mhurhangee/ep-ind-claims huggingface dataset:
A display apparatus comprising: a display; a communication interface configured to communicate with at least one other display apparatus; and a controller configured to: calculate position information of the display apparatus, receive position information including rotation information of the at least one other display apparatus through the communication interface, and output an output image signal to the display based on the position information of the display apparatus and the position information of the at least one other display apparatus characterized in that the controller is configured to receive a position information request signal from the at least one other display apparatus, wherein in response to the position information request signal being received, the controller is configured to output the position information of the display apparatus; wherein the controller is further configured, in response to a later position information request signal being received after a time when the position information request signal is received, to ignore the later position information request signal by not outputting the position information of the display apparatus and by outputting a null signal. a display; a communication interface configured to communicate with at least one other display apparatus; and a controller configured to: calculate position information of the display apparatus, receive position information including rotation information of the at least one other display apparatus through the communication interface, and output an output image signal to the display based on the position information of the display apparatus and the position information of the at least one other display apparatus calculate position information of the display apparatus, receive position information including rotation information of the at least one other display apparatus through the communication interface, and output an output image signal to the display based on the position information of the display apparatus and the position information of the at least one other display apparatus characterized in that the controller is configured to receive a position information request signal from the at least one other display apparatus, wherein in response to the position information request signal being received, the controller is configured to output the position information of the display apparatus; wherein the controller is further configured, in response to a later position information request signal being received after a time when the position information request signal is received, to ignore the later position information request signal by not outputting the position information of the display apparatus and by outputting a null signal.
A pressurized hollow fiber membrane module comprising: a housing formed with a raw water inlet, a concentrated water outlet, and a treated water outlet; an internal flow path formed in a longitudinal direction in the center of the housing and having open ends; a plurality of hollow fiber membranes arranged around the internal flow path, which are placed in a longitudinal direction of the module, whereby both ends of the hollow fibers are open; a treated water collecting portion communicating with the internal flow path and the hollow fiber membranes, wherein the treated water collecting portion comprises a first treated water collecting portion formed at an upper portion of the housing and a second treated water collecting portion formed at a lower portion of the housing, the treated water collecting portion communicates with the open ends of the internal flow path and the hollow fiber membranes; a first opening/closing unit arranged for opening or closing an open end of the internal flow path; and a second opening/closing unit arranged for opening or closing open ends of the hollow fiber membranes; where the internal flow path is arranged such that treated water collected at the second treated water collecting portion can be collected at the first treated water collecting portion via the internal flow path and backwashing water injected into the first treated water collecting portion through the treated water outlet can be delivered to the second treated water collecting portion. a housing formed with a raw water inlet, a concentrated water outlet, and a treated water outlet; an internal flow path formed in a longitudinal direction in the center of the housing and having open ends; a plurality of hollow fiber membranes arranged around the internal flow path, which are placed in a longitudinal direction of the module, whereby both ends of the hollow fibers are open; a treated water collecting portion communicating with the internal flow path and the hollow fiber membranes, wherein the treated water collecting portion comprises a first treated water collecting portion formed at an upper portion of the housing and a second treated water collecting portion formed at a lower portion of the housing, the treated water collecting portion communicates with the open ends of the internal flow path and the hollow fiber membranes; a first opening/closing unit arranged for opening or closing an open end of the internal flow path; and a second opening/closing unit arranged for opening or closing open ends of the hollow fiber membranes; where the internal flow path is arranged such that treated water collected at the second treated water collecting portion can be collected at the first treated water collecting portion via the internal flow path and backwashing water injected into the first treated water collecting portion through the treated water outlet can be delivered to the second treated water collecting portion.
An air braking system for a vehicle comprising: a brake input member configured to receive a brake request, the brake input member mechanically actuating a treadle valve (56,58) of a treadle circuit having a treadle circuit air pressure; a sensor that measures the brake request at the treadle circuit; a controller configured to determine a control valve command based on the brake request from the sensor and based on a regenerative braking level; a control valve configured to control a delivered air pressure level in a brake relay circuit based on the control valve command, wherein the brake relay circuit includes a relay valve and is configured to communicate the delivered air pressure level to a vehicle brake, characterized in that, a mechanical bypass valve that is operable to directly communicate treadle pressure to the relay valve when the requested brake pressure is greater than an override limit. a brake input member configured to receive a brake request, the brake input member mechanically actuating a treadle valve (56,58) of a treadle circuit having a treadle circuit air pressure; a sensor that measures the brake request at the treadle circuit; a controller configured to determine a control valve command based on the brake request from the sensor and based on a regenerative braking level; a control valve configured to control a delivered air pressure level in a brake relay circuit based on the control valve command, wherein the brake relay circuit includes a relay valve and is configured to communicate the delivered air pressure level to a vehicle brake, characterized in that, a mechanical bypass valve that is operable to directly communicate treadle pressure to the relay valve when the requested brake pressure is greater than an override limit.
Electronic calculator comprising a power supply, an input interface (10, 12, 14, 15) for entering numbers and mathematical operations to be carried out, a memory for storing data, a microprocessor for carrying out operations on the entered numbers, a digital display device for showing the result of operations carried out on the entered numbers and a casing comprising a front edge and a rear edge located opposite each other, the casing further comprising a base and an upper face both extending between the rear edge and the front edge, the input interface (10, 12, 14, 15) comprising a lever projecting above the upper face of the casing, the lever being designed to allow numbers to be entered manually and being arranged to be able to be selectively tilted in a plurality of active positions by being inclined in corresponding directions from a rest position, each direction corresponding to a different number, the microprocessor being arranged to associate every tilt of the lever in one of said active positions with the entry of the corresponding number, the upper face comprising a front input zone and a rear input zone, the lever being located in the front input zone and the rear input zone having a plurality of first keys respectively associated with mathematical operators, and the input interface (10, 12, 14, 15) further comprising at least one second key (14, 15), characterised in that the first keys are positioned relative to the lever so that the ends of the fingers of a hand of a user each can be located facing one of the first keys when the palm of said hand is turned downwards and the hollow of said hand covers the end of the lever, and in that said at least one second key (14, 15) is arranged on the casing behind the lever and is offset to the side relative to the longitudinal axis of the calculator so as to be facing the thumb of said hand when the fingers of said hand are facing the first keys, the hollow of said hand simultaneously covering the end of the lever.
An anchoring part of a two-part dental implant, wherein the anchoring part comprises the following sections positioned in the following order from the distal end to the proximal end of the anchoring part: - an inward cone, wherein the cone has an angle of between 20 and 60 degrees, - an inward lock against rotation, - a guiding section, and - an anchoring section having an external thread for anchoring the anchoring part into a bone. - an inward cone, wherein the cone has an angle of between 20 and 60 degrees, - an inward lock against rotation, - a guiding section, and - an anchoring section having an external thread for anchoring the anchoring part into a bone.
Wind generator comprising: - a mast extending along a longitudinal axis between a lower end and an upper end, said mast being connected to the ground by an articulation and pivotally mounted about said articulation between a substantially vertical erect position and a substantially horizontal folded-down position, the articulation being positioned between the lower and upper ends of the mast, the mast comprising a lower part, situated between the articulation and the lower end, which counterweights the nacelle and an upper part of the mast situated between the articulation and the nacelle, - a nacelle borne by the upper end of the mast, this nacelle comprising a rotor bearing a turbine, - at least one main ram connected to the mast and adapted to make said mast pivot between the erect position and the folded-down position, characterized in that said main ram is connected between a fixed support and the lower part of the mast. - a mast extending along a longitudinal axis between a lower end and an upper end, said mast being connected to the ground by an articulation and pivotally mounted about said articulation between a substantially vertical erect position and a substantially horizontal folded-down position, the articulation being positioned between the lower and upper ends of the mast, the mast comprising a lower part, situated between the articulation and the lower end, which counterweights the nacelle and an upper part of the mast situated between the articulation and the nacelle, - a nacelle borne by the upper end of the mast, this nacelle comprising a rotor bearing a turbine, - at least one main ram connected to the mast and adapted to make said mast pivot between the erect position and the folded-down position, characterized in that said main ram is connected between a fixed support and the lower part of the mast.
Delivery for a sheet-processing machine comprising a sheet brake having axially movable braking stations, with transport systems for transporting sheets of a sheet format in the transport direction via the sheet brake to a delivery pile, wherein at least one braking station has a plurality of carrier bodies with connection surfaces, so that a plurality of elements (17, 30, 31) can be simultaneously assigned to the braking station via the connection surfaces, and wherein each connection surface of the carrier bodies has one or more pneumatic connections, characterized in that one or more non-required pneumatic connections of a carrier body of the braking station can be closed by a cover element, which is assigned to the connection surface in a pneumatically sealing manner, or by a guide element for a belt (30, 17), which is assigned to the connection surface in a pneumatically sealing manner, and/or by a pneumatically sealing support belt.
Method for generating and outputting a schedule for automatically charging an electrical energy store in a vehicle, wherein at least two charging modes (110, 111) for the energy store are defined, viz., an immediate charging mode, in which the charging process begins immediately after the connection of the energy store to a charging device, and a program charging mode, in which the beginning of the charging process is determined by the schedule, data on energy content of the energy store and on a charging current which can be provided by the charging device are detected, user inputs to the automatic charging of the electrical energy store are detected, the schedule for automatically charging the energy store is generated on the basis of the detected data and the user inputs, if the vehicle is not connected to a charging device in program charging mode, a latest connection time point is determined on the basis of the energy content, the suppliable charging current, and an end time point of the planned charging process, at which time point the vehicle must be connected to a charging device in order to achieve a target charging state by the scheduled end time point, a reminder time point is determined which is before the latest connection time point, and a reminder message is issued if the vehicle is not connected to a charging device when the reminder time point is reached, and graphic data having several graphical objects are generated and simultaneously displayed on the basis of the schedule, wherein a first graphical object comprises a graphical element which comprehends all charging modes (110, 111) of the energy store and represents a timescale, and on which other graphical objects are arranged that are assigned to the time data of the schedule, a second graphical object is assigned to an initial time point and the end time point of the planned charging process, a third graphical object (105, 105a, 105b, 105c) is assigned to the charging current, and a fourth graphical object is assigned to the latest connection time point.
Adherent cells of a) placenta or adipose tissue for use in treating a condition requiring connective tissue regeneration or a condition requiring connective tissue repair, or b) adipose tissue for use in treating ischemia, wherein the adherent cells are obtained from a three-dimensional culture. a) placenta or adipose tissue for use in treating a condition requiring connective tissue regeneration or a condition requiring connective tissue repair, or b) adipose tissue for use in treating ischemia,
A bedding for livestock, comprising: - a cushioning support adapted to be anchored to the floor of the stable to support the weight of a livestock; - a coating anchored over said cushioning support and having at least one top layer made of polymeric material adapted to coat in a substantially complete manner said cushioning support to define a resting area for the livestock; characterized in that said coating is a multilayer coating positioned on said cushioning support and comprising said top layer and at least one waterproofing bottom layer of polymeric material covering said cushioning support and being placed over it, said top layer being made of a polymeric nonwoven fabric, said top layer and said bottom layer being reciprocally coupled for their full surface extension, said cushioning support comprising a plurality of superimposed layers of polymeric material with closed cells. - a cushioning support adapted to be anchored to the floor of the stable to support the weight of a livestock; - a coating anchored over said cushioning support and having at least one top layer made of polymeric material adapted to coat in a substantially complete manner said cushioning support to define a resting area for the livestock;
Turboprop engine, comrising - at least one turbomachine, - one propeller driven by the turbomachine with a propeller gearbox and a propeller adjusting device, - one high-pressure pump associated with the propeller adjusting device, - as well as an oil supply system, - wherein the oil supply system has a first oil circuit and a first oil conveying pump integrated into said oil circuit for supplying the turbomachine, as well as a second oil circuit and a second oil conveying pump integrated into said oil circuit for supplying the propeller gearbox and the high-pressure pump associated with the propeller adjusting device, - wherein the first and the second oil circuit (1, 3) are connected in flow direction downstream of the first and second oil conveying pump (8, 11) via an oil supply line for passing a limited oil volumetric flow into the second oil circuit, if in the event of a pressure reduction in the second oil circuit the pressure difference between the first and the second oil circuit (1, 3) falls below a certain level, wherein the first and the second oil circuit (1, 3) are connected to a common oil tank. - at least one turbomachine, - one propeller driven by the turbomachine with a propeller gearbox and a propeller adjusting device, - one high-pressure pump associated with the propeller adjusting device, - as well as an oil supply system, - wherein the oil supply system has a first oil circuit and a first oil conveying pump integrated into said oil circuit for supplying the turbomachine, as well as a second oil circuit and a second oil conveying pump integrated into said oil circuit for supplying the propeller gearbox and the high-pressure pump associated with the propeller adjusting device, - wherein the first and the second oil circuit (1, 3) are connected in flow direction downstream of the first and second oil conveying pump (8, 11) via an oil supply line for passing a limited oil volumetric flow into the second oil circuit, if in the event of a pressure reduction in the second oil circuit the pressure difference between the first and the second oil circuit (1, 3) falls below a certain level, wherein the first and the second oil circuit (1, 3) are connected to a common oil tank.
A method carried out by a user equipment "UE" comprising: acquiring a digital identifier "DIG-ID", said digital identifier comprising a globally resolvable, cryptographically verifiable identifier; generating a digital signature of the DIG-ID and a timestamp using a private key; sending a first request to a mobile communication network (207, 209), the first request including the DIG-ID, the timestamp and the generated digital signature, the DIG-ID being useable by the mobile communication network to identify a trust service provider for verifying the DIG-ID; receiving an onboarding authentication success indication and the DIG-ID; establishing a provisioning connection to the mobile communication network; and receiving, via the provisioning connection, a user subscription identifier, authentication and key agreement credentials, Slice information, mobile country code, mobile network code, and, optionally, network access related information. acquiring a digital identifier "DIG-ID", said digital identifier comprising a globally resolvable, cryptographically verifiable identifier; generating a digital signature of the DIG-ID and a timestamp using a private key; sending a first request to a mobile communication network (207, 209), the first request including the DIG-ID, the timestamp and the generated digital signature, the DIG-ID being useable by the mobile communication network to identify a trust service provider for verifying the DIG-ID; receiving an onboarding authentication success indication and the DIG-ID; establishing a provisioning connection to the mobile communication network; and receiving, via the provisioning connection, a user subscription identifier, authentication and key agreement credentials, Slice information, mobile country code, mobile network code, and, optionally, network access related information.
A nerve growth factor composition, characterized in that said nerve growth factor composition comprises the following components: a nerve growth factor at a mass-volume concentration of 10 μg/mL-100 μg/mL; a disaccharide stabilizer at a mass-volume concentration of 10 mg/mL-80 mg/mL; an amino acid stabilizer at a mass-volume concentration of 0 mg/mL-30 mg/mL; a surfactant at a mass-volume concentration of 0.01 mg/mL-1 mg/mL of; a supporting agent at a mass-volume concentration of 10 mg/mL-50 mg/mL; a pH buffer for maintaining said nerve growth factor composition at pH value of 6.0 to 7.4; a solvent being water; wherein said disaccharide stabilizer is at least one of maltose, trehalose and lactose. a nerve growth factor at a mass-volume concentration of 10 μg/mL-100 μg/mL; a disaccharide stabilizer at a mass-volume concentration of 10 mg/mL-80 mg/mL; an amino acid stabilizer at a mass-volume concentration of 0 mg/mL-30 mg/mL; a surfactant at a mass-volume concentration of 0.01 mg/mL-1 mg/mL of; a supporting agent at a mass-volume concentration of 10 mg/mL-50 mg/mL; a pH buffer for maintaining said nerve growth factor composition at pH value of 6.0 to 7.4; a solvent being water;