mhurhangee/ep-ind-claims huggingface dataset:
A fire rated ventilation duct wall penetration comprising a building structure with an opening and a ventilation duct, said ventilation duct comprising one or more metal sheets forming said duct, wherein said metal sheet duct is covered on the outside by a heat insulating material, and said duct includes elongated stiffening members located on the outside of the duct and attached to said metal sheets, characterised in that the stiffening members each comprise a metal profile and at least one non-combustible bar of inorganic material, wherein the metal profile is fixed to the metal sheet of the duct and retaining the at least one non-combustible bar by at least partly encircling the bar, and wherein the stiffening members are located on one side and/or both sides of the wall penetration.
A method for configuring a second wireless device by a first wireless device, the method comprising: by the first wireless device: receiving, in a beacon message, first information for the second wireless device via a first wireless network established by the second wireless device, the first information including a first identifier of the second wireless device and a configuration state of the second wireless device; determining that the second wireless device is in a configurable state based on the first information; establishing an encrypted link via the first wireless network with the second wireless device; communicating configuration information to the second wireless device via the encrypted link, the configuration information including credentials for connecting to a second wireless network; connecting to the second wireless network using the credentials; receiving second information from the second wireless device via the second wireless network, the second information including a second configuration state of the second wireless device; and determining whether the second wireless device is successfully configured based on the second information. receiving, in a beacon message, first information for the second wireless device via a first wireless network established by the second wireless device, the first information including a first identifier of the second wireless device and a configuration state of the second wireless device; determining that the second wireless device is in a configurable state based on the first information; establishing an encrypted link via the first wireless network with the second wireless device; communicating configuration information to the second wireless device via the encrypted link, the configuration information including credentials for connecting to a second wireless network; connecting to the second wireless network using the credentials; receiving second information from the second wireless device via the second wireless network, the second information including a second configuration state of the second wireless device; and determining whether the second wireless device is successfully configured based on the second information.
A method of blocking data communication from devices (13-16, 23-26, 331-332, 340-341, 351-353) in a local area network, wherein said method is implemented by an access point (12, 22, 32-35) connected to a wide area network (11, 31) and providing said local area network to said devices, said method comprising: counting a first total number of requests per device and per destination Internet Protocol address in said wide area network; the method being characterised in that it comprises: transmitting an alert message destined to access points in said wide area network if for a device in said local area network said first total number exceeds a first value, the message comprising said destination Internet Protocol address; receiving alert messages and counting a second total number of requests per destination Internet Protocol address based on said received alert messages; if said second total number of requests to a destination Internet Protocol address exceeds a second value and said first value of said first total number of requests to said destination Internet Protocol address is exceeded for a device in said local area network, blocking data communication from said device to said wide area network. counting a first total number of requests per device and per destination Internet Protocol address in said wide area network; the method being characterised in that it comprises: transmitting an alert message destined to access points in said wide area network if for a device in said local area network said first total number exceeds a first value, the message comprising said destination Internet Protocol address; receiving alert messages and counting a second total number of requests per destination Internet Protocol address based on said received alert messages; if said second total number of requests to a destination Internet Protocol address exceeds a second value and said first value of said first total number of requests to said destination Internet Protocol address is exceeded for a device in said local area network, blocking data communication from said device to said wide area network. transmitting an alert message destined to access points in said wide area network if for a device in said local area network said first total number exceeds a first value, the message comprising said destination Internet Protocol address; receiving alert messages and counting a second total number of requests per destination Internet Protocol address based on said received alert messages; if said second total number of requests to a destination Internet Protocol address exceeds a second value and said first value of said first total number of requests to said destination Internet Protocol address is exceeded for a device in said local area network, blocking data communication from said device to said wide area network.
An apparatus for energy-efficient execution of a safety function used for safeguarding a technical installation, comprising: a safety device for detecting a triggering event of the safety function and a processing unit for executing a safety-related reaction of the safety function based on the detection by the safety device, wherein the apparatus is selectively operable in a first operating mode and a second operating mode, and wherein in the first operating mode the safety device and/or the processing unit are configured to operate according to a first quality level, and in the second operating mode the safety device and/or the processing unit are configured to operate according to a second quality level, wherein the second quality level is lower than the first quality level and the safety device and/or the processing unit are operable with a reduced capacity in the second operating mode to save energy, characterized in that a defined safety space, within which the safety function is carried out, is variably adjustable and includes at least a first safety space and a second safety space, wherein the safety device is configured to detect the triggering event in the first safety space and the second safety space, in the first operating mode, and only in the first safety space, in the second operating mode. a safety device for detecting a triggering event of the safety function and a processing unit for executing a safety-related reaction of the safety function based on the detection by the safety device, wherein the apparatus is selectively operable in a first operating mode and a second operating mode, and wherein in the first operating mode the safety device and/or the processing unit are configured to operate according to a first quality level, and in the second operating mode the safety device and/or the processing unit are configured to operate according to a second quality level, wherein the second quality level is lower than the first quality level and the safety device and/or the processing unit are operable with a reduced capacity in the second operating mode to save energy, characterized in that a defined safety space, within which the safety function is carried out, is variably adjustable and includes at least a first safety space and a second safety space, wherein the safety device is configured to detect the triggering event in the first safety space and the second safety space, in the first operating mode, and only in the first safety space, in the second operating mode.
A method for differentiating platelets events from noise in a flow cytometer, comprising: flowing a sample comprising platelets through a flow cell of the flow cytometer; optically interrogating the sample flowing through the flow cell; detecting optical signals from the interrogated sample; separating detected signals into signals corresponding to Red Blood Cells (RBCs) events and events smaller than RBC events; separating the signals corresponding to events smaller than RBC events into putative platelet events and putative noise; converting signals corresponding to putative platelet events and putative noise into logarithmic scale; fitting the converted signals using Gaussian mixture model to generate a fitted distribution for the putative platelet events and putative noise; and identifying the putative platelet events as platelet events when the location and width of the fitted distribution is within range for platelet events. flowing a sample comprising platelets through a flow cell of the flow cytometer; optically interrogating the sample flowing through the flow cell; detecting optical signals from the interrogated sample; separating detected signals into signals corresponding to Red Blood Cells (RBCs) events and events smaller than RBC events; separating the signals corresponding to events smaller than RBC events into putative platelet events and putative noise; converting signals corresponding to putative platelet events and putative noise into logarithmic scale; fitting the converted signals using Gaussian mixture model to generate a fitted distribution for the putative platelet events and putative noise; and identifying the putative platelet events as platelet events when the location and width of the fitted distribution is within range for platelet events.
A tamping assembly for tamping sleepers of a track, including a tamping unit having oppositely positioned tamping tools (13, 14) mounted on a vertically adjustable tool carrier, the tamping tools (13, 14) being coupled in each case via a squeezing drive (10, 12) to a vibration drive, wherein each tamping tool (13, 14) comprises a pivot lever (16, 17) rotatable about a pivot axis and at least one tamping tool mount for accommodating at least one tamping tine, characterized in that a first squeezing drive is coupled directly to the vibration drive and articulatedly connected to a first pivot lever, that a second squeezing drive is coupled to the vibration drive via a separate coupling unit and articulatedly connected to a link, mounted on the tool carrier, as well as to a second pivot lever.
A lead free and cadmium free thick film paste comprising in wt.%: (a) from about 20 to about 49% of a first Cu, (b) from about 20 to about 34% of a second Cu, (c) from about 3 to about 12% Cu 2 O, (d) from about 8 to about 25% Ag, (e) from about 8 to about 25% at least one metal element selected from Ti, V, Zr, Mn, Cr, Co, and Sn, wherein the first Cu has a particle size D50 within the range of 0.1 to 8 microns, and the second Cu has a particle size D50 within the range of 10 to 20 microns. (a) from about 20 to about 49% of a first Cu, (b) from about 20 to about 34% of a second Cu, (c) from about 3 to about 12% Cu 2 O, (d) from about 8 to about 25% Ag, (e) from about 8 to about 25% at least one metal element selected from Ti, V, Zr, Mn, Cr, Co, and Sn,
A laundry treatment apparatus comprising: a cabinet providing an accommodation space; a drum rotatably provided inside the cabinet; a front cover unit provided on a portion of a front surface of the cabinet and having a cover hole provided to enable introduction and discharge of a laundry object into the drum; and a door assembly provided on the front cover unit so as to open or close the cover hole, wherein the door assembly includes: a hinge unit having one side separably coupled to the front cover unit and a remaining side separably coupled to the door assembly, so as to allow rotation the door assembly; and a handle unit separably coupled to the door assembly, the handle unit being adapted to allow the door assembly to be separable from the front cover unit, and wherein the hinge unit and the handle unit are separably coupled to the door assembly and adapted to allow exchange of positions thereof, the apparatus characterized by further comprising a power cable configured to receive power from an external source, wherein the power cable includes: a first power cable provided so as to be connected to one side of the front cover unit; a second power cable provided so as to be connected to a remaining side of the front cover unit; and a branch part, at which the power, supplied to the power cable from the external source, branches off to the first power cable and to the second power cable, wherein the door assembly further includes a door connector connected to the at least one of the first power cable or the second power cable so as to transmit the power received from the external source to the door assembly. a cabinet providing an accommodation space; a drum rotatably provided inside the cabinet; a front cover unit provided on a portion of a front surface of the cabinet and having a cover hole provided to enable introduction and discharge of a laundry object into the drum; and a door assembly provided on the front cover unit so as to open or close the cover hole, a hinge unit having one side separably coupled to the front cover unit and a remaining side separably coupled to the door assembly, so as to allow rotation the door assembly; and a handle unit separably coupled to the door assembly, the handle unit being adapted to allow the door assembly to be separable from the front cover unit, and wherein the hinge unit and the handle unit are separably coupled to the door assembly and adapted to allow exchange of positions thereof, the apparatus characterized by further comprising a power cable configured to receive power from an external source, a first power cable provided so as to be connected to one side of the front cover unit; a second power cable provided so as to be connected to a remaining side of the front cover unit; and a branch part, at which the power, supplied to the power cable from the external source, branches off to the first power cable and to the second power cable, wherein the door assembly further includes a door connector connected to the at least one of the first power cable or the second power cable so as to transmit the power received from the external source to the door assembly.
A data indicating method, comprising: receiving (2b02), by a terminal, downlink control information, wherein the downlink control information comprises a first information field and a second information field, the first information field is a new data indication information field, and the second information field is used to indicate a code block group information; characterized in that the method further comprises: determining (2b05) that the number of code block groups comprised in a new transport block is K when the first information field indicates that the new transport block is scheduled by the downlink control information, and values of consecutive first K bits in the second information field are all a preset value; wherein the preset value is 1. receiving (2b02), by a terminal, downlink control information, wherein the downlink control information comprises a first information field and a second information field, the first information field is a new data indication information field, and the second information field is used to indicate a code block group information; characterized in that the method further comprises: determining (2b05) that the number of code block groups comprised in a new transport block is K when the first information field indicates that the new transport block is scheduled by the downlink control information, and values of consecutive first K bits in the second information field are all a preset value; wherein the preset value is 1.
Computer-implemented method for digitally designing a dental restoration for a rest tooth, wherein all parts of the rest tooth are prepared, wherein the rest tooth is described by data of the rest tooth and wherein a tooth template is described by data of the tooth template, the method comprising the step of: - automatically deforming the tooth template by means of Laplacian surface deformation such that all the prepared parts of the rest tooth are covered by a portion of the tooth template; characterized in that the Laplacian surface deformation comprises: - obtaining axis data defining an axis, wherein the axis is the longitudinal axis of the tooth template in the occlusal direction; - based on the obtained axis data, automatically generating a line going through a point on the surface of the rest tooth or the tooth template, wherein the line orthogonally intersects the axis; - when the line intersects with the tooth template and with the surface of the rest tooth, automatically choosing the intersection point of the line with the tooth template as handle (11, 11') and the intersection point with the surface of the rest tooth as target (12, 12'); and - automatically deforming the tooth template; wherein the dental restoration is a full crown. - automatically deforming the tooth template by means of Laplacian surface deformation such that all the prepared parts of the rest tooth are covered by a portion of the tooth template; characterized in that the Laplacian surface deformation comprises: - obtaining axis data defining an axis, wherein the axis is the longitudinal axis of the tooth template in the occlusal direction; - based on the obtained axis data, automatically generating a line going through a point on the surface of the rest tooth or the tooth template, wherein the line orthogonally intersects the axis; - when the line intersects with the tooth template and with the surface of the rest tooth, automatically choosing the intersection point of the line with the tooth template as handle (11, 11') and the intersection point with the surface of the rest tooth as target (12, 12'); and - automatically deforming the tooth template; wherein the dental restoration is a full crown.
A method of detecting the incidence of bladder cancer in a sample comprising detecting an epigenetic change in at least TWIST1 and optionally also at least one gene selected from NID2, RUNX3, BMP7, CCNA1, PDLIM4, TNFRSF25, APC, RASSF1A, LOXL1, TUBB4, NTRK2, ARFGAP3, OSMR and TJP2, wherein detection of the epigenetic change is indicative of the incidence of bladder cancer and wherein the epigenetic change is methylation.
Portable electric power tool having at least one driven rotary part that is mounted in at least one bearing, wherein the rotary part, which is vibrationally decoupled from the bearing (7, 13) by at least one vibration damping element (22, 23), is a spindle or a tool assigned to the portable electric power tool, and wherein at least one intermediate element is arranged between the bearing (7, 13) and the rotary part, and characterized in that the intermediate element is a crown wheel that supports the spindle via the vibration damping element, or is a spindle that receives a tool shank of the tool in an axial recess via the vibration damping element.
Device for fastening an object in a recess, having a cover part which is adapted to engage with the object, and having a base part which is adapted for anchoring in the recess, the cover part and the base part being able to be connected together releasably, characterised in that the base part has an anchoring element which is adapted to engage with a fastening element arranged in the recess, in that the anchoring element is connected to outer walls (20, 21) of the base part by a plurality of elastic connecting webs (46, 47, 48, 49), and in that there is at least one blocking part (50, 51) by which, in a blocking position, the mobility of the anchoring element relative to the outer walls (20, 21) can be blocked, in different positions relative to the outer walls (20, 21).
A method of accessing a network over a public device, applied to a Locator/ID Separation Network, comprising: a user inputting an Access Identifier, AID, and authentication information over the public device, and initiating a network access request; after receiving the network access request, an Access Service Node, ASN, transmitting the received network access request to an Authentication Center, AC, to authenticate validity of the User's AID and the authentication information, and forwarding a network access response returned by the AC to the public device; characterised in that: after the public device receives the network access response, if the User's AID and the authentication information are authenticated by the AC to be valid, the public device using the User's AID as a virtual AID, and using the virtual AID to transmit/receive messages of the user, wherein the user's AID instead of an AID of the public device is used as a source AID to transmit by the public device messages of the user, and a message in which the user's AID is used as a destination AID is received by the public device. a user inputting an Access Identifier, AID, and authentication information over the public device, and initiating a network access request; after receiving the network access request, an Access Service Node, ASN, transmitting the received network access request to an Authentication Center, AC, to authenticate validity of the User's AID and the authentication information, and forwarding a network access response returned by the AC to the public device; characterised in that: after the public device receives the network access response, if the User's AID and the authentication information are authenticated by the AC to be valid, the public device using the User's AID as a virtual AID, and using the virtual AID to transmit/receive messages of the user, wherein the user's AID instead of an AID of the public device is used as a source AID to transmit by the public device messages of the user, and a message in which the user's AID is used as a destination AID is received by the public device.
An electric heater (5A,5B) for fuel of endothermal engines, of the type comprising at least one heating end adapted to be inserted into a hollow body of a device for heating said fuel, characterised in that said electric heater (5A,5B) has a structure comprising at least one electric heating element and one terminal for supplying power to said heater (5A,5B), and that said structure is adapted to be coupled to and/or to operate optimally when associated with said hollow body by shape coupling of the terminal, wherein said heater comprises a heating end, a spacer and the terminal coupled to one another, the spacer comprising a hollow bushing placed in a condition of electric contact with an electric conductor (83B") associated to the terminal.