mhurhangee/ep-ind-claims huggingface dataset:
A rod locking mechanism, characterized in that the rod locking mechanism comprises: a central hub; a first rod component pivotally connected to the central hub, the first rod component comprising an abutting portion, the abutting portion being movable between a first position and a second position when the first rod component pivots relative to the central hub; and a locking component movably disposed on the central hub, the abutting portion being located at a first side of the locking component when the abutting portion is located at the first position, the abutting portion driving the locking component to move when the abutting portion moves from the first position toward the second position, and the abutting portion abutting against a second side of the locking component opposite to the first side of the locking component when the abutting portion is located at the second position, wherein the locking component is slidably disposed on the central hub, and the abutting portion pushes the locking component to slide when the abutting portion moves from the first position toward the second position, characterized in that the rod locking mechanism further comprises a first resilient component for biasing the locking component to recover when the abutting portion is located at the second position, a first end of the first resilient component abuts against the central hub, and a second end of the first resilient component abuts against the locking component. a central hub; a first rod component pivotally connected to the central hub, the first rod component comprising an abutting portion, the abutting portion being movable between a first position and a second position when the first rod component pivots relative to the central hub; and a locking component movably disposed on the central hub, the abutting portion being located at a first side of the locking component when the abutting portion is located at the first position, the abutting portion driving the locking component to move when the abutting portion moves from the first position toward the second position, and the abutting portion abutting against a second side of the locking component opposite to the first side of the locking component when the abutting portion is located at the second position, wherein the locking component is slidably disposed on the central hub, and the abutting portion pushes the locking component to slide when the abutting portion moves from the first position toward the second position, characterized in that the rod locking mechanism further comprises a first resilient component for biasing the locking component to recover when the abutting portion is located at the second position, a first end of the first resilient component abuts against the central hub, and a second end of the first resilient component abuts against the locking component.
A method of transmitting data from a transmitter device to one or more receiver devices (51, 52, 53), each of the one or more receiver devices being connected to the transmitter device via a respective wire connection (21, 22, 23), the transmitter device being operable to transmit signals onto the wire connections over one or more different channels, the method comprising, for each of the one or more different channels: determining a value of a first function, the first function being a function of a power mask for transmitting the data over the one or more different channels; determining a value of a second function, the second function being a function of an upper bound for a channel capacity of the one or more channels; determining a value of a third function, the third function being a function of the value of the first function and the value of the second function; using the determined value of the third function, determining a transmission power for transmitting data along that channel, wherein a transmission power, s j, j m, is determined using: s j, j m = 1 ln 2 λ 3 j, j m − 1 γ j, j m where: j is a channel index; λ 3 j, j m is the third function; and γ j, j m is the gain of the jth channel; and transmitting, by the transmitter device, data over that channel to one or more of the receiver devices, the data being transmitted at the transmission power determined for that channel. determining a value of a first function, the first function being a function of a power mask for transmitting the data over the one or more different channels; determining a value of a second function, the second function being a function of an upper bound for a channel capacity of the one or more channels; determining a value of a third function, the third function being a function of the value of the first function and the value of the second function; using the determined value of the third function, determining a transmission power for transmitting data along that channel, wherein a transmission power, s j, j m, is determined using: s j, j m = 1 ln 2 λ 3 j, j m − 1 γ j, j m where: j is a channel index; λ 3 j, j m is the third function; and γ j, j m is the gain of the jth channel; and where: j is a channel index; λ 3 j, j m is the third function; and γ j, j m is the gain of the jth channel; and transmitting, by the transmitter device, data over that channel to one or more of the receiver devices, the data being transmitted at the transmission power determined for that channel.
Color changer (10, 80, 110), comprising • a base module (12, 82,112) with at least two input channels (14, 16, 18) leading to an output channel (64, 106) for paint material, • wherein each of the at least two input channels (14, 16, 18) is provided with an associated paint valve (26, 38, 30) for closing the input channel (14, 16, 18) in the steady state, • wherein each of the associated paint valves (26, 38, 30) can be opened by applying an air pressure (38, 40) through a respective associated pilot air channel (32, 34, 36, 114, 116), wherein each of the associated pilot air channels (32, 34, 36, 114, 116) comprises a blow hole (44, 46, 88, 90, 92) and closing means for closing the blow hole (44, 46, 88, 90, 92), so that applying air pressure (38, 40) causes opening of a respective paint valve (26, 38, 30) only in case that the respective blow hole (44, 46, 88, 90, 92) is closed, wherein one common closing means is foreseen for selectively closing one of the blow holes (44, 46, 88, 90, 92), wherein the blow holes (44, 46, 88, 90, 92) are arranged along a path, wherein the closing means comprise a plug (58, 94) which is suitable for closing any of the blow holes (44, 46, 88, 90, 92), wherein the plug (58, 94) is moveable along the path relative to the base module (12, 82, 112) characterized in that the plug (58, 94) is spring-loaded in closing direction of a respective blow hole (44, 46, 88, 90, 92). • a base module (12, 82,112) with at least two input channels (14, 16, 18) leading to an output channel (64, 106) for paint material, • wherein each of the at least two input channels (14, 16, 18) is provided with an associated paint valve (26, 38, 30) for closing the input channel (14, 16, 18) in the steady state, • wherein each of the associated paint valves (26, 38, 30) can be opened by applying an air pressure (38, 40) through a respective associated pilot air channel (32, 34, 36, 114, 116),
A method of capturing an image from a video call between a first user and a remote user over a communication network, comprising: receiving video data from said remote user at a client executed at a user terminal of the first user, said video data comprising a sequence of frames; said client capturing a frame of said video data responsive to a command (516,804) from said first user; said client extracting image data from said frame; and said client converting said image data to an image file having an image format; characterized in that the method further comprises: embedding a communication identity of said remote user within said image format of said image file, wherein said communication identity is suitable for initiating a communication event (616,618,1022,1024,1026) with said remote user; and storing the image file on a storage means of said user terminal. receiving video data from said remote user at a client executed at a user terminal of the first user, said video data comprising a sequence of frames; said client capturing a frame of said video data responsive to a command (516,804) from said first user; said client extracting image data from said frame; and said client converting said image data to an image file having an image format; embedding a communication identity of said remote user within said image format of said image file, wherein said communication identity is suitable for initiating a communication event (616,618,1022,1024,1026) with said remote user; and storing the image file on a storage means of said user terminal.
A multi-core optical amplifying fiber device comprising: first and second multi-core optical amplifying fibers (10, 20) each including a plurality of core portions (11, 12, 13, 14, 15, 16, 17, 21, 22, 23, 24, 25, 26, 27) and a cladding portion (18, 28) formed at outer peripheries of the plurality of core portions; and a connection portion connecting the core portions of the first and second multi-core optical amplifying fibers to one another, wherein all the core portions of the first multi-core optical amplifying fiber are doped with amplification medium, the core portions of the second multi-core optical amplifying fiber include at least one core portion (62, 64, 66, 67) doped with amplification medium and core portions (61, 63, 65) not doped with amplification medium, and the connection portion is adapted to connect the core portions in combination to restrain deviation between every connected core portion of amplification gain for a total length of the core portions connected to one another with respect to deviation of amplification gain between every core portion of the first multi-core optical amplifying fiber alone. first and second multi-core optical amplifying fibers (10, 20) each including a plurality of core portions (11, 12, 13, 14, 15, 16, 17, 21, 22, 23, 24, 25, 26, 27) and a cladding portion (18, 28) formed at outer peripheries of the plurality of core portions; and a connection portion connecting the core portions of the first and second multi-core optical amplifying fibers to one another, wherein all the core portions of the first multi-core optical amplifying fiber are doped with amplification medium, the core portions of the second multi-core optical amplifying fiber include at least one core portion (62, 64, 66, 67) doped with amplification medium and core portions (61, 63, 65) not doped with amplification medium, and the connection portion is adapted to connect the core portions in combination to restrain deviation between every connected core portion of amplification gain for a total length of the core portions connected to one another with respect to deviation of amplification gain between every core portion of the first multi-core optical amplifying fiber alone.
A wireless sensor node network including a network hub, a plurality of sensor node arrangements and a handheld device, the sensor node arrangement each being mounted at a geographic location during installation and comprising: a) a sensor to sense information; b) an RF transceiver to communicate the information to the network hub of the wireless network via a primary communications channel; and c) a coil to establish a secondary communications channel with the handheld device via inductive coupling, d1) wherein the handheld device includes a location-based service arrangement to provide geographic related information; wherein d2) when the handheld device is being brought in close proximity to the sensor node arrangement for said inductive coupling during installation to establish the secondary communications channel, the sensor node arrangement, in response to receiving a signal, responds by sending a node identifier of the sensor node arrangement via the secondary communications channel and the handheld device records the node identifier and the physical location of the sensor node arrangement, wherein the physical location is recorded using the location-based service arrangement; and d) wherein the handheld device uploads the node identifier and physical location of the sensor node arrangement to a database for creating a physical network by using the information provided to the database via the handheld device to introduce and/or activate the sensor node arrangement within a network of multiple other sensor node arrangements. a) a sensor to sense information; b) an RF transceiver to communicate the information to the network hub of the wireless network via a primary communications channel; and c) a coil to establish a secondary communications channel with the handheld device via inductive coupling, d1) wherein the handheld device includes a location-based service arrangement to provide geographic related information; wherein d2) when the handheld device is being brought in close proximity to the sensor node arrangement for said inductive coupling during installation to establish the secondary communications channel, the sensor node arrangement, in response to receiving a signal, responds by sending a node identifier of the sensor node arrangement via the secondary communications channel and the handheld device records the node identifier and the physical location of the sensor node arrangement, wherein the physical location is recorded using the location-based service arrangement; and d) wherein the handheld device uploads the node identifier and physical location of the sensor node arrangement to a database for creating a physical network by using the information provided to the database via the handheld device to introduce and/or activate the sensor node arrangement within a network of multiple other sensor node arrangements.
A method for estimating a gaze direction of a user, comprising: acquiring an image of a face of the user, determining a current head pose based on the image, accessing a database storing a population-based relationship between head pose and gaze direction and determining an approximate gaze direction based on said current head pose and said relationship, identifying a set of eye features in said image, and determining an estimated gaze direction based on said eye features, identifying a set of eye features and a glint in an eye in said image, and determining a precise gaze direction based on said glint position and said eye features, and combining said approximate gaze direction and at least one of said estimated gaze direction and said precise gaze direction to provide a corrected gaze direction. acquiring an image of a face of the user, determining a current head pose based on the image, accessing a database storing a population-based relationship between head pose and gaze direction and determining an approximate gaze direction based on said current head pose and said relationship, identifying a set of eye features in said image, and determining an estimated gaze direction based on said eye features, identifying a set of eye features and a glint in an eye in said image, and determining a precise gaze direction based on said glint position and said eye features, and combining said approximate gaze direction and at least one of said estimated gaze direction and said precise gaze direction to provide a corrected gaze direction.
A clothes dryer, comprising a drum (2, 200) for accommodating clothes and a tub (3, 300) surrounding the drum, a drum wall having first holes in dense distribution enabling the drum to be in spatial communication with the tub, wherein a tub wall (31, 320) has a plurality of second holes (81, 811), a water outlet region (810, 8200) defined by the second holes extends horizontally, a water distributor (83, 830) is provided on the tub wall at an outer side that is away from the drum, the water distributor comprises a water inlet and a cover cap covering the second holes, the cover cap has a port hermetically connected with the tub wall, and a water storage chamber is formed between the cover cap and the tub wall, wherein the water storage chamber has a cross-sectional area, which is perpendicular to a water inlet direction, larger than a cross-sectional area of the water inlet, characterized in that the water outlet region is connected with a higher upper region of the water storage chamber.
A computer-implemented method for selecting a final target sequence set for use in the preparation of one or more gRNA of a CRISPR-Cas system, wherein each of the one or more gRNA comprise a tracrRNA and has a guide sequence which is complimentary to a target sequence from a final target sequence set, the method comprising: selecting a set of target sequences for one or more loci in a target human population based on genetic disease etiology, wherein the target sequences do not contain variants occurring above a threshold allele frequency in the target human population, wherein the threshold allele frequency is 1%; removing any target sequences having off-target candidates in haplotypes that occur in at least 0.1% of the target population to define a final target sequence set, wherein off-target candidates have at least 1 to 5 mismatches between an off-target site and the target sequences. selecting a set of target sequences for one or more loci in a target human population based on genetic disease etiology, wherein the target sequences do not contain variants occurring above a threshold allele frequency in the target human population, wherein the threshold allele frequency is 1%; removing any target sequences having off-target candidates in haplotypes that occur in at least 0.1% of the target population to define a final target sequence set, wherein off-target candidates have at least 1 to 5 mismatches between an off-target site and the target sequences.
Machine for forming RFID antennas, comprising: - a support structure provided with a support for an RFID substrate, and a plurality of forming pegs having vertical axes fixed with respect to the support and arranged above said support so as to define a predetermined path for a wire configured to form the RFID antenna; - a wire feeding system comprising a wire guide element and a handling assembly, configured to move the wire guide element along mutually orthogonal horizontal axes so as to wind the wire at least partially around the forming pegs and define said path; - a pair of grippers arranged at the ends of said path and operable to assume a closed position, in which the wire is blocked, and an open position, in which the wire is released; and - a movable structure carried by the support structure and provided with a thrust element movable vertically between an upper position in which said thrust element allows the wire to be wound around the pegs and a lower position in which said thrust element deposits the formed antenna on the substrate. - a support structure provided with a support for an RFID substrate, and a plurality of forming pegs having vertical axes fixed with respect to the support and arranged above said support so as to define a predetermined path for a wire configured to form the RFID antenna; - a wire feeding system comprising a wire guide element and a handling assembly, configured to move the wire guide element along mutually orthogonal horizontal axes so as to wind the wire at least partially around the forming pegs and define said path; - a pair of grippers arranged at the ends of said path and operable to assume a closed position, in which the wire is blocked, and an open position, in which the wire is released; and - a movable structure carried by the support structure and provided with a thrust element movable vertically between an upper position in which said thrust element allows the wire to be wound around the pegs and a lower position in which said thrust element deposits the formed antenna on the substrate.
Refrigeration unit comprising at least one housing part having at least one outer wall, wherein the outer wall of the housing part is formed partially or completely by a glass plate, wherein an adhesion connection is provided for the connection between the glass plate and the housing part and wherein a heat-blocking insulating material layer is connected in a self-adhesive manner and/or by means of additional bonding agents to the inner wall of the glass plate, characterised in that on its rear wall the glass plate is connected by adhesively acting boding agents to at least one frame part of the housing part and that the bonding agents are formed by one or more adhesive tapes or adhesive agents, wherein there is no mechanical connection by means of connecting elements, such as, for instance, guiding rails and metal plates or metal clamps, between the glass plate and the housing part.
A refrigerator, comprising: a body; a freezing compartment formed inside the body; a refrigerating compartment formed inside the body; a freezing compartment door rotatably connected to the body for closing the freezing compartment; a refrigerating compartment door rotatably connected to the body for closing the refrigerating compartment; an ice making compartment formed between the freezing compartment and the refrigerating compartment inside the body and accessible without opening either of the freezing compartment and the refrigerating compartment doors; and a front insulation wall which is formed in front of the ice making compartment and which insulates the ice making compartment, wherein the ice making compartment comprises an ice maker to generate ice, an auger motor, and an ice bucket to store the ice generated by the ice maker, wherein the front insulation wall comprises an opening through which the ice bucket is inserted into or drawn from the ice making compartment, wherein the ice bucket includes an insulation cover which closes the opening, a storage space to store ice, a crushing space to crush ice, and an auger to move the ice in the storage space into the crushing space, and wherein the ice bucket is configured to be inserted into or drawn from the ice making compartment without opening the freezing compartment door or the refrigerating compartment door. a body; a freezing compartment formed inside the body; a refrigerating compartment formed inside the body; a freezing compartment door rotatably connected to the body for closing the freezing compartment; a refrigerating compartment door rotatably connected to the body for closing the refrigerating compartment; an ice making compartment formed between the freezing compartment and the refrigerating compartment inside the body and accessible without opening either of the freezing compartment and the refrigerating compartment doors; and a front insulation wall which is formed in front of the ice making compartment and which insulates the ice making compartment, wherein the ice making compartment comprises an ice maker to generate ice, an auger motor, and an ice bucket to store the ice generated by the ice maker, wherein the front insulation wall comprises an opening through which the ice bucket is inserted into or drawn from the ice making compartment, wherein the ice bucket includes an insulation cover which closes the opening, a storage space to store ice, a crushing space to crush ice, and an auger to move the ice in the storage space into the crushing space, and wherein the ice bucket is configured to be inserted into or drawn from the ice making compartment without opening the freezing compartment door or the refrigerating compartment door.