mhurhangee/ep-ind-claims huggingface dataset:
A knife assembly adapted for producing julienne cut food product, the knife assembly comprising: a primary blade having a corrugated shape to produce a large-amplitude food product, the corrugated shape having a cutting leading edge and defining multiple peaks and valleys; and at least one tab blade adapted to cut the large-amplitude food product slice into strips, characterised in that the primary blade further has slots located at at least some of the peaks and the tab blade has a cross-sectional shape comprising a lower section that is complementary to a valley of the primary blade and comprising at least two bladed sections adapted to extend through at least two of the slots of the primary blade so as to be exposed above at least two peaks of the primary blade, wherein the primary and the at least one tab blade are not metallurgically joined together. a primary blade having a corrugated shape to produce a large-amplitude food product, the corrugated shape having a cutting leading edge and defining multiple peaks and valleys; and at least one tab blade adapted to cut the large-amplitude food product slice into strips, characterised in that the primary blade further has slots located at at least some of the peaks and the tab blade has a cross-sectional shape comprising a lower section that is complementary to a valley of the primary blade and comprising at least two bladed sections adapted to extend through at least two of the slots of the primary blade so as to be exposed above at least two peaks of the primary blade, wherein the primary and the at least one tab blade are not metallurgically joined together.
Noise limiter for digital high frequency receivers, with a muting arrangement and a phase noise determining arrangement, wherein the phase noise determining arrangement is configured so that it determines a mean value of the phase noise from a differential phase of a high frequency signal received by the high frequency receiver and passes a signal derived therefrom to the muting arrangement, wherein the muting arrangement is configured so that it mutes an audio output of the high frequency receiver depending on the mean value of the phase noise, wherein the noise limiter also comprises an amplitude processing arrangement, characterised in that the amplitude processing arrangement is configured so that it compares an instantaneous amplitude (x) of a digital base band signal with a parameter (y), wherein the determination of the mean value of the phase noise is activated or deactivated according to the decision value of the comparison, or in that the amplitude processing arrangement is configured so that it determines a ratio of the instantaneous amplitude (x) and the parameter (z) and feeds the ratio signal to the phase noise determining arrangement and when determining the mean value of the phase noise weights instantaneous values of the phase noise, and in that the muting arrangement is also configured so that it mutes the audio output of the high frequency receiver depending on the parameter (y, z) and the instantaneous amplitude (x).
A drive unit for a motor vehicle, comprising: - an internal combustion engine which comprises a combustion engine and an exhaust gas system via which exhaust gas can be discharged from the combustion engine, - a circuit process device for converting thermal energy of the exhaust gas in a thermodynamic circuit process into mechanical work, with a working medium, with respect to the flow direction thereof, - flowing through a first heat exchange means in which a heat transfer from the exhaust gas to the working medium takes place, - subsequently flowing through an expansion device in which an expansion of the working medium and in the process the generation of the mechanical work takes place, and - subsequently flowing through a second heat exchange means in which a heat transfer from the working medium to a cooling medium takes place, - a thermoelectric generator which provides an electrical voltage in the event of a temperature difference between a high-temperature side and a low-temperature side, it being possible for the working medium of the circuit process device to also be guided via the high-temperature side, characterized in that cooling of the low-temperature side of the thermoelectric generator is effected by means of a coolant differing from the working medium. - an internal combustion engine which comprises a combustion engine and an exhaust gas system via which exhaust gas can be discharged from the combustion engine, - a circuit process device for converting thermal energy of the exhaust gas in a thermodynamic circuit process into mechanical work, with a working medium, with respect to the flow direction thereof, - flowing through a first heat exchange means in which a heat transfer from the exhaust gas to the working medium takes place, - subsequently flowing through an expansion device in which an expansion of the working medium and in the process the generation of the mechanical work takes place, and - subsequently flowing through a second heat exchange means in which a heat transfer from the working medium to a cooling medium takes place, - flowing through a first heat exchange means in which a heat transfer from the exhaust gas to the working medium takes place, - subsequently flowing through an expansion device in which an expansion of the working medium and in the process the generation of the mechanical work takes place, and - subsequently flowing through a second heat exchange means in which a heat transfer from the working medium to a cooling medium takes place, - a thermoelectric generator which provides an electrical voltage in the event of a temperature difference between a high-temperature side and a low-temperature side,
Skeleton structure, namely vehicle skeleton structure, having a plurality of profile elements (1, 2), preferably hollow profile elements, wherein at least one first profile element is connected to at least one second profile element by means of a connecting structure, characterized in that the connecting structure comprises at least one recess and a welded connection along the recess, and that an insert part is inserted into the recess, preferably formed in the first profile element and in the second profile element, and the welded connection at least partially includes the insert part on the one hand and the first profile element and/or the second profile element on the other hand.
A semiconductor memory device comprising: a plurality of memory bank groups (110, 115) configured to be accessed in parallel; an internal memory bus configured to receive external data from outside the plurality of memory bank groups (110, 115); and a first computation circuit configured to receive internal data from a first memory bank group of the plurality of memory bank groups (110, 115) at the beginning of a first period, wherein the first period is equal a delay time required to consecutively access a same memory bank group of the plurality of memory bank groups (110, 115), during said first period, receive successively n external data through the internal memory bus, each external data of the n external data being received at the start of a corresponding second period of a plurality of second periods, the first period being n times the second period, wherein n is a natural number equal to or greater than 2, and during said first period, perform successively n processing in memory, PIM, arithmetic operations, each PIM arithmetic operation being on the internal data and corresponding external data of the n external data (A0, B0) and being performed during the corresponding second period. a plurality of memory bank groups (110, 115) configured to be accessed in parallel; an internal memory bus configured to receive external data from outside the plurality of memory bank groups (110, 115); and a first computation circuit configured to receive internal data from a first memory bank group of the plurality of memory bank groups (110, 115) at the beginning of a first period, wherein the first period is equal a delay time required to consecutively access a same memory bank group of the plurality of memory bank groups (110, 115), during said first period, receive successively n external data through the internal memory bus, each external data of the n external data being received at the start of a corresponding second period of a plurality of second periods, the first period being n times the second period, wherein n is a natural number equal to or greater than 2, and during said first period, perform successively n processing in memory, PIM, arithmetic operations, each PIM arithmetic operation being on the internal data and corresponding external data of the n external data (A0, B0) and being performed during the corresponding second period.
Ophthalmic lens comprising a substrate with a rear main face; said rear main face being coated with an antireflective stack, characterized in that the antireflective stack comprises at least one composite layer comprising • zirconium oxide and 50% or more and less than 70% of tantalum oxide in weight as compared to the total weight of the composite layer; or • zirconium oxide and less than 23% of niobium oxide in weight as compared to the total weight of the composite layer the mean reflection factor Ruv on said rear main face, between 280 nm and 380nm weighted by the function W(λ) defined in the ISO 13666:1998 standard being lower than 7%, for an angle of incidence comprised in the range 30°-45°, and the mean light reflection factor Rv on said rear main face being lower than 1.25%, for an angle of incidence comprised in the range 0°-20°. • zirconium oxide and 50% or more and less than 70% of tantalum oxide in weight as compared to the total weight of the composite layer; or • zirconium oxide and less than 23% of niobium oxide in weight as compared to the total weight of the composite layer the mean reflection factor Ruv on said rear main face, between 280 nm and 380nm weighted by the function W(λ) defined in the ISO 13666:1998 standard being lower than 7%, for an angle of incidence comprised in the range 30°-45°, and the mean light reflection factor Rv on said rear main face being lower than 1.25%, for an angle of incidence comprised in the range 0°-20°.
A composition comprising: 1) a synthetic oil selected from the group consisting of polyol esters, polyvinyl ethers and combinations thereof, and 2) perfluoropolyether. 1) a synthetic oil selected from the group consisting of polyol esters, polyvinyl ethers and combinations thereof, and 2) perfluoropolyether.
A penetrator and isolation device comprising a penetrator device, a mounting nut and a penetrator isolation device, the penetrator isolation device comprising: a central cylindrical portion formed from a high performance thermoplastic having low creep properties and having an inner diameter adapted to receive the upper portion of a penetrator; and a lower inner flange portion formed from a high performance thermoplastic having low creep properties and coupled to a lower portion of the central cylindrical portion, the lower inner flange portion forming an aperture of smaller inner diameter than the central cylindrical portion for receiving a lower portion of the penetrator; the mounting nut comprising a tapered outer body portion being configured to be mounted in a tapered through-hole in a pressure vessel and an outer flange, and being configured to mate with a threaded portion of the penetrator; wherein when the penetrator device is mounted in the tapered through hole in the pressure vessel with the penetrator isolation device between the outer surface of the pressure vessel and the penetrator device, the mounting nut is able to mate with the penetrator to secure the penetrator in the through hole. a central cylindrical portion formed from a high performance thermoplastic having low creep properties and having an inner diameter adapted to receive the upper portion of a penetrator; and a lower inner flange portion formed from a high performance thermoplastic having low creep properties and coupled to a lower portion of the central cylindrical portion, the lower inner flange portion forming an aperture of smaller inner diameter than the central cylindrical portion for receiving a lower portion of the penetrator; the mounting nut comprising a tapered outer body portion being configured to be mounted in a tapered through-hole in a pressure vessel and an outer flange, and being configured to mate with a threaded portion of the penetrator; wherein when the penetrator device is mounted in the tapered through hole in the pressure vessel with the penetrator isolation device between the outer surface of the pressure vessel and the penetrator device, the mounting nut is able to mate with the penetrator to secure the penetrator in the through hole.
A dry coated tablet having an inner core and an outer layer, wherein the inner core is an enteric-coated tablet containing acetylsalicylic acid, and the outer layer contains enteric micro granules containing a proton pump inhibitor.
A method for analysing a chemical composition of a target, the method comprising: - placing an electrically tunable Fabry-Perot interferometer comprising two mirrors spaced apart by a gap in a path of radiation emitted by a radiation source, wherein the radiation source is configured to provide optical inputs with a bandwith of more than one free spectral range of the Fabry-Perot interferometer, - detecting the radiation, which has passed the Fabry-Perot interferometer and which has passed or was reflected by the target, by means of a detector, and wherein detection is made such that multiple pass bands are allowed to be detected simultaneously, wherein the detector comprises only one pixel for detecting radiation, characterized by - scanning with varying gaps of the mirrors of the Fabry-Perot interferometer to produce a continuous spectrum for the target, and - comparing the scanned target data with stored reference data of at least one known reference substance. - placing an electrically tunable Fabry-Perot interferometer comprising two mirrors spaced apart by a gap in a path of radiation emitted by a radiation source, wherein the radiation source is configured to provide optical inputs with a bandwith of more than one free spectral range of the Fabry-Perot interferometer, - detecting the radiation, which has passed the Fabry-Perot interferometer and which has passed or was reflected by the target, by means of a detector, and wherein detection is made such that multiple pass bands are allowed to be detected simultaneously, wherein the detector comprises only one pixel for detecting radiation, characterized by - scanning with varying gaps of the mirrors of the Fabry-Perot interferometer to produce a continuous spectrum for the target, and - comparing the scanned target data with stored reference data of at least one known reference substance.
A surgical system configured to use a surgical clamping instrument, comprising: a motor assembly including electronics and control motors (802, 804), including a clamping motor; a processor coupled to the electronics of the motor assembly, the control motors (802, 804) in the motor assembly being configured to be coupled to the surgical clamping instrument, the processor being configured to retrieve parameters specific to the motor assembly and parameters specific to a staple cartridge inserted into a jaw of the surgical clamping instrument and stored in a data storage of the staple cartridge, the electronics including a memory storing the parameters specific to the motor assembly and sensors monitoring performance of the motor assembly, the processor being configured to execute instructions for: acquiring an initial torque limit of the clamping motor by reading the initial torque limit from the surgical clamping instrument; adjusting the torque limit of the clamping motor according to a model utilizing the parameters specific to the motor assembly stored in the memory and the parameters specific to the staple cartridge inserted into the jaw to obtain an adjusted torque limit for the clamping motor, wherein the parameters specific to the motor assembly include parameters related to wear characteristics of the surgical clamping instrument over time; and commanding the clamping motor to operate the surgical clamping instrument according to the adjusted torque limit. a motor assembly including electronics and control motors (802, 804), including a clamping motor; a processor coupled to the electronics of the motor assembly, the control motors (802, 804) in the motor assembly being configured to be coupled to the surgical clamping instrument, the processor being configured to retrieve parameters specific to the motor assembly and parameters specific to a staple cartridge inserted into a jaw of the surgical clamping instrument and stored in a data storage of the staple cartridge, the electronics including a memory storing the parameters specific to the motor assembly and sensors monitoring performance of the motor assembly, the processor being configured to execute instructions for: acquiring an initial torque limit of the clamping motor by reading the initial torque limit from the surgical clamping instrument; adjusting the torque limit of the clamping motor according to a model utilizing the parameters specific to the motor assembly stored in the memory and the parameters specific to the staple cartridge inserted into the jaw to obtain an adjusted torque limit for the clamping motor, wherein the parameters specific to the motor assembly include parameters related to wear characteristics of the surgical clamping instrument over time; and commanding the clamping motor to operate the surgical clamping instrument according to the adjusted torque limit.
A rotor blade (60;160) comprising: a platform (62;162) that extends between a leading edge and a trailing edge (74;174) and circumferentially extends between a first mate face (76;176) and a second mate face; an airfoil that extends from a gas path surface of said platform (62;162); a root (66;166) extending from a non-gas path surface of said platform (62;162), whereby said airfoil and said root (66;166) extend in opposite directions from said platform (62;162); and a platform cooling passage (88;188) extending inside of said platform (62;162); and said platform cooling passage (88;188) including an inlet disposed upstream from a leading edge of said airfoil and an outlet (92; 192) disposed through a mate face (76;176;77) of said platform (62;162), characterised in that: said inlet is disposed through said non-gas path surface of said platform (62;162). a platform (62;162) that extends between a leading edge and a trailing edge (74;174) and circumferentially extends between a first mate face (76;176) and a second mate face; an airfoil that extends from a gas path surface of said platform (62;162); a root (66;166) extending from a non-gas path surface of said platform (62;162), whereby said airfoil and said root (66;166) extend in opposite directions from said platform (62;162); and a platform cooling passage (88;188) extending inside of said platform (62;162); and said platform cooling passage (88;188) including an inlet disposed upstream from a leading edge of said airfoil and an outlet (92; 192) disposed through a mate face (76;176;77) of said platform (62;162), characterised in that: said inlet is disposed through said non-gas path surface of said platform (62;162).
An animal trap system comprising an animal trap that includes a glue board, an animal trap sensor affixed to or in communication with the animal trap, wherein the animal trap sensor is an accelerometer sensor, and a signal unit in proximity to and in communication with the animal trap sensor, wherein the animal trap sensor is affixed to the glue board and connects to the signal unit via a wired connection such that the animal trap sensor and the accelerometer sensor located in the signal unit produce independent signal responses; characterized in that the signal unit contains an accelerometer sensor; and the animal trap sensor and the accelerometer in the signal unit each have a pre-set threshold value; and wherein the independent signal responses from either accelerometer sensor (12, 35) allows differential signal analysis. an animal trap that includes a glue board, an animal trap sensor affixed to or in communication with the animal trap, wherein the animal trap sensor is an accelerometer sensor, and a signal unit in proximity to and in communication with the animal trap sensor, wherein the animal trap sensor is affixed to the glue board and connects to the signal unit via a wired connection such that the animal trap sensor and the accelerometer sensor located in the signal unit produce independent signal responses; characterized in that the signal unit contains an accelerometer sensor; and the animal trap sensor and the accelerometer in the signal unit each have a pre-set threshold value; and wherein the independent signal responses from either accelerometer sensor (12, 35) allows differential signal analysis.
Motor vehicle body shell forward upper structure sited forward of a cell that forms the passenger compartment of the vehicle, comprising a transverse scuttle delimiting a hollow body and having a box on the side of a lateral wall of the said structure forming a support for a wing of the vehicle and on an interior face of which there is firmly mounted, immediately forward of the transverse scuttle, a front shock absorber mount which is born by a front shock absorber mount raiser adjacent to the said interior face, the said front shock absorber mount being connected to a scuttle reinforcer which extends substantially in the longitudinal alignment of the hollow body delimited by the said scuttle, the said structure being characterized in that it comprises at least one reinforcing element arranged between the said front shock absorber mount raiser and the said scuttle reinforcement so as to prevent deformation rotation movements of the said front shock absorber mount if there is translational movement of the said scuttle along a vertical axis of the vehicle.
Composition containing an epoxy compound with two or more epoxy groups, an oligomeric thiourethane which can be obtained by reacting at least one thiol ester which comprises two or more ester groups and two or more thiol groups and/or by reacting at least one thioether which comprises two or more thiol groups with at least one di- or polyisocyanate, wherein the oligomeric thiourethane comprises two or more free thiol groups, and 0.005 - 2 wt.-%, based on the total weight of the composition, of a tertiary amine which comprises a 5- or 6-membered aliphatic nitrogen heterocycle, wherein the composition contains less than 1 wt.-%, based on the total weight of the composition, primary amine. an epoxy compound with two or more epoxy groups, an oligomeric thiourethane which can be obtained by reacting at least one thiol ester which comprises two or more ester groups and two or more thiol groups and/or by reacting at least one thioether which comprises two or more thiol groups with at least one di- or polyisocyanate, wherein the oligomeric thiourethane comprises two or more free thiol groups, and 0.005 - 2 wt.-%, based on the total weight of the composition, of a tertiary amine which comprises a 5- or 6-membered aliphatic nitrogen heterocycle,
A pallet for transporting workpieces to be machined along a machining line, wherein the pallet has a base frame and at least one assembly exhibiting at least one clamping device for the workpiece to be machined, wherein the assembly can be fixed along with the at least one clamping device in respect of the base frame rotatably about at least one rotational axis (a) and in a predefinable position to prevent rotation of the assembly about the rotational axis (a) in respect of the base frame, characterized in that the base frame has at least one outwardly projecting buffer on each of its front ends, wherein the base frame has at least one cover plate on each of its front ends, which cover plate covers the buffer assigned in each case and extends over the width of the front end in each case.