mhurhangee/ep-ind-claims huggingface dataset:
A communication terminal, comprising: a wireless communication unit; an acquisition unit that is adapted to acquire a sound signal representing a sound wave, which is restricted to only an area; an extraction unit that is adapted to extract information from the sound signal acquired by the acquisition unit, wherein the information defines establishment information used for establishing a wireless communication channel between the communication terminal and a wireless device; and a communication control unit that is adapted to transmit the establishment information which is defined by the information extracted by the extraction unit through the wireless communication to establish the wireless communication channel, and to control the wireless communication unit to conduct a communication through the established wireless communication channel, characterized in that only in a period when the sound signal indicating a determined specific sound is detected, establishment of the wireless communication channel is allowed, and in the case where the sound signal indicating the determined specific sound is not detected, the wireless communication channel is cut off. a wireless communication unit; an acquisition unit that is adapted to acquire a sound signal representing a sound wave, which is restricted to only an area; an extraction unit that is adapted to extract information from the sound signal acquired by the acquisition unit, wherein the information defines establishment information used for establishing a wireless communication channel between the communication terminal and a wireless device; and a communication control unit that is adapted to transmit the establishment information which is defined by the information extracted by the extraction unit through the wireless communication to establish the wireless communication channel, and to control the wireless communication unit to conduct a communication through the established wireless communication channel, characterized in that only in a period when the sound signal indicating a determined specific sound is detected, establishment of the wireless communication channel is allowed, and in the case where the sound signal indicating the determined specific sound is not detected, the wireless communication channel is cut off.
A radio bearer loss information reporting method, comprising: receiving (101, 201), by a mobility management entity, MME, a user equipment, UE, context release request message carrying a release cause value sent by an evolved Node B, eNB, wherein the release cause value comprises radio connection with UE lost; determining, by the MME, the release cause value indicates an abnormal release based on that the release cause value comprising radio connection with UE lost; and in response to the release cause value indicates an abnormal release, by the MME, reporting radio bearer loss information to a gateway and preserving non-guaranteed bandwidth, non-GBR, bearers, wherein the radio bearer loss information carries a cause value indicating a reason for radio bearer loss, and the radio bearer loss information triggers the gateway to report the radio bearer loss information to a policy and charging rule function, PCRF, entity. receiving (101, 201), by a mobility management entity, MME, a user equipment, UE, context release request message carrying a release cause value sent by an evolved Node B, eNB, wherein the release cause value comprises radio connection with UE lost; determining, by the MME, the release cause value indicates an abnormal release based on that the release cause value comprising radio connection with UE lost; and in response to the release cause value indicates an abnormal release, by the MME, reporting radio bearer loss information to a gateway and preserving non-guaranteed bandwidth, non-GBR, bearers, wherein the radio bearer loss information carries a cause value indicating a reason for radio bearer loss, and the radio bearer loss information triggers the gateway to report the radio bearer loss information to a policy and charging rule function, PCRF, entity.
A tissue dividing jig for dividing a needle biopsy tissue in a longitudinal direction, which correspond to the direction along the biopsy needle, the tissue dividing jig comprising: a tissue dividing base; and a cutting blade set, wherein the tissue dividing base has a tissue placement portion on which the needle biopsy tissue is to be placed, wherein the tissue dividing jig further comprises a biopsy needle guide that can fix a biopsy needle carrying the needle biopsy tissue collected therewith in a lengthwise direction, which correspond to the longitudinal direction of the biopsy tissue, the cutting blade set is provided with a cutting blade member and a guide portion, the tissue dividing base and the cutting blade set have a positioning mechanism for fixing their positions mutually, the cutting blade member is provided with a cutting blade that extends in a longitudinal direction of the tissue placement portion, the guide portion guides the cutting blade member so as to move the cutting blade member to a fixed position on the tissue dividing base, and the cutting blade is disposed at a position where, when the cutting blade set is disposed at a predetermined position on the tissue dividing base by the positioning mechanism and the cutting blade member is moved using the guide portion, the cutting blade divides the needle biopsy tissue placed on the tissue placement portion in the longitudinal direction. a tissue dividing base; and a cutting blade set, wherein the tissue dividing base has a tissue placement portion on which the needle biopsy tissue is to be placed, wherein the tissue dividing jig further comprises a biopsy needle guide that can fix a biopsy needle carrying the needle biopsy tissue collected therewith in a lengthwise direction, which correspond to the longitudinal direction of the biopsy tissue, the cutting blade set is provided with a cutting blade member and a guide portion, the tissue dividing base and the cutting blade set have a positioning mechanism for fixing their positions mutually, the cutting blade member is provided with a cutting blade that extends in a longitudinal direction of the tissue placement portion, the guide portion guides the cutting blade member so as to move the cutting blade member to a fixed position on the tissue dividing base, and the cutting blade is disposed at a position where, when the cutting blade set is disposed at a predetermined position on the tissue dividing base by the positioning mechanism and the cutting blade member is moved using the guide portion, the cutting blade divides the needle biopsy tissue placed on the tissue placement portion in the longitudinal direction.
A process for producing a composition of furan glycidyl ethers of formula or (II'): or comprising the following steps: a) bringing the 2,5-di(hydroxymethyl)furan (DHMF) or the 2,5-di(hydroxymethyl)tetrahydrofuran (DHMTHF) into contact with epichlorohydrin, b) placing the mixture thus obtained under vacuum so as to obtain a low pressure of between 200 and 400 mbar, c) heating the mixture under vacuum at a temperature of between 50 °C and 120 °C and thus carrying out an azeotropic distillation, d) then adding to said mixture a basic reagent over a period of between 1 hour and 10 hours and then continuing the azeotropic distillation, e) recovering the composition after a filtration step, concentration of the filtrate and optionally a purification step. a) bringing the 2,5-di(hydroxymethyl)furan (DHMF) or the 2,5-di(hydroxymethyl)tetrahydrofuran (DHMTHF) into contact with epichlorohydrin, b) placing the mixture thus obtained under vacuum so as to obtain a low pressure of between 200 and 400 mbar, c) heating the mixture under vacuum at a temperature of between 50 °C and 120 °C and thus carrying out an azeotropic distillation, d) then adding to said mixture a basic reagent over a period of between 1 hour and 10 hours and then continuing the azeotropic distillation, e) recovering the composition after a filtration step, concentration of the filtrate and optionally a purification step.
A method for selecting drilling parameters for drilling a borehole penetrating the earth with a drill string, the method comprising: constructing a mathematical model of the drill string comprising dimensions and mass distribution of the drill string; measuring vibration-related amplitudes of the drill string during drilling using one or more vibration sensors to provide amplitude measurements; determining with a downhole processor one or more modal properties of the drill string using the amplitude measurements and the mathematical model, the one or more modal properties comprising one or more eigenfrequencies of the drill string, the determination being made by including any excitation force in a white noise term of the mathematical model of the drill string; and selecting an excitation frequency of a stimulus that applies an excitation force to the drill string at a frequency that avoids a selected range of frequencies that bound the one or more eigenfrequencies using the processor; and drilling the borehole with a drilling rig using the selected excitation frequency. constructing a mathematical model of the drill string comprising dimensions and mass distribution of the drill string; measuring vibration-related amplitudes of the drill string during drilling using one or more vibration sensors to provide amplitude measurements; determining with a downhole processor one or more modal properties of the drill string using the amplitude measurements and the mathematical model, the one or more modal properties comprising one or more eigenfrequencies of the drill string, the determination being made by including any excitation force in a white noise term of the mathematical model of the drill string; and selecting an excitation frequency of a stimulus that applies an excitation force to the drill string at a frequency that avoids a selected range of frequencies that bound the one or more eigenfrequencies using the processor; and drilling the borehole with a drilling rig using the selected excitation frequency.
A device for manufacturing a layered material including an elastic thread sandwiched between a pair of sheets, comprising: a pair of nip rolls arranged with their axes parallel to each other for nipping the elastic thread between the pair of sheets being conveyed in a conveyance direction; a needle arranged upstream of the nip rolls in the conveyance direction for guiding and arranging the elastic thread between the pair of sheets while dispensing the elastic thread through a through hole, through which the elastic thread passes; a needle body that holds the needle; a reciprocating section, to which the needle body is attached, for reciprocating in a width direction, which intersects with the conveyance direction; and a stabilizer that stabilizes the reciprocation of the reciprocating section, wherein the stabilizer is a non-contact-type guide, wherein the guide is an air guide or a magnetic guide. a pair of nip rolls arranged with their axes parallel to each other for nipping the elastic thread between the pair of sheets being conveyed in a conveyance direction; a needle arranged upstream of the nip rolls in the conveyance direction for guiding and arranging the elastic thread between the pair of sheets while dispensing the elastic thread through a through hole, through which the elastic thread passes; a needle body that holds the needle; a reciprocating section, to which the needle body is attached, for reciprocating in a width direction, which intersects with the conveyance direction; and a stabilizer that stabilizes the reciprocation of the reciprocating section, wherein the stabilizer is a non-contact-type guide, wherein the guide is an air guide or a magnetic guide.
Polymerizable oligomer, characterized in that it bears at least one ethylenic unsaturation and at least one ammonium carboxylate ionic bond and in that it comprises in its structure or in its composition: P) at least one precursor oligomer bearing at least one tertiary amine function in the form of an aminoacrylate group, resulting from the addition of A) at least one amine compound according to A1) bearing at least one primary amine function (-NH 2) and/or secondary amine function (-NH) and optionally at least one tertiary amine function and/or according to A2) bearing at least one secondary amine function (-NH) and optionally at least one tertiary amine function, on B) at least one hydrophilic acrylate compound with as a result the formation of said at least one aminoacrylate group, and C) at least one carboxylic acid compound attached to said precursor oligomer P by at least one ammonium carboxylate ionic bond with at least one of said aminoacrylate groups and optionally at least one of said tertiary amine functions of said amine compound A). P) at least one precursor oligomer bearing at least one tertiary amine function in the form of an aminoacrylate group, resulting from the addition of A) at least one amine compound according to A1) bearing at least one primary amine function (-NH 2) and/or secondary amine function (-NH) and optionally at least one tertiary amine function and/or according to A2) bearing at least one secondary amine function (-NH) and optionally at least one tertiary amine function, on B) at least one hydrophilic acrylate compound with as a result the formation of said at least one aminoacrylate group, and C) at least one carboxylic acid compound attached to said precursor oligomer P by at least one ammonium carboxylate ionic bond with at least one of said aminoacrylate groups and optionally at least one of said tertiary amine functions of said amine compound A).
A pedal apparatus for a vehicle with the vehicle having a prime mover and a braking mechanism, said pedal apparatus comprising: a support (36; 236) defining an axis; a brake pedal assembly (60; 260) movable about said axis between a first position and a second position for operating the braking mechanism and including a latch (82; 282) movable between unlocked and locked positions independent of said movement of said brake pedal assembly between said first and second positions; an accelerator pedal assembly (104; 304) movable about said axis between an initial position and a displaced position for operating the prime mover; an intermediate device (46; 246) disposed about said axis and having a plurality of first and second teeth (48, 50; 248; 250) with said latch engageable with at least one of said first teeth (48; 248) when in said locked position to couple said brake pedal assembly (60; 260) to said intermediate device (46; 246); and characterized by a retainer (88; 288) disposed about said axis with said retainer having a hub (90; 290) mounted to said support and at least one actuating device (92; 292) to selectively engage at least one of said second teeth (50; 250) of said intermediate device (46; 246) to couple said intermediate device (46; 246) to said retainer (88; 288) and said support (36; 236) for retaining said latch (82; 282) in said locked position and said brake pedal assembly in said second position. a support (36; 236) defining an axis; a brake pedal assembly (60; 260) movable about said axis between a first position and a second position for operating the braking mechanism and including a latch (82; 282) movable between unlocked and locked positions independent of said movement of said brake pedal assembly between said first and second positions; an accelerator pedal assembly (104; 304) movable about said axis between an initial position and a displaced position for operating the prime mover; an intermediate device (46; 246) disposed about said axis and having a plurality of first and second teeth (48, 50; 248; 250) with said latch engageable with at least one of said first teeth (48; 248) when in said locked position to couple said brake pedal assembly (60; 260) to said intermediate device (46; 246); and characterized by a retainer (88; 288) disposed about said axis with said retainer having a hub (90; 290) mounted to said support and at least one actuating device (92; 292) to selectively engage at least one of said second teeth (50; 250) of said intermediate device (46; 246) to couple said intermediate device (46; 246) to said retainer (88; 288) and said support (36; 236) for retaining said latch (82; 282) in said locked position and said brake pedal assembly in said second position.
A data link layer-based communication method, wherein the communication method is applied to an autonomic network and comprises: generating, by a network device, an adjacency discovery, AD, message, wherein the AD message comprises a device identifier of the network device; encapsulating, by the network device based on a frame at a data link layer, the AD message, wherein the frame at the data link layer comprises a source data link layer address and a destination data link layer address, and the source data link layer address is a data link layer address of the network device, and wherein the frame at the data link layer is a frame that conforms to a definition in the Ethernet protocol, and a type value of a type field of the frame at the data link layer indicates that a data load field of the frame at the data link layer carries a data link layer-based autonomic control plane, L2 ACP, packet, and wherein the L2 ACP packet carries the AD message; sending, by the network device based on the destination data link layer address, the AD message encapsulated based on the frame at the data link layer to a registrar device, wherein the registrar device is a device that is in the autonomic network and that supports allocation of a domain certificate; receiving, by the network device, a domain certificate sent by the registrar device, wherein the domain certificate is allocated by the registrar device to the network device according to the device identifier of the network device in the AD message; and establishing, by the network device, an autonomic control plane, ACP, with the registrar device according to the domain certificate. generating, by a network device, an adjacency discovery, AD, message, wherein the AD message comprises a device identifier of the network device; encapsulating, by the network device based on a frame at a data link layer, the AD message, wherein the frame at the data link layer comprises a source data link layer address and a destination data link layer address, and the source data link layer address is a data link layer address of the network device, and wherein the frame at the data link layer is a frame that conforms to a definition in the Ethernet protocol, and a type value of a type field of the frame at the data link layer indicates that a data load field of the frame at the data link layer carries a data link layer-based autonomic control plane, L2 ACP, packet, and wherein the L2 ACP packet carries the AD message; sending, by the network device based on the destination data link layer address, the AD message encapsulated based on the frame at the data link layer to a registrar device, wherein the registrar device is a device that is in the autonomic network and that supports allocation of a domain certificate; receiving, by the network device, a domain certificate sent by the registrar device, wherein the domain certificate is allocated by the registrar device to the network device according to the device identifier of the network device in the AD message; and establishing, by the network device, an autonomic control plane, ACP, with the registrar device according to the domain certificate.
A 5-lipoxygenase activating protein (FLAP) inhibitor for use in the treatment of neuroinflammation caused by a traumatic brain injury event in an animal, wherein said FLAP inhibitor is MK-591 and is able to cross the blood brain barrier of an animal; and said FLAP inhibitor is administered to said animal in an amount and at a time after a traumatic brain injury event wherein said amount and said time is sufficient for said FLAP inhibitor to reduce a level of leukotrienes produced in a brain of said animal as a result of said traumatic brain injury event.
Composition for a cutting element, in particular of a chip-removing tool, comprising - At least one matrix component, - At least one grinding component and - At least one lubricant component, wherein the lubricant component is at least partially formed in structures, which each have an adhesion-promoting coating, characterized in that the lubricant component is formed at least partially or entirely in structures which are chosen from the group consisting of rod-shaped structures, platelet-shaped structures, grid-shaped structures and mixtures thereof, wherein the grid-shaped structures form a special case of the platelet-shaped structures with in each case one or more perforations. - At least one matrix component, - At least one grinding component and - At least one lubricant component,
A link interruption processing method in a relay network, applied to a first relay node on a wireless backhaul path of a first terminal, comprising: releasing, by the first relay node after detecting that an upper-level radio link on the wireless backhaul path fails, a connection between the first relay node and a second relay node; wherein the second relay node is a lower-level relay node of the first relay node on the wireless backhaul path, wherein the releasing the connection between the first relay node and the second relay node comprises: sending, by the first relay node, to the second relay node a first indication message indicating that the upper-level radio link fails, wherein the first indication message is configured to instruct the second relay node to initiate a link reselection; releasing, by the first relay node, the connection between the first relay node and the second relay node during a process of the second relay node initiating the link reselection, characterized in that the method further comprises: after detecting that the upper-level radio link fails, accessing, by the first relay node, the second relay node with taking the second relay node as an upper-level relay node. releasing, by the first relay node after detecting that an upper-level radio link on the wireless backhaul path fails, a connection between the first relay node and a second relay node; wherein the second relay node is a lower-level relay node of the first relay node on the wireless backhaul path, wherein the releasing the connection between the first relay node and the second relay node comprises: sending, by the first relay node, to the second relay node a first indication message indicating that the upper-level radio link fails, wherein the first indication message is configured to instruct the second relay node to initiate a link reselection; releasing, by the first relay node, the connection between the first relay node and the second relay node during a process of the second relay node initiating the link reselection, characterized in that the method further comprises: after detecting that the upper-level radio link fails, accessing, by the first relay node, the second relay node with taking the second relay node as an upper-level relay node. sending, by the first relay node, to the second relay node a first indication message indicating that the upper-level radio link fails, wherein the first indication message is configured to instruct the second relay node to initiate a link reselection; releasing, by the first relay node, the connection between the first relay node and the second relay node during a process of the second relay node initiating the link reselection, characterized in that the method further comprises: after detecting that the upper-level radio link fails, accessing, by the first relay node, the second relay node with taking the second relay node as an upper-level relay node.