mhurhangee/ep-ind-claims huggingface dataset:
An electronic apparatus comprising: a collapsible flexible display comprising a substantially deformable area and a substantially non-deformable area; a supporting member (83, 85, 87) having substantially flat surfaces (84, 86, 88) for supporting the substantially non-deformable area of the collapsible flexible display, the collapsible flexible display being arranged on the supporting member (83, 85, 87); display drivers for driving the electronic display, the display drivers being arranged on the substantially non-deformable area; and an interconnecting element for providing an electrical interconnection between the display drivers; wherein the collapsible flexible display is configured to be wrapped about the supporting member (83, 85, 87) in a collapsed state of the collapsible flexible display; characterised in that the supporting member (83, 85, 87) is provided with a cavity (93, 95, 97) located at a position along a surface of the supporting member (83, 85, 87), the cavity being configured to contact the collapsible flexible display and to receive the display drivers when the collapsible flexible display is in the collapsed state. a collapsible flexible display comprising a substantially deformable area and a substantially non-deformable area; a supporting member (83, 85, 87) having substantially flat surfaces (84, 86, 88) for supporting the substantially non-deformable area of the collapsible flexible display, the collapsible flexible display being arranged on the supporting member (83, 85, 87); display drivers for driving the electronic display, the display drivers being arranged on the substantially non-deformable area; and an interconnecting element for providing an electrical interconnection between the display drivers; wherein the collapsible flexible display is configured to be wrapped about the supporting member (83, 85, 87) in a collapsed state of the collapsible flexible display; characterised in that the supporting member (83, 85, 87) is provided with a cavity (93, 95, 97) located at a position along a surface of the supporting member (83, 85, 87), the cavity being configured to contact the collapsible flexible display and to receive the display drivers when the collapsible flexible display is in the collapsed state.
A steam generator for a drum type washing machine comprising: - a case which is an exterior of the steam generator; - a temperature sensor provided to the case for sensing a temperature of steam generated by a heater, characterised in that the temperature sensor includes: - a sensor portion in the case, - a connector on an outside of the case connected for supplying power to the sensor portion, and - a wire connected between the sensor portion and the connector; and further charaterised in that the steam generator comprises: - a bracket for fixing the temperature sensor to the case; - a fastening portion provided to the case for fastening the bracket to the case with separate screws; - a bracket rotation preventive portion provided to the case for preventing the bracket from rotating at the time the temperature sensor is fastened by the screws, wherein the bracket rotation preventive portion is at least one guide rib (110, 130) projected from an upper surface of the case; and - a wire holder having one end provided to the case and the other end provided to the wire for holding the wire in a state spaced from the upper portion of the case. - a case which is an exterior of the steam generator; - a temperature sensor provided to the case for sensing a temperature of steam generated by a heater, characterised in that the temperature sensor includes: - a sensor portion in the case, - a connector on an outside of the case connected for supplying power to the sensor portion, and - a wire connected between the sensor portion and the connector; and further charaterised in that the steam generator comprises: - a bracket for fixing the temperature sensor to the case; - a fastening portion provided to the case for fastening the bracket to the case with separate screws; - a bracket rotation preventive portion provided to the case for preventing the bracket from rotating at the time the temperature sensor is fastened by the screws, wherein the bracket rotation preventive portion is at least one guide rib (110, 130) projected from an upper surface of the case; and - a wire holder having one end provided to the case and the other end provided to the wire for holding the wire in a state spaced from the upper portion of the case. - a sensor portion in the case, - a connector on an outside of the case connected for supplying power to the sensor portion, and - a wire connected between the sensor portion and the connector; - a bracket for fixing the temperature sensor to the case; - a fastening portion provided to the case for fastening the bracket to the case with separate screws; - a bracket rotation preventive portion provided to the case for preventing the bracket from rotating at the time the temperature sensor is fastened by the screws, wherein the bracket rotation preventive portion is at least one guide rib (110, 130) projected from an upper surface of the case; and - a wire holder having one end provided to the case and the other end provided to the wire for holding the wire in a state spaced from the upper portion of the case.
Apparatus for loading fibrous products comprising: - at least one motorised desilaging device, - at least one first conveyor, - at least one container, and - at least one second conveyor operatively arranged between said first conveyor and said container, said motorised desilaging device being configured for loading said fibrous products onto said first conveyor, said first conveyor being configured for transporting said fibrous products towards said container, and said second conveyor being configured for receiving said fibrous products from said first conveyor and for distributing said fibrous products inside said container, said apparatus being characterised in that it comprises a weighing system for weighing the fibrous products loaded inside the container, wherein said weighing system is operatively connected to said first conveyor and said second conveyor, and wherein said weighing system is configured for controlling the advancing speed of said first conveyor, for adjusting the advancing speed of said second conveyor with respect to the advancing speed of said first conveyor, so as to distribute said fibrous products inside said container in an even manner and fill unfilled or empty areas of said container, and for managing the interaction between said second conveyor and said first conveyor, determining the collection point of said fibrous products inside said container, so as to distribute said fibrous products evenly, in other words to fill unfilled or empty areas of said container. - at least one motorised desilaging device, - at least one first conveyor, - at least one container, and - at least one second conveyor operatively arranged between said first conveyor and said container,
A method of controlling a reactive deposition process, comprising: providing power to a cathode with a power supply; providing a voltage set point to the power supply; receiving a power value correlating the power provided to the cathode, wherein the power value is the actual power provided to the cathode; and controlling a flow of a process gas in dependence of the power value to provide a closed loop control. providing power to a cathode with a power supply; providing a voltage set point to the power supply; receiving a power value correlating the power provided to the cathode, wherein the power value is the actual power provided to the cathode; and controlling a flow of a process gas in dependence of the power value to provide a closed loop control.
A fan apparatus, comprising: a duct having an opening (128, 130); a lift fan mounted in the duct; a series of louvers (238a-238d) positioned at the opening (128, 130) and each configured to move between an open position, an intermediate position, and a closed position, the louvers (238a-238d) being offset from one another along a fore-to-aft axis; and wherein the series of louvers (238a-238d) includes a fore louver and an aft louver, and wherein a chord length of the aft louver is greater than a chord length of the fore louver, and wherein, in the intermediate position, the aft louver of the series projects farther out of the duct than the fore louver of the series. a duct having an opening (128, 130); a lift fan mounted in the duct; a series of louvers (238a-238d) positioned at the opening (128, 130) and each configured to move between an open position, an intermediate position, and a closed position, the louvers (238a-238d) being offset from one another along a fore-to-aft axis; and wherein the series of louvers (238a-238d) includes a fore louver and an aft louver, and wherein a chord length of the aft louver is greater than a chord length of the fore louver, and wherein, in the intermediate position, the aft louver of the series projects farther out of the duct than the fore louver of the series.
A method of crimping a terminal to a wire, comprising the following steps: loading or feeding the wire through a wire clamp to a crimping zone; receiving a terminal and said wire in the crimping zone defined by a crimp tooling of a terminal crimping machine, holding the wire near the crimping zone by the wire clamp of the terminal crimping machine, actuating the crimp tooling during a crimp stroke to crimp the terminal to the wire, characterised in that: the wire clamp releases the wire after the terminal has partially retained the wire and prior to completion of the crimp to allow extrusion of the wire during the crimping process. loading or feeding the wire through a wire clamp to a crimping zone; receiving a terminal and said wire in the crimping zone defined by a crimp tooling of a terminal crimping machine, holding the wire near the crimping zone by the wire clamp of the terminal crimping machine, actuating the crimp tooling during a crimp stroke to crimp the terminal to the wire, characterised in that: the wire clamp releases the wire after the terminal has partially retained the wire and prior to completion of the crimp to allow extrusion of the wire during the crimping process.
A method of wireless communication at a device, comprising: receiving control information from a user equipment, UE, the control information comprising information indicating resources for peer-to-peer communication; establishing a peer-to-peer link with the UE to receive authentication information for using the resources to communicate with a peer device; wherein the authentication information provides authentication for using the resources only when the UE is in the RF vicinity of the device and the peer device; communicating directly with the peer device using the resources; and continuously contacting the UE to update the authentication information. receiving control information from a user equipment, UE, the control information comprising information indicating resources for peer-to-peer communication; establishing a peer-to-peer link with the UE to receive authentication information for using the resources to communicate with a peer device; wherein the authentication information provides authentication for using the resources only when the UE is in the RF vicinity of the device and the peer device; communicating directly with the peer device using the resources; and continuously contacting the UE to update the authentication information.
Assembly of a roller blind box end wall and a mounting plate, a roller blind shaft being able to be fastened to the mounting plate, optionally together with a transmission or a drive motor, a receiving shaping having underneath-engagement regions further being formed on at least one end wall and radial projections on the mounting plate for insertion under the underneath-engagement regions, the position in which the mounting plate moves below furthermore being definable in at least one orientation relative to the end wall, characterised in that the mounting plate can rotate freely about a shaft axis (x) after being initially inserted into the receiving shaping and before being secured in the receiving shaping.
A liquid discharging device comprising: a liquid discharging head including a nozzle and having a nozzle forming surface, the liquid discharging head configured to discharge a liquid through the nozzle; a wiping member (320;700) configured to wipe the nozzle forming surface, the wiping member (320;700) having a first layer configured to be brought into contact with the nozzle forming surface and at least one more layer; and a cleaning liquid that is applied to the nozzle forming surface, characterized in that the static surface tension of the cleaning liquid is greater than the static surface tension of the liquid, the static surface tension of the cleaning liquid, and the static surface tension of the liquid, being as measured at 25 degrees C using a CBVP-Z fully-automatic surface tensiometer manufactured by Kyowa Interface Science, Inc.. a liquid discharging head including a nozzle and having a nozzle forming surface, the liquid discharging head configured to discharge a liquid through the nozzle; a wiping member (320;700) configured to wipe the nozzle forming surface, the wiping member (320;700) having a first layer configured to be brought into contact with the nozzle forming surface and at least one more layer; and a cleaning liquid that is applied to the nozzle forming surface, characterized in that the static surface tension of the cleaning liquid is greater than the static surface tension of the liquid, the static surface tension of the cleaning liquid, and the static surface tension of the liquid, being as measured at 25 degrees C using a CBVP-Z fully-automatic surface tensiometer manufactured by Kyowa Interface Science, Inc..
A system for relaying a request to a process running on a computing device from a web client and receiving a response from the process, comprising: a bridge message client component disposed in a web application running in a browser environment (214, 354) on the computing device, configured to open a local connection, wherein the local connection is opened over an identified communications channel, that connects over a bridge server component the process running outside of the browser environment (214, 354) on the computing device, and comprising: a communication channel identification configured to identify the communication channel on the local connection to host the local connection to the bridge server component disposed on the computing device; and a bridge message client identification that facilitates communications from the bridge server component to the web application over the identified communications channel; and the bridge server component disposed outside of the browser environment (214, 354), and configured to perform one of more of: receive a request from the bridge message client component and forward it to the process; and receive a response to the request from the process and forward it to the bridge message client component over the local connection. a communication channel identification configured to identify the communication channel on the local connection to host the local connection to the bridge server component disposed on the computing device; and a bridge message client identification that facilitates communications from the bridge server component to the web application over the identified communications channel; and the bridge server component disposed outside of the browser environment (214, 354), and configured to perform one of more of: receive a request from the bridge message client component and forward it to the process; and receive a response to the request from the process and forward it to the bridge message client component over the local connection. receive a request from the bridge message client component and forward it to the process; and receive a response to the request from the process and forward it to the bridge message client component over the local connection.
A measuring system comprising a measuring apparatus (1,1') and an arithmetic device, wherein the measuring apparatus comprises - a first portion (10, 10') comprising a first casing, a first length measuring body, a first length measuring device, and a first reference point; a first end of the first length measuring body being attached to the first casing, a second end of the first length measuring body being extensible away from the first casing, the first length measuring device configured to measure a first distance (d 1), the first distance extending between the second end of the first length measuring body and the first reference point; - a second portion (20, 20') comprising a second casing, a second length measuring body, a second length measuring device, and a second reference point; a first end of the second length measuring body being attached to the second casing, a second end of the second length measuring body being extensible away from the second casing, the second length measuring device configured to measure a second distance (d 2), the second distance extending between the second end of the second length measuring body and the second reference point; the first portion and the second portion being coupled and configured to be rotatable relative to each other around an axis of rotation; wherein the arithmetic device is configured for ∘ determining measured data based on at least one of the first distance and the second distance, and ∘ providing the measured data. - a first portion (10, 10') comprising a first casing, a first length measuring body, a first length measuring device, and a first reference point; a first end of the first length measuring body being attached to the first casing, a second end of the first length measuring body being extensible away from the first casing, the first length measuring device configured to measure a first distance (d 1), the first distance extending between the second end of the first length measuring body and the first reference point; - a second portion (20, 20') comprising a second casing, a second length measuring body, a second length measuring device, and a second reference point; a first end of the second length measuring body being attached to the second casing, a second end of the second length measuring body being extensible away from the second casing, the second length measuring device configured to measure a second distance (d 2), the second distance extending between the second end of the second length measuring body and the second reference point; the first portion and the second portion being coupled and configured to be rotatable relative to each other around an axis of rotation; ∘ determining measured data based on at least one of the first distance and the second distance, and ∘ providing the measured data.
Barbecue grill comprising a housing for receiving the charcoal and a plurality of functional parts fastened to the housing on an inner side of the housing, wherein each functional part has a plurality of bearing surfaces, onto which a cooking grid is able to be positioned, wherein the cooking grid is positioned on corresponding bearing surfaces of the functional parts depending on the orientation of said cooking grid at variable distances from the charcoal, characterised in that each functional part has a plurality of bearing surfaces arranged offset relative to one another vertically and in the peripheral direction of the housing.
Enamel powder for producing an enamel coating, wherein the enamel powder is present as a mixture which contains - 100 parts of a glass powder, - optionally 10 - 22 parts of coarse glass granulates which are larger than the glass powder particles, and which have an average diameter of 40 - 500 pm, - 0.1 - 7.5 parts of ceramic fibres, glass fibres or carbon fibres with a length of 10 - 9000 μm, - and alternatively to one another or in combination with one another - 10 - 21 parts of a powdery oxidic compound of a light metal of the group "Al, Ti, Mg" or - 1 - 5 parts of a powder of a alloyed steel. - 100 parts of a glass powder, - optionally 10 - 22 parts of coarse glass granulates which are larger than the glass powder particles, and which have an average diameter of 40 - 500 pm, - 0.1 - 7.5 parts of ceramic fibres, glass fibres or carbon fibres with a length of 10 - 9000 μm, - and alternatively to one another or in combination with one another - 10 - 21 parts of a powdery oxidic compound of a light metal of the group "Al, Ti, Mg" or - 1 - 5 parts of a powder of a alloyed steel. - 10 - 21 parts of a powdery oxidic compound of a light metal of the group "Al, Ti, Mg" or - 1 - 5 parts of a powder of a alloyed steel.
A radio base station wirelessly communicating with user equipments, the radio base station not having a function to broadcast system information including information necessary for user equipments to connect with the radio base station to user equipments, the radio base station comprising: a radio communicator configured to wirelessly communicate with the user equipments; an inter-base station communicator configured to communicate with at least one other radio base station; characterized by a system information forwarder configured to transmit the system information through the inter-base station communicator to a broadcasting radio base station in order to assist the user equipments to connect with the radio base station, the radio base station further comprising: a response request transmitter configured to transmit a response request for requesting a response to other radio base stations through the inter-base station communicator; and a broadcasting base station detector configured to detect a response from a broadcasting radio base station, the response being a reply to the response request, wherein the system information forwarder transmits the system information to the broadcasting radio base station, which has sent the response detected by the broadcasting base station detector. a radio communicator configured to wirelessly communicate with the user equipments; an inter-base station communicator configured to communicate with at least one other radio base station; characterized by a system information forwarder configured to transmit the system information through the inter-base station communicator to a broadcasting radio base station in order to assist the user equipments to connect with the radio base station, the radio base station further comprising: a response request transmitter configured to transmit a response request for requesting a response to other radio base stations through the inter-base station communicator; and a broadcasting base station detector configured to detect a response from a broadcasting radio base station, the response being a reply to the response request, a response request transmitter configured to transmit a response request for requesting a response to other radio base stations through the inter-base station communicator; and a broadcasting base station detector configured to detect a response from a broadcasting radio base station, the response being a reply to the response request,