mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle attachment for providing supplemental power to a vehicle including an onboard power source and an implement associated with the vehicle, the attachment comprising: a chassis configured to be attached to the vehicle, an attachment power source supported by the chassis; an energy storage device supported by the chassis and configured to receive power from the attachment power source; one or more power transfer connections between the vehicle and one or more of the attachment power source and the energy storage device; and a control system including a controller , the control system being configured to one or more of transmit a signal to and receive a signal from one or more of the attachment power source and the energy storage device; wherein the control system, the attachment power source, and the energy storage device are configured to provide power from one or more of the attachment power source and the energy storage device, via the one or more power transfer connections, to one or more of the vehicle and the implement associated with the vehicle; wherein the control system is further configured to cause storage of electric power in the electric storage device when the onboard power source is not at full load, and when the onboard power source is at full load, to cause transfer of power from the vehicle attachment to one or more of the vehicle and the implement associated with the vehicle. a chassis configured to be attached to the vehicle, an attachment power source supported by the chassis; an energy storage device supported by the chassis and configured to receive power from the attachment power source; one or more power transfer connections between the vehicle and one or more of the attachment power source and the energy storage device; and a control system including a controller , the control system being configured to one or more of transmit a signal to and receive a signal from one or more of the attachment power source and the energy storage device; wherein the control system, the attachment power source, and the energy storage device are configured to provide power from one or more of the attachment power source and the energy storage device, via the one or more power transfer connections, to one or more of the vehicle and the implement associated with the vehicle; wherein the control system is further configured to cause storage of electric power in the electric storage device when the onboard power source is not at full load, and when the onboard power source is at full load, to cause transfer of power from the vehicle attachment to one or more of the vehicle and the implement associated with the vehicle.
A user monitoring system, comprising an e-cigarette comprising a power source , and an electronic breath alcohol testing device for detecting alcohol detachable from the e-cigarette, in which the electronic breath alcohol testing device is adapted to access the airflow path of the e-cigarette when physically attached to the e-cigarette; and when attached, the electronic breath alcohol testing device is operable to share at least part of an airflow path of the e-cigarette, and when attached, the electronic breath alcohol testing device is operable to share the power source of the e-cigarette. an e-cigarette comprising a power source , and an electronic breath alcohol testing device for detecting alcohol detachable from the e-cigarette, in which the electronic breath alcohol testing device is adapted to access the airflow path of the e-cigarette when physically attached to the e-cigarette; and when attached, the electronic breath alcohol testing device is operable to share at least part of an airflow path of the e-cigarette, and when attached, the electronic breath alcohol testing device is operable to share the power source of the e-cigarette.
Method for forming a polymeric film of the polyarylene type over all or part of a metal substrate, characterised in that the method consists of the following steps: - putting the part or parts of the substrate to be coated with the film in contact with a gel comprising at least one aryldiazonium salt and at least one gelling agent; and - spontaneously forming said film, wherein said metal substrate is a reducing metal substrate. - putting the part or parts of the substrate to be coated with the film in contact with a gel comprising at least one aryldiazonium salt and at least one gelling agent; and - spontaneously forming said film,
Double oscillation drive comprising a) a drive motor operated for oscillating, b) two output shafts and c) a driving connection which couples the drive motor to the two output shafts in a way such that the output shafts execute oscillating rotational movements having an orientation opposite to each other, d) the driving connection or the drive motor being designed such that a driving element is driven with a translational oscillating movement and the driving element is coupled to each of the output shafts by a respective toggle lever drive . a) a drive motor operated for oscillating, b) two output shafts and c) a driving connection which couples the drive motor to the two output shafts in a way such that the output shafts execute oscillating rotational movements having an orientation opposite to each other, d) the driving connection or the drive motor being designed such that a driving element is driven with a translational oscillating movement and the driving element is coupled to each of the output shafts by a respective toggle lever drive .
A modular case assembly for a selected range of tablet computers, the modular assembly comprising: a tablet carrier configured to encase a selected tablet computer selected from the range of tablet computers; an exterior housing configured to enclose the tablet carrier , the exterior housing comprising at least one battery and a controller for communication with the selected tablet computer; and an end cap configured to be removably attached to the exterior housing and including a functional device configured to be in communication with the controller by a connector ; wherein the tablet carrier has internal surfaces for retaining the selected tablet computer while still providing access to one or more ports and an external button configuration of the selected tablet computer when encased by the tablet carrier ; wherein the at least one battery and the controller of the exterior housing are configured to be operatively connected to one or more ports of the tablet computer so as to allow transfer of power and communication of data between the controller , the tablet computer, and the functional device of the end cap ; characterized in that the tablet carrier and/or exterior housing comprises at least one programmable button configured to communicate with the controller such that, when the modular case assembly is connected for communication with the selected tablet computer, a specified function associated with the selected tablet computer is implemented via communication between the controller and the selected tablet computer. a tablet carrier configured to encase a selected tablet computer selected from the range of tablet computers; an exterior housing configured to enclose the tablet carrier , the exterior housing comprising at least one battery and a controller for communication with the selected tablet computer; and an end cap configured to be removably attached to the exterior housing and including a functional device configured to be in communication with the controller by a connector ; wherein the tablet carrier has internal surfaces for retaining the selected tablet computer while still providing access to one or more ports and an external button configuration of the selected tablet computer when encased by the tablet carrier ; wherein the at least one battery and the controller of the exterior housing are configured to be operatively connected to one or more ports of the tablet computer so as to allow transfer of power and communication of data between the controller , the tablet computer, and the functional device of the end cap ; characterized in that the tablet carrier and/or exterior housing comprises at least one programmable button configured to communicate with the controller such that, when the modular case assembly is connected for communication with the selected tablet computer, a specified function associated with the selected tablet computer is implemented via communication between the controller and the selected tablet computer.
A process for preparation of Barnidipine or a pharmaceutically acceptable salt thereof, comprising the steps of, a) providing a chiral compound of Formula II, where R is a chiral auxiliary moiety; and n = 1 - 4; b) treating said chiral compound of Formula II with m-nitrobenzaldehyde and methyl-3-aminocrotonate under Hantzsch reaction conditions to obtain a chiral compound of Formula III; where R is a chiral auxiliary moiety; and n = 1 - 4; and c) converting said chiral compound of Formula III to Barnidipine or a pharmaceutically acceptable salt thereof, wherein said chiral auxiliary moiety is selected from the group consisting of -disubstituted butanedioate, -2-isopropyl- 5-methyl- cyclohexyl, N-benzyl- 3(S)-pyrrolidinyl, (S)-alpha-substituted phenyl acetic acid ester and (S)-alpha-substituted butanedioate. a) providing a chiral compound of Formula II, where R is a chiral auxiliary moiety; and n = 1 - 4; b) treating said chiral compound of Formula II with m-nitrobenzaldehyde and methyl-3-aminocrotonate under Hantzsch reaction conditions to obtain a chiral compound of Formula III; where R is a chiral auxiliary moiety; and n = 1 - 4; and c) converting said chiral compound of Formula III to Barnidipine or a pharmaceutically acceptable salt thereof, wherein said
Driverless ground vehicle for conveying loads such as vehicle bodies and/or vehicle parts, comprising a) a vehicle body with a first axle and with a second axle, wherein at least one axle is driveable, b) receiving points (24-30) for receiving a load , wherein a first number of receiving points are arranged in a first region of the vehicle body and a second number of receiving points are arranged in a second region of the vehicle body, characterized in that c) the distance between the first number of receiving points and the second number of receiving points is adjustable. a) a vehicle body with a first axle and with a second axle, wherein at least one axle is driveable, b) receiving points (24-30) for receiving a load , wherein a first number of receiving points are arranged in a first region of the vehicle body and a second number of receiving points are arranged in a second region of the vehicle body, characterized in that c) the distance between the first number of receiving points and the second number of receiving points is adjustable.
A cryptographic method between a portable data carrier and a terminal device while employing a public data-carrier key (PKG) and a secret data-carrier key (SK1) of the data carrier as well as a public terminal key (PK T ) and a secret terminal key (SK T ) of the terminal device, wherein the data carrier employs as a public data-carrier key (PKG) a static or dynamically generated public key, and the terminal device checks (TS61) an authentication parameter (AP) associated with the data carrier and different from the data-carrier keys, characterized in that the data carrier employs as a secret data-carrier key (SK1) a secret data-carrier key (SK1) derived from a secret basic key (SKG) associated with the public data-carrier key (PKG), the public data-carrier key (PKG) and the secret basic key (SKG) being a key pair, and the public data-carrier key (PKG) is determined by exponentiating a specified primitive root (g) by the secret basic key (SKG), the secret data-carrier key (SK1) is formed (TS31) by multiplying the secret basic key (SKG) by a first random number (RND1), and a first base value (g1) is formed (TS32) by exponentiating the primitive root (g) by the reciprocal of the first random number (RND1), wherein the data carrier encrypts or digitally signs the first base value (g1) as a session parameter by means of the authentication parameter (AP).
A steel cord for rubber article reinforcement formed by twisting plural steel filaments , the steel cord comprising: a core having at least one core filament ; and a sheath having at least one sheath layer formed by twisting at least one sheath filament around the core, characterized in that brass plating is performed on the steel filaments , and zinc plating is further performed on the outer circumference of the brass plating of the core filament , the steel filaments have a diameter d of 0.1 mm to 0.6 mm, and the zinc plating is only applied to the core filaments and potentially to any filament inside the outer-most layer sheath filaments . brass plating is performed on the steel filaments , and zinc plating is further performed on the outer circumference of the brass plating of the core filament , the steel filaments have a diameter d of 0.1 mm to 0.6 mm, and the zinc plating is only applied to the core filaments and potentially to any filament inside the outer-most layer sheath filaments .
Wi-Fi signal repeater device comprising: reception means for receiving, via a wired connection connected to an extender of a Wi-Fi access point , a digital signal (S') resulting from analogue-to-digital conversion of an analogue signal (s') obtained by division of the power of a signal (s) intended to be transmitted by said Wi-Fi access point around a predetermined carrier frequency in order to deliver a first Wi-Fi signal; digital-to-analogue conversion means configured to convert the digital signal (S') received via said wired connection into an analogue signal (s"); and radio retransmission means configured to transmit the analogue signal (s") delivered by the digital-to-analogue conversion means around said predetermined carrier frequency, in order to deliver a second Wi-Fi signal. reception means for receiving, via a wired connection connected to an extender of a Wi-Fi access point , a digital signal (S') resulting from analogue-to-digital conversion of an analogue signal (s') obtained by division of the power of a signal (s) intended to be transmitted by said Wi-Fi access point around a predetermined carrier frequency in order to deliver a first Wi-Fi signal; digital-to-analogue conversion means configured to convert the digital signal (S') received via said wired connection into an analogue signal (s"); and radio retransmission means configured to transmit the analogue signal (s") delivered by the digital-to-analogue conversion means around said predetermined carrier frequency, in order to deliver a second Wi-Fi signal.
Pharmaceutical composition comprising (A) rifaximin in polymorphic form α (B) wicking agent with a water content of less than 3 wt%, wherein the weight ratio of (A) rifaximin to (B) wicking agent is from 1:1 to 3:1, wherein the pharmaceutical composition is essentially free of other polymorphic forms of rifaximin, and wherein the wicking agent has a bulk density between 0.23 and 0.37 g/cm 3 . (A) rifaximin in polymorphic form α (B) wicking agent with a water content of less than 3 wt%, wherein the weight ratio of (A) rifaximin to (B) wicking agent is from 1:1 to 3:1, wherein the pharmaceutical composition is essentially free of other polymorphic forms of rifaximin, and wherein the wicking agent has a bulk density between 0.23 and 0.37 g/cm 3 . wherein the weight ratio of (A) rifaximin to (B) wicking agent is from 1:1 to 3:1, wherein the pharmaceutical composition is essentially free of other polymorphic forms of rifaximin, and wherein the wicking agent has a bulk density between 0.23 and 0.37 g/cm 3 .
A direct reduction method, comprising: adding via separate streams variable amounts of natural gas , hydrogen , and a carbon-free oxidizing gas to a feed gas stream upstream of a reformer and a preheate disposed upstream of the reformer; reforming the feed gas stream in the reformer to form a reformed gas stream, and delivering the reformed gas stream to a shaft furnace , where the reformed gas stream is used to reduce a metallic ore material to a direct reduced metallic materia adding via separate streams variable amounts of natural gas , hydrogen , and a carbon-free oxidizing gas to a feed gas stream upstream of a reformer and a preheate disposed upstream of the reformer; reforming the feed gas stream in the reformer to form a reformed gas stream, and delivering the reformed gas stream to a shaft furnace , where the reformed gas stream is used to reduce a metallic ore material to a direct reduced metallic materia
A hot isostatic pressing method for repairing defects in metal components, the method comprising: applying a first cleaning to the component to be treated; placing a component affected by structural imperfections in a leak-free container ; introducing a medium into the container to embed completely the component; outgassing the container to remove gases and water vapor from within the container ; sealing the apertures of the container used to fill the container with the medium and to outgas the container ; placing the container inside a pressurized heating vessel of a hot isostatic pressing apparatus; pressing and heating the container with predetermined pressure and temperature, for a predetermined holding time interval; extracting the component from the container and applying a second cleaning to the component, wherein the medium has a fusion temperature higher than the fusion temperature of the metal of the component to be treated; and said medium comprises non-metallic material in form of powder or grains the dimensions of which are larger than the minimum dimension of the larger structural imperfection of the component under treatment, and wherein a metal chip is chosen in the group comprising a shim, a plug, a patch fit, an insert or a tag and is coupled to at least one of the structural imperfections of the component in order to reduce the minimum dimension of the larger structural imperfection of the component and therefore the dimensions of said medium . applying a first cleaning to the component to be treated; placing a component affected by structural imperfections in a leak-free container ; introducing a medium into the container to embed completely the component; outgassing the container to remove gases and water vapor from within the container ; sealing the apertures of the container used to fill the container with the medium and to outgas the container ; placing the container inside a pressurized heating vessel of a hot isostatic pressing apparatus; pressing and heating the container with predetermined pressure and temperature, for a predetermined holding time interval; extracting the component from the container and applying a second cleaning to the component, wherein the medium has a fusion temperature higher than the fusion temperature of the metal of the component to be treated; and said medium comprises non-metallic material in form of powder or grains the dimensions of which are larger than the minimum dimension of the larger structural imperfection of the component under treatment, and wherein a metal chip is chosen in the group comprising a shim, a plug, a patch fit, an insert or a tag and is coupled to at least one of the structural imperfections of the component in order to reduce the minimum dimension of the larger structural imperfection of the component and therefore the dimensions of said medium .
Piston for a piston machine, wherein the piston is composed in certain regions of a steel or a light metal alloy and comprises a layer stack arranged on a piston crown of the piston , wherein the layer stack at least comprises: - a first layer which indirectly or directly adjoins a surface of the piston crown and which comprises a heat-insulating material, - a second layer which indirectly or directly adjoins the first layer and which comprises a heat-conducting material, wherein a diameter (d S ) of the layer stack is smaller than a diameter (d K ) of the piston crown , characterized in that the heat-insulating material of the first layer comprises an intermetallic compound composed of FeAI(Cr, Nb, Zr, C, B) and/or Fe 3 Al(Cr, Nb, Zr, C, B). - a first layer which indirectly or directly adjoins a surface of the piston crown and which comprises a heat-insulating material, - a second layer which indirectly or directly adjoins the first layer and which comprises a heat-conducting material,
A thermosetting resin composition comprising: an epoxy resin; an epoxy resin curing agent; an imidazole compound; and an epoxy resin curing accelerator, wherein the epoxy resin curing agent is dicyandiamide or a derivative thereof, the epoxy resin curing accelerator comprises a urea derivative having two or more dimethylureido groups in a molecule, and the imidazole compound comprises an addition product comprising imidazole, and the addition product comprising imidazole is an isocyanuric acid addition product of imidazole or an isocyanuric acid addition product of an imidazole derivative. an epoxy resin; an epoxy resin curing agent; an imidazole compound; and an epoxy resin curing accelerator, wherein the epoxy resin curing agent is dicyandiamide or a derivative thereof, the epoxy resin curing accelerator comprises a urea derivative having two or more dimethylureido groups in a molecule, and the imidazole compound comprises an addition product comprising imidazole, and the addition product comprising imidazole is an isocyanuric acid addition product of imidazole or an isocyanuric acid addition product of an imidazole derivative.
A computer-implemented method of providing at least one content in an eMBMS stream to a user device, the method being performed by a server, the method comprising: - receiving a request from the user device for availing the eMBMS stream, wherein the eMBMS stream has at least one stream portion; - receiving a profile information from the user device, wherein the profile information corresponds to a user; - generating at least one context tag based on the profile information; - screening the at least one portion of the eMBMS stream to identify at least one object, wherein the at least one object is associated with the at least one context tag, wherein the at least one content is tagged with the at least one object; - identifying and transmitting the at least one content based on at least one of the profile information and the at least one context tag, wherein the at least one content comprises a link for the at least one object, wherein the link comprises a direct link to an item corresponding to the at least one object, and wherein the direct link is configured to enable access to the item, while streaming the eMBMS stream, by one or more of a macro app, a portal or a browser residing on the user device where the link is exhibited; and - enabling the user device to exhibit the at least one content, wherein the at least one content is exhibited during the at least one portion of the eMBMS stream. - receiving a request from the user device for availing the eMBMS stream, wherein the eMBMS stream has at least one stream portion; - receiving a profile information from the user device, wherein the profile information corresponds to a user; - generating at least one context tag based on the profile information; - screening the at least one portion of the eMBMS stream to identify at least one object, wherein the at least one object is associated with the at least one context tag, wherein the at least one content is tagged with the at least one object; - identifying and transmitting the at least one content based on at least one of the profile information and the at least one context tag, wherein the at least one content comprises a link for the at least one object, wherein the link comprises a direct link to an item corresponding to the at least one object, and wherein the direct link is configured to enable access to the item, while streaming the eMBMS stream, by one or more of a macro app, a portal or a browser residing on the user device where the link is exhibited; and - enabling the user device to exhibit the at least one content, wherein the at least one content is exhibited during the at least one portion of the eMBMS stream.