mhurhangee/ep-ind-claims huggingface dataset:
Method for distributing identifiers of sources of a multicast distribution group for RTP traffic, said sources being connected together through an electronic communications network, the multicast distribution group being identified by a group address, a stream sent to the group address by a first source being received by a second source if the second source is previously a subscriber to the first source, the second source announcing an identifier of SSRC type that it allocated to itself, the so-called source identifier, when subscribing to the first source, one of the sources, the so-called server, being a subscriber to all the other sources (201, 202, 20x), and comprising a table of pairs { source identifier; source address}, the method comprising the following steps implemented by the server: • reception (E610, E620, E620bis, E801, F2), originating from one of said other sources, called the announcer source (201, 202), of a multicast announcement message comprising a source identifier and an address of the announcer source, • sending (E612, E622, E622bis, E804, F6, F9, F11) of a management message, to the group address, comprising a pair comprising the identifier of the announcer source, and an address which is, in the case where the identifier is already associated in the table with an address other than that of the announcer source, this other address, or which is, in the converse case, the address of the announcer source. • reception (E610, E620, E620bis, E801, F2), originating from one of said other sources, called the announcer source (201, 202), of a multicast announcement message comprising a source identifier and an address of the announcer source, • sending (E612, E622, E622bis, E804, F6, F9, F11) of a management message, to the group address, comprising a pair comprising the identifier of the announcer source, and an address which is, in the case where the identifier is already associated in the table with an address other than that of the announcer source, this other address, or which is, in the converse case, the address of the announcer source.
Plug-in connector with a latching system for being received in and latched to a further plug-in connector, wherein the latching system is arranged on the plug housing and comprises at least one latching tab with a latching lug, the latching tab has a contact-pressure tab which can be placed against the plug housing in order to exert a spring force, and the latching tab is of V-shaped design and comprises an outer limb and an inner limb which is shortened in relation to the outer limb, characterized in that the plug-in connector is formed in one piece together with the latching system, wherein the inner limb, at its first end, is joined to the plug housing by means of a connecting web and, at its second end, is connected to the second end of the outer limb by means of a film hinge.
A railroad crossing control system comprising: a constant warning time device with a control unit configured to produce multiple signals, and a pair of termination shunts (S1, S2) positioned on each side of a road crossing a railroad track and configured to provide the speed values of a railroad vehicle travelling on the railroad track to the constant warning time device; a wheel sensing system comprising at least one sensor connected to a rail (20a, 20b) of the railroad track at a predetermined position, wherein the termination shunts (S1, S2) and the at least one sensor are installed in parallel; wherein the wheel sensing system detects a presence of the railroad vehicle travelling on the railroad track such that the at least one sensor detects wheels of the railroad vehicle using electromagnetic fields, wherein the wheel sensing system also provides speed values of the railroad vehicle to the constant warning time device, and wherein the constant warning time device produces a constant warning time signal for controlling a railroad crossing warning device in response to receiving the speed values of the wheel sensing system or the pair of termination shunts (S1, S2). a constant warning time device with a control unit configured to produce multiple signals, and a pair of termination shunts (S1, S2) positioned on each side of a road crossing a railroad track and configured to provide the speed values of a railroad vehicle travelling on the railroad track to the constant warning time device; a wheel sensing system comprising at least one sensor connected to a rail (20a, 20b) of the railroad track at a predetermined position, wherein the termination shunts (S1, S2) and the at least one sensor are installed in parallel; wherein the wheel sensing system detects a presence of the railroad vehicle travelling on the railroad track such that the at least one sensor detects wheels of the railroad vehicle using electromagnetic fields, wherein the wheel sensing system also provides speed values of the railroad vehicle to the constant warning time device, and wherein the constant warning time device produces a constant warning time signal for controlling a railroad crossing warning device in response to receiving the speed values of the wheel sensing system or the pair of termination shunts (S1, S2).
A multifunctional nanomaterial comprising i) a nanorod comprising a noble metal, wherein the nanorod exhibits surface plasmon resonance absorption in the near-infrared spectrum; ii) an up-conversion phosphor that absorbs infrared light and emits visible luminescence; and iii) a biomolecule targeting moiety, wherein the biomolecule targeting moiety is an antibody that specifically binds epidermal growth factor receptor expressed on the surface of a cancer cell selected from the group consisting of bladder cancer cell, a skin cancer cell, or an oral cancer cell, wherein the up-conversion phosphor is indirectly conjugated to the nanorod via a linker, and wherein the surface plasmon resonance of the noble metal nanorod enhances the efficiency of frequency up-conversion of the up-conversion phosphor. i) a nanorod comprising a noble metal, wherein the nanorod exhibits surface plasmon resonance absorption in the near-infrared spectrum; ii) an up-conversion phosphor that absorbs infrared light and emits visible luminescence; and iii) a biomolecule targeting moiety,
An angled connector, in particular an angled push-pull connector, comprising: - a first connector portion for inserting the connector in the direction of an insertion direction into a complementary connector receptacle, wherein the first connector portion has an insulating body which has a connector-side electrical contacting means for electrically connecting a cable to a complementary connector receptacle-side electrical contacting means; - a second connector portion for introducing the cable into the connector, wherein the cable can be arranged in the second connector portion along a cable routing direction; and - a connection housing part for connecting the first connector portion and the second connector portion in such a way that the cable routing direction is different from the insertion direction, wherein the connection housing part has a first connection portion, which can be connected to the first connector portion in a friction fit, characterised in that the connection housing part has a second connection portion, which can be connected to the second connector portion in a positive fit along the cable routing direction, wherein, to assemble the connector, the second connector portion must first be connected to the second connection portion of the connection housing part and then the first connector portion must be connected to the first connection portion of the connection housing part, and wherein the friction-fit connection of the first connector portion to the connection housing part prevents the second connector portion from becoming detached from the connection housing part. - a first connector portion for inserting the connector in the direction of an insertion direction into a complementary connector receptacle, wherein the first connector portion has an insulating body which has a connector-side electrical contacting means for electrically connecting a cable to a complementary connector receptacle-side electrical contacting means; - a second connector portion for introducing the cable into the connector, wherein the cable can be arranged in the second connector portion along a cable routing direction; and - a connection housing part for connecting the first connector portion and the second connector portion in such a way that the cable routing direction is different from the insertion direction, wherein the connection housing part has a first connection portion, which can be connected to the first connector portion in a friction fit, characterised in that the connection housing part has a second connection portion, which can be connected to the second connector portion in a positive fit along the cable routing direction, wherein, to assemble the connector, the second connector portion must first be connected to the second connection portion of the connection housing part and then the first connector portion must be connected to the first connection portion of the connection housing part, and wherein the friction-fit connection of the first connector portion to the connection housing part prevents the second connector portion from becoming detached from the connection housing part.
A method for manufacturing a compact, comprising: a mixing step of mixing a fiber and a powder of a binder to obtain a mixture; an accumulating step of accumulating the mixture to form a web; a humidifying step of adding water to the web; and a forming step of heating and pressurizing the water-added web to obtain a compact, wherein the binder binds between fiber molecules by the addition of water; characterized in that the powder has a specific surface area of 0.2 m 2 /g or more; the binder is selected from starch and dextrin; and the humidifying step performs humidification such that the web has a moisture content of 7.0 mass% or more and 50.0 mass% or less with respect to the total mass of the web. a mixing step of mixing a fiber and a powder of a binder to obtain a mixture; an accumulating step of accumulating the mixture to form a web; a humidifying step of adding water to the web; and a forming step of heating and pressurizing the water-added web to obtain a compact, the binder binds between fiber molecules by the addition of water; characterized in that the powder has a specific surface area of 0.2 m 2 /g or more; the binder is selected from starch and dextrin; and the humidifying step performs humidification such that the web has a moisture content of 7.0 mass% or more and 50.0 mass% or less with respect to the total mass of the web.
A coupler comprising: a hollow sleeve having a distal portion and a proximal portion; where the distal portion of the sleeve has a first opening sized to correspond to a portion of a hub of an intraosseous device and configured to receive the hub of the intraosseous device; where the proximal portion of the sleeve has a second opening sized to correspond to a shroud portion of a driver comprising a driveshaft, the second opening of the sleeve configured to receive the shroud portion, the shroud portion including an open distal end and a projection extending from a sidewall and away from the driveshaft; and where the proximal portion of the sleeve comprises an L-shaped slot operable to lock the sleeve relative to the driver by seating the projection of the driver; and where the hub of the intraosseous device is operable to rotate relative to the sleeve when the portion of the hub of the intraosseous device is received in the first opening of the sleeve and the shroud portion of the driver is received in the second opening of the sleeve. a hollow sleeve having a distal portion and a proximal portion; where the distal portion of the sleeve has a first opening sized to correspond to a portion of a hub of an intraosseous device and configured to receive the hub of the intraosseous device; where the proximal portion of the sleeve has a second opening sized to correspond to a shroud portion of a driver comprising a driveshaft, the second opening of the sleeve configured to receive the shroud portion, the shroud portion including an open distal end and a projection extending from a sidewall and away from the driveshaft; and where the proximal portion of the sleeve comprises an L-shaped slot operable to lock the sleeve relative to the driver by seating the projection of the driver; and where the hub of the intraosseous device is operable to rotate relative to the sleeve when the portion of the hub of the intraosseous device is received in the first opening of the sleeve and the shroud portion of the driver is received in the second opening of the sleeve.
Exhaust gas treatment device for an exhaust system of an internal combustion engine, in particular of a motor vehicle, - comprising a multipart housing which contains an oxidation catalyst unit and, downstream thereof, a particle filter unit, which units are arranged one after another in an axial direction extending in parallel with a longitudinal direction of the housing, - the housing having an inlet housing part which has an exhaust gas inlet and contains the oxidation catalyst unit, - the housing having an outlet housing part which has an exhaust gas outlet, - at least two housing parts (7, 9, 12), which axially adjoin each other, being releasably interconnected by means of a clamp connection, - at least one bracket, which is axially fixed with respect to the particle filter unit, being provided, which bracket cooperates with at least one clamp connection of this type in such a way that said bracket is axially fixed to at least one housing part (7, 9, 12) by means of the respective clamp connection, characterised in that - the particle filter unit protrudes axially into the outlet housing part, - the clamp connection releasably connects the inlet housing part to the outlet housing part, - the bracket cooperates with said clamp connection in such a way that said bracket is axially fixed to both housing parts (7, 9). - comprising a multipart housing which contains an oxidation catalyst unit and, downstream thereof, a particle filter unit, which units are arranged one after another in an axial direction extending in parallel with a longitudinal direction of the housing, - the housing having an inlet housing part which has an exhaust gas inlet and contains the oxidation catalyst unit, - the housing having an outlet housing part which has an exhaust gas outlet, - at least two housing parts (7, 9, 12), which axially adjoin each other, being releasably interconnected by means of a clamp connection, - at least one bracket, which is axially fixed with respect to the particle filter unit, being provided, which bracket cooperates with at least one clamp connection of this type in such a way that said bracket is axially fixed to at least one housing part (7, 9, 12) by means of the respective clamp connection, - the particle filter unit protrudes axially into the outlet housing part, - the clamp connection releasably connects the inlet housing part to the outlet housing part, - the bracket cooperates with said clamp connection in such a way that said bracket is axially fixed to both housing parts (7, 9).
A process for producing a fluorine-containing sulfonylimide salt represented by formula, the process comprising subjecting a fluorine-containing sulfonylimide ammonium salt represented by formula to a cation exchange reaction in the presence of a solvent under reduced pressure, using at least one compound selected from the group consisting of metal hydroxides and onium hydroxides: wherein each of R 1 and R 2 independently represents a fluorine atom, wherein M n+ represents a metal cation or an onium cation other than NH 4 +, n corresponds with a valency of the metal cation or the onium cation other than NH 4 + and is an integer of 1 to 4, R 1 and R 2 are as defined in formula.
A core body thermometer that estimates a core body temperature of a subject based on first heat flow (Ipa) and second heat flow (Ipb) flowing from the subject, the core body thermometer comprising: a substrate; a heat receiving terminal which is provided on one face of the substrate, with which heat from the subject is received, and which divides the heat into the first heat flow (Ipa) and the second heat flow (Ipb) and causes the first heat flow (Ipa) and the second heat flow (Ipb) to flow out; a first heat flow measurement system that is provided on the other face of the substrate and that is capable of measuring the first heat flow (Ipa) using a first input-side temperature sensor arranged at an upstream side of the first heat flow (Ipa) and a first output-side temperature sensor arranged at a downstream side of the first heat flow (Ipa); and a second heat flow measurement system that is provided on the other face of the substrate and that is capable of measuring the second heat flow (Ipb) using a second input-side temperature sensor arranged at an upstream side of the second heat flow (Ipb) and a second output-side temperature sensor arranged at a downstream side of the second heat flow (Ipb); a first thermal resistance body (10,34) that is provided between the heat receiving terminal and the first input-side temperature sensor and that has a predetermined thermal resistance value; and a second thermal resistance body (16,35) that is provided between the heat receiving terminal and the second input-side temperature sensor and that has a predetermined thermal resistance value. a substrate; a heat receiving terminal which is provided on one face of the substrate, with which heat from the subject is received, and which divides the heat into the first heat flow (Ipa) and the second heat flow (Ipb) and causes the first heat flow (Ipa) and the second heat flow (Ipb) to flow out; a first heat flow measurement system that is provided on the other face of the substrate and that is capable of measuring the first heat flow (Ipa) using a first input-side temperature sensor arranged at an upstream side of the first heat flow (Ipa) and a first output-side temperature sensor arranged at a downstream side of the first heat flow (Ipa); and a second heat flow measurement system that is provided on the other face of the substrate and that is capable of measuring the second heat flow (Ipb) using a second input-side temperature sensor arranged at an upstream side of the second heat flow (Ipb) and a second output-side temperature sensor arranged at a downstream side of the second heat flow (Ipb); a first thermal resistance body (10,34) that is provided between the heat receiving terminal and the first input-side temperature sensor and that has a predetermined thermal resistance value; and a second thermal resistance body (16,35) that is provided between the heat receiving terminal and the second input-side temperature sensor and that has a predetermined thermal resistance value.
Control system for buildings, having a control device and at least two covering elements of a covering, wherein the covering element has at least one sensor, in particular coupled to the control device, for detecting at least one chemical and/or physical property for generating a covering signal, wherein the covering elements are designed to transmit covering signals to the control device, wherein the control device can be operated in a plurality of different operating states and is designed in the operating states for processing the covering signals and for initiating functions (8a, 8b, 8c), characterized in that at least one cluster (40, 41) comprising in each case at least two covering elements for the common and/or bundled processing of the covering signals is stored in the control device for an operating state, wherein at least two operating states differ from each other by at least two clusters (40, 41) differing from each other. wherein the covering elements are designed to transmit covering signals to the control device, wherein the control device can be operated in a plurality of different operating states and is designed in the operating states for processing the covering signals and for initiating functions (8a, 8b, 8c), characterized in that at least one cluster (40, 41) comprising in each case at least two covering elements for the common and/or bundled processing of the covering signals is stored in the control device for an operating state, wherein at least two operating states differ from each other by at least two clusters (40, 41) differing from each other.
Vehicle, for example a vehicle of the "city car" category, having a body including a roof having an opening extending throughout a substantial portion of the roof and a kit of panel-like accessory units (A, B, C, D) which can be selected as desired for covering said opening of the roof in order to provide a desired configuration of the vehicle, wherein each of said panel-like accessory units (A, B, C, D) comprises a connector member provided on the rear side of the panel-like unit and configured for cooperating with a corresponding connector member provided on the roof portion forming part of the vehicle body, at the rear side of said opening in the roof, and wherein said kit of panel-like accessory units comprises at least: - a panel of flexible material, configured for being folded into a position in which it leaves said opening at least partially opened, and - a luggage container having a first container element configured for being secured within said opening of the roof, and a lid mounted on said first container element, said vehicle being characterized in that: - the vehicle is an electric vehicle, - said kit of panel-like accessory units further comprises a panel carrying an array of photovoltaic solar cells, - said connector member provided on each panel-like unit (A, B, C, D) is an electric connector member which includes a GPS device and a telecommunication antenna, and is connected by cables or in a wireless mode to the electric circuit of the vehicle. - a panel of flexible material, configured for being folded into a position in which it leaves said opening at least partially opened, and - a luggage container having a first container element configured for being secured within said opening of the roof, and a lid mounted on said first container element, - the vehicle is an electric vehicle, - said kit of panel-like accessory units further comprises a panel carrying an array of photovoltaic solar cells, - said connector member provided on each panel-like unit (A, B, C, D) is an electric connector member which includes a GPS device and a telecommunication antenna, and is connected by cables or in a wireless mode to the electric circuit of the vehicle.