mhurhangee/patent-ind-claim-en huggingface dataset:
Shelf for a trolley comprising a plate providing a surface for carrying goods, such as potted plants and flowers, and hooks for mounting the shelf in the trolley , wherein one or more of the hooks are formed from a metal strip bent about an axis (A) extending perpendicular to the central plane of the plate , characterized in that the hooks each comprise two portions of a strip, preferably diverging or parallel portions, wherein each of the portions comprises a notch , and the notches are aligned thus forming the hooks .
A control device for a vehicle oil supply device (44; 108; 120; 140), the vehicle oil supply device including: a mechanical oil pump configured to be rotatable forward and in reverse; an electric oil pump configured to suction oil stored in an oil storage portion common to the mechanical oil pump ; a first filtering member provided to a first strainer of the mechanical oil pump ; and a second filtering member provided to a second strainer of the electric oil pump , the control device comprising a controller configured to control a rotational speed (Neop) of the electric oil pump , characterized by the controller being configured to restrict the rotational speed (Neop) of the electric oil pump when the mechanical oil pump is rotated in reverse such that the rotational speed of the electric oil pump is lower when the mechanical oil pump is rotated in reverse compared to when the mechanical oil pump is rotated forward. a mechanical oil pump configured to be rotatable forward and in reverse; an electric oil pump configured to suction oil stored in an oil storage portion common to the mechanical oil pump ; a first filtering member provided to a first strainer of the mechanical oil pump ; and a second filtering member provided to a second strainer of the electric oil pump , the control device comprising a controller configured to control a rotational speed (Neop) of the electric oil pump , characterized by the controller being configured to restrict the rotational speed (Neop) of the electric oil pump when the mechanical oil pump is rotated in reverse such that the rotational speed of the electric oil pump is lower when the mechanical oil pump is rotated in reverse compared to when the mechanical oil pump is rotated forward.
Method for monitoring a spark ignition internal combustion engine to detect a failure of an exhaust gas recirculation valve, characterized in that the method comprises the following steps: a) modifying the position of an exhaust gas recirculation control valve, b) using a map to calculate the theoretical ignition advance based on engine speed and engine load, without taking exhaust gas recirculation into account, c) using an ignition advance management device to determine an optimum ignition advance, the optimum ignition advance determined being the highest ignition advance before a knocking effect is detected in the engine , obtained from a knock sensor , d) calculating a diagnostic criterion on the basis of the theoretical ignition advance and the optimum ignition advance, and e) comparing the diagnostic criterion with a control valve failure threshold on the basis of comparison means , the comparison means comprising a plurality of failure thresholds based on the opening position of the valve . a) modifying the position of an exhaust gas recirculation control valve, b) using a map to calculate the theoretical ignition advance based on engine speed and engine load, without taking exhaust gas recirculation into account, c) using an ignition advance management device to determine an optimum ignition advance, the optimum ignition advance determined being the highest ignition advance before a knocking effect is detected in the engine , obtained from a knock sensor , d) calculating a diagnostic criterion on the basis of the theoretical ignition advance and the optimum ignition advance, and e) comparing the diagnostic criterion with a control valve failure threshold on the basis of comparison means , the comparison means comprising a plurality of failure thresholds based on the opening position of the valve .
A multiphase fluid dispenser (2; 2') comprising a cylindrical enclosure (4; 4') having, at one longitudinal end, an inlet orifice (6; 6') and, at an opposite longitudinal end, a plurality of cylindrical outlet orifices (8; 8') of the same right section that are regularly distributed around a longitudinal axis (X-X) of the enclosure and that are aligned in a common plane (P) extending transversely to the enclosure, each of the inlet and outlet orifices opening inside the enclosure along a direction that is substantially tangential to the enclosure, the dispenser further comprising fluid guide means (10; 10') for imparting helical motion to the fluid flowing inside the enclosure from the inlet orifice towards the outlet orifices.
A composition comprising alpha1-antitrypsin (AAT), a cleavage product thereof, a recombinant or fusion AAT molecule thereof and a therapeutically acceptable excipient for use in a method for reducing transplantation rejection in a subject, the method comprising administering the composition to the subject at least 9 weeks prior to transplantation; and reducing transplantation rejection in the subject.
Coolant distributor for a machine assembly , wherein at least one coolant forward flow inlet opening for supplying a coolant forward flow and at least one coolant return flow outlet opening for discharging a coolant return flow as well as multiple coolant forward flow outlet openings and multiple coolant return flow inlet openings are formed in a distributor body of the coolant distributor , wherein the coolant forward flow inlet opening is fluidically connected by way of a forward flow chamber present in the distributor body to the coolant forward flow outlet openings , and the coolant return flow inlet openings are fluidically connected by way of a return flow chamber to the coolant return flow outlet opening , and the coolant forward flow inlet opening is fluidically separated within the distributor body from the coolant return flow outlet opening , such that the coolant forward flow is divided within the distributor body into multiple coolant partial flows which are supplied to the coolant forward flow outlet openings and coolant partial flows supplied to the distributor body by way of the coolant return flow inlet openings are combined within the distributor body to form the coolant return flow , characterised in that the distributor body is composed of two identical parts , which form the forward flow chamber and the return flow chamber between them.
A semiconductor light-emitting element comprising: a first semiconductor layer of a first conductivity type; a light-emitting functional layer that is formed on the first semiconductor layer and includes first and second light-emitting layers ; and a second semiconductor layer that is formed on the light-emitting functional layer and is of a conductivity type opposite to the conductivity type of the first semiconductor layer , wherein the first light-emitting layer has: a first base layer (BL1) that has a composition subject to stress strain from the first semiconductor layer and has a plurality of first base segments (BS1) partitioned into a random net shape by a first groove (GR1); a first quantum well layer (WA) that retains a segment shape of the first base segments (BS1) and is formed on the first base layer (BL1); and a first barrier layer (BA) that has a flat surface flattened by embedding the first base layer (BL1) and the first quantum well layer (WA), wherein the first base segments (BS1) have an upper surface composed of a first flat portion (FL1) and side surfaces composed of inner wall surfaces of the first groove (GR1), wherein the second light-emitting layer is formed on the first light-emitting layer , and wherein the second light-emitting layer has: a second base layer (BL2) that has a composition subject to stress strain from the first barrier layer (BA) and has a plurality of second base segments (BS2) partitioned into a random net shape by a third groove (GR3); a second quantum well layer (WB) that retains a segment shape of the second base segments (BS2) and is formed on the second base layer (BL2); and a second barrier layer (BB) formed on the second quantum well layer (WB), wherein the second base segments (BS2) have an upper surface composed of a second flat portion (FL2) and side surfaces composed of inner wall surfaces of the third groove (GR3).
Film transportation plate for transporting a film web through processing stations of a film packaging machine, wherein the film transportation plate has two opposite lateral edges and, therebetween, at least one mould impression for thermoforming the film web , and wherein retaining means for the film web are arranged at the two lateral edges , characterized in that the retaining means are each formed by a fixed clamping surface and at least one clamping jaw , which is movable relative to the clamping surface , for pressing the film web so as to clamp it against the clamping surface , wherein the retaining means also each have at least one retaining magnet for attracting the clamping jaw against the clamping surface , and an actuating extension for lifting the clamping jaw off the clamping surface .
A motor control method for a drive mechanism for a motorized lacing engine within an automated footwear platform, the method comprising: segmenting a pre-defined travel distance associated with the drive mechanism into a plurality of control segments , the travel distance corresponding to linear travel distance of a lace; defining a plurality of moves for the drive mechanism in terms of control segments; creating a plurality of motion profiles, each motion profile of the plurality of motion profiles including one or more moves from the plurality of moves; and commanding movement of the drive mechanism based on selection of one or more motion profiles from the plurality of motion profiles, wherein the pre-defined travel distance covers a continuum of operational travel of the drive mechanism, corresponding to lace take-up between a fully loose position and a max tightness position, and the control segments vary in size based on position on the continuum of operational travel. segmenting a pre-defined travel distance associated with the drive mechanism into a plurality of control segments , the travel distance corresponding to linear travel distance of a lace; defining a plurality of moves for the drive mechanism in terms of control segments; creating a plurality of motion profiles, each motion profile of the plurality of motion profiles including one or more moves from the plurality of moves; and commanding movement of the drive mechanism based on selection of one or more motion profiles from the plurality of motion profiles, wherein the pre-defined travel distance covers a continuum of operational travel of the drive mechanism, corresponding to lace take-up between a fully loose position and a max tightness position, and the control segments vary in size based on position on the continuum of operational travel.
A method comprising; receiving (S4) at least one reference signal from a first cell in a dormant state and at least one reference signal from a second cell in a dormant state within a same or different sub frames of a set of sub frames, wherein the at least one reference signal from the first cell is associated with different resource elements of said set of sub frames to those associated with the at least one reference signal from the second cell, each cell having an identity associated therewith, a position of the at least one reference signal from a respective cell is dependent on said cell identity, said position being dependent on a modulo operation performed with respect to said cell identity, wherein a period for transmitting the reference signal from the first cell is aligned with a period for transmitting the reference signal from the second cell.
A method for a robot middleware system, comprising: sending one or more secure encrypted type-enforced context message that includes an action message to communicate between a first robot middleware node and a second robot middleware node; wherein the first robot middleware node includes a server application and the second robot middleware node includes a client application ; wherein the action message is a protected message that comprises a security context specifying a pre-requisite action performed by the first middleware node and/or the second middleware node to apply a message protection action before the one or more secure encrypted context message is exchanged between the first robot middleware node and the second robot middleware node; wherein the message protection action includes verifying whether a pre-action contract matches an action to be performed by the first robot middleware node and the second robot middleware node, wherein the pre-action contract specifies actions to be taken by the first robot middleware node and the second robot middleware. sending one or more secure encrypted type-enforced context message that includes an action message to communicate between a first robot middleware node and a second robot middleware node; wherein the first robot middleware node includes a server application and the second robot middleware node includes a client application ; wherein the action message is a protected message that comprises a security context specifying a pre-requisite action performed by the first middleware node and/or the second middleware node to apply a message protection action before the one or more secure encrypted context message is exchanged between the first robot middleware node and the second robot middleware node; wherein the message protection action includes verifying whether a pre-action contract matches an action to be performed by the first robot middleware node and the second robot middleware node, wherein the pre-action contract specifies actions to be taken by the first robot middleware node and the second robot middleware.
A surgical instrument assembly, comprising: a handle , comprising: a battery receptacle ; and electrical contacts ; a battery removably engageable with said battery receptacle , wherein said battery is configured to engage said electrical contacts when said battery is in an operably seated position relative to said battery receptacle ; and a battery lockout, comprising: an unlocked configuration which permits said battery to be operably seated relative to said battery receptacle ; and a locked configuration which prevents said battery from being operably seated relative to said battery receptacle , characterized in that : said battery lockout comprises a lock arm movable between an unextended position associated with said unlocked configuration and an extended position associated with said locked configuration, and wherein said lock arm is configured to prevent said battery from being operably seated relative to said battery cavity when said lock arm is in said extended position, wherein said lock arm comprises a cantilever beam integrally formed with said handle . a handle , comprising: a battery receptacle ; and electrical contacts ; a battery receptacle ; and electrical contacts ; a battery removably engageable with said battery receptacle , wherein said battery is configured to engage said electrical contacts when said battery is in an operably seated position relative to said battery receptacle ; and a battery lockout, comprising: an unlocked configuration which permits said battery to be operably seated relative to said battery receptacle ; and a locked configuration which prevents said battery from being operably seated relative to said battery receptacle , characterized in that : said battery lockout comprises a lock arm movable between an unextended position associated with said unlocked configuration and an extended position associated with said locked configuration, and wherein said lock arm is configured to prevent said battery from being operably seated relative to said battery cavity when said lock arm is in said extended position, wherein said lock arm comprises a cantilever beam integrally formed with said handle . an unlocked configuration which permits said battery to be operably seated relative to said battery receptacle ; and a locked configuration which prevents said battery from being operably seated relative to said battery receptacle , characterized in that : said battery lockout comprises a lock arm movable between an unextended position associated with said unlocked configuration and an extended position associated with said locked configuration, and wherein said lock arm is configured to prevent said battery from being operably seated relative to said battery cavity when said lock arm is in said extended position, wherein said lock arm comprises a cantilever beam integrally formed with said handle .
A broadcast receiving apparatus , comprising: a tuner unit ; an input/output unit connectable to an external display apparatus ; a built-in speaker ; and a control unit configured to control the tuner unit , the input/output unit , and the built-in speaker , and to detect status information of the display apparatus through the input/output unit , wherein the control unit is arranged to decode a broadcast signal received through the tuner unit and output audio included in the decoded broadcast signal, wherein, when the status information of the display apparatus indicates a power-on state, the control unit is arranged to output the audio to the built-in speaker and to a speaker associated with the display apparatus or only to the built-in speaker , and when the status information of the display apparatus indicates a power-off state, the control unit is arranged to output the audio only to the built-in speaker , and characterized in that the control unit is configured to, in response to the detected status information indicating that the external display apparatus is on, cause a pop-up to be displayed on a screen of the external display apparatus , the pop-up configured to allow a user to select between at least a mode where only the broadcast receiving apparatus outputs audio and a mode in which both the broadcast receiving apparatus and the external display apparatus output audio. a tuner unit ; an input/output unit connectable to an external display apparatus ; a built-in speaker ; and a control unit configured to control the tuner unit , the input/output unit , and the built-in speaker , and to detect status information of the display apparatus through the input/output unit , wherein the control unit is arranged to decode a broadcast signal received through the tuner unit and output audio included in the decoded broadcast signal, wherein, when the status information of the display apparatus indicates a power-on state, the control unit is arranged to output the audio to the built-in speaker and to a speaker associated with the display apparatus or only to the built-in speaker , and when the status information of the display apparatus indicates a power-off state, the control unit is arranged to output the audio only to the built-in speaker , and characterized in that the control unit is configured to, in response to the detected status information indicating that the external display apparatus is on, cause a pop-up to be displayed on a screen of the external display apparatus , the pop-up configured to allow a user to select between at least a mode where only the broadcast receiving apparatus outputs audio and a mode in which both the broadcast receiving apparatus and the external display apparatus output audio.
Method for optimizing the running characteristics of a circulating belt of a weighing belt conveyor , in which a) a unique reference position (x`=0) on the belt in the circulation direction (ω) of the belt is defined for at least one circulation of the belt , b) a force signal (F(t)) in a predefined direction is determined on the basis of the movement of the reference position (x`=0) during the at least one circulation, characterized in that c) the curve of a deviation of the force signal (F(t)) from a target value as a result of an interference force is determined from the signal, and d) the mass of the belt is increased by adding material or the mass of the belt is reduced by removing material of the belt , at least in accordance with the direction of the determined deviation, on the basis of the position (x`) of the belt relative to the reference position (x`=0). a) a unique reference position (x`=0) on the belt in the circulation direction (ω) of the belt is defined for at least one circulation of the belt , b) a force signal (F(t)) in a predefined direction is determined on the basis of the movement of the reference position (x`=0) during the at least one circulation, characterized in that c) the curve of a deviation of the force signal (F(t)) from a target value as a result of an interference force is determined from the signal, and d) the mass of the belt is increased by adding material or the mass of the belt is reduced by removing material of the belt , at least in accordance with the direction of the determined deviation, on the basis of the position (x`) of the belt relative to the reference position (x`=0).
An injector for a large slow-running two-stroke engine, the injector comprising - a nozzle with a nozzle aperture for extending into the cylinder and injecting lubricant into the cylinder in the injection phase; - an outlet-valve system at the nozzle for opening and closing for flow of lubricant to the nozzle aperture during an injection cycle; the outlet-valve system comprising a non-return outlet-valve arranged for opening for lubricant flow to the nozzle aperture upon pressure rise above a predetermined pressure level at the non-return outlet-valve in the injection phase; - a front chamber for containing lubricant and communicating with the outlet-valve system and being configured for ejection of at least a portion of the lubricant in the front chamber through the outlet-valve system upon pressurization of the front chamber in the injection phase; characterized in that the injector comprises a hydraulic-driven multi-step piston-based pumping-system, the pumping-system comprising a hydraulically-driven plunger-member , and wherein the pumping-system is configured for driving the plunger-member in multiple consecutive steps before retraction of the plunger-member for pressurising the lubricant inside the front-chamber to above the predetermined limit in each of such multiple steps for consecutive injection of multiple predetermined portions of lubricant from the front chamber through the outlet-valve system and the nozzle aperture into the cylinder before retraction of the plunger-member and refilling of lubricant into the front chamber . - a nozzle with a nozzle aperture for extending into the cylinder and injecting lubricant into the cylinder in the injection phase; - an outlet-valve system at the nozzle for opening and closing for flow of lubricant to the nozzle aperture during an injection cycle; the outlet-valve system comprising a non-return outlet-valve arranged for opening for lubricant flow to the nozzle aperture upon pressure rise above a predetermined pressure level at the non-return outlet-valve in the injection phase; - a front chamber for containing lubricant and communicating with the outlet-valve system and being configured for ejection of at least a portion of the lubricant in the front chamber through the outlet-valve system upon pressurization of the front chamber in the injection phase;