mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a first base station, BS, in a wireless communication network, the method comprising: transmitting a message including information on coverage modification of a cell comprising a cell coverage status of the cell and a cell identity, ID, of the cell, to a second BS; and receiving an acknowledgement message from the second BS, the method characterized in that: if the information on coverage modification of the cell further comprises a cell deployment status indicator of the cell, the information on coverage modification of the cell indicates that the cell coverage status of the cell is planned to be used as a next reconfiguration of the cell after transmission of the message; and if the information on coverage modification of the cell does not comprise the cell deployment status indicator of the cell, the information on coverage modification of the cell indicates that it is a post-notification of the cell coverage status of the cell as a cell reconfiguration which was deployed before transmission of the message. transmitting a message including information on coverage modification of a cell comprising a cell coverage status of the cell and a cell identity, ID, of the cell, to a second BS; and receiving an acknowledgement message from the second BS, the method characterized in that: if the information on coverage modification of the cell further comprises a cell deployment status indicator of the cell, the information on coverage modification of the cell indicates that the cell coverage status of the cell is planned to be used as a next reconfiguration of the cell after transmission of the message; and if the information on coverage modification of the cell does not comprise the cell deployment status indicator of the cell, the information on coverage modification of the cell indicates that it is a post-notification of the cell coverage status of the cell as a cell reconfiguration which was deployed before transmission of the message. if the information on coverage modification of the cell further comprises a cell deployment status indicator of the cell, the information on coverage modification of the cell indicates that the cell coverage status of the cell is planned to be used as a next reconfiguration of the cell after transmission of the message; and if the information on coverage modification of the cell does not comprise the cell deployment status indicator of the cell, the information on coverage modification of the cell indicates that it is a post-notification of the cell coverage status of the cell as a cell reconfiguration which was deployed before transmission of the message.
Method of producing a containerboard, comprising the step of pressing a web formed from a pulp comprising NSSC pulp in a shoe press, wherein the line load in the shoe press is above 1200 kN/m, such as above 1300 kN/m, such as above 1400 kN/m and wherein the geometric SCT index according to ISO 9895 of the containerboard is above 37 Nm/g, such as at least 38 Nm/g, such as least 40 Nm/g and wherein at least 50 % by dry weight of the pulp is NSSC pulp.
A routing method in a network topology, the method comprising: - introducing in the network topology a logical hierarchy by defining a plurality of transit layers wherein to each transit layer a transit layer address is assigned and a transit router is assigned; and wherein each transit router has a unique network address; - the transit layers are organized in a descending order of subnet masks so that the transit layer address assigned to the highest transit layer in said descending order is a subnet of each transit layer address assigned to lower transit layers in said descending order; - for each interface between a router and said transit router, defining, in a routing table of said router, a static route based on the transit layer address and the subnet mask of the transit router interfacing with the router; and - if a connection that carries traffic between the router and any said transit router fails, selecting a static route in said routing table as redundant route for carrying said traffic towards a destination. - introducing in the network topology a logical hierarchy by defining a plurality of transit layers wherein to each transit layer a transit layer address is assigned and a transit router is assigned; and wherein each transit router has a unique network address; - the transit layers are organized in a descending order of subnet masks so that the transit layer address assigned to the highest transit layer in said descending order is a subnet of each transit layer address assigned to lower transit layers in said descending order; - for each interface between a router and said transit router, defining, in a routing table of said router, a static route based on the transit layer address and the subnet mask of the transit router interfacing with the router; and - if a connection that carries traffic between the router and any said transit router fails, selecting a static route in said routing table as redundant route for carrying said traffic towards a destination.
A hydrogen storage container that is configured to store hydrogen gas using a hydrogen storage material capable of storing hydrogen gas, comprising: a hollow liner that is configured to store the hydrogen gas and includes a liner opening portion into which the hydrogen gas is introduced; a hollow sub-tank disposed inside the liner to house the hydrogen storage material; a heat exchange pipe which is disposed inside the sub-tank and through which a heat exchange medium passes; a sub-tank support portion that supports an end portion of the sub-tank relative to the liner opening portion and supports an end portion of the heat exchange pipe; and a heat exchange medium passage that is formed to penetrate the sub-tank support portion and leads the heat exchange medium to the heat exchange pipe, characterized in that the liner includes a pair of liner opening portions, the sub-tank is supported by the respective liner opening portions at both ends via a pair of sub-tank support portions, and the respective sub-tank support portion is provided with a hydrogen gas passage through which the hydrogen gas enters and exits, and the heat exchange medium passage. a hollow liner that is configured to store the hydrogen gas and includes a liner opening portion into which the hydrogen gas is introduced; a hollow sub-tank disposed inside the liner to house the hydrogen storage material; a heat exchange pipe which is disposed inside the sub-tank and through which a heat exchange medium passes; a sub-tank support portion that supports an end portion of the sub-tank relative to the liner opening portion and supports an end portion of the heat exchange pipe; and a heat exchange medium passage that is formed to penetrate the sub-tank support portion and leads the heat exchange medium to the heat exchange pipe, characterized in that the liner includes a pair of liner opening portions, the sub-tank is supported by the respective liner opening portions at both ends via a pair of sub-tank support portions, and the respective sub-tank support portion is provided with a hydrogen gas passage through which the hydrogen gas enters and exits, and the heat exchange medium passage.
Tongue and groove connection for floor panels, whereby the longitudinal edges lock into each other, whereby the longitudinal edges of the floor panels are provided on both side with grooves (2a,2b) and horizontally protruding tongues (3a 3b) for a bilaterally form-fitting locking connection of two connecting floor panels, whereby the tongues have basically U-shaped troughs running longitudinally, along which any water hitting the floor panels will be drained, characterized in that at least one tongue has a double U-shaped trench formed by at least one ridge running along the longitudinal extension of the floor panel and provided with a left and a right chamber, and that the tongue forming the double U-shaped trench and the groove accepting the tongue are formed in a fashion that any water collected is drained through U-shaped trench to the tongue located below this trench, so that, in case the chambers (300,301) are filled with water, this water is automatically drained into the trench of the lower tongue.
A process for producing rigid polyurethane foams by reacting a) organic polyisocyanates with b) compounds having at least two hydrogen atoms which are reactive toward isocyanate groups in the presence of c) blowing agents, d) catalysts and optionally e) auxiliaries and additives, wherein a mixture consisting of b1) from 20 to 60 parts by weight of one or more high-functionality polyether alcohols having functionalities of from 3.5 to 5.5 and a hydroxyl number of from 400 to 550 mg KOH/g and having hydroxyl-containing high-functionality compounds as starter substances, b2) from 5 to 15 parts by weight of one or more polyether alcohols based on aliphatic amines and having functionalities of 4 and a hydroxyl number of from 470 to 800 mg KOH/g, b3) from 10 to 30 parts by weight of one or more polyether alcohols having functionalities of from 2 to 3 and a hydroxyl number of from 220 to 430 mg KOH/g, and b4) optionally from 1 to 5 parts by weight of water is used as component b), where the parts by weight of b1) to b4) in the polyol component b) do not exceed 100 parts by weight. a) organic polyisocyanates with b) compounds having at least two hydrogen atoms which are reactive toward isocyanate groups in the presence of c) blowing agents, d) catalysts and optionally e) auxiliaries and additives, b1) from 20 to 60 parts by weight of one or more high-functionality polyether alcohols having functionalities of from 3.5 to 5.5 and a hydroxyl number of from 400 to 550 mg KOH/g and having hydroxyl-containing high-functionality compounds as starter substances, b2) from 5 to 15 parts by weight of one or more polyether alcohols based on aliphatic amines and having functionalities of 4 and a hydroxyl number of from 470 to 800 mg KOH/g, b3) from 10 to 30 parts by weight of one or more polyether alcohols having functionalities of from 2 to 3 and a hydroxyl number of from 220 to 430 mg KOH/g, and b4) optionally from 1 to 5 parts by weight of water
A vibration damping system comprising: a fixed element; a moveable element arranged to move linearly along an axis relative to the fixed element in response to a non-mechanical force; and an inerter element coupling the moveable element to the fixed element, and configured to convert the linear motion of the moveable element into rotational motion about the axis; characterised in that the inerter element defines a slot (316, 320) with a helical cam profile, and the moveable element includes a projection received in the slot such that linear movement of the moveable element is converted to rotational motion along the cam profile; and in that the moveable element is inhibited from rotating, and the cam profile causes the inerter element to rotate about the axis. a fixed element; a moveable element arranged to move linearly along an axis relative to the fixed element in response to a non-mechanical force; and an inerter element coupling the moveable element to the fixed element, and configured to convert the linear motion of the moveable element into rotational motion about the axis; characterised in that
A rechargeable battery comprising: an electrode assembly comprising electrodes (11, 12) having coated regions (111, 121) and uncoated regions (112, 122); an insulating case for accommodating the electrode assembly, the insulating case having a first surface provided with uncoated region holes (201, 202) through which the uncoated regions (112, 122) are arranged to protrude, electrode terminals (51, 52) being coupled to the uncoated regions (112, 122), the insulating case further comprising second and third surfaces (22, 23) extending from the first surface and provided at opposite surfaces of the electrode assembly, and fourth and fifth surfaces (24, 25) provided extending from the first surface and between the second and third surfaces (22, 23), and a sixth surface provided opposite to the first surface and wherein the insulating case is formed from one piece of material and is folded to accommodate the electrode assembly; an outer case for accommodating the insulating case; and a cap plate coupled to an opening of the outer case, the cap plate having terminal holes (H1, H2) through which the electrode terminals (51, 52) are arranged to protrude, wherein the fourth, fifth and sixth surfaces comprise flanges (241, 251, 261) which extend from each respective surface to a corresponding inner surface of the outer case, and wherein the flanges (241, 251, 261) extend in a direction parallel to the second and third surfaces (22, 23) to be coupled to each other. an electrode assembly comprising electrodes (11, 12) having coated regions (111, 121) and uncoated regions (112, 122); an insulating case for accommodating the electrode assembly, the insulating case having a first surface provided with uncoated region holes (201, 202) through which the uncoated regions (112, 122) are arranged to protrude, electrode terminals (51, 52) being coupled to the uncoated regions (112, 122), the insulating case further comprising second and third surfaces (22, 23) extending from the first surface and provided at opposite surfaces of the electrode assembly, and fourth and fifth surfaces (24, 25) provided extending from the first surface and between the second and third surfaces (22, 23), and a sixth surface provided opposite to the first surface and wherein the insulating case is formed from one piece of material and is folded to accommodate the electrode assembly; an outer case for accommodating the insulating case; and a cap plate coupled to an opening of the outer case, the cap plate having terminal holes (H1, H2) through which the electrode terminals (51, 52) are arranged to protrude, wherein the fourth, fifth and sixth surfaces comprise flanges (241, 251, 261) which extend from each respective surface to a corresponding inner surface of the outer case, and wherein the flanges (241, 251, 261) extend in a direction parallel to the second and third surfaces (22, 23) to be coupled to each other.
A peel ply system for surface preparation of various composite substrates, said system comprising: (a) a composite substrate comprising reinforcing fibers impregnated with a cured, first resin matrix; and (b) a removable, resin-rich peel ply adhered to a surface of the composite substrate, said peel ply comprising a woven fabric impregnated with a cured, second resin matrix different from the first resin matrix, whereby, upon manual removal of the peel ply from the composite substrate's surface, a thin film of the second resin matrix remains on the composite substrate's surface to provide a bondable surface capable of co-bonding and secondary bonding with another composite substrate, wherein said second resin matrix is formed from a resin composition comprising: at least one epoxidized novolac resin having epoxy functionality of at least 2; di-functional epoxy resin selected from diglycidyl ethers of polyhydric phenols; tri-functional epoxy resin selected from triglycidyl ethers of aminophenols; a curing agent; and inorganic filler particles; wherein said peel ply has a resin content of at least 20% by weight based on the total weight of the peel ply, and wherein said woven fabric comprises a plurality of yarns woven in a weaving pattern, said yarns having warp tensile strength of ≥ 70 lbf/in (1.23 x 10 4 N/m), fill tensile strength of ≥ 40 lbf/in (7.00 x 10 3 N/m), warp linear mass density within the range of 50-250 deniers (5.55x10 -6 - 2.77x10 -5 Kg/m), and fill linear mass density within the range of 50-250 deniers (5.55x10 -6 - 2.77x10 -5 Kg/m) (a) a composite substrate comprising reinforcing fibers impregnated with a cured, first resin matrix; and (b) a removable, resin-rich peel ply adhered to a surface of the composite substrate, said peel ply comprising a woven fabric impregnated with a cured, second resin matrix different from the first resin matrix, at least one epoxidized novolac resin having epoxy functionality of at least 2; di-functional epoxy resin selected from diglycidyl ethers of polyhydric phenols; tri-functional epoxy resin selected from triglycidyl ethers of aminophenols; a curing agent; and inorganic filler particles; wherein said peel ply has a resin content of at least 20% by weight based on the total weight of the peel ply, and wherein said woven fabric comprises a plurality of yarns woven in a weaving pattern, said yarns having warp tensile strength of ≥ 70 lbf/in (1.23 x 10 4 N/m), fill tensile strength of ≥ 40 lbf/in (7.00 x 10 3 N/m), warp linear mass density within the range of 50-250 deniers (5.55x10 -6 - 2.77x10 -5 Kg/m), and fill linear mass density within the range of 50-250 deniers (5.55x10 -6 - 2.77x10 -5 Kg/m)
A User Equipment, UE, among a plurality of UEs in a cell managed by a radio station, the UE comprising: a timer configured to count how long the UE is considered uplink time aligned; a receiver configured to receive system information including a cell specific timer value for the timer, wherein the cell specific timer value is common to all of the plurality of UEs in the cell; and a processor configured to determine whether the receiver has further received a UE specific timer value for the timer, wherein the UE specific timer value is controlled dedicatedly, wherein the timer counts the UE specific timer value if the receiver has received the UE specific timer value, or counts the cell specific value if the receiver has not yet received the UE specific timer value. a timer configured to count how long the UE is considered uplink time aligned; a receiver configured to receive system information including a cell specific timer value for the timer, wherein the cell specific timer value is common to all of the plurality of UEs in the cell; and a processor configured to determine whether the receiver has further received a UE specific timer value for the timer, wherein the UE specific timer value is controlled dedicatedly, wherein the timer counts the UE specific timer value if the receiver has received the UE specific timer value, or counts the cell specific value if the receiver has not yet received the UE specific timer value.
Insert for wedging an object inside a container, this wedging insert being made of foam and comprising: an external part which has a constant external shape, is intended to interact with the container, and comprises a frame having a plurality of sides (200; 201; 202; 203); an internal part which delimits an internal cavity, has at least one variable geometry, and is intended to interact with the object; and a plurality of connecting means (5; 5') for connecting the external part and the internal part, at least these connecting means (5; 5') being deformable; characterized in that at least one of the connecting means (5; 5') each comprises a first part which extends between two consecutive sides (201, 202; 202, 203) of the frame of the external part and connects these two consecutive sides (201, 202; 202, 203), and a second part which extends between said first part of such a connecting means and the internal part and connects this first part and this internal part.
A presence detection device for detecting a presence of an object in its environment, comprising: - a movement detection unit for detecting a movement of the object in the environment of the presence detection device and for outputting a movement signal depending on the detection, - a control unit for generating an activation signal depending on the movement signal, and - a camera, which can be activated by the activation signal, for obtaining a video signal of the environment of the presence detection device, characterized by - an evaluation unit for generating a presence signal corresponding to the presence of the object in a phase of the immobility of the object by evaluating the video signal, wherein the evaluation unit evaluates the video signal to the effect if the object is in the environment of the presence detection device, and wherein - the camera is controlled by the control unit with the presence signal such that the camera is kept active at least as long as the presence of the object is determined by the evaluation unit. - a movement detection unit for detecting a movement of the object in the environment of the presence detection device and for outputting a movement signal depending on the detection, - a control unit for generating an activation signal depending on the movement signal, and - a camera, which can be activated by the activation signal, for obtaining a video signal of the environment of the presence detection device, characterized by - an evaluation unit for generating a presence signal corresponding to the presence of the object in a phase of the immobility of the object by evaluating the video signal, wherein the evaluation unit evaluates the video signal to the effect if the object is in the environment of the presence detection device, and wherein - the camera is controlled by the control unit with the presence signal such that the camera is kept active at least as long as the presence of the object is determined by the evaluation unit.
A method comprising: receiving at least one measurement of a polarization (P A) of light reflected from at least one surface (305', 305") of a part of a user's eye; determining a change in the polarization (ΔP) of the reflected light with respect to the polarization of the incident light; and controlling a focusing mechanism dependent, at least in part, on the determined change in polarization.
A food processing apparatus having a food processing chamber comprising a blade arrangement and a motor (50, 70) arranged to drive the blade arrangement, whereby that the blade arrangement excludes a central shaft and comprises a body having a surface arrangement delimiting a cavity, and a plurality of cutting blades extending from said surface arrangement into said cavity, wherein a securing ring is arranged to secure the blade arrangement on a bottom portion of the food processing chamber, the food processing apparatus being characterized in that the motor comprises a mechanical coupling for coupling to food processing chamber such as to rotate the food processing chamber including the blade arrangement, wherein the mechanical coupling comprises a central shaft driven by the motor and at least one engagement member coupled to the central shaft arranged to engage with a securing ring or the body.