mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling a transfer case and/or a differential lock of a vehicle , characterized in that the method has the following steps: reading in a torque signal and an inclination signal , wherein the torque signal represents a torque which is output by a motor , and the inclination signal represents an inclination of a piece of ground on which the vehicle is currently located; and activating the transfer case and/or the differential lock in the vehicle in response to the torque signal and the inclination signal , characterized in that in the reading in step a torque signal is also read in which represents a rotational speed of an output shaft of the motor , wherein in the activation step the transfer case and/or the differential lock are/is not activated if the rotational speed has a value which is higher a predefined rotational speed maximum value. reading in a torque signal and an inclination signal , wherein the torque signal represents a torque which is output by a motor , and the inclination signal represents an inclination of a piece of ground on which the vehicle is currently located; and activating the transfer case and/or the differential lock in the vehicle in response to the torque signal and the inclination signal , characterized in that in the reading in step a torque signal is also read in which represents a rotational speed of an output shaft of the motor , wherein in the activation step the transfer case and/or the differential lock are/is not activated if the rotational speed has a value which is higher a predefined rotational speed maximum value.
Lamp (1; 9; 13; 27) having at least one housing (14; 30) and a heat source connected thereto as well as a base (5; 17; 31) for connection to a lamp socket (6; 18; 28), wherein - the base (5; 17; 31) has at least one electrical contact (22; 35; 36), characterised in that the base additionally has at least one heat dissipation surface (7a; 11a; 24a; 33) which does not constitute an electrical contact, and wherein the heat source comprising at least one light source and/or driver circuit is thermally conductively connected to at least one of the heat dissipation surfaces (7a; 11a; 24a; 33) which do not constitute an electrical contact. - the base (5; 17; 31) has at least one electrical contact (22; 35; 36), characterised in that the base additionally has at least one heat dissipation surface (7a; 11a; 24a; 33) which does not constitute an electrical contact, and wherein the heat source comprising at least one light source and/or driver circuit is thermally conductively connected to at least one of the heat dissipation surfaces (7a; 11a; 24a; 33) which do not constitute an electrical contact.
Method to limit corrosion and emissions in thermal process equipment, integrating the problematic substances released during combustion, where halogens and combustion-critical metals, dioxins and furans, chlorinated hydrocarbons, polychlorinated biphenyls and polycyclic aromatic hydrocarbons are defined as problematic substances, combustion-critical metals are defined as alkali and alkaline earth metals, heavy metals with a density ≥5 g/cm3, the light metal aluminium in metallic form and other low-melting point metallic phases with melting points ≤1,000°C, and halogens are defined as the elements of the seventh group of the periodic table, comprising chlorine, as well as sulphur, phosphor, nitrogen, chromium and their oxides, characterized in that a hydrated sorbent of an alkaline nature is added during combustion and before reaching the exhaust system, where either geopolymers, hydrated hydraulic and latent hydraulic phases or sedimentary rocks are used as a hydrated sorbent of an alkaline nature, and in that the chemically bonded water and/or the hydroxide groups and/or the hydronium ions of the hydrated sorbent are separated after the hydrated sorbent is added to the combustion process, forming reactive oxide blends, where the hydrated sorbent has a molar factor of aluminium oxide to silica of ≥0.13 and hence is of an alkaline nature.
A capsule for soluble or extractable products, using a pressurized extraction fluid, comprising: - a container body , defining a volume for housing the soluble or extractable product, having a lower base and a upper base and a side wall extending in a longitudinal direction (X-X) between the lower base and the upper base , - a first compostable barrier lid , which is sealably associated with said upper base , - said lower base having; - an inner surface , facing toward the volume for housing the soluble or extractable product, and an outer surface facing out of the capsule , openings for the passage of an extraction fluid from the outer surface to the inner surface , and - a second compostable barrier lid , characterized in that the second lid is a barrier against oxygen and moisture and is associated in a sealing manner with the inner surface of the lower base by a sealing region , said openings of said lower base being closed by said second lid , said sealing region , in operation, being adapted to yield at least in a portion thereof, thereby causing the second lid to be raised relative to the inner surface of the lower base , under the pressure of the extraction fluid that flows through said openings . - a container body , defining a volume for housing the soluble or extractable product, having a lower base and a upper base and a side wall extending in a longitudinal direction (X-X) between the lower base and the upper base , - a first compostable barrier lid , which is sealably associated with said upper base , - said lower base having; - an inner surface , facing toward the volume for housing the soluble or extractable product, and an outer surface facing out of the capsule , openings for the passage of an extraction fluid from the outer surface to the inner surface , and - an inner surface , facing toward the volume for housing the soluble or extractable product, and an outer surface facing out of the capsule , openings for the passage of an extraction fluid from the outer surface to the inner surface , and - a second compostable barrier lid ,
Apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy beam , comprising a measuring unit comprising: a collimating optic , a focusing optic , and a first beam splitter located between the collimating optic and the focusing optic ; a first measuring device configured to generate information relating to a collimated part of the energy beam ; a second measuring device configured to generate information relating to a focused part of the energy beam ; wherein a first optical beam path extends from the collimating optic through the focusing optic onto a build plane , a second optical beam path extends from the collimating optic to the first measuring device , and a third optical beam path extends from the build plane and/or a surface between the build plane and the focusing optic through the focusing optic to the second measuring device ; and wherein the first measuring device comprises a second beam splitter configured to split the part of the energy beam travelling the second optical beam path into two sub-parts and/or that the second measuring device comprises a second beam splitter configured to split the part of the energy beam travelling the third optical beam path into two sub-parts . a collimating optic , a focusing optic , and a first beam splitter located between the collimating optic and the focusing optic ; a first measuring device configured to generate information relating to a collimated part of the energy beam ; a second measuring device configured to generate information relating to a focused part of the energy beam ; wherein a first optical beam path extends from the collimating optic through the focusing optic onto a build plane , a second optical beam path extends from the collimating optic to the first measuring device , and a third optical beam path extends from the build plane and/or a surface between the build plane and the focusing optic through the focusing optic to the second measuring device ; and wherein the first measuring device comprises a second beam splitter configured to split the part of the energy beam travelling the second optical beam path into two sub-parts and/or that the second measuring device comprises a second beam splitter configured to split the part of the energy beam travelling the third optical beam path into two sub-parts .
Control drive for motor vehicle applications, in particular for a motor vehicle latch having said control drive , for realizing various functional positions, comprising • an electromagnetic rotary actuator having a rotor and a stator, in particular a coil carrier; • a drive lever , it being possible to bring the drive lever into various functional positions by means of the rotary actuator ; • a switch lever ; wherein • the drive lever interacts with the switch lever in such a way that, after one of the functional positions has been reached by means of the switch lever , a torque can be introduced into the drive lever ; • the drive lever is accommodated so as to be pivotable about a first axis ; • the switch lever is mounted so as to be pivotable about a second axis ; wherein • the switch lever is designed to ratchet the drive lever in the functional position; • the torque that can be introduced into the drive lever by means of the switch lever stabilizes the functional position, characterized in that • the drive lever has a guide cam ; • the switch lever has a guide contour ; • the guide cam is in engagement with the guide contour ; • the drive lever interacting with a stop in the functional position, • an electromagnetic rotary actuator having a rotor and a stator, in particular a coil carrier; • a drive lever , it being possible to bring the drive lever into various functional positions by means of the rotary actuator ; • a switch lever ; • the drive lever interacts with the switch lever in such a way that, after one of the functional positions has been reached by means of the switch lever , a torque can be introduced into the drive lever ; • the drive lever is accommodated so as to be pivotable about a first axis ; • the switch lever is mounted so as to be pivotable about a second axis ; • the switch lever is designed to ratchet the drive lever in the functional position; • the torque that can be introduced into the drive lever by means of the switch lever stabilizes the functional position, characterized in that • the drive lever has a guide cam ; • the switch lever has a guide contour ; • the guide cam is in engagement with the guide contour ; • the drive lever interacting with a stop in the functional position,
A method for communication in a control server of a communication system, the method comprising: receiving, from an electronic device , a control plane message including information of an application corresponding to a network session, the information of the application including information on a category of the application and the category of the application being determined based on at least one of a data transmission method and the kind of data that is transmitted and received; receiving, from a network node, information related to a network congestion condition corresponding to the network session; determining a policy for controlling a traffic flow of the network session based on the category of the application, the network congestion condition corresponding to the network session, and profile information of the application, wherein the profile information includes information on action to be taken by at least one of the control server, a gateway or the electronic device in response to congestion associated with the application, and the information on the action includes buffering permission time information or whether to block packet transmission; and transmitting the determined policy to at least one of the gateway and the electronic device. receiving, from an electronic device , a control plane message including information of an application corresponding to a network session, the information of the application including information on a category of the application and the category of the application being determined based on at least one of a data transmission method and the kind of data that is transmitted and received; receiving, from a network node, information related to a network congestion condition corresponding to the network session; determining a policy for controlling a traffic flow of the network session based on the category of the application, the network congestion condition corresponding to the network session, and profile information of the application, wherein the profile information includes information on action to be taken by at least one of the control server, a gateway or the electronic device in response to congestion associated with the application, and the information on the action includes buffering permission time information or whether to block packet transmission; and transmitting the determined policy to at least one of the gateway and the electronic device.
A magnesium air battery comprising at least one anode comprising or consisting of magnesium or a magnesium alloy, at least one cathode, an electrolyte in connection with the at least one anode and cathode, characterized in that the electrolyte comprises an aqueous solution comprising at least one inorganic salt selected from the group consisting of alkali metal and alkaline earth metal chlorides, alkali metal and alkaline earth metal nitrates, alkali metal and alkaline earth metal nitrites, alkali metal and alkaline earth metal thiocyanates, alkali metal and alkaline earth metal sulfates, or mixtures thereof and a chelating agent which is capable of forming a complex with at least one of Fe(II) and Fe(III) ions, where the complex with at least one of Fe(II) and Fe(III) ions has a stability constant in aqueous solution at room temperature (about 25°C) log K of greater than or equal to 6.0 and which is also capable of forming a complex with Mg(II) ions where the complex with Mg(II) ions has a stability constant in aqueous solution at room temperature (about 25°C) log K of greater than or equal to 4.0.
An apparatus , comprising: an illumination source configured to produce and direct a multi-wavelength illumination beam (104, 204, 304, 602, 702, 806a-806c) to a microfluidic target that can include nanotags ; a detector (118, 622a-622d, 638, 724) configured to receive a multi-wavelength detection beam (120, 140 , 502, 620, 634, 720, 808a-808c) from the microfluidic target and to produce a detection signal, wherein the multi-wavelength detection beam (120, 140 , 502, 620, 634, 720, 808a-808c) comprises light that is elastically side-scattered by an interaction between the multi-wavelength illumination beam (104, 204, 304, 602, 702, 806a-806c) and the nanotags in the microfluidic target ; and a processor configured to receive the detection signal and to determine the presence of the nanotags in the microfluidic target by comparing multiple wavelength side-scatter intensity characteristics of the detection signal with predetermined multi-wavelength elastic side-scatter intensity profiles of one or more nanotag types. an illumination source configured to produce and direct a multi-wavelength illumination beam (104, 204, 304, 602, 702, 806a-806c) to a microfluidic target that can include nanotags ; a detector (118, 622a-622d, 638, 724) configured to receive a multi-wavelength detection beam (120, 140 , 502, 620, 634, 720, 808a-808c) from the microfluidic target and to produce a detection signal, wherein the multi-wavelength detection beam (120, 140 , 502, 620, 634, 720, 808a-808c) comprises light that is elastically side-scattered by an interaction between the multi-wavelength illumination beam (104, 204, 304, 602, 702, 806a-806c) and the nanotags in the microfluidic target ; and a processor configured to receive the detection signal and to determine the presence of the nanotags in the microfluidic target by comparing multiple wavelength side-scatter intensity characteristics of the detection signal with predetermined multi-wavelength elastic side-scatter intensity profiles of one or more nanotag types.
A computer-implemented method for conducting a transaction via a network , comprising a client computer and: a server receiving transaction information associated with the transaction via the network from a network browser in a client computer , wherein the browser executes in combination with one or more browser-helper-objects ; in response to receiving the transaction information, the server providing an encrypted version of the received transaction information via the network to an application that executes in the client computer, which facilitates comparing at the client computer the received transaction information, after decryption from said encrypted version, with original transaction information provided by a user to the computer, wherein communication with the application via the network is independent of the network browser, and wherein the application is separate from the network browser; if the received transaction information matches the original transaction information, the server receiving an approval code for the transaction from the network browser in the client computer via the network; and in response to receiving the approval code, the server performing the transaction. a server receiving transaction information associated with the transaction via the network from a network browser in a client computer , wherein the browser executes in combination with one or more browser-helper-objects ; in response to receiving the transaction information, the server providing an encrypted version of the received transaction information via the network to an application that executes in the client computer, which facilitates comparing at the client computer the received transaction information, after decryption from said encrypted version, with original transaction information provided by a user to the computer, wherein communication with the application via the network is independent of the network browser, and wherein the application is separate from the network browser; if the received transaction information matches the original transaction information, the server receiving an approval code for the transaction from the network browser in the client computer via the network; and in response to receiving the approval code, the server performing the transaction.
An electron-beam-excited ultraviolet light source, comprising: an ultraviolet light generating target , comprising: a substrate made of sapphire, quartz or rock crystal, a Pr:LuAG polycrystalline film provided on the substrate and generating ultraviolet light upon receiving an electron beam, and an aluminum film provided on the Pr:LuAG polycrystalline film , an electron source providing the electron beam to the ultraviolet light generating target ; an extraction electrode for applying an extraction voltage to the electron source ; a power supply unit applying the extraction voltage between the electron source and the extraction electrode ; and a vacuum-pumped electron tube in which the ultraviolet light generating target , the electron source , and the extraction electrode are arranged, wherein the Pr:LuAG polycrystalline film receives the electron beam through the aluminum film , and wherein the ultraviolet light generated in the Pr:LuAG polycrystalline film is output through the substrate . an ultraviolet light generating target , comprising: a substrate made of sapphire, quartz or rock crystal, a Pr:LuAG polycrystalline film provided on the substrate and generating ultraviolet light upon receiving an electron beam, and an aluminum film provided on the Pr:LuAG polycrystalline film , a substrate made of sapphire, quartz or rock crystal, a Pr:LuAG polycrystalline film provided on the substrate and generating ultraviolet light upon receiving an electron beam, and an aluminum film provided on the Pr:LuAG polycrystalline film , an electron source providing the electron beam to the ultraviolet light generating target ; an extraction electrode for applying an extraction voltage to the electron source ; a power supply unit applying the extraction voltage between the electron source and the extraction electrode ; and a vacuum-pumped electron tube in which the ultraviolet light generating target , the electron source , and the extraction electrode are arranged, wherein the Pr:LuAG polycrystalline film receives the electron beam through the aluminum film , and wherein the ultraviolet light generated in the Pr:LuAG polycrystalline film is output through the substrate .
An article of footwear comprising a sole structure including a forefoot region , a midfoot region , a medial side and a lateral side, the sole structure comprising: a sole plate ; a lasting board having a ground side surface, a foot side surface opposite the ground side surface, an outer peripheral edge, and an inner peripheral edge defining an opening , wherein, the outer peripheral edge of the lasting board includes an outer forward edge, an outer rearward edge disposed opposite the outer forward edge, an outer lateral edge and an outer medial edge disposed opposite the outer lateral edge, the inner peripheral edge of the sole plate is substantially parallel to the outer peripheral edge of the sole plate , and the lasting board has a width defined between the inner peripheral edge and the outer peripheral edge; and an insole disposed adjacent the foot side surface of the lasting board , the insole having a foot side surface, a ground side surface opposite the foot side surface, wherein the insole has a protrusion sized and shaped to fit within the opening of the lasting board , and wherein the ground side surface of the insole that is formed by the protrusion is substantially flush with the ground side surface of the lasting board . a sole plate ; a lasting board having a ground side surface, a foot side surface opposite the ground side surface, an outer peripheral edge, and an inner peripheral edge defining an opening , wherein, the outer peripheral edge of the lasting board includes an outer forward edge, an outer rearward edge disposed opposite the outer forward edge, an outer lateral edge and an outer medial edge disposed opposite the outer lateral edge, the inner peripheral edge of the sole plate is substantially parallel to the outer peripheral edge of the sole plate , and the lasting board has a width defined between the inner peripheral edge and the outer peripheral edge; and the outer peripheral edge of the lasting board includes an outer forward edge, an outer rearward edge disposed opposite the outer forward edge, an outer lateral edge and an outer medial edge disposed opposite the outer lateral edge, the inner peripheral edge of the sole plate is substantially parallel to the outer peripheral edge of the sole plate , and the lasting board has a width defined between the inner peripheral edge and the outer peripheral edge; and an insole disposed adjacent the foot side surface of the lasting board , the insole having a foot side surface, a ground side surface opposite the foot side surface, wherein the insole has a protrusion sized and shaped to fit within the opening of the lasting board , and wherein the ground side surface of the insole that is formed by the protrusion is substantially flush with the ground side surface of the lasting board .