mhurhangee/ep-ind-claims huggingface dataset:
Mounting apparatus for use in mounting a device on a support surface, said mounting apparatus comprising: a mounting element comprising a mounting body for attachment to a support surface said mounting body presenting a support edge and a locking bar; said mounting element further comprises a positioning arrangement for movably connecting said locking bar to said mounting body such that a receiving space is provided between said locking bar and said support edge that has a variable depth, characterised in that said mounting element is configured such that, when said mounting body is attached to a support surface for use, said positioning arrangement: allows said locking bar to be configured relative to said support edge between a first receiving condition in which the locking bar is spaced apart from the support edge, and mounting hooks (107, 109) of interface elements (106,108) may be hooked over the support edge of the mounting body, and a second retaining condition in which the locking bar is releasably secured and in which the locking bar is sufficiently close to support edge such that not enough room is provided to allow unhooking of the mounting hooks (107, 109) of the interface elements (106, 108). a mounting element comprising a mounting body for attachment to a support surface said mounting body presenting a support edge and a locking bar; said mounting element further comprises a positioning arrangement for movably connecting said locking bar to said mounting body such that a receiving space is provided between said locking bar and said support edge that has a variable depth, characterised in that said mounting element is configured such that, when said mounting body is attached to a support surface for use, said positioning arrangement: allows said locking bar to be configured relative to said support edge between a first receiving condition in which the locking bar is spaced apart from the support edge, and mounting hooks (107, 109) of interface elements (106,108) may be hooked over the support edge of the mounting body, and a second retaining condition in which the locking bar is releasably secured and in which the locking bar is sufficiently close to support edge such that not enough room is provided to allow unhooking of the mounting hooks (107, 109) of the interface elements (106, 108). allows said locking bar to be configured relative to said support edge between a first receiving condition in which the locking bar is spaced apart from the support edge, and mounting hooks (107, 109) of interface elements (106,108) may be hooked over the support edge of the mounting body, and a second retaining condition in which the locking bar is releasably secured and in which the locking bar is sufficiently close to support edge such that not enough room is provided to allow unhooking of the mounting hooks (107, 109) of the interface elements (106, 108).
A computer-implemented method of providing over a computer network updated video segments, characterised by: at least one camera receiving, from a local remote server, at least one command for executing a pre-programmed specific routine, the pre-programmed routine including instructions for the at least one camera to capture video of traffic for a duration of time at predetermined intervals; the at least one camera executing the pre-programmed specific routine; sending the captured video to the local remote server; process the captured video to produce video segments indicative of a location of the video segment and of the camera that recorded the video segment; if additional requests for the at least one camera to capture and send additional video segments exist; requesting the at least one camera to capture and send the video segments, according to the predetermined duration at the predetermined time intervals, to the local remote server; transmitting the video segments to a remote domain server; and upon request by a user of the domain server, transmitting to the user the most recent video segment for the location and camera requested by the user. at least one camera receiving, from a local remote server, at least one command for executing a pre-programmed specific routine, the pre-programmed routine including instructions for the at least one camera to capture video of traffic for a duration of time at predetermined intervals; the at least one camera executing the pre-programmed specific routine; sending the captured video to the local remote server; process the captured video to produce video segments indicative of a location of the video segment and of the camera that recorded the video segment; if additional requests for the at least one camera to capture and send additional video segments exist; requesting the at least one camera to capture and send the video segments, according to the predetermined duration at the predetermined time intervals, to the local remote server; transmitting the video segments to a remote domain server; and upon request by a user of the domain server, transmitting to the user the most recent video segment for the location and camera requested by the user.
A method for manufacturing an array substrate, comprising: step S1, forming a pattern comprising a pixel electrode on a substrate; step S2, forming a pattern comprising a gate of a thin film transistor on the substrate after the step S1; step S3, forming a gate insulating layer on the substrate after the step S2; step S4, forming a pattern comprising an active layer and a source and a drain, which are provided on the active layer, of the thin film transistor on the substrate by a patterning process after the step S3; step S5, forming a passivation layer on the substrate after the step S4; step S6, forming, on the substrate, a pattern comprising a main via penetrating through the gate insulating layer and the passivation layer and a main-via extension portion under a portion of the drain by a patterning process after the step S5, wherein the main via is connected to the main-via extension portion; step S7, removing a portion of the drain which protrudes above the main-via extension portion after the step S6, so as to form a pattern comprising a final via; and step S8, forming a pattern comprising a connection electrode and a common electrode on the substrate after the step S7, wherein the connection electrode electrically connects the drain to the pixel electrode through the final via; characterised in that, the portion of the drain which protrudes above the main-via extension portion is caused due to forming the main via and the main-via extension portion by a dry etching process in the step S6, and is removed by a wet etching process in the step S7. step S1, forming a pattern comprising a pixel electrode on a substrate; step S2, forming a pattern comprising a gate of a thin film transistor on the substrate after the step S1; step S3, forming a gate insulating layer on the substrate after the step S2; step S4, forming a pattern comprising an active layer and a source and a drain, which are provided on the active layer, of the thin film transistor on the substrate by a patterning process after the step S3; step S5, forming a passivation layer on the substrate after the step S4; step S6, forming, on the substrate, a pattern comprising a main via penetrating through the gate insulating layer and the passivation layer and a main-via extension portion under a portion of the drain by a patterning process after the step S5, wherein the main via is connected to the main-via extension portion; step S7, removing a portion of the drain which protrudes above the main-via extension portion after the step S6, so as to form a pattern comprising a final via; and step S8, forming a pattern comprising a connection electrode and a common electrode on the substrate after the step S7, wherein the connection electrode electrically connects the drain to the pixel electrode through the final via; characterised in that, the portion of the drain which protrudes above the main-via extension portion is caused due to forming the main via and the main-via extension portion by a dry etching process in the step S6, and is removed by a wet etching process in the step S7.
A shielding element, comprising: - a perforated inner sheet metal layer - an outer sheet metal layer which is crimped at its edges around said perforated inner sheet metal layer, wherein a cavity is defined which is delimited by said perforated inner sheet metal layer and said outer sheet metal layer; and - a plurality of metallic hollow bodies within said cavity, wherein the minimum diameter of said hollow bodies is larger than the perforation of said inner sheet metal layer, wherein said metallic hollow bodies are inserted loosely into said cavity and wherein a relatively strong coherence is obtained by pressing said outer and said inner sheet metal layers together, thereby reducing the height of said cavity and pressing said hollow bodies together, wherein the maximum diameter of said metallic hollow bodies is not more than 1⁄4 of the maximum height of the cavity, and wherein the metallic hollow bodies are of elliptical shape. - a perforated inner sheet metal layer - an outer sheet metal layer which is crimped at its edges around said perforated inner sheet metal layer, wherein a cavity is defined which is delimited by said perforated inner sheet metal layer and said outer sheet metal layer; and - a plurality of metallic hollow bodies within said cavity, wherein the minimum diameter of said hollow bodies is larger than the perforation of said inner sheet metal layer, wherein said metallic hollow bodies are inserted loosely into said cavity and wherein a relatively strong coherence is obtained by pressing said outer and said inner sheet metal layers together, thereby reducing the height of said cavity and pressing said hollow bodies together, wherein the maximum diameter of said metallic hollow bodies is not more than 1⁄4 of the maximum height of the cavity, and wherein the metallic hollow bodies are of elliptical shape.
A method for the portioned packaging of liquid and/or pasty products by means of a packaging machine by the product being fed via at least one inlet to a metering chamber, being metered in the metering chamber by means of at least one metering member with a metering piston being shiftable in the axial direction of the metering chamber to form at least one product portion and the at least one product portion being fed via at least one metering outlet to a package, wherein the metering chamber is operated in a continuous flow in at least one operating state of the packaging machine from the following group - downtimes of the packaging machine, - start-up of the packaging machine, and - operation of the packaging machine, by the product being removed entirely or partially from the metering chamber via at least one outlet and being recirculated, characterized in that the product flows through the metering chamber in the axial direction by said product being fed to its at least one end via the at least one inlet and being removed from its other end via the at least one outlet, wherein the product is guided past the at least one metering member through an annular gap formed between the at least one metering member located in the metering chamber and the inner circumferential wall of the metering chamber, and therefore said product flushes around the metering member. - downtimes of the packaging machine, - start-up of the packaging machine, and - operation of the packaging machine,
A flow cell module for use in a liquid sample analyzer, the liquid sample analyzer including a radiation source, a sensing device and a liquid sample source, the flow cell module comprising: a module housing; a liquid core waveguide mounted in the module housing and configured to receive a flow of a liquid sample from the liquid sample source; an output optical fiber disposed in the module housing and configured to transmit radiation from the liquid core waveguide to the sensing device; an output termination on an output end of the output optical fiber, wherein the output termination is kinematically mounted in the module housing; characterized in that: the flow cell module includes a kinematic connection mechanism operative to bias the output termination in a prescribed direction along a displacement axis (F-F) while permitting displacement of the output termination in an opposing direction along the displacement axis. a module housing; a liquid core waveguide mounted in the module housing and configured to receive a flow of a liquid sample from the liquid sample source; an output optical fiber disposed in the module housing and configured to transmit radiation from the liquid core waveguide to the sensing device; an output termination on an output end of the output optical fiber,
Harvesting knife formed of an annulus segment and having a sawtooth profile, with a base body (10; 10a) which is configured to be applied in a manner rotating in a machine around a drive rotational axis (11; 11a) allocated to the base body (10; 10a), and which comprises a plurality of teeth (12; 12a) on its circumference, wherein prior to a first application, at least one of the teeth (12; 12a) has at least one moulded-on cutter (13; 13a, 38a) which extends over an entire tooth face of the tooth (12; 12a), characterised in that in a view in a radial direction (16; 16a) relative to the drive rotational axis (11; 11a), a tooth back (15; 15a) of the at least one tooth (12; 12a) having the at least one cutter (13; 13a, 38a) is formed in a wedge shape, wherein in the view in a radial direction (16; 16a) relative to the drive rotational axis (11; 11a), a side surface (17; 17a) of the tooth back (15; 15a) extends at least substantially parallel to a main plane (18; 18a) of the base body (10; 10a) extending perpendicularly to the drive rotational axis (11; 11a). characterised in that in a view in a radial direction (16; 16a) relative to the drive rotational axis (11; 11a), a tooth back (15; 15a) of the at least one tooth (12; 12a) having the at least one cutter (13; 13a, 38a) is formed in a wedge shape, wherein in the view in a radial direction (16; 16a) relative to the drive rotational axis (11; 11a), a side surface (17; 17a) of the tooth back (15; 15a) extends at least substantially parallel to a main plane (18; 18a) of the base body (10; 10a) extending perpendicularly to the drive rotational axis (11; 11a).
A cross member of a T bar ceiling grid system comprising bayonet type fasteners at opposite ends of said cross member, a raised elongate connecting member extending between said bayonet type fasteners; said bayonet fasteners being secured to and projecting downwardly and outwardly from said raised elongate connecting member; said raised elongate connecting member including a pair of downwardly extending stabilizing arms (32, 33) defining a securing gap therebetween; said raised elongate connecting member including a thermal transfer head located above and joined to said downwardly extending stabilizing arms (32, 33) characterised in that a bottom edge of said downwardly extending stabilizing arms (32, 33) is above a midpoint in height of said bayonet type fasteners.
Liquid meter, in particular of the volumetric or turbine type, having as its constituent elements a body, a filter, a measuring chamber in which an immersed rotary measuring device is arranged, a totalizer, a leaktight separation forming a sealing plate between said immersed measuring device and the totalizer in a dry zone, transmission means for transmitting the movement of the measuring device to the totalizer, said constituent elements being organized in the form of independent modules comprising a measuring module and a totalizer module, the measuring module being composed of the complete measuring chamber and of at least one rotary magnet transmitting the movement of the measuring instrument, additionally having as its constituent elements a locking module and a filtration module, said constituent elements having, respectively, complementary assembly means permitting their assembly with the body of the meter and/or with one another in order to constitute said meter, in which the complementary assembly means of said measuring module are composed of at least two longitudinal bars (7a, 7b), preferably of different cross sections, which are formed on the outer face of the measuring chamber, serving as means for guiding and positioning said module in the receptacle of the body of the meter, and screwing means formed on the outer periphery of said sealing plate of said measuring module in order to cooperate with complementary screwing means of the body of the meter, said sealing plate being mounted on the measuring chamber, freely in rotation with respect to the latter, characterized in that the sealing plate has a crown of resilient blades called "clips", which have retaining teeth, said crown surrounding the upper part of the measuring chamber once the sealing plate is in place, while the retaining teeth cooperate with a continuous peripheral shoulder formed in a set-back position in the upper part of the measuring chamber.
A vial spiking device comprising: a housing (2, 4) substantially surrounding a needle and at least partially defining a cavity configured to receive a portion of a drug vial; a fluid flow sensor positioned adjacent to at least a portion of the needle, wherein the needle comprises a distal needle portion (3.1) and a proximal needle portion (3.2) and between the distal needle portion and the proximal needle portion a detection section, characterized in that the fluid flow sensor is positioned within the housing (2, 4) and the material of at least the detection section is formed of a material compatible with the fluid flow sensor. a housing (2, 4) substantially surrounding a needle and at least partially defining a cavity configured to receive a portion of a drug vial; a fluid flow sensor positioned adjacent to at least a portion of the needle, wherein the needle comprises a distal needle portion (3.1) and a proximal needle portion (3.2) and between the distal needle portion and the proximal needle portion a detection section, characterized in that the fluid flow sensor is positioned within the housing (2, 4) and the material of at least the detection section is formed of a material compatible with the fluid flow sensor.
A flux-switching machine stator comprising two or more C-cores, each C-core having two legs and a back portion joining the legs, each leg having a main portion and a tip portion further from the back portion, the stator further comprising a permanent magnet arranged between legs of adjacent C-cores, the tip portion of each leg being angled relative to the main portion of the respective leg; characterised in that each leg has a constant width.
A display device, comprising: a first display panel and an intermediate panel; wherein the intermediate panel has a transparent state and a non-transparent state, the intermediate panel comprises a first side and a second side which are disposed opposite to each other, and a first surface and a second surface, which are transflective and disposed opposite to each other, the first display panel is connected to the first side of the intermediate panel; characterized in that: the display device further comprises a second display panel; the second display panel is connected to the second side of the intermediate panel; and the intermediate panel comprises a first transparent electrode layer, an electrochromic layer and a second transparent electrode layer, which are stacked in sequence, and the electrochromic layer has a transparent state and a non-transparent state under effect of an electric field. a first display panel and an intermediate panel; wherein the intermediate panel has a transparent state and a non-transparent state, the intermediate panel comprises a first side and a second side which are disposed opposite to each other, and a first surface and a second surface, which are transflective and disposed opposite to each other, the first display panel is connected to the first side of the intermediate panel; characterized in that: the display device further comprises a second display panel; the second display panel is connected to the second side of the intermediate panel; and the intermediate panel comprises a first transparent electrode layer, an electrochromic layer and a second transparent electrode layer, which are stacked in sequence, and the electrochromic layer has a transparent state and a non-transparent state under effect of an electric field.
A device for filtering drinking water, comprising a base station with a water receiving container, wherein a filter cartridge is inserted into the water receiving container, wherein a water collection container (9/16) below the water receiving container is placed on a stand area of the base station, wherein the base station has a side wall with at least one recess, through which the water collection container (9/16) can be inserted, characterized in that the water receiving container can be closed by means of a valve, which is opened by a cover of the water collection container (9/16) by inserting the water collection container (9/16), and that the water receiving container is formed at least in sections as funnel, into which the filter cartridge is inserted so as to form a seal, so that the drinking water to be treated, filled into the water receiving container, passes through the filter cartridge so as to be solely driven by gravity, and wherein the water receiving container including the valve can be removed from the base station. comprising a base station with a water receiving container, wherein a filter cartridge is inserted into the water receiving container, wherein a water collection container (9/16) below the water receiving container is placed on a stand area of the base station, wherein the base station has a side wall with at least one recess, through which the water collection container (9/16) can be inserted, characterized in that the water receiving container can be closed by means of a valve, which is opened by a cover of the water collection container (9/16) by inserting the water collection container (9/16), and that the water receiving container is formed at least in sections as funnel, into which the filter cartridge is inserted so as to form a seal, so that the drinking water to be treated, filled into the water receiving container, passes through the filter cartridge so as to be solely driven by gravity, and wherein the water receiving container including the valve can be removed from the base station.
A biopsy container, comprising: - a container orientation mark, and - an alignment mark, wherein the container orientation mark is configured for a cooperation with a corresponding shaft orientation mark arranged on a tube shaft of a biopsy device to indicate a specific orientation of the biopsy container relative to the tube shaft, and wherein the alignment mark is configured for a registration of images of the biopsy container. - a container orientation mark, and - an alignment mark,