity, preferably by at least one flexible hose arranged in this cavity. - an inner bushing for receiving a bearing journal , - an annular rubber body , which substantially encloses the inner bushing and is connected thereto via its outer circumference, preferably vulcanized on via its circumference, and - two annular support rings , preferably made of metal, vulcanized on at the two axial ends of the rubber body, - an outer annular housing , against the inner circumference of which the support rings are supported, preferably at the two axial ends of the outer annular housing, and - at least two chambers that are formed in the circumferential direction between the annular rubber body and the annular housing , each extend over partial regions of the circumference and are able to be filled with a hydraulic fluid,
A patient support apparatus with self-locking mechanism comprises an undercarriage with casters, a lifting device, a support deck, and a patient support deck frame wherein the patient support deck frame comprises side rails, guiding posts with a shaped stop , and at least one removable part of the patient support apparatus, wherein removable part of the patient support apparatus comprises a removable part body and a removable part frame comprising three parts such as a bottom part of the frame , an upper part of the frame and a side part of the frame characterized in that at least one part of the removable part frame comprises a control element , a rod and at least one part of the removable part frame comprises a cradle latch located between the shaped stop and the rod which both restrict space for the cradle latch .
A method of generating a stream, the method comprising: - partitioning a three-dimensional point cloud in a plurality of three-dimensional parts each comprising at least a point of the three-dimensional point cloud; - for each of said three-dimensional parts : • determining a depth map of said three-dimensional part according to parameters representative of a two-dimensional parametrization responsive to geometric information associated with said at least a point and to pose information associated with a range of points of view; and • determining a color map of said three-dimensional part according to said parameters; the plurality of determined depth maps being represented in a first patch atlas , each depth map corresponding to one patch of the first patch atlas, and the plurality of determined color maps being represented in a second patch atlas , each color map corresponding to one patch of the second patch atlas; - generating said stream comprising the parameters representative of the two-dimensional parametrizations, data representative of the first patch atlas, data representative of the second patch atlas and a first mapping information representative of a mapping between said two-dimensional parametrizations and corresponding depth maps in the first patch atlas and corresponding color maps in the second patch atlas. - partitioning a three-dimensional point cloud in a plurality of three-dimensional parts each comprising at least a point of the three-dimensional point cloud; - for each of said three-dimensional parts : • determining a depth map of said three-dimensional part according to parameters representative of a two-dimensional parametrization responsive to geometric information associated with said at least a point and to pose information associated with a range of points of view; and • determining a color map of said three-dimensional part according to said parameters; the plurality of determined depth maps being represented in a first patch atlas , each depth map corresponding to one patch of the first patch atlas, and the plurality of determined color maps being represented in a second patch atlas , each color map corresponding to one patch of the second patch atlas; • determining a depth map of said three-dimensional part according to parameters representative of a two-dimensional parametrization responsive to geometric information associated with said at least a point and to pose information associated with a range of points of view; and • determining a color map of said three-dimensional part according to said parameters; - generating said stream comprising the parameters representative of the two-dimensional parametrizations, data representative of the first patch atlas, data representative of the second patch atlas and a first mapping information representative of a mapping between said two-dimensional parametrizations and corresponding depth maps in the first patch atlas and corresponding color maps in the second patch atlas.
Security pigment comprising core-shell particles having a core based on an organic addition polymer, a shell based on an organic condensation polymer, and a feature substance present in the core in finely distributed or dissolved form, where the addition polymer is a three-dimensionally crosslinked thermoset, the condensation polymer of the shell is a melamine-formaldehyde resin, and the feature substance is a fluorescent or phosphorescent or photochromic or thermochromic feature substance or a UV or IR or VIS absorption dye.
Safety system for a paraglider harness comprising an impact protection element that is formed by an air cell that is formed of shaped foam and filled by dynamic pressure, and an emergency parachute that is integrated in or on the harness, wherein the foam impact protection element is in the shape of a seat shell, and that, in addition to the impact protection element, an airbag system that can be inflated by means of an energy system, for example a fan, is integrated in the harness, which airbag system, when inflated, consists of a main chamber arranged under the impact protection element and two laterally arranged side chambers .
A refrigeration reciprocating compressor including bearing arrangements and comprising: a crankcase carrying a cylinder and a bearing hub defining a radial bearing ; a crankshaft mounted in the radial bearing and having an eccentric end portion and a free end portion which project outwards from a first and second end portions , respectively, of the bearing hub ; a piston housed in the cylinder ; and a connecting rod coupling the eccentric end portion of the crankshaft to the piston , wherein the first end portion of the bearing hub is defined by a bushing extension affixed in the interior of the bearing hub and presenting an end portion , which projects axially, characterized in that the end portions of the bearing hub are each defined by a respective bushing extension affixed in the interior of the bearing hub and presenting an end portion which projects axially outwards from the bearing hub , so as to be elastically and radially deformed outwardly when pressed by a confronting portion of the crankshaft , which presents a coaxiality deviation of its axis (Y1) in relation to the axis (X1) of the radial bearing .
Container containing a composition comprising tetrafluoropropene, said container being made from metal and comprising an inner surface, and at least 98% of said inner surface in contact with said composition being covered with a coating comprising at least 99% by weight of zinc relative to the total weight of the coating; advantageously, said composition comprises at least 15% by weight of tetrafluoropropene relative to the total weight of the composition.
A voltage driving apparatus for a power amplifier, comprising a voltage input module configured, in use, to be electrically connected to a supply voltage, and a voltage output module , wherein the voltage output module is connected to the power amplifier to provide a output voltage, wherein the voltage driving apparatus further comprises: a signal input module , configured to receive a variable input electric signal; and a control module , electrically connected to the signal input module , the voltage input module , and the voltage output module , and configured to store a table of corresponding information between output voltages for the power amplifier and variable input electric signals of input variable pulse signals, and adjust an output voltage of the voltage output module dynamically according to the variable input electric signal received by the signal input module and the stored table; characterized in that the variable input electric signal received by the signal input module is an input variable pulse signal and the control module is further configured to dynamically adjust the output voltage of the voltage output module according to a duty cycle of the pulse signal. a signal input module , configured to receive a variable input electric signal; and a control module , electrically connected to the signal input module , the voltage input module , and the voltage output module , and configured to store a table of corresponding information between output voltages for the power amplifier and variable input electric signals of input variable pulse signals, and adjust an output voltage of the voltage output module dynamically according to the variable input electric signal received by the signal input module and the stored table; characterized in that the variable input electric signal received by the signal input module is an input variable pulse signal and the control module is further configured to dynamically adjust the output voltage of the voltage output module according to a duty cycle of the pulse signal.
A method performed by a user plane function, UPF, in a core network including the UPF and a session management function, SMF, , comprising: receiving , from the SMF, a first message to request for at least one quality of service, QoS, monitoring for a data flow, the first message including information on a packet transmission delay and information on a first QoS value related to the packet transmission delay; sending , to a base station , monitoring packets; identifying a second QoS value corresponding to a delay between the UPF and the base station; identifying whether a QoS event is triggered based on the first QoS value and the second QoS value; and sending , to the SMF, a second message in case that the QoS event is triggered. receiving , from the SMF, a first message to request for at least one quality of service, QoS, monitoring for a data flow, the first message including information on a packet transmission delay and information on a first QoS value related to the packet transmission delay; sending , to a base station , monitoring packets; identifying a second QoS value corresponding to a delay between the UPF and the base station; identifying whether a QoS event is triggered based on the first QoS value and the second QoS value; and sending , to the SMF, a second message in case that the QoS event is triggered.
A tool for removing a brake piston from a brake assembly of a wind turbine , the tool comprising: a base member configured for placement on a surface of a brake piston sleeve ; and, a puller assembly configured for insertion into an inner cavity defined by the brake piston , the puller assembly including a first shaft and a collet integrally formed with the first shaft , the first shaft being moveable relative to the base member , the collet being configured to engage an inner surface of the brake piston , wherein moving the first shaft relative to the base member slides the brake piston relative to the brake piston sleeve , characterised in that the collet includes a plurality of arms , each arm including a first arm portion extending outward from the first shaft and a second arm portion extending downward from the corresponding first arm portion . a base member configured for placement on a surface of a brake piston sleeve ; and, a puller assembly configured for insertion into an inner cavity defined by the brake piston , the puller assembly including a first shaft and a collet integrally formed with the first shaft , the first shaft being moveable relative to the base member , the collet being configured to engage an inner surface of the brake piston , wherein moving the first shaft relative to the base member slides the brake piston relative to the brake piston sleeve , characterised in that the collet includes a plurality of arms , each arm including a first arm portion extending outward from the first shaft and a second arm portion extending downward from the corresponding first arm portion .
A method for manufacturing a device comprising or forming an electronic module said module comprising an integrated circuit chip having electrical contact pads , insulating material covering at least each pad , and a protruding interconnection portion of an electrical element, which portion is connected directly to each contact pad and extends outwardly, characterized in that each protruding interconnection portion is bonded to each contact pad and is configured to have an interconnection width greater than 100 μm or greater than or equal to the width of each electrical contact pad , said protruding portion forming a loop 32 having two ends bonded to the same contact pad .
A control system to restrict the flow rate of blood in a venous line of a perfusion system , wherein the perfusion system comprises a reservoir that is supplied by the venous line and that supplies an outgoing line , wherein the control system comprises: an outgoing flow sensor configured to determine an outgoing flow value indicative of the outgoing flow rate in the outgoing line , a controller configured to process the outgoing flow value, and an adjustable restriction for restricting the flow rate in the venous line to maintain a venous flow rate that does not exceed a venous restriction threshold, wherein the adjustable restriction is responsive to the controller, characterized in that the controller comprises a configuration allowing the controller to set the adjustable restriction at the level of the outgoing flow rate, to change the venous restriction threshold in response to a change of the outgoing flow rate, the controller being configured to determine if the outgoing flow value exceeds a pre-set pairing threshold and to set, if the outgoing flow value is above the pre-set pairing threshold, the adjustable restriction at the level of the outgoing flow rate. an outgoing flow sensor configured to determine an outgoing flow value indicative of the outgoing flow rate in the outgoing line , a controller configured to process the outgoing flow value, and an adjustable restriction for restricting the flow rate in the venous line to maintain a venous flow rate that does not exceed a venous restriction threshold, wherein the adjustable restriction is responsive to the controller, characterized in that the controller comprises a configuration allowing the controller to set the adjustable restriction at the level of the outgoing flow rate, to change the venous restriction threshold in response to a change of the outgoing flow rate, the controller being configured to determine if the outgoing flow value exceeds a pre-set pairing threshold and to set, if the outgoing flow value is above the pre-set pairing threshold, the adjustable restriction at the level of the outgoing flow rate.
A retroreflector for safety barriers, comprising a support provided with two main faces forming a dihedral and with a base that has a lateral inlet slot for a screw (T) for fastening to a safety barrier (B); and reflectors fastened to the main faces of the support; characterised in that the support is made up of a piece of folded sheet metal which extends along the lower end of the main faces in corresponding tabs facing each other and provided with a hook and a hole for the mutual coupling thereof in an assembly position wherein they make up the base of the support ; one of the tabs of the base having the lateral inlet slot for the fastening screw (T) that extends into an inlet mouth for the screw (T) defined in the corresponding main face of the support .
An acrylic emulsion pressure sensitive adhesive composition comprising negatively charged first acrylic polymer, positively charged second acrylic polymer, and a second external cross-linking agent, wherein a first external cross-linking agent is bonded to at least one of the first and second acrylic polymers, and the first external cross-linking agent is keto group-containing monomer, and the second external cross-linking agent is dihydrazide, wherein the second acrylic polymer is positively charged through repeating units derived from amino group-containing (meth)acrylate, and the repeating units derived from the amino group-containing (meth)acrylate are included in an amount of 5 to 12 mol%, based on total repeating units constituting the second acrylic polymer except the first external cross-linking agent. positively charged second acrylic polymer, and a second external cross-linking agent, wherein a first external cross-linking agent is bonded to at least one of the first and second acrylic polymers, and the first external cross-linking agent is keto group-containing monomer, and the second external cross-linking agent is dihydrazide, wherein the second acrylic polymer is positively charged through repeating units derived from amino group-containing (meth)acrylate, and the repeating units derived from the amino group-containing (meth)acrylate are included in an amount of 5 to 12 mol%, based on total repeating units constituting the second acrylic polymer except the first external cross-linking agent.
A computer-implemented event counting or handling method, the method comprising the steps: distributing or allocating at least one token to at least one predetermined entity, wherein the at least one token is represented by a blockchain public key and address; maintaining a list of addresses associated with the at least one entity or token, wherein the list is represented or defined in a script of a transaction on a blockchain; executing a loop on a computing resource to maintain a count of one or more events generated by the at least one entity by; transferring the list of addresses to the alternate stack of the blockchain for storage; removing an address from the alternate stack once an event for that address has been counted; and executing the loop until the list of addresses becomes empty. distributing or allocating at least one token to at least one predetermined entity, wherein the at least one token is represented by a blockchain public key and address; maintaining a list of addresses associated with the at least one entity or token, wherein the list is represented or defined in a script of a transaction on a blockchain; executing a loop on a computing resource to maintain a count of one or more events generated by the at least one entity by; transferring the list of addresses to the alternate stack of the blockchain for storage; removing an address from the alternate stack once an event for that address has been counted; and executing the loop until the list of addresses becomes empty.
A bottle conveyor for a filling machine, comprising multiple pairs of bottle-gripping members , each pair of bottle-gripping members being capable of opening and closing, with multiple bottle-gripping openings that can be opened or closed, the bottle conveyor further comprising a circulating chain conveyor mechanism, wherein a pair of bottle-gripping members is mounted, via an open-close modular mechanism, to a convey chain of the circulating chain conveyor mechanism, to perform opening and closing actions on the circulating chain conveyor mechanism; a mechanism configured to open the bottle-gripping members is provided respectively at a bottle entrance location and a bottle exit location of the bottle conveyor, the mechanism configured to open the bottle-gripping members cooperates with an external force import mechanism to provide an external force; characterized in that : the open-close modular mechanism is provided with a rotary support capable of being opened as a V-shape, a synchronization mechanism configured to define the opened V-shape, an elastic mechanism configured to provide a bottle-gripping force to the bottle-gripping member and a self-restoring force for the opened V-shape, the external force being a driving force for the opened V-shape.
Method for controlling at least one first propeller and at least one second propeller of a hybrid helicopter , said hybrid helicopter comprising a lift rotor , said hybrid helicopter comprising a control system connected to first blades of the first propeller and to second blades of the second propeller , said hybrid helicopter having a thrust control configured to generate an order for modifying a mean pitch component of a first pitch (PAS1) of the first blades and of a second pitch (PAS2) of the second blades transmitted to the control system , said hybrid helicopter having a yaw control configured to generate an order for changing a differential pitch component of the first pitch (PAS1) and of the second pitch (PAS2) transmitted to the control system , said hybrid helicopter having a collective pitch control for modifying a collective pitch component of a main pitch of main blades of the lift rotor , characterised in that said method comprises the following step of: the control system maintaining the first pitch (PAS1) and the second pitch (PAS2) in a control domain that varies as a function of information relating to said collective pitch component.