mhurhangee/ep-ind-claims huggingface dataset:
A method of signal searching, comprising: receiving samples of a signal; generating a plurality of different codes, each code corresponding to a different code hypothesis; despreading at least a portion of the samples with the generated codes in parallel to generate despreaded samples for each code; accumulating the despreaded samples for each code over a length of the code; receiving second samples of the signal; time shifting a code by different time delays to generate a plurality of time-shifted codes, each time-shifted code corresponding to a different time hypothesis; despreading at least a portion of the second samples with the time-shifted codes in parallel to generate despreaded samples for each time-shifted code; and accumulating the despreaded samples for each time-shifted code over a length of the time-shifted code; wherein despreading at least a portion of the first samples with the generated codes in parallel and despreading at least a portion of the second samples with the time-shifted codes in parallel are performed using a same plurality of despread blocks at different times; and reconfiguring a plurality of code paths to the despread blocks from a first configuration to a second configuration, wherein in the first configuration, the code paths input the generated codes to the despread blocks, and in the second configuration, the code paths input the time-shifted codes to the despread blocks. receiving samples of a signal; generating a plurality of different codes, each code corresponding to a different code hypothesis; despreading at least a portion of the samples with the generated codes in parallel to generate despreaded samples for each code; accumulating the despreaded samples for each code over a length of the code; receiving second samples of the signal; time shifting a code by different time delays to generate a plurality of time-shifted codes, each time-shifted code corresponding to a different time hypothesis; despreading at least a portion of the second samples with the time-shifted codes in parallel to generate despreaded samples for each time-shifted code; and accumulating the despreaded samples for each time-shifted code over a length of the time-shifted code; wherein despreading at least a portion of the first samples with the generated codes in parallel and despreading at least a portion of the second samples with the time-shifted codes in parallel are performed using a same plurality of despread blocks at different times; and reconfiguring a plurality of code paths to the despread blocks from a first configuration to a second configuration, wherein in the first configuration, the code paths input the generated codes to the despread blocks, and in the second configuration, the code paths input the time-shifted codes to the despread blocks.
Safety equipment enabling a user to place waste in a skip, the equipment including a support frame and a receptacle including a first wall and a second wall, the receptacle being hinged to the support frame so that the first wall is mounted to pivot relative to the support frame about a first pivot axis and the second wall is mounted to pivot relative to the first wall about a second pivot axis, the first wall being hinged to the support frame about the first pivot axis, the second wall being hinged to the first wall about the second pivot axis, the equipment further including means for moving the second wall relative to the first wall about the second pivot axis, the support frame, the means for moving the second wall relative to the first wall and the receptacle forming an assembly including stops such that the receptacle is movable between: - a loading position in which the two walls together define a loading opening of the receptacle with a first opening angle that is directed toward the user, and - a tipping position in which the two walls together define a discharge opening of the receptacle with a second opening angle that is directed toward the upper face of the skip in order to tip the waste into said skip. - a loading position in which the two walls together define a loading opening of the receptacle with a first opening angle that is directed toward the user, and - a tipping position in which the two walls together define a discharge opening of the receptacle with a second opening angle that is directed toward the upper face of the skip in order to tip the waste into said skip.
A worm wheel comprising: a sleeve having an annular shape; a toothed portion provided by injection molding so as to cover a part of the sleeve, the toothed portion including a tooth forming portion provided on an outer peripheral surface, which is a surface of the sleeve in a radial direction, a first thick portion provided on a first side face, which is a surface of the sleeve on a side closer to an injection-mold gate in an axial direction, and a second thick portion provided on a second side face, which is a surface of the sleeve on an opposite side to the first side face in the axial direction, a central part, in the axial direction, of the outer peripheral surface of the sleeve projects in the radial direction relative to both ends (54ca, 54cb) thereof in the axial direction; the first thick portion of the toothed portion has a smaller thickness in the axial direction than the second thick portion, characterized in that the first thick portion and the second thick portion are formed on an entire circumferential surface of the sleeve which is to be covered by injection molding, and the sleeve has an engaging hole (57, 58) having a depth in the axial direction and provided in a part of at least one of the first side face and the second side face, the part being opposed to the thick portion of the toothed portion; and the thick portion opposed to the side face having the engaging hole (57, 58), out of the first thick portion and the second thick portion, engages with the engaging hole (57, 58.
A moving vehicle, comprising: a vehicle body; an engine generator provided under the vehicle body; coolers, each of which includes a radiator connected to the engine generator and an air blower; and electrical wiring gutters arranged under the vehicle body along a vehicle-body longitudinal direction, the electrical wiring gutters receiving electrical wires, wherein: the coolers are arranged at both end portions in a vehicle-body width direction under the vehicle body so as to face to each other and form airflows directed from the both end portions in the vehicle-body width direction toward the center of the vehicle body by using the respective air blowers; and the airflows that have collided at the center of the vehicle body change directions toward the electrical wiring gutters. a vehicle body; an engine generator provided under the vehicle body; coolers, each of which includes a radiator connected to the engine generator and an air blower; and electrical wiring gutters arranged under the vehicle body along a vehicle-body longitudinal direction, the electrical wiring gutters receiving electrical wires, wherein: the coolers are arranged at both end portions in a vehicle-body width direction under the vehicle body so as to face to each other and form airflows directed from the both end portions in the vehicle-body width direction toward the center of the vehicle body by using the respective air blowers; and the airflows that have collided at the center of the vehicle body change directions toward the electrical wiring gutters. the coolers are arranged at both end portions in a vehicle-body width direction under the vehicle body so as to face to each other and form airflows directed from the both end portions in the vehicle-body width direction toward the center of the vehicle body by using the respective air blowers; and the airflows that have collided at the center of the vehicle body change directions toward the electrical wiring gutters.
A data packet forwarding method, wherein the method is applied to a network adapter, the network adapter is connected to a host device, the host device comprises a first virtual machine, VM, the first VM comprises N virtual network interface cards, vNICs, and the network adapter comprises a first virtual function, VF, allocated to the first VM, wherein N is an integer greater than 1; and the method comprises: receiving mapping relationship information sent by the host device, wherein the mapping relationship information is used to indicate a one-to-one mapping relationship between N queue pairs among queues configured for the first VF and the N vNICs, and each of the N queue pairs is used to forward a data packet of a vNIC corresponding to each queue pair, wherein each of the N queue pairs includes a sending queue and a receiving queue; recording the mapping relationship information in a forwarding information table of the network adapter; forwarding data packets of the N vNICs according to the mapping relationship information recorded in the forwarding information table; and receiving rate limiting policy information from a physical function, PF, driver of the network adapter, wherein the rate limiting policy information is used to indicate an overall rate limiting policy for the N vNICs of the first VM; and configuring, according to the overall rate limiting policy, a bandwidth resource allocated to the first VF. receiving mapping relationship information sent by the host device, wherein the mapping relationship information is used to indicate a one-to-one mapping relationship between N queue pairs among queues configured for the first VF and the N vNICs, and each of the N queue pairs is used to forward a data packet of a vNIC corresponding to each queue pair, wherein each of the N queue pairs includes a sending queue and a receiving queue; recording the mapping relationship information in a forwarding information table of the network adapter; forwarding data packets of the N vNICs according to the mapping relationship information recorded in the forwarding information table; and receiving rate limiting policy information from a physical function, PF, driver of the network adapter, wherein the rate limiting policy information is used to indicate an overall rate limiting policy for the N vNICs of the first VM; and configuring, according to the overall rate limiting policy, a bandwidth resource allocated to the first VF.
A set of flooring panels comprising a first flooring panel having a recessed part provided at one side of the first flooring panel and a second flooring panel having a tongue part protruding from one side of the second flooring panel, wherein the set of flooring panels is assembled by which the tongue part of the second flooring panel inserts into the recessed part of the first flooring panel, wherein the recessed part defining a space includes an upper lip defining the ceiling of the recessed part, a lower lip defining a bottom portion of the recessed part, and a raised portion protruding upward from an end of the lower lip and providing an inner wall, wherein the tongue part includes a tongue protrusion which is caught by the upper lip as the tongue part is inserted into and is pivotally rotated upward in the recessed part, a tongue bottom portion extending from the tongue protrusion to define the bottom of the tongue part, and a raised retaining portion protruding downward from the tongue bottom portion, wherein the upper lip of the recessed part includes a ceiling portion provided with a substantially horizontal surface, and a guide portion provided with an inclined surface protruding outward from the ceiling portion, characterized in that: the tongue protrusion of the tongue part includes a hook portion corresponding to the ceiling portion, and an extension portion extending upward from the hook portion corresponding to the guide portion, and the recessed part further includes a guide wall defining an inner wall thereof to define the space, the guide wall serving to guide rotation of an end of the tongue part along an arc when the tongue part is introduced into the space and is pivotally rotated about a pivot point where the raised retaining portion comes into contact with the inner wall of the raised portion. the tongue protrusion of the tongue part includes a hook portion corresponding to the ceiling portion, and an extension portion extending upward from the hook portion corresponding to the guide portion, and the recessed part further includes a guide wall defining an inner wall thereof to define the space, the guide wall serving to guide rotation of an end of the tongue part along an arc when the tongue part is introduced into the space and is pivotally rotated about a pivot point where the raised retaining portion comes into contact with the inner wall of the raised portion.
A control method for starting an air conditioner, comprising acquiring current temperature variation information of a weather in an environment of the air conditioner and current startup parameters of the air conditioner; controlling operation parameters of the air conditioner on a basis of the current temperature variation information and the current startup parameters of the air conditioner; characterised by: feeding a control result of the operation parameters of the air conditioner back to the current startup parameters of the air conditioner, and obtaining a correction value via a big data simulation to control the operation parameters of the air conditioner according to the current startup parameters of the air conditioner; and continuing to control the operation parameters of the air conditioner according to the correction value obtained via the big data simulation. acquiring current temperature variation information of a weather in an environment of the air conditioner and current startup parameters of the air conditioner; controlling operation parameters of the air conditioner on a basis of the current temperature variation information and the current startup parameters of the air conditioner; characterised by: feeding a control result of the operation parameters of the air conditioner back to the current startup parameters of the air conditioner, and obtaining a correction value via a big data simulation to control the operation parameters of the air conditioner according to the current startup parameters of the air conditioner; and continuing to control the operation parameters of the air conditioner according to the correction value obtained via the big data simulation. feeding a control result of the operation parameters of the air conditioner back to the current startup parameters of the air conditioner, and obtaining a correction value via a big data simulation to control the operation parameters of the air conditioner according to the current startup parameters of the air conditioner; and continuing to control the operation parameters of the air conditioner according to the correction value obtained via the big data simulation.
Manufacturing method of decorative laminates including the steps of: a) printing an ink acceptance layer by jetting droplets having a volume of 1 to 200 nL onto a paper substrate; b) forming a colour pattern by jetting ink droplets having a volume of up to 30 pL of one or more aqueous pigmented inkjet inks onto the dried ink acceptance layer; and c) heat pressing a decorative layer into a decorative laminate; wherein the ink acceptance layer contains an inorganic pigment P and a polymeric binder B in a weight ratio P/B larger than 1.5; and wherein the decorative layer includes the paper substrate impregnated by a thermosetting resin, an ink acceptance layer containing an inorganic pigment P and a polymeric binder B having a weight ratio of inorganic pigment to polymeric binder, P/B ratio, of larger than 1.5, and a colour pattern inkjet printed thereon by one or more print heads for jetting ink droplets having a volume of up to 30 pL. a) printing an ink acceptance layer by jetting droplets having a volume of 1 to 200 nL onto a paper substrate; b) forming a colour pattern by jetting ink droplets having a volume of up to 30 pL of one or more aqueous pigmented inkjet inks onto the dried ink acceptance layer; and c) heat pressing a decorative layer into a decorative laminate; wherein the ink acceptance layer contains an inorganic pigment P and a polymeric binder B in a weight ratio P/B larger than 1.5; and wherein the decorative layer includes the paper substrate impregnated by a thermosetting resin, an ink acceptance layer containing an inorganic pigment P and a polymeric binder B having a weight ratio of inorganic pigment to polymeric binder, P/B ratio, of larger than 1.5, and a colour pattern inkjet printed thereon by one or more print heads for jetting ink droplets having a volume of up to 30 pL. wherein the ink acceptance layer contains an inorganic pigment P and a polymeric binder B in a weight ratio P/B larger than 1.5; and wherein the decorative layer includes the paper substrate impregnated by a thermosetting resin, an ink acceptance layer containing an inorganic pigment P and a polymeric binder B having a weight ratio of inorganic pigment to polymeric binder, P/B ratio, of larger than 1.5, and a colour pattern inkjet printed thereon by one or more print heads for jetting ink droplets having a volume of up to 30 pL.
Device for the removable attachment of a battery of a motor vehicle, comprising a top portion comprising a means for attachment to a motor vehicle and a bottom portion comprising a means for connection with the battery, a latch and a screw comprising a threaded portion so as to allow the locking and unlocking then the mutual tightening and loosening of the two portions, the top portion and bottom portion characterized in that it comprises an abutment interacting with the latch, the latter comprising a threaded opening interacting with the threaded portion of the screw so that a first rotation of the screw causes the rotation of the latch until it rests against the abutment and so that a second rotation of the screw causes the screwing of the latch onto the screw.
An apparatus for treating uterine disorders by effecting necrosis of a uterine endometrium, the apparatus comprising: • a catheter having a proximal end and a distal end; • a bladder attached to the proximal end for insertion into uterus and being distendable upon introduction of an inflation medium; • a storage chamber containing an amount of the inflation medium; • inflation means (12,13,14) connected to said distal end and being operative in a positive direction introducing the inflation medium from that storage chamber into the bladder and thereby distending the bladder and in a negative direction for withdrawing the inflation medium from the bladder and thereby deflating the bladder; and • heating means configured to heat the inflation medium in the storage chamber before insertion of the bladder into the body of a subject to a temperature sufficient to effect tissue necrosis; wherein the apparatus is configured for simultaneous operation of the heating means and the inflation means and wherein the inflation means is configured to counteract a change in pressure in the bladder caused by thermal expansion of the inflation medium during heating in the storage chamber, further comprising electronic control means communicating with the inflation means (12, 13, 14) and a pressure detection means for regulating the inflation, and wherein the control means is configured to provide an electrical signal for operating the inflation means to counteract a change in pressure in the bladder caused by thermal expansion of the inflation medium during heating in the storage chamber before insertion of the bladder into the body of a subject. • a catheter having a proximal end and a distal end; • a bladder attached to the proximal end for insertion into uterus and being distendable upon introduction of an inflation medium; • a storage chamber containing an amount of the inflation medium; • inflation means (12,13,14) connected to said distal end and being operative in a positive direction introducing the inflation medium from that storage chamber into the bladder and thereby distending the bladder and in a negative direction for withdrawing the inflation medium from the bladder and thereby deflating the bladder; and • heating means configured to heat the inflation medium in the storage chamber before insertion of the bladder into the body of a subject to a temperature sufficient to effect tissue necrosis;
Magnetic pivot comprising a timepiece component made of at least partially magnetically permeable, or at least partially magnetic material, and which component comprises a first end and a second end, said magnetic pivot comprising a device for guiding the pivoting of said timepiece component, which guide device comprises, at a greater air-gap distance, by the value of a determined operational play, than the distance of centres between said first end and said second end, a first surface of a first pole piece and a second surface of a second pole piece, said first pole pieces and said second pole piece being arranged, either each to be attracted by a magnetic field transmitted by one of said first end or said second end of said component, or each to generate a magnetic field attracting one of said first end or said second end, such that the magnetic attraction forces being exerted on said component at said first end and said second end thereof are of different intensity, so as to attract said component via one of said two first or second ends thereof, into direct or indirect contact on only one of said first surface or said second surface, characterized in that the air-gap distance between said first surface and said second surface is dimensioned to ensure said determined operational play over the entire operating temperature range of said guide device and of said component, and in that said determined operational play is greater than or equal to 0.020 mm, and in that said component comprises a shaft-like portion that extends between said first end and said second end thereof, and in that, on both sides of said first end and of said second end, on said first and said second pole piece, a first magnetic field and a second magnetic field of opposite directions, each having revolution symmetry about a pivot axis, tend to align said component along said pivot axis and to attract said component towards said pole piece (4; 6) thereof, the density of said first magnetic field in proximity to said first end being greater than that of said second magnetic field in proximity to said second end, so as to attract said first end into contact with said first pole piece, and further characterized in that the magnetic field density in proximity to said first surface and said second surface is greater than or equal to 100000 A/m, and in that said pivotal guide device comprises shielding means arranged to prevent the action of any magnetic field with a radial component relative to said pivot axis, in proximity to said first and second contact surfaces.
Oven appliance containing an electrical heating device having at least one heating element (2-1, 2-2) for heating a oven compartment, at least one control element for switching the heating device on/off, a mechanical temperature controller, which limits the heat in the oven compartment and an electronic clock for setting a desired heating duration, wherein the clock has a display panel for the electronic time display and an electronic control device for controlling the display panel, characterised in that at least one pictogram is integrated into the display panel, it being possible for the control device of the electronic clock to control said pictogram as a function of a predetermined operating state of the oven appliance for display purposes, if the predetermined operating state exists.