mhurhangee/ep-ind-claims huggingface dataset:
A method for synchronising program masks within a system comprising at least one server device and at least one first client device and one second client device, said client devices (C1; C2) being capable of connecting to said at least one server device and said method including the steps of: - receiving a first request message from the first client device, said first request message communicating a request for a first program mask; - determining a first unique identifier for the requested first program mask, said first unique identifier being assigned to the requested first program mask; - transmitting the requested first program mask and the first unique identifier to the first client device; - receiving a second request message from the second client device, said second request message including at least the first unique identifier; - determining (S7; S8) the first program mask which has been assigned to the received first unique identifier; and - transmitting the determined first program mask to the second client device, characterised in that the first program mask is represented by a hierarchical tree structure, with each part of the first program mask being represented by a node within the tree structure, with each part of the first program mask being capable of including a number of parts of the first program mask, and with the server device - receiving an update message from the second client device including information on which nodes of the tree structure of the first program mask transmitted to the first client device are to be updated and on how these are to be updated, and - assigning the received update message to the first unique identifier. - receiving a first request message from the first client device, said first request message communicating a request for a first program mask; - determining a first unique identifier for the requested first program mask, said first unique identifier being assigned to the requested first program mask; - transmitting the requested first program mask and the first unique identifier to the first client device; - receiving a second request message from the second client device, said second request message including at least the first unique identifier; - determining (S7; S8) the first program mask which has been assigned to the received first unique identifier; and - transmitting the determined first program mask to the second client device, - receiving an update message from the second client device including information on which nodes of the tree structure of the first program mask transmitted to the first client device are to be updated and on how these are to be updated, and - assigning the received update message to the first unique identifier.
Roll-off tipper vehicle, comprising: - a vehicle body; - a handling device for receiving a swap container on the vehicle body and for removing the swap container from the vehicle body; and - at least one contact portion having a contact surface for carrying the received swap container; the at least one contact portion being associated with at least one conveyor roller unit having at least one conveyor roller that is displaceable, by means of a displacement unit, between a retracted position and an extended position, with respect to the contact surface, rolling of the swap container thereon being made possible only in the extended position of the at least one conveyor roller, characterised in that the or at least one of the conveyor roller units comprises at least two individual conveyor rollers, the shafts of which are oriented in parallel and so as to be fixed in position relative to one another, the conveyor rollers being connected to a roller block, which is displaceable by the displacement unit, in such a way that the roller surfaces thereof extend upwards the same amount in the vertical direction. - a vehicle body; - a handling device for receiving a swap container on the vehicle body and for removing the swap container from the vehicle body; and - at least one contact portion having a contact surface for carrying the received swap container;
A labelling twist tie, including: a tie portion including: a first arm having a first edge extending lengthwise along the first arm; a mid-segment; and a second arm having a second edge extending lengthwise along the second arm; wherein a plurality of spaced apart perforations to assist in locking the ends of the tie portion together when twisted around an item, intersects each of the first and second edges; and wherein at least one of the plurality of perforations includes a plurality of slots separated by one or more connecting tabs; a wire assembly including a retention wire,wherein the retention wire spans across the first arm, the mid-segment, and the second arm; and a bib portion connected to the tie portion. a tie portion including: a first arm having a first edge extending lengthwise along the first arm; a mid-segment; and a second arm having a second edge extending lengthwise along the second arm; wherein a plurality of spaced apart perforations to assist in locking the ends of the tie portion together when twisted around an item, intersects each of the first and second edges; and wherein at least one of the plurality of perforations includes a plurality of slots separated by one or more connecting tabs; a first arm having a first edge extending lengthwise along the first arm; a mid-segment; and a second arm having a second edge extending lengthwise along the second arm; wherein a plurality of spaced apart perforations to assist in locking the ends of the tie portion together when twisted around an item, intersects each of the first and second edges; and wherein at least one of the plurality of perforations includes a plurality of slots separated by one or more connecting tabs; a wire assembly including a retention wire,wherein the retention wire spans across the first arm, the mid-segment, and the second arm; and a bib portion connected to the tie portion.
Method for obtaining, in a communication network, a routing policy indicating rules for routing requests transmitted by a software module running on a client device, the method being implemented when the client device is attached to the communication network, and comprising the client device sending, to an authentication server of the communication network, a connection context request in order to attach the client device to the communication network, the method being characterized in that it moreover comprises the following steps: - the client device receiving, from the authentication server, a connection context response, said context comprising an identifier of a routing rule management apparatus; - the software module obtaining the routing policy, from at least one first rule for routing to a proxy apparatus certified by the operator of the communication network, said rule being obtained by means of the identifier. - the client device receiving, from the authentication server, a connection context response, said context comprising an identifier of a routing rule management apparatus; - the software module obtaining the routing policy, from at least one first rule for routing to a proxy apparatus certified by the operator of the communication network, said rule being obtained by means of the identifier.
Manually actuable inhaler for pulverulent substances, in particular medicinal substances, in which, during the manual actuation, a defined discharge quantity from a substance storage quantity is apportioned out in a metering chamber upstream of a discharge passage for the purpose of airborne discharge from a mouthpiece opening at the end (b) of the discharge passage, wherein a piston which generates the discharge airstream, together with a cavity of its body portion, forming a substance storage chamber and the metering chamber, wherein a reduced pressure which is generated during the return stroke of the piston opens the metering chamber toward the substance storage quantity, and wherein furthermore the base of the metering chamber being formed by an air-permeable membrane, characterized in that the airstream volume which results from the piston movement amounts to more than one hundred times but less than six hundred times the volume of the metering chamber.
Arrangement for diagnosing an apparatus having moving parts, comprising a data processing installation having a computer and comprising at least one apparatus, in particular an industrial robot, having a control device, wherein the apparatus has moving parts which are articulated to connection points on a fixed basic body or to further moving parts, wherein at least one sensor device is provided which is wirelessly secured, in a data-transmitting manner, in position on the respective connection point or on the respective moving part itself, captures physical data from the respective moving part and transmits the data wirelessly to the computer, wherein the at least one sensor device can be used to detect accelerations and/or temperatures and/or light and/or torques and/or sounds and/or chemical substances in the surroundings and/or also voltages and/or currents, characterized in that there is, between the control device and the computer, a temporary connection for controlling the motion sequences of the apparatus and for simultaneously reading the data from the control device and also for detecting the control device time from the control device, and time synchronization is performed between computer and control device, and the arrangement provides a synchronization module (8h, 9h), which prompts synchronization of the control device time and sensor device time, and a diagnosis device for analyzing the captured data, which diagnosis device computes time intervals and time differences used for analysing the captured data and compares them with typical model data.
A capacitive sensing system comprising: - two or more capacitive sensors (30a, 30b) for measuring a distance between the capacitive sensors and a target, - one or more AC power sources for energizing the capacitive sensors, and - a signal processing circuit for processing signals from the capacitive sensors, wherein the sensors are arranged in pairs, wherein the one or more AC power sources are arranged to energize a first capacitive sensor of a pair of the capacitive sensors with an alternating current or voltage 180 degrees out of phase to a current or voltage for a second capacitive sensor of the pair of capacitive sensors, characterized in that the pair of the capacitive sensors is provided as a measuring unit for providing a single measured distance value; and in that the signal processing circuit is arranged for receiving an output signal from each capacitive sensor of the pair and is configured for generating a measured value corresponding to the average distance between the two capacitive sensors of the pair and the target based on the received output signals from each of the capacitive sensors of the pair. - two or more capacitive sensors (30a, 30b) for measuring a distance between the capacitive sensors and a target, - one or more AC power sources for energizing the capacitive sensors, and - a signal processing circuit for processing signals from the capacitive sensors, wherein the sensors are arranged in pairs,
Control system for a motor vehicle, having a first controller for controlling a first function of the motor vehicle and a second controller for controlling a second function of the motor vehicle, wherein the first and the second controller (2, 4) are each connected in terms of signal transmission to at least one sensor and/or at least one actuator (6, 8) in order to carry out the respective function of the motor vehicle, characterized in that the control system has a third controller for controlling the first function and the second function of the motor vehicle, which third controller is connected in terms of signal transmission to the first and the second controller (2, 4) and to the at least one sensor and/or at least one actuator (6, 8), corresponding in each case to the first and the second controller (2, 4), in order to carry out the respective function of the motor vehicle, and the third controller is configurable on the basis of the arrival of a fault signal from the first and/or the second controller (2, 4) at the third controller, such that the first and/or second function of the motor vehicle, corresponding to the faulty controller (2, 4) is controllable solely by way of the third controller. characterized in that the control system has a third controller for controlling the first function and the second function of the motor vehicle, which third controller is connected in terms of signal transmission to the first and the second controller (2, 4) and to the at least one sensor and/or at least one actuator (6, 8), corresponding in each case to the first and the second controller (2, 4), in order to carry out the respective function of the motor vehicle, and the third controller is configurable on the basis of the arrival of a fault signal from the first and/or the second controller (2, 4) at the third controller, such that the first and/or second function of the motor vehicle, corresponding to the faulty controller (2, 4) is controllable solely by way of the third controller.
A remote controller comprising: a display unit that displays a list of a plurality of appliances as control targets; an input unit that receives an operation of controlling the appliances; a storage unit that stores a threshold value in environmental data of a surrounding environment for each of the plurality of appliances; and a processing unit that gives higher priority to an appliance in which the environmental data inputted from a sensor has exceeded a threshold value, the priority being concerned with a display order of the appliance on the display unit, wherein the storage unit stores the number of operation times of the input unit for the appliance for each of the plurality of appliances, and in a case where a plurality of the appliances, in which the environmental data have exceeded the threshold value, are present, the processing unit sequentially gives still higher priorities to appliances in each of which the number of operation times is larger, characterised in that, the storage unit stores the number of operation times for each of the set time periods, and in the case where the plurality of appliances, in which the environmental data have exceeded the threshold value, are present, the processing unit sequentially gives higher priorities to appliances in each of which the number of operation times, the number corresponding to the time period, is larger. a display unit that displays a list of a plurality of appliances as control targets; an input unit that receives an operation of controlling the appliances; a storage unit that stores a threshold value in environmental data of a surrounding environment for each of the plurality of appliances; and a processing unit that gives higher priority to an appliance in which the environmental data inputted from a sensor has exceeded a threshold value, the priority being concerned with a display order of the appliance on the display unit, wherein the storage unit stores the number of operation times of the input unit for the appliance for each of the plurality of appliances, and in a case where a plurality of the appliances, in which the environmental data have exceeded the threshold value, are present, the processing unit sequentially gives still higher priorities to appliances in each of which the number of operation times is larger, characterised in that, the storage unit stores the number of operation times for each of the set time periods, and in the case where the plurality of appliances, in which the environmental data have exceeded the threshold value, are present, the processing unit sequentially gives higher priorities to appliances in each of which the number of operation times, the number corresponding to the time period, is larger.
Plastic-containing carrier for a decorated wall or floor panel, comprising a carrier material which includes a plastic-containing thermoplastic matrix material in which a mineral solid material with a particle size of less than or equal to 800 μm is embedded, wherein the carrier has a length, a width (b) and a thickness (d), characterized in that the carrier along its thickness (d) from a lower surface to an upper surface disposed opposite the lower surface has a density gradient such that the density of the carrier material, averaged over a defined width (b) or a defined length of at least 5 mm, preferably at least 20 mm, initially decreases and then increases again from the lower surface to the upper surface. characterized in that the carrier along its thickness (d) from a lower surface to an upper surface disposed opposite the lower surface has a density gradient such that the density of the carrier material, averaged over a defined width (b) or a defined length of at least 5 mm, preferably at least 20 mm, initially decreases and then increases again from the lower surface to the upper surface.
A controlled valve comprising: a valve body comprising a cavity and a first chamber; a sleeve between the cavity and the first chamber, wherein the sleeve comprises an inner bore and at least one opening, wherein the inner bore extends from a first end of the sleeve to a second end of the sleeve, wherein the at least one opening extends through the second end of the sleeve, and wherein a portion of the inner bore proximate the second end forms a second chamber; a valve body base, wherein the valve body base is configured to receive a conduit at a conduit receiving area; a spool movably disposed within the inner bore of the sleeve; and an electromagnetic valve actuator assembly attached to the spool, wherein the electromagnetic valve actuator assembly is inside the valve body proximal to a top end of the valve body; wherein the first chamber is in fluid communication with the second chamber through the at least one opening, and wherein the spool is configured to be movable over at least a portion of the at least one opening to regulate fluid flow therethrough, characterized in that the sleeve is fixedly attached to the first end of the valve body base. a valve body comprising a cavity and a first chamber; a sleeve between the cavity and the first chamber, wherein the sleeve comprises an inner bore and at least one opening, wherein the inner bore extends from a first end of the sleeve to a second end of the sleeve, wherein the at least one opening extends through the second end of the sleeve, and wherein a portion of the inner bore proximate the second end forms a second chamber; a valve body base, wherein the valve body base is configured to receive a conduit at a conduit receiving area; a spool movably disposed within the inner bore of the sleeve; and an electromagnetic valve actuator assembly attached to the spool, wherein the electromagnetic valve actuator assembly is inside the valve body proximal to a top end of the valve body; wherein the first chamber is in fluid communication with the second chamber through the at least one opening, and wherein the spool is configured to be movable over at least a portion of the at least one opening to regulate fluid flow therethrough, characterized in that the sleeve is fixedly attached to the first end of the valve body base.
A packer (28,30) for use in a subterranean well, the packer (28,30) comprising: a piston (40,84) which displaces to set the packer (28,30) in the well; and being characterized in that; a line extends longitudinally through a wall of the piston (40,84), the wall being formed between inner (Pd) and outer diameters of the piston (40,84). a piston (40,84) which displaces to set the packer (28,30) in the well; and being characterized in that; a line extends longitudinally through a wall of the piston (40,84), the wall being formed between inner (Pd) and outer diameters of the piston (40,84).
Wiper device for a smooth surface, designed capable of being connected to a liquid and/or steam tank, and including means for projecting liquid and/or steam onto a work surface through at least one orifice, and a wiper body provided with at least one resilient wiper element including at least one ridge formed by the intersection of an edge and a face protruding out of said wiper body, which ridge is designed capable of wiping said work surface during a movement imparted to said wiper device, said wiper device being also designed capable of collecting washing residues and to this end said wiper body includes, proximate said wiper element and at least at or on a face of the latter, means for collecting residual liquid onto at least one absorbent and residual-liquid conducting substrate connected to a tank by a conduit, said means for collecting residual liquid including an end surface designed capable of entering into contact with or in the vicinity of said face of said wiper element, wherein said liquid-collecting tank is located at an end opposite said wiper body, and includes anti-discharge means for preventing any discharge of liquid when the wiper device is tilted, and which include an inlet facing the wiper body or/and a check valve.
A scalpel cutting device comprising: a scalpel blade positioned at a distal end of an elongate portion of the scalpel cutting device, the scalpel blade having a cutting edge; a sheath body configured to cover the scalpel blade in a covered position, the sheath and the blade being movable between the covered position and an uncovered position in which the blade is exposed for cutting tissue through an opening in a distal end of the sheath; and a through slot formed in the surface of the sheath body and passing from one side of the sheath to the other, the slot extending between a first side wall and a second side wall of the slot and extending inward from a distal edge of the distal end of the sheath body toward the distal end of the blade, characterized in that with the scalpel blade in the covered position, the slot has a sidewall that intersects the cutting edge of the blade at an angle between 105° and 180° such that the slot causes shearing of a suture sliding inward therethrough. a scalpel blade positioned at a distal end of an elongate portion of the scalpel cutting device, the scalpel blade having a cutting edge; a sheath body configured to cover the scalpel blade in a covered position, the sheath and the blade being movable between the covered position and an uncovered position in which the blade is exposed for cutting tissue through an opening in a distal end of the sheath; and a through slot formed in the surface of the sheath body and passing from one side of the sheath to the other, the slot extending between a first side wall and a second side wall of the slot and extending inward from a distal edge of the distal end of the sheath body toward the distal end of the blade, characterized in that with the scalpel blade in the covered position, the slot has a sidewall that intersects the cutting edge of the blade at an angle between 105° and 180° such that the slot causes shearing of a suture sliding inward therethrough.