mhurhangee/patent-ind-claim-en huggingface dataset:
A method for projecting an electron beam onto a wafer or a mask, said method comprising a step of correcting the scattering effects in said beam, said step comprising a sub-step of calculating a point spread function of the scattering of said beam, and being characterized in that said point spread function is a linear combination of functions chosen from a group comprising at least one Voigt function and a function approximating a Voigt function .
Electric fluid heating device, in particular for a motor vehicle, comprising: - at least one electric heating element intended to heat the fluid, - a temperature sensor intended to provide information on the temperature of the fluid, - a power supply circuit for said one or more electric heating elements, - a switch , called the inrush current switch, intended to create an inrush current in said power supply circuit , - a means for opening said circuit in the event of said inrush current occurring, the temperature sensor and the inrush current switch being positioned independently of one another, the heating device being configured to transmit a signal from the temperature sensor to the inrush current switch , the heating device comprising a short circuit line in parallel with the electric heating element , said short circuit line comprising a first end and a second end , characterized in that the inrush current switch is mounted on said short circuit line and in that the heating device further comprises an upstream switch and a downstream switch which are connected in series with the electric heating element , said electric heating element being positioned between said upstream switch and said downstream switch , at least one of said upstream and downstream switches being configured to regulate a current circulating in said electric heating element. - at least one electric heating element intended to heat the fluid, - a temperature sensor intended to provide information on the temperature of the fluid, - a power supply circuit for said one or more electric heating elements, - a switch , called the inrush current switch, intended to create an inrush current in said power supply circuit , - a means for opening said circuit in the event of said inrush current occurring, the temperature sensor and the inrush current switch being positioned independently of one another, the heating device being configured to transmit a signal from the temperature sensor to the inrush current switch , the heating device comprising a short circuit line in parallel with the electric heating element , said short circuit line comprising a first end and a second end , characterized in that the inrush current switch is mounted on said short circuit line and in that the heating device further comprises an upstream switch and a downstream switch which are connected in series with the electric heating element , said electric heating element being positioned between said upstream switch and said downstream switch , at least one of said upstream and downstream switches being configured to regulate a current circulating in said electric heating element.
A mobile terminal comprising: a modem timer; a modem processor , the modem processor configured to hold modem processor to application processor data until expiration of the modem timer; an application timer having a period longer than a period of the modem timer; an application processor , the application processor configured to hold application processor to modem processor data until receipt of the modem processor to application processor data from the modem processor through an interconnectivity bus after which the application processor to modem processor data is sent to the modem processor through the interconnectivity bus; the interconnectivity bus communicatively coupling the application processor to the modem processor, the interconnectivity bus having an active period and a sleep mode period; and the modem processor further configured, based on the period of the modem timer and the period of the application timer, to synchronize transfer of the application processor to modem processor data and the modem processor to application processor data during a single active period of the interconnectivity bus. a modem timer; a modem processor , the modem processor configured to hold modem processor to application processor data until expiration of the modem timer; an application timer having a period longer than a period of the modem timer; an application processor , the application processor configured to hold application processor to modem processor data until receipt of the modem processor to application processor data from the modem processor through an interconnectivity bus after which the application processor to modem processor data is sent to the modem processor through the interconnectivity bus; the interconnectivity bus communicatively coupling the application processor to the modem processor, the interconnectivity bus having an active period and a sleep mode period; and the modem processor further configured, based on the period of the modem timer and the period of the application timer, to synchronize transfer of the application processor to modem processor data and the modem processor to application processor data during a single active period of the interconnectivity bus.
A method of preparing specimens for peel-adhesion testing, the method comprising: applying a first predetermined amount of light-curable material to a substrate coupon ; placing a first surface (501S1) of a substantially transparent peel media in contact with the light-curable material disposed on the substrate coupon , where the substantially transparent peel media includes a second surface (501S2) spaced from the first surface (501S1); and exposing the first predetermined amount of light-curable material disposed between the substrate coupon and the first surface (501S1) to a light source to cure the first predetermined amount of light-curable material , with light from the light source passing through the substantially transparent peel media to the substrate coupon , characterized in that the method further comprises activating a first surface (501S1) of the substantially transparent peel media for promoting adhesion of the light-curable material to the substantially transparent peel media ; forming a peel panel by separating the substantially transparent peel media and the first predetermined amount of light-curable material cured to the first surface (501S1) and the substrate coupon into at least two test strips (TS1, TS2) cured to the substrate coupon . applying a first predetermined amount of light-curable material to a substrate coupon ; placing a first surface (501S1) of a substantially transparent peel media in contact with the light-curable material disposed on the substrate coupon , where the substantially transparent peel media includes a second surface (501S2) spaced from the first surface (501S1); and exposing the first predetermined amount of light-curable material disposed between the substrate coupon and the first surface (501S1) to a light source to cure the first predetermined amount of light-curable material , with light from the light source passing through the substantially transparent peel media to the substrate coupon , characterized in that the method further comprises activating a first surface (501S1) of the substantially transparent peel media for promoting adhesion of the light-curable material to the substantially transparent peel media ; forming a peel panel by separating the substantially transparent peel media and the first predetermined amount of light-curable material cured to the first surface (501S1) and the substrate coupon into at least two test strips (TS1, TS2) cured to the substrate coupon .
A deployable device , comprising: a deployable member comprising an optical fibre and provided with a tacky or adhesive outer surface along some or all of the length of the deployable member ; the deployable member being stowed at the device in a first wound configuration, and arranged to be deployed from the device into a second unwound configuration within a well ; wherein the deployable device is configured such that, when unwound, the deployable member has a propensity to adhere to a wall within the well by virtue of the tacky or adhesive outer surface thereof, wherein the deployable member comprises or is provided with a plurality of sections of different tacky or adhesive outer coatings or layers along different axial length portions of the deployable member. a deployable member comprising an optical fibre and provided with a tacky or adhesive outer surface along some or all of the length of the deployable member ; the deployable member being stowed at the device in a first wound configuration, and arranged to be deployed from the device into a second unwound configuration within a well ; wherein the deployable device is configured such that, when unwound, the deployable member has a propensity to adhere to a wall within the well by virtue of the tacky or adhesive outer surface thereof, wherein the deployable member comprises or is provided with a plurality of sections of different tacky or adhesive outer coatings or layers along different axial length portions of the deployable member.
Running gear for a motor vehicle intended to run in a longitudinal direction (X) on a roadway , the running gear comprising at least one component to be protected from an external obstacle , the running gear comprising a deflector for protecting said component from any collision with the external obstacle , said deflector having: - a base forming a securing interface for securing it to said running gear ; and - at least one protective surface forming a shield with respect to the component to be protected, said protective surface being oriented in a longitudinal direction (X) and towards the roadway , the component to be protected being a damping cylinder , the deflector forming a clevis for receiving one end of the damping cylinder , characterized in that the deflector has a reinforcing component , the reinforcing component making it possible to reinforce the deflector in terms of its mechanical integrity in the event of a collision with the external obstacle , the reinforcing component having two wings connected together by a transverse wall , the wings forming a support ramp for the protective surface . - a base forming a securing interface for securing it to said running gear ; and - at least one protective surface forming a shield with respect to the component to be protected, said protective surface being oriented in a longitudinal direction (X) and towards the roadway , the component to be protected being a damping cylinder , the deflector forming a clevis for receiving one end of the damping cylinder , characterized in that the deflector has a reinforcing component , the reinforcing component making it possible to reinforce the deflector in terms of its mechanical integrity in the event of a collision with the external obstacle , the reinforcing component having two wings connected together by a transverse wall , the wings forming a support ramp for the protective surface .
Set for peripheral nerve blocks with a rigid cannula for insertion into the perineural space, with an outer catheter sheath which can be slid onto the cannula , wherein the distal tip of the cannula extends beyond the distal end of the catheter sheath , with an inner catheter that can be inserted through the catheter sheath after removing the cannula from the catheter sheath , and which comprises at least one outlet opening at its distal end , and with a first connecting part at the proximal end of the catheter sheath , characterized in that the inner catheter comprises a second connecting part that complements the first connecting part and in that the inner catheter can be fixed, by means of contacting the first connecting part and the second connecting part , in the catheter sheath in an axial position in which the distal end of the inner catheter protrudes from the distal end of the catheter sheath by a specified length that comprises at least one outlet opening .
A connection terminal , comprising: a receptacle part located at one end of the connection terminal in a longitudinal direction (Y) and configured to mate with a plug inserted into the receptacle part ; a crimping part located at the other end of the connection terminal in the longitudinal direction (Y) and configured to be crimped on a wire; and a connection part connected between the receptacle part and the crimping part , wherein the crimping part comprises a conductor crimping part adapted to be crimped on a conductor of the wire and an outer layer crimping part adapted to be crimped on an outer layer of the wire, the receptacle part comprises an elastic latch adapted to lock the plug inserted into the receptacle part ; characterized in that the elastic latch is located at a rear end of the receptacle part close to the crimping part , and in that the conductor crimping part comprises a first conductor crimping part and a second conductor crimping part which are spaced from each other by an interval in a lateral direction (X) perpendicular to the longitudinal direction (Y), and the elastic latch is positioned between the first conductor crimping part and the second conductor crimping part in the lateral direction (X). a receptacle part located at one end of the connection terminal in a longitudinal direction (Y) and configured to mate with a plug inserted into the receptacle part ; a crimping part located at the other end of the connection terminal in the longitudinal direction (Y) and configured to be crimped on a wire; and a connection part connected between the receptacle part and the crimping part , wherein the crimping part comprises a conductor crimping part adapted to be crimped on a conductor of the wire and an outer layer crimping part adapted to be crimped on an outer layer of the wire, the receptacle part comprises an elastic latch adapted to lock the plug inserted into the receptacle part ; characterized in that the elastic latch is located at a rear end of the receptacle part close to the crimping part , and in that the conductor crimping part comprises a first conductor crimping part and a second conductor crimping part which are spaced from each other by an interval in a lateral direction (X) perpendicular to the longitudinal direction (Y), and the elastic latch is positioned between the first conductor crimping part and the second conductor crimping part in the lateral direction (X).
A method of transmitting a video signal, comprising: separating a current raw digital video signal acquired by a video camera core into a luminance signal and a chrominance signal; processing the luminance signal by a digital filter and then baseband-encoding it into a luminance-encoded digital signal and encoding the chrominance signal over an intermediate-frequency carrier into a chrominance-encoded digital signal; converting the luminance-encoded digital signal and the chrominance-encoded digital signal into at least one analog video signal, wherein each of the at least one analog video signal is a low-frequency analog video signal; transmitting the at least one analog video signal to a master control chip board through an electrically-conductive slip ring; and converting the at least one analog video signal back into the current raw digital video signal in the master control chip board. separating a current raw digital video signal acquired by a video camera core into a luminance signal and a chrominance signal; processing the luminance signal by a digital filter and then baseband-encoding it into a luminance-encoded digital signal and encoding the chrominance signal over an intermediate-frequency carrier into a chrominance-encoded digital signal; converting the luminance-encoded digital signal and the chrominance-encoded digital signal into at least one analog video signal, wherein each of the at least one analog video signal is a low-frequency analog video signal; transmitting the at least one analog video signal to a master control chip board through an electrically-conductive slip ring; and converting the at least one analog video signal back into the current raw digital video signal in the master control chip board.
Decay station configured for receiving irradiation targets from a structure of a core of a nuclear reactor in a predetermined linear order, comprising a housing comprising a radiation shielding , configured for shielding the environment of the decay station from the radiation emitted by the irradiation targets contained in the decay station , the housing delimiting a decay conduit intended for containing the irradiation targets in the predetermined linear order, the decay conduit comprising: - a decay conduit inlet , intended to be connected to the structure of the core of the nuclear reactor for receiving the irradiation targets therefrom; - a decay conduit outlet , intended to be connected to an irradiation target discharge system for discharging the irradiation targets from the decay station , the decay station further comprising: - an inlet distributor , located at the decay conduit inlet , and configured for releasing only a predetermined amount of irradiation targets at a time from the decay station towards the structure of the core of the nuclear reactor, the inlet distributor being configured for releasing the irradiation targets closest to the decay conduit inlet , while retaining the remaining irradiation targets in the decay conduit ; - an inlet counter , configured for counting the number of irradiation targets entering or exiting the decay conduit through the decay conduit inlet , the inlet counter being located at the decay conduit inlet , and - an outlet radiation detector , configured for measuring the radiation emitted by an irradiation target located at the decay conduit outlet . - a decay conduit inlet , intended to be connected to the structure of the core of the nuclear reactor for receiving the irradiation targets therefrom; - a decay conduit outlet , intended to be connected to an irradiation target discharge system for discharging the irradiation targets from the decay station , - an inlet distributor , located at the decay conduit inlet , and configured for releasing only a predetermined amount of irradiation targets at a time from the decay station towards the structure of the core of the nuclear reactor, the inlet distributor being configured for releasing the irradiation targets closest to the decay conduit inlet , while retaining the remaining irradiation targets in the decay conduit ; - an inlet counter , configured for counting the number of irradiation targets entering or exiting the decay conduit through the decay conduit inlet , the inlet counter being located at the decay conduit inlet , and - an outlet radiation detector , configured for measuring the radiation emitted by an irradiation target located at the decay conduit outlet .
A method of producing a bispecific antibody, said method comprising: a) Obtaining a protein A purified first half-antibody; b) Obtaining a protein A purified second half-antibody, wherein the second half-antibody has a different antigen binding specificity than the first half-antibody; c) Adjusting the pH of each half-antibody to between 4 and 9; d) Mixing the first and second half-antibody to obtain an assembly mixture, e) Adding a molar excess of a weak reductant to the assembly mixture wherein the weak reductant is added in 50-400X molar excess and wherein the weak reductant is GSH; and f) incubating the assembly mixture to form a bispecific antibody comprising the first and second half-antibody. a) Obtaining a protein A purified first half-antibody; b) Obtaining a protein A purified second half-antibody, wherein the second half-antibody has a different antigen binding specificity than the first half-antibody; c) Adjusting the pH of each half-antibody to between 4 and 9; d) Mixing the first and second half-antibody to obtain an assembly mixture, e) Adding a molar excess of a weak reductant to the assembly mixture wherein the weak reductant is added in 50-400X molar excess and wherein the weak reductant is GSH; and f) incubating the assembly mixture to form a bispecific antibody comprising the first and second half-antibody.
A composite anode active material comprising: core portion particles comprising a crystalline carbonaceous material; and a plurality of composite particles on at least a shell portion of each of the core portion particles, wherein each of the composite particles comprises: a metallic core that is alloyable with lithium; and a coating layer comprising metal nitride on a surface of the metallic core in an island pattern wherein an average particle diameter of the metallic core is in a range of 1 μ m to 10 μ m, wherein the average particle diameter is a D50 value; wherein the average particle diameter of the carbonaceous core portion is in a range of 1 μ m to 80 μ m. core portion particles comprising a crystalline carbonaceous material; and a plurality of composite particles on at least a shell portion of each of the core portion particles, wherein each of the composite particles comprises: a metallic core that is alloyable with lithium; and a coating layer comprising metal nitride on a surface of the metallic core in an island pattern wherein an average particle diameter of the metallic core is in a range of 1 μ m to 10 μ m, wherein the average particle diameter is a D50 value; wherein the average particle diameter of the carbonaceous core portion is in a range of 1 μ m to 80 μ m. a metallic core that is alloyable with lithium; and a coating layer comprising metal nitride on a surface of the metallic core in an island pattern wherein an average particle diameter of the metallic core is in a range of 1 μ m to 10 μ m, wherein the average particle diameter is a D50 value; wherein the average particle diameter of the carbonaceous core portion is in a range of 1 μ m to 80 μ m.
A coating for a submerged structure, said coating comprising at least one bio-hydrolysable polymer comprising at least one sugar hydrolysable by a β-glucosidase enzyme.
Hollow element such as a hollow rivet or a nut element for attachment to a component consisting of a composite material such as a fiber reinforced plastic part or a fabric reinforced plastic part, wherein the element has a flange part and a shaft part extending away from the flange part and/or a rivet section , wherein the rivet section , if present, can also be formed at the free end of the shaft part , wherein the hollow element furthermore has a central passage , which is optionally provided with a thread cylinder , wherein the hollow element is used in combination with an auxiliary tip which is either inserted from the flange side of the element through the passage or from the side of the free end of the shaft part of the rivet section into the passage such that a conically converging region of the auxiliary tip projects from the free end of the shaft part or of the rivet section respectively, characterized in that the auxiliary tip has diverging spring tongues behind the conically converging region which end in their diverging shape at a diameter which corresponds to the outer diameter of the free end of the shaft part or the free end face of the conically diverging shape of the free end of the shaft part or of the rivet section and in that the spring tongues can be pressed inwardly after the piercing of the component .