mhurhangee/ep-ind-claims huggingface dataset:
Polished chrome-type element, in particular a reflector, chrome strip, handle strip, radiator grill of a motor vehicle or closure, characterized in that it has a supporting transparent plastic layer onto the rear side of which, facing away from an observer and/or a light source, a polymer chrome coat is applied, in particular in the form of a lacquer.
A method for controlling a dual-fuel diesel engine, comprising: - using a first electric control system to control the injection of liquid fuel into a cylinder of said diesel engine through a first liquid fuel injector, - using a second electric control system to control the injection of liquid fuel into said cylinder of said diesel engine through a second liquid fuel injector, different from said first liquid fuel injector, - in a gaseous fuel mode, injecting gaseous fuel into said cylinder of said diesel engine and performing pilot injection to said cylinder through said second liquid fuel injector, and - in a case of a failure in the pilot injection through said second liquid fuel injector, employing a gaseous fuel backup mode in which pilot injection to said cylinder is performed through said first liquid fuel injector, characterized in that said first and second electric control systems are mutually redundant electric control systems that are functionally independent of each other. - using a first electric control system to control the injection of liquid fuel into a cylinder of said diesel engine through a first liquid fuel injector, - using a second electric control system to control the injection of liquid fuel into said cylinder of said diesel engine through a second liquid fuel injector, different from said first liquid fuel injector, - in a gaseous fuel mode, injecting gaseous fuel into said cylinder of said diesel engine and performing pilot injection to said cylinder through said second liquid fuel injector, and - in a case of a failure in the pilot injection through said second liquid fuel injector, employing a gaseous fuel backup mode in which pilot injection to said cylinder is performed through said first liquid fuel injector,
A bone registration system, comprising: a device including a scanner arranged to scan a target surface area of bone to obtain scan data and a first communication component (112; 200; 400); a first marker adapted to be positioned on a first portion of bone, the first marker including a second communication component arranged to transmit a location signal for indicating a position of the first marker in a plurality of dimensions relative to the device; and a registration unit arranged to compare the scan data with surface data of the bone to generate position data identifying overlapping elements of the scan data relative to the surface data, to determine location data from the location signal and to determine a location of the first marker on a surface of the bone using the position data and the location data, characterized in that the system further comprises a second marker adapted to be positioned on a second portion of bone, wherein the first and second markers (106, 132) are arranged to communicate with one another to determine relative marker data including a position of the first marker relative to the second marker, wherein the registration unit is arranged to process the relative marker data to determine a location of the second marker on the surface of the bone. a device including a scanner arranged to scan a target surface area of bone to obtain scan data and a first communication component (112; 200; 400); a first marker adapted to be positioned on a first portion of bone, the first marker including a second communication component arranged to transmit a location signal for indicating a position of the first marker in a plurality of dimensions relative to the device; and a registration unit arranged to compare the scan data with surface data of the bone to generate position data identifying overlapping elements of the scan data relative to the surface data, to determine location data from the location signal and to determine a location of the first marker on a surface of the bone using the position data and the location data,
A composition comprising core-shell nanoparticles, wherein said nanoparticles comprise: (a) cationic core material comprising a copolymer micelle and (b) shell material comprising silica. (a) cationic core material comprising a copolymer micelle and (b) shell material comprising silica.
Timepiece comprising at least a first movement driven by a first barrel comprising a first drum arranged to cooperate with a first going train of the first movement, a first barrel arbour about which the first drum is mounted for rotational movement, and a first spring housed in the first drum and of which an outer end is coupled to said first drum and an inner end is coupled to said first barrel arbour, and a second movement driven by a second barrel comprising a second drum arranged to cooperate with a second going train of the second movement, a second barrel arbour about which the second drum is mounted for rotational movement, and a second spring housed in the second drum and of which an outer end is coupled to said second drum and an inner end is coupled to said second barrel arbour, characterised in that said first and second barrels (1, 2) are mounted in a superimposed manner, the first and second barrel arbours (10, 20) being coaxial and the insides of the first and second drums (3, 12) facing each other, and in that said timepiece comprises a single winding device for the first and second barrels (1, 2) comprising a winding wheel coaxial to the first and second barrel arbours (10, 20), the first barrel arbour, the second barrel arbour and the winding wheel being rotationally fixed relative to each other and being arranged to be driven in rotation coaxially during winding of the first and second springs (8, 18) and to be fixed during unwinding of the first and second springs (8, 18).
A method performed by a poll control entity for controlling a polling procedure in a radio communication where a data transmitting node transmits data to a data receiving node and sends polls to the data receiving node according to a default polling frequency, said polls requiring the data receiving node to send feedback to the data transmitting node indicating whether said data has been received and decoded by the data receiving node or not, the method comprising: - detecting a trigger of the radio communication indicating a deviation of a feedback time which is a time period between a time of sending the poll and a time of receiving the feedback from an expected feedback time range, - adjusting the polling frequency based on said trigger of the radio communication such that the deviation of the feedback time is reduced, and - enforcing the adjusted polling frequency at the data transmitting node. - detecting a trigger of the radio communication indicating a deviation of a feedback time which is a time period between a time of sending the poll and a time of receiving the feedback from an expected feedback time range, - adjusting the polling frequency based on said trigger of the radio communication such that the deviation of the feedback time is reduced, and - enforcing the adjusted polling frequency at the data transmitting node.
A method of processing data for maintenance of a database of points of interest, each point of interest represented in the database having at least one attribute and a confidence value indicative of the accuracy of the at least one attribute associated therewith, wherein the at least one attribute includes a status of the point of interest, wherein the status of the point of interest changes from a first state to a second state when the confidence value associated with the point of interest is above or below a predetermined threshold level, and wherein the confidence value is time dependent and varies according to a predefined function, the method comprising: receiving a report relating to an attribute of a point of interest; adjusting the confidence value associated with the point of interest in accordance with the received report, wherein the confidence value is increased or decreased based on the received report; characterised in that the method further comprises: determining a time when the confidence value associated with the point of interest will cross the threshold level based on the adjusted confidence value and the predefined function; and transmitting information relating to the point of interest to a remote device, wherein the information comprises the determined time. receiving a report relating to an attribute of a point of interest; adjusting the confidence value associated with the point of interest in accordance with the received report, wherein the confidence value is increased or decreased based on the received report; characterised in that the method further comprises: determining a time when the confidence value associated with the point of interest will cross the threshold level based on the adjusted confidence value and the predefined function; and transmitting information relating to the point of interest to a remote device, wherein the information comprises the determined time. determining a time when the confidence value associated with the point of interest will cross the threshold level based on the adjusted confidence value and the predefined function; and transmitting information relating to the point of interest to a remote device, wherein the information comprises the determined time.
A method for a user equipment, UE, to perform beam failure recovery in a wireless communication system, the method comprising: receiving a BWP inactivity timer from a base station, wherein the UE is configured to be switched from a first BWP to a second BWP when the BWP inactivity timer expires, the first BWP is an active BWP and the second BWP is a default BWP; determining that a beam failure recovery procedure is triggered on the first BWP; stopping the BWP inactivity timer in response to determining that the beam failure recovery procedure is triggered; finding a candidate beam on the first BWP; sending a beam failure recovery request via a Physical Uplink Control Channel, PUCCH, on the first BWP, or a contention-free Random Access Channel, RACH, and starting a beam failure recovery request timer; monitoring a response of the beam failure recovery request in a pre-configured CORESET of the PDCCH of the first BWP; stopping the beam failure recovery request timer in response to receiving the beam failure recovery response; starting a new BWP inactivity timer in response to receiving the beam failure recovery response on the first BWP; and switching to the second BWP once the inactivity timer expires. receiving a BWP inactivity timer from a base station, wherein the UE is configured to be switched from a first BWP to a second BWP when the BWP inactivity timer expires, the first BWP is an active BWP and the second BWP is a default BWP; determining that a beam failure recovery procedure is triggered on the first BWP; stopping the BWP inactivity timer in response to determining that the beam failure recovery procedure is triggered; finding a candidate beam on the first BWP; sending a beam failure recovery request via a Physical Uplink Control Channel, PUCCH, on the first BWP, or a contention-free Random Access Channel, RACH, and starting a beam failure recovery request timer; monitoring a response of the beam failure recovery request in a pre-configured CORESET of the PDCCH of the first BWP; stopping the beam failure recovery request timer in response to receiving the beam failure recovery response; starting a new BWP inactivity timer in response to receiving the beam failure recovery response on the first BWP; and switching to the second BWP once the inactivity timer expires.
Sanitary fitting, substantially comprising - a housing, - - the connections (21, 22) for a cold and a hot water supply and - - an outlet for mixed water, and - a water guideway module which comprises a preformed hollow profile having at least one inlet (34, 35) for cold, hot or mixed water, wherein the housing is one-piece and the water guideway module is sealingly connectible to the housing, the water guideway module having receptacles (5, 6) for functional components, namely a thermostat element, a mixing cartridge or a valve upper part, characterised in that the water guideway module is in the form of a structural unit in one-piece form and its dimensions are chosen so that it can be pushed into and mounted in the housing from one side thereof. - a housing, - - the connections (21, 22) for a cold and a hot water supply and - - an outlet for mixed water, and - - the connections (21, 22) for a cold and a hot water supply and - - an outlet for mixed water, and - a water guideway module which comprises a preformed hollow profile having at least one inlet (34, 35) for cold, hot or mixed water, wherein the housing is one-piece and the water guideway module is sealingly connectible to the housing, the water guideway module having receptacles (5, 6) for functional components, namely a thermostat element, a mixing cartridge or a valve upper part,
An optical lens assembly, comprising: a diaphragm, a zoom lens group, a light deflecting assembly and a compensating lens group sequentially arranged along an optical axis and from an object side to an imaging plane; wherein the optical axis comprises a first optical axis segment between the diaphragm and the light deflecting assembly, and a second optical axis segment between the light deflecting assembly and the compensating lens group; the zoom lens group is located on the first optical axis segment, and the first optical axis segment is different from the second optical axis segment, characterized in that the compensating lens group comprises a first compensating lens, a second compensating lens and a third compensating lens; a light incident surface and a light emitting surface of the first compensating lens are both convex; a light incident surface of the second compensating lens is convex, and a light emitting surface of the second compensating lens is concave; and a light incident surface and a light emitting surface of the third compensating lens are both concave. a diaphragm, a zoom lens group, a light deflecting assembly and a compensating lens group sequentially arranged along an optical axis and from an object side to an imaging plane; wherein the optical axis comprises a first optical axis segment between the diaphragm and the light deflecting assembly, and a second optical axis segment between the light deflecting assembly and the compensating lens group; the zoom lens group is located on the first optical axis segment, and the first optical axis segment is different from the second optical axis segment, characterized in that the compensating lens group comprises a first compensating lens, a second compensating lens and a third compensating lens; a light incident surface and a light emitting surface of the first compensating lens are both convex; a light incident surface of the second compensating lens is convex, and a light emitting surface of the second compensating lens is concave; and a light incident surface and a light emitting surface of the third compensating lens are both concave.
A planar composite material comprising a) at least one UD fiber layer A having an areal weight of more than 300 to 2'000 g/m 2 made of discrete, unidirectional reinforcing fiber rovings which are not connected to each other, and b) at least one fiber mat with randomly oriented fibers B having an areal weight of 100 to 2'000 g/m 2 made of a thermoplastic fiber nonwoven or a thermoplastic oriented fiber layer, each of which can contain up to 70 wt.-% reinforcing fibers wherein the layers A and B are needled to each other. a) at least one UD fiber layer A having an areal weight of more than 300 to 2'000 g/m 2 made of discrete, unidirectional reinforcing fiber rovings which are not connected to each other, and b) at least one fiber mat with randomly oriented fibers B having an areal weight of 100 to 2'000 g/m 2 made of a thermoplastic fiber nonwoven or a thermoplastic oriented fiber layer, each of which can contain up to 70 wt.-% reinforcing fibers
Electric device for thermally conditioning a fluid for a motor vehicle, said device comprising at least one thermal module comprising: - an enclosure comprising at least one electric heating means, and - a core arranged inside the enclosure, so as to define a circulation space for the fluid between the core and the enclosure, such that the core of a thermal module comprises at least one second electric means for heating the fluid, the first electric means is implemented in the form of resistive tracks on an external surface of the enclosure outside the circulation space and the second electric heating means comprises at least one resistive track and wherein the core comprises a protective film arranged on the resistive track and made of an electrically insulating and heat-conducting material, such as a ceramic material, the two electric means (16, 18) being able to participate together or individually in heating the fluid to be heated. - an enclosure comprising at least one electric heating means, and - a core arranged inside the enclosure, so as to define a circulation space for the fluid between the core and the enclosure,
Hoisting winch assembly with at least two drums which can jointly be driven by at least two motors via at least one transmission assembly, wherein the transmission assembly comprises at least two separate gear trains (4; 5), so that each motor is in drive connection with one drum each via at least one separate gear train (4; 5), characterized in that each gear train (4; 5) includes a drum transmission at least partly accommodated in one of the drums and that to each drum transmission one of the motors is connected via a connection transmission.
A device for casting cast parts according to the permanent mold method, comprising: - a pivotable holding element for receiving a permanent mold (13, 16), - a furnace which can be connected to a low-pressure permanent mold in such a manner that a melting charge can be supplied to the low-pressure permanent mold according to the low-pressure method, and - a melting charge supply equipment which is able to supply a melting charge to a gravitation permanent mold, wherein the gravitation permanent mold can be arranged on the holding element, and wherein the gravitation permanent mold comprises a pouring basin which is used for receiving the melting charge and is a portion of the permanent mold open towards the top, wherein the melting charge flows from the pouring basin into the mold cavity of the permanent mold by rotating the permanent mold about a predetermined axis of rotation and/or the gravitation permanent mold has its upper area provided with a pouring basin which is a trough- or gutter-like element open towards the top, and the pouring basin can be filled with the melting charge. - a pivotable holding element for receiving a permanent mold (13, 16), - a furnace which can be connected to a low-pressure permanent mold in such a manner that a melting charge can be supplied to the low-pressure permanent mold according to the low-pressure method, and - a melting charge supply equipment which is able to supply a melting charge to a gravitation permanent mold, wherein the gravitation permanent mold can be arranged on the holding element, and wherein the gravitation permanent mold comprises a pouring basin which is used for receiving the melting charge and is a portion of the permanent mold open towards the top, wherein the melting charge flows from the pouring basin into the mold cavity of the permanent mold by rotating the permanent mold about a predetermined axis of rotation and/or the gravitation permanent mold has its upper area provided with a pouring basin which is a trough- or gutter-like element open towards the top, and the pouring basin can be filled with the melting charge.
An apparatus for use with a head-mounted device, the apparatus comprising: an image projection device for displaying an image in the visual field of a user, the user having a head and eyes (20,21), the image projection device being adapted to emit light having a peak wavelength range and a full width at half maximum (FWHM) wavelength range; a first visor including an inner surface and a display surface located on the inner surface, the first visor having a transmittance of less than 1% for light in a first wavelength range, the first wavelength range overlapping with the full width at half maximum (FWHM) wavelength range, the first visor having a deployed position in which the display surface is positioned at least partially within the visual field of the user and is positioned to reflect light emitted from the image projection device, the inner surface facing the eyes of the user when the first visor is in the deployed position; and a second visor having a deployed position in which the second visor is positioned at least partially within the visual field of the user and the second visor is positioned between the first visor and the eyes of the user, the apparatus is characterized in that the second visor having a transmittance of less than 1% for each of a first group of at least one light radiation threat and having an integrated luminous transmittance of at least 20% for light emitted by the image projection device, and wherein the second visor has a smaller surface area than the first visor. an image projection device for displaying an image in the visual field of a user, the user having a head and eyes (20,21), the image projection device being adapted to emit light having a peak wavelength range and a full width at half maximum (FWHM) wavelength range; a first visor including an inner surface and a display surface located on the inner surface, the first visor having a transmittance of less than 1% for light in a first wavelength range, the first wavelength range overlapping with the full width at half maximum (FWHM) wavelength range, the first visor having a deployed position in which the display surface is positioned at least partially within the visual field of the user and is positioned to reflect light emitted from the image projection device, the inner surface facing the eyes of the user when the first visor is in the deployed position; and a second visor having a deployed position in which the second visor is positioned at least partially within the visual field of the user and the second visor is positioned between the first visor and the eyes of the user, the apparatus is characterized in that the second visor having a transmittance of less than 1% for each of a first group of at least one light radiation threat and having an integrated luminous transmittance of at least 20% for light emitted by the image projection device, and wherein the second visor has a smaller surface area than the first visor.