mhurhangee/ep-ind-claims huggingface dataset:
A panel-style filter element comprising a media pack having first and second opposite axial ends and a side extending between the first and second axial ends; and a gasket member adjacent to the side; the gasket member including first and second gasket regions (130, 132) separated by a channel; the first gasket region being nearer the media pack than the second gasket region; wherein: (a) the first gasket region includes an attachment surface secured to the side of the media pack; (b) the first gasket region includes a first channel surface angled from the attachment surface; (c) the second gasket region includes a second channel surface angled toward the first channel surface; (d) the first and second channel surfaces (140, 142) have a base therebetween; (e) the first channel surface, second channel surface, and base define the channel; (f) the channel is an open volume between the first and second gasket regions (130, 132) and includes: (i) a length of at least 7,6 mm (0.3 inch) as measured from an end tip of the second gasket region to the base when the gasket member is in an uncompressed state; and (ii) a width of at least 3,8 mm (0.15 inch) as measured between the first and second gasket regions (130, 132); characterized in that the second gasket region has an outer angled surface, the second channel surface meeting the outer angled surface at an apex; and in that the gasket member includes first and second opposite axial regions, the first axial region being adjacent to the first axial end of the media pack, and the second axial region defining the channel; wherein the first axial region is a straight surface as it extends downwardly and away from the media pack to the outer angled surface. (a) the first gasket region includes an attachment surface secured to the side of the media pack; (b) the first gasket region includes a first channel surface angled from the attachment surface; (c) the second gasket region includes a second channel surface angled toward the first channel surface; (d) the first and second channel surfaces (140, 142) have a base therebetween; (e) the first channel surface, second channel surface, and base define the channel; (f) the channel is an open volume between the first and second gasket regions (130, 132) and includes: (i) a length of at least 7,6 mm (0.3 inch) as measured from an end tip of the second gasket region to the base when the gasket member is in an uncompressed state; and (ii) a width of at least 3,8 mm (0.15 inch) as measured between the first and second gasket regions (130, 132); (i) a length of at least 7,6 mm (0.3 inch) as measured from an end tip of the second gasket region to the base when the gasket member is in an uncompressed state; and (ii) a width of at least 3,8 mm (0.15 inch) as measured between the first and second gasket regions (130, 132);
A system for monitoring blow-by in a combustion engine which comprises a suction device which is positioned between a crankcase and an air intake, a power source which is connected to an electric motor driving the suction device, as well as a control unit which is connected to the power source, wherein the system further comprises a revolution counter which measures the rotation speed of the suction device, wherein the control unit is further connected to the power source, the revolution counter, and the combustion engine, characterised in that the control unit is capable of setting predefined engine conditions and also power the suction device so as to have the suction device rotate at a predefined speed, and in that the control unit is arranged to compare an amount of power to the suction device with a previously measured amount of power, whereby the amount of power is an indication for the amount of blow-by.
A circuit board comprising a slot for seating a technology module, the slot comprising: one or more 1⁄2 radial interconnect features, the 1⁄2 radial interconnect features provided on at least one side of the slot, characterized by the depth of the slot extending a portion of a depth of the circuit board without extending through the entirety of the circuit board, wherein the slot is substantially 0.005 inches to 0.125 inches deep, and wherein each of the radial interconnect features has a radius of 0.00295 inches to 0.0061 inches. one or more 1⁄2 radial interconnect features, the 1⁄2 radial interconnect features provided on at least one side of the slot, characterized by the depth of the slot extending a portion of a depth of the circuit board without extending through the entirety of the circuit board, wherein the slot is substantially 0.005 inches to 0.125 inches deep, and wherein each of the radial interconnect features has a radius of 0.00295 inches to 0.0061 inches.
A corona discharge apparatus comprising: (a) an elongate inner electrode, (b) an elongate dielectric sleeve mounted on the inner electrode, (c) an elongate outer electrode mounted on the dielectric sleeve, and (d) an ozone-producing region over which the outer electrode extends, the ozone-producing region having an inlet end and an outlet end, characterized in that the ozone-producing region is defined by three sealing members at the inlet end thereof and three sealing members at the outlet end thereof, the sealing members forming a seal between the inner electrode and the dielectric sleeve, and wherein an outer surface of the inner electrode located within the ozone-producing region is smooth. (a) an elongate inner electrode, (b) an elongate dielectric sleeve mounted on the inner electrode, (c) an elongate outer electrode mounted on the dielectric sleeve, and (d) an ozone-producing region over which the outer electrode extends, the ozone-producing region having an inlet end and an outlet end,
An aerosol generating system comprising a battery module and an aerosolization module removably connected to the battery module, wherein the battery module comprises: - a battery extending substantially in a longitudinal direction, the battery having a length measured in the longitudinal direction, and a width and a thickness measured orthogonally to the longitudinal direction, - a printed circuit board assembly connected to the battery; wherein, the battery comprises along the longitudinal direction a first portion of a first thickness, and a second portion comprising opposite faces (6,7) which define a second thickness of said second portion, the second thickness being less than the first thickness, the first portion and the second portion both comprising an electrolytic mixture, and wherein the printed circuit board assembly is at least in part situated against one of the opposite faces (6,7) of the second portion of the battery and the printed circuit board assembly is electrically connected to the second portion of the battery on the other one of said opposite faces (6,7), wherein the face of the second portion to which the printed circuit board assembly is electrically connected is provided with electric poles configured for connection to a board-to-board connector. wherein the battery module comprises: - a battery extending substantially in a longitudinal direction, the battery having a length measured in the longitudinal direction, and a width and a thickness measured orthogonally to the longitudinal direction, - a printed circuit board assembly connected to the battery; - a battery extending substantially in a longitudinal direction, the battery having a length measured in the longitudinal direction, and a width and a thickness measured orthogonally to the longitudinal direction, - a printed circuit board assembly connected to the battery; wherein, the battery comprises along the longitudinal direction a first portion of a first thickness, and a second portion comprising opposite faces (6,7) which define a second thickness of said second portion, the second thickness being less than the first thickness, the first portion and the second portion both comprising an electrolytic mixture, and wherein the printed circuit board assembly is at least in part situated against one of the opposite faces (6,7) of the second portion of the battery and the printed circuit board assembly is electrically connected to the second portion of the battery on the other one of said opposite faces (6,7), wherein the face of the second portion to which the printed circuit board assembly is electrically connected is provided with electric poles configured for connection to a board-to-board connector.
A faucet, comprising: a base configured to be coupled to a surface; a spray head configured to direct a spray of fluid; and a faucet spout disposed between the base and the spray head, the faucet spout comprising a waterway and at least one elongated member disposed adjacent to the waterway; characterized in that the faucet is a shape memory faucet (100,200), wherein the at least one elongated member is formed from a shape memory alloy material. a base configured to be coupled to a surface; a spray head configured to direct a spray of fluid; and a faucet spout disposed between the base and the spray head, the faucet spout comprising a waterway and at least one elongated member disposed adjacent to the waterway; characterized in that the faucet is a shape memory faucet (100,200), wherein the at least one elongated member is formed from a shape memory alloy material.
Applicator device for applying an agent to a delicate surface comprising: - a top and a bottom layer of a flexible material; - a grip zone arranged along an edge of the applicator device, the top and bottom layer being connected to each other to form the grip zone; - at least one agent bearing portion (9, 11, 46) arranged on the top or bottom layer (3, 5) or both on the top and the bottom layer, wherein if arranged both on the top and the bottom layer, the agent bearing portions (9, 11, 46) are designed substantially mirror-shaped so that their borders coincide; - parallel weakening lines (14, 16) extending within the top and the bottom layer (3, 5) starting and ending at the grip zone and defining an application section surrounded by excess material of the top and bottom layer (3, 5) substantially connected with each other to constitute a sealing around the application section, and suitable for being ripped off along the weakening lines (14, 16); wherein the agent bearing portion (9, 11, 46) comprises one of: - a volume (9, 11) of a material carrying an agent; or - a confinement structure shaped as a linear elevation and designed to retain an agent within the application section; characterized in that the border of the application section is substantially coincident or recessed by a recess distance with respect to a border of the at least one agent bearing portion (9, 11, 46). - a top and a bottom layer of a flexible material; - a grip zone arranged along an edge of the applicator device, the top and bottom layer being connected to each other to form the grip zone; - at least one agent bearing portion (9, 11, 46) arranged on the top or bottom layer (3, 5) or both on the top and the bottom layer, wherein if arranged both on the top and the bottom layer, the agent bearing portions (9, 11, 46) are designed substantially mirror-shaped so that their borders coincide; - parallel weakening lines (14, 16) extending within the top and the bottom layer (3, 5) starting and ending at the grip zone and defining an application section surrounded by excess material of the top and bottom layer (3, 5) substantially connected with each other to constitute a sealing around the application section, and suitable for being ripped off along the weakening lines (14, 16); - a volume (9, 11) of a material carrying an agent; or - a confinement structure shaped as a linear elevation and designed to retain an agent within the application section;
A computer-implemented method of generating a presentation comprising an arrangement of elements including a digital image comprising a plurality of pixels, the method comprising: calculating a ratio of the number of pixels in the digital image with a predetermined subset of values of a property of pixels to the total number of pixels in the digital image; if said ratio satisfies a predetermined criterion, applying one or more rules to the arrangement of elements from a set of rules to increase visibility of the digital image in the arrangement of elements; and, if said ratio in the digital image does not satisfy the predetermined criterion: determining the saliency of regions of the digital image; and, if a region of the digital image is determined to have a high saliency, applying one or more rules to the arrangement of elements from a set of rules to increase visibility of said region in the arrangement of elements. calculating a ratio of the number of pixels in the digital image with a predetermined subset of values of a property of pixels to the total number of pixels in the digital image; if said ratio satisfies a predetermined criterion, applying one or more rules to the arrangement of elements from a set of rules to increase visibility of the digital image in the arrangement of elements; and, if said ratio in the digital image does not satisfy the predetermined criterion: determining the saliency of regions of the digital image; and, if a region of the digital image is determined to have a high saliency, applying one or more rules to the arrangement of elements from a set of rules to increase visibility of said region in the arrangement of elements. determining the saliency of regions of the digital image; and, if a region of the digital image is determined to have a high saliency, applying one or more rules to the arrangement of elements from a set of rules to increase visibility of said region in the arrangement of elements.
A method for fabricating a hollow-core concrete product in a substantially horizontal slipform casting process, in which method the concrete mix is fed into a slip-forming mold of a defined cross section moving progressively in the casting process so as to give a concrete product of a desired shape, characterized in that the straightness, height level and profile of the top surface of the concrete product is measured and, on the basis of the measurement results, the relative proportion of the concrete mix flowing to the upper layer or, respectively, to the lower layer of the concrete slab product is controlled by means of moving (13, 21, 22) or tilting (13, 23, 24) during the casting operation a feed trough located below a feed means.
An image forming apparatus connectable to a network, the image forming apparatus comprising: r a non-volatile auxiliary storage device containing firmware that causes the image forming apparatus to operate; a manipulation detection device that analyzes the firmware stored in the auxiliary storage device and accompanied with a digital signature, and decides, using the digital signature, whether the firmware has been manipulated; a firmware restoration device that deletes the firmware decided to have been manipulated, requests another image forming apparatus connected to the network to provide firmware compatible with the deleted firmware, and installs the firmware provided by the other image forming apparatus; a firmware provision device that provides, upon receipt of a request for firmware compatible with the firmware of the other image forming apparatus, the compatible firmware to the other image forming apparatus; and a control device that controls the manipulation detection device, the firmware restoration device, and the firmware provision device, wherein the auxiliary storage device includes a boot block writing in which is restricted, and contains firmware that realizes the manipulation detection device, the firmware restoration device, the firmware provision device, and the control device, in the boot block. a manipulation detection device that analyzes the firmware stored in the auxiliary storage device and accompanied with a digital signature, and decides, using the digital signature, whether the firmware has been manipulated; a firmware restoration device that deletes the firmware decided to have been manipulated, requests another image forming apparatus connected to the network to provide firmware compatible with the deleted firmware, and installs the firmware provided by the other image forming apparatus; a firmware provision device that provides, upon receipt of a request for firmware compatible with the firmware of the other image forming apparatus, the compatible firmware to the other image forming apparatus; and a control device that controls the manipulation detection device, the firmware restoration device, and the firmware provision device, wherein the auxiliary storage device includes a boot block writing in which is restricted, and contains firmware that realizes the manipulation detection device, the firmware restoration device, the firmware provision device, and the control device, in the boot block.
A structural element for interconnecting a stair landing and a stair, which is separated from the stair landing by a joint, in a sound-absorbing, force-transmitting manner, said structural element having a separating plate, which is arranged in the joint when in the installed state, at least one reinforcement element, which extends into the stair landing when the structural element is in the installed state, and at least one force transmission element, which is connected fixedly to the reinforcement element, the force transmission element having an L-profile-like shape, the L-profile having a flat flange and a flat web, the web and the flange enclosing an angle between 45° and 135°, characterised in that the flange when in the installed state is arranged on the side of the separating plate facing the stair landing, extends substantially parallel to the separating plate and abuts planely against the separating plate, and wherein the web passes through the separating plate and extends into the stair when in the installed state.
A method for resolving a decentralized identifier to obtain a data structure of a particular type and that is associated with the decentralized identifier, the method comprising: identifying a level of resolver security; sending a decentralized identifier (502, 502A, 502B, 502C) to a plurality of resolvers (510, 511, 512, 513, 514, 515, 516, 517, 518); receiving data structures from the plurality of resolvers, including at least one matching data structure (521A, 521B, 521C) of a particular type from at least one of the plurality of resolvers (510, 511, 512, 513, 514, 515, 516, 517, 518) in response to sending the decentralized identifier (502, 502A, 502B, 502C); determining a proportion of the received data structures that comprise the matching data structure; and determining whether the matching data structure is associated with the decentralized identifier based on the proportion of resolvers (510, 511, 512, 513, 514, 515, 516, 517, 518) that provided the matching data structure of the particular type, wherein if the proportion of resolvers meets or exceeds a threshold proportion, it is determined that the matching data structure is associated with the decentralized identifier, wherein if the proportion of resolvers (510, 511, 512, 513, 514, 515, 516, 517, 518) is less than the threshold proportion, it is determined that the matching data structure is not associated with the decentralized identifier, the threshold proportion depending on the identified level of resolver security. identifying a level of resolver security; sending a decentralized identifier (502, 502A, 502B, 502C) to a plurality of resolvers (510, 511, 512, 513, 514, 515, 516, 517, 518); receiving data structures from the plurality of resolvers, including at least one matching data structure (521A, 521B, 521C) of a particular type from at least one of the plurality of resolvers (510, 511, 512, 513, 514, 515, 516, 517, 518) in response to sending the decentralized identifier (502, 502A, 502B, 502C); determining a proportion of the received data structures that comprise the matching data structure; and determining whether the matching data structure is associated with the decentralized identifier based on the proportion of resolvers (510, 511, 512, 513, 514, 515, 516, 517, 518) that provided the matching data structure of the particular type, wherein if the proportion of resolvers meets or exceeds a threshold proportion, it is determined that the matching data structure is associated with the decentralized identifier, wherein if the proportion of resolvers (510, 511, 512, 513, 514, 515, 516, 517, 518) is less than the threshold proportion, it is determined that the matching data structure is not associated with the decentralized identifier, the threshold proportion depending on the identified level of resolver security.
Container made of plastic, provided with a body and a bottom extending at a lower end of the body, the bottom comprising: - an annular base extending essentially in the extension of the body and defining a resting plane; - a concave dome which extends from a region adjacent to the base to a central region; this container being characterized in that the dome comprises a set of stiffeners which extend radially from the central region to an annular inner cheek substantially perpendicular to the resting plane. - an annular base extending essentially in the extension of the body and defining a resting plane; - a concave dome which extends from a region adjacent to the base to a central region;