mhurhangee/ep-ind-claims huggingface dataset:
Medical apparatus having a socket unit (B, B') for the connection of a plug unit of a device for supplying medical fluids, the socket unit (B, B') having at least one connecting piece (25, 26; 65, 66) for connecting at least one connector of the plug unit, thus enabling a flow-permitting connection to allow fresh treatment fluid to be fed in or used treatment fluid to be fed out to be made when the connector is connected to the connecting piece, the socket unit having means (40, 50; 57, 64) for connecting the plug unit and the socket unit which are so designed that the plug unit and socket unit are connected together when a relative movement occurs between the at least one connecting piece of the socket unit and the at least one connector of the plug unit, characterised in that, the means (40, 50; 57, 64) for connecting the plug unit and the socket unit have a receiving piece (40, 57) which is movable in the longitudinal direction for a projecting piece of the plug unit, and the means (40, 43; 57) for moving the at least one connecting piece of the socket unit or the at least one connector of the plug unit have a drive unit for moving the receiving piece (40, 57).
A wireless communication method comprising: generating a bandwidth request packet requesting an allocation of a channel time from a coordinator of a wireless network; and wirelessly transmitting the bandwidth-request packet, characterized in that the bandwidth request packet comprises information regarding a data output mode to be utilized at the channel time and information regarding whether a request to allocate paired channel time blocks of the channel time is requested, the allocation of the paired channel time blocks being that the channel time blocks in a single schedule of the channel time are used for a plurality of stations, wherein the bandwidth request packet includes a PHY-mode field and a paired-CTBs field, wherein the PHY-mode field includes information regarding the data output mode, and the paired-CTBs field includes the information regarding whether a request to allocate paired channel time blocks of the channel time is requested. generating a bandwidth request packet requesting an allocation of a channel time from a coordinator of a wireless network; and wirelessly transmitting the bandwidth-request packet,
A method, comprising: requesting, at a client device, a document provided by a remote publisher containing a script implementing diagnostic logic and instructions to obtain web page content from a content server, the request including an indicator; receiving, at the client device, the document in response to the request; executing the instructions at the client device to obtain the web page content from the content server; executing the script at the client device to determine errors related to the processing of the instructions to obtain the web page content from the content server, wherein the errors include operational errors occurring when content is not displayed as expected because of a discrepancy between tags in the web page content and the information stored on the content server spawning a debugging interface; and displaying the errors on the debugging interface. requesting, at a client device, a document provided by a remote publisher containing a script implementing diagnostic logic and instructions to obtain web page content from a content server, the request including an indicator; receiving, at the client device, the document in response to the request; executing the instructions at the client device to obtain the web page content from the content server; executing the script at the client device to determine errors related to the processing of the instructions to obtain the web page content from the content server, wherein the errors include operational errors occurring when content is not displayed as expected because of a discrepancy between tags in the web page content and the information stored on the content server spawning a debugging interface; and displaying the errors on the debugging interface.
Floor covering system, wherein this floor covering system comprises floor panels; wherein the floor panels substantially are realized on the basis of synthetic material and preferably as a layer-shaped, either single-layer or multi-layer, substrate; wherein the floor panels are rectangular, either oblong or square, and thus comprises a first pair of opposite edges and a second pair of opposite edges; wherein the first pair of opposite edges comprises coupling parts, which allow that a plurality of such floor panels mutually can be coupled to each other; wherein these coupling parts form a first mechanical locking system, which, in a coupled condition of two of such floor panels, effects a locking in the plane of the floor panels and perpendicular to the respective edges, as well as form a second mechanical locking system, which, in a coupled condition of two of such floor panels, effects a locking transverse to the plane of the panels; wherein these coupling parts, on the first pair of opposite edges, preferably are realized substantially in the material of the floor panels itself, and more particularly in said substrate; wherein the floor panels, on the second pair of edges, are provided with an edge configuration which allows that two of such floor panels can be positioned with their respective edges alongside each other, wherein the configuration of the edges is free from mechanical horizontally active locking systems and also free from mechanical vertically active locking systems, wherein the connection between the edges of the second pair of edges is provided with adhesive means which provides for a horizontal connection and which is provided in a seat, and wherein the floor panels, on the second pair of edges, have an edge configuration which provides for that the actual panels in installed condition extend along these edges in a non-overlapping manner alongside each other, and can adjoin each other exclusively by butt joint, characterized in that the adhesive means also provides for a vertical connection and the coupling parts on the first pair of edges are configured such that in the mounted condition of two of such floor panels these are forced towards each other with a tensioning force, such that a so-called pre-tension is achieved.
Method for monitoring a control module in a network, comprising the following steps: - connection (D1-D4), via the network, of the control module to a device present in the network, - disconnection of the control module, said method being characterized in that it comprises a step of detecting the disconnection of said control module, comprising: - sending (D7i), from the device present in the network to said control module, of a message (RNi) indicating the presence, in the network, of a dummy device of a kind designed to be recognized by the control module, - determination, by the device present in the network, of the absence of reception, originating from said control module, of a request for access to the dummy device. - connection (D1-D4), via the network, of the control module to a device present in the network, - disconnection of the control module, said method being characterized in that it comprises a step of detecting the disconnection of said control module, comprising: - sending (D7i), from the device present in the network to said control module, of a message (RNi) indicating the presence, in the network, of a dummy device of a kind designed to be recognized by the control module, - determination, by the device present in the network, of the absence of reception, originating from said control module, of a request for access to the dummy device.
Oven cavity for a cooking oven comprising at least one cavity wall (1, 10, 100) and at least one functional unit with at least one sealing component (2, 9, 150) which is mounted or mountable into an opening (4, 40, 400) of said cavity wall (1, 10, 100), wherein said cavity wall (1, 10, 100) comprises at least one first edge section (5, 50, 500) and at least one second edge section (6, 60, 600), the second edge section being arranged around said opening (4, 40, 400) and distancing said first edge section (5, 50, 500) from said opening (4, 40, 400) and said second edge section (6, 60, 600) protruding at an angle, in particular at substantially a right angle, relative to the first edge section (5, 50, 500), thereby forming a protruding flange around the opening, and wherein said sealing component forms at least one protruding sealing section (8, 12, 170) which is in substantially sealing contact with said first edge section (5, 50, 500) and/or which forms a labyrinth seal with said first edge section and second edge section, characterized in that said second edge section (6, 60, 600) and said sealing section (8, 12, 170) extend at least partially in parallel and distanced from each other and in that said first edge section (5, 50, 500) and a main body (7, 11, 110) of said functional unit extend at least partially in parallel and distanced from each other and in an angle relative to said second edge section (6, 60, 600) and said sealing section (8, 12, 170) by forming a labyrinth-like flow path in the region of the second edge section additionally to the sealing contact between the sealing component (2, 9, 150) and the first edge section (5, 50, 500), wherein the contact between the sealing section (8, 12, 170) and the first edge section (5, 50, 500) may comprise gaps.
Agricultural baler comprising a baling chamber and a pre-compression chamber, wherein the pre-compression chamber is adapted to gather crop material and to periodically form a slice of said crop material and introduce the slice towards the baling chamber into a first segment of the baling chamber, the baling chamber comprising a plunger provided for reciprocally moving in the baling chamber, the reciprocal movement having a power movement and a retraction movement, wherein in use, during the power movement, slices of crop material are compressed into a bale and the bale is pushed through the baling chamber, the baling chamber further comprising at least one movable wall (15, 16, 17) for exercising a compression force to the crop material in a direction substantially transverse to the propelling movement so that, in use, the at least one movable wall (15, 16, 17) provides a counterpressure for the propelling through the baling chamber of the bale, wherein the at least one movable wall (15, 16, 17) comprises a hydraulic actuator for moving the wall, characterized in that the agricultural baler further comprises a controller adapted to control the hydraulic actuator for compressing the crop material in the direction transverse to the propelling movement and for decreasing said compression force at a predetermined moment (t x) of the power movement to reduce said counterpressure by adjusting a position of the at least one movable wall (15, 16, 17), wherein the predetermined moment (t x) is related to the moment where the power movement initiates the propelling through the baling chamber of the bale.
A plastic pallet comprising: an upper deck comprising plastic having a first melting point; a plurality of first joining members that project downwardly from said upper deck, each first joining member including an outer sleeve molded as part of its respective upper deck; a lower deck comprising plastic having the first melting point; a plurality of second joining members that project upwardly from said lower deck, each second joining member including an inner sleeve molded as part of its respective lower deck; at least one of said upper and lower decks (12, 14) including a plurality of channels (92', 102') between top and bottom surfaces thereof; a plurality of sleeved reinforcing rods in the plurality of channels (92', 102'), each sleeved reinforcing rod 80' comprising a reinforcing rod having opposing ends and side surfaces therebetween, and a sleeve enclosing the side surfaces of said reinforcing rod, with there being relative movement between inner surfaces of said sleeve and the side surfaces of said reinforcing rod when said reinforcing rod is stressed, said sleeve comprising plastic having a second melting point higher than the first melting point; and the inner sleeves of said plurality of second joining members receiving the outer sleeves of said plurality of first joining members to define a plurality of support blocks joining said upper and lower decks (12, 14). an upper deck comprising plastic having a first melting point; a plurality of first joining members that project downwardly from said upper deck, each first joining member including an outer sleeve molded as part of its respective upper deck; a lower deck comprising plastic having the first melting point; a plurality of second joining members that project upwardly from said lower deck, each second joining member including an inner sleeve molded as part of its respective lower deck; at least one of said upper and lower decks (12, 14) including a plurality of channels (92', 102') between top and bottom surfaces thereof; a plurality of sleeved reinforcing rods in the plurality of channels (92', 102'), each sleeved reinforcing rod 80' comprising a reinforcing rod having opposing ends and side surfaces therebetween, and a sleeve enclosing the side surfaces of said reinforcing rod, with there being relative movement between inner surfaces of said sleeve and the side surfaces of said reinforcing rod when said reinforcing rod is stressed, said sleeve comprising plastic having a second melting point higher than the first melting point; and a reinforcing rod having opposing ends and side surfaces therebetween, and a sleeve enclosing the side surfaces of said reinforcing rod, with there being relative movement between inner surfaces of said sleeve and the side surfaces of said reinforcing rod when said reinforcing rod is stressed, said sleeve comprising plastic having a second melting point higher than the first melting point; and the inner sleeves of said plurality of second joining members receiving the outer sleeves of said plurality of first joining members to define a plurality of support blocks joining said upper and lower decks (12, 14).
A vaginal dilation device, comprising: a handle; a central rod coupled to the handle; a plurality of scissor-like arms coupled to the central rod, the scissor-like arms comprising first and second shafts that rotate around a pivot, each scissor-like arm having a pad disposed thereon that is shaped and configured to conform to a vagina; an expansion mechanism coupled to the central rod and configured to move the scissor-like arms and the pads radially outwards from the device; a diameter sensor disposed on the device and configured to measure a diameter of the device; and a controller coupled to the expansion mechanism and the diameter sensor, the controller configured to automatically move the scissor-like arms and the pads radially outwards based on a rate of expansion; wherein the scissor-like arms are configured to maintain the pads parallel to the device and to the other pads as the pads are moved radially outwards. a handle; a central rod coupled to the handle; a plurality of scissor-like arms coupled to the central rod, the scissor-like arms comprising first and second shafts that rotate around a pivot, each scissor-like arm having a pad disposed thereon that is shaped and configured to conform to a vagina; an expansion mechanism coupled to the central rod and configured to move the scissor-like arms and the pads radially outwards from the device; a diameter sensor disposed on the device and configured to measure a diameter of the device; and a controller coupled to the expansion mechanism and the diameter sensor, the controller configured to automatically move the scissor-like arms and the pads radially outwards based on a rate of expansion; wherein the scissor-like arms are configured to maintain the pads parallel to the device and to the other pads as the pads are moved radially outwards.
A method for operating a poultry defeathering apparatus, where a drive mechanism is used for rotating a plurality of picking heads of a picking bank,, each of said picking heads being mounted at an outer side of a cover member on an axle projecting through an opening in the cover member and being supported by a bearing,, and said drive mechanism being arranged on an inner side of the cover member opposite the picking heads, characterized in that gas or air is caused to flow along an inlet path on the inner side of the cover member and onwards to the drive mechanism, and that the gas or air has a lower relative humidity than the air surrounding the picking heads when the apparatus is in operation.
A plated steel sheet for use in forming welded structural members comprising a base steel and a Zn-Al-Mg-based alloy layer formed by hot-dipping on the surface of the base steel sheet, wherein the base steel sheet has a chemical composition comprising, in terms of % by mass, C of from 0.010 to 0.100%, Si of from 0.01 to 1.00%, Mn of from 0.50 to 2.50%, P of from 0.005 to 0.050%, S of from 0.001 to 0.020%, N of from 0.001 to 0.005%, Ti of from 0.02 to 0.20%, B of from 0.0005 to 0.0100%, A1 of from 0.005 to 0.100%, Cr of from 0 to 1.00%, Mo of from 0 to 1.00%, Nb of from 0 to 0.10%, and a balance of Fe and inevitable impurities, and has a metallographic structure of such that Ti-containing precipitates having a mean particle diameter of at most 20 nm are dispersed in the matrix formed of a ferrite single phase therein, and wherein the liquid metal embrittlement cracking sensitivity index H3 value of the base steel sheet represented by the following formula and indicating the relationship between the contents of the steel components and the thickness t (mm) of the steel sheet is at most 2.90: H 3 Value = C / 0.2 + Si / 5.0 + Mn / 1.3 + Cr / 1.0 + Mo / 1.2 + 0.4 t − 0.7 Cr + Mo 1 / 2 in the site of the element symbol in the formula, the content of the corresponding element (% by mass) in the base steel sheet is introduced.
Method for generating a signal indicating the imminent formation of slipperiness on a roadway before it forms on the roadway, wherein radiation reflected from the roadway, or from a location adjacent to the roadway, is evaluated, which radiation emanates from at least one reference surface arranged in or on the roadway or the adjacent location, which is formed by a material different from the road surface material, which is selected from a material on which the slipperiness forms earlier than on the road surface material, and wherein the signal is emitted when the evaluation shows that slipperiness has formed on the reference surface, wherein a reference surface is used which has a roughened surface.
A test troubleshooting system for automatic provision of test failure data, TFD, used to identify and/or remedy testing faults in a test setup, the test troubleshooting system including a troubleshooting device; and at least one test and measurement device adapted to generate log files, LogF, supplied by said test and measurement device via a network to the troubleshooting device of said test troubleshooting system, wherein the troubleshooting device comprises an analyzing unit adapted to search for patterns in the received log and analyze the received log files, LogF, to identify testing faults in the test setup, and a generation unit adapted to generate automatically test failure data, TFD, for the identified testing faults transmitted by the troubleshooting device to said test and measurement device and/or to a user workstation (7-1, 7-2) of said test troubleshooting system, wherein the test failure data, TFD, include information about the identified testing faults, information about failure correction of the identified testing faults and/or configuration parameters used to reconfigure automatically an applied test case scenario, TCS. a troubleshooting device; and at least one test and measurement device adapted to generate log files, LogF, supplied by said test and measurement device via a network to the troubleshooting device of said test troubleshooting system, wherein the troubleshooting device comprises an analyzing unit adapted to search for patterns in the received log and analyze the received log files, LogF, to identify testing faults in the test setup, and a generation unit adapted to generate automatically test failure data, TFD, for the identified testing faults transmitted by the troubleshooting device to said test and measurement device and/or to a user workstation (7-1, 7-2) of said test troubleshooting system, wherein the test failure data, TFD, include information about the identified testing faults, information about failure correction of the identified testing faults and/or configuration parameters used to reconfigure automatically an applied test case scenario, TCS. an analyzing unit adapted to search for patterns in the received log and analyze the received log files, LogF, to identify testing faults in the test setup, and a generation unit adapted to generate automatically test failure data, TFD, for the identified testing faults transmitted by the troubleshooting device to said test and measurement device and/or to a user workstation (7-1, 7-2) of said test troubleshooting system, wherein the test failure data, TFD, include information about the identified testing faults, information about failure correction of the identified testing faults and/or configuration parameters used to reconfigure automatically an applied test case scenario, TCS.
A method for measuring a moisture profile using a fiber-optic sensor, comprising: (a) providing a polymer optical fiber comprising at least one reflector; (b) providing backscatter measurement data of the polymer optical fiber for a first wavelength with measurable absorption for OH groups to be detected at a given temperature; (c) providing backscatter measurement data of the polymer optical fiber for a second wavelength without or with low measurable absorption for OH groups to be detected at a given temperature; (d) ascertaining spatially resolved scatter intensity profiles along the polymer optical fiber from the backscatter measurement data for the first wavelength and for the second wavelength; (e) comparing the scatter intensity profile ascertained for the first wavelength and the scatter intensity profile ascertained for the second wavelength to a respective reference intensity which is ascertained based on the at least one reflector to obtain respective relative scatter intensity profiles; and (f) ascertaining the moisture profile along the polymer optical fiber based on the obtained relative scatter intensity profiles, wherein the polymer optical fiber is made of CYTOP ® R), a cyclo polymer product of perfluoro(alkenyl vinyl ether) of the following formula and is selected from a fiber having a graded index profile or having a step index profile. (a) providing a polymer optical fiber comprising at least one reflector; (b) providing backscatter measurement data of the polymer optical fiber for a first wavelength with measurable absorption for OH groups to be detected at a given temperature; (c) providing backscatter measurement data of the polymer optical fiber for a second wavelength without or with low measurable absorption for OH groups to be detected at a given temperature; (d) ascertaining spatially resolved scatter intensity profiles along the polymer optical fiber from the backscatter measurement data for the first wavelength and for the second wavelength; (e) comparing the scatter intensity profile ascertained for the first wavelength and the scatter intensity profile ascertained for the second wavelength to a respective reference intensity which is ascertained based on the at least one reflector to obtain respective relative scatter intensity profiles; and (f) ascertaining the moisture profile along the polymer optical fiber based on the obtained relative scatter intensity profiles, wherein the polymer optical fiber is made of CYTOP ® R), a cyclo polymer product of perfluoro(alkenyl vinyl ether) of the following formula and is selected from a fiber having a graded index profile or having a step index profile.