mhurhangee/ep-ind-claims huggingface dataset:
A copolymer comprising polymerized monomeric units I and II, wherein: monomeric unit I is of the formula A-X-CH 2 -B, wherein A is Rf-(CH 2) n, Rf is a perfluoro alkyl group of the formula CF 3 -(CF 2) x -, wherein x is 3 to 12, n is 1 to 6, X is S, and B is vinylphenyl, monomeric unit II originates from haloalkyl styrene, and wherein one or more of the halo group(s) of the haloalkyl has/have been replaced with a substituent selected from the group consisting of alkoxy, alkylcarbonyl, hydroxyalkyl, an acidic group, a basic group, a cation, an anion, a zwitterion, hydroxyl, acyloxy, alkylthio, aldehydo, amido, carbamoyl, ureido, cyano, nitro, ethylenediamine tetra acetic acid, iminodiacetic acid, and iminodisuccinic acid. monomeric unit I is of the formula A-X-CH 2 -B, wherein A is Rf-(CH 2) n, Rf is a perfluoro alkyl group of the formula CF 3 -(CF 2) x -, wherein x is 3 to 12, n is 1 to 6, X is S, and B is vinylphenyl, monomeric unit II originates from haloalkyl styrene, and wherein one or more of the halo group(s) of the haloalkyl has/have been replaced with a substituent selected from the group consisting of alkoxy, alkylcarbonyl, hydroxyalkyl, an acidic group, a basic group, a cation, an anion, a zwitterion, hydroxyl, acyloxy, alkylthio, aldehydo, amido, carbamoyl, ureido, cyano, nitro, ethylenediamine tetra acetic acid, iminodiacetic acid, and iminodisuccinic acid.
Method for layer-wise construction of a shaped body by stereolithographic solidification of photopolymerizable material in successive layers utilizing an exposure unit for exposure within an exposure area having a layer contour that is predefined for each layer, wherein the exposure unit is configured for exposing a plurality of picture elements in a predetermined exposure field and to perform an exposure by selectively, controlled by a control unit (10, 20, 30, 40) exposing picture elements which collectively define the exposure area having the predefined layer contour for each respective layer, and wherein the exposure unit is configured to be controllable by the control unit to generate exposure light for each picture element with adjustable exposure intensity between zero and a maximal intensity, which exposure light is projected by imaging optics to an associated picture element, wherein the control unit (10, 20, 30, 40) uses, when controlling the exposure unit, homogenizing factors which have been determined in advance, wherein each picture element is associated with a homogenizing factor which has been determined in advance such that, when for the generation of exposure light exposure intensities are used which for each picture element are determined by a uniform basic intensity multiplied with the homogenizing factor that is associated with each respective picture element, the intensity that actually is effected for each picture element is the same for each picture element independent of the position in the exposure field, characterized in that before exposing an exposure area the control unit (10, 20, 30, 40) determines a brightening factor as the ratio between the maximal intensity of the exposure unit and the maximal exposure intensity present in the current exposure area, and uses for controlling the exposure unit the exposure intensities multiplied with the brightening factor for exposing the respective exposure area, wherein either the exposure time that would be required for solidification of a layer in the exposure area for an exposure without use of the brightening factor is divided by the brightening factor, and that a shortened exposure of the exposure area using the divided exposure time is performed, or an intensity of a light source of the exposure unit that would be required for solidification of a layer in a exposure area without use of the brightening factor is reduced by dividing it through the brightening factor in order perform the exposure of the exposure area with the reduced intensity of the light source.
A method of provisioning a wireless device to join a wireless mesh network, the method comprising: - connecting the wireless device to a handheld communicator via a wired communication path; - transferring the device ID from the wireless devices to the handheld communicator; - selecting through the handheld communicator a gateway with which the device ID of the wireless device is to be associated; - creating, on the handheld communicator, an association of the device ID that uniquely identifies the wireless device with the selected gateway of the wireless mesh network; - randomly generating an individual join key on the handheld communicator; - automatically providing, by the handheld communicator, the join key and a network ID to the wireless device through a secure data communication; - storing, on the handheld communicator, the randomly generated individual join key with the device ID of the wireless device and the selected gateway; - communicating the device ID of the wireless device and the join key provided to the wireless device from the handheld communicator to the gateway; and - populating, by the gateway, a white list used by the gateway to authorize the joining of the network by wireless devices. - connecting the wireless device to a handheld communicator via a wired communication path; - transferring the device ID from the wireless devices to the handheld communicator; - selecting through the handheld communicator a gateway with which the device ID of the wireless device is to be associated; - creating, on the handheld communicator, an association of the device ID that uniquely identifies the wireless device with the selected gateway of the wireless mesh network; - randomly generating an individual join key on the handheld communicator; - automatically providing, by the handheld communicator, the join key and a network ID to the wireless device through a secure data communication; - storing, on the handheld communicator, the randomly generated individual join key with the device ID of the wireless device and the selected gateway; - communicating the device ID of the wireless device and the join key provided to the wireless device from the handheld communicator to the gateway; and - populating, by the gateway, a white list used by the gateway to authorize the joining of the network by wireless devices.
A method for bi-static radio-based object location detection, the method comprising: obtaining (610, 710, 810), at a first wireless device, a location of a second wireless device; obtaining (620, 730, 830), at the first wireless device, a time-of-flight, ToF, and an angle of arrival, AoA, of a wireless wide-area network, WWAN, reference signal transmitted by a transmitting device, wherein the TOF and the AoA are obtained from measurements of the WWAN reference signal at a receiving device after the WWAN reference signal is reflected by an object; and determining (630, 740, 840), with the first wireless device, a location of the object from a calculation based on the location of the second wireless device, the ToF, and the AoA in combination; wherein: the first wireless device comprises the transmitting device and the second wireless device comprises the receiving device, or the first wireless device comprises the receiving device and the second wireless device comprises the transmitting device. obtaining (610, 710, 810), at a first wireless device, a location of a second wireless device; obtaining (620, 730, 830), at the first wireless device, a time-of-flight, ToF, and an angle of arrival, AoA, of a wireless wide-area network, WWAN, reference signal transmitted by a transmitting device, wherein the TOF and the AoA are obtained from measurements of the WWAN reference signal at a receiving device after the WWAN reference signal is reflected by an object; and determining (630, 740, 840), with the first wireless device, a location of the object from a calculation based on the location of the second wireless device, the ToF, and the AoA in combination; wherein: the first wireless device comprises the transmitting device and the second wireless device comprises the receiving device, or the first wireless device comprises the receiving device and the second wireless device comprises the transmitting device. the first wireless device comprises the transmitting device and the second wireless device comprises the receiving device, or the first wireless device comprises the receiving device and the second wireless device comprises the transmitting device.
A hybrid rocket motor (10, 210) comprising: a solid fuel adjoining and at least partially defining a combustion chamber (20, 220); and an oxidizer tank (14, 214) fully within the combustion chamber; wherein the solid fuel and a liquid oxidizer from the oxidizer tank are burnable in the combustion chamber to produce thrust in the motor; and wherein the oxidizer tank is supported by a series of radial ribs that extend outward from the oxidizer tank, through the combustion chamber, to a radially inner surface of the solid fuel at least partially defining the combustion chamber. a solid fuel adjoining and at least partially defining a combustion chamber (20, 220); and an oxidizer tank (14, 214) fully within the combustion chamber; wherein the solid fuel and a liquid oxidizer from the oxidizer tank are burnable in the combustion chamber to produce thrust in the motor; and wherein the oxidizer tank is supported by a series of radial ribs that extend outward from the oxidizer tank, through the combustion chamber, to a radially inner surface of the solid fuel at least partially defining the combustion chamber.
A method for coupling polymers, said method comprising: a) using a functional initiator to anionically initiate polymerization of a monomer system that comprises at least one type of polyene so as to provide a plurality of living polymer chains, b) reacting at least some of said living polymer chains with one or more cyclic polysiloxanes so as to provide terminally functionalized living polymer chains, and c) allowing a polyvalent compound to couple two or more of said terminally functionalized living polymer chains so as to provide coupled polymers, said method being characterized by: said polyvalent compound being free of halogen atoms and alkoxy group and wherein said polyvalent compound is selected from silanes and polyisocyanates. a) using a functional initiator to anionically initiate polymerization of a monomer system that comprises at least one type of polyene so as to provide a plurality of living polymer chains, b) reacting at least some of said living polymer chains with one or more cyclic polysiloxanes so as to provide terminally functionalized living polymer chains, and c) allowing a polyvalent compound to couple two or more of said terminally functionalized living polymer chains so as to provide coupled polymers, said method being characterized by: said polyvalent compound being free of halogen atoms and alkoxy group and wherein said polyvalent compound is selected from silanes and polyisocyanates. said polyvalent compound being free of halogen atoms and alkoxy group and wherein said polyvalent compound is selected from silanes and polyisocyanates.
A method of presenting location data representing a mobile phone's current approximate location comprising: using the mobile phone: determining the current position of the mobile phone; wherein the method is characterized in that the method further comprises: prompting the user to input a predetermined distance from the current position of the mobile phone; looking up locations within the predetermined distance from the current position of the mobile phone; displaying a location icon representing a location within the predetermined distance to the current position of the mobile phone; determining the distance between the current position of the mobile phone and the location represented by the location icon; and displaying the distance together with the location icon. using the mobile phone: determining the current position of the mobile phone; wherein the method is characterized in that the method further comprises: determining the current position of the mobile phone; wherein the method is characterized in that the method further comprises: prompting the user to input a predetermined distance from the current position of the mobile phone; looking up locations within the predetermined distance from the current position of the mobile phone; displaying a location icon representing a location within the predetermined distance to the current position of the mobile phone; determining the distance between the current position of the mobile phone and the location represented by the location icon; and displaying the distance together with the location icon.
An absorbent article comprising an absorbent body containing an absorbent core and an outer cover joined to the garment facing side of the absorbent body, the outer cover having a lateral direction and a longitudinal direction and a front section, a crotch section, and a rear section in the longitudinal direction thereof, the front section and the rear section each having a waist portion and a below-waist portion, characterized in that the outer cover comprises an outer sheet, an inner sheet, and a plurality of elastic members (23, 24, 25, 26) between the outer and the inner sheets and has a composite stretch panel having a stretch direction in each of the front section and the rear section, the composite stretch panel forming a waist gather and a below-waist gather in the waist portion and the below-waist portion, respectively, in each of the front and the rear sections, wherein the waist gather is formed over the whole circumference of the waist portion while the below-waist gather of the below-waist portion is formed only outside opposite side edges of the absorbent body, the composite stretch panel having the outer sheet and the inner sheet bonded to each other at bonds discretely provided in the stretch direction and a direction perpendicular to the stretch direction and having the elastic members (23, 24, 25, 26) disposed at positions other than the bonds and fixed neither to the outer sheet nor the inner sheet at other than their opposite ends so that each of the outer sheet and the inner sheet forms a plurality of folds of the gathers (G1, G2) continuously extending over a plurality of the elastic members, the waist portion having a smaller extension percentage in a middle part thereof in the lateral direction of the outer cover than outer parts on both sides of the middle part in the lateral direction of the outer cover, the laterally middle part of the outer cover being a portion facing the absorbent body in the flat- out state, and wherein the crotch section of the outer cover includes a frontal crotch portion having a plurality of frontal crotch elastic members arranged therein along the width direction of the outer cover to be fixed in their stretched state between the outer sheet and the inner sheet, whereby the frontal crotch portion gathers to form a frontal crotch gather.
An application programming interface, API, publish method performed by a first common application programming interface, CAPIF, core function, CCF, entity, the method comprising the steps of: • receiving (S 603) a first API publish request from an API publish entity, wherein the first API publish request comprises information about a to-be-shared API and sharing information of the to-be-shared API, the sharing information being used to indicate to the first CCF entity to share the to-be-shared API, o wherein the sharing information comprises sharing range indication information, wherein the sharing range indication information is used to indicate a sharing range of the to-be-shared API, wherein the sharing range of the to-be-shared API comprises: ▪ one or more CCF entities inside a domain to which the first CCF entity belongs; and/or, ▪ one or more CCF entities outside the domain to which the first CCF entity belongs; • determining the to-be-shared API based on the received first API publish request; • determining a target CCF entity based on the received sharing information of the to-be-shared API; • sharing (S 604) the received information about the to-be-shared API with the target CCF entity. • receiving (S 603) a first API publish request from an API publish entity, wherein the first API publish request comprises information about a to-be-shared API and sharing information of the to-be-shared API, the sharing information being used to indicate to the first CCF entity to share the to-be-shared API, o wherein the sharing information comprises sharing range indication information, wherein the sharing range indication information is used to indicate a sharing range of the to-be-shared API, wherein the sharing range of the to-be-shared API comprises: ▪ one or more CCF entities inside a domain to which the first CCF entity belongs; and/or, ▪ one or more CCF entities outside the domain to which the first CCF entity belongs; o wherein the sharing information comprises sharing range indication information, wherein the sharing range indication information is used to indicate a sharing range of the to-be-shared API, wherein the sharing range of the to-be-shared API comprises: ▪ one or more CCF entities inside a domain to which the first CCF entity belongs; and/or, ▪ one or more CCF entities outside the domain to which the first CCF entity belongs; ▪ one or more CCF entities inside a domain to which the first CCF entity belongs; and/or, ▪ one or more CCF entities outside the domain to which the first CCF entity belongs; • determining the to-be-shared API based on the received first API publish request; • determining a target CCF entity based on the received sharing information of the to-be-shared API; • sharing (S 604) the received information about the to-be-shared API with the target CCF entity.
A glass-wiping device comprising a machine body and a control unit, characterized in that, the machine body is provided with an edge detection unit comprising a sensor switch (101, 101') and an action element, a contact leg (1021, 1021') is provided at a lower end of the action element and presses against a surface of a glass, when the contact leg (1021, 1021') leaves a surface of the glass, the action element correspondingly generates a displacement and triggers the sensor switch (101, 101'), the sensor switch (101, 101') transmits a switch signal to the control unit, and based on the switch signal, the control unit controls the glass-wiping device to cease running or to change the running direction, and the contact leg (1021, 1021') has an end-surface shape that is a semi-circular or arc shape, and slides on the surface of the glass when the contact leg (1021, 1021') presses against the glass.
A ceramic phosphor plate (100; 200; 1200; 2200), comprising: a first phosphor layer (110; 210) containing a short-wave phosphor in a transparent ceramic matrix having a thickness of 200 to 1000 μ m, and a surface roughness of 0.1 to 0.3 μ m; and a second phosphor layer (120; 220) coated on one surface of the first phosphor layer (110; 210); wherein the second phosphor layer (120; 220) is configured such that a phosphor pattern is formed to partially occupy an area of one surface of the first phosphor layer (110; 210); wherein the phosphor pattern of the second phosphor layer (120; 220) has a total area of 20 to 35% compared to the area of the one surface of the first phosphor layer (110; 210), wherein the second phosphor layer contains a transparent ceramic powder and a long wave phosphor, and wherein the long wave phosphor has a particle size of 1 to 20 μ m, and an amount of the long wave phosphor range from 25 to 55 wt% compared to an amount of the transparent ceramic powder. a first phosphor layer (110; 210) containing a short-wave phosphor in a transparent ceramic matrix having a thickness of 200 to 1000 μ m, and a surface roughness of 0.1 to 0.3 μ m; and a second phosphor layer (120; 220) coated on one surface of the first phosphor layer (110; 210); wherein the second phosphor layer (120; 220) is configured such that a phosphor pattern is formed to partially occupy an area of one surface of the first phosphor layer (110; 210); wherein the phosphor pattern of the second phosphor layer (120; 220) has a total area of 20 to 35% compared to the area of the one surface of the first phosphor layer (110; 210), wherein the second phosphor layer contains a transparent ceramic powder and a long wave phosphor, and wherein the long wave phosphor has a particle size of 1 to 20 μ m, and an amount of the long wave phosphor range from 25 to 55 wt% compared to an amount of the transparent ceramic powder.
A protective device for a battery assembly, wherein the battery assembly comprises N cells, N is an integer greater than 2, and the protective device comprises: a constant current source module comprising M first constant current sources (110, 120, 130), the M first constant current sources being connected in parallel with M cells of the N cells respectively, and configured to generate an output current according to a voltage of the connected cell, and M being a positive integer smaller than N; a voltage sampling module comprising N voltage sampling units (210, 220, 230, 240, 250), the N voltage sampling units being connected in parallel with the N cells respectively and configured to output a sampling voltage; a determining module connected with the voltage sampling module and configured to generate a first disconnection signal when the sampling voltage outputted from any one of the N voltage sampling units reaches a predetermined value; and a protective control module, connected with the determining module and configured to control the battery assembly to turn off according to the first disconnection signal; wherein N=2M-1, and a k th first constant current source is connected in parallel with a (2k-1) th cell, in which k is an integer ranging from 1 to M; characterized in that the protective device is configured such that, when the output current of the k th first constant current source decreases, the sampling voltage output from the (2k-1) th voltage sampling unit decreases, and the sampling voltages output from the 2k th and (2k-2) th voltage sampling units increase. a constant current source module comprising M first constant current sources (110, 120, 130), the M first constant current sources being connected in parallel with M cells of the N cells respectively, and configured to generate an output current according to a voltage of the connected cell, and M being a positive integer smaller than N; a voltage sampling module comprising N voltage sampling units (210, 220, 230, 240, 250), the N voltage sampling units being connected in parallel with the N cells respectively and configured to output a sampling voltage; a determining module connected with the voltage sampling module and configured to generate a first disconnection signal when the sampling voltage outputted from any one of the N voltage sampling units reaches a predetermined value; and a protective control module, connected with the determining module and configured to control the battery assembly to turn off according to the first disconnection signal; wherein N=2M-1, and a k th first constant current source is connected in parallel with a (2k-1) th cell, in which k is an integer ranging from 1 to M; characterized in that the protective device is configured such that, when the output current of the k th first constant current source decreases, the sampling voltage output from the (2k-1) th voltage sampling unit decreases, and the sampling voltages output from the 2k th and (2k-2) th voltage sampling units increase.