mhurhangee/ep-ind-claims huggingface dataset:
A vehicle-mounted display system that displays an information presentation image representing information to be presented to a user, the vehicle-mounted display system comprising: a display; a plurality of frame elements (102; 901) that are arranged on a display surface of the display and respectively have shapes corresponding to different portions constituting one frame; a movement mechanism that moves the frame elements (102; 901) along the display surface of the display; and control means that controls positions of the frame elements (102; 901) via the movement mechanism and also controls a plurality of display modes in the display, characterised in that, when a first display mode among the plurality of display modes is set, the control means controls the positions of the plurality of frame elements (102; 901) such that the plurality of frame elements (102; 901) are positioned away from each other, displays, on the display, frame interpolation part images (605; 614) representing frame portions that couple edges of the plurality of frame elements (102; 901) such that one frame is formed of the plurality of frame elements (102; 901) and the frame interpolation part images (605; 614), and also displays the information presentation image inside the frame formed of the plurality of frame elements (102; 901) and the frame interpolation part images (605; 614). a display; a plurality of frame elements (102; 901) that are arranged on a display surface of the display and respectively have shapes corresponding to different portions constituting one frame; a movement mechanism that moves the frame elements (102; 901) along the display surface of the display; and control means that controls positions of the frame elements (102; 901) via the movement mechanism and also controls a plurality of display modes in the display, characterised in that, when a first display mode among the plurality of display modes is set, the control means controls the positions of the plurality of frame elements (102; 901) such that the plurality of frame elements (102; 901) are positioned away from each other, displays, on the display, frame interpolation part images (605; 614) representing frame portions that couple edges of the plurality of frame elements (102; 901) such that one frame is formed of the plurality of frame elements (102; 901) and the frame interpolation part images (605; 614), and also displays the information presentation image inside the frame formed of the plurality of frame elements (102; 901) and the frame interpolation part images (605; 614).
Suction lifting tool for fastening an article on a surface of an object, the suction lifting tool having a bowed suction housing which is closed off towards one side by means of a suction disc, wherein a cavity is formed between the suction housing and the suction disc, and having a tension lever for reducing a spacing between the suction housing and the suction disc to generate a suction effect, comprizing a ring-shaped sealing flange, which is securable on the suction disc, having an inside groove on the sealing flange into which the suction disc is insertable, and further comprising an elastic sealing face for abutment against the surface of the object, wherein the sealing flange has an inside groove which is U-shaped in cross section, mated to the cross section of the outside edge of the suction disc, characterized in that the suction disc with its outside edge is insertable into the U-shaped inside groove and can be released therefrom, and in that the suction lifting tool can be attached to the surface of the object in a sealing manner including the sealing flange as well as without the sealing flange.
A smartcard comprising at least two pre-installed applications and an application user interface selector, wherein said application user interface selector is arranged to select and configure a specific authentication user interface corresponding to a specific one of the pre-installed applications in dependence on encoded information received from a host application, wherein said host application is external to the smartcard, wherein the authentication user interface is arranged to receive user authentication information, wherein the encoded information comprises a hash sum which uniquely identifies the specific authentication user interface corresponding to the selected application, so that the hash sum enables combining application information with user data, wherein the authentication user interface comprises a tactile data decoding unit, and wherein said application user interface selector is further arranged to configure said tactile data decoding unit in dependence on the encoded information received from the host application, wherein the tactile data decoding unit is arranged to decode tactile pattern data of at least two of the types of a handwritten character, a button press, a swipe, a keypad entry, a signature, a signature shortcut, and wherein the application user interface selector is arranged to configure the tactile data decoding unit by selecting a specific type of tactile pattern data to be decoded.
A chalcogenide material comprising: germanium, Ge; (Go); arsenic, As; sulfur, S; selenium, Se; and at least one group III metal, M, selected from indium, In, gallium, Ga, and aluminum, Al, wherein a content of Ge is greater than 10 at% and less than or equal to 30 at%, a content of As is greater than 30 at% and less than or equal to 50 at%, a content of Se is greater than 20 at% and less than or equal to 60 at%, a content of S is greater than 0.5 at% and less than or equal to 10 at%, and a content of the group III metal is greater than 0.5 at% and less than or equal to 10 at%. germanium, Ge; (Go); arsenic, As; sulfur, S; selenium, Se; and at least one group III metal, M, selected from indium, In, gallium, Ga, and aluminum, Al, wherein a content of Ge is greater than 10 at% and less than or equal to 30 at%, a content of As is greater than 30 at% and less than or equal to 50 at%, a content of Se is greater than 20 at% and less than or equal to 60 at%, a content of S is greater than 0.5 at% and less than or equal to 10 at%, and a content of the group III metal is greater than 0.5 at% and less than or equal to 10 at%.
Method for measuring a link loss (LL DS, LL US) of an optical transmission line, the method comprising - retrieving trace data (TD1, TD2) describing an optical time domain reflectometry trace; and - estimating the link loss from the trace data (TD1, TD2); characterized in that the method comprises - retrieving a first set of the trace data, said first set being based on the optical time domain reflectometry performed by means of an optical time domain reflectometer connected to a first end of the transmission line without a reflector being inserted at a second end of the transmission line; and - retrieving a second set of the trace data, the second set being based on the optical time domain reflectometry performed by means of the optical time domain reflectometer connected to the first end of the transmission line while the reflector is inserted at the second end of the transmission line; wherein the estimating the link loss (LL DS, LL US) comprises comparing the first set of trace data with the second set of trace data. - retrieving trace data (TD1, TD2) describing an optical time domain reflectometry trace; and - estimating the link loss from the trace data (TD1, TD2); characterized in that the method comprises - retrieving a first set of the trace data, said first set being based on the optical time domain reflectometry performed by means of an optical time domain reflectometer connected to a first end of the transmission line without a reflector being inserted at a second end of the transmission line; and - retrieving a second set of the trace data, the second set being based on the optical time domain reflectometry performed by means of the optical time domain reflectometer connected to the first end of the transmission line while the reflector is inserted at the second end of the transmission line;
An apparatus for applying a therapeutic electric field to a target region of a patient, the apparatus comprising: an AC signal generator that generates an electric field having a frequency of between 50 and 500 kHz and a field strength of at least 1 V/cm; and a control signal generator (43, 44) that cyclically changes the direction of the electric field between a first direction for a first period of time of between 20 and 500 ms and a second direction for a second period of time of between 20 and 500 ms. an AC signal generator that generates an electric field having a frequency of between 50 and 500 kHz and a field strength of at least 1 V/cm; and a control signal generator (43, 44) that cyclically changes the direction of the electric field between a first direction for a first period of time of between 20 and 500 ms and a second direction for a second period of time of between 20 and 500 ms.
Assistance system, for a motor vehicle comprising means for generating a signal in dependence on a current vehicle location relative to a location on a route travelled by the vehicle, comprising a memory in which standstill periods are allocated to locations of a traffic road network and comprising a design of the signal generating means in such a manner that they generate a signal for stopping a drive engine of the motor vehicle when the location of the vehicle reaches a location of the traffic road network to which a standstill period is allocated which is above a particular threshold value, and comprising an evaluating module which is designed to determine standstills, location of the standstills and standstill periods during travels of the motor vehicle and to allocate standstill periods to the locations of the standstills in the memory.
Method for resolving a redundancy of two or more redundant modules (M 1...M 5), comprising the steps of: - receiving results of the two or more redundant modules (M 1...M 5); - determining an overall result from the results; and - outputting the overall result for further processing; characterized in that the modules (M 1...M 5) are trained in a data-driven manner and reliabilities of the results are ascertained by means of measurements or investigations on the modules (M 1...M 5), wherein the determination of the overall result from the results takes place based on the ascertained reliabilities, and a result reliability is ascertained for the overall result from the reliabilities of the results and is output. - receiving results of the two or more redundant modules (M 1...M 5); - determining an overall result from the results; and - outputting the overall result for further processing;
A compound represented by formula, or a pharmaceutically acceptable salt, or solvate thereof for use in the prophylaxis and the treatment of a diabetic complication: wherein the complication is a microvascular disease.
A method for producing a semifinished product for the manufacture of a composite moulded part, in particular a composite fibre moulded part, wherein a higher-melting reinforcing material, in particular higher-melting reinforcing fibres are combined with lower-melting fibres of thermoplastic material to form a laminate, wherein the lower-melting fibres are spun and after the spinning at a fibre temperature T F are combined with the higher-melting reinforcing material, in particular with the higher-melting reinforcing fibres to form the laminate forming the semifinished product, wherein the fibre temperature T F lies in a temperature range between a temperature of 25°C below the heat-distortion temperature T W to 55°C above the heat-distortion temperature T W of the thermoplastic material of the lower-melting fibres.
A near field communication enabled mobile communications device (100, 810) comprising: a magnetic proximity sensor (726, 8134) operable to sense presence of a magnetic field; at least one delay mechanism operable to determine whether a predetermined delay has elapsed after presence of a magnetic field has been sensed by the sensor (726, 8134); an NFC detector operable to detect processing of an NFC transaction by the device (100, 810) and place an NFC detection flag in a set state when an NFC transaction is detected; a power controller operable, if no NFC transaction processing is detected when the delay has elapsed, to put the NFC device (100, 810) into a low power state; and if NFC transaction processing is detected when the delay has elapsed, not putting the NFC device into a low power state. a magnetic proximity sensor (726, 8134) operable to sense presence of a magnetic field; at least one delay mechanism operable to determine whether a predetermined delay has elapsed after presence of a magnetic field has been sensed by the sensor (726, 8134); an NFC detector operable to detect processing of an NFC transaction by the device (100, 810) and place an NFC detection flag in a set state when an NFC transaction is detected; a power controller operable, if no NFC transaction processing is detected when the delay has elapsed, to put the NFC device (100, 810) into a low power state; and if NFC transaction processing is detected when the delay has elapsed, not putting the NFC device into a low power state. if no NFC transaction processing is detected when the delay has elapsed, to put the NFC device (100, 810) into a low power state; and if NFC transaction processing is detected when the delay has elapsed, not putting the NFC device into a low power state.
A method for manufacturing a vehicle wheel, comprising the following steps: providing a rim of metal sheet, comprising on its axially outer side an outer flange, an outer bead seat and a retaining hump, as well as a rim well connected to the outer bead seat through the retaining hump, providing a disc of light alloy material, comprising a cover part and a connection part protruding axially from the cover part, wherein the cover part comprises a plurality of angularly spaced spokes, extending radially outwards from a central portion of the cover part, wherein at least one recess (34; 34') is formed on the connection part, a respective insert of metal sheet being arranged into said at least one recess, fitting the connection part of the disc to a radially inner surface of the rim, and applying a high energy beam to an area of the rim respectively superimposing the insert of the connection part to form at least one deep weld penetrating through the thickness of the rim and at least partially through the insert, said at least one deep weld welding the insert to the rim. providing a rim of metal sheet, comprising on its axially outer side an outer flange, an outer bead seat and a retaining hump, as well as a rim well connected to the outer bead seat through the retaining hump, providing a disc of light alloy material, comprising a cover part and a connection part protruding axially from the cover part, wherein the cover part comprises a plurality of angularly spaced spokes, extending radially outwards from a central portion of the cover part, wherein at least one recess (34; 34') is formed on the connection part, a respective insert of metal sheet being arranged into said at least one recess, fitting the connection part of the disc to a radially inner surface of the rim, and applying a high energy beam to an area of the rim respectively superimposing the insert of the connection part to form at least one deep weld penetrating through the thickness of the rim and at least partially through the insert, said at least one deep weld welding the insert to the rim.
A mobile device comprising: overlay circuitry; overlay memory buffer; secure memory configured to host a database comprising a plurality of uniform resource locators, URLs, the secure memory also configured to host information representing at least one logo, the at least one logo indicative of a safety level of the plurality of URLs of the at least one database; and secure circuitry configured to compare a requested URL with the database to determine if the requested URL corresponds to one of the plurality of URLs of the at least one database, to select a logo stored in the secure memory, and to store the selected logo in the overlay memory buffer, the secure circuitry further configured to direct the overlay circuitry to retrieve the selected logo from the overlay memory buffer and blend the appropriate logo onto rendered data from a frame buffer video memory; wherein said secure memory and said secure circuitry are inaccessible to a user, operating system, or an application running on said mobile device; and said overlay memory buffer is only accessible to at least one of the overlay circuitry or the secure circuitry. overlay circuitry; overlay memory buffer; secure memory configured to host a database comprising a plurality of uniform resource locators, URLs, the secure memory also configured to host information representing at least one logo, the at least one logo indicative of a safety level of the plurality of URLs of the at least one database; and secure circuitry configured to compare a requested URL with the database to determine if the requested URL corresponds to one of the plurality of URLs of the at least one database, to select a logo stored in the secure memory, and to store the selected logo in the overlay memory buffer, the secure circuitry further configured to direct the overlay circuitry to retrieve the selected logo from the overlay memory buffer and blend the appropriate logo onto rendered data from a frame buffer video memory; wherein said secure memory and said secure circuitry are inaccessible to a user, operating system, or an application running on said mobile device; and said overlay memory buffer is only accessible to at least one of the overlay circuitry or the secure circuitry.
A composition for use in hair loss comprising about 0.05 - 0.3% w/v latanoprost and 2 - 7% minoxidil, wherein the composition does not comprise finasteride.
Cleaning system, comprising a cleaning cart (12; 100; 200) and an external accessory device (14; 300), wherein the cleaning cart (12; 100; 200) comprises a frame having rollers for moving on a ground surface, at least one receptacle for receiving and/or carrying cleaning utensils, and an interaction device having a hand-actuatable interaction element, wherein the accessory device (14; 300) is portably configured and a user application program for processing cleaning-related information is executably stored on the accessory device (14; 300) and/or operable via the accessory device (14; 300), wherein the interaction device and the accessory device (14; 300) are coupleable with one another via a communication connection, and wherein, depending on an actuation of the interaction element by the user, input information for operation of the user application program is transmittable from the interaction device to the accessory device (14; 300) and is processable by the accessory device (14; 300).
An intravascular device, comprising: a flexible elongate member having a proximal portion and a distal portion; and a first sensor assembly (112, 116) of a first array of capacitive micromachined ultrasonic transducers (CMUTs) disposed at the distal portion of the flexible elongate member; wherein the first sensor assembly (112, 116) is operable as at least two of a pressure sensor, a flow sensor, and an imaging sensor; and wherein the first sensor assembly (112, 116) is configured to be cycled through different operations comprising at least two of a pressure measurement, a flow measurement, and an imaging so that the same first sensor assembly obtains data corresponding to different intravascular data types at various times. a flexible elongate member having a proximal portion and a distal portion; and a first sensor assembly (112, 116) of a first array of capacitive micromachined ultrasonic transducers (CMUTs) disposed at the distal portion of the flexible elongate member; wherein the first sensor assembly (112, 116) is operable as at least two of a pressure sensor, a flow sensor, and an imaging sensor; and wherein the first sensor assembly (112, 116) is configured to be cycled through different operations comprising at least two of a pressure measurement, a flow measurement, and an imaging so that the same first sensor assembly obtains data corresponding to different intravascular data types at various times.
A binding machine, comprising: an accommodating portion configured to accommodate a tape reel, which has a tubular bobbin and a tape wound around an outer circumferential surface of the bobbin, with a part of the tape pulled out of the accommodating portion; a main handle configured to hold the tape pulled out from the accommodating portion; and a clincher arm attached to the main handle rotatably in a first direction toward the main handle and a second direction away from the main handle, and configured to grip the tape held by the main handle by rotating in the first direction and further pull out the tape by rotating in the second direction after the gripping, wherein the accommodating portion includes: a side wall (26A1) configured to face a side surface of the accommodated tape reel, a first protrusion (26B2) protruding from the side wall and configured to fit to the bobbin of the accommodated tape reel so as to rotatably support the tape reel, and a second protrusion, characterized in that the second protrusion protrudes from the side wall and is configured to abut with a side surface of the accommodated tape reel, and in that the first protrusion (26B2) is provided to be movable back and forth in an axial direction of the accommodating portion. an accommodating portion configured to accommodate a tape reel, which has a tubular bobbin and a tape wound around an outer circumferential surface of the bobbin, with a part of the tape pulled out of the accommodating portion; a main handle configured to hold the tape pulled out from the accommodating portion; and a clincher arm attached to the main handle rotatably in a first direction toward the main handle and a second direction away from the main handle, and configured to grip the tape held by the main handle by rotating in the first direction and further pull out the tape by rotating in the second direction after the gripping, wherein the accommodating portion includes: a side wall (26A1) configured to face a side surface of the accommodated tape reel, a first protrusion (26B2) protruding from the side wall and configured to fit to the bobbin of the accommodated tape reel so as to rotatably support the tape reel, and a second protrusion, a side wall (26A1) configured to face a side surface of the accommodated tape reel, a first protrusion (26B2) protruding from the side wall and configured to fit to the bobbin of the accommodated tape reel so as to rotatably support the tape reel, and a second protrusion, characterized in that the second protrusion protrudes from the side wall and is configured to abut with a side surface of the accommodated tape reel, and in that the first protrusion (26B2) is provided to be movable back and forth in an axial direction of the accommodating portion.