mhurhangee/ep-ind-claims huggingface dataset:
An electroluminescence device comprising: electrodes; a plurality of layers that are deposited one on another between the electrodes; and a light emitting region between the plurality of layers, the light emitting region emitting light by application of an electric field between the electrodes, wherein the plurality of layers include a metal thin-film that is arranged in the vicinity of the light emitting region, the metal thin-film inducing plasmon resonance on the surface thereof by the light emitted from the light emitting region, and wherein surface modification is provided on both surfaces of the metal thin-film, the surface modification including an end group having polarity that makes the work function of the metal thin-film become close to the work function of at least a layer next to the metal thin-film; and characterized in that: the work function of the metal thin-film is less than the work functions of layers next to the metal thin-film on either side of the metal thin-film, and wherein the end group is an electron donor group; or the work function of the metal thin-film is greater than the work functions of layers next to the metal thin-film on either side of the metal thin-film, and wherein the end group is an electron withdrawing group. electrodes; a plurality of layers that are deposited one on another between the electrodes; and a light emitting region between the plurality of layers, the light emitting region emitting light by application of an electric field between the electrodes, wherein the plurality of layers include a metal thin-film that is arranged in the vicinity of the light emitting region, the metal thin-film inducing plasmon resonance on the surface thereof by the light emitted from the light emitting region, and wherein surface modification is provided on both surfaces of the metal thin-film, the surface modification including an end group having polarity that makes the work function of the metal thin-film become close to the work function of at least a layer next to the metal thin-film; and characterized in that: the work function of the metal thin-film is less than the work functions of layers next to the metal thin-film on either side of the metal thin-film, and wherein the end group is an electron donor group; or the work function of the metal thin-film is greater than the work functions of layers next to the metal thin-film on either side of the metal thin-film, and wherein the end group is an electron withdrawing group. the work function of the metal thin-film is less than the work functions of layers next to the metal thin-film on either side of the metal thin-film, and wherein the end group is an electron donor group; or the work function of the metal thin-film is greater than the work functions of layers next to the metal thin-film on either side of the metal thin-film, and wherein the end group is an electron withdrawing group.
A power saving method for a multimode wireless terminal which includes two modems (420, 430) for processing data formatted for different communication networks, said method comprising the steps of: applying electric power to a first modem supporting a first communication network when a main power of the multimode wireless terminal is turned on; registering connection information of the multimode wireless terminal with a terminal information management equipment of the first communication network using the first modem; characterized in that the first communication network is a mobile communication network and a second communication network is a wireless local area network, WLAN and in that the method further comprises determining whether an accessible network information request from a control part of the multimode wireless terminal is received at the second modem supporting the WLAN; applying electric power to the second modem in response to said accessible network information request placing the second modem in a power-on state or maintaining the second modem in a power-off state until said accessible network information request is received; selecting the WLAN upon determining if the multimode wireless terminal can connect to the WLAN and access the WLAN using the second modem being in the power-on state; selecting the mobile communication network either in the case that the multimode wireless terminal can neither connect to nor access the WLAN using the second modem being in the power-on state or the second modem is in the power-off state; and establishing a connection to the selected communication network. applying electric power to a first modem supporting a first communication network when a main power of the multimode wireless terminal is turned on; registering connection information of the multimode wireless terminal with a terminal information management equipment of the first communication network using the first modem; characterized in that the first communication network is a mobile communication network and a second communication network is a wireless local area network, WLAN and in that the method further comprises determining whether an accessible network information request from a control part of the multimode wireless terminal is received at the second modem supporting the WLAN; applying electric power to the second modem in response to said accessible network information request placing the second modem in a power-on state or maintaining the second modem in a power-off state until said accessible network information request is received; selecting the WLAN upon determining if the multimode wireless terminal can connect to the WLAN and access the WLAN using the second modem being in the power-on state; selecting the mobile communication network either in the case that the multimode wireless terminal can neither connect to nor access the WLAN using the second modem being in the power-on state or the second modem is in the power-off state; and establishing a connection to the selected communication network.
An implant including a main body and a surface layer, wherein the main body is made of a metallic material and the surface layer is disposed on the main body and being made of a polymer material, the surface layer having a topographic modification including a line pattern with ridge and groove widths of 0.9 to 1.1 μm and a ridge height of more than 0.9 μm, wherein the implant is a stent.
Meter electronics for geometric thermal compensation in a vibratory flow meter, with the meter electronics including an interface configured to receive one or more vibratory sensor signals and a temperature signal of the vibratory flow meter, with the meter electronics being characterized by: a processing system coupled with the interface and configured to receive the one or more vibratory sensor signals and the temperature signal and compute a geometric thermal compensation factor (TFe) for the one or more flow conduits (130, 130') of the vibratory flow meter using the temperature signal, wherein the geometric thermal compensation factor (TFe) and a temperature dependent Young's modulus factor (TF y) are used to process the one or more vibratory sensor signals, wherein the geometric thermal compensation factor (TFe) comprises a polynomial expression, and the processing system is further configured to compute a thermally compensated density ρ f according to the equation ρ f = K 2 ⋅ C 1 ⋅ TF y TF e 2 − C 2 TF e 3, where K is a tube period, and C 1 and C 2 are calibration constants related to the one or more flow conduit's (130, 130') geometry and material properties at a reference temperature T 0, with the (TFe) term including a linear coefficient of thermal expansion ( α). a processing system coupled with the interface and configured to receive the one or more vibratory sensor signals and the temperature signal and compute a geometric thermal compensation factor (TFe) for the one or more flow conduits (130, 130') of the vibratory flow meter using the temperature signal, wherein the geometric thermal compensation factor (TFe) and a temperature dependent Young's modulus factor (TF y) are used to process the one or more vibratory sensor signals, wherein the geometric thermal compensation factor (TFe) comprises a polynomial expression, and the processing system is further configured to compute a thermally compensated density ρ f according to the equation ρ f = K 2 ⋅ C 1 ⋅ TF y TF e 2 − C 2 TF e 3, where K is a tube period, and C 1 and C 2 are calibration constants related to the one or more flow conduit's (130, 130') geometry and material properties at a reference temperature T 0, with the (TFe) term including a linear coefficient of thermal expansion ( α).
An apparatus, comprising: a crystal oscillator assembly; a base structure; and one or more vibration isolators coupled between the crystal oscillator assembly and the base structure and supporting a mass of the crystal oscillator assembly with respect to the base structure, wherein each of the one or more vibration isolators comprises: a spring material layer for providing a spring force between the crystal oscillator assembly and the base structure in response to relative movement between the crystal oscillator assembly and the base structure; and a damping material layer adhered to at least one side of the spring material layer, the damping material layer providing a damping force between the crystal oscillator assembly and the base structure in response to the relative movement between the crystal oscillator assembly and the base structure, wherein, for at least one of the vibration isolators, the spring material layer comprises a circumferential ring of spring material. a crystal oscillator assembly; a base structure; and one or more vibration isolators coupled between the crystal oscillator assembly and the base structure and supporting a mass of the crystal oscillator assembly with respect to the base structure, wherein each of the one or more vibration isolators comprises: a spring material layer for providing a spring force between the crystal oscillator assembly and the base structure in response to relative movement between the crystal oscillator assembly and the base structure; and a damping material layer adhered to at least one side of the spring material layer, the damping material layer providing a damping force between the crystal oscillator assembly and the base structure in response to the relative movement between the crystal oscillator assembly and the base structure, a spring material layer for providing a spring force between the crystal oscillator assembly and the base structure in response to relative movement between the crystal oscillator assembly and the base structure; and a damping material layer adhered to at least one side of the spring material layer, the damping material layer providing a damping force between the crystal oscillator assembly and the base structure in response to the relative movement between the crystal oscillator assembly and the base structure, wherein, for at least one of the vibration isolators, the spring material layer comprises a circumferential ring of spring material.
Timepiece component, which comprises an alloy of galvanic type or autocatalytic deposition type based on copper, tin and zinc providing improved tribological properties, the component being formed from the alloy which comprises a majority proportion of copper as a percentage of the total weight of the alloy, a minority proportion of zinc as a percentage of the total weight of the alloy and an intermediate proportion of tin between the proportion of copper and the proportion of zinc as a percentage of the total weight of the alloy.
A wearable article manufacturing equipment comprising a panel attachment structure, the equipment including: one set of a lower panel and an upper panel that are arranged along a vertical plane and that are provided while being separated in an up-and-down direction; a first processing section attached to a front face of the lower panel; a first driving section attached to a back face of the lower panel; a base that is provided under the lower panel and that is arranged along a horizontal plane; and a pair of pillars raised from the base, wherein, in the panel attachment structure, the lower panel is removably fixed to the pair of pillars in the state of being laid between lower parts of the pair of pillars, the upper panel is removably fixed to the pair of pillars in the state of being laid between upper parts of the pair of pillars, and support sections are provided on respective pillars of the pair of pillars, the support sections being arranged between the upper panel and the lower panel, and supporting the load of the upper panel; characterised in that: the support sections are spacers each fixed to an intermediate part of each of the pair of pillars, the intermediate part positioned between each of the upper parts and each of the lower parts; and the spacers provide a space (Δ) between the lower panel and the upper panel by contacting with respective parts of a lower end of the upper panel. one set of a lower panel and an upper panel that are arranged along a vertical plane and that are provided while being separated in an up-and-down direction; a first processing section attached to a front face of the lower panel; a first driving section attached to a back face of the lower panel; a base that is provided under the lower panel and that is arranged along a horizontal plane; and a pair of pillars raised from the base, wherein, in the panel attachment structure, the lower panel is removably fixed to the pair of pillars in the state of being laid between lower parts of the pair of pillars, the upper panel is removably fixed to the pair of pillars in the state of being laid between upper parts of the pair of pillars, and support sections are provided on respective pillars of the pair of pillars, the support sections being arranged between the upper panel and the lower panel, and supporting the load of the upper panel; characterised in that: the support sections are spacers each fixed to an intermediate part of each of the pair of pillars, the intermediate part positioned between each of the upper parts and each of the lower parts; and the spacers provide a space (Δ) between the lower panel and the upper panel by contacting with respective parts of a lower end of the upper panel. the support sections are spacers each fixed to an intermediate part of each of the pair of pillars, the intermediate part positioned between each of the upper parts and each of the lower parts; and the spacers provide a space (Δ) between the lower panel and the upper panel by contacting with respective parts of a lower end of the upper panel.
A device for embossing foils, comprising a base embossing plate and a counter embossing plate, the surfaces of which facing one another are respectively at least partially planar and which for embossing a foil lying between them are arranged so as to be movable on the one hand towards one another and on the other hand away from one another in parallel alignment of their at least partially planar surfaces, wherein the base embossing plate is provided on its side facing the counter embossing plate with a plurality of embossing inserts for embossing a plurality of blanks to be punched out of the foil, and wherein the embossing inserts are configured and arranged so that during the embossing of the foil they cooperate respectively with a corresponding embossing region arranged on the side of the counter embossing plate facing the base embossing plate, characterised in that each embossing insert is held on the base embossing plate by means of its own embossing insert retainer so as to be movable by a predetermined amount relative to the base embossing plate in perpendicular direction to the at least partially planar surface of the base embossing plate, and is spring-mounted by means of its own embossing insert spring system relative to the base embossing plate and is guided by means of its own embossing insert guide during the thereby enabled sprung movement relative to the base embossing plate.
A method for producing packages holding liquid food products from a web of packaging material, wherein the web comprises a number of blanks placed after one another, wherein each blank corresponds to one package, the method comprising receiving a reel holding the web of packaging material, capturing reel data from a tag attached to the reel, transferring the reel data to a printing information database, receiving printing information data related to the reel data from the printing information database, printing décors on each of the blanks of the web of packaging material based on information provided via the PID such that a décor provided web is formed, transferring the reel data to a packaging machine information database, receiving packaging machine information data (PMID) related to the reel data from the packaging machine information database, and forming the packages from the décor provided web in a packaging machine based on information provided via the PMID. receiving a reel holding the web of packaging material, capturing reel data from a tag attached to the reel, transferring the reel data to a printing information database, receiving printing information data related to the reel data from the printing information database, printing décors on each of the blanks of the web of packaging material based on information provided via the PID such that a décor provided web is formed, transferring the reel data to a packaging machine information database, receiving packaging machine information data (PMID) related to the reel data from the packaging machine information database, and forming the packages from the décor provided web in a packaging machine based on information provided via the PMID.
A pharmaceutical composition, wherein the composition consists of 5-chloro- N -[2-[4-(2-ethoxyethyl)-2,3-dimethylphenoxy]ethyl]-6-ethyl-4-pyrimidinamine or a salt thereof as the active compound in a unit dosage form, for use in the treatment of a non-human mammal infested with an ectoparasite, wherein the ectoparasite is selected from Boophiliis spp, Rhipicephalus spp, Dermacentor spp, Hyalomma spp, Amblyomma spp, Otobius spp, Ornithodoros spp, Damalinia spp, Stomoxys spp, Bovicola spp, the order Diptera or Ctenocephalides spp, and wherein the non-human mammal is selected from livestock and domestic mammals.
Electric vehicle, in particular construction machine, comprising a battery system which has a high-energy battery having at least one high-energy cell and a high-performance battery having at least one high-performance cell, a first load string, which has at least one actuating motor for driving at least one actuating element of the electric vehicle, a second load string, which has at least one traction motor for driving at least one traction element of the electric vehicle, and a switching unit which can be actuated in such a way that the high-performance battery is electrically connected to the second load string, and that the high-performance battery is electrically connected to the first load string, and that the high-energy battery is electrically connected to the first load string. a battery system which has a high-energy battery having at least one high-energy cell and a high-performance battery having at least one high-performance cell, a first load string, which has at least one actuating motor for driving at least one actuating element of the electric vehicle, a second load string, which has at least one traction motor for driving at least one traction element of the electric vehicle, and a switching unit which can be actuated in such a way that the high-performance battery is electrically connected to the second load string, and that the high-performance battery is electrically connected to the first load string, and that the high-energy battery is electrically connected to the first load string.
A reciprocating cylinder seal assembly (10, 10'), comprising: a cylindrical engine housing; a reciprocating engine liner; characterised in that said assembly further comprises an elastomeric seal with a radially inwardly directed oil sealing lip and a radially inwardly directed gas sealing lip, wherein both lips (22, 24) are in elastomeric-to-metal sealing contact with the reciprocating engine liner; and a U-shaped seal retainer disposed on the elastomeric seal; wherein the U-shaped seal retainer is in direct intimate contact with the cylindrical engine housing; and wherein the U-shaped seal retainer comprises steel and is of a unitary, one-piece construction. a cylindrical engine housing; a reciprocating engine liner; characterised in that said assembly further comprises an elastomeric seal with a radially inwardly directed oil sealing lip and a radially inwardly directed gas sealing lip, wherein both lips (22, 24) are in elastomeric-to-metal sealing contact with the reciprocating engine liner; and a U-shaped seal retainer disposed on the elastomeric seal; wherein the U-shaped seal retainer is in direct intimate contact with the cylindrical engine housing; and wherein the U-shaped seal retainer comprises steel and is of a unitary, one-piece construction.
A method for wirelessly accessing a service, comprising: detecting, by a wireless access device, whether quality of a first wireless access link satisfies a communication quality requirement of a single mobile terminal, wherein the first wireless access link is a wireless access link between the wireless access device at a current location and the mobile terminal; starting, by the wireless access device, moving when the wireless access device determines that the quality of the first wireless access link does not satisfy the communication quality requirement of the single mobile terminal; detecting, by the wireless access device in a moving process of the wireless access device, whether quality of a second wireless access link satisfies the communication quality requirement of the single mobile terminal, wherein the second wireless access link is a wireless access link between the wireless access device at a location after the movement and the mobile terminal; and stopping, by the wireless access device, moving when the quality of the second wireless access link satisfies the communication quality requirement of the single mobile terminal; or continuing, by the wireless access device, moving when the quality of the second wireless access link does not satisfy the communication quality requirement of the single mobile terminal. detecting, by a wireless access device, whether quality of a first wireless access link satisfies a communication quality requirement of a single mobile terminal, wherein the first wireless access link is a wireless access link between the wireless access device at a current location and the mobile terminal; starting, by the wireless access device, moving when the wireless access device determines that the quality of the first wireless access link does not satisfy the communication quality requirement of the single mobile terminal; detecting, by the wireless access device in a moving process of the wireless access device, whether quality of a second wireless access link satisfies the communication quality requirement of the single mobile terminal, wherein the second wireless access link is a wireless access link between the wireless access device at a location after the movement and the mobile terminal; and stopping, by the wireless access device, moving when the quality of the second wireless access link satisfies the communication quality requirement of the single mobile terminal; or continuing, by the wireless access device, moving when the quality of the second wireless access link does not satisfy the communication quality requirement of the single mobile terminal.