mhurhangee/ep-ind-claims huggingface dataset:
A cradle assembly, comprising: a cradle adapted to receive an optical component such that the optical component toollessly, releasably attaches to the cradle, namely by first snap fasteners of the optical component engaging an accepting feature or a mating part in the interior of the cradle, wherein the accepting feature or the mating part accepts the first snap fasteners thereby toollessly, releasably locking the optical component in place within the cradle; and a cradle connection assembly, wherein the cradle connection assembly is adapted to toollessly, releasably attach to a housing, namely by second snap fasteners. a cradle adapted to receive an optical component such that the optical component toollessly, releasably attaches to the cradle, namely by first snap fasteners of the optical component engaging an accepting feature or a mating part in the interior of the cradle, wherein the accepting feature or the mating part accepts the first snap fasteners thereby toollessly, releasably locking the optical component in place within the cradle; and a cradle connection assembly, wherein the cradle connection assembly is adapted to toollessly, releasably attach to a housing, namely by second snap fasteners.
An online detection method for internal short-circuit of power battery performed by a computer, characterized by comprising the following steps: in the process of charging and discharging, when the state of charge of the power battery is greater than a preset first threshold, monitoring and recording the voltage for each cell in the power battery; in accordance with the recorded historical voltages of each cell, determining whether there is a cell with voltage less than a second threshold in the process of charging, and less than a third threshold in the process of discharging, if so, then marking the corresponding cell as an internal short-circuited cell. in the process of charging and discharging, when the state of charge of the power battery is greater than a preset first threshold, monitoring and recording the voltage for each cell in the power battery; in accordance with the recorded historical voltages of each cell, determining whether there is a cell with voltage less than a second threshold in the process of charging, and less than a third threshold in the process of discharging, if so, then marking the corresponding cell as an internal short-circuited cell.
An optical system comprising: a magnification conversion optical unit configured to be insertable and removable at a position between an aperture stop and an image plane of the optical system in order to change a focal length of the optical system, characterized in that the magnification conversion optical unit is, in order from an object side to an image side across an air gap which is widest in the magnification conversion optical unit, configured by a front lens unit (EXTa) having a positive refractive power and a rear lens unit (EXTb) having a negative refractive power, a total lens length of the optical system is constant before and after insertion of the magnification conversion optical unit, and the following conditional expression is satisfied: 0.40 < Le / Lp < 0.74 0.34 ≤ fn / fe < 0.6 where Lp is a length on an optical axis from the aperture stop to the image plane of the optical system, Le is a length on the optical axis from a lens surface closest to the object side of the magnification conversion optical unit to the image plane when the magnification conversion optical unit is inserted, fn is a focal length of the rear lens unit, and fe is a focal length of the magnification conversion optical unit. a magnification conversion optical unit configured to be insertable and removable at a position between an aperture stop and an image plane of the optical system in order to change a focal length of the optical system, characterized in that the magnification conversion optical unit is, in order from an object side to an image side across an air gap which is widest in the magnification conversion optical unit, configured by a front lens unit (EXTa) having a positive refractive power and a rear lens unit (EXTb) having a negative refractive power, a total lens length of the optical system is constant before and after insertion of the magnification conversion optical unit, and the following conditional expression is satisfied: 0.40 < Le / Lp < 0.74 0.34 ≤ fn / fe < 0.6 where Lp is a length on an optical axis from the aperture stop to the image plane of the optical system, Le is a length on the optical axis from a lens surface closest to the object side of the magnification conversion optical unit to the image plane when the magnification conversion optical unit is inserted, fn is a focal length of the rear lens unit, and fe is a focal length of the magnification conversion optical unit.
Rotating conveyor device for conveying articles in the tobacco processing industry, having a stationary body provided with at least one recess in its external face to which a negative pressure can be applied and which can be connected to a suction device, a drum body mounted on the stationary body so as to be rotatable about an axis of rotation which surrounds the external face of the stationary body by means of its internal face and is provided with several receiving sections disposed one after the other in the direction of rotation on its external face for temporarily accommodating the articles, and the drum body has passages running through the receiving sections from its external face to its internal face which can be fluidically connected whilst the drum body is rotating, at least temporarily, to the at least one recess in the external face of the stationary body, and a drive motor, the rotor of which is coupled with the drum body in a rotationally fixed and/or rotationally rigid arrangement in order to drive it in rotation, and in order to vent the drive motor, venting means are provided which are fluidically connected to the at least one recess in the external face of the stationary body, and the stationary body is provided as a means of mounting the drive motor and contains a mounting cavity for at least partially accommodating the drive motor, and the mounting cavity is bounded by an end portion of the stationary body, and an intermediate gap is provided between the internal wall of the mounting cavity and the external wall of the drive motor which forms at least a part of the venting means, characterised in that the intermediate gap extends across the entire length of the mounting cavity in the axial direction and communicates with the at least one recess in the external face of the stationary body via a connecting cavity disposed in the end portion of the stationary body.
A system for predicting a health outcome of a subject (1, 101)moving through an environment, the system comprising: - a camera situated within the environment configured to generate one or more images and/or a video sequence including at least a portion of a feature of interest of the subject; and - a processor, configured to identify and segment at least the portion of the feature of interest from the one or more of the images and/or video sequence to form one or more segmented features (2a-e, 3, 4), to calculate one or more metrics from the segmented features, and to predict the health outcome of the subject based upon one or more of the metrics, - characterized in that when the processor determines that the identified portion of the feature of interest is at least partially obstructed in the one or more images and/or video sequence, the processor is further configured to: segment at least a part of the identified portion of the feature of interest from the plurality of images and/or video sequence to form a group of partially segmented features; merge the partially segmented features to form a representative segmented feature; calculate one or more metrics based on the representative segmented feature; and predict the health outcome of the subject based upon one or more of said metrics. - a camera situated within the environment configured to generate one or more images and/or a video sequence including at least a portion of a feature of interest of the subject; and - a processor, configured to identify and segment at least the portion of the feature of interest from the one or more of the images and/or video sequence to form one or more segmented features (2a-e, 3, 4), to calculate one or more metrics from the segmented features, and to predict the health outcome of the subject based upon one or more of the metrics, - characterized in that when the processor determines that the identified portion of the feature of interest is at least partially obstructed in the one or more images and/or video sequence, the processor is further configured to: segment at least a part of the identified portion of the feature of interest from the plurality of images and/or video sequence to form a group of partially segmented features; merge the partially segmented features to form a representative segmented feature; calculate one or more metrics based on the representative segmented feature; and predict the health outcome of the subject based upon one or more of said metrics. segment at least a part of the identified portion of the feature of interest from the plurality of images and/or video sequence to form a group of partially segmented features; merge the partially segmented features to form a representative segmented feature; calculate one or more metrics based on the representative segmented feature; and predict the health outcome of the subject based upon one or more of said metrics.
Housing for electronic devices and comprising a shell and a cover characterised in that - the shell comprises a first part and a second part or comprises a first part, a second part and at least one third part, and - the parts are connected to one another and in the connected state form the shell, - the first part and the second part comprise respectively a base plate (111, 121) and three side walls, and - the at least one third part comprises a base plate and two side walls that lie opposite one another. - the shell comprises a first part and a second part or comprises a first part, a second part and at least one third part, and - the parts are connected to one another and in the connected state form the shell, - the first part and the second part comprise respectively a base plate (111, 121) and three side walls, and - the at least one third part comprises a base plate and two side walls that lie opposite one another.
An evaporator with defrost heater adapted to remove frost that is produced on the evaporator of a refrigerating apparatus through which a refrigerant flows, the defrost heater comprising: a heater assembly that comprises: first and second heater assembly PCBs (122, 124) that comprise a number of first and second conductive connection pads (122a-122g; 124a-124f) that are arranged at predetermined intervals, respectively, and a number of strip type surface heat emission elements that are made of a strip type metal thin plate and both ends of which are connected between the number of the first conductive connection pads (122a-122g) of the first heater assembly PCB and the number of the second conductive connection pads (124a-124f) of the second heater assembly PCB; characterized by a heat transfer board that is closely fixed to one side surface of the evaporator and receives heat generated from the number of the strip type surface heat emission elements that have been mounted on the outer surface of the evaporator and transfers the received heat to the evaporator; and an insulation layer that seals an exposed portion of the heater assembly, wherein the first heater assembly PCB is formed of a double-sided PCB and a pair of connection pads (122a, 122g) that are arranged at both ends of the number of the first conductive connection pads (122a-122g) are connected with a pair of electric power supply terminal pads that are formed on the rear surface of the first heater assembly PCB through a throughhole, respectively. a heater assembly that comprises: first and second heater assembly PCBs (122, 124) that comprise a number of first and second conductive connection pads (122a-122g; 124a-124f) that are arranged at predetermined intervals, respectively, and a number of strip type surface heat emission elements that are made of a strip type metal thin plate and both ends of which are connected between the number of the first conductive connection pads (122a-122g) of the first heater assembly PCB and the number of the second conductive connection pads (124a-124f) of the second heater assembly PCB; characterized by a heat transfer board that is closely fixed to one side surface of the evaporator and receives heat generated from the number of the strip type surface heat emission elements that have been mounted on the outer surface of the evaporator and transfers the received heat to the evaporator; and an insulation layer that seals an exposed portion of the heater assembly, wherein the first heater assembly PCB is formed of a double-sided PCB and a pair of connection pads (122a, 122g) that are arranged at both ends of the number of the first conductive connection pads (122a-122g) are connected with a pair of electric power supply terminal pads that are formed on the rear surface of the first heater assembly PCB through a throughhole, respectively.
A glass-forming mold comprising a mold body having a metallic molding surface consisting predominantly of a metal selected from the group consisting of iron, nickel, chromium, copper, and mixtures thereof such that more than 50% by weight of the metallic molding surface is made up by one or more metals from the above group; a refractory metal nitride surface coating disposed on at least a portion of the molding surface, said surface coating having a RMS surface roughness not exceeding 25 nm, said surface roughness being maintained following 100 or more molding cycles against alkali aluminosilicate glasses at 800° C glass contact temperatures; a diffusion barrier layer comprising amorphous aluminum oxide disposed between the molding surface and the surface coating; and a metal oxynitride transition layer disposed between the barrier layer and the surface coating.
A method of controlling signal transmission from a network node towards multiple user equipment, said network node comprising a plurality of antennas, said method comprising: selecting a plurality of said user equipment, said selected user equipment being user equipment that are determined to have a high degree of propagation channel orthogonality with respect to each other, the number of said selected plurality of user equipment being less than or equal to the number of said plurality of antennas; for at least some non-selected user equipment, determining a respective propagation channel correlation between (i) the non-selected user equipment, and (ii) each of said selected user equipment; grouping respective selected user equipment with a non-selected user equipment with which the respective selected user equipment has the highest degree of propagation channel correlation, thereby forming a plurality of groups of user equipment; forming a precoding vector for each of said plurality of groups of user equipment; and for each group of user equipment, superimposing signals intended for said user equipment within said group, applying said corresponding precoding vector to said superimposed signals and transmitting a resultant signal from one of said antenna towards said group of user equipment; wherein said step of superimposing said signals for each group of user equipment comprises encoding each of said signals and mapping each of said encoded signals to a structural coded modulation and superimposing said signals to form a superimposed structural code, wherein said superimposed structural code comprises a superimposed lattice code. selecting a plurality of said user equipment, said selected user equipment being user equipment that are determined to have a high degree of propagation channel orthogonality with respect to each other, the number of said selected plurality of user equipment being less than or equal to the number of said plurality of antennas; for at least some non-selected user equipment, determining a respective propagation channel correlation between (i) the non-selected user equipment, and (ii) each of said selected user equipment; grouping respective selected user equipment with a non-selected user equipment with which the respective selected user equipment has the highest degree of propagation channel correlation, thereby forming a plurality of groups of user equipment; forming a precoding vector for each of said plurality of groups of user equipment; and for each group of user equipment, superimposing signals intended for said user equipment within said group, applying said corresponding precoding vector to said superimposed signals and transmitting a resultant signal from one of said antenna towards said group of user equipment; wherein
A movable platform comprising: a frame comprising first and second openings, and first and second bottom surfaces that partly define first and second suction zones respectively; four Mecanum wheels rotatably mounted to said frame, each wheel comprising a respective plurality of rollers having axes of rotation not parallel to an axis of rotation of said wheel; four motors, each motor being operable to drive rotation of a respective one of said wheels; first and second independently controllable suction devices respectively mounted adjacent to said first and second openings for producing respective suction forces in said first and second suction zones when said wheels are all in contact with a surface; and a controller programmed to independently control said four motors and said first and second suction devices. a frame comprising first and second openings, and first and second bottom surfaces that partly define first and second suction zones respectively; four Mecanum wheels rotatably mounted to said frame, each wheel comprising a respective plurality of rollers having axes of rotation not parallel to an axis of rotation of said wheel; four motors, each motor being operable to drive rotation of a respective one of said wheels; first and second independently controllable suction devices respectively mounted adjacent to said first and second openings for producing respective suction forces in said first and second suction zones when said wheels are all in contact with a surface; and a controller programmed to independently control said four motors and said first and second suction devices.
A method of content curation for providing interesting contents to an end-user device (UD C) connected to an Internet network, said method comprising the steps of: passively monitoring content requests of a plurality of end-user devices (UD 1 -UD 7) when connected to said Internet network; and inferring said interesting contents based on said monitored content requests, wherein passively monitoring content requests comprises: detecting content requests transmitted by said plurality of end-user devices (UD 1 -UD 7); and based on detected content requests, generating a set of attributes for each detected content request, said set of attributes including at least a content identifier and a timestamp, and wherein inferring said interesting contents comprises: aggregating sets of attributes associated to detected content requests; filtering said detected content requests based on first predefined rules in order to eliminate irrelevant aggregated sets of attributes; ranking each filtered content request according to a popularity criteria; and selecting said interesting contents according to the ranking. passively monitoring content requests of a plurality of end-user devices (UD 1 -UD 7) when connected to said Internet network; and inferring said interesting contents based on said monitored content requests, detecting content requests transmitted by said plurality of end-user devices (UD 1 -UD 7); and based on detected content requests, generating a set of attributes for each detected content request, said set of attributes including at least a content identifier and a timestamp, aggregating sets of attributes associated to detected content requests; filtering said detected content requests based on first predefined rules in order to eliminate irrelevant aggregated sets of attributes; ranking each filtered content request according to a popularity criteria; and selecting said interesting contents according to the ranking.
An apparatus for foil sealing containers comprising: (a) a sealing head having a frame containing an induction coil, the frame having a mating surface with a pair of electrical contacts (42, 44) disposed thereon; and (b) a power supply cabinet having a mating surface with a pair of electrical contacts (32, 34) disposed thereon, the power supply cabinet also having a guide configured to engage the frame of the sealing head to direct alignment of the mating surfaces (40, 30) of the sealing head and the power supply cabinet such that the pair of electrical contacts (42, 44) of the sealing head make an electrical connection to the pair of electrical contacts (32, 34) of the power supply cabinet, wherein the guide is a pair of guide rails (62, 64) that receive the sealing head, wherein the power supply cabinet further includes a locking mechanism that prevents movement of the sealing head when the pairs of electrical contacts (32, 34, 42, 44) are electrically connected; characaterized in that engagement of the locking mechanism which is positioned at an end of the guide rails enables power to be supplied from the pair of electrical contacts (32, 34) of the power supply cabinet, and that the pair of electrical contacts (42, 44) of the sealing head are spring-loaded ball plungers configured to be resiliently urged against the pair of electrical contacts (32, 34) of the power supply cabinet which are metal plates. (a) a sealing head having a frame containing an induction coil, the frame having a mating surface with a pair of electrical contacts (42, 44) disposed thereon; and (b) a power supply cabinet having a mating surface with a pair of electrical contacts (32, 34) disposed thereon, the power supply cabinet also having a guide configured to engage the frame of the sealing head to direct alignment of the mating surfaces (40, 30) of the sealing head and the power supply cabinet such that the pair of electrical contacts (42, 44) of the sealing head make an electrical connection to the pair of electrical contacts (32, 34) of the power supply cabinet,
A method comprising: causing an apparatus to receive a broadcast analogue radio event and a plurality of radio data fields corresponding to the event, wherein the event comprises a discrete audio broadcast; deriving at least one option from at least one of the radio data fields; and simultaneous with causing output of the broadcast analogue radio event, causing the apparatus to display a set of user-selectable options comprising the at least one option that is derived. causing an apparatus to receive a broadcast analogue radio event and a plurality of radio data fields corresponding to the event, wherein the event comprises a discrete audio broadcast; deriving at least one option from at least one of the radio data fields; and simultaneous with causing output of the broadcast analogue radio event, causing the apparatus to display a set of user-selectable options comprising the at least one option that is derived.