mhurhangee/patent-ind-claim-en huggingface dataset:
An offset guide comprising: a body having a longitudinal axis and a curved surface arranged at an angle (θ) relative to the longitudinal axis; an arcuate portion extending from the body , the body and the arcuate portion defining an opening ; a plurality of tabs extending from the arcuate portion into the opening, each of the plurality of tabs defining an aperture ; a first fin extending from the body; and a second fin extending from the body and connected to the first fin via the curved surface of the body, the second fin extending parallel to the first fin from the body, wherein a channel sized to receive a guide rod is defined between an inner surface of the first fin , an inner surface of the second fin , and the curved surface . a body having a longitudinal axis and a curved surface arranged at an angle (θ) relative to the longitudinal axis; an arcuate portion extending from the body , the body and the arcuate portion defining an opening ; a plurality of tabs extending from the arcuate portion into the opening, each of the plurality of tabs defining an aperture ; a first fin extending from the body; and a second fin extending from the body and connected to the first fin via the curved surface of the body, the second fin extending parallel to the first fin from the body, wherein a channel sized to receive a guide rod is defined between an inner surface of the first fin , an inner surface of the second fin , and the curved surface .
A method for mounting an electrical linking module for a pneumatic valve system, in which a cornered housing of the linking module with a connection opening formed in a housing side for connecting to an electrical function module separate from the linking module is provided, and in which a plurality of linking contacts , which are formed for linking the linking module to at least one further linking module are installed in the housing , characterized in that the linking contacts are mounted on a circuit board outside of the housing and thereby a pre-mounted insertion assembly is formed outside of the housing , which is inserted into the housing via the connection opening , such that linking contacts extend outwards through at least one first feed-through opening in a first sidewall of the housing in the final position of the insertion assembly in the interior of the housing and extend outwards through at least one second feed-through opening in a second sidewall of the housing opposing the first one, wherein the insertion assembly is fed through the connection opening in an inclined position, in which first ends of the linking contacts are first introduced into the connection opening in immersing manner and the first ends are introduced into first receiving slots of a support device formed for receiving the linking contacts in the housing by the inclined position, wherein these first receiving slots are thereto formed with straight first receiving slots oriented in the direction of the connection opening for extending through and guiding each one linking contact , wherein the first receiving slots arranged in the area of the first sidewall of the housing are formed open at their ends facing the connection opening viewed in their height extension and the first ends of the linking contacts are threaded via these upper ends .
A method for the acquisition of symmetric signals performed by an apparatus, the method comprising: receiving one or more signal pairs symmetric about one or more carrier frequencies , isolating the two signals of each of the one or more signal pairs from each other, modulating the two signals of each of the one or more signal pairs so that the two signals are modulated to have a same frequency, combining the two modulated same frequency signals to generate one uniform signal , that is double the power of the two signals, implementing a Code Doppler search on the uniform signal to adjust the uniform signal , correlation of the adjusted uniform signal with a reference signal , and outputting the result of the correlation . receiving one or more signal pairs symmetric about one or more carrier frequencies , isolating the two signals of each of the one or more signal pairs from each other, modulating the two signals of each of the one or more signal pairs so that the two signals are modulated to have a same frequency, combining the two modulated same frequency signals to generate one uniform signal , that is double the power of the two signals, implementing a Code Doppler search on the uniform signal to adjust the uniform signal , correlation of the adjusted uniform signal with a reference signal , and outputting the result of the correlation .
An electrical power generation system, comprising: a flux switching machine, FSM, including an FSM rotor operatively connected to an FSM stator , the FSM rotor operatively connected to a shaft , wherein the FSM includes an electrical input/output (i/o) in electrical communication with the FSM stator; and a permanent magnet machine, PMM, including a PMM rotor operatively connected to a PMM stator , the PMM rotor operatively connected to a shaft, characterised in that the PMM is electrically connected to the FSM such that excitation electrical energy is supplied to the FSM to create a magnetic field so that the FSM produces electrical energy from the rotation of the FSM rotor. a flux switching machine, FSM, including an FSM rotor operatively connected to an FSM stator , the FSM rotor operatively connected to a shaft , wherein the FSM includes an electrical input/output (i/o) in electrical communication with the FSM stator; and a permanent magnet machine, PMM, including a PMM rotor operatively connected to a PMM stator , the PMM rotor operatively connected to a shaft, characterised in that the PMM is electrically connected to the FSM such that excitation electrical energy is supplied to the FSM to create a magnetic field so that the FSM produces electrical energy from the rotation of the FSM rotor.
Method of managing the allocation to TCP connections of memory blocks of a TCP re-assembly buffer for use in a TCP network device including a TCP Processing unit, comprising the following steps: - computing a function r(t) on a per connection basis, that measures the occupancy rate of the memory blocks of the re-assembly buffer allocated to a relevant TCP connection, and that is updated upon reception of any TCP packet belonging to said relevant TCP connection; and, - closing the relevant TCP connection and releasing the corresponding memory blocks of the re-assembly buffer allocated to the relevant TCP connection, based on a decision scheme that includes at least a first trigger set on the corresponding function r(t) which defines two different states for said function r(t), wherein the function r(t) comprises a first factor that represents the waste of the memory space allocated to the relevant TCP connection that is due to the presence of holes within the sequence of TCP packets received for said TCP connection, and/or the function r(t) comprises a second factor that represents the memory space allocated to the relevant TCP connection compared to the maximum memory space that is allowed for said TCP connection. - computing a function r(t) on a per connection basis, that measures the occupancy rate of the memory blocks of the re-assembly buffer allocated to a relevant TCP connection, and that is updated upon reception of any TCP packet belonging to said relevant TCP connection; and, - closing the relevant TCP connection and releasing the corresponding memory blocks of the re-assembly buffer allocated to the relevant TCP connection, based on a decision scheme that includes at least a first trigger set on the corresponding function r(t) which defines two different states for said function r(t),
A fuel spray nozzle arrangement for a combustor of a gas turbine engine, the fuel spray nozzle arrangement comprising a fuel spray nozzle connected to a feed arm , wherein the feed arm comprises a feed arm body configured to support the fuel spray nozzle, characterised in that the feed arm further comprises an aerofoil comprising a winglet extending from the feed arm body of the feed arm, wherein the fuel spray nozzle is configured so that when an elongate direction of the feed arm lies in a radial plane of the combustor, the winglet has a spanwise axis which extends circumferentially or tangentially with respect to a circumferential direction at a junction with the feed arm body.
A method comprising steps of: for at least one fiber having optical spectrum being shared by at least two users in an optical line system , assigning value to the optical spectrum, the value being based on spectral efficiency of the optical spectrum, wherein the assigned value varies over time as performance of the optical spectrum changes over time; determining using a policy and the assigned value of the optical spectrum how to partition the optical spectrum between the at least two users, wherein the assigned value is a metric used to determine the partition based on the policy; and causing implementation of the partition of the optical spectrum. for at least one fiber having optical spectrum being shared by at least two users in an optical line system , assigning value to the optical spectrum, the value being based on spectral efficiency of the optical spectrum, wherein the assigned value varies over time as performance of the optical spectrum changes over time; determining using a policy and the assigned value of the optical spectrum how to partition the optical spectrum between the at least two users, wherein the assigned value is a metric used to determine the partition based on the policy; and causing implementation of the partition of the optical spectrum.
A light emitting diode package comprising: a package body comprising an upper face and a lower face , the lower face comprising a recess ; a leadframe comprising a first lead component and a second lead component ; a thermal element comprising one or more lateral protrusions protruding from lateral side walls of the thermal element and a lower protruding portion defining a bottom surface of the thermal element , wherein the thermal element is thermally and electrically isolated from the first and second lead components by isolating portions of the package body , and wherein the bottom surface is flush with, or extends from, the recess ; a first group of LEDs arranged over the thermal element , wherein the first group of LEDs comprises a first LED electrically connected in series to a second LED ; and a reflector cavity bounded by a floor (F) comprising portions of the first and second lead components , the isolating portions of the package body and a top surface of the thermal element , wherein the package body is disposed around the thermal element and the one or more of the first and second lead components (22. 24), so that the at least one lateral protrusion is enveloped on all external sides thereof by the package body , thereby retaining the thermal element and one or more of the first and second lead components as an integral unit with the package body . a package body comprising an upper face and a lower face , the lower face comprising a recess ; a leadframe comprising a first lead component and a second lead component ; a thermal element comprising one or more lateral protrusions protruding from lateral side walls of the thermal element and a lower protruding portion defining a bottom surface of the thermal element , wherein the thermal element is thermally and electrically isolated from the first and second lead components by isolating portions of the package body , and wherein the bottom surface is flush with, or extends from, the recess ; a first group of LEDs arranged over the thermal element , wherein the first group of LEDs comprises a first LED electrically connected in series to a second LED ; and a reflector cavity bounded by a floor (F) comprising portions of the first and second lead components , the isolating portions of the package body and a top surface of the thermal element , wherein the package body is disposed around the thermal element and the one or more of the first and second lead components (22. 24), so that the at least one lateral protrusion is enveloped on all external sides thereof by the package body , thereby retaining the thermal element and one or more of the first and second lead components as an integral unit with the package body .
An electronic device comprising: a heat dissipation member ; a power element that is thermally coupled to the heat dissipation member ; a first conductive layer to which the power element is electrically coupled; a control element that controls a switching operation of the power element ; a second conductive layer to which the control element is electrically coupled; and a resin layer arranged between the first conductive layer and the second conductive layer , wherein the power element is embedded in the resin layer , wherein the first conductive layer , the resin layer , and the second conductive layer are stacked on the heat dissipation member in this order from the ones closer to the heat dissipation member , characterized in that the resin layer and the second conductive layer include a through hole , the through hole accommodates a coil and a core , and the coil is electrically coupled to the first conductive layer and the core is thermally coupled to the first conductive layer . a heat dissipation member ; a power element that is thermally coupled to the heat dissipation member ; a first conductive layer to which the power element is electrically coupled; a control element that controls a switching operation of the power element ; a second conductive layer to which the control element is electrically coupled; and a resin layer arranged between the first conductive layer and the second conductive layer , wherein the power element is embedded in the resin layer , wherein the first conductive layer , the resin layer , and the second conductive layer are stacked on the heat dissipation member in this order from the ones closer to the heat dissipation member , characterized in that the resin layer and the second conductive layer include a through hole , the through hole accommodates a coil and a core , and the coil is electrically coupled to the first conductive layer and the core is thermally coupled to the first conductive layer .
A display device for displaying at least one voxel, the device comprising: a light-emitting layer comprising an addressable array of light-emitting elements; a mosaic optical layer overlaying the light-emitting layer, the mosaic optical layer comprising a plurality of mosaic cells arranged in a repeating mosaic cell pattern, each mosaic cell containing optical tiles and including at least a first optical tile having a first tilt direction and a second optical tile having a second tilt direction different from the first tilt direction, wherein the first optical tile and the second optical tile are flat facets ; a collimating layer between the light-emitting layer and the mosaic optical layer ; and a spatial light modulator configured to provide control over which of the optical tiles transmit light from the light-emitting layer outside the display device by selectively passing at least two light beam sections that cross at a voxel position to form a voxel to be displayed, while blocking other light beam sections. a light-emitting layer comprising an addressable array of light-emitting elements; a mosaic optical layer overlaying the light-emitting layer, the mosaic optical layer comprising a plurality of mosaic cells arranged in a repeating mosaic cell pattern, each mosaic cell containing optical tiles and including at least a first optical tile having a first tilt direction and a second optical tile having a second tilt direction different from the first tilt direction, wherein the first optical tile and the second optical tile are flat facets ; a collimating layer between the light-emitting layer and the mosaic optical layer ; and a spatial light modulator configured to provide control over which of the optical tiles transmit light from the light-emitting layer outside the display device by selectively passing at least two light beam sections that cross at a voxel position to form a voxel to be displayed, while blocking other light beam sections.
Self-sealing tyre sealant, characterized in that it contains at least one polyolefin having a chlorine content not more than 5 mg/kg.
Method for checking the authorization to open a receiving compartment of an unmanned vehicle , the method comprising: - obtaining a request to open the receiving compartment of the unmanned vehicle and first proof of authorization information; - capturing (302-303) a position of the unmanned vehicle and at least one environmental parameter dependent on the position of the unmanned vehicle , wherein the environmental parameter dependent on the position of the unmanned vehicle is a wireless communication signal ; - checking the authorization of the request to open the receiving compartment of the unmanned vehicle in dependence on the obtained first proof of authorization information, the captured position of the unmanned vehicle and the captured environmental parameter, wherein the checking the authorization of the request to open the receiving compartment comprises the checking whether the captured environmental parameter matches a predetermined environmental parameter, wherein the checking whether the captured environmental parameter matches a predetermined environmental parameter only reveals a match if the identity and/or origin of the captured wireless communication signal corresponds to a predetermined identity and/or origin; and - opening and/or causing of opening of the receiving compartment of the unmanned vehicle only if the checking reveals that the request to open the receiving compartment of the unmanned vehicle is authorized. - obtaining a request to open the receiving compartment of the unmanned vehicle and first proof of authorization information; - capturing (302-303) a position of the unmanned vehicle and at least one environmental parameter dependent on the position of the unmanned vehicle , wherein the environmental parameter dependent on the position of the unmanned vehicle is a wireless communication signal ; - checking the authorization of the request to open the receiving compartment of the unmanned vehicle in dependence on the obtained first proof of authorization information, the captured position of the unmanned vehicle and the captured environmental parameter, wherein the checking the authorization of the request to open the receiving compartment comprises the checking whether the captured environmental parameter matches a predetermined environmental parameter, wherein the checking whether the captured environmental parameter matches a predetermined environmental parameter only reveals a match if the identity and/or origin of the captured wireless communication signal corresponds to a predetermined identity and/or origin; and - opening and/or causing of opening of the receiving compartment of the unmanned vehicle only if the checking reveals that the request to open the receiving compartment of the unmanned vehicle is authorized.
A method of making a crystalline molecular sieve of MFI framework type, said method comprising the steps of: (a) providing a synthesis mixture comprising at least one source of tetravalent element (Y), at least one source of trivalent element (X), at least one source of alkali metal hydroxide (MOH), at least one structure directing agent (R) and water, said synthesis mixture having the following molar composition (expressed in terms of oxide): YO 2 : (p)X 2 O 3 : (q)MOH: (r)R: (s)H 2 O wherein (p) is in the range from 0.005 to 0.025, (q) is in the range from 0.05 to 0.5, (r) is in the range from 0.05 to 0.15, (s) is in the range from 35 to 45; and wherein said structure directing agent (R) is a compound having a cation of the general formula R 1 R 2 R 3 N + (CH 2 ) n N + R 4 R 5 R 6 A - with n equal to 4, 5 or 6, R 1 , R 2 , R 3 , R 4 , R 5 and R 6 independently representing an alkyl group having 1 to 4 carbon atoms, and A - representing a hydroxide or a halide ion; and (b) treating said synthesis mixture under crystallization conditions to form crystals of molecular sieve of MFI framework type, wherein the ratio of the largest dimension (L) to the smallest dimension (S) of each crystal is at least 5, and the smallest dimension (S) is from 20 nm to 200 nm, wherein said crystallization conditions comprise a temperature in the range of 90 to 200°C applied for 24 to 240 hours, wherein the synthesis mixture further comprises seeds of molecular sieves having the MFI framework type. (a) providing a synthesis mixture comprising at least one source of tetravalent element (Y), at least one source of trivalent element (X), at least one source of alkali metal hydroxide (MOH), at least one structure directing agent (R) and water, said synthesis mixture having the following molar composition (expressed in terms of oxide): YO 2 : (p)X 2 O 3 : (q)MOH: (r)R: (s)H 2 O wherein (p) is in the range from 0.005 to 0.025, (q) is in the range from 0.05 to 0.5, (r) is in the range from 0.05 to 0.15, (s) is in the range from 35 to 45; and wherein said structure directing agent (R) is a compound having a cation of the general formula R 1 R 2 R 3 N + (CH 2 ) n N + R 4 R 5 R 6 A - with n equal to 4, 5 or 6, R 1 , R 2 , R 3 , R 4 , R 5 and R 6 independently representing an alkyl group having 1 to 4 carbon atoms, and A - representing a hydroxide or a halide ion; and (b) treating said synthesis mixture under crystallization conditions to form crystals of molecular sieve of MFI framework type, wherein the ratio of the largest dimension (L) to the smallest dimension (S) of each crystal is at least 5, and the smallest dimension (S) is from 20 nm to 200 nm, wherein said crystallization conditions comprise a temperature in the range of 90 to 200°C applied for 24 to 240 hours,
A magnetic tunnel junction, MTJ, memory bit cell in an integrated circuit, IC, comprising: an active semiconductor layer comprising an access transistor (510 , 510 ) comprising a source node, S, a drain node, D, and a gate node, G; a drain contact disposed above the drain node, D, and in contact with the drain node, D; a source contact (502 , 502 ) disposed above the source node, S, and in contact with the source node, S; a drain column comprising a drain plate disposed above the drain contact and in contact with the drain contact ; an MTJ disposed above the active semiconductor layer in electrical contact with the drain column ; a source plate (508 , 508 ) disposed above the source contact (502 , 502 ) and in contact with the source contact (502 , 502 ); and a source line disposed above the source plate (508 , 508 ) and in electrical contact with the source plate (508 , 508 ) to electrically connect the source line to the source node, S, wherein the source contact (502 , 502 ), the drain contact , the source plate (508 , 508 ), and the drain plate are arranged in a contact layer and wherein the source line is not disposed in the contact layer . an active semiconductor layer comprising an access transistor (510 , 510 ) comprising a source node, S, a drain node, D, and a gate node, G; a drain contact disposed above the drain node, D, and in contact with the drain node, D; a source contact (502 , 502 ) disposed above the source node, S, and in contact with the source node, S; a drain column comprising a drain plate disposed above the drain contact and in contact with the drain contact ; an MTJ disposed above the active semiconductor layer in electrical contact with the drain column ; a source plate (508 , 508 ) disposed above the source contact (502 , 502 ) and in contact with the source contact (502 , 502 ); and a source line disposed above the source plate (508 , 508 ) and in electrical contact with the source plate (508 , 508 ) to electrically connect the source line to the source node, S, wherein the source contact (502 , 502 ), the drain contact , the source plate (508 , 508 ), and the drain plate are arranged in a contact layer and wherein the source line is not disposed in the contact layer .