mhurhangee/ep-ind-claims huggingface dataset:
Device for treating packaging means by applying fitting features or fittings to the packaging means, in particular for printing the packaging means, preferably in multicoloured print, with a packaging-means transport section, on which the packaging means are moved for treatment in a transport direction from a packaging-means inlet (1.1) to a packaging-means outlet (1.2), wherein the packaging-means transport section is formed by at least one transport and treatment element (7, 7b) which can be driven so as circulate about a vertical machine axis and has a plurality of treatment positions with holding and centring units for holding, centring, aligning, and/or moving, for example, rotating or pivoting the packaging means at the treatment positions during the treatment, wherein the holding and centring units are configured in each case at least as of two parts, and consisting specifically of at least one primary part, held during the treatment at the respective treatment position, and a secondary part, at which are provided at least the function elements required for the centring, alignment, and/or controlled movement of the packaging means during their treatment, wherein the secondary part is mounted at or in the primary part such as to be able to circulate about a vertical axis of the respective holding and centring unit, and can be driven by a motor for the alignment and/or the controlled movement of the packaging means during their treatment, characterised in that assigned to the primary parts are a plurality of secondary parts (20b-20g) adjusted to the different types, shapes, and/or sizes of the packaging means, such that the packaging means can be fixed in each case to a reception and foot part (20.1), which is detachably connected to the secondary part of the respective holding and centring unit, such that, for the processing of packaging means of different types and/or shapes and/or sizes, the reception and foot parts (20.1) can be exchanged at the holding and centring units for others which in each case are adjusted so as to fit.
Electrochemical device for storing electric power comprising: - a reactor provided with: ∘ a side wall, ∘ a top wall, ∘ a bottom wall, ∘ an electrolyte inlet, ∘ an electrolyte outlet, - a plurality of electrodes Ex with x an integer between 1 and n, located in the reactor, characterized in that the electrodes being in the form of cones and frusta, arranged alternately and fitted in such a way that the tapered part of each electrode is directed towards the top wall or the bottom wall of the reactor, the frusta coming into contact with the side wall of the reactor, the apexes of the cones defining an axis passing through the open areas of the frusta. - a reactor provided with: ∘ a side wall, ∘ a top wall, ∘ a bottom wall, ∘ an electrolyte inlet, ∘ an electrolyte outlet, ∘ a side wall, ∘ a top wall, ∘ a bottom wall, ∘ an electrolyte inlet, ∘ an electrolyte outlet, - a plurality of electrodes Ex with x an integer between 1 and n, located in the reactor,
A method for a first vehicle in a mobile communication system for setting up data communication with a second vehicle, the method comprising receiving a message from the second vehicle on a first radio frequency, the message comprising information related to an antenna of the second vehicle; configuring an antenna of the first vehicle based on the information related to the antenna of the second vehicle; and transmitting a data packet to the second vehicle on a second radio frequency using the antenna of the first vehicle, wherein the information related to the antenna of the second vehicle comprises information related to a location or position of the antenna on the second vehicle. receiving a message from the second vehicle on a first radio frequency, the message comprising information related to an antenna of the second vehicle; configuring an antenna of the first vehicle based on the information related to the antenna of the second vehicle; and transmitting a data packet to the second vehicle on a second radio frequency using the antenna of the first vehicle, wherein the information related to the antenna of the second vehicle comprises information related to a location or position of the antenna on the second vehicle.
Plain bearing composite material having a support layer of steel, an intermediate layer based on an aluminium alloy which is lead-free with the exception of impurities and a bearing metal layer based on an aluminium alloy which is lead-free with the exception of impurities, wherein the aluminium alloy of the intermediate layer has a composition with from 3.5 to 4.5% by weight copper from 0.1 to 1.5% by weight manganese. from 0.1 to 1.5% by weight magnesium, optionally from 0.1% to 1.0% silicon, optionally from 0.05% to 1.0% iron, optionally from 0.05% to 0.5% chromium, optionally from 0.05% to 0.5% zinc, optionally in total from 0.05% to 0.25% zirconium and titanium, optionally individually no more than 0.1% by weight and in total no more than 0.25% by weight other alloy components, the usual permissible impurities and balance aluminium, and wherein the aluminium alloy of the bearing metal layer has a composition with from 6.0 - 8.0% by weight tin, from 1.0 - 3.0% by weight nickel, from 0.5 - 1.0% by weight manganese, from 0.5 - 1.0% by weight copper, from 0.15 - 0.25% by weight chromium, from 0.1 - 0.3% by weight vanadium, optionally from 0.1 - 0.2% by weight zirconium, optionally up to 0.2% by weight titanium, optionally less than 0.5% by weight of other elements, the remaining permissible impurities and the balance aluminium, wherein "lead-free with the exception of impurities" means that the lead proportion is less than 0.1% by weight.
A vehicle control system for controlling a behavior of a vehicle having steerable front road wheels, comprising: a steering angle sensor configured to detect a steering angle of the vehicle; a controller, wherein the controller is configured to set an additional deceleration to be added to the vehicle based on a detection value of the steering angle sensor, and control the vehicle to generate the set additional deceleration in the vehicle, and a vehicle speed sensor configured to detect a vehicle speed of the vehicle, characterised in that the controller is configured to set the additional deceleration to be larger when a tire longitudinal spring constant of each road wheel of the vehicle is relatively small than when it is not relatively small, and to set the additional deceleration such that a difference in the additional deceleration between when the tire longitudinal spring constant is relatively small and when it is not relatively small becomes larger, as the vehicle speed detected by the vehicle speed sensor becomes larger in a situation where the detected vehicle speed is equal to or greater than a given value. a steering angle sensor configured to detect a steering angle of the vehicle; a controller, wherein the controller is configured to set an additional deceleration to be added to the vehicle based on a detection value of the steering angle sensor, and control the vehicle to generate the set additional deceleration in the vehicle, and a vehicle speed sensor configured to detect a vehicle speed of the vehicle, characterised in that the controller is configured to set the additional deceleration to be larger when a tire longitudinal spring constant of each road wheel of the vehicle is relatively small than when it is not relatively small, and to set the additional deceleration such that a difference in the additional deceleration between when the tire longitudinal spring constant is relatively small and when it is not relatively small becomes larger, as the vehicle speed detected by the vehicle speed sensor becomes larger in a situation where the detected vehicle speed is equal to or greater than a given value.
Wind farm having a plurality of wind energy installations, which each have a rotor and a generator, driven thereby, for generating electric power, and an electrical connection that is used to route the electrical power generated by the wind energy installations to a system connection point and that has a busbar system to which the wind energy installations are connected via turbine transformers, wherein a first group of the wind energy installations has a swivelled phase in comparison with at least one other group, characterized in that the electrical connection for the first group comprises at least one separate swivel transformer that brings about the swivelled phase by a desired swivel angle in relation to the other group, and the wind energy installations are split over the groups (1A, 1B) in such a manner, and the separate swivel transformer is designed in such a manner, that the swivelled phase of the first group is compensatory in relation to a prescribable critical harmonic, wherein a swivel balance module is designed to connect or disconnect the wind energy installations with a different swivel angle or to change the number of groups in order to achieve the desired swivel angle.
A coating agent device, in particular a coating agent valve, for influencing a discharge of a coating agent, comprising a pluggable mounting socket (101; 503; 903; 1203; 1503; 1803, 2003) for pluggable holding the coating agent device, wherein a wall of the pluggable mounting socket (101; 503; 903; 1203; 1503; 1803, 2003) has a thread for rotation securement, and wall portions of the wall which are thread-free or provided with flatter thread flights or thread flanks compared to other wall portions of the wall extend in the axial direction of the pluggable mounting socket, arranged in a rotationally symmetrical manner or in a rotationally asymmetrical manner, characterized in that a movable discharge means, namely a valve needle, is provided to discharge the coating agent, and that the pluggable mounting socket (101; 503; 903; 1203; 1503; 1803, 2003) at least partially surrounds the movable discharge means and/or comprises a coating agent duct.
A process for recovering a triarylphosphine from a Group VIII metal catalyst complex mixture comprising: (i) producing a distillate from a Group VIII metal catalyst complex mixture comprising a Group VIII metal catalyst complex, a triarylphosphine, and a light ends component wherein the distillate comprises at least a portion of the triarylphosphine as a vapor and at least a portion of the light ends component as a vapor; (ii) cooling the distillate to a temperature below the boiling point of the light ends component to form a condensate comprising at least a portion of the light ends component in liquid form; (iii) cooling the condensate to a temperature at which at least a portion of the triarylphosphine is converted to triarylphosphine crystals in the condensate; and (iv) recovering at least a portion of the triarylphosphine crystals from the condensate; wherein the condensate comprises no added solvent. (i) producing a distillate from a Group VIII metal catalyst complex mixture comprising a Group VIII metal catalyst complex, a triarylphosphine, and a light ends component wherein the distillate comprises at least a portion of the triarylphosphine as a vapor and at least a portion of the light ends component as a vapor; (ii) cooling the distillate to a temperature below the boiling point of the light ends component to form a condensate comprising at least a portion of the light ends component in liquid form; (iii) cooling the condensate to a temperature at which at least a portion of the triarylphosphine is converted to triarylphosphine crystals in the condensate; and (iv) recovering at least a portion of the triarylphosphine crystals from the condensate; wherein the condensate comprises no added solvent.
A resource management method, comprising: Selecting, by a resource manager, RM, according to a type and a quantity of application masters, AMs that need to be started in advance, resources from resources registered by a node manager, NM, encapsulating the resources into multiple containers matching the AMs that need to be started in advance, and starting the AMs that need to be started in advance in the matching containers; and characterised by when the RM receives a job submitted by a client, checking, in the AMs that have been started in advance and according to information about the job, whether there is a matching AM to be used to execute the job, and if there is a matching AM to be used to execute the job, submitting the job to the matching AM for execution. Selecting, by a resource manager, RM, according to a type and a quantity of application masters, AMs that need to be started in advance, resources from resources registered by a node manager, NM, encapsulating the resources into multiple containers matching the AMs that need to be started in advance, and starting the AMs that need to be started in advance in the matching containers; and characterised by when the RM receives a job submitted by a client, checking, in the AMs that have been started in advance and according to information about the job, whether there is a matching AM to be used to execute the job, and if there is a matching AM to be used to execute the job, submitting the job to the matching AM for execution.
A cable guide arrangement for longitudinally, transversally or vertically movable cables, wires or strands, with a supporting post as a support element carrying a cable guide and with one cable guide running cable, wire or strand, with at least one holder and a guide member fastened thereto, on which the respective cable, the wire or the strand can be supported, characterised in that the respective guide member is formed by a running roller rigidly or rotatable mounted on the holder, whereas the holder has a Cardan-type-joint with joint halves (6, 7), of which in one joint half the running roller is mounted, whereas the other joint half is attached to the post, whereas both joint halves (6, 7) are bow-shaped and comprising respectively a bolt (8, 9), and whereas the running roller is rotatable on the bolt, which is fastened between the journals of the joint half, meanwhile with the other joint half the bolt serves as attachment means on the post.
A chair caddie, comprising: a central hub; four arms (404A, 404B), each of the four arms (404A, 404B) being coupled to and extending outwardly from the central hub and adapted to support a chair leg; each arm (404A, 404B) being supported by a surface-engaging roller; wherein the surface-engaging rollers cooperate to elevate the arms (404A, 404B) and the central hub above a planar surface engaged by the surface-engaging rollers; each arm (404A, 404B) carrying a chair foot receptacle (424A, 424B) adapted to receive and support a chair foot; wherein each roller is positioned inboard of the chair foot receptacle (424A, 424B) on its respective arm (404A, 404B), characterized in that the central hub comprises four struts (432, 434); each strut (432, 434) is of adjustable length; each strut (432, 434) is pivotally coupled to each adjacent strut (432, 434) at respective strut joints so that each strut (432, 434) can pivot relative to each adjacent strut (432, 434) about a respective strut pivot axis, wherein the strut pivot axes are parallel to one another; and each arm (404A, 404B) is coupled to the central hub at the strut joints. a central hub; four arms (404A, 404B), each of the four arms (404A, 404B) being coupled to and extending outwardly from the central hub and adapted to support a chair leg; each arm (404A, 404B) being supported by a surface-engaging roller; wherein the surface-engaging rollers cooperate to elevate the arms (404A, 404B) and the central hub above a planar surface engaged by the surface-engaging rollers; each arm (404A, 404B) carrying a chair foot receptacle (424A, 424B) adapted to receive and support a chair foot; wherein each roller is positioned inboard of the chair foot receptacle (424A, 424B) on its respective arm (404A, 404B), characterized in that the central hub comprises four struts (432, 434); each strut (432, 434) is of adjustable length; each strut (432, 434) is pivotally coupled to each adjacent strut (432, 434) at respective strut joints so that each strut (432, 434) can pivot relative to each adjacent strut (432, 434) about a respective strut pivot axis, wherein the strut pivot axes are parallel to one another; and each arm (404A, 404B) is coupled to the central hub at the strut joints.
An implantable pulse generator system comprising a nerve stimulation unit for generation and delivery of vagal nerve stimulation pulses; an activity sensor for determining an exertion level of a user and generating a cardiovascular demand representing signal; at least one autonomic tone sensor for determining an autonomic status of the user and generating an autonomic status representing signal; and a control unit that is connected to the nerve stimulation unit, the activity sensor and the autonomic tone sensor and that is adapted to control the nerve stimulation unit depending on both, the cardiovascular demand representing signal and the autonomic status representing signal, a multi-electrode nerve stimulation electrode cuff, characterized in that the control unit is adapted to control the nerve stimulation unit to generate stimulation pulses having stimulation parameters that are configured to induce a vagus nerve stimulation effect that is either an increase in vagal tone or an increase in sympathetic tone, depending on both the cardiovascular demand representing signal and the autonomic status representing signal, wherein the control unit is adapted to control the nerve stimulation unit to generate stimulation pulses having stimulation parameters that are configured to induce a decrease in vagal tone and/or an increase in sympathetic tone by selectively evoking sympathetic nerve fibers, if the cardiovascular demand representing signal of the activity sensor indicates an elevated cardiovascular demand and the autonomic status representing signal of the autonomic tone sensor indicates a suppressed sympathetic tone.
A medical device (400; 600; 800) for performing a medical procedure comprising: a manipulator (404; 604; 804) including a shaft (408; 608; 808); a resection line guide comprising a flexible member operably coupled to the manipulator (404; 604; 804) and extending through the shaft (408; 608; 808) to the resection line guide, wherein the manipulator (404; 604; 804) is configured to place the flexible member in tension so that the resection line guide is clampable on an anatomical structure in the human body; a first clamp member for contacting the anatomical structure; and a second clamp member for contacting the anatomical structure generally opposite the anatomical structure to that of the first clamp member; wherein one of the first clamp member and the second clamp member is coupled to the shaft (408; 608; 808); and wherein the flexible member extends from the first clamp member to the second clamp member so that the flexible member moves the first clamp member toward the second clamp member to provide a clamping force on the anatomical structure; and the first clamp member and the second clamp member are coupled together by a hinge joint, characterized in that the hinge joint is coupled to a distal end of the clamp members and the flexible member is coupled at and between proximal ends of the clamp members. a manipulator (404; 604; 804) including a shaft (408; 608; 808); a resection line guide comprising a flexible member operably coupled to the manipulator (404; 604; 804) and extending through the shaft (408; 608; 808) to the resection line guide, wherein the manipulator (404; 604; 804) is configured to place the flexible member in tension so that the resection line guide is clampable on an anatomical structure in the human body; a first clamp member for contacting the anatomical structure; and a second clamp member for contacting the anatomical structure generally opposite the anatomical structure to that of the first clamp member; a flexible member operably coupled to the manipulator (404; 604; 804) and extending through the shaft (408; 608; 808) to the resection line guide, wherein the manipulator (404; 604; 804) is configured to place the flexible member in tension so that the resection line guide is clampable on an anatomical structure in the human body; a first clamp member for contacting the anatomical structure; and a second clamp member for contacting the anatomical structure generally opposite the anatomical structure to that of the first clamp member; wherein one of the first clamp member and the second clamp member is coupled to the shaft (408; 608; 808); and wherein the flexible member extends from the first clamp member to the second clamp member so that the flexible member moves the first clamp member toward the second clamp member to provide a clamping force on the anatomical structure; and the first clamp member and the second clamp member are coupled together by a hinge joint, characterized in that the hinge joint is coupled to a distal end of the clamp members and the flexible member is coupled at and between proximal ends of the clamp members.
Electromagnetic clutch, for connecting a steam engine to a combustion engine, wherein a first shaft which can be driven by the steam engine and a second shaft which can be driven by the internal combustion engine are provided, wherein an intermediate gear which is connected to the first shaft and a clutch bell which is at least indirectly connected to the second shaft are provided, wherein a freewheel is provided between the intermediate gear and the clutch bell, which freewheel serves to transmit a rotational movement from the intermediate gear, which is connected to the first shaft, to the clutch bell and permits freewheeling of the clutch bell relative to the intermediate gear, and wherein a friction force and/or positive locking can be generated between the intermediate gear and the clutch bell by an electromagnetic actuation force, characterized in that the first shaft has a conical portion, in that the intermediate gear has a conical receptacle which receives the conical portion of the first shaft, and in that, for the connection of the intermediate gear to the first shaft, the conical portion is loaded against the conical receptacle by means of a clamping nut.