mhurhangee/ep-ind-claims huggingface dataset:
A method for communicating land mobile radio, i.e. LMR, content within a single LMR network configured to use a plurality LMR protocols, said LMR network comprising a plurality of LMR units configured to communicate using a plurality of LMR transport-layer protocols and an LMR infrastructure comprising a transport protocol interface, said method comprising: a) with at least one LMR unit of the plurality of LMR units: i) generating LMR content using an LMR application-layer protocol; ii) selecting a first LMR transport-layer protocol from the plurality of LMR transport-layer protocols, wherein the first LMR transport-layer protocol and said LMR application-layer protocol may belong to different LMR protocols; iii) encapsulating said LMR content using a said first LMR transport-layer protocol; iv) communicating the encapsulated LMR content using the selected LMR transport-layer protocol within the LMR network, b) with the transport protocol interface of the LMR infrastructure: i) processing said LMR content that is encapsulated using said first LMR transport-layer protocol, ii) re-encapsulating the LMR content using a second LMR transport-layer protocol different from the first LMR transport-layer protocol, iii) 2-wherein said LMR application-layer protocol content is not changed by said re-encapsulating. a) with at least one LMR unit of the plurality of LMR units: i) generating LMR content using an LMR application-layer protocol; ii) selecting a first LMR transport-layer protocol from the plurality of LMR transport-layer protocols, wherein the first LMR transport-layer protocol and said LMR application-layer protocol may belong to different LMR protocols; iii) encapsulating said LMR content using a said first LMR transport-layer protocol; iv) communicating the encapsulated LMR content using the selected LMR transport-layer protocol within the LMR network, i) generating LMR content using an LMR application-layer protocol; ii) selecting a first LMR transport-layer protocol from the plurality of LMR transport-layer protocols, wherein the first LMR transport-layer protocol and said LMR application-layer protocol may belong to different LMR protocols; iii) encapsulating said LMR content using a said first LMR transport-layer protocol; iv) communicating the encapsulated LMR content using the selected LMR transport-layer protocol within the LMR network, b) with the transport protocol interface of the LMR infrastructure: i) processing said LMR content that is encapsulated using said first LMR transport-layer protocol, ii) re-encapsulating the LMR content using a second LMR transport-layer protocol different from the first LMR transport-layer protocol, iii) 2-wherein said LMR application-layer protocol content is not changed by said re-encapsulating. i) processing said LMR content that is encapsulated using said first LMR transport-layer protocol, ii) re-encapsulating the LMR content using a second LMR transport-layer protocol different from the first LMR transport-layer protocol, iii) 2-wherein said LMR application-layer protocol content is not changed by said re-encapsulating.
A reservoir assembly for use with an in-counter mounted viscous liquid dispenser comprising: a container housing for holding a quantity of a viscous liquid, said container housing comprising a main container and a top portion secured to the main container, said top portion comprising a central longitudinal axis, and a mounting element comprising a movable member having a detent element, a pump device located within the container housing, the pump device operative to pump the viscous liquid through a fluid outlet defined in the top portion of the container housing; and an engaging element operative to cause actuation of the pump device, the engaging element located along the central longitudinal axis of the top portion; characterised in that the movable member is movable about a pivot point and the pivot point is on the opposite end of the movable member from the detent element; and by the detent element having a slanted or curved upper surface and configured for movement about the pivot point upon upward movement of the container housing into engagement with a dispenser connecting member in use. a container housing for holding a quantity of a viscous liquid, said container housing comprising a main container and a top portion secured to the main container, said top portion comprising a central longitudinal axis, and a mounting element comprising a movable member having a detent element, a pump device located within the container housing, the pump device operative to pump the viscous liquid through a fluid outlet defined in the top portion of the container housing; and an engaging element operative to cause actuation of the pump device, the engaging element located along the central longitudinal axis of the top portion; characterised in that the movable member is movable about a pivot point and the pivot point is on the opposite end of the movable member from the detent element; and by the detent element having a slanted or curved upper surface and configured for movement about the pivot point upon upward movement of the container housing into engagement with a dispenser connecting member in use.
A method of forming a curable adhesive tape comprising a partially cured reaction intermediary wherein the curable adhesive tape is formed from a silicone composition which is substantially free from solvent and comprises an alkenyl siloxane, a hydrogen siloxane, a metallic hydrosilylation catalyst, and an initiating agent, said method comprising the steps of: • applying the silicone composition onto a flexible substrate; and • heating the silicone composition to a first temperature of from 118 to 125°C for a first period of time to form the partially cured reaction intermediary such that unreacted alkenyl groups remain in the partially cured reaction intermediary of the curable adhesive tape, wherein the partially cured reaction intermediary is non-blocking. • applying the silicone composition onto a flexible substrate; and • heating the silicone composition to a first temperature of from 118 to 125°C for a first period of time to form the partially cured reaction intermediary such that unreacted alkenyl groups remain in the partially cured reaction intermediary of the curable adhesive tape,
A system for remotely monitoring and/or controlling a plurality of power distribution units and/or sensor units (110, 120,..., 1n0) in a data centre, said system comprising: - in each one of said plurality of power distribution units and/or sensor units (110, 120,..., 1n0) a switch (114, 124,... 1 n4) having a first external Ethernet port (111, 121,..., 1n1), a second internal Ethernet port (112, 122,..., 1 n2), and a third external Ethernet port (113, 123,..., 1 n3); and - a daisy chain network comprising said plurality of power distribution units and/or sensor units (110, 120,..., 1n0) as nodes, wherein said third external Ethernet port (113, 123,...) of each node (110, 120,..., 1n0) is connected to said first external Ethernet port (121,... 1n1) of a following node in said daisy chain network, and wherein furthermore: - said switch (114, 124,... 1 n4) in each one of said plurality of power distribution units and/or sensor units (110, 120,..., 1n0) is adapted to inspect, in an incoming data packet received at its first external Ethernet port (111, 121,..., 1 n1), a destination node identification field contained in a layer higher than or equal to the Ethernet/IP layer, and said switch (114, 124,... 1n4) is further adapted to switch said incoming data packet to its second internal Ethernet port (112, 122,..., 1 n2) if said node identification field contains the node number in said daisy chain network of the power distribution unit and/or sensor unit where said switch forms part of, and to switch said incoming data packet to its third external Ethernet port (113, 123,..., 1 n3) if said node identification field contains a different node number. - in each one of said plurality of power distribution units and/or sensor units (110, 120,..., 1n0) a switch (114, 124,... 1 n4) having a first external Ethernet port (111, 121,..., 1n1), a second internal Ethernet port (112, 122,..., 1 n2), and a third external Ethernet port (113, 123,..., 1 n3); and - a daisy chain network comprising said plurality of power distribution units and/or sensor units (110, 120,..., 1n0) as nodes, wherein said third external Ethernet port (113, 123,...) of each node (110, 120,..., 1n0) is connected to said first external Ethernet port (121,... 1n1) of a following node in said daisy chain network, - said switch (114, 124,... 1 n4) in each one of said plurality of power distribution units and/or sensor units (110, 120,..., 1n0) is adapted to inspect, in an incoming data packet received at its first external Ethernet port (111, 121,..., 1 n1), a destination node identification field contained in a layer higher than or equal to the Ethernet/IP layer, and said switch (114, 124,... 1n4) is further adapted to switch said incoming data packet to its second internal Ethernet port (112, 122,..., 1 n2) if said node identification field contains the node number in said daisy chain network of the power distribution unit and/or sensor unit where said switch forms part of, and to switch said incoming data packet to its third external Ethernet port (113, 123,..., 1 n3) if said node identification field contains a different node number.
A method for determining at least one railway route displayed on a luminous display device, said method comprising a plurality of iterations of an analysis phase comprising the steps of: - acquisition of a so-called current image of said light display device, - comparison of said current image with a so-called previous image from said display device acquired during a previous iteration; and - determination (112, 114), as a function of said comparison, of at least one railway route. - acquisition of a so-called current image of said light display device, - comparison of said current image with a so-called previous image from said display device acquired during a previous iteration; and - determination (112, 114), as a function of said comparison, of at least one railway route.
A resin composition comprising 75 to 99.98 wt% of an aromatic polycarbonate resin (component A), 0.01 to 5 wt% of a mixture (component B) of polytetrafluoroethylene particles and an organic polymer, wherein the organic polymer is a polymer derived from a styrene-based monomer and/or an acrylic monomer and 0.01 to 20 wt% of a flame retardant (component C), wherein the sodium metal ion content of the component B (excluding sodium metal ion contained in the polytetrafluoroethylene particles) is 10 ppm or less, and wherein the potassium metal ion content of the component B (excluding potassium metal ion contained in the polytetrafluoroethylene particles) is 15 ppm or less, wherein the sodium metal ion content and potassium metal ion content of the component B is measured as described in the present description. 75 to 99.98 wt% of an aromatic polycarbonate resin (component A), 0.01 to 5 wt% of a mixture (component B) of polytetrafluoroethylene particles and an organic polymer, wherein the organic polymer is a polymer derived from a styrene-based monomer and/or an acrylic monomer and 0.01 to 20 wt% of a flame retardant (component C), wherein the sodium metal ion content of the component B (excluding sodium metal ion contained in the polytetrafluoroethylene particles) is 10 ppm or less, and wherein the potassium metal ion content of the component B (excluding potassium metal ion contained in the polytetrafluoroethylene particles) is 15 ppm or less, wherein the sodium metal ion content and potassium metal ion content of the component B is measured as described in the present description. wherein the sodium metal ion content of the component B (excluding sodium metal ion contained in the polytetrafluoroethylene particles) is 10 ppm or less, and wherein the potassium metal ion content of the component B (excluding potassium metal ion contained in the polytetrafluoroethylene particles) is 15 ppm or less, wherein the sodium metal ion content and potassium metal ion content of the component B is measured as described in the present description.
A method of communication at a wireless device, comprising: selecting a first data packet for transmission via a first wireless connection of a first radio access technology, RAT, that utilizes a first compression mode; transmitting the first data packet via the first wireless connection utilizing the first compression mode, wherein the first compression mode comprises compressing the first data packet and updating a compression buffer based at least in part on the first data packet; selecting a second data packet for transmission via a second wireless connection of a second RAT that utilizes a second compression mode, wherein selecting the second data packet is based at least in part on the second wireless connection being less reliable than the first wireless connection, wherein the second RAT is different from the first RAT and the second compression mode comprises compressing the second data packet and refraining from updating the buffer based on the second data packet; and transmitting the second data packet via the second wireless connection utilizing the second compression mode. selecting a first data packet for transmission via a first wireless connection of a first radio access technology, RAT, that utilizes a first compression mode; transmitting the first data packet via the first wireless connection utilizing the first compression mode, wherein the first compression mode comprises compressing the first data packet and updating a compression buffer based at least in part on the first data packet; selecting a second data packet for transmission via a second wireless connection of a second RAT that utilizes a second compression mode, wherein selecting the second data packet is based at least in part on the second wireless connection being less reliable than the first wireless connection, wherein the second RAT is different from the first RAT and the second compression mode comprises compressing the second data packet and refraining from updating the buffer based on the second data packet; and transmitting the second data packet via the second wireless connection utilizing the second compression mode.
A band-shaped supporter comprising: a back-contact section adapted to be brought into contact with the back portion of a wearer; protruding sections which are disposed on both sides of the back-contact section, respectively, and in each of which a stretchable portion having stretchability in a longitudinal direction is disposed in contact with the back-contact section; a pair of auxiliary band sections (31, 32) which includes two band-shaped members (31, 32) having stretchability in a longitudinal direction, and in which both ends are fixed such that the two band-shaped members intersect one another on the back-contact section, and an annular ring (41, 42) slidably disposed at each of the band-shaped members; and a pair of adjustment band sections (51, 52) which includes two band-shaped members (51, 52) having stretchability lower than the stretchability of the auxiliary band sections (31, 32), and each of which is loosely inserted into the respective annular ring (41, 42) disposed at each of the auxiliary band sections (31, 32), and in each of which one end (51a, 52a) is fixed to a portion except for the stretchable portion of each of the right and left protruding sections and hooks (22b, 22c) of a hook-and-loop fastener is disposed at the other end (51b, 52b); characterized by a band-shaped support band section which includes a band-shaped member having stretchability in a longitudinal direction and is fixed to the back-contact section, and in which hooks of a hook-and-loop fastener is disposed at each of both end portions. a back-contact section adapted to be brought into contact with the back portion of a wearer; protruding sections which are disposed on both sides of the back-contact section, respectively, and in each of which a stretchable portion having stretchability in a longitudinal direction is disposed in contact with the back-contact section; a pair of auxiliary band sections (31, 32) which includes two band-shaped members (31, 32) having stretchability in a longitudinal direction, and in which both ends are fixed such that the two band-shaped members intersect one another on the back-contact section, and an annular ring (41, 42) slidably disposed at each of the band-shaped members; and a pair of adjustment band sections (51, 52) which includes two band-shaped members (51, 52) having stretchability lower than the stretchability of the auxiliary band sections (31, 32), and each of which is loosely inserted into the respective annular ring (41, 42) disposed at each of the auxiliary band sections (31, 32), and in each of which one end (51a, 52a) is fixed to a portion except for the stretchable portion of each of the right and left protruding sections and hooks (22b, 22c) of a hook-and-loop fastener is disposed at the other end (51b, 52b); characterized by a band-shaped support band section which includes a band-shaped member having stretchability in a longitudinal direction and is fixed to the back-contact section, and in which hooks of a hook-and-loop fastener is disposed at each of both end portions.
A cap for forming a sealed cavity around one end of a fastener, the cap comprising: an inner cap member having an annular base terminating at an edge which surrounds an opening into an air cavity for enclosing the one end of a fastener; an outer cap member having an annular skirt or flange, the annular skirt or flange and annular base between them defining an annular sealing cavity (34a-c); characterised in that the cap further comprises a sealing material inlet comprising an opening in the outer cap member that is in fluid communication with the annular sealing cavity, wherein the outer cap member has an inner surface formed with a first locking feature, and the inner cap member has an outer surface formed with a second locking feature which forms a snap-fit joint with the first locking feature. an inner cap member having an annular base terminating at an edge which surrounds an opening into an air cavity for enclosing the one end of a fastener; an outer cap member having an annular skirt or flange, the annular skirt or flange and annular base between them defining an annular sealing cavity (34a-c); characterised in that the cap further comprises a sealing material inlet comprising an opening in the outer cap member that is in fluid communication with the annular sealing cavity, wherein the outer cap member has an inner surface formed with a first locking feature, and the inner cap member has an outer surface formed with a second locking feature which forms a snap-fit joint with the first locking feature.
A liquid detergent composition comprising a surfactant, a protease and a compound of the formula: P-O-(A i -X) n -A n+1 -H wherein one X is the "double N-capping group" CO, CO-CO, CS, CS-CS or CS-CO (most preferably CO), and the other X'es are nothing, wherein n = 1-10, preferably 2-5, most preferably 3 wherein i is an integer from 1 to n wherein each A i and A n+1 is one amino acid residue having the structure: -NH-CR-CO- for a residue to the right of the double N-capping group, or -CO-CR-NH- for a residue to the left of the double N-capping group wherein R is H- or an optionally substituted alkyl or alkylaryl group which may optionally include a hetero atom and may optionally be linked to the N atom, and wherein P is hydrogen or any C-terminal protection group. wherein one X is the "double N-capping group" CO, CO-CO, CS, CS-CS or CS-CO (most preferably CO), and the other X'es are nothing, wherein n = 1-10, preferably 2-5, most preferably 3 wherein i is an integer from 1 to n wherein each A i and A n+1 is one amino acid residue having the structure: -NH-CR-CO- for a residue to the right of the double N-capping group, or -CO-CR-NH- for a residue to the left of the double N-capping group -NH-CR-CO- for a residue to the right of the double N-capping group, or -CO-CR-NH- for a residue to the left of the double N-capping group wherein R is H- or an optionally substituted alkyl or alkylaryl group which may optionally include a hetero atom and may optionally be linked to the N atom, and wherein P is hydrogen or any C-terminal protection group.
An encoding method for an input signal comprising: analyzing, by an input signal analyzer, a characteristic of the input signal to separate the input signal into a speech characteristic signal or an audio characteristic signal; expanding, by a frequency band expander, a frequency band of the input signal; converting, by a sampling rate converter, a sampling rate of the output signal of the frequency band expander; encoding, by a speech signal encoder, a core band, where a frequency band expansion is not performed, of the output signal of the sampling rate converter using a speech encoding module, when the input signal is a speech characteristic signal; encoding, by an audio signal encoder, a core band, where a frequency band expansion is not performed, of the output signal of the sampling rate converter using an audio encoding module, when the input signal is an audio characteristic signal; and generating, by a bitstream generator, a bitstream using an output signal of the speech signal encoder and an output signal of the audio signal encoder, wherein, when the input signal is changed between the speech characteristic signal and the audio characteristic signal, the bitstream generator stores, in the bitstream, conversion information associated with compensating for a change of a frame unit. analyzing, by an input signal analyzer, a characteristic of the input signal to separate the input signal into a speech characteristic signal or an audio characteristic signal; expanding, by a frequency band expander, a frequency band of the input signal; converting, by a sampling rate converter, a sampling rate of the output signal of the frequency band expander; encoding, by a speech signal encoder, a core band, where a frequency band expansion is not performed, of the output signal of the sampling rate converter using a speech encoding module, when the input signal is a speech characteristic signal; encoding, by an audio signal encoder, a core band, where a frequency band expansion is not performed, of the output signal of the sampling rate converter using an audio encoding module, when the input signal is an audio characteristic signal; and generating, by a bitstream generator, a bitstream using an output signal of the speech signal encoder and an output signal of the audio signal encoder, wherein, when the input signal is changed between the speech characteristic signal and the audio characteristic signal, the bitstream generator stores, in the bitstream, conversion information associated with compensating for a change of a frame unit.