mhurhangee/ep-ind-claims huggingface dataset:
A composite bicycle wheel having a composite rim comprising: a first circumferential side wall having a radial inner end and a radial outer end; a second circumferential side wall having a radial inner end and a radial outer end; and an outer bridge connecting the radial outer ends of the first and second circumferential side walls, characterized in that each of the first and second circumferential side walls (22, 24) includes a first composite body layer and a second composite body layer, and in that a body vibration suppression layer is disposed between the first and second composite body layers (31, 32), wherein a first annular part of the body vibration suppression layer that is disposed in the first circumferential side wall constitutes a first suppression layer of the composite rim, and a second annular part of the body vibration suppression layer that is disposed in the second circumferential side wall constitutes a second suppression layer, wherein the first and second suppression layers of the body vibration suppression layer are softer and less rigid than the first composite body layer and the second composite body layer, and the first and second suppression layers of the body vibration suppression layer attenuate vibrations more quickly than the first composite body layer and a second composite body layer. a first circumferential side wall having a radial inner end and a radial outer end; a second circumferential side wall having a radial inner end and a radial outer end; and an outer bridge connecting the radial outer ends of the first and second circumferential side walls, characterized in that each of the first and second circumferential side walls (22, 24) includes a first composite body layer and a second composite body layer, and in that a body vibration suppression layer is disposed between the first and second composite body layers (31, 32), wherein a first annular part of the body vibration suppression layer that is disposed in the first circumferential side wall constitutes a first suppression layer of the composite rim, and a second annular part of the body vibration suppression layer that is disposed in the second circumferential side wall constitutes a second suppression layer, wherein the first and second suppression layers of the body vibration suppression layer are softer and less rigid than the first composite body layer and the second composite body layer, and the first and second suppression layers of the body vibration suppression layer attenuate vibrations more quickly than the first composite body layer and a second composite body layer.
A single-mode optical fiber with ultralow loss and a large effective area, the bare optical fiber of the single-mode optical fiber comprises a core layer and a cladding layer in sequence from inside to outside, wherein the core layer comprises an inner core layer and an outer core layer which are arranged in sequence from inside to outside; the radius R 1 of the inner core layer is 2.7μm, and the relative refractive index n 1 of the inner core layer is -0.02%; the radius R 2 of the outer core layer is 5.7μm, and the relative refractive index n 2 of the outer core layer is -0.006%; the core layer is hardly doped with germanium, and is a silica glass layer doped with fluorine and an alkali metal oxide; the cladding layer comprises a depressed cladding layer and an outer cladding layer which are arranged in sequence from inside to outside; the radius R 3 of the depressed cladding layer is 47μm, the relative refractive index n 3 of the depressed cladding layer is -0.235%; the radius R 4 of the outer cladding layer is 62.5μm, and the outer cladding layer is a pure silica glass layer; the contributing refractive index of germanium in the inner core layer to the inner core layer is 0.02%, and the contributing refractive index of fluorine in the inner core layer to the inner core layer is -0.04%; the contributing refractive index of germanium in the outer core layer to the outer core layer is 0.04%, and the contributing refractive index of fluorine in the outer core layer to the outer core layer is -0.046%; an attenuation coefficient of the single-mode optical fiber at a wavelength of 1550nm is 0.158dB/km. the core layer comprises an inner core layer and an outer core layer which are arranged in sequence from inside to outside; the radius R 1 of the inner core layer is 2.7μm, and the relative refractive index n 1 of the inner core layer is -0.02%; the radius R 2 of the outer core layer is 5.7μm, and the relative refractive index n 2 of the outer core layer is -0.006%; the core layer is hardly doped with germanium, and is a silica glass layer doped with fluorine and an alkali metal oxide; the cladding layer comprises a depressed cladding layer and an outer cladding layer which are arranged in sequence from inside to outside; the radius R 3 of the depressed cladding layer is 47μm, the relative refractive index n 3 of the depressed cladding layer is -0.235%; the radius R 4 of the outer cladding layer is 62.5μm, and the outer cladding layer is a pure silica glass layer; the contributing refractive index of germanium in the inner core layer to the inner core layer is 0.02%, and the contributing refractive index of fluorine in the inner core layer to the inner core layer is -0.04%; the contributing refractive index of germanium in the outer core layer to the outer core layer is 0.04%, and the contributing refractive index of fluorine in the outer core layer to the outer core layer is -0.046%; an attenuation coefficient of the single-mode optical fiber at a wavelength of 1550nm is 0.158dB/km.
A method comprising: receiving, by a first physical layer of a first transceiver, a timing packet over an ethernet connection; timestamping, by the first transceiver, the timing packet and providing the timing packet over a first wireless link to a first intermediate node; receiving, by the first intermediate node, the timing packet from the first transceiver; determining a first time offset between the first intermediate node and the first transceiver; updating a first field within the timing packet with the first time offset between the first intermediate node and the first transceiver, the first time offset being in a direction of a second transceiver; receiving the timing packet by the second transceiver over a second wireless link, the timing packet including the first field, information within the first field being at least based on the first time offset; determining a second time offset between the second transceiver and an intermediate node that provided the timing packet to the second transceiver; and correcting a time of the second transceiver based on the second time offset and the information within the first field. receiving, by a first physical layer of a first transceiver, a timing packet over an ethernet connection; timestamping, by the first transceiver, the timing packet and providing the timing packet over a first wireless link to a first intermediate node; receiving, by the first intermediate node, the timing packet from the first transceiver; determining a first time offset between the first intermediate node and the first transceiver; updating a first field within the timing packet with the first time offset between the first intermediate node and the first transceiver, the first time offset being in a direction of a second transceiver; receiving the timing packet by the second transceiver over a second wireless link, the timing packet including the first field, information within the first field being at least based on the first time offset; determining a second time offset between the second transceiver and an intermediate node that provided the timing packet to the second transceiver; and correcting a time of the second transceiver based on the second time offset and the information within the first field.
A device comprising: a blood glucose measurement unit configured to obtain a measure of a glucose level of a sample of blood from a user; a determining unit configured to: a) use information provided by one or more sensors to calculate a measure of physical activity of the user, to determine a level of intensity of activity in each of plural consecutive time periods and to record the intensity information along with an indication of the associated time period in a storage unit; b) calculate a medicament dose using at least the measured glucose level, the measure of physical activity of the user, and a time elapsed between an instance of physical activity and a current time; and a display unit configured to indicate the calculated medicament dose to the user, characterized in that the calculation of the medicament dose comprises giving a higher weighting to a period of physical activity occurring more recently with respect to the current time than other periods of physical activity. a blood glucose measurement unit configured to obtain a measure of a glucose level of a sample of blood from a user; a determining unit configured to: a) use information provided by one or more sensors to calculate a measure of physical activity of the user, to determine a level of intensity of activity in each of plural consecutive time periods and to record the intensity information along with an indication of the associated time period in a storage unit; b) calculate a medicament dose using at least the measured glucose level, the measure of physical activity of the user, and a time elapsed between an instance of physical activity and a current time; and a display unit configured to indicate the calculated medicament dose to the user, characterized in that the calculation of the medicament dose comprises giving a higher weighting to a period of physical activity occurring more recently with respect to the current time than other periods of physical activity.
A method for personal-network merging, each personal network comprising a personal network gateway, and being connected to a personal network server through the personal network gateway of the each personal network, the method comprising: merging a personal network and at least another personal network into a merged personal network, the merging being triggered by a user and sending, by a personal network gateway in the personal network that is triggered to initiate the merging, a personal-network-merging request to a personal network gateway of the another personal network to invite the another personal network to merge; returning, by the personal network gateway that receives the personal-network-merging request, to the personal network gateway that initiates the invitation, a response indicating whether the another personal network agrees to merge; when the another personal network agrees to merge, enrolling, by a new personal network gateway of the merged personal network, a personal network device in the merged personal network; registering, by the new personal network gateway, the merged personal network on the personal network server; storing, on the personal network server, a state before the merging, comprising a device currently comprised in a personal network and a current state of the device, the current state comprising at least one of an on-line state, an off-line state, a busy state, and a service in use, wherein the new personal network gateway of the merged personal network is selected from all members of two or more personal networks before the merging according to its device capability. merging a personal network and at least another personal network into a merged personal network, the merging being triggered by a user and sending, by a personal network gateway in the personal network that is triggered to initiate the merging, a personal-network-merging request to a personal network gateway of the another personal network to invite the another personal network to merge; returning, by the personal network gateway that receives the personal-network-merging request, to the personal network gateway that initiates the invitation, a response indicating whether the another personal network agrees to merge; when the another personal network agrees to merge, enrolling, by a new personal network gateway of the merged personal network, a personal network device in the merged personal network; registering, by the new personal network gateway, the merged personal network on the personal network server; storing, on the personal network server, a state before the merging, comprising a device currently comprised in a personal network and a current state of the device, the current state comprising at least one of an on-line state, an off-line state, a busy state, and a service in use, wherein the new personal network gateway of the merged personal network is selected from all members of two or more personal networks before the merging according to its device capability.
A system for purifying high-temperature high-pressure contaminated gas, comprising: a desulfurization apparatus which removes sulfur compounds from a raw gas; and a dehalogenation apparatus which is disposed at a front of the desulfurization apparatus to remove halogen compounds, wherein the dehalogenation apparatus comprises a dehalogenation reactor into which a dry carbon dioxide sorbents that has been exhausted in the dry carbon dioxide removing apparatus is introduced, and a dehalogenation cyclone which separates the dry carbon dioxide sorbents from a mixture of a dehalogenated gas and the dry carbon dioxide sorbents discharged from the dehalogenation reactor and discharges only the dehalogenated gas, wherein the dehalogenation apparatus is disposed at la front of the desulfurization apparatus and a preheater is installed between the dehalogenation apparatus and the desulfurization apparatus. a desulfurization apparatus which removes sulfur compounds from a raw gas; and a dehalogenation apparatus which is disposed at a front of the desulfurization apparatus to remove halogen compounds, wherein the dehalogenation apparatus comprises a dehalogenation reactor into which a dry carbon dioxide sorbents that has been exhausted in the dry carbon dioxide removing apparatus is introduced, and a dehalogenation cyclone which separates the dry carbon dioxide sorbents from a mixture of a dehalogenated gas and the dry carbon dioxide sorbents discharged from the dehalogenation reactor and discharges only the dehalogenated gas,
Method of enabling a hybrid access gateway server to identify an access type of traffic originating from a customer-premises equipment, CPE, wherein said hybrid access gateway server is arranged to control access to a service network, and wherein said CPE comprises at least two Wide Area Network, WAN, interfaces, each with a related access type, said method comprising the steps of: - receiving, by said CPE, from a User Equipment, UE, a request message for requesting access to said service network; - determining, by said CPE, an applicable access type for said received request message; - embedding, by said CPE, said determined applicable access type in a connect message to be sent to said hybrid access gateway server; - transmitting, by said CPE, said connect message having embedded therein said determined applicable access type, via a first of said at least two WAN interfaces, said first WAN interface being the one related to said determined applicable access type, to said hybrid access gateway server enabling said hybrid access gateway server to identify said access type. - receiving, by said CPE, from a User Equipment, UE, a request message for requesting access to said service network; - determining, by said CPE, an applicable access type for said received request message; - embedding, by said CPE, said determined applicable access type in a connect message to be sent to said hybrid access gateway server; - transmitting, by said CPE, said connect message having embedded therein said determined applicable access type, via a first of said at least two WAN interfaces, said first WAN interface being the one related to said determined applicable access type, to said hybrid access gateway server enabling said hybrid access gateway server to identify said access type.
Device plug connector comprising a device plug for fastening to a first housing and comprising a device socket for fastening to a second housing, wherein the device plug has fastening means (11, 13) for fastening to a first housing wall and the device socket has fastening means (12, 14) for fastening to a second housing wall, wherein the device plug and the device socket have at least one tolerance compensation means (9, 10) in order to be able to attach the device plug and the device socket in a movable manner to first and second housing walls (4, 5) of a first and second housing, characterized in that the tolerance compensation means (9, 10) is in the form of a sliding coupling (9, 10), of which the thickness can be compressed and which is composed of cellular rubber, and implement movable installation parallel to the installation plane of the plug connector.
A pharmaceutical composition comprising a compound having the structure: or a pharmaceutically acceptable salt or conjugate thereof in admixture with a pharmaceutically acceptable excipient.
Layer construction containing at least one layer (i) comprising a thermoplastic and at least one further layer (ii) comprising a thermoplastic, characterized in that the Vicat softening temperature B/50 determined according to ISO 306 (50N; 50°/h) of the layer (i) is ≥ 3°C to ≤ 45°C, preferably ≥ 10 to ≤ 40°C, particularly preferably ≥ 15 to ≤ 30°C, higher or lower than the softening temperature of the layer (ii), and in that at least one embossed hologram is applied to the layer (i) or (ii) such that the nanostructure of the at least one embossed hologram points in the direction of the layer having the lower softening temperature.
A data processing method, performed by a first gateway and comprising: receiving a connection test packet transmitted by a first client, the connection test packet carrying an access address of a second client, the remaining time to live, TTL, of the connection test packet when arriving at the first gateway is 0, wherein the access address of the second client being an extranet address of the second client for access to the public network through a second gateway, the first client belonging to a first private network, the second client belonging to a second private network, the first private network being provided with the first gateway, and the second private network being provided with the second gateway; storing the access address of the second client carried in the connection test packet; receiving a connection data packet transmitted by the first client to the second client; checking whether a first address storage notification message transmitted by the second gateway is received, the first address storage notification message being transmitted by the second gateway in a case of storing an access address of the first client received in a second connection test packet sent by the second client corresponding to the first connection test packet; and transmitting the received connection data packet to the second client through the second gateway in a case that the first address storage notification message transmitted by the second gateway is received, to establish a communication connection between the first client and the second client based on the connection data packet. receiving a connection test packet transmitted by a first client, the connection test packet carrying an access address of a second client, the remaining time to live, TTL, of the connection test packet when arriving at the first gateway is 0, wherein the access address of the second client being an extranet address of the second client for access to the public network through a second gateway, the first client belonging to a first private network, the second client belonging to a second private network, the first private network being provided with the first gateway, and the second private network being provided with the second gateway; storing the access address of the second client carried in the connection test packet; receiving a connection data packet transmitted by the first client to the second client; checking whether a first address storage notification message transmitted by the second gateway is received, the first address storage notification message being transmitted by the second gateway in a case of storing an access address of the first client received in a second connection test packet sent by the second client corresponding to the first connection test packet; and transmitting the received connection data packet to the second client through the second gateway in a case that the first address storage notification message transmitted by the second gateway is received, to establish a communication connection between the first client and the second client based on the connection data packet.
A method of performing an equality check in a secure system, comprising: receiving an input v having a known input property; splitting the input v into t secret shares v i where i is an integer index and t is greater than 1; splitting the difference between an input x and a desired value into s secret shares x i where i is an integer index and s is 2; splitting the secret shares x i into k chunks resulting in s · k chunks y j where j is an integer index; calculating a mapping chain t times, one for each secret share v i, wherein the mapping chain includes s · k affine mappings F j, wherein y j and the output of F j -1 are the inputs to F j and the inputs of F 0 are y 0 and v i; and determining if the outputs have a known output property indicating that the input x equals said desired value; wherein the known input property is that the input v in binary form has a 1 at a first specific bit location, wherein the known output property is that the combined output of the mapping chains in binary form has a 1 at a second specific bit location, and wherein the affine mappings F j are swap functions that swap the positions of two bits of its second input based on the value of its first input. receiving an input v having a known input property; splitting the input v into t secret shares v i where i is an integer index and t is greater than 1; splitting the difference between an input x and a desired value into s secret shares x i where i is an integer index and s is 2; splitting the secret shares x i into k chunks resulting in s · k chunks y j where j is an integer index; calculating a mapping chain t times, one for each secret share v i, wherein the mapping chain includes s · k affine mappings F j, wherein y j and the output of F j -1 are the inputs to F j and the inputs of F 0 are y 0 and v i; and determining if the outputs have a known output property indicating that the input x equals said desired value; wherein the known input property is that the input v in binary form has a 1 at a first specific bit location, wherein the known output property is that the combined output of the mapping chains in binary form has a 1 at a second specific bit location, and wherein the affine mappings F j are swap functions that swap the positions of two bits of its second input based on the value of its first input.