mhurhangee/ep-ind-claims huggingface dataset:
A radiolocation system for vehicles moving along a guideway, comprising: a transmitter for energizing a transponder beside the guideway; a first detector for detecting a response signal from the energized transponder to determine the transponder identification; and a second detector for detecting a positional signal received from the transponder that is decoupled from the first signal and provides precise positional information; characterised in that the radiolocation system is configured to generate a lock signal in response to detection of the response signal, wherein the lock signal activates the second detector and an on-board computer and wherein the on-board computer is configured to extract the precise positional information in the presence of said lock signal. a transmitter for energizing a transponder beside the guideway; a first detector for detecting a response signal from the energized transponder to determine the transponder identification; and a second detector for detecting a positional signal received from the transponder that is decoupled from the first signal and provides precise positional information; characterised in that the radiolocation system is configured to generate a lock signal in response to detection of the response signal, wherein the lock signal activates the second detector and an on-board computer and wherein the on-board computer is configured to extract the precise positional information in the presence of said lock signal.
A terminal apparatus comprising: a higher layer processor configured to set a type of transmission time interval, TTI, for a physical channel based on a parameter; and a transmitter configured to perform an uplink transmission using the physical channel, wherein a first physical channel is used to transmit a first number of Hybrid Automatic Repeat Request-Acknowledgements, HARQ-ACKs, in a first type of TTI, a second physical channel is used to transmit a second number of HARQ-ACKs in a second type of TTI, a length of the first type of TTI is longer than a length of the second type of TTI, the first number of HARQ-ACKs depends on the length of the first type of TTI, the second number of HARQ-ACKs depends on the length of the second type of TTI, the first number of HARQ-ACKs is smaller than the second number of HARQ-ACKs in a certain duration, and the transmitter is configured to drop a transmission of the first physical channel with the first type of TTI in a case that the transmission of the first physical channel collides with a transmission of the second physical channel with the second type of TTI in a subframe. a higher layer processor configured to set a type of transmission time interval, TTI, for a physical channel based on a parameter; and a transmitter configured to perform an uplink transmission using the physical channel, wherein a first physical channel is used to transmit a first number of Hybrid Automatic Repeat Request-Acknowledgements, HARQ-ACKs, in a first type of TTI, a second physical channel is used to transmit a second number of HARQ-ACKs in a second type of TTI, a length of the first type of TTI is longer than a length of the second type of TTI, the first number of HARQ-ACKs depends on the length of the first type of TTI, the second number of HARQ-ACKs depends on the length of the second type of TTI, the first number of HARQ-ACKs is smaller than the second number of HARQ-ACKs in a certain duration, and the transmitter is configured to drop a transmission of the first physical channel with the first type of TTI in a case that the transmission of the first physical channel collides with a transmission of the second physical channel with the second type of TTI in a subframe.
Beverage vending machine having a housing in which first means (19,20,21,22,25,26) for brewing and dispensing a coffee beverage prepared with freshly ground coffee are accommodated, wherein the first means (14, 20, 21, 22, 25, 26) have a modular construction and comprise at least one base module for brewing the coffee beverage, and a separate outflow module for dispensing the coffee beverage, which are in fluidic connection with one another via one or more fluid interfaces (F1, F2, F3), and wherein the base module comprises at least one coffee grinder, a brewing unit, second means (47a-c) for producing hot water, a fluid interface for connecting a water connection line, an electrical interface for connecting a power cord, and third means (32, 41, 42, 43) for controlling the beverage preparation and dispensing operation, and the third means (32, 41, 42, 43) comprise an operating/control part, and characterized in that the base module is a self-contained base module. first means (19,20,21,22,25,26) for brewing and dispensing a coffee beverage prepared with freshly ground coffee are accommodated, wherein the first means (14, 20, 21, 22, 25, 26) have a modular construction and comprise at least one base module for brewing the coffee beverage, and a separate outflow module for dispensing the coffee beverage, which are in fluidic connection with one another via one or more fluid interfaces (F1, F2, F3), and wherein the base module comprises at least one coffee grinder, a brewing unit, second means (47a-c) for producing hot water, a fluid interface for connecting a water connection line, an electrical interface for connecting a power cord, and third means (32, 41, 42, 43) for controlling the beverage preparation and dispensing operation, and the third means (32, 41, 42, 43) comprise an operating/control part, and characterized in that the base module is a self-contained base module.
An ultrasound probe, comprising: a circuit substrate; a buffer layer formed in a second region different from a first region of an upper surface of the circuit substrate and composed of an insulating material; and an element array layer including a first piezoelectric element for ultrasound transmission formed in the first region of the circuit substrate without the buffer layer, and a second piezoelectric element for ultrasound reception formed in the second region of the circuit substrate on the buffer layer, wherein the circuit substrate has a recess in a region of a lower surface thereof, the region corresponding to the first region, the first piezoelectric element vibrates in a flexural vibration mode on the circuit substrate, and the second piezoelectric element vibrates in a thickness vibration mode on the circuit substrate. a circuit substrate; a buffer layer formed in a second region different from a first region of an upper surface of the circuit substrate and composed of an insulating material; and an element array layer including a first piezoelectric element for ultrasound transmission formed in the first region of the circuit substrate without the buffer layer, and a second piezoelectric element for ultrasound reception formed in the second region of the circuit substrate on the buffer layer, wherein the circuit substrate has a recess in a region of a lower surface thereof, the region corresponding to the first region, the first piezoelectric element vibrates in a flexural vibration mode on the circuit substrate, and the second piezoelectric element vibrates in a thickness vibration mode on the circuit substrate.
LED lighting device comprising: - a heat spreader, having a front side and a back side, - LEDs mounted on a PCB positioned on the front side of the heat spreader, - a reflector or lens covering the LEDs, - a socket for being received by an electrical supply system, - optionally a base part, - electronic driver components mounted on the back side of the heat spreader or inside the socket or base part, - electrical leads or wiring system connecting the socket, the electronic driver components and the heat spreader, - and a housing made of a thermally conductive plastic material, said housing being in thermally conductive contact with the heat spreader, characterized in that the thermally conductive plastic material is also electrically conductive (TC/EC-material-A), and the housing is covered with a protection layer consisting of an electrically insulating material (El-material-B) on the outside of the housing. - a heat spreader, having a front side and a back side, - LEDs mounted on a PCB positioned on the front side of the heat spreader, - a reflector or lens covering the LEDs, - a socket for being received by an electrical supply system, - optionally a base part, - electronic driver components mounted on the back side of the heat spreader or inside the socket or base part, - electrical leads or wiring system connecting the socket, the electronic driver components and the heat spreader, - and a housing made of a thermally conductive plastic material, said housing being in thermally conductive contact with the heat spreader,
A method of policy management for temporary products in a telecommunications network, the method performed by a network node associated with online charging in the telecommunications network and comprising: providing default policy-related information to a policy node with respect to establishing an initial policy session for a user in advance of a temporary product being provisioned for the user; subsequently provisioning the temporary product for the user in association with a charging session being established for the user at a service node; determining updated policy-related information to be applied to any consumption of the temporary product by the user; sending the updated policy-related information to the policy node, to govern consumption of the temporary product by the user according to the updated policy-related information rather than the default policy-related information; and characterized in that providing the default policy-related information comprises sending a default value for one more policy-related parameter to the policy node, the default value not being specific to the temporary product, and wherein sending the updated policy-related information comprises sending a non-default value for the one or more policy-related parameter, the non-default value being specific to the temporary product. providing default policy-related information to a policy node with respect to establishing an initial policy session for a user in advance of a temporary product being provisioned for the user; subsequently provisioning the temporary product for the user in association with a charging session being established for the user at a service node; determining updated policy-related information to be applied to any consumption of the temporary product by the user; sending the updated policy-related information to the policy node, to govern consumption of the temporary product by the user according to the updated policy-related information rather than the default policy-related information; and characterized in that providing the default policy-related information comprises sending a default value for one more policy-related parameter to the policy node, the default value not being specific to the temporary product, and wherein sending the updated policy-related information comprises sending a non-default value for the one or more policy-related parameter, the non-default value being specific to the temporary product.
An interaction system for illuminating at least one of a plurality of physical items comprising: a plurality of readers, each reader being capable of reading a tag embedded in or attached to one of said items; a plurality of controllable light emitting sources, each controllable light emitting source being associated with one of the readers, wherein each controllable light emitting source is linked to said item by means of the associated reader that can read the tag embedded in or attached to said item; and a processor configured to turn on a first controllable light emitting source and illuminate a first item in response to user selection of said first item, the first controllable light emitting source being linked to the first item. a plurality of readers, each reader being capable of reading a tag embedded in or attached to one of said items; a plurality of controllable light emitting sources, each controllable light emitting source being associated with one of the readers, wherein each controllable light emitting source is linked to said item by means of the associated reader that can read the tag embedded in or attached to said item; and a processor configured to turn on a first controllable light emitting source and illuminate a first item in response to user selection of said first item, the first controllable light emitting source being linked to the first item.
A convertible piece of furniture, from sofa use to bed use and vice versa, comprising a framework that supports a bed member that can be tilted onto a sofa member in at least two working positions; a day position, in which said bed member is in a vertical position and said sofa member can be used for sitting, and a night position, in which said bed member is rotated in a horizontal position and surmounts said sofa member; said piece of furniture further comprising an articulated system that connects said bed member to said sofa member and to said framework; said bed member forming a lying surface in said night position; said sofa member forming a sitting surface in said day position; said lying surface of said bed member substantially corresponding to said sitting surface of said sofa member; said sofa member forming, in said night position, a retracted surface that is different from said sitting surface; said bed member comprising an exposed wall, which is integral with a bed base and supports a mattress; said sofa member comprising a sofa frame on which a padding is arranged; said supporting frame comprises a frame base and an upright; said piece of furniture being characterized in that said bed base has a bracket that has a free end hinged in said sofa frame in a first hinge point; said sofa frame being hinged to one end of a lever in a second hinge point; another end of said level being hinged to said frame base, in a base hinge point.
A bearing wear measurement device for measuring the movement, due to wear, between a bearing and a bearing housing, the device comprising a body, partially enclosing a controllably movable indicator plate, a mandrel mountable on the indicator plate for the securing of the bearing, the axis of the mandrel defining an axial direction, a radial direction being perpendicular to the axial direction, a clamping means for securing the bearing housing relative to the device, an indicator for displaying the movement of the indicator plate relative to the body, a radial axis lock for restricting or allowing movement of the mandrel and therefore the indicator plate relative to the body in the radial direction, a radial control for moving the indicator plate relative to the body in radial direction, an axial axis lock for restricting or allowing movement of the mandrel and therefore the indicator plate relative to the body in the axial direction, and an axial control for moving the indicator plate relative to the body in axial direction, said movement being indicated on the indicator to provide a measurement of the axial or radial distance between the bearing and the bearing housing.
An apparatus, comprising: a user interface module implemented in at least one of a memory or a processing device, the user interface module configured to send a signal to display an interface of a self-service application executed by the processing device to communicate with a host device via a network; and a bandwidth analysis module operatively coupled to the user interface module, the bandwidth analysis module configured to: calculate a bandwidth associated with communication with the host device via the network; transmit a request for a bandwidth criterion to the host device, wherein the bandwidth criterion comprises at least one of a bandwidth, a bandwidth score, or a bandwidth threshold; and receive, from the host device, the bandwidth criterion, the bandwidth criterion associated with at least one network communication mode used for communication with the host device, the user interface module configured to modify a user experience comprising being configured to reduce or eliminate an availability of the at least one network communication mode to the self-service application when the bandwidth fails to meet the bandwidth criterion, and configured to transmit, in response to the modifying, an indication associated with the modified user experience to the host device. a user interface module implemented in at least one of a memory or a processing device, the user interface module configured to send a signal to display an interface of a self-service application executed by the processing device to communicate with a host device via a network; and a bandwidth analysis module operatively coupled to the user interface module, the bandwidth analysis module configured to: calculate a bandwidth associated with communication with the host device via the network; transmit a request for a bandwidth criterion to the host device, wherein the bandwidth criterion comprises at least one of a bandwidth, a bandwidth score, or a bandwidth threshold; and receive, from the host device, the bandwidth criterion, the bandwidth criterion associated with at least one network communication mode used for communication with the host device, calculate a bandwidth associated with communication with the host device via the network; transmit a request for a bandwidth criterion to the host device, wherein the bandwidth criterion comprises at least one of a bandwidth, a bandwidth score, or a bandwidth threshold; and receive, from the host device, the bandwidth criterion, the bandwidth criterion associated with at least one network communication mode used for communication with the host device, the user interface module configured to modify a user experience comprising being configured to reduce or eliminate an availability of the at least one network communication mode to the self-service application when the bandwidth fails to meet the bandwidth criterion, and configured to transmit, in response to the modifying, an indication associated with the modified user experience to the host device.
A ureteral stent, comprising: a solid wire, having one or more retention mechanisms at a distal end; a delivery catheter capable of maintaining the one or more retention mechanisms in a delivery configuration; wherein the one or more retention mechanisms are configured to expand to a flared end at times the delivery catheter is removed. a solid wire, having one or more retention mechanisms at a distal end; a delivery catheter capable of maintaining the one or more retention mechanisms in a delivery configuration; wherein the one or more retention mechanisms are configured to expand to a flared end at times the delivery catheter is removed.
Terminal clamp having at least two clamping members (no), wherein the clamping members each comprise: - at least two clamping points for attachment of an electrical conductor without tools in an insertion direction (E1, E2), respectively, wherein the clamping points being electrically coupled to each other, and - a housing in which the clamping points are at least partially accommodated, wherein the clamping members are arranged side by side in series in a way that all clamping points are functionally accessible, and wherein the housings of the respective clamping members are coupled to each other by means of a predetermined breaking point to separate the respective clamping members from each other as functional unit, characterized in that the housing together with the predetermined breaking point is manufactured in a two-component injection molding process, wherein the housing is made of a rigid plastic material, and wherein the predetermined breaking point is made of a flexible plastic material. - at least two clamping points for attachment of an electrical conductor without tools in an insertion direction (E1, E2), respectively, wherein the clamping points being electrically coupled to each other, and - a housing in which the clamping points are at least partially accommodated, wherein the clamping members are arranged side by side in series in a way that all clamping points are functionally accessible, and wherein the housings of the respective clamping members are coupled to each other by means of a predetermined breaking point to separate the respective clamping members from each other as functional unit, characterized in that the housing together with the predetermined breaking point is manufactured in a two-component injection molding process, wherein the housing is made of a rigid plastic material, and wherein the predetermined breaking point is made of a flexible plastic material.
A method for operating a motor vehicle, wherein - at least one weighting value is determined in a manner influenced by a vehicle user, wherein specific properties of the motor vehicle can be influenced by means of the weighting value, - a released maximum power, which a predetermined electric consumer of the vehicle may consume, is determined depending on the weighting value, and - a power consumption of the electric consumer is controlled depending on the released maximum power. - at least one weighting value is determined in a manner influenced by a vehicle user, wherein specific properties of the motor vehicle can be influenced by means of the weighting value, - a released maximum power, which a predetermined electric consumer of the vehicle may consume, is determined depending on the weighting value, and - a power consumption of the electric consumer is controlled depending on the released maximum power.
A volume flow controller, in particular for use in an aeration or deaeration system, wherein the volume flow controller includes - a flow channel section extending substantially along a main flow direction, - a throttle valve, which is pivotably arranged about a pivot axis extending substantially vertically to the main flow direction within the flow channel section, and - at least three pressure measuring points (5a-c), wherein a first of the at least three pressure measuring points (5a-c) is arranged upstream of a second of the at least three pressure measuring points (5a-c), and the second pressure measuring point is arranged upstream of a third of the at least three pressure measuring points (5a-c), characterised in that the flow channel section comprises a narrow section with reduced flow cross section, the narrow section having a widening section, wherein the second pressure measuring point is arranged in the narrow section, and wherein the pivot axis of the throttle valve is arranged in main flow direction between the second pressure measuring point and the third pressure measuring point, wherein an outer edge of an upstream part of the throttle valve, in a certain opening angle range, forms, at least partially, a seal with an inner wall of the widening section. - a flow channel section extending substantially along a main flow direction, - a throttle valve, which is pivotably arranged about a pivot axis extending substantially vertically to the main flow direction within the flow channel section, and - at least three pressure measuring points (5a-c), wherein a first of the at least three pressure measuring points (5a-c) is arranged upstream of a second of the at least three pressure measuring points (5a-c), and the second pressure measuring point is arranged upstream of a third of the at least three pressure measuring points (5a-c),