mhurhangee/ep-ind-claims huggingface dataset:
A pneumatic tire, preferably a pneumatic truck tire, comprising a tread, a carcass and a belt package interposed between the carcass and the tread, wherein the belt package includes a first working belt (41, 110), wherein the first working belt is the radially innermost belt and the axially widest belt of the belt package, wherein the belt package further includes a relatively low angle belt (43, 120) located radially outward of the first working belt (41, 110) and comprising parallel reinforcement elements angled at an angle of less than 10 degrees with respect to the circumferential direction of the tire (10, 100), wherein the belt package further includes a second working belt (45, 130) that is located radially outward of the relatively low angle belt (43, 120), wherein the second working belt (45, 130) has a first lateral end section and a second lateral end section, wherein a first lateral belt is located axially adjacent or axially outward the first lateral end section of the second working belt (45, 130), and wherein a second lateral belt is located axially adjacent or axially outward the second lateral end section of the second working belt (45, 130), characterized in that the first and second lateral belts (48, 52) are integrally formed with the relatively low angle belt (42, 120).
A method for connecting a user equipment to a network device via a mobile communication network (2, 3, 4, 5, 7), wherein the user equipment comprises at least a deregistered state and a registered state, wherein the deregistered state comprises at least two substates, a normal and an attempting-to-attach substate, for defining a connectivity state of the user equipment to the mobile communication network (2, 3, 4, 5, 7), and wherein the user equipment is connectable to the mobile communication network (2, 3, 4, 5, 7) and wherein the network device is connected to the mobile communication network (2, 3, 4, 5, 7) comprising the steps of a) Paging of the user equipment by a paging signal using a, preferably unique, user equipment identifier, b) Switching to the attempting-to-attach substate of the deregistered state of the user equipment when receiving a paging signal, c) Attaching the user equipment to the mobile communication network (2, 3, 4, 5, 7), and d) Switching to the registered state of the user equipment depending on a result of the attachment according to step c) characterized in that the user equipment is formed such to provide a passive state as connectivity state, wherein the user equipment in the passive state is at least page-able by an entity of the mobile communication network (2, 3, 4, 5, 7) and that, if the user equipment is in the passive state, the user equipment is switched according to step b) after performing step a) and that at least information of a current tracking area and the, preferably unique, identifier of the user equipment is stored in an entity of the mobile communication network (2, 3, 4, 5, 7) and/or a network device and that the information is used for at least performing step a). a) Paging of the user equipment by a paging signal using a, preferably unique, user equipment identifier, b) Switching to the attempting-to-attach substate of the deregistered state of the user equipment when receiving a paging signal, c) Attaching the user equipment to the mobile communication network (2, 3, 4, 5, 7), and d) Switching to the registered state of the user equipment depending on a result of the attachment according to step c)
An input device, (110, 115, 140, 150) comprising: input keys, wherein each key has associated with it a first sensitivity, a second sensitivity, and input information; key registration logic to: detect a first stimulus that corresponds to the first sensitivity of a first key of the input keys; register the first key when the first stimulus corresponding to the first sensitivity of the first key is detected; detect a second stimulus that corresponds to the second sensitivity; and input the input information corresponding to the first key when the second stimulus corresponding to the second sensitivity is detected, charaterized in that the second stimulus is of a second key that is a different key than the first key, and wherein the input information corresponding to the first key is consecutively input again, without re-registering the first key, when the second stimulus is consecutively detected again. input keys, wherein each key has associated with it a first sensitivity, a second sensitivity, and input information; key registration logic to: detect a first stimulus that corresponds to the first sensitivity of a first key of the input keys; register the first key when the first stimulus corresponding to the first sensitivity of the first key is detected; detect a second stimulus that corresponds to the second sensitivity; and input the input information corresponding to the first key when the second stimulus corresponding to the second sensitivity is detected, charaterized in that the second stimulus is of a second key that is a different key than the first key, and wherein the input information corresponding to the first key is consecutively input again, without re-registering the first key, when the second stimulus is consecutively detected again. detect a first stimulus that corresponds to the first sensitivity of a first key of the input keys; register the first key when the first stimulus corresponding to the first sensitivity of the first key is detected; detect a second stimulus that corresponds to the second sensitivity; and input the input information corresponding to the first key when the second stimulus corresponding to the second sensitivity is detected, charaterized in that the second stimulus is of a second key that is a different key than the first key, and wherein the input information corresponding to the first key is consecutively input again, without re-registering the first key, when the second stimulus is consecutively detected again.
An adsorbent assembly for removing contaminants within an enclosure comprising: a) an adhesive; b) an adsorbent media having a bottom surface, a top surface, and at least one side surface; and c) a filter media covering the adsorbent media, wherein the filter media is adjacent to the top surface and the at least one side surface of said adsorbent media and said adsorbent media includes at least one groove adjacent to the filter media, and wherein the at least one groove is on the top surface of said adsorbent media. a) an adhesive; b) an adsorbent media having a bottom surface, a top surface, and at least one side surface; and c) a filter media covering the adsorbent media, wherein the filter media is adjacent to the top surface and the at least one side surface of said adsorbent media and said adsorbent media includes at least one groove adjacent to the filter media, and wherein the at least one groove is on the top surface of said adsorbent media.
Device for heating exhaust gases of an internal combustion engine, having a combustion chamber, having a fuel supply for the feed of a preferably liquid fuel, and having a supply device for the feed of a combustion-promoting gas into the combustion chamber via two mutually spaced-apart introduction points (13, 15), wherein means are provided which, in a manner dependent on the fed quantity of fuel, adjust the ratio between a first mass flow m 1 of the combustion-promoting gas and a second mass flow m 2 of the combustion-promoting gas a distribution of the mass flows m 1, m 2 via the two introduction points (13, 15) into the combustion chamber, wherein the supply device comprises a pump, and wherein the pump is connected via two separate lines (34, 36) to the two mutually spaced-apart introduction points (13, 15), wherein the pump or the two separate lines (34, 36) between the pump and the introduction points (13, 15) are assigned the means for the distribution of the first mass flow m1 and the second mass flow m2 of the combustion-promoting gas, characterized in that, at the fuel supply, there are arranged determination means which determine the fuel feed to the combustion chamber, wherein the means for the distribution of the first mass flow m1 and the second mass flow m2 distribute the two mass flows m1, m2 in a manner dependent on the feed of the fuel detected by the determination means, and wherein a power of the pump is controlled or regulated in a manner dependent on the feed of the fuel detected by the determination means.
A pharmaceutical composition suitable for lyophilization, comprising: brincidofovir at a concentration of 10 mg/mL; mannitol at a concentration from 2.5% (w/v) to 9% (w/v); L-arginine at a concentration from 100 mM to 200 mM; and water; wherein the pH of the composition is 8.0. brincidofovir at a concentration of 10 mg/mL; mannitol at a concentration from 2.5% (w/v) to 9% (w/v); L-arginine at a concentration from 100 mM to 200 mM; and water;
A system 100, comprising: a handle 102, comprising: a prime mover 126 disposed therewithin; and a prime mover gear 128 fixedly attached to a shaft 130 of the prime mover 126; an exchangeable drive shaft cartridge 104, comprising: a drive shaft 142 comprising an abrading element disposed proximate a distal end thereof; a gear engagement assembly 144 comprising a drive shaft gear 148 fixedly attached to the drive shaft 142 proximate a proximal end thereof; and a first data module 1116 comprising one or more characteristics of the drive shaft cartridge 104; a processor 1118 operatively coupled with the prime mover 126; a second data module 1120 operatively coupled with the processor 1118; one or more alignment elements 152, 154, 156, 158 for aligning the prime mover gear 128 and the drive shaft gear 148 with one another; and one or more connectors 172 for removably connecting the handle 102 and the drive shaft cartridge 104 with one another; wherein removably connecting the handle 102 and the drive shaft cartridge 104: meshes the prime mover gear 128 and the drive shaft gear 148 to operatively couple the prime mover 126 and the drive shaft 142; and operatively couples the processor 1118 and the first data module 1116. a handle 102, comprising: a prime mover 126 disposed therewithin; and a prime mover gear 128 fixedly attached to a shaft 130 of the prime mover 126; a prime mover 126 disposed therewithin; and a prime mover gear 128 fixedly attached to a shaft 130 of the prime mover 126; an exchangeable drive shaft cartridge 104, comprising: a drive shaft 142 comprising an abrading element disposed proximate a distal end thereof; a gear engagement assembly 144 comprising a drive shaft gear 148 fixedly attached to the drive shaft 142 proximate a proximal end thereof; and a first data module 1116 comprising one or more characteristics of the drive shaft cartridge 104; a drive shaft 142 comprising an abrading element disposed proximate a distal end thereof; a gear engagement assembly 144 comprising a drive shaft gear 148 fixedly attached to the drive shaft 142 proximate a proximal end thereof; and a first data module 1116 comprising one or more characteristics of the drive shaft cartridge 104; a processor 1118 operatively coupled with the prime mover 126; a second data module 1120 operatively coupled with the processor 1118; one or more alignment elements 152, 154, 156, 158 for aligning the prime mover gear 128 and the drive shaft gear 148 with one another; and one or more connectors 172 for removably connecting the handle 102 and the drive shaft cartridge 104 with one another; wherein removably connecting the handle 102 and the drive shaft cartridge 104: meshes the prime mover gear 128 and the drive shaft gear 148 to operatively couple the prime mover 126 and the drive shaft 142; and operatively couples the processor 1118 and the first data module 1116. meshes the prime mover gear 128 and the drive shaft gear 148 to operatively couple the prime mover 126 and the drive shaft 142; and operatively couples the processor 1118 and the first data module 1116.
A flexible guide for use with a surgical fastener applying apparatus comprising an end effector including first and second movable jaws (24, 26), the flexible guide having a connector member and an introducer member of a first material, the connector member being configured and dimensioned for releasable, contemporaneous engagement with a dissector tip of the end effector and with the introducer member such that the connector member is positionable between the end effector and the introducer member, wherein the introducer member is at least partially formed from a flexible material, and is configured and dimensioned to separate target tissue from collateral tissue prior to positioning of the target tissue between the first and second jaws, the flexible guide being longer than each of the first and second jaws, characterized in that the connector member is formed from a second biocompatible material suitable for contact with a patient's internal tissue during a surgical procedure, wherein said second biocompatible material is relatively more rigid than the first material of the introducer member.
A method for recovering energy from heat-conducting media, wherein a heat-conducting medium is carried in a heating media channel (32; 216) and supplied to a first heat exchanger (14; 202), which has a first media channel having a first inlet and a first outlet and a second media channel having a second inlet (40; 204) and a second outlet, wherein the heat-conducting medium is fed to the first inlet of the first media channel of the first heat exchanger (14; 202) and a recovery medium, which is carried in a recovery media circuit (12; 102; 152; 218), is fed to the second inlet of the second media channel of the first heat exchanger (14; 202), wherein the recovery media circuit (12; 102; 152; 218) is used in a thermal operating range where Tmin ≤ T ≤ Tmax, wherein the recovery medium in the first heat exchanger (14; 202) comprises two substances, wherein the first substance is gaseous in the thermal operating range and the second substance undergoes a phase change from liquid to gaseous in the thermal operating range, characterised in that there is a second heat exchanger with a first media channel having a first inlet and a first outlet and a second media channel having a second inlet and a second outlet, wherein the first outlet of the second heat exchanger is connected to the second inlet (40; 204) of the first heat exchanger (14; 202) and the second outlet of the first heat exchanger (14; 202) is connected to the second inlet of the second heat exchanger.
A transponder comprising: - a clock signal generator that generates a transmit clock signal having a frequency that is a defined fraction of a frequency of an interrogation signal; - a code generator that generates an n-bit spreading code from a unique set of at least two spreading codes allocated to the transponder from among a plurality of available spreading codes using the transmit clock signal, wherein the code generator inputs a unique set of address bits assigned to the transponder and a set of data bits from a storage device and generates the n-bit spreading code from the unique set of address bits and the set of data bits, wherein the unique set of address bits defines the unique set of at least two spreading codes; and - a signal generator that transmits a transponder signal that includes the n-bit spreading code. - a clock signal generator that generates a transmit clock signal having a frequency that is a defined fraction of a frequency of an interrogation signal; - a code generator that generates an n-bit spreading code from a unique set of at least two spreading codes allocated to the transponder from among a plurality of available spreading codes using the transmit clock signal, wherein the code generator inputs a unique set of address bits assigned to the transponder and a set of data bits from a storage device and generates the n-bit spreading code from the unique set of address bits and the set of data bits, wherein the unique set of address bits defines the unique set of at least two spreading codes; and - a signal generator that transmits a transponder signal that includes the n-bit spreading code.
An electrode device for use in treating incontinence in an individual or animal, comprising: a body having a skin contact side and a non-contact side, extending longitudinally between an anterior end and a posterior end, and defining a medial egress from the contact side to the non-contact side; a plurality of spaced activatable conductive regions positioned on the contact side of the body and being substantially electrically insulated from the non-contact side, two anterior conductive regions being positioned within the longitudinally anterior end and two posterior conductive regions being positioned within the longitudinally posterior end; wherein the body defines an outer peripheral edge that transitions inwardly toward an intermediate portion between the anterior and posterior ends and the body defines a profile configured for interfacing with perineal tissue in a position whereby electrical current generated between the conductive regions is allowed to penetrate the perineal tissue and stimulate at least one muscle therein in the individual or animal, and each of the two anterior conductive regions is spaced from one of the two posterior conductive regions by a longitudinal spacing and the two anterior conductive regions are spaced from each other by a lateral spacing, and wherein the longitudinal spacing is greater than the lateral spacing. a body having a skin contact side and a non-contact side, extending longitudinally between an anterior end and a posterior end, and defining a medial egress from the contact side to the non-contact side; a plurality of spaced activatable conductive regions positioned on the contact side of the body and being substantially electrically insulated from the non-contact side, two anterior conductive regions being positioned within the longitudinally anterior end and two posterior conductive regions being positioned within the longitudinally posterior end; wherein the body defines an outer peripheral edge that transitions inwardly toward an intermediate portion between the anterior and posterior ends and the body defines a profile configured for interfacing with perineal tissue in a position whereby electrical current generated between the conductive regions is allowed to penetrate the perineal tissue and stimulate at least one muscle therein in the individual or animal, and each of the two anterior conductive regions is spaced from one of the two posterior conductive regions by a longitudinal spacing and the two anterior conductive regions are spaced from each other by a lateral spacing, and wherein the longitudinal spacing is greater than the lateral spacing.
A composition comprising: a) optionally a Component, wherein Component is a fluorine-containing polymer having a weight average molecular weight from 600 to 100,000, optionally having reactive functional groups; b) 0.1 % to 75% weight% of a Component, wherein Component is a fluorine- and silicon-containing polymer having a weight average molecular weight from 600 to 100,000, having reactive functional groups, and is described by Formula: where A is a reactive functional group, R 1 - R 3 are each independently a C 1 -C 6 alkyl group, optionally containing ether linkages, wherein at least one R is at least partially fluorinated, and x, y, and z are integers indicating the number of repeat units in the polymer, wherein at least one of x, y, and z is greater than 0; c) 5 to 99.9 weight% of a Component, wherein Component is a reactive diluent having a weight average molecular weight less than 600 and having at least one functional group; d) 0 to 20 weight% of a Component, wherein Component is a fluorine-containing non-functional oligomer or polymer having a number average molecular weight less than 10,000; and e) 0 to 80 weight% of a Component comprising inorganic particles; wherein 0.1 to 95 weight% of the composition is Component and optionally Component, 5 to 99.9 weight% of the composition is Component, and the remainder of the composition being one or both of Components and, wherein all the weight percentages are based on the total weight of the Components through, and with the proviso that Component is not identical to Component when both are present. a) optionally a Component, wherein Component is a fluorine-containing polymer having a weight average molecular weight from 600 to 100,000, optionally having reactive functional groups; b) 0.1 % to 75% weight% of a Component, wherein Component is a fluorine- and silicon-containing polymer having a weight average molecular weight from 600 to 100,000, having reactive functional groups, and is described by Formula: where A is a reactive functional group, R 1 - R 3 are each independently a C 1 -C 6 alkyl group, optionally containing ether linkages, wherein at least one R is at least partially fluorinated, and x, y, and z are integers indicating the number of repeat units in the polymer, wherein at least one of x, y, and z is greater than 0; c) 5 to 99.9 weight% of a Component, wherein Component is a reactive diluent having a weight average molecular weight less than 600 and having at least one functional group; d) 0 to 20 weight% of a Component, wherein Component is a fluorine-containing non-functional oligomer or polymer having a number average molecular weight less than 10,000; and e) 0 to 80 weight% of a Component comprising inorganic particles;
A spray system comprising a cap for attachment to a sprayer, said spray system comprising: an outlet nozzle through which product may be sprayed, said nozzle defining an axial direction and having a longitudinal axis L-L therethrough; a groove extending from an inlet to an associated and discrete inlet port, said inlet port having an associated inlet area, said inlet port not circumscribing said longitudinal axis L-L and being radially offset therefrom, said groove having an associated groove length taken parallel to said longitudinal axis; a funnel wall which has an inlet radius at a first end and an outlet radius corresponding to the nozzle exit, said funnel wall having said groove therein; a flow area joining said inlet port and said nozzle, said flow area comprising a surface of revolution about said longitudinal axis L-L, said surface of revolution convergently directing flow from said at least one inlet port to said a nozzle; said surface of revolution circumscribing said longitudinal axis L-L, whereby said surface of revolution has an associated surface length taken parallel to said longitudinal axis L-L, whereby said surface length is greater than said groove length. an outlet nozzle through which product may be sprayed, said nozzle defining an axial direction and having a longitudinal axis L-L therethrough; a groove extending from an inlet to an associated and discrete inlet port, said inlet port having an associated inlet area, said inlet port not circumscribing said longitudinal axis L-L and being radially offset therefrom, said groove having an associated groove length taken parallel to said longitudinal axis; a funnel wall which has an inlet radius at a first end and an outlet radius corresponding to the nozzle exit, said funnel wall having said groove therein; a flow area joining said inlet port and said nozzle, said flow area comprising a surface of revolution about said longitudinal axis L-L, said surface of revolution convergently directing flow from said at least one inlet port to said a nozzle; said surface of revolution circumscribing said longitudinal axis L-L, whereby said surface of revolution has an associated surface length taken parallel to said longitudinal axis L-L, whereby said surface length is greater than said groove length.