mhurhangee/ep-ind-claims huggingface dataset:
Underwater electrical connector for electrical connection between a first conductor length and a second conductor length in an underwater environment, wherein the connector comprises a male part and a female part, the male part comprising a first electrical contact element arranged to be mechanically and electrically connected to the first conductor length and the female part comprising a second electrical contact element arranged to be mechanically and electrically connected to the second conductor length, wherein the female part has a seat which extends along an axial direction (x) and is arranged to receive the male part in a connection position such that the first electrical contact element is in contact with the second electrical contact element, and wherein the female part further comprises a housing of electrically non-conductive material in which said seat is defined, characterized in that the female part further comprises a first tubular body of electrically conductive material which is formed in one piece with the second electrical contact element, or at least is electrically connected to the latter, has an axially symmetric configuration with respect to the axial direction (x) and extends around said seat, coaxially thereto, for such a length that in the connection position the male part is wholly located inside the volume enclosed by said first tubular body, and in that the housing of the female part incorporates the first tubular body, whereby as a result of this configuration, the connector is able to operate with medium and high voltages, even with the presence of non-dielectric fluids inside the connector between the male part and the female part.
A method for manufacturing solid milk, comprising; a gas dispersal process for dispersing a prescribed gas into liquid milk, wherein the prescribed gas is one or more gases selected from the group comprising air, carbon dioxide, nitrogen, oxygen, argon and helium; a spray drying process for obtaining powdered milk by spraying the liquid milk after the gas dispersal process, and drying the sprayed liquid milk; and a compaction molding process for obtaining a solidified compaction molded body of powdered milk produced by compacting powdered milk after the gas dispersal process and the spray drying process, wherein the compaction molding process is executed at 10 degrees Celsius to 30 degrees Celsius and at ambient humidity of 30% RH to 50% RH, and wherein the compression pressure to solidify the powdered milk at the compaction molding process is 1 MPa to 30 MPa.
Glazing comprising - a first window pane and a second window pane arranged parallel and separated by a spacer frame defining a sealed intermediate space between said panes (11, 12), - at least one breakage detector disposed inside the intermediate space, - an electronic system, and - a battery connected to the electronic system, the glazing being characterised in that the battery and the electronic system are situated outside the intermediate space, between the first and second window panes (11, 12), and in that the glazing further comprises means of extracting from the glazing at least one electrical component to be extracted from among the battery and the electronic system. - a first window pane and a second window pane arranged parallel and separated by a spacer frame defining a sealed intermediate space between said panes (11, 12), - at least one breakage detector disposed inside the intermediate space, - an electronic system, and - a battery connected to the electronic system,
A method for facilitating collaboration by a first group of members, which comprises one or more members and at least a first owner, and a second group of members, which comprises one or more other members and at least a second owner, the method characterized by the steps of: creating a collaboration group, wherein a processing device stores data representative of the collaboration group in a memory operatively connected to the processing device; linking the first group to the collaboration group, wherein the processing device stores data in the memory representative of the link between the first group and the collaboration group; linking the second group to the collaboration group, wherein the processing device stores data in the memory representative of the link between the second group and the collaboration group in the memory; and facilitating collaboration by the first and second groups, wherein an organisation of members of the first group remains unchanged by the collaboration and an organisation of members of the second group remains unchanged by the collaboration. creating a collaboration group, wherein a processing device stores data representative of the collaboration group in a memory operatively connected to the processing device; linking the first group to the collaboration group, wherein the processing device stores data in the memory representative of the link between the first group and the collaboration group; linking the second group to the collaboration group, wherein the processing device stores data in the memory representative of the link between the second group and the collaboration group in the memory; and facilitating collaboration by the first and second groups, wherein an organisation of members of the first group remains unchanged by the collaboration and an organisation of members of the second group remains unchanged by the collaboration.
An electronic control unit connected to an in-vehicle network bus in an in-vehicle network system, the in-vehicle network system including a plurality of apparatuses that perform communication of frames via the in-vehicle network bus, the electronic control unit comprising: a first control circuit; and a second control circuit, wherein the first control circuit is connected to the in-vehicle network bus via the second control circuit over wired communication and/or wireless communication, wherein the first control circuit is configured to perform a first determination process (S1600, S4600, S5600) on a transmit frame that is transmitted to the in-vehicle network bus, to determine a conformity of the transmit frame with a first rule, wherein, upon determining that the transmit frame conforms to the first rule, the first control circuit is configured to transmit the transmit frame to the second control circuit, wherein, upon determining that the transmit frame does not conform to the first rule, the first control circuit is configured not to transmit the transmit frame to the second control circuit, wherein the second control circuit is configured to perform a second determination process (S1300, S4600, S5300) on the transmit frame, received from the first control circuit, to determine a conformity of the transmit frame with a second rule, and, upon determining that the transmit frame conforms to the second rule, is configured to transmit the transmit frame to the in-vehicle network bus, and wherein upon determining that the transmit frame does not conform to the second rule, the second control circuit is configured not to transmit the transmit frame to the in-vehicle network bus. a first control circuit; and a second control circuit, wherein the first control circuit is connected to the in-vehicle network bus via the second control circuit over wired communication and/or wireless communication, wherein the first control circuit is configured to perform a first determination process (S1600, S4600, S5600) on a transmit frame that is transmitted to the in-vehicle network bus, to determine a conformity of the transmit frame with a first rule, wherein, upon determining that the transmit frame conforms to the first rule, the first control circuit is configured to transmit the transmit frame to the second control circuit, wherein, upon determining that the transmit frame does not conform to the first rule, the first control circuit is configured not to transmit the transmit frame to the second control circuit, wherein the second control circuit is configured to perform a second determination process (S1300, S4600, S5300) on the transmit frame, received from the first control circuit, to determine a conformity of the transmit frame with a second rule, and, upon determining that the transmit frame conforms to the second rule, is configured to transmit the transmit frame to the in-vehicle network bus, and wherein upon determining that the transmit frame does not conform to the second rule, the second control circuit is configured not to transmit the transmit frame to the in-vehicle network bus.
A method for resource optimization executed by a network node in an Internet-of-Things, IoT, system, comprising: receiving data captured by one or more IoT devices in the IoT system, wherein the data indicates that a game action has occurred at a speed and/or in a direction; predicting, based on the received data, a likelihood that a future event will be detected by the one or more IoT devices in the IoT system under different potential resource allocation and IoT device settings, subject to resource availability constraints; and based on the predicting, adapting IoT device settings in the IoT system for a future time such that the likelihood that the future event will be detected is maximized under the resource availability constraints according to a target optimization function, wherein predicting a likelihood that the future event will be detected comprises predicting whether the future event will occur at a particular future time based on the received data. receiving data captured by one or more IoT devices in the IoT system, wherein the data indicates that a game action has occurred at a speed and/or in a direction; predicting, based on the received data, a likelihood that a future event will be detected by the one or more IoT devices in the IoT system under different potential resource allocation and IoT device settings, subject to resource availability constraints; and based on the predicting, adapting IoT device settings in the IoT system for a future time such that the likelihood that the future event will be detected is maximized under the resource availability constraints according to a target optimization function, wherein predicting a likelihood that the future event will be detected comprises predicting whether the future event will occur at a particular future time based on the received data.
A slide holder for detecting placement of a tissue-bearing slide on a microscope comprising: a horizontal base portion having a length, width, and height; at least two side wall portions that extend toward an opposite horizontal base portion, and together with the horizontal base form a peripheral three dimensional frame having a top planar surface and an underside planar surface, with an open imaging region formed therethrough an etched groove in the top planar surface, the etched groove forming a secondary planar surface to position a slide within the peripheral three dimensional frame; one or more placement sliders secured by retractable adjustments to the peripheral three dimensional frame and adjacent a support (105,105a) to position a slide, wherein the retractable adjustments and the support secure the slide within bounds of the secondary planar surface of the peripheral three dimensional frame; and at least two notches (116,117) configured with the secondary planar surface, a first notch to provide imaging visibility from an underside of a first location of a side edge of the slide and a second notch to provide imaging visibility from an underside of a second location at a corner of the slide when the slide holder is positioned upon an imaging microscope stage. a horizontal base portion having a length, width, and height; at least two side wall portions that extend toward an opposite horizontal base portion, and together with the horizontal base form a peripheral three dimensional frame having a top planar surface and an underside planar surface, with an open imaging region formed therethrough an etched groove in the top planar surface, the etched groove forming a secondary planar surface to position a slide within the peripheral three dimensional frame; one or more placement sliders secured by retractable adjustments to the peripheral three dimensional frame and adjacent a support (105,105a) to position a slide, wherein the retractable adjustments and the support secure the slide within bounds of the secondary planar surface of the peripheral three dimensional frame; and at least two notches (116,117) configured with the secondary planar surface, a first notch to provide imaging visibility from an underside of a first location of a side edge of the slide and a second notch to provide imaging visibility from an underside of a second location at a corner of the slide when the slide holder is positioned upon an imaging microscope stage.
A compound of the Formula: or a pharmaceutically acceptable salt thereof, wherein: A is an optionally substituted nitrogen-containing heteroaryl or heterocyclyl; L is -C(R 3)(R 3)-, -O-, -S-, or -NR 3 -; R 1 is hydrogen or C 1 -C 6 alkyl, C 1 -C 6 alkenyl, C 1 -C 6 alkynyl, carbocyclyl, or heterocyclyl; R 2 is hydrogen, C 1 -C 6 alkyl C 1 -C 6 haloalkyl or C 1 -C 6 alkoxy; each R 3 is independently hydrogen or C 1 -C 6 alkyl; R 5 is absent or hydrogen; and ------ represents a single or double bond, wherein when one of ------ is a double bond, the other ------ is a single bond; and when one of the ------ is a double bond, R 5 is absent. A is an optionally substituted nitrogen-containing heteroaryl or heterocyclyl; L is -C(R 3)(R 3)-, -O-, -S-, or -NR 3 -; R 1 is hydrogen or C 1 -C 6 alkyl, C 1 -C 6 alkenyl, C 1 -C 6 alkynyl, carbocyclyl, or heterocyclyl; R 2 is hydrogen, C 1 -C 6 alkyl C 1 -C 6 haloalkyl or C 1 -C 6 alkoxy; each R 3 is independently hydrogen or C 1 -C 6 alkyl; R 5 is absent or hydrogen; and ------ represents a single or double bond, wherein when one of ------ is a double bond, the other ------ is a single bond; and when one of the ------ is a double bond, R 5 is absent. when one of ------ is a double bond, the other ------ is a single bond; and when one of the ------ is a double bond, R 5 is absent.
A steering device comprising: a steering axle that steers steered wheels (19R, 19L) of a vehicle by advancing and retracting in an axial direction; a housing having a cylindrical main part that houses a part of the steering axle; a motor unit that is disposed at a predetermined distance from the main part of the housing, and has a motor case of which one end in a direction parallel to the steering axle is fixed to the housing; a moving force application mechanism that applies a moving force acting in the axial direction to the steering axle resulting from rotation of an output shaft of the motor unit; and a support member that is fixed to a fixing projection provided on the housing and supports the motor case, wherein the fixing projection protrudes from the main part toward the motor unit, and has a bolt hole extending in a height direction of the vehicle, and wherein the support member has an arc-shaped support part that is disposed along an outer circumferential surface of the motor case, and a fixing piece that protrudes from the support part toward the main part of the housing, and an end of the fixing piece is fastened with a bolt to an open end surface of the fixing projection in which the bolt hole opens, characterized in that wherein the bolt hole is formed so as to extend through the fixing projection, and the support member has a pair of the fixing pieces (83, 84) so as to sandwich the fixing projection along an axial direction of the bolt hole, and the pair of fixing pieces (83, 84) is fastened to the fixing projection with a bolt passed through the bolt hole. a steering axle that steers steered wheels (19R, 19L) of a vehicle by advancing and retracting in an axial direction; a housing having a cylindrical main part that houses a part of the steering axle; a motor unit that is disposed at a predetermined distance from the main part of the housing, and has a motor case of which one end in a direction parallel to the steering axle is fixed to the housing; a moving force application mechanism that applies a moving force acting in the axial direction to the steering axle resulting from rotation of an output shaft of the motor unit; and a support member that is fixed to a fixing projection provided on the housing and supports the motor case, wherein the fixing projection protrudes from the main part toward the motor unit, and has a bolt hole extending in a height direction of the vehicle, and wherein the support member has an arc-shaped support part that is disposed along an outer circumferential surface of the motor case, and a fixing piece that protrudes from the support part toward the main part of the housing, and an end of the fixing piece is fastened with a bolt to an open end surface of the fixing projection in which the bolt hole opens, characterized in that wherein the bolt hole is formed so as to extend through the fixing projection, and the support member has a pair of the fixing pieces (83, 84) so as to sandwich the fixing projection along an axial direction of the bolt hole, and the pair of fixing pieces (83, 84) is fastened to the fixing projection with a bolt passed through the bolt hole.
An article comprising: a vessel; a vent connected to the vessel; a heat flux-responsive plug disposed in the vent, the heat flux-responsive plug having a material selected based on a phase change characteristic; characterised in that: t he vent includes a stem that extends from a base to a free end, with an enlarged head forming the free end, and in that the stem includes, relative to the enlarged head, a narrow shank that extends from the base to the enlarged head, the narrow shank having a length from the base to the enlarged head and a maximum dimension in a direction transverse to the length such that a ratio of the length to the maximum dimension is greater than one, such that the narrow shank thermally isolates the heat flux-responsible plug from the vessel. a vessel; a vent connected to the vessel; a heat flux-responsive plug disposed in the vent, the heat flux-responsive plug having a material selected based on a phase change characteristic; t he vent includes a stem that extends from a base to a free end, with an enlarged head forming the free end, and in that the stem includes, relative to the enlarged head, a narrow shank that extends from the base to the enlarged head, the narrow shank having a length from the base to the enlarged head and a maximum dimension in a direction transverse to the length such that a ratio of the length to the maximum dimension is greater than one, such that the narrow shank thermally isolates the heat flux-responsible plug from the vessel.
An administration feeding set for use with a flow control apparatus to deliver fluid from at least one fluid source (21, 23) to a patient, the administration feeding set comprising: tubing for flow of fluid along a fluid pathway; characterized by a mounting member (16, 16A) on the tubing adapted to engage said flow control apparatus, said mounting member (16, 16A) having an upper receiving portion and a lower receiving portion each co-axial with said fluid pathway, each receiving portion being adapted to receive an identification member; and one or more identification members selectively positioned on one or more of said upper and lower receiving portions (52, 54) of the mounting member (16, 16A), each identification member comprising a magnetic component or a magnetically-susceptible metallic component; the mounting member (16, 16A) assists in loading the administration feeding set to the flow control apparatus and is in operative communication with a software subsystem of the of the flow control apparatus to permit identification of the administration feeding set as having a particular functional configuration different from another functional configuration. tubing for flow of fluid along a fluid pathway; characterized by a mounting member (16, 16A) on the tubing adapted to engage said flow control apparatus, said mounting member (16, 16A) having an upper receiving portion and a lower receiving portion each co-axial with said fluid pathway, each receiving portion being adapted to receive an identification member; and one or more identification members selectively positioned on one or more of said upper and lower receiving portions (52, 54) of the mounting member (16, 16A), each identification member comprising a magnetic component or a magnetically-susceptible metallic component; the mounting member (16, 16A) assists in loading the administration feeding set to the flow control apparatus and is in operative communication with a software subsystem of the of the flow control apparatus to permit identification of the administration feeding set as having a particular functional configuration different from another functional configuration.
A filling device adapted for wetting and filling a component provided with an undercut, having the following: - a mixing head for mixing a free-flowing, curable filler; - an outlet tube for supplying the free-flowing filler to or into a filling space of the component; - wherein furthermore a settable deflecting unit for changing the direction of flow F of the free-flowing filler is provided such that the filler emerging from the outlet tube can be deflected into an intended direction of flow F', wherein an adjustment device is provided on the filling device in order to be able to set the orientation of the deflecting unit in a plurality of spatial directions (F, F', F") and the adjustment device is designed such that the deflecting unit can be actuated by the adjustment device in rotatable and pivotable manner through an angle (α). - a mixing head for mixing a free-flowing, curable filler; - an outlet tube for supplying the free-flowing filler to or into a filling space of the component; - wherein furthermore a settable deflecting unit for changing the direction of flow F of the free-flowing filler is provided such that the filler emerging from the outlet tube can be deflected into an intended direction of flow F',