mhurhangee/patent-ind-claim-en huggingface dataset:
Loading and unloading device for ambulances or transport vehicles comprising: a) a loading and unloading opening with a first function device for loading and unloading, b) a drive to activate the first function device , c) a drive controller , which controls the drive , d) an activation mechanism to activate the drive controller , e) a second function device for loading and unloading whose drive is controlled by the drive controller , characterized in that f) a pushing or pulling device driven by a motor for a stretcher or cargo on the second function device , designed as a ramp , moves a lifting platform and/or the lift, whereby the motor for the pushing or pulling device is activated by the drive controller . a) a loading and unloading opening with a first function device for loading and unloading, b) a drive to activate the first function device , c) a drive controller , which controls the drive , d) an activation mechanism to activate the drive controller , e) a second function device for loading and unloading whose drive is controlled by the drive controller , characterized in that f) a pushing or pulling device driven by a motor for a stretcher or cargo on the second function device , designed as a ramp , moves a lifting platform and/or the lift, whereby the motor for the pushing or pulling device is activated by the drive controller .
Method for coating a turbomachine guide vane comprising a root and a tip , an extrados face and an intrados face connected to one another by a leading edge and a trailing edge , the method for coating being characterised in that it comprises the following steps: - completely covering one of the faces of the vane with a polymer coating of thickness (e1) provided with grooves , - removing the grooves from a part of the polymer coating in such a way that the polymer coating comprises a grooved zone and a non-grooved zone , - coating the non-grooved zone with a coat of paint of thickness (e3) such that the thickness of the coat of paint superimposed on the non-grooved zone is substantially equal to the thickness (e1) of the grooved zone . - completely covering one of the faces of the vane with a polymer coating of thickness (e1) provided with grooves , - removing the grooves from a part of the polymer coating in such a way that the polymer coating comprises a grooved zone and a non-grooved zone , - coating the non-grooved zone with a coat of paint of thickness (e3) such that the thickness of the coat of paint superimposed on the non-grooved zone is substantially equal to the thickness (e1) of the grooved zone .
A detergent additive comprising: an active, the active comprising one or both of tetraacetylethylenediamine or triacetylethylenediamine; and a copolymer having maleic anhydride-based repeat units and either or both of olefinic or styrenic-based repeat units; and wherein at least a portion of the maleic anhydride-based repeat units are neutralized; wherein the detergent additive comprises 90 weight percent or less of the active and 10 weight percent or more of the copolymer. an active, the active comprising one or both of tetraacetylethylenediamine or triacetylethylenediamine; and a copolymer having maleic anhydride-based repeat units and either or both of olefinic or styrenic-based repeat units; and wherein at least a portion of the maleic anhydride-based repeat units are neutralized; wherein the detergent additive comprises 90 weight percent or less of the active and 10 weight percent or more of the copolymer.
A bearer configuration method comprising: configuring, by a first network device, a bearer sequence number for at least one first bearer of a terminal (S201, S401), wherein the at least one first bearer and at least one second bearer configured by the first network device for the terminal support a data duplication function, the first network device and a second network device provide dual connectivity, DC, transmission for the terminal, the at least one first bearer is associated with the first network device, the at least one second bearer is associated with the first network device and the second network device, and a difference between a first bit to which a bearer sequence number of each first bearer is mapped in a bit field of a Medium Access Control, MAC, Control Element, CE, and a most significant bit of the bit field is greater than a difference between a second bit to which a bearer sequence number of each second bearer is mapped in the bit field of the MAC CE and the most significant bit of the bit field; wherein the at least one first bearer comprises a Master Cell Group, MCG, bearer, and the at least one second bearer comprises at least one of: a Secondary Cell Group, SCG, bearer, a Master Cell Group, MCG, split bearer, and a SCG split bearer; and the bearer sequence number of each first bearer belongs to a first sequence number set, the bearer sequence number of each second bearer belongs to a second sequence number set. configuring, by a first network device, a bearer sequence number for at least one first bearer of a terminal (S201, S401), wherein the at least one first bearer and at least one second bearer configured by the first network device for the terminal support a data duplication function, the first network device and a second network device provide dual connectivity, DC, transmission for the terminal, the at least one first bearer is associated with the first network device, the at least one second bearer is associated with the first network device and the second network device, and a difference between a first bit to which a bearer sequence number of each first bearer is mapped in a bit field of a Medium Access Control, MAC, Control Element, CE, and a most significant bit of the bit field is greater than a difference between a second bit to which a bearer sequence number of each second bearer is mapped in the bit field of the MAC CE and the most significant bit of the bit field; wherein the at least one first bearer comprises a Master Cell Group, MCG, bearer, and the at least one second bearer comprises at least one of: a Secondary Cell Group, SCG, bearer, a Master Cell Group, MCG, split bearer, and a SCG split bearer; and the bearer sequence number of each first bearer belongs to a first sequence number set, the bearer sequence number of each second bearer belongs to a second sequence number set.
A method of automatically configuring a remote indicator , the method comprising: placing the remote indicator within near field communication range of an operating field device , wherein the remote indicator is adapted to perform basic arithmetic operations on process variable information; wirelessly exchanging configuration information between the remote indicator and the operating field device via near field communication; coupling the remote indicator to a same process communication loop or segment as the operating field device to receive process variable information; interpreting the configuration information by the remote indicator ; configuring the remote indicator , according to configuration information received from the operating field device and indicative of the operating field device , so that the remote indicator identifies process variable information transmitted by the operating field device on the process control loop or segment; receiving by the remote indicator , the process variable information via the coupling; and displaying the process variable information received from the operating field device on the remote indicator . placing the remote indicator within near field communication range of an operating field device , wherein the remote indicator is adapted to perform basic arithmetic operations on process variable information; wirelessly exchanging configuration information between the remote indicator and the operating field device via near field communication; coupling the remote indicator to a same process communication loop or segment as the operating field device to receive process variable information; interpreting the configuration information by the remote indicator ; configuring the remote indicator , according to configuration information received from the operating field device and indicative of the operating field device , so that the remote indicator identifies process variable information transmitted by the operating field device on the process control loop or segment; receiving by the remote indicator , the process variable information via the coupling; and displaying the process variable information received from the operating field device on the remote indicator .
Glove-like device , comprising: a carrier structure , a camera , a switching arrangement , wherein the camera is configured to take an image or a sequence of images upon receiving a contact signal, the carrier structure being configured to be attached without further provisions to a hand and/or a wrist of a user such that, in a state pulled over the hand, at least parts of the carrier structure surround the hand of the user, the camera and the switching arrangement being attached to the carrier structure , and the switching arrangement comprising a component to be actuated which is arranged and configured such that it is actuated by an actuating movement of a thumb of the user towards a finger of the same hand and/or towards a finger joint of the same hand, thereby triggering the contact signal and forwarding it to the camera , characterized in that the camera being attached to the carrier structure at a position which lies on the palm and/or wrist in the state pulled over the hand.. a carrier structure , a camera , a switching arrangement , wherein the camera is configured to take an image or a sequence of images upon receiving a contact signal, the carrier structure being configured to be attached without further provisions to a hand and/or a wrist of a user such that, in a state pulled over the hand, at least parts of the carrier structure surround the hand of the user, the camera and the switching arrangement being attached to the carrier structure , and the switching arrangement comprising a component to be actuated which is arranged and configured such that it is actuated by an actuating movement of a thumb of the user towards a finger of the same hand and/or towards a finger joint of the same hand, thereby triggering the contact signal and forwarding it to the camera , characterized in that the camera being attached to the carrier structure at a position which lies on the palm and/or wrist in the state pulled over the hand..
A method for measuring an object using a scanning probe carried by a machine tool, the machine tool having a probe holder for retaining the scanning probe and a carrier for carrying the object to be measured , the method comprising the steps of; (i) using the machine tool to move the probe holder relative to the carrier along a pre-programmed scan path , the pre-programmed scan path comprising at least one first region (106a-d) where the movement along the pre-programed scan path is at a first feedrate, at least one second region where the movement along the pre-programed scan path is at a second feedrate , and at least one acceleration zone (108a-h, 109a, 109b) located between the at least one first region (106a-d) and the at least one second region, (ii) measuring acceleration between the probe holder and the carrier using at least one accelerometer whilst the pre-programmed scan path is traversed, (iii) collecting probe data whilst the pre-programmed scan path is traversed with the scanning probe retained by the probe holder and the object carried by the carrier, the scanning probe thereby scanning the surface of the object , and (iv) using the acceleration measured in step (ii) to identify the at least one acceleration zone (108a-h, 109a, 109b) of the pre-programmed scan path and thereby determine one or more positions along the scan path at which the probe data of step (iii) were collected. (i) using the machine tool to move the probe holder relative to the carrier along a pre-programmed scan path , the pre-programmed scan path comprising at least one first region (106a-d) where the movement along the pre-programed scan path is at a first feedrate, at least one second region where the movement along the pre-programed scan path is at a second feedrate , and at least one acceleration zone (108a-h, 109a, 109b) located between the at least one first region (106a-d) and the at least one second region, (ii) measuring acceleration between the probe holder and the carrier using at least one accelerometer whilst the pre-programmed scan path is traversed, (iii) collecting probe data whilst the pre-programmed scan path is traversed with the scanning probe retained by the probe holder and the object carried by the carrier, the scanning probe thereby scanning the surface of the object , and (iv) using the acceleration measured in step (ii) to identify the at least one acceleration zone (108a-h, 109a, 109b) of the pre-programmed scan path and thereby determine one or more positions along the scan path at which the probe data of step (iii) were collected.
An adherence monitor for a medicament dispensing inhaler , the medicament dispensing inhaler including a body , a store of medicament , a mouthpiece for operatively inhaling the medicament, a cap for the mouthpiece , a tether connecting the cap to the body , and a moveable dose counter housing that moves when a dose of medicament is dispensed by the medicament dispensing inhaler ; the adherence monitor including: a housing configured to enclose at least a portion of the medicament dispensing inhaler in use; a tether opening configured to receive the tether , wherein the tether opening is a slot in a base portion of the housing such that in use the tether operatively passes through the slot, wherein the adherence monitor can be fitted to the medicament dispensing inhaler without removing the cap from the mouthpiece and such that the distance the tether must cover to enable the cap to be attached to the mouthpiece and the body is reduced; and the adherence monitor further including a dose detection switch , wherein the dose detection switch is configured such that it is operatively actuated by the movement of the dose counter housing when the dose of medicament is dispensed. a housing configured to enclose at least a portion of the medicament dispensing inhaler in use; a tether opening configured to receive the tether , wherein the tether opening is a slot in a base portion of the housing such that in use the tether operatively passes through the slot, wherein the adherence monitor can be fitted to the medicament dispensing inhaler without removing the cap from the mouthpiece and such that the distance the tether must cover to enable the cap to be attached to the mouthpiece and the body is reduced; and the adherence monitor further including a dose detection switch , wherein the dose detection switch is configured such that it is operatively actuated by the movement of the dose counter housing when the dose of medicament is dispensed.
Damping device for a vehicle transmission system, comprising: - a support rotatable about an axis (X) and comprising at least one window having, in a plane perpendicular to the axis of rotation (X), a radially inner edge , a radially outer edge , and two lateral edges, a portion of at least one of the lateral edges delimiting a cavity communicating with the window and extending away from this window , , - an elastic return member received in the window , the elastic return member extending in the window between two longitudinal ends each facing a respective lateral edge of the window , at least one of said longitudinal ends of the elastic return member comprising in particular a chamfer , and this longitudinal end facing the lateral edge delimiting the cavity , characterized in that : the portion of the lateral edge of the window delimiting the cavity is the radially outer portion of said lateral edge so as to allow the cavity to accommodate part of the longitudinal end of the elastic return member when the latter is offset radially outwards on account of the rotation of the support . - a support rotatable about an axis (X) and comprising at least one window having, in a plane perpendicular to the axis of rotation (X), a radially inner edge , a radially outer edge , and two lateral edges, a portion of at least one of the lateral edges delimiting a cavity communicating with the window and extending away from this window , , - an elastic return member received in the window , the elastic return member extending in the window between two longitudinal ends each facing a respective lateral edge of the window , at least one of said longitudinal ends of the elastic return member comprising in particular a chamfer , and this longitudinal end facing the lateral edge delimiting the cavity , characterized in that : the portion of the lateral edge of the window delimiting the cavity is the radially outer portion of said lateral edge so as to allow the cavity to accommodate part of the longitudinal end of the elastic return member when the latter is offset radially outwards on account of the rotation of the support .
A method for dynamically adapting the operation of at least one traction substation of a railway vehicle electrical power supply system , each substation being adapted for transferring electrical power to a DC supply line via a supply signal controlled by the substation as a function of a voltage parameter, the supply line being positioned along a track and a set of vehicle(s) traveling on said track being able to connect electrically to the supply line, each substation respectively being associated with a segment of the track corresponding to its supply service zone, characterized in that the method includes the following steps: - determining vehicles currently circulating in the segment specifically associated with said substation; - determining the current supply voltage, at their connection point to the supply line, of each of said vehicles determined in the segment; - determining an updated value of the voltage parameter of said substation as a function of said determined supply voltage of each of said vehicles currently located in the respective segment associated with said substation; - controlling the setting of said updated value thus determined of the voltage parameter of said substation. - determining vehicles currently circulating in the segment specifically associated with said substation; - determining the current supply voltage, at their connection point to the supply line, of each of said vehicles determined in the segment; - determining an updated value of the voltage parameter of said substation as a function of said determined supply voltage of each of said vehicles currently located in the respective segment associated with said substation; - controlling the setting of said updated value thus determined of the voltage parameter of said substation.
A warpage correction apparatus for a metal strip to be used in a continuous plating facility for the metal strip , the warpage correction apparatus comprising: a sink roll disposed downstream of a fixed roll with respect to a conveying direction of the metal strip and inside a molten metal pot for plating, the fixed roll being configured to change the conveying direction of the metal strip; and a correction roll disposed between the fixed roll and the sink roll and configured to correct warpage of the metal strip, characterized in that a ratio D3/D1 of a diameter D3 of the sink roll to a diameter D1 of the fixed roll is not less than 1.5 and D1 <D2<D3 is satisfied where D2 is an apparent diameter of the correction roll corresponding to a pressing amount of the correction roll toward the metal strip, wherein the apparent diameter D2 of the correction roll is a value defined as twice the reciprocal of the curvature of the metal strip around a contact portion between the metal strip and the correction roll, said apparent diameter being calculated as set in the description. a sink roll disposed downstream of a fixed roll with respect to a conveying direction of the metal strip and inside a molten metal pot for plating, the fixed roll being configured to change the conveying direction of the metal strip; and a correction roll disposed between the fixed roll and the sink roll and configured to correct warpage of the metal strip, characterized in that a ratio D3/D1 of a diameter D3 of the sink roll to a diameter D1 of the fixed roll is not less than 1.5 and D1 <D2<D3 is satisfied where D2 is an apparent diameter of the correction roll corresponding to a pressing amount of the correction roll toward the metal strip, wherein the apparent diameter D2 of the correction roll is a value defined as twice the reciprocal of the curvature of the metal strip around a contact portion between the metal strip and the correction roll, said apparent diameter being calculated as set in the description.
Method for operating a dishwasher , in particular a household dishwasher, wherein items to be washed that are arranged in an interior of the dishwasher are washed during a wash program, characterised by : determining a quantity of at least one specific gas in the interior during the wash program and starting a hygiene program and/or outputting a notification to a user of the dishwasher relating to the start of the hygiene program as a function of the determined quantity of the at least one specific gas. determining a quantity of at least one specific gas in the interior during the wash program and starting a hygiene program and/or outputting a notification to a user of the dishwasher relating to the start of the hygiene program as a function of the determined quantity of the at least one specific gas.
Method for implementing a creep charging mode by means of a hybrid drive train of a motor vehicle, the hybrid drive train having an internal combustion engine and a double clutch transmission which comprises a first friction clutch , a first sub-transmission , a second friction clutch and a second sub-transmission , an electric machine being connected to an input of the second sub-transmission , the electric machine being connected to an electric energy store and being configured to charge the electric energy store in a generator mode, the creep charging mode comprising charging the electric energy store during creeping, in the case of which the first friction clutch transmits drive power in the slipping mode from the internal combustion engine into the first sub-transmission , the creep charging mode being set up as an alternating mode, with at least one charging phase (LP), in which the energy store is charged, and with at least one intermediate phase (ZP), in which the energy store is not charged, characterized in that the intermediate phase is set up by virtue of the fact that the second friction clutch is opened, the electric machine being operated as a motor in the intermediate phase (ZP) and providing drive power for creeping, with the result that drive power of the internal combustion engine can be reduced, which drive power is transmitted via the first friction clutch , and the second friction clutch being closed in the charging phase (LP), with the result that drive power is fed from the internal combustion engine via the second friction clutch to the electric machine which is operated as a generator and provides electric energy for charging the energy store .