mhurhangee/ep-ind-claims huggingface dataset:
A method for configuring a network comprising a maintenance entity and a plurality of nodes, the method being characterized by comprising at the maintenance entity, the steps of: (a) detecting a presence in the network of at least one limited node, said limited node being able to receive data only within time periods; (b) determining that an updated network configuration parameter value is required, said network configuration parameter being common to the at least one limited node and to the plurality nodes of the network; (c) postponing a transmission of a signal for updating the network configuration parameter value at the plurality of nodes, based on the detection of the presence of the at least one limited node in the network; while the step of (c) postponing, (d) transmitting a triggering signal for triggering delivery of the updated network configuration parameter value to the at least one limited node; and (e) transmitting the signal for updating the updated network configuration parameter value at the plurality of nodes. (a) detecting a presence in the network of at least one limited node, said limited node being able to receive data only within time periods; (b) determining that an updated network configuration parameter value is required, said network configuration parameter being common to the at least one limited node and to the plurality nodes of the network; (c) postponing a transmission of a signal for updating the network configuration parameter value at the plurality of nodes, based on the detection of the presence of the at least one limited node in the network; while the step of (c) postponing, (d) transmitting a triggering signal for triggering delivery of the updated network configuration parameter value to the at least one limited node; and (e) transmitting the signal for updating the updated network configuration parameter value at the plurality of nodes.
A circuit comprising: a current source (4, N4) intended to be series-connected with a load between two terminals (21, 22) of application of a first D.C. voltage (Vbat); an element limiting the voltage across the load; and a circuit for controlling the value of the current in the current source with the current flowing in said element, characterized in that: the circuit for controlling comprises a first MOS transistor assembled as a diode and as a current mirror on a second MOS transistor, the second transistor being in series with a third transistor between said terminals (21, 22) of application of the power supply voltage and the third transistor being assembled as a diode and as a current mirror on a fourth transistor connected to a control terminal of the current source, the fourth transistor being in series with a resistive element between two terminals (21', 22) of application of a second D.C. voltage; and in that said element is a zener diode, in series with the first transistor, connected to the junction point of the load and of the current source. a current source (4, N4) intended to be series-connected with a load between two terminals (21, 22) of application of a first D.C. voltage (Vbat); an element limiting the voltage across the load; and a circuit for controlling the value of the current in the current source with the current flowing in said element, characterized in that: the circuit for controlling comprises a first MOS transistor assembled as a diode and as a current mirror on a second MOS transistor, the second transistor being in series with a third transistor between said terminals (21, 22) of application of the power supply voltage and the third transistor being assembled as a diode and as a current mirror on a fourth transistor connected to a control terminal of the current source, the fourth transistor being in series with a resistive element between two terminals (21', 22) of application of a second D.C. voltage; and in that said element is a zener diode, in series with the first transistor, connected to the junction point of the load and of the current source. the circuit for controlling comprises a first MOS transistor assembled as a diode and as a current mirror on a second MOS transistor, the second transistor being in series with a third transistor between said terminals (21, 22) of application of the power supply voltage and the third transistor being assembled as a diode and as a current mirror on a fourth transistor connected to a control terminal of the current source, the fourth transistor being in series with a resistive element between two terminals (21', 22) of application of a second D.C. voltage; and in that said element is a zener diode, in series with the first transistor, connected to the junction point of the load and of the current source.
A method for wireless communications by a user equipment, UE, in a cell, the method comprising: determining a resource allocation pattern (900, 1000, 1100) that defines resources for communicating, from a plurality of configured resource allocation patterns (900, 1000, 1100), wherein determining the resource allocation pattern comprises receiving signaling from a base station, BS, indicating the resource allocation pattern, wherein at least one of the plurality of configured resource allocation patterns (900, 1000, 1100) comprises a plurality of resource elements with at least a first resource element associated with a first resource allocation restriction and at least a second resource element associated with a second resource allocation restriction, and wherein the at least one of the plurality of configured resource allocation patterns (900, 1000, 1100) defines at least one of: contiguous resource elements to use for the communicating when the UE is close to the centre of the cell; and non-contiguous resource elements to use for the communicating when the UE is at a cell-edge of the cell; and communicating based on the determined resource allocation pattern (900, 1000, 1100). determining a resource allocation pattern (900, 1000, 1100) that defines resources for communicating, from a plurality of configured resource allocation patterns (900, 1000, 1100), wherein determining the resource allocation pattern comprises receiving signaling from a base station, BS, indicating the resource allocation pattern, wherein at least one of the plurality of configured resource allocation patterns (900, 1000, 1100) comprises a plurality of resource elements with at least a first resource element associated with a first resource allocation restriction and at least a second resource element associated with a second resource allocation restriction, and wherein the at least one of the plurality of configured resource allocation patterns (900, 1000, 1100) defines at least one of: contiguous resource elements to use for the communicating when the UE is close to the centre of the cell; and non-contiguous resource elements to use for the communicating when the UE is at a cell-edge of the cell; and contiguous resource elements to use for the communicating when the UE is close to the centre of the cell; and non-contiguous resource elements to use for the communicating when the UE is at a cell-edge of the cell; and communicating based on the determined resource allocation pattern (900, 1000, 1100).
A nitrogen oxide storage material comprising: Mg 1-y Al 2 O 4-y, wherein y is a number satisfying 0 ≤ y ≤ 0.2, a noble metal, at least one metal oxide selected from zirconium oxide, praseodymium oxide, and niobium oxide, and a barium compound, the noble metal, the at least one metal oxide, and the barium compound being supported on Mg 1-y Al 2 O 4-y, wherein the metal oxide is present in an amount of 5 to 20 mass% based on the nitrogen oxide storage material, and the amount of Mg 1-y Al 2 O 4-y in the nitrogen oxide_storage material is 50 to 93.9 mass%. Mg 1-y Al 2 O 4-y, wherein y is a number satisfying 0 ≤ y ≤ 0.2, a noble metal, at least one metal oxide selected from zirconium oxide, praseodymium oxide, and niobium oxide, and a barium compound, the noble metal, the at least one metal oxide, and the barium compound being supported on Mg 1-y Al 2 O 4-y, wherein the metal oxide is present in an amount of 5 to 20 mass% based on the nitrogen oxide storage material, and the amount of Mg 1-y Al 2 O 4-y in the nitrogen oxide_storage material is 50 to 93.9 mass%.
A butter making device comprising a butter containing section containing a basic butter product to be processed further, a dosing unit for adding additives to the basic butter product, and a flow restricting and generating device disposed at the butter containing section allowing for passing butter from the butter containing section to the dosing unit for further processing of the basic butter product, characterized by at least one further dosing unit and at least one further flow restricting and generating device disposed at the butter containing section for passing basic butter from the butter containing section to the at least one further dosing unit.
A terminal comprising: a display configured to display at least part of a plurality of chat phrases in a display area of a messenger chat window; and a controller configured: to manage the plurality of chat phrases using index information indicating a position for each of the plurality of chat phrases; and if an answer phrase to a specific chat phrase is sent, to generate index information for the answer phrase associated to the index information of the specific chat phrase; wherein, upon receiving an answer phrase to a specific chat phrase which is determined to be among the plurality of chat phrases based on index information of the specific chat phrase, but which is not currently displayed in the display area of the messenger chat window, the controller is further configured: to display an icon providing a notification of the reception of the answer phrase; and if a first input from a user of the terminal comprising selection of the icon is received, to control the display to display (609, 610) the specific chat phrase and the answer phrase. a display configured to display at least part of a plurality of chat phrases in a display area of a messenger chat window; and a controller configured: to manage the plurality of chat phrases using index information indicating a position for each of the plurality of chat phrases; and if an answer phrase to a specific chat phrase is sent, to generate index information for the answer phrase associated to the index information of the specific chat phrase; to manage the plurality of chat phrases using index information indicating a position for each of the plurality of chat phrases; and if an answer phrase to a specific chat phrase is sent, to generate index information for the answer phrase associated to the index information of the specific chat phrase; wherein, upon receiving an answer phrase to a specific chat phrase which is determined to be among the plurality of chat phrases based on index information of the specific chat phrase, but which is not currently displayed in the display area of the messenger chat window, the controller is further configured: to display an icon providing a notification of the reception of the answer phrase; and if a first input from a user of the terminal comprising selection of the icon is received, to control the display to display (609, 610) the specific chat phrase and the answer phrase. to display an icon providing a notification of the reception of the answer phrase; and if a first input from a user of the terminal comprising selection of the icon is received, to control the display to display (609, 610) the specific chat phrase and the answer phrase.
Surgical suture comprising a polymeric fiber comprising: a surface having a plurality of surface reactive members of a specific binding pair; and a plurality of linking members, each linking member including at least one complimentary surface reactive member of the specific binding pair, and at least one tissue reactive member, wherein the surface reactive members and the complementary surface reactive members are covalently bonded, adhering the tissue reactive members to the surface of the fiber, wherein the tissue reactive member is an electrophile forming covalent bonds with the tissue upon implantation. a surface having a plurality of surface reactive members of a specific binding pair; and a plurality of linking members, each linking member including at least one complimentary surface reactive member of the specific binding pair, and at least one tissue reactive member, wherein the surface reactive members and the complementary surface reactive members are covalently bonded, adhering the tissue reactive members to the surface of the fiber, wherein the tissue reactive member is an electrophile forming covalent bonds with the tissue upon implantation.
Work device, with at least one housing, at least one drive unit and at least one control device, wherein the drive unit has at least one motor and at least one drive wheel, wherein the work device is designed and configured to move autonomously in a processing environment, and the drive unit has at least one self-locking gear, that the gear has at least one first tooth element with a first toothing and at least one second tooth element with a second toothing, that the first tooth element is arranged within the second tooth element, that the first toothing is at least partially engaged with the second toothing, and that the drive wheel can be driven by the motor via the gear, and characterized in that the first tooth element is elastically deformable, in particular radially elastically deformable.
A vehicle window glass assembly, comprising a glass body; an encapsulation covering periphery of the glass body; wherein the vehicle window glass assembly further comprises a vehicle decoration part, wherein the vehicle decoration part is used to be attached to the encapsulation by integral injection molding, the vehicle decoration part comprises a decoration body and a lining film attached to inner surface of the decoration body, the lining film covers a portion of the inner surface such that the covered inner surface does not contact with injection molding material during injection molding process of the decoration part; and wherein the thickness of the encapsulation corresponding to a position covered by the lining film on the inner surface of the decoration body is larger than the thickness of the encapsulation corresponding to a position not covered by the lining film, and wherein there is no adhesion between the lining film and the injection molding material. a glass body; an encapsulation covering periphery of the glass body; wherein the vehicle window glass assembly further comprises a vehicle decoration part, wherein the vehicle decoration part is used to be attached to the encapsulation by integral injection molding, the vehicle decoration part comprises a decoration body and a lining film attached to inner surface of the decoration body, the lining film covers a portion of the inner surface such that the covered inner surface does not contact with injection molding material during injection molding process of the decoration part; and wherein the thickness of the encapsulation corresponding to a position covered by the lining film on the inner surface of the decoration body is larger than the thickness of the encapsulation corresponding to a position not covered by the lining film, and wherein there is no adhesion between the lining film and the injection molding material.
A washing machine comprising a tub including a shell being delimited by a wall, said shell being molded as a single piece of polymeric material and including one or more inserts connected to said wall, said one or more inserts being realized in a material having a thermal conductivity lower than the thermal conductivity of the material forming the shell in order to locally insulate the shell where the insert is located, characterized in that - at least one of said one or more inserts is at least partially embedded in said wall, or - at least one of said one or more inserts and said shell are co-molded, or - at least one of said one or more inserts is over-molded on said shell, or - said shell is over-molded on at least one of said one or more inserts, or - at least one of said one or more inserts is coated on said shell, or - said wall includes a recess in which at least one of said one or more inserts is inserted, or - at least one of said one or more inserts covers a portion of an inner surface of said wall. - at least one of said one or more inserts is at least partially embedded in said wall, or - at least one of said one or more inserts and said shell are co-molded, or - at least one of said one or more inserts is over-molded on said shell, or - said shell is over-molded on at least one of said one or more inserts, or - at least one of said one or more inserts is coated on said shell, or - said wall includes a recess in which at least one of said one or more inserts is inserted, or - at least one of said one or more inserts covers a portion of an inner surface of said wall.
A method of making a moulded article comprising sugar beet pulp, wherein the article does not contain any modified urea-formaldehyde resin, wherein the process comprises the following steps: 1) drying sugar beet pulp; 2) grinding the dried sugar beet pulp; 3) mixing the ground sugar beet pulp with water to form a slurry; 4) treating the slurry with one or more treatment agents; 5) transferring at least a portion of the treated slurry to a mould; and 6) drying the moulded slurry to form the moulded product. 1) drying sugar beet pulp; 2) grinding the dried sugar beet pulp; 3) mixing the ground sugar beet pulp with water to form a slurry; 4) treating the slurry with one or more treatment agents; 5) transferring at least a portion of the treated slurry to a mould; and 6) drying the moulded slurry to form the moulded product.
THz measurement device for determining at least one layer thickness (a1, a2, a3, a4) of a test object (20, 120, 220), wherein the measurement device has: a THz transceiver unit for emitting THz radiation along an optical axis and for receiving reflected THz radiation along the optical axis, a control unit for activating the transceiver unit, a grip region for holding and positioning by the user, wherein it has, in a front end region, a contact contour having a plurality of contact points (P, P1, P2, P3, P4) for placement on a curved surface of the test object (20, 120, 220), for perpendicular positioning of the optical axis on the surface (18, 118, 218), characterised in that, the contact contour is designed such that when the contact contour is placed on the cylindrical surface of the test object (20, 120, 220) having a defined diameter (D1, D2, D3), exactly four contact points (P1, P2, P3, P4) come into contact, wherein the four contact points (P1, P2, P3, P4) lie in a plane perpendicular to the optical axis, wherein the contact contour has two contour lines (7-1, 7-2; 7-3, 7-4) spaced apart in a crosswise direction perpendicular to the optical axis for a surface to be measured, wherein at each contour line (7-1, 7-2; 7-3, 7-4) respectively two contact points (P1, P2; P3, P4) for the defined surface to be measured are formed, and wherein the contour lines are designed in parallel or in mirror symmetry to one another. a THz transceiver unit for emitting THz radiation along an optical axis and for receiving reflected THz radiation along the optical axis, a control unit for activating the transceiver unit, a grip region for holding and positioning by the user, wherein it has, in a front end region, a contact contour having a plurality of contact points (P, P1, P2, P3, P4) for placement on a curved surface of the test object (20, 120, 220), for perpendicular positioning of the optical axis on the surface (18, 118, 218), characterised in that, the contact contour is designed such that when the contact contour is placed on the cylindrical surface of the test object (20, 120, 220) having a defined diameter (D1, D2, D3), exactly four contact points (P1, P2, P3, P4) come into contact, wherein the four contact points (P1, P2, P3, P4) lie in a plane perpendicular to the optical axis, wherein the contact contour has two contour lines (7-1, 7-2; 7-3, 7-4) spaced apart in a crosswise direction perpendicular to the optical axis for a surface to be measured, wherein at each contour line (7-1, 7-2; 7-3, 7-4) respectively two contact points (P1, P2; P3, P4) for the defined surface to be measured are formed, and wherein the contour lines are designed in parallel or in mirror symmetry to one another.
A combustor for a turbine engine, comprising: a first liner; a second liner forming a combustion chamber with the first liner, the combustion chamber configured to receive an air-fuel mixture for combustion therein, the first liner being a first dual wall liner comprising a first hot wall facing the combustion chamber and a first cold wall, the first cold wall having a first cold wall orifice and the first hot wall having a first hot wall orifice; and a first insert having a body portion mounted in the first hot wall orifice and an angled mouth portion extending from the body portion at an angle of between 10° and 50° and positioned in between the first hot wall and the first cold wall, spaced apart from the first cold wall at a first distance, the first insert configured to receive a first air jet of pressured air from the first cold wall orifice and guide the first jet through the first hot wall orifice and into the combustion chamber, and wherein the first cold wall orifice has a first diameter and the angled mouth portion of the first insert has a second inner diameter, greater than the first diameter. a first liner; a second liner forming a combustion chamber with the first liner, the combustion chamber configured to receive an air-fuel mixture for combustion therein, the first liner being a first dual wall liner comprising a first hot wall facing the combustion chamber and a first cold wall, the first cold wall having a first cold wall orifice and the first hot wall having a first hot wall orifice; and a first insert having a body portion mounted in the first hot wall orifice and an angled mouth portion extending from the body portion at an angle of between 10° and 50° and positioned in between the first hot wall and the first cold wall, spaced apart from the first cold wall at a first distance, the first insert configured to receive a first air jet of pressured air from the first cold wall orifice and guide the first jet through the first hot wall orifice and into the combustion chamber, and wherein the first cold wall orifice has a first diameter and the angled mouth portion of the first insert has a second inner diameter, greater than the first diameter.