mhurhangee/ep-ind-claims huggingface dataset:
A heating unit for a fixing device, the heating unit comprising: a supporter; a planar heating element disposed on an outer circumferential surface of the supporter; a power feeding terminal disposed on each axial end of the supporter but not between the axial ends of the supporter to be electrically connected to a power source; and a connector disposed between, and electrically connected to, the planar heating element and the power feeding terminal, wherein the connector comprises an adhesive material formed on a first region to adhere the planar heating element and the power feeding terminal to each other, and a conductive material formed on a second region excluding the first region; and characterised in that the adhesive material has a net structure in which a plurality of unit lattices are connected to each other, and the conductive material is formed inside the plurality of unit lattices. a supporter; a planar heating element disposed on an outer circumferential surface of the supporter; a power feeding terminal disposed on each axial end of the supporter but not between the axial ends of the supporter to be electrically connected to a power source; and a connector disposed between, and electrically connected to, the planar heating element and the power feeding terminal, wherein the connector comprises an adhesive material formed on a first region to adhere the planar heating element and the power feeding terminal to each other, and a conductive material formed on a second region excluding the first region; and characterised in that the adhesive material has a net structure in which a plurality of unit lattices are connected to each other, and the conductive material is formed inside the plurality of unit lattices.
A method for identifying a feature in a subsurface of earth, the method comprising: transmitting a time-varying electromagnetic signal at a first location; receiving an electromagnetic signal responsive to the transmitted signal at a second location, the received signal comprising a transient response component (180, 184, 186) and a steady-state component (182, 188, 190); continuously recording the received signal during a predetermined time interval; extracting data corresponding to the transient response component from the received signal; extracting data corresponding to the steady-state response component from the received signal; and jointly inverting the transient response data and the steady-state response data to identify the subsurface feature. transmitting a time-varying electromagnetic signal at a first location; receiving an electromagnetic signal responsive to the transmitted signal at a second location, the received signal comprising a transient response component (180, 184, 186) and a steady-state component (182, 188, 190); continuously recording the received signal during a predetermined time interval; extracting data corresponding to the transient response component from the received signal; extracting data corresponding to the steady-state response component from the received signal; and jointly inverting the transient response data and the steady-state response data to identify the subsurface feature.
Device for gripping and holding containers in container treatment plants, comprising a support body which can be fixed to a transport element, which comprises pivotable, spring-loaded gripper arms, wherein securing elements are arranged on the gripper arms for a traction spring acting in the closing direction, characterised in that the device comprises a fixing element, which engages on the one hand with its free fixing end into the traction spring outside its penetration elements or spring eyes and, on the other, is also arranged on the support body with an end lying radially inwards.
A method for optimizing spectrum access and use, in a multi-tiered frequency sharing environment, by CBSD radio base stations providing the Citizens Broadband Radio Service, CBRS, as defined by the FCC, Federal Communications Commission, characterized in that a SAS server connected to said CBSD radio base stations performs, for each CBSD radio base station, the following operations: i. identification by the said SAS server of the authorized frequencies for the said radio base station, ii. identification by said SAS server, for each frequency identified in i, of the most effective MAC profile authorized, based on: a. the access radio technology or technologies used by the said radio base station, b. the MAC profiles supported by the said radio base station, c. the license of the operator of the said radio base station, d. the predicted radio propagation and the resulting interferences from the said radio base station to neighboring radio base stations of the same or different operators, e. the MAC profiles used by neighboring radio base stations of the same or different operators, f. the effective rate of spectrum use by the said radio base station and the neighboring radio base stations, g. additional information associated with the context. iii. sending, by the said SAS server, the authorized frequencies identified in i. and the MAC profile identified in ii. to the said radio base station. i. identification by the said SAS server of the authorized frequencies for the said radio base station, ii. identification by said SAS server, for each frequency identified in i, of the most effective MAC profile authorized, based on: a. the access radio technology or technologies used by the said radio base station, b. the MAC profiles supported by the said radio base station, c. the license of the operator of the said radio base station, d. the predicted radio propagation and the resulting interferences from the said radio base station to neighboring radio base stations of the same or different operators, e. the MAC profiles used by neighboring radio base stations of the same or different operators, f. the effective rate of spectrum use by the said radio base station and the neighboring radio base stations, g. additional information associated with the context. a. the access radio technology or technologies used by the said radio base station, b. the MAC profiles supported by the said radio base station, c. the license of the operator of the said radio base station, d. the predicted radio propagation and the resulting interferences from the said radio base station to neighboring radio base stations of the same or different operators, e. the MAC profiles used by neighboring radio base stations of the same or different operators, f. the effective rate of spectrum use by the said radio base station and the neighboring radio base stations, g. additional information associated with the context. iii. sending, by the said SAS server, the authorized frequencies identified in i. and the MAC profile identified in ii. to the said radio base station.
An FBMC-based pilot sending method, comprising: for each transmit antenna port, inserting a pilot symbol group at four consecutive FBMC time-frequency resource locations, wherein the pilot symbol group comprises two auxiliary pilot symbols and two primary pilot symbols, and the two primary pilot symbols are immediately adjacent to each other and the two auxiliary pilot symbols are at either end; for each primary pilot symbol, determining a time-frequency resource location range in which the primary pilot symbol is interfered with; for each primary pilot symbol, obtaining transmit values of data symbols at time-frequency resource locations in the determined time-frequency resource location range in which the primary pilot symbol is interfered with; for each primary pilot symbol, obtaining, according to multiplex converter response data, interference coefficient values of interference caused at the time-frequency resource locations to the primary pilot symbol, wherein the time-frequency resource locations are in the determined time-frequency resource location range corresponding to the primary pilot symbol; calculating a transmit value of each auxiliary pilot symbol in the pilot symbol group according to the obtained interference coefficient values and the obtained transmit values of the data symbols at the time-frequency resource locations in the time-frequency resource location range in which each primary pilot symbol is interfered with; and sending the pilot symbol group, wherein the pilot symbol group comprises the calculated transmit values of the auxiliary pilot symbols. for each transmit antenna port, inserting a pilot symbol group at four consecutive FBMC time-frequency resource locations, wherein the pilot symbol group comprises two auxiliary pilot symbols and two primary pilot symbols, and the two primary pilot symbols are immediately adjacent to each other and the two auxiliary pilot symbols are at either end; for each primary pilot symbol, determining a time-frequency resource location range in which the primary pilot symbol is interfered with; for each primary pilot symbol, obtaining transmit values of data symbols at time-frequency resource locations in the determined time-frequency resource location range in which the primary pilot symbol is interfered with; for each primary pilot symbol, obtaining, according to multiplex converter response data, interference coefficient values of interference caused at the time-frequency resource locations to the primary pilot symbol, wherein the time-frequency resource locations are in the determined time-frequency resource location range corresponding to the primary pilot symbol; calculating a transmit value of each auxiliary pilot symbol in the pilot symbol group according to the obtained interference coefficient values and the obtained transmit values of the data symbols at the time-frequency resource locations in the time-frequency resource location range in which each primary pilot symbol is interfered with; and sending the pilot symbol group, wherein the pilot symbol group comprises the calculated transmit values of the auxiliary pilot symbols.
A solid composition consisting of natamycin and a cationic surfactant of the following formula the solid composition consisting of 2-99.9 % by weight of LAE and 0.1-98 % by weight of natamycin, the sum being 100%,
Measuring device for fluid condition change, in particular for operation fluids and/or lubricants in a drive or a device, preferably of engine oil, adapted for monitoring/ measuring the power consumption of a fluid pump, in particular the current consumption an electrically driven oil pump. characterized in that the measuring device is adapted to monitor the filling degree and/or air content of the fluid in the intake pipe of the fluid pump.
A device for detecting the abrasive wear on components (21, 22) of water turbines, having a wearing body, and a measuring unit for detecting the wear on the wearing body, characterized in that the wearing body is arranged in the flow flowing through the water turbine, the wearing body is implemented as a sonotrode and is connected to an ultrasound generator, and the measuring unit is implemented to measure the resonant frequency of the sonotrode.
A method for making a light and edible straw comprising the steps of: mixing starch with microcapsules; shaping the mixture into a tube; drying the tube; soaking the tube in wax so that the wax covers the tube. mixing starch with microcapsules; shaping the mixture into a tube; drying the tube; soaking the tube in wax so that the wax covers the tube.
A color processing apparatus comprising: a discriminator for discriminating types of source and destination devices; and a color converter for performing color conversion using colorimetric values of a source device and colorimetric values of a destination device based on a discrimination of the discriminator, the color conversion including gamut mapping in accordance with a color matching method and conversion which uses appearance parameters based on a color appearance model; characterized by further comprising: a determiner for determining the color matching method; a storage for storing transformation information; and a transformer for transforming, using transformation information stored in the storage, a colorimetric value measured by a contact colorimeter into that of a non-contact colorimeter, wherein, in a case where the discriminator discriminates a luminous type device and a non-luminous type device as the source and destination devices (YES in S702) and the determiner determines a color matching method for reproducing faithful appearance (YES in S703), the transformer is adapted to transform colorimetric values of the non-luminous type device measured by the contact colorimeter into those of the non-contact colorimeter, so that the color converter performs the color conversion in accordance with the color matching method for reproducing faithful appearance using colorimetric values of the luminous type device measured by the contact colorimeter and the transformed colorimetric values of the non-luminous type device. a discriminator for discriminating types of source and destination devices; and a color converter for performing color conversion using colorimetric values of a source device and colorimetric values of a destination device based on a discrimination of the discriminator, the color conversion including gamut mapping in accordance with a color matching method and conversion which uses appearance parameters based on a color appearance model; a determiner for determining the color matching method; a storage for storing transformation information; and a transformer for transforming, using transformation information stored in the storage, a colorimetric value measured by a contact colorimeter into that of a non-contact colorimeter, wherein, in a case where the discriminator discriminates a luminous type device and a non-luminous type device as the source and destination devices (YES in S702) and the determiner determines a color matching method for reproducing faithful appearance (YES in S703), the transformer is adapted to transform colorimetric values of the non-luminous type device measured by the contact colorimeter into those of the non-contact colorimeter, so that the color converter performs the color conversion in accordance with the color matching method for reproducing faithful appearance using colorimetric values of the luminous type device measured by the contact colorimeter and the transformed colorimetric values of the non-luminous type device.
A seat pad (10, 70, 90) having a placing surface, the seat pad being formed in a flat rectangular parallelepiped shape, wherein side surfaces of the seat pad include a first side surface extending in a direction perpendicular to the first lateral direction and a second side surface extending in a direction perpendicular to a second lateral direction, wherein a lateral slit section extending from an outer side toward an inner side of the seat pad (10, 70, 90) is formed in a first lateral direction along the placing surface, and at least a portion of the lateral slit section gradually becomes smaller in a thickness direction perpendicular to the placing surface from the outer side toward the inner side of the seat pad (10, 70, 90) in the first lateral direction, characterised in that: lateral slit sections as defined above are formed at portions of the seat pad (10, 70, 90) disposed on both sides in the first lateral direction, and not formed at a central portion of the first lateral direction, the lateral slit sections are open at the first side surface and extend inward from the first side surface in the first lateral direction, and the sizes of the lateral slit sections in the first lateral direction are equal to each other throughout the length in the second lateral direction, the lateral slit sections being smaller than the seat pad in the second lateral direction and are not open at the second side surface. lateral slit sections as defined above are formed at portions of the seat pad (10, 70, 90) disposed on both sides in the first lateral direction, and not formed at a central portion of the first lateral direction, the lateral slit sections are open at the first side surface and extend inward from the first side surface in the first lateral direction, and the sizes of the lateral slit sections in the first lateral direction are equal to each other throughout the length in the second lateral direction, the lateral slit sections being smaller than the seat pad in the second lateral direction and are not open at the second side surface.
Wiper device with an adapter which forms a coupling point to a wiper arm or a wiper blade and has at least one form-fit element (14, 16) which is provided for the form-fitting connection to at least one form-fit element of a further adapter, characterized by at least one blocking element which, in order to produce the form-fitting connection between the at least one form-fit element (14, 16) of the adapter and the at least one form-fit element of the further adapter, is provided in order to deflect the at least one form-fit element (14, 16) of the adapter.
A filtration system for removing a particulate material, comprising: a housing having an internally formed air path communicating between an inlet for incoming polluted air containing particulate material and an air outlet for emitting clean air filtered by removing the particulate material; a collection system provided in the air stream to collect the particulate material, said collection system including at least one collection belt; a cleaning system provided to clean the collected particulate material from the at least one collection belt; and a removal system for removing the collected particulate material from said housing; characterized in that the collection system further comprises a toothed drive roll configured to engage openings in said at least one collection belt and thereby drive said at least one collection belt, and wherein said cleaning system comprises a toothed cleaning roll meshing with said toothed drive roll, said toothed drive roll cleaning the at least one collect belt engaged therewith, and said toothed cleaning roll cleaning the toothed drive roll. a housing having an internally formed air path communicating between an inlet for incoming polluted air containing particulate material and an air outlet for emitting clean air filtered by removing the particulate material; a collection system provided in the air stream to collect the particulate material, said collection system including at least one collection belt; a cleaning system provided to clean the collected particulate material from the at least one collection belt; and a removal system for removing the collected particulate material from said housing;
A method of verifying a calculation, the method comprising: receiving a plurality of multiplicand fixed-point values representing respective natural numbers, wherein the multiplicand fixed-point values have respective multiplicand scaling factors; receiving a product fixed-point value representing a respective natural number, wherein the product fixed-point value has a product scaling factor; and determining whether the product fixed-point value is a correctly truncated result of multiplying the multiplicand fixed-point values together by: determining whether the difference between (a) the product of the product fixed-point value and the inverse of a combined scaling factor and (b) the product of the multiplicand fixed-point values is within a range bounded by the negation of the inverse of the combined scaling factor and the inverse of the combined scaling factor, wherein the combined scaling factor is equal to the product of the multiplicand scaling factors divided by the product scaling factor. receiving a plurality of multiplicand fixed-point values representing respective natural numbers, wherein the multiplicand fixed-point values have respective multiplicand scaling factors; receiving a product fixed-point value representing a respective natural number, wherein the product fixed-point value has a product scaling factor; and determining whether the product fixed-point value is a correctly truncated result of multiplying the multiplicand fixed-point values together by: determining whether the difference between (a) the product of the product fixed-point value and the inverse of a combined scaling factor and (b) the product of the multiplicand fixed-point values is within a range bounded by the negation of the inverse of the combined scaling factor and the inverse of the combined scaling factor, wherein the combined scaling factor is equal to the product of the multiplicand scaling factors divided by the product scaling factor.
A method for managing a Personal Network, PN, comprising: realizing a management for the PN by any one of management ways including establishing the PN, releasing the PN, adding a PN device in the PN and enabling the PN device to leave the PN or a combination thereof; characterized in that, establishing the PN comprises: requesting, by the PN device, for a mode of an opposite-end device; when the mode returned by the opposite-end device is a PN gateway mode, requesting, by the PN device, the PN gateway to establish the PN; sending, by the PN gateway, a registration request to a PN server; and storing, by the PN server, information of the PN, wherein the mode of the opposite-end device comprises any one of the follows: a PN device mode, the PN gateway mode and a PN server mode. realizing a management for the PN by any one of management ways including establishing the PN, releasing the PN, adding a PN device in the PN and enabling the PN device to leave the PN or a combination thereof; characterized in that, establishing the PN comprises: requesting, by the PN device, for a mode of an opposite-end device; when the mode returned by the opposite-end device is a PN gateway mode, requesting, by the PN device, the PN gateway to establish the PN; sending, by the PN gateway, a registration request to a PN server; and storing, by the PN server, information of the PN, requesting, by the PN device, for a mode of an opposite-end device; when the mode returned by the opposite-end device is a PN gateway mode, requesting, by the PN device, the PN gateway to establish the PN; sending, by the PN gateway, a registration request to a PN server; and storing, by the PN server, information of the PN, a PN device mode, the PN gateway mode and a PN server mode.
An airway management apparatus, comprising: an articulating blade comprising a plurality of articulation points that comprises at least a first articulation point that alters a curvature associated with the articulating blade and a second articulation point that manipulates a tip of the articulating blade; and a blade control component adapted to manipulate the articulating blade at one or more of the plurality of articulation points to accommodate variation in normal and abnormal anatomy of an upper airway, wherein the articulating blade comprises a plurality of articulation plates configured to flex at the plurality of articulation points, characterized in that: the articulating blade comprises a camera mounted on the articulating blade and adapted to move independently of the articulating blade. an articulating blade comprising a plurality of articulation points that comprises at least a first articulation point that alters a curvature associated with the articulating blade and a second articulation point that manipulates a tip of the articulating blade; and a blade control component adapted to manipulate the articulating blade at one or more of the plurality of articulation points to accommodate variation in normal and abnormal anatomy of an upper airway, wherein the articulating blade comprises a plurality of articulation plates configured to flex at the plurality of articulation points, characterized in that: the articulating blade comprises a camera mounted on the articulating blade and adapted to move independently of the articulating blade. the articulating blade comprises a camera mounted on the articulating blade and adapted to move independently of the articulating blade.