mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling one or more vehicle lights (142, 142a-d) of a vehicle during execution of a vehicle function based on image analysis, the method comprising: receiving, at data processing hardware, instructions to analyze one or more images captured by a camera in communication with the data processing hardware; transmitting, from the data processing hardware, instructions to a vehicle light system comprising one or more lights (142, 142a-d) positioned within a vicinity of the camera, the instructions causing a change in a current state of the one or more lights (142, 142a-d) to a temporary state; during the temporary state: receiving, at the data processing hardware, one or more images from the camera; and identifying, at the data processing hardware, one or more reference points within the one or more images; characterized in that the temporary state of the one or more lights (142, 142a-d) includes outputting light based on a pulse width modulation signal, and in that the pulse width modulation signal is synchronized with an acquisition timing of the camera image. receiving, at data processing hardware, instructions to analyze one or more images captured by a camera in communication with the data processing hardware; transmitting, from the data processing hardware, instructions to a vehicle light system comprising one or more lights (142, 142a-d) positioned within a vicinity of the camera, the instructions causing a change in a current state of the one or more lights (142, 142a-d) to a temporary state; during the temporary state: receiving, at the data processing hardware, one or more images from the camera; and identifying, at the data processing hardware, one or more reference points within the one or more images; characterized in that the temporary state of the one or more lights (142, 142a-d) includes outputting light based on a pulse width modulation signal, and in that the pulse width modulation signal is synchronized with an acquisition timing of the camera image. receiving, at the data processing hardware, one or more images from the camera; and identifying, at the data processing hardware, one or more reference points within the one or more images; characterized in that the temporary state of the one or more lights (142, 142a-d) includes outputting light based on a pulse width modulation signal, and in that the pulse width modulation signal is synchronized with an acquisition timing of the camera image.
A method of determining an iced condition of a blade of a wind turbine, the wind turbine comprising a nacelle and a hub, the hub having the blade and being mounted to the nacelle rotatably about a rotation axis, the method comprising: acquiring a target nacelle displacement ( DX TABLE) along the rotational axis as a function of at least one predetermined parameter in an ice-free condition of the blade; determining an actual nacelle displacement ( DX FILT) along the rotational axis by means of a displacement sensor; calculating a difference between the target nacelle displacement ( DX TABLE) at an actual value of the at least one predetermined parameter and the actual nacelle displacement ( DX FILT); and determining the iced condition of the blade if the difference between the target nacelle displacement ( DX TABLE) and the actual nacelle displacement ( DX FILT) exceeds a predetermined threshold value. acquiring a target nacelle displacement ( DX TABLE) along the rotational axis as a function of at least one predetermined parameter in an ice-free condition of the blade; determining an actual nacelle displacement ( DX FILT) along the rotational axis by means of a displacement sensor; calculating a difference between the target nacelle displacement ( DX TABLE) at an actual value of the at least one predetermined parameter and the actual nacelle displacement ( DX FILT); and determining the iced condition of the blade if the difference between the target nacelle displacement ( DX TABLE) and the actual nacelle displacement ( DX FILT) exceeds a predetermined threshold value.
RECESSED SPOTLIGHT, to be applied on slabs, constituting double walls and/or false ceilings, of the type consisting of a block containing a light group and provided with lateral fins for connecting to the inner part of the aforementioned slab, wherein said recessed spotlight is made up of two separate parts (1, 2), which are assembled to one another during assembly on the supporting wall, such as a slab made from plasterboard, which defines a gap, wherein the first part, to be disposed in the inner portion of the stab, consists of a thin sheet-like plate, characterised in that the light group is applied on the thin sheet like plate and that, fitted inside the gap, through a slot, performed on the slab, is positioned and kept, by means of two lateral fins, against the inner wall of said slab, the second part, to be applied to the sheet-like plate, is made up of a body, with the function of protecting one or more LEDs and of closing the slot, which is applied and kept on the aforementioned plate in a removable manner.
A resettable combination lock mechanism, comprising: a shaft; a plurality of inner lock dials disposed on the shaft; a plurality of outer lock dials disposed radially outward of the inner lock dials, wherein the outer lock dials and inner lock dials are configured to engage and lock to each other rotationally when in a first relative axial position; and wherein the outer lock dials and inner lock dials are configured to disengage and unlock from each other and permit relative rotation therebetween when in a second relative axial position; and a visual indicator, wherein the resettable combination lock mechanism is configured to perform one of exposing and hiding at least a part of the visual indicator to or from the view of an observer viewing the resettable combination lock mechanism when the outer lock dials and inner lock dials are in the second relative axial position; wherein the resettable combination lock mechanism is configured to perform the other of exposing and hiding the visual indicator to or from the view of the observer viewing the resettable combination lock mechanism when the outer lock dials and inner lock dials are in the first relative axial position, characterized in that, the exposing and hiding of the visual indicator results from relative axial displacement of the outer lock dials and inner lock dials between the first and second relative axial positions. a shaft; a plurality of inner lock dials disposed on the shaft; a plurality of outer lock dials disposed radially outward of the inner lock dials, wherein the outer lock dials and inner lock dials are configured to engage and lock to each other rotationally when in a first relative axial position; and wherein the outer lock dials and inner lock dials are configured to disengage and unlock from each other and permit relative rotation therebetween when in a second relative axial position; and a visual indicator, wherein the resettable combination lock mechanism is configured to perform one of exposing and hiding at least a part of the visual indicator to or from the view of an observer viewing the resettable combination lock mechanism when the outer lock dials and inner lock dials are in the second relative axial position; wherein the resettable combination lock mechanism is configured to perform the other of exposing and hiding the visual indicator to or from the view of the observer viewing the resettable combination lock mechanism when the outer lock dials and inner lock dials are in the first relative axial position, characterized in that, the exposing and hiding of the visual indicator results from relative axial displacement of the outer lock dials and inner lock dials between the first and second relative axial positions.
A lid made of metal, in particular aluminum, for a beverage can or the like, designed for permanent connection to a can body and having a lid panel, from which a rivet is shaped and into which a predetermined breaking line, which defines a breaking-open area, is impressed, along which an opening in the lid panel is to be opened by means of a grip tab, which is attached to the rivet and has a break-open edge pressed against a predetermined pressing point of the breaking-open area by raising a grip section of the grip tab when opening up the opening, wherein the lid panel has a rivet base around the rivet, in which the metal of the lid is thinner and/or more brittle than in the regions of the lid panel adjacent to the rivet base, characterized in that the predetermined breaking line runs outside of the rivet base and in that a material-thinning embossment, which also runs outside of the rivet base and is designed in the form of an embossing recess and is associated with an embrittlement of the thinned-out material, is provided at least in a lid panel area situated between the rivet base and the predetermined pressing point of the breaking-open area, wherein a longitudinal section of the predetermined breaking line in this lid panel area overlaps with the material-thinning embossment along the longitudinal section, wherein the embossing depth of the predetermined breaking line is greater than the embossing depth of the material-thinning embossment.
A method for obtaining active insoluble xylose isomerase, comprising the expression in a host organism of a recombinant gene encoding a fusion protein comprising a xylose isomerase in combination with a PPlase, thereby obtaining the active insoluble xylose isomerase, wherein the PPlase comprises an amino acid sequence according to SEQ ID NO: 22, or a sequence that is at least 90% identical to the amino acid sequence according to SEQ ID NO: 22 and wherein the xylose isomerase comprises an amino acid sequence selected from the group consisting of a sequence according to SEQ ID NO: 1 - 18, or an amino acid sequence that is at least 90% identical to an amino acid sequence selected from the group consisting of sequences according to SEQ ID NO: 1 - 18.
A handheld apparatus for confocal three-dimensional scanning, the apparatus comprising a light source; a transparency having a spatial pattern disposed thereon and configured to be illuminated by the light source; a beam splitter having a first surface, a second surface and an image sensor on the second surface; a front tip extending from a projection/imaging optics system in an optical axis and comprising a fold mirror at a distal end of the front tip; a single moveable opto-mechanical module comprising the projection/imaging optics system that is non-telecentric, comprising one or more lenses and a disposed exit pupil, the projection/imaging optics system having the optical axis, wherein the projection/imaging optics system between the beam splitter and the front tip is entirely integrated into the single moveable opto-mechanical module, and wherein the projection/imaging optics system provides a deviation from telecentricity of a chief ray between the projection/imaging optics system and the fold mirror relative to a scan field size of 3 degrees or more; and an axial actuator coupled to the projection/imaging optics system and configured to move the single moveable opto-mechanical module comprising an entirety of the projection/imaging optics system including the one or more lenses and the exit pupil in the optical axis relative to the fold mirror. a light source; a transparency having a spatial pattern disposed thereon and configured to be illuminated by the light source; a beam splitter having a first surface, a second surface and an image sensor on the second surface; a front tip extending from a projection/imaging optics system in an optical axis and comprising a fold mirror at a distal end of the front tip; a single moveable opto-mechanical module comprising the projection/imaging optics system that is non-telecentric, comprising one or more lenses and a disposed exit pupil, the projection/imaging optics system having the optical axis, wherein the projection/imaging optics system between the beam splitter and the front tip is entirely integrated into the single moveable opto-mechanical module, and wherein the projection/imaging optics system provides a deviation from telecentricity of a chief ray between the projection/imaging optics system and the fold mirror relative to a scan field size of 3 degrees or more; and an axial actuator coupled to the projection/imaging optics system and configured to move the single moveable opto-mechanical module comprising an entirety of the projection/imaging optics system including the one or more lenses and the exit pupil in the optical axis relative to the fold mirror.
Coupling system between high-voltage electrical equipment composed of a connector or union assembly that inserts in female connectors of the high voltage equipment which comprises an insulating shell inside which are housed conducting elements, whose external surface is partially covered by a conducting or semi-conducting layer, characterised in that it incorporates a mechanical protection device being disposed surrounding the semi-conducting layer and in contact with said semi-conducting layer, and wherein said mechanical protection device embraces the semi-conducting layer without any relative sliding between them.
A lining of a cathode assembly of a reduction cell for production of aluminum which comprises bottom and side blocks interconnected with a cold ramming paste, a fire-resistant layer and a thermal insulation layer made of non-shaped materials, wherein the fire-resistant layer consists of an alumino-silicate material and the thermal insulation layer consists of non-graphitic carbon or a mixture thereof with a powder of an alumino-silicate, characterized in that products of lignite pyrolysis produced at temperatures of 600 to 800°C are used as non-graphitic carbon, and the thermal insulation layer and the fire-resistant layer consist of no less than two sub-layers, wherein as one of the sub-layers of the fire-resistant layer porcellanite is used, and wherein the fire-resistant layer porosity from an upper sub-layer to a bottom sub-layer is between 17 and 40%, and the porosity of the thermal insulation layer from an upper sub-layer to the bottom sub-layer is between 60 to 90%, and wherein the thickness ratio of the fire-resistant layer and the thermal insulation layer is 1:.
A method for facilitating discovery of a discoverable user equipment, UE (302, 402), the method comprising: receiving a request (310, 410, 1010), at a second UE, for a temporary identifier, the request including a long-term identifier of the discoverable UE (302, 402, 1002); wherein the second UE is of higher class in a hierarchy of UEs than the discoverable UE (302, 402, 1002); and responsive to receiving the request (310, 410, 1010): assigning (312, 412, 1012), at the second UE, a temporary identifier to the discoverable UE (302, 402, 1002) in an assignment; assigning (312, 412, 1012), at the second UE, an expiration value to the assignment; associating (312, 412, 1012), at the second UE, the temporary identifier and the expiration value to the long-term identifier; and providing (314, 414, 1014), at the second UE, the temporary identifier and an indication of the expiration value to the discoverable UE (302, 402, 1012). receiving a request (310, 410, 1010), at a second UE, for a temporary identifier, the request including a long-term identifier of the discoverable UE (302, 402, 1002); wherein the second UE is of higher class in a hierarchy of UEs than the discoverable UE (302, 402, 1002); and responsive to receiving the request (310, 410, 1010): assigning (312, 412, 1012), at the second UE, a temporary identifier to the discoverable UE (302, 402, 1002) in an assignment; assigning (312, 412, 1012), at the second UE, an expiration value to the assignment; associating (312, 412, 1012), at the second UE, the temporary identifier and the expiration value to the long-term identifier; and providing (314, 414, 1014), at the second UE, the temporary identifier and an indication of the expiration value to the discoverable UE (302, 402, 1012). assigning (312, 412, 1012), at the second UE, a temporary identifier to the discoverable UE (302, 402, 1002) in an assignment; assigning (312, 412, 1012), at the second UE, an expiration value to the assignment; associating (312, 412, 1012), at the second UE, the temporary identifier and the expiration value to the long-term identifier; and providing (314, 414, 1014), at the second UE, the temporary identifier and an indication of the expiration value to the discoverable UE (302, 402, 1012).
A computer-implemented method of generating maps of private spaces using mobile computing device (2A-C) sensors (40A-C), comprising: receiving, by the computer, sensor data from at least one mobile computing device to determine a digital signature describing a private space; determining the digital signature describing the private space from the sensor data receiving, by the computer, scheduling data (42A-C) gathered from the at least one mobile computing device, the scheduling data describing a location associated with the private space; performing a statistical analysis, based on the sensor data and the location, to assign a location name to the private space, the name of the private space being obtained from information contained in the scheduling data; assigning the location name to the private space; and generating, by the computer, a digital map of the private space from the digital signature and the location associated with the private space, the map including the name of the private space. receiving, by the computer, sensor data from at least one mobile computing device to determine a digital signature describing a private space; determining the digital signature describing the private space from the sensor data receiving, by the computer, scheduling data (42A-C) gathered from the at least one mobile computing device, the scheduling data describing a location associated with the private space; performing a statistical analysis, based on the sensor data and the location, to assign a location name to the private space, the name of the private space being obtained from information contained in the scheduling data; assigning the location name to the private space; and generating, by the computer, a digital map of the private space from the digital signature and the location associated with the private space, the map including the name of the private space.
A method for processing a baseband signal in a Direct Current, DC - suppressed system, the method comprising: - processing the baseband signal in the analog domain with a first high pass filter, HPF, wherein a second-order phase locked loop, PLL, is used as the first HPF; - converting the processed baseband signal to a digital signal; and processing the digital signal in the digital domain with a second HPF to provide a discrete-time differentiation of the baseband signal, wherein processing the digital signal in the digital domain with the second HPF comprises generating an output signal, wherein the output signal is a discrete-time differentiated version of the baseband signal, wherein processing the digital signal in the digital domain with the second HPF comprises compensating only the dominant pole of a transfer function of the first HPF, and wherein the transfer function of the first HPF comprises two poles, further comprising: - receiving a wireless signal at an antenna of the DC-suppressed system; and - demodulating the wireless signal into the baseband signal, wherein the DC-suppressed system is a smart card. - processing the baseband signal in the analog domain with a first high pass filter, HPF, wherein a second-order phase locked loop, PLL, is used as the first HPF; - converting the processed baseband signal to a digital signal; and - receiving a wireless signal at an antenna of the DC-suppressed system; and - demodulating the wireless signal into the baseband signal, wherein the DC-suppressed system is a smart card.
A microdermabrasion device comprising: a suction path along which skin fragments removed by the device are drawn, and a detection unit, characterized in that the detection unit is configured to determine one or more characteristics of skin fragments drawn along the suction path, wherein the detection unit is configured to determine the depth of abrasion performed by the device based on the one or more characteristics of skin fragments drawn along the suction path. a suction path along which skin fragments removed by the device are drawn, and a detection unit,
A component mounting apparatus for holding a component and mounting the component on a target object, the component mounting apparatus comprising: a holding member configured to hold a component; a head; a first raising and lowering device configured to raise and lower a raising and lowering member with respect to the head; a second raising and lowering device, with a raising and lowering stroke shorter than a raising and lowering stroke of the first raising and lowering device, configured to relatively raise and lower the holding member with respect to the raising and lowering member; a load measuring section configured to measure a load applied to the holding member; and a control device configured to, when mounting the component held by the holding member on the target object, perform raising and lowering control of performing drive control of the first raising and lowering device to lower the holding member to a target position, and performing drive control of the second raising and lowering device to further lower the holding member such that a load measured by the load measuring section is a target load, and then perform releasing of holding of the component by the holding member, wherein the control device is configured to, when the raising and lowering stroke of the second raising and lowering device has reached a stroke end before the component held by the holding member contacts the target object, change the target position, perform raising and lowering control again, and release the holding of the component by the holding member. a holding member configured to hold a component; a head; a first raising and lowering device configured to raise and lower a raising and lowering member with respect to the head; a second raising and lowering device, with a raising and lowering stroke shorter than a raising and lowering stroke of the first raising and lowering device, configured to relatively raise and lower the holding member with respect to the raising and lowering member; a load measuring section configured to measure a load applied to the holding member; and a control device configured to, when mounting the component held by the holding member on the target object, perform raising and lowering control of performing drive control of the first raising and lowering device to lower the holding member to a target position, and performing drive control of the second raising and lowering device to further lower the holding member such that a load measured by the load measuring section is a target load, and then perform releasing of holding of the component by the holding member, wherein the control device is configured to, when the raising and lowering stroke of the second raising and lowering device has reached a stroke end before the component held by the holding member contacts the target object, change the target position, perform raising and lowering control again, and release the holding of the component by the holding member.
Guide for elevators comprising at least two faces adapted to cooperate with the slides of an elevator car and / or counterweight, characterized in that at least one of said faces is provided with a series of cavities arranged continuously and homogeneously along its surface in a width f between 5 and 40mm, wherein the cavities have a width d, a depth h and whose centers are separated by a distance s, the following conditions being fulfilled: 50 μ m = < d < = 200 μ m, 6 μ m = < h < = 18 μm and 150 μ m = < s < = 1400 μ m.