mhurhangee/ep-ind-claims huggingface dataset:
A vehicle with a mounting construction for a facial image photographic camera, characterized in that: a facial image photographic camera which photographs the face of a driver of a vehicle while the vehicle is running is disposed upon a column upper cover of a steering column such that it can be changed over between a position in which, when performing photography, the facial image photographic camera can be exposed to direct insolation by sunlight, and a position in which, when not performing photography, the facial image photographic camera is not exposed to direct insolation by sunlight due to a shadow of an upper portion of an instrument panel, wherein: the column upper cover is a movable portion of the steering column of the vehicle; and the facial image photographic camera is changed over between the positions by moving the column upper cover between a predetermined steering operating position and a predetermined storage position. the column upper cover is a movable portion of the steering column of the vehicle; and the facial image photographic camera is changed over between the positions by moving the column upper cover between a predetermined steering operating position and a predetermined storage position.
An atomizer, comprising: a heating wire; a plurality of fixing screws; a fixed seat having a central seat axis; an insulation ring; and a positive connector; wherein: the plurality of fixing screws is configured to fix the heating wire on the fixed seat; the plurality of fixing screws is configured to lock a negative lead of the heating wire on a negative-connecting portion of the fixed seat; the insulating ring is installed in the fixed seat to isolate a positive lead of the heating wire from the fixed seat; the positive connector is installed into the insulation ring and is connected to the positive lead of the heating wire; the positive lead of the heating wire is locked on the positive connector by the plurality of fixing screws; and the heating wire extends along a central wire axis in a helical configuration; characterised in that the heating wire is disposed in such a way that the central wire axis is perpendicular to the central seat axis and a direction extending from the positive connector to the negative-connecting portion, wherein the direction is perpendicular to the central seat axis. a heating wire; a plurality of fixing screws; a fixed seat having a central seat axis; an insulation ring; and a positive connector; the plurality of fixing screws is configured to fix the heating wire on the fixed seat; the plurality of fixing screws is configured to lock a negative lead of the heating wire on a negative-connecting portion of the fixed seat; the insulating ring is installed in the fixed seat to isolate a positive lead of the heating wire from the fixed seat; the positive connector is installed into the insulation ring and is connected to the positive lead of the heating wire; the positive lead of the heating wire is locked on the positive connector by the plurality of fixing screws; and the heating wire extends along a central wire axis in a helical configuration; characterised in that the heating wire is disposed in such a way that the central wire axis is perpendicular to the central seat axis and a direction extending from the positive connector to the negative-connecting portion, wherein the direction is perpendicular to the central seat axis.
Shower partition comprising a guide that specifies a movement direction, and a wall element that extends in a planar manner, is guided in the guide by means of a guide part and is movable in the movement direction, the wall element extending in a planar manner transversely to the movement direction and the wall element being arranged, in the region of the top edge thereof and by means of the guide part, below the guide so as to hang freely therefrom, characterized in that the wall element is arranged so as to oscillate in the movement direction.
An apparatus for processing a semiconductor workpiece including: a first chamber having a first plasma production source (16, 18, 20) and a first gas supply for introducing a supply of gas into the first chamber; a second chamber having a second plasma production source (30, 32) and a second gas supply for introducing a supply of gas into the second chamber, the second gas supply being independently controllable of the first gas supply; a workpiece support positioned in the second chamber; a plurality of gas flow pathway defining elements (28, 36) arranged to define a gas flow pathway in the vicinity of the workpiece when positioned on the workpiece support, wherein the gas flow pathway defining elements include at least one wafer edge region protection element for protecting the edge of the wafer and/or a region outwardly circumjacent to the edge of the wafer, and at least one auxiliary element spaced apart from the at least one wafer edge region protection element such that the gas flow pathway is defined; characterized in that the at least one auxiliary element is spaced apart from the at least one wafer edge region protection element such that a gap of between 5 and 50 mm is defined. a first chamber having a first plasma production source (16, 18, 20) and a first gas supply for introducing a supply of gas into the first chamber; a second chamber having a second plasma production source (30, 32) and a second gas supply for introducing a supply of gas into the second chamber, the second gas supply being independently controllable of the first gas supply; a workpiece support positioned in the second chamber; a plurality of gas flow pathway defining elements (28, 36) arranged to define a gas flow pathway in the vicinity of the workpiece when positioned on the workpiece support, wherein the gas flow pathway defining elements include at least one wafer edge region protection element for protecting the edge of the wafer and/or a region outwardly circumjacent to the edge of the wafer, and at least one auxiliary element spaced apart from the at least one wafer edge region protection element such that the gas flow pathway is defined; characterized in that the at least one auxiliary element is spaced apart from the at least one wafer edge region protection element such that a gap of between 5 and 50 mm is defined.
Method for providing a mobile device with information on the position thereof relative to a target, comprising: - emitting, from a laser source linked to said mobile device, a laser beam diverging substantially in a plane of emission oriented so that said emitted beam at least partially illuminates said target, - capturing an image, from imaging equipment linked to said mobile device, of said partially illuminated scene, in order to capture an image, - processing the image thus captured so as to produce information on the position of said mobile device relative to said target, wherein the capture is carried out according to an optical axis of the imaging equipment forming a variable angle (α) with the plane of emission of the laser beam, characterized in that said method further comprises: - a step of calibration, called angular calibration, carried out by a supplementary processing of positions on the imaging equipment in order to determine an item of position information, called reference position information, resulting from a image capture of an element, called reference element, placed at a known distance from the imaging equipment and visible in the field of view the imaging equipment. - emitting, from a laser source linked to said mobile device, a laser beam diverging substantially in a plane of emission oriented so that said emitted beam at least partially illuminates said target, - capturing an image, from imaging equipment linked to said mobile device, of said partially illuminated scene, in order to capture an image, - processing the image thus captured so as to produce information on the position of said mobile device relative to said target, - a step of calibration, called angular calibration, carried out by a supplementary processing of positions on the imaging equipment in order to determine an item of position information, called reference position information, resulting from a image capture of an element, called reference element, placed at a known distance from the imaging equipment and visible in the field of view the imaging equipment.
Optical lighting device comprising - a radiation detector, which comprises a semiconductor chip and an optical filter and has a spectral sensitivity distribution, - a first light source for generating white radiation, and - a second light source for generating monochromatic radiation in the visible spectral range, wherein the radiation emitted by the first light source and the radiation emitted by the second light source are superimposed to form a mixed radiation having a wavelength spectrum, and wherein - the wavelength spectrum of the mixed radiation is adapted to the spectral sensitivity distribution of the radiation detector, such that the wavelength spectrum of the mixed radiation deviates on average by at most 40% from the spectral sensitivity distribution of the radiation detector, and - the spectral sensitivity distribution of the radiation detector is adapted to the spectral sensitivity distribution of the human eye, characterized in that the second light source is designed as a recording indicator. - a radiation detector, which comprises a semiconductor chip and an optical filter and has a spectral sensitivity distribution, - a first light source for generating white radiation, and - a second light source for generating monochromatic radiation in the visible spectral range, wherein the radiation emitted by the first light source and the radiation emitted by the second light source are superimposed to form a mixed radiation having a wavelength spectrum, and wherein - the wavelength spectrum of the mixed radiation is adapted to the spectral sensitivity distribution of the radiation detector, such that the wavelength spectrum of the mixed radiation deviates on average by at most 40% from the spectral sensitivity distribution of the radiation detector, and - the spectral sensitivity distribution of the radiation detector is adapted to the spectral sensitivity distribution of the human eye, characterized in that the second light source is designed as a recording indicator.
A method for transitioning a remote station from a current serving network node having first security context to a new serving network node, comprising: the remote station providing at least one legacy key associated with a second security context, wherein the first security context includes a security property that is not supported by the second security context; the remote station generating at least one session key, in accordance with the first security context, based on an information element associated with the first security context; the remote station forwarding a first message to the new serving network node, wherein the first message includes the information element associated with the first security context; the remote station receiving, in response to the first message, a second message from the new serving network node, wherein the second message has a response based on either the at least one legacy key or the at least one session key; the remote station determining that the new serving network node does not support the first security context if the response of the second message is based on the at least one legacy key; and the remote station protecting communications based on the at least one legacy key upon determining that the new serving network node does not support the first security context. the remote station providing at least one legacy key associated with a second security context, wherein the first security context includes a security property that is not supported by the second security context; the remote station generating at least one session key, in accordance with the first security context, based on an information element associated with the first security context; the remote station forwarding a first message to the new serving network node, wherein the first message includes the information element associated with the first security context; the remote station receiving, in response to the first message, a second message from the new serving network node, wherein the second message has a response based on either the at least one legacy key or the at least one session key; the remote station determining that the new serving network node does not support the first security context if the response of the second message is based on the at least one legacy key; and the remote station protecting communications based on the at least one legacy key upon determining that the new serving network node does not support the first security context.
A method for controlling installation of programs, the method comprising: detecting, by a processor, installation of an unknown program on a computer; suspending, by the processor, installation of the unknown program; executing, by the processor, the unknown program in a secure environment; detecting, by the processor, undesirable actions of the unknown program, wherein the undesirable actions include at least one of: actions performed by the program without knowledge of a user, actions for accessing personal user data on the computer, and actions effecting user's working with other programs or operating system of the computer; determining, by the processor, whether the unknown program is undesirable or not based on the detected undesirable actions of the program; when the unknown program is determined be undesirable, prompting the user to select whether to allow or prohibit installation of the undesirable program on the computer; and when the unknown program is determined not to be undesirable: allowing installation of the unknown program on the computer, analyzing a graphical user interface of a program installer for presence of active undesirable GUI elements, and deactivating one or more detected undesirable GUI elements to prevent execution of one or more undesirable actions of the program. detecting, by a processor, installation of an unknown program on a computer; suspending, by the processor, installation of the unknown program; executing, by the processor, the unknown program in a secure environment; detecting, by the processor, undesirable actions of the unknown program, wherein the undesirable actions include at least one of: actions performed by the program without knowledge of a user, actions for accessing personal user data on the computer, and actions effecting user's working with other programs or operating system of the computer; determining, by the processor, whether the unknown program is undesirable or not based on the detected undesirable actions of the program; when the unknown program is determined be undesirable, prompting the user to select whether to allow or prohibit installation of the undesirable program on the computer; and when the unknown program is determined not to be undesirable: allowing installation of the unknown program on the computer, analyzing a graphical user interface of a program installer for presence of active undesirable GUI elements, and deactivating one or more detected undesirable GUI elements to prevent execution of one or more undesirable actions of the program. allowing installation of the unknown program on the computer, analyzing a graphical user interface of a program installer for presence of active undesirable GUI elements, and deactivating one or more detected undesirable GUI elements to prevent execution of one or more undesirable actions of the program.
A method of adjusting an optical system, the method comprising: placing the optical system in a controlled environment enclosure; producing non-ambient conditions within the enclosure, wherein the producing the non-ambient conditions includes producing a vacuum within the enclosure, and/or wherein the producing the non-ambient conditions includes producing a cryogenic temperature within the enclosure; and remotely adjusting an optical mount of the optical system while the optical system is in the non-ambient conditions within the enclosure wherein the optical mount includes a base, a support mechanically coupled to the base, wherein the support is configured to receive an optical device, and plural adjusters including respective cams that include eccentric cam surfaces that are mechanically coupled to the support; wherein the adjusters also include respective threaded members and respective resilient devices that are mechanically coupled to the base and the support; wherein the cams bear against walls of slots in the support; wherein the adjusting comprises rotation of the cams of the optical mount to cause translation of the support relative to the base in a direction or directions substantially parallel to a plane of the base; and wherein the adjusting includes adjusting height of portions of the support, relative to the plane of the base using the respective threaded members. placing the optical system in a controlled environment enclosure; producing non-ambient conditions within the enclosure, wherein the producing the non-ambient conditions includes producing a vacuum within the enclosure, and/or wherein the producing the non-ambient conditions includes producing a cryogenic temperature within the enclosure; and remotely adjusting an optical mount of the optical system while the optical system is in the non-ambient conditions within the enclosure wherein the optical mount includes a base, a support mechanically coupled to the base, wherein the support is configured to receive an optical device, and plural adjusters including respective cams that include eccentric cam surfaces that are mechanically coupled to the support; wherein the adjusters also include respective threaded members and respective resilient devices that are mechanically coupled to the base and the support; a base, a support mechanically coupled to the base, wherein the support is configured to receive an optical device, and plural adjusters including respective cams that include eccentric cam surfaces that are mechanically coupled to the support; wherein the adjusters also include respective threaded members and respective resilient devices that are mechanically coupled to the base and the support; wherein the cams bear against walls of slots in the support; wherein the adjusting comprises rotation of the cams of the optical mount to cause translation of the support relative to the base in a direction or directions substantially parallel to a plane of the base; and wherein the adjusting includes adjusting height of portions of the support, relative to the plane of the base using the respective threaded members.
A display method for displaying a connectable wireless device for connection comprising: performing a search for wireless devices; when a wireless device connectable by a plurality of communication methods is found during the search, displaying the wireless device in a form of a first interaction component; wherein: the first interaction component is configured, when being triggered, to establish a connection with the wireless device; characterized in that the first interaction component indicates a single communication method selected from the plurality of communication methods; each communication method in the plurality of communication methods found during the search has a priority; and upon triggering the first interaction component, the wireless device is connected by a communication method selected from the multiplicity of communication methods as having a highest priority. performing a search for wireless devices; when a wireless device connectable by a plurality of communication methods is found during the search, displaying the wireless device in a form of a first interaction component; wherein: the first interaction component is configured, when being triggered, to establish a connection with the wireless device; characterized in that the first interaction component indicates a single communication method selected from the plurality of communication methods; each communication method in the plurality of communication methods found during the search has a priority; and upon triggering the first interaction component, the wireless device is connected by a communication method selected from the multiplicity of communication methods as having a highest priority. the first interaction component is configured, when being triggered, to establish a connection with the wireless device; characterized in that the first interaction component indicates a single communication method selected from the plurality of communication methods; each communication method in the plurality of communication methods found during the search has a priority; and upon triggering the first interaction component, the wireless device is connected by a communication method selected from the multiplicity of communication methods as having a highest priority.
Automatic seal having a housing profile, a mechanism and a sealing strip (3, 4), wherein the sealing strip (3, 4) is connected to the housing profile via the mechanism, wherein the sealing strip (3, 4) can be moved by means of the mechanism with respect to the housing profile in a transverse direction to the housing profile from a rest position into a sealing position, and wherein, in the rest position and the sealing position, at least one cavity is provided between the housing profile and the sealing strip (3, 4), characterized in that the at least one cavity is filled at least in part with at least one at least intumescent filler.
A device for fractionation and concentration of particles from a fluid sample, the device comprising: a cartridge containing an inlet port and an outlet port and having staged filters having porous surfaces in series of decreasing pore size for capture of particles from a fluid sample, wherein the filters are separated by a small interstitial space to create a plurality of internal volume chambers adjacent each porous surface; a pressure source in fluid communication with the cartridge, wherein a differential pressure is produced between the inlet and the outlet ports (6,8); the device being characterised by a foam injection port at one end of the plurality of internal volume chambers and a retentate port (210, 212, 214, 216, 218) at each opposite end of the plurality of internal volume chambers; wherein the device is configured such that particles can be captured from the fluid sample into separate size fractions and then eluted from the porous surfaces by foam injected by the foam injection port and collected through the retentate port (210, 212, 214, 216, 218), and dispensed in a reduced fluid volume. a cartridge containing an inlet port and an outlet port and having staged filters having porous surfaces in series of decreasing pore size for capture of particles from a fluid sample, wherein the filters are separated by a small interstitial space to create a plurality of internal volume chambers adjacent each porous surface; a pressure source in fluid communication with the cartridge, wherein a differential pressure is produced between the inlet and the outlet ports (6,8); the device being characterised by a foam injection port at one end of the plurality of internal volume chambers and a retentate port (210, 212, 214, 216, 218) at each opposite end of the plurality of internal volume chambers; wherein the device is configured such that particles can be captured from the fluid sample into separate size fractions and then eluted from the porous surfaces by foam injected by the foam injection port and collected through the retentate port (210, 212, 214, 216, 218), and dispensed in a reduced fluid volume.