mhurhangee/ep-ind-claims huggingface dataset:
A device (1, 11) for connecting/disconnecting batteries, particularly for a DC bus (103, 1103) of an uninterruptible power supply or UPS, comprising at least one pair of batteries with the same name plate data (4a, 4b; 1104a, 1104b) connected in series, so as to have a common node at one of their poles, wherein the other pole of each one of the batteries (4a, 4b; 1104a, 1104b) is connected in series, or with the interposition of a battery charger, to a respective connection/disconnection assembly (3a, 3b), each assembly (3a, 3b) comprising a pair of one-way switches (31a, 31b, 32a, 32b) each of which conduct current in only one direction and which are mutually connected in parallel and so as to conduct current in mutually opposite directions, characterized in that said common node is connected by means of a third switch to a point at a substantially fixed potential, preferably to a neutral or to a ground reference, so that said common node is at a voltage that is substantially equal to the voltage of the point even when the third switch is open, said third switch being actuatable in order to modify the amplitude of the voltage ripple on said batteries (4a, 4b; 1104a, 1104b).
A kit to incorporate a pharmacologically active agent in the lungs, comprising: a. a bag having an outlet, the outlet being closable and openable, the outlet comprising means for connecting the outlet to a mouthpiece; b. a solid and/or liquid active substance precursor (16, 27, 29); and c. means (14, 15, 18, 19, 24, 25) for releasing a gaseous active substance or a gaseous mixture of active substances from the active substance precursor, wherein d. the solid and/or liquid active substance precursor (16, 27, 29) is arranged at least partially in the form of a coating on the inside of the bag, and e. the means (14, 15, 18, 19, 24, 25) for releasing a gaseous active substance or a gaseous active substance mixture comprise a heating element (14, 15, 24), preferably a chemical heating element, characterized in that the means for releasing a gaseous active substance or a gaseous active substance mixture from the active substance precursor constitute part of the bag. a. a bag having an outlet, the outlet being closable and openable, the outlet comprising means for connecting the outlet to a mouthpiece; b. a solid and/or liquid active substance precursor (16, 27, 29); and c. means (14, 15, 18, 19, 24, 25) for releasing a gaseous active substance or a gaseous mixture of active substances from the active substance precursor, d. the solid and/or liquid active substance precursor (16, 27, 29) is arranged at least partially in the form of a coating on the inside of the bag, and e. the means (14, 15, 18, 19, 24, 25) for releasing a gaseous active substance or a gaseous active substance mixture comprise a heating element (14, 15, 24), preferably a chemical heating element, characterized in that the means for releasing a gaseous active substance or a gaseous active substance mixture from the active substance precursor constitute part of the bag.
A connection assembly for joining together two elongate frame members suitable for a display apparatus, which frame members each include a channel, wherein the channels of the frame members have flanges extending along their openings such that the openings of the channels are narrower than the remainder of the channels, which channels are alignable together when the frame members are connected, the assembly including an elongate link member with a first part locatable in the channel of a one of the frame members, and a second part locatable in the channel of the other of the frame members, a pair of engagement assemblies each locatable in the channel of a respective frame member, the engagement assemblies each include a body, a handle and a connecting member, the handle being pivotally mounted to the body to move the assembly between an engaged condition and a disengaged condition, the engagement assemblies being selectively movable between the engaged condition where each handle is moveable to cause a spaced pair of cam members (54, 56) to rotatably engage with the link member to urge the same against the floor of the channel in a respective frame member, and the disengaged condition where the cam members (54, 56) do not urge the link member against the channel, and the link member is slidably movable along the channel; in each engagement assembly the body is slidably movable along the channel of a frame member, but is of a size to be restrained within the channel and only slidably movable therealong, and the connecting member extends between the handle and the body, spaced from the pivotal mounting of the handle to the body.
An electrically connecting structure comprising: a glass plate; a feeding part formed on the glass plate; a terminal having a base part opposing the glass plate; an adhesive adhering the glass plate and the base part; and a conductive rubber arranged between the feeding part and the base part, wherein the adhesive is a thermosetting adhesive that once softens when heated and thereafter cures, and is positioned at least on both sides of the conductive rubber, and wherein the feeding part and the base part have electrical continuity via the conductive rubber. a glass plate; a feeding part formed on the glass plate; a terminal having a base part opposing the glass plate; an adhesive adhering the glass plate and the base part; and a conductive rubber arranged between the feeding part and the base part, wherein the adhesive is a thermosetting adhesive that once softens when heated and thereafter cures, and is positioned at least on both sides of the conductive rubber, and wherein the feeding part and the base part have electrical continuity via the conductive rubber.
A closing means for longitudinally extending hollow organs having a flexible wall and a passage, comprising - at least one chamber with a chamber volume, - the chamber volume being variable by the supply of a fluid, such that depending on the chamber volume the passage of the hollow organ being partly or completely closable, - the chamber extends substantially rectilinearly and has a longitudinal configuration, - a fastening device is arranged at the chamber, by which the chamber is adapted to be fastened to an outer part of the wall, allowing parts of the wall of the hollow organ to be folded around the rectilinear chamber and to be fastened to the chamber or to each other such that the chamber, when in the fastened condition, is arranged in a fold in the wall of the hollow organ, characterized in that, the fastening device is at least one fastening strip protruding radially from the chamber and the fastening strip allowing the hollow organ to be fastened to the fastening strip from both sides by a respective fold edge of the hollow organ, the fastening strip preferably forming a separating layer between the fold edges of the hollow organ fastened to the fastening strip. - at least one chamber with a chamber volume, - the chamber volume being variable by the supply of a fluid, such that depending on the chamber volume the passage of the hollow organ being partly or completely closable, - the chamber extends substantially rectilinearly and has a longitudinal configuration, - a fastening device is arranged at the chamber, by which the chamber is adapted to be fastened to an outer part of the wall, allowing parts of the wall of the hollow organ to be folded around the rectilinear chamber and to be fastened to the chamber or to each other such that the chamber, when in the fastened condition, is arranged in a fold in the wall of the hollow organ,
A fiber optic ribbon cable, comprising: a jacket of the cable; a buffer tube disposed in the jacket; a fiber optic ribbon stack extending within the buffer tube, wherein the ribbon stack twists along the length of the buffer tube; at least one tape having at least two edges (342, 344) along the length of the at least one tape, wherein the at least one tape extends along the ribbon stack within the buffer tube; wherein the at least one tape is wrapped around the ribbon stack with at least a portion of one edge disposed between the other edge and the ribbon stack, thereby defining an overlapping portion of the at least one tape; wherein corners of the ribbon stack interface with and compress the overlapping portion at intermittent locations along a length of the cable to provide intermittent coupling points or portions between the ribbon stack and the overlapping portion of the at least one tape that in turn produces a coupling force between the ribbon stack and the buffer tube by way of the tape, and, wherein the ribbon stack is not directly coupled at all to the buffer tube between the points or portions of intermittent coupling, allowing greater freedom of movement of the ribbon stack when compared to the intermittent coupling points or portions; the fiber optic ribbon cable being characterised in that the overlapping portion of the at least one tape extends around at least 45 degrees of the interior perimeter of the buffer tube. a jacket of the cable; a buffer tube disposed in the jacket; a fiber optic ribbon stack extending within the buffer tube, at least one tape having at least two edges (342, 344) along the length of the at least one tape, wherein the at least one tape extends along the ribbon stack within the buffer tube; wherein the at least one tape is wrapped around the ribbon stack with at least a portion of one edge disposed between the other edge and the ribbon stack, thereby defining an overlapping portion of the at least one tape; wherein corners of the ribbon stack interface with and compress the overlapping portion at intermittent locations along a length of the cable to provide intermittent coupling points or portions between the ribbon stack and the overlapping portion of the at least one tape that in turn produces a coupling force between the ribbon stack and the buffer tube by way of the tape, and, wherein the ribbon stack is not directly coupled at all to the buffer tube between the points or portions of intermittent coupling, allowing greater freedom of movement of the ribbon stack when compared to the intermittent coupling points or portions; the fiber optic ribbon cable being characterised in that the overlapping portion of the at least one tape extends around at least 45 degrees of the interior perimeter of the buffer tube.
A heating cooker with a stirring function, the heating cooker comprising a stirring body configured to stir cooking materials that include liquid and a solid and are housed in a cooking container, wherein the stirring body includes: a housing rotatably mounted to a center of a bottom surface of the cooking container; a lower blade that extends from an outer peripheral surface of the housing toward an inner peripheral surface of the cooking container and is configured to push at least one of the cooking materials that is positioned near the bottom surface of the cooking container toward the inner peripheral surface of the cooking container; and an upper blade that extends from the outer peripheral surface of the housing toward the inner peripheral surface of the cooking container and is configured to cause at least one of the cooking materials that is positioned above the lower blade to sink toward the bottom surface of the cooking container, wherein the upper blade is formed to slope downward toward the upstream side in rotating direction, characterized in that the lower blade is formed to slope upward toward the upstream side in rotating direction, wherein the upper blade includes a substantially cylindrical movable part, and a hollow part is provided inside of the movable part, wherein the movable part is configured to move vertically according to a fluctuation of the liquid surface, and the upper blade is configured to be vertically movable along the housing. a housing rotatably mounted to a center of a bottom surface of the cooking container; a lower blade that extends from an outer peripheral surface of the housing toward an inner peripheral surface of the cooking container and is configured to push at least one of the cooking materials that is positioned near the bottom surface of the cooking container toward the inner peripheral surface of the cooking container; and an upper blade that extends from the outer peripheral surface of the housing toward the inner peripheral surface of the cooking container and is configured to cause at least one of the cooking materials that is positioned above the lower blade to sink toward the bottom surface of the cooking container, wherein the upper blade is formed to slope downward toward the upstream side in rotating direction, characterized in that the lower blade is formed to slope upward toward the upstream side in rotating direction, wherein the upper blade includes a substantially cylindrical movable part, and a hollow part is provided inside of the movable part, wherein the movable part is configured to move vertically according to a fluctuation of the liquid surface, and the upper blade is configured to be vertically movable along the housing.
A forensic authentication system, comprising: an imaging device to capture an image of a printed mark and a non-printed area of a substrate directly adjacent to the printed mark; and a processor to run: computer readable instructions to utilize a model (14, 14') of the printed mark to locate the printed mark within the image and to define a substrate region that corresponds with at least a portion of the non-printed area of the substrate directly adjacent to the located printed mark; and computer readable instructions to generate a substrate signature for the defined substrate region; wherein each of the computer readable instructions is embedded on a non-transitory, tangible computer readable medium, and wherein the forensic authentication system is configured to use the substrate signature for forensic inspection. an imaging device to capture an image of a printed mark and a non-printed area of a substrate directly adjacent to the printed mark; and a processor to run: computer readable instructions to utilize a model (14, 14') of the printed mark to locate the printed mark within the image and to define a substrate region that corresponds with at least a portion of the non-printed area of the substrate directly adjacent to the located printed mark; and computer readable instructions to generate a substrate signature for the defined substrate region; computer readable instructions to utilize a model (14, 14') of the printed mark to locate the printed mark within the image and to define a substrate region that corresponds with at least a portion of the non-printed area of the substrate directly adjacent to the located printed mark; and computer readable instructions to generate a substrate signature for the defined substrate region; wherein each of the computer readable instructions is embedded on a non-transitory, tangible computer readable medium, and wherein the forensic authentication system is configured to use the substrate signature for forensic inspection.
An apparatus comprising: an elongate carrier configured to be implanted proximate a vestibular organ of a recipient; at least one vestibular electrode coupled to the elongate carrier; and an optical fiber bundle of one or more optical fibers, characterized in that the optical fiber bundle is coupled to the elongate carrier such that implantation of the elongate carrier can be monitored via the optical fiber bundle; and the optical fiber bundle is removable from the elongate carrier. an elongate carrier configured to be implanted proximate a vestibular organ of a recipient; at least one vestibular electrode coupled to the elongate carrier; and an optical fiber bundle of one or more optical fibers, characterized in that the optical fiber bundle is coupled to the elongate carrier such that implantation of the elongate carrier can be monitored via the optical fiber bundle; and the optical fiber bundle is removable from the elongate carrier.
A projectile launcher with a gas port (150, 250, 350), the projectile launcher comprising; a breech (122, 222); a pressurized gas source; the gas port (150, 250, 350) is disposed in a wall of the breech (122, 222) and is configured to bleed gas that is used to fire a projectile (116, 216, 316) loaded in the breech (122, 222); a bolt (124, 224) configured to advance the projectile (116, 216, 316) to a firing position, wherein the gas port (150, 250, 350) is disposed in the breech (122, 222) downstream of the bolt (124, 224) in the firing position; and ancillary equipment that is configured to be actuated by the pressurized gas that is bled through the gas port (150, 250, 350). a breech (122, 222); a pressurized gas source; the gas port (150, 250, 350) is disposed in a wall of the breech (122, 222) and is configured to bleed gas that is used to fire a projectile (116, 216, 316) loaded in the breech (122, 222); a bolt (124, 224) configured to advance the projectile (116, 216, 316) to a firing position, wherein the gas port (150, 250, 350) is disposed in the breech (122, 222) downstream of the bolt (124, 224) in the firing position; and ancillary equipment that is configured to be actuated by the pressurized gas that is bled through the gas port (150, 250, 350).
A method performed by a communication device (102a, 102b), said method comprising: receiving a transmission comprising a signature of a broadcast message, the broadcast message, and an implicit certificate; computing a public key using public information and the certificate; and verifying said signature using the public key, wherein the public key is associated with a private key used to generate the signature; wherein the broadcast message is a warning message. receiving a transmission comprising a signature of a broadcast message, the broadcast message, and an implicit certificate; computing a public key using public information and the certificate; and verifying said signature using the public key, wherein the public key is associated with a private key used to generate the signature; wherein the broadcast message is a warning message.
Gas-tight plastic pipe branch having a first pipeline section and having a second pipeline section, wherein the first pipeline section has a branch bore, and the second pipeline section has a tubular shoulder with an end-side contour, wherein the end-side contour is able to be plugged into the branch bore of the first pipeline section and has a receptacle for a sealing element, and a sealing element is arranged in the receptacle of the end-side contour of the second pipeline section, wherein, with the contour of the second pipeline section plugged into the branch bore of the first pipeline section, the sealing element comes to lie between the first pipeline section and the second pipeline section, and the first and second pipeline sections (2, 5), with tubular shoulder and sealing element, are, in a predetermined region around the branch, substantially completely encapsulated with a plastic material, wherein the tubular shoulder of the second pipeline section additionally has at least one anchoring element, wherein the anchoring element is substantially completely encapsulated with the plastic material, characterized in that the sealing element is clamped between the anchoring element and the wall of the first pipeline section.
A suture anchor inserter comprising: a handle comprising: a proximal component, a central component coupled to the proximal component, and a distal component coupled to the proximal component and the central component, the central component including a front portion, a back portion opposing the front portion, and a through hole extending, longitudinally, between the front and back portions, a portion of the distal component located within the through hole; and a shaft comprising a proximal end and a distal end, the proximal end coupled to the handle wherein the central component is capable of rotating relative to the proximal component around a longitudinal axis passing through the handle and the shaft, wherein the distal end of the shaft is configured to couple a suture anchor including a suture, wherein the central component further comprises a top surface and a bottom surface each extending between the front and back portions of the central component, the top surface and the bottom surface both comprising a groove (13c, 13d) extending, longitudinally, between the front and back portions of the central component, and wherein each groove includes a first opening in the front portion and a second opening in the back portion, wherein the second opening is wider than the first opening. a handle comprising: a proximal component, a central component coupled to the proximal component, and a distal component coupled to the proximal component and the central component, the central component including a front portion, a back portion opposing the front portion, and a through hole extending, longitudinally, between the front and back portions, a portion of the distal component located within the through hole; and a proximal component, a central component coupled to the proximal component, and a distal component coupled to the proximal component and the central component, the central component including a front portion, a back portion opposing the front portion, and a through hole extending, longitudinally, between the front and back portions, a portion of the distal component located within the through hole; and a shaft comprising a proximal end and a distal end, the proximal end coupled to the handle wherein the central component is capable of rotating relative to the proximal component around a longitudinal axis passing through the handle and the shaft, wherein the distal end of the shaft is configured to couple a suture anchor including a suture, wherein the central component further comprises a top surface and a bottom surface each extending between the front and back portions of the central component, the top surface and the bottom surface both comprising a groove (13c, 13d) extending, longitudinally, between the front and back portions of the central component, and wherein each groove includes a first opening in the front portion and a second opening in the back portion, wherein the second opening is wider than the first opening.
System comprising a food processor and at least a first and a second processing device or cover part, wherein for the purpose of attaching the processing devices the food processor comprises a coupling point on which a detection device for detecting the attached processing device or cover part is disposed, the detection device has at least two different actuating regions (25, 27), and the processing devices or cover parts each have an actuating element (11, 11 A) which can actuate the detection device by attachment of the processing device or cover part to the coupling point, wherein the first processing device has an actuating device which actuates the detection device through application of a force in the first actuating region and the second processing device has an actuating device which actuates the detection device through application of a force in the second actuating region, characterised in that the detection device has at least two different and differently oriented actuating regions (25, 27), wherein the actuating regions (25, 27) are disposed such that they transition smoothly into each other on the detection device, wherein the actuating regions (25, 27) form a curved actuating surface on the detection device.