mhurhangee/ep-ind-claims huggingface dataset:
An article of footwear comprising: an upper that secures the article of footwear to a wearer; and a sole assembly that is operably coupled to the upper, the sole assembly including an outsole having a base, a plurality of cleats, a groove and an elongate rib; wherein the base has a first section and a second section, the first section having a greater thickness than the second section, the groove has a first internal surface and a second internal surface and the groove extends through the elongate rib so as to coincide with an intersection of the first section and the second section, and the first and second internal surfaces are configured to move away from each other as the sole assembly flexes in a first flex direction, the first and second internal surfaces abutting each other to limit flexure as the sole assembly flexes in a second flex direction, the first and second flex directions being opposite each other. an upper that secures the article of footwear to a wearer; and a sole assembly that is operably coupled to the upper, the sole assembly including an outsole having a base, a plurality of cleats, a groove and an elongate rib; wherein the base has a first section and a second section, the first section having a greater thickness than the second section, the groove has a first internal surface and a second internal surface and the groove extends through the elongate rib so as to coincide with an intersection of the first section and the second section, and the first and second internal surfaces are configured to move away from each other as the sole assembly flexes in a first flex direction, the first and second internal surfaces abutting each other to limit flexure as the sole assembly flexes in a second flex direction, the first and second flex directions being opposite each other.
A method of manufacturing a resin-laminated board, comprising: preparing a pair of first and second split molds (32A, 32B) each of which is provided with a cavity (116A, 116B); positioning two sheet materials (P1, P2) made of a thermoplastic resin between the first and second split molds (32A, 32B) with the cavities (116A, 116B) of the first and second split molds (32A, 32B) opposed to each other; forming a plurality of recesses (200S, 200L) by recessing a first sheet material toward a second sheet material with use of a plurality of protrusions (119S, 119L) provided to the first split mold; and welding bottoms of the recesses (200S, 200L) to the second sheet material by clamping the pair of first and second split molds (32A, 32B) to obtain a resin-laminated board with a hollow structure, wherein a mold in use is configured to include a plurality of piece members (40S, 40L): disposed at the cavity of the first split mold; and configured to include the protrusions (119S, 119L) and male screws provided to base ends of the protrusions (119S, 119L), wherein the male screws are screwed into female screw holes provided to the first split mold, a sealed space is formed between the first sheet material and the cavity of the first split mold, and the first sheet member is shaped to follow the protrusions (119S, 119L) by vacuum suctioning the sealed space through a gap between the cavity of the first split mold and the base ends of the protrusions (119S, 119L) and through a gap between the female screw holes and the male screws. preparing a pair of first and second split molds (32A, 32B) each of which is provided with a cavity (116A, 116B); positioning two sheet materials (P1, P2) made of a thermoplastic resin between the first and second split molds (32A, 32B) with the cavities (116A, 116B) of the first and second split molds (32A, 32B) opposed to each other; forming a plurality of recesses (200S, 200L) by recessing a first sheet material toward a second sheet material with use of a plurality of protrusions (119S, 119L) provided to the first split mold; and welding bottoms of the recesses (200S, 200L) to the second sheet material by clamping the pair of first and second split molds (32A, 32B) to obtain a resin-laminated board with a hollow structure, wherein a mold in use is configured to include a plurality of piece members (40S, 40L): disposed at the cavity of the first split mold; and configured to include the protrusions (119S, 119L) and male screws provided to base ends of the protrusions (119S, 119L), wherein the male screws are screwed into female screw holes provided to the first split mold, a sealed space is formed between the first sheet material and the cavity of the first split mold, and the first sheet member is shaped to follow the protrusions (119S, 119L) by vacuum suctioning the sealed space through a gap between the cavity of the first split mold and the base ends of the protrusions (119S, 119L) and through a gap between the female screw holes and the male screws.
A sealing device that is configured to seal an annular gap between a housing having a shaft hole, and a shaft configured to be inserted through the shaft hole and to rotate and deviate relative to the housing, the sealing device comprising: a fixed part configured to be fixed to an inner circumference of the shaft hole in the housing; a thin bellows part extending from the fixed part toward a surface of the shaft in a bellows shape; and a sealing part provided on a radially inner side of the bellows part and configured to slidably contact an outer circumferential surface of the shaft, characterized in that the bellows part further includes on one side thereof, circumferentially alternating ridges extending radially from outside to inside and grooves extending radially from outside to inside, and on the other side, grooves and ridges (123 and 124) that are exact backsides of the ridges and grooves (121 and 122) on the one side of the bellows part, respectively, wherein the bellows part is formed to have the equal thickness (t) over an entire circumference thereof. a fixed part configured to be fixed to an inner circumference of the shaft hole in the housing; a thin bellows part extending from the fixed part toward a surface of the shaft in a bellows shape; and a sealing part provided on a radially inner side of the bellows part and configured to slidably contact an outer circumferential surface of the shaft, characterized in that the bellows part further includes on one side thereof, circumferentially alternating ridges extending radially from outside to inside and grooves extending radially from outside to inside, and on the other side, grooves and ridges (123 and 124) that are exact backsides of the ridges and grooves (121 and 122) on the one side of the bellows part, respectively, wherein the bellows part is formed to have the equal thickness (t) over an entire circumference thereof.
An intraocular lens comprising at least one copolymer comprising: (a) a first monomeric subunit comprising a polymerized (meth)acrylate group and at least one alkoxyalkoxyalkyl side group, (b) a second monomeric subunit different from the first monomeric subunit comprising a polymerized (meth)acrylate group, at least one side group comprising (i) an aryloxy moiety comprising at least one halogen, and (ii) an aliphatic carbon moiety linking the aryloxy moiety with the polymerized (meth)acrylate group, wherein the aliphatic carbon moiety comprises at least one hydroxyl substituent, (c) a third monomeric subunit different from the first and second monomeric subunits comprising a polymerized (meth)acrylate group, at least one side group comprising (i) an aryloxy moiety, and (ii) an aliphatic carbon moiety linking the aryloxy moiety with the polymerized (meth)acrylate group, wherein the aliphatic carbon moiety comprises at least one hydroxyl substituent, (d) optionally a fourth monomeric subunit different from the first, second, and third monomeric subunits comprising a polymerized acrylate or (meth)acrylate group, and at least one alkylene oxide side group and (e) optionally a fifth monomeric subunit different from the first, second, third, and fourth monomeric subunits comprising a polymerized (meth)acrylate group and at least one alkoxyalkyl side group; wherein the ratio by weight of the first monomeric subunit to the second and third monomeric subunits is greater than one. (a) a first monomeric subunit comprising a polymerized (meth)acrylate group and at least one alkoxyalkoxyalkyl side group, (b) a second monomeric subunit different from the first monomeric subunit comprising a polymerized (meth)acrylate group, at least one side group comprising (i) an aryloxy moiety comprising at least one halogen, and (ii) an aliphatic carbon moiety linking the aryloxy moiety with the polymerized (meth)acrylate group, wherein the aliphatic carbon moiety comprises at least one hydroxyl substituent, (c) a third monomeric subunit different from the first and second monomeric subunits comprising a polymerized (meth)acrylate group, at least one side group comprising (i) an aryloxy moiety, and (ii) an aliphatic carbon moiety linking the aryloxy moiety with the polymerized (meth)acrylate group, wherein the aliphatic carbon moiety comprises at least one hydroxyl substituent, (d) optionally a fourth monomeric subunit different from the first, second, and third monomeric subunits comprising a polymerized acrylate or (meth)acrylate group, and at least one alkylene oxide side group and (e) optionally a fifth monomeric subunit different from the first, second, third, and fourth monomeric subunits comprising a polymerized (meth)acrylate group and at least one alkoxyalkyl side group;
A method of providing a download service in a communications system, the method comprising broadcasting content, which broadcasting the content has a broadcasting duration period, which content can be received by user terminals (UE1, UE2, UE3) in the system, and which content is received by at least two user terminals (UE2, UE3), characterized by the method further comprising receiving from a first user terminal of said at least two user terminals (UE2, UE3) a first content request for the content being or having been broadcasted to the first user terminal of said at least two user terminals (UE2, UE3), and receiving from a second user terminal of said at least two user terminals (UE2, UE3) a second content request for the content being or having been broadcasted to the second user terminal of said at least two user terminals (UE2, UE3), wherein, if the first content request has at least one common feature with the second content request, and if the first content request and the second content request are received within a predetermined pooling time period, which comprises said broadcasting duration period plus an eventual additional delay, the method comprises defining a multicast subgroup having a multicast address, wherein the multicast subgroup includes said first and said second user terminal (UE2, UE3); and transmitting common parts of the requested content to the multicast subgroup by utilizing the multicast address.
A counter current type emulsion flow continuous liquid-liquid extraction apparatus comprising: a liquid supply pump; a first head for spouting an aqueous phase containing a particle component supplied by said liquid supply pump; a second head for fine-graining and spouting an extracting solvent phase circulated by said liquid supply pump against the aqueous phase, said second head being arranged in an opposite position to said first head; a column part in which an emulsion flow formed by the aqueous phase from said first head and the extracting solvent from said second head is generated; an upper phase separation part installed at an upper side of the column part; a lower phase separation part installed at a lower side of the column part; and a piston operable to collect the particle component deposited on an inner wall of said column part; a liquid supply pump; a first head for spouting an aqueous phase containing a particle component supplied by said liquid supply pump; a second head for fine-graining and spouting an extracting solvent phase circulated by said liquid supply pump against the aqueous phase, said second head being arranged in an opposite position to said first head; a column part in which an emulsion flow formed by the aqueous phase from said first head and the extracting solvent from said second head is generated; an upper phase separation part installed at an upper side of the column part; a lower phase separation part installed at a lower side of the column part; and a piston operable to collect the particle component deposited on an inner wall of said column part;
Method for the combustion of moist charge materials, which method is performed as staged firing and has the following steps: a) a pre-combustion process in the form of a fluidized-bed firing process; followed by b) a heat transfer process in a heat exchanger; followed by c) a dust separation process, followed by d) a post-combustion process; wherein, in the heat transfer process in the heat exchanger, exhaust gases from the pre-combustion process are cooled and combustion air for the pre-combustion process is heated by means of the exhaust gases and is subsequently fed to the pre-combustion process. a) a pre-combustion process in the form of a fluidized-bed firing process; followed by b) a heat transfer process in a heat exchanger; followed by c) a dust separation process, followed by d) a post-combustion process; wherein, in the heat transfer process in the heat exchanger, exhaust gases from the pre-combustion process are cooled and combustion air for the pre-combustion process is heated by means of the exhaust gases and is subsequently fed to the pre-combustion process.
A method, comprising: identifying a data type of a payload of a data packet to be transmitted as part of a flow, wherein the data type is identified by evaluating a quality of service, QoS, field; said QoS field designating the priority at which the data packet is handled relative to the priority of other data packets of other types, and said payload comprising data link layer frames; adapting one or more of data transmission rates according to the data type that was identified, wherein packet size for selected packets of the flow are changed based on identifying the data type; changing a transmission power for the flow on a per-frame basis, wherein the transmission power is configured according the data type such that high-priority packets are transmitted with a higher power than low priority packets, which are transmitted at a reduced power; and setting an acknowledgement flag in an outgoing frame to indicate that an acknowledgement is not required from a receiving device such that a network device avoids retransmitting the outgoing frame when the acknowledgement is not received for the outgoing frame. identifying a data type of a payload of a data packet to be transmitted as part of a flow, wherein the data type is identified by evaluating a quality of service, QoS, field; said QoS field designating the priority at which the data packet is handled relative to the priority of other data packets of other types, and said payload comprising data link layer frames; adapting one or more of data transmission rates according to the data type that was identified, wherein packet size for selected packets of the flow are changed based on identifying the data type; changing a transmission power for the flow on a per-frame basis, wherein the transmission power is configured according the data type such that high-priority packets are transmitted with a higher power than low priority packets, which are transmitted at a reduced power; and setting an acknowledgement flag in an outgoing frame to indicate that an acknowledgement is not required from a receiving device such that a network device avoids retransmitting the outgoing frame when the acknowledgement is not received for the outgoing frame.
An electronic device, comprising: a call module for receiving an incoming call (Ca); a touch screen for receiving a dragging signal (Sd);and, a processing unit coupled to the call module and the touch screen; characterized in that the electronic device is configured such that the incoming call (Ca) is answered by the processing unit in response to the dragging signal (Sd) generated from a first initial area (123, 121) to or towards a first area (121, 123) of the touch screen, and the incoming call (Ca) is rejected by the processing unit in response to the dragging signal (Sd) generated from a second initial area (123, 122) to or towards a second area (122, 123) of the touch screen, wherein the first initial area and the second initial area are the same or the first area and the second area are the same; and at least one of the first initial area (123, 121) and the second initial area (123, 122) comprises a button movable to the first area (121, 123) or the second area (122, 123) when the dragging signal is generated. a call module for receiving an incoming call (Ca); a touch screen for receiving a dragging signal (Sd);and, a processing unit coupled to the call module and the touch screen; characterized in that the electronic device is configured such that the incoming call (Ca) is answered by the processing unit in response to the dragging signal (Sd) generated from a first initial area (123, 121) to or towards a first area (121, 123) of the touch screen, and the incoming call (Ca) is rejected by the processing unit in response to the dragging signal (Sd) generated from a second initial area (123, 122) to or towards a second area (122, 123) of the touch screen, wherein the first initial area and the second initial area are the same or the first area and the second area are the same; and at least one of the first initial area (123, 121) and the second initial area (123, 122) comprises a button movable to the first area (121, 123) or the second area (122, 123) when the dragging signal is generated.
A test method comprising predicting or judging the therapeutic efficacy with a PD-1 signal inhibitor based on metabolic changes relating to mitochondrial activity in T cells and/or T cell activation in a subject, comprising measuring T-bet expression in peripheral blood CD8 + cells derived from the subject, wherein the PD-1 signal inhibitor is an antibody, wherein the antibody is at least one antibody selected from the group consisting of anti-PD-1 antibody, anti-PD-Ll antibody and anti-PD-L2 antibody, and wherein the PD-1 signal inhibitor is used as an active ingredient of an anticancer agent, an anti-infective agent or a combination thereof.
A hygiene composition for the skin comprising zinc coceth sulphate as an antibacterial agent against Propionibacterium acnes combined with sodium lauroyl methyl isethionate, said composition not being the following composition (pH = 4.10): Purified water QS 100% Sodium lauroyl methyl isethionate (85% pure) 4 Zinc coceth sulphate (25% in water) 8 Glycerine 4 Dipotassium glycyrrhizate 0.25 Zinc gluconate 0.20 PEG-200 hydrogenated glyceryl palmitate and PEG-7 glyceryl cocoate 0.30 PEG-75 2 Sodium benzoate 0.20 Disodium EDTA 0.10 Citric acid 0.15
A method of operating a formula-driven programming-environment within a network node, the method comprising: interpreting statements of a program defined in a memory device of the network node, the interpreting comprising: executing a command within a constrained address space defined in the memory device by the formula-driven programming-environment; and obtaining data and assigning values to variables based on the executing of the command, the obtaining comprising: accessing data from a second node by the interpretation of the statements in the program and communicating over a network, the communicating comprising: queuing a message for transmission by the formula-driven programming-environment, the queuing comprising: providing relative addressing to data in response to the interpretation of the statements in the program; wherein a context or topology manager is configured to cause the interpreting and the obtaining data and assigning values to variables to be performed in the context of a particular network topology. executing a command within a constrained address space defined in the memory device by the formula-driven programming-environment; and obtaining data and assigning values to variables based on the executing of the command, the obtaining comprising: accessing data from a second node by the interpretation of the statements in the program and communicating over a network, the communicating comprising: queuing a message for transmission by the formula-driven programming-environment, the queuing comprising: providing relative addressing to data in response to the interpretation of the statements in the program; wherein a context or topology manager is configured to cause the interpreting and the obtaining data and assigning values to variables to be performed in the context of a particular network topology.
A direct field acoustic testing system comprising: a control microphone (C1-C12); a controller operatively coupled to the control microphone (C1-C12) such that the controller receives at least one input signal from the control microphone (C1-C12) and provides at least four separately controllable controller output signals; a combiner configured to combine said at least four separately controllable controller output signals to form at least four secondary output signals each composed of combinations of one or more of said at least four separately controllable controller output signals; and at least four acoustic transducers (T1-T12) or groups of transducers (T1-T12) each of which is operatively coupled to at least one of said at least four secondary output signals such that the output of the at least one transducer (T1-T12) or transducer (T1-T12) group varies in response to changes in at least two of the at least four separately controllable controller output signals. a control microphone (C1-C12); a controller operatively coupled to the control microphone (C1-C12) such that the controller receives at least one input signal from the control microphone (C1-C12) and provides at least four separately controllable controller output signals; a combiner configured to combine said at least four separately controllable controller output signals to form at least four secondary output signals each composed of combinations of one or more of said at least four separately controllable controller output signals; and at least four acoustic transducers (T1-T12) or groups of transducers (T1-T12) each of which is operatively coupled to at least one of said at least four secondary output signals such that the output of the at least one transducer (T1-T12) or transducer (T1-T12) group varies in response to changes in at least two of the at least four separately controllable controller output signals.