mhurhangee/patent-ind-claim-en huggingface dataset:
Waste collection vehicle comprising a waste collection container , the vehicle further comprising at least: - a first device for moving and emptying waste-holding bins which is mounted on a lateral side of the vehicle movable between at least a first loading position suitable to allow hooking with at least one waste-holding bin moved manually towards the first device by an operator, and a second raised position for emptying the hooked at least one waste-holding bin inside the collection container ; - a second device for moving and emptying waste-holding bins which comprises hooking means for automatically hooking at least one waste-holding bin , said second device being mounted on the vehicle movable among at least a first rest position in which said hooking means are retracted in correspondence of the lateral side of the vehicle , a second loading position in which said hooking means are extended away from the lateral side of the vehicle to automatically hook at least one waste-holding bin , and a third raised position for emptying the at least one waste-holding bin automatically hooked inside the collection container ; - command and control means configured for operating at least one of said first device and second device , characterized in that said first device comprises a loading basket having an internal compartment suitable for receiving waste, and clamping means arranged externally to the internal compartment and configured to clamp said at least one waste-holding bin . - a first device for moving and emptying waste-holding bins which is mounted on a lateral side of the vehicle movable between at least a first loading position suitable to allow hooking with at least one waste-holding bin moved manually towards the first device by an operator, and a second raised position for emptying the hooked at least one waste-holding bin inside the collection container ; - a second device for moving and emptying waste-holding bins which comprises hooking means for automatically hooking at least one waste-holding bin , said second device being mounted on the vehicle movable among at least a first rest position in which said hooking means are retracted in correspondence of the lateral side of the vehicle , a second loading position in which said hooking means are extended away from the lateral side of the vehicle to automatically hook at least one waste-holding bin , and a third raised position for emptying the at least one waste-holding bin automatically hooked inside the collection container ; - command and control means configured for operating at least one of said first device and second device , characterized in that said first device comprises a loading basket having an internal compartment suitable for receiving waste, and clamping means arranged externally to the internal compartment and configured to clamp said at least one waste-holding bin .
An apparatus, comprising: two or more stacked die layers with active surfaces facing in the same direction; at least one interconnect passing through the two or more die layers and having an associated capacitance; and at least one receiver on at least one of the layers and at least one transmitter on at least one of the layers, wherein the at least one transmitter is connected to the interconnect through a coupling capacitor, the at least one transmitter and receiver to be coupled to each other through the interconnect via AC coupling; characterized in that the at least one receiver comprises a feedback keeper circuitry , wherein the feedback keeper circuitry comprises a first impedance (Z2) and a second, controllable impedance (Z1), wherein the first impedance (Z2) is arranged between an input of a receiver driver and ground, and wherein the second impedance (Z1) is arranged between an output and the input of the receiver driver, and wherein the second impedance (Z1) is controllable by the output of the receiver driver to create a differential DC input across the input of the receiver driver whose polarity depends on the output of the receiver driver. two or more stacked die layers with active surfaces facing in the same direction; at least one interconnect passing through the two or more die layers and having an associated capacitance; and at least one receiver on at least one of the layers and at least one transmitter on at least one of the layers, wherein the at least one transmitter is connected to the interconnect through a coupling capacitor, the at least one transmitter and receiver to be coupled to each other through the interconnect via AC coupling; characterized in that the at least one receiver comprises a feedback keeper circuitry , wherein the feedback keeper circuitry comprises a first impedance (Z2) and a second, controllable impedance (Z1), wherein the first impedance (Z2) is arranged between an input of a receiver driver and ground, and wherein the second impedance (Z1) is arranged between an output and the input of the receiver driver, and wherein the second impedance (Z1) is controllable by the output of the receiver driver to create a differential DC input across the input of the receiver driver whose polarity depends on the output of the receiver driver.
A motor vehicle having a sliding door and a door actuation mechanism for the sliding door , the motor vehicle having a body structure including upper, lower, front and rear structural members (16, 19, 17 and 18) defining a door aperture to be closed by the sliding door , the mechanism comprising a motor driving a door actuator attached to the sliding door , a first cable attached at one end to the door actuator and having a second end for attachment to one of the front and rear structural members (17 and 18) forming part of the body structure of the motor vehicle so as to define a first cable run, and a second cable attached at one end to the door actuator and having a second end for attachment to one of the front and rear structural members (17 and 18) forming part of the body structure of the motor vehicle so as to define a second cable run, wherein a portion of each cable run from the door actuator runs in the same direction as the direction in which the respective cable moves the sliding door and that the same one of the respective front and rear structural members (17 and 18) is used for attachment of both of the second ends of the first and second cables (23 and 25) to the body structure of the motor vehicle , wherein the first cable run comprises a first portion extending away from the door actuator to a first cable guide , in the form of a pulley, the first cable guide located near a first end of the door , characterised in that the motor vehicle further comprises a rigid tube bent into a desired shape, wherein the rigid tube is configured to guide the path of the first cable for a significant part of the first portion of the first cable run.
Stator part of an impact mill , attached to an inner surface of an impact mill housing wall , comprising a plurality of reusable stator tools , which are indirectly detachable attached to the impact mill housing wall distributed along the inner surface , wherein the stator tools are opposite a plurality of rotor tool knives of a rotatable rotor part within the impact mill housing at a defined distance, are actively connected to the rotor tool knives , so that an intermediate grinding chamber is formed ,characterized in that the stator part comprises at least one spring element with spring element recesses , wherein at least one spring element is attached circumferential along the inner circumference of the impact mill housing , and wherein the stator part has an upper retaining plate designed as a ring plate with a plural of stator tool recesses , facing at least one spring element and having a lower retaining plate on the side opposite to at least one spring element in the interior of the impact mill housing with a plurality of stator tool recesses , so that the stator tools are placed in spring element recesses of at least one spring element and the stator tool recesses in the upper retaining plate and of the lower retaining plate are replaceably mounted within the impact mill housing .
A removable dental appliance comprising: - a teeth aligner configured to cooperate with at least one tooth of a dental arch of a patient so as to move it to a desired position, - connectors adapted to be attached to teeth of the dental arch and on which the teeth aligner is dismountably engaged, o the connectors and the aligner cooperate so as to apply at least one treatment stress to at least said tooth when the dental appliance is worn by the patient, characterised in that: - the teeth aligner is formed of a flexible strip profiled to cover only the lingual surface of the teeth leaving the other surfaces of said teeth free, - the connectors are configured to be attached against the lingual surface of the teeth, - recesses into which the connectors elastically fit are shaped in the flexible strip so that said recesses and said strip do not have any relative movement between them, - when the recesses are fitted into the connectors and the flexible strip is in position, the flexibility of said strip allows said strip to exert one or more stresses on said connectors, - the recesses and the connectors are configured so that the force allowing the aligner to be removed from said connectors is less than 550 g, so that said connectors can be manually dismountably fitted into said recesses. - a teeth aligner configured to cooperate with at least one tooth of a dental arch of a patient so as to move it to a desired position, - connectors adapted to be attached to teeth of the dental arch and on which the teeth aligner is dismountably engaged, o the connectors and the aligner cooperate so as to apply at least one treatment stress to at least said tooth when the dental appliance is worn by the patient, o the connectors and the aligner cooperate so as to apply at least one treatment stress to at least said tooth when the dental appliance is worn by the patient, - the teeth aligner is formed of a flexible strip profiled to cover only the lingual surface of the teeth leaving the other surfaces of said teeth free, - the connectors are configured to be attached against the lingual surface of the teeth, - recesses into which the connectors elastically fit are shaped in the flexible strip so that said recesses and said strip do not have any relative movement between them, - when the recesses are fitted into the connectors and the flexible strip is in position, the flexibility of said strip allows said strip to exert one or more stresses on said connectors, - the recesses and the connectors are configured so that the force allowing the aligner to be removed from said connectors is less than 550 g, so that said connectors can be manually dismountably fitted into said recesses.
A cooking appliance comprising; a cavity into which the articles to be cooked are placed, a heater to heat the cavity , a door providing access inside the said cavity , an air exhaust tube interconnecting the cavity to the outer environment, a first sensor assembly to detect the relative humidity inside the cavity , a blower to force the circulation of the air between the cavity and the outer environment, a second sensor assembly to detect the relative humidity of the outer environment, characterized by a liquid inlet to transfer liquid into the cavity , and by a control unit configured to control the drying of the cavity by energizing the blower and the heater by a predetermined amount depending on the relative humidity differences between the two said sensor assemblies . a cavity into which the articles to be cooked are placed, a heater to heat the cavity , a door providing access inside the said cavity , an air exhaust tube interconnecting the cavity to the outer environment, a first sensor assembly to detect the relative humidity inside the cavity , a blower to force the circulation of the air between the cavity and the outer environment, a second sensor assembly to detect the relative humidity of the outer environment, characterized by a liquid inlet to transfer liquid into the cavity , and by a control unit configured to control the drying of the cavity by energizing the blower and the heater by a predetermined amount depending on the relative humidity differences between the two said sensor assemblies .
A resin-metal composite member for a tire , the composite member comprising a metal member , an adhesion layer , and a covering resin layer in this order, characterized in that the adhesion layer includes a polyester-based thermoplastic elastomer having a polar functional group, and at least one additive A selected from the group consisting of an amorphous resin including an ester bond, a polyester-based thermoplastic resin and a filler, and a content ratio of the polyester-based thermoplastic elastomer having a polar functional group is 50% by mass or more with respect to the entire adhesion layer .
Articulated adjustable foot comprising a bearing plate formed to be at least partly elastomeric and having a mounting surface for resting on a supporting surface, and a ball receiver open on one side for a ball which is attached at the end of a shaft , wherein the ball receiver is limited beneath the ball by a reinforcing disc , characterised in that the reinforcing disc is embedded in the elastomer and has a central hole in which the underside of the ball is supported.
A tree topology based computing system for large-scale distributed training, comprising: a plurality of node clusters, wherein the plurality of node clusters constitute a multi-layer network structure in a tree topology manner, any minimum tree in the network structure comprises a second node cluster serving as a parent node and at least one first node cluster serving as a child node, and the second node cluster is connected to the at least one first node cluster through a physical link, the second node cluster comprises at least one second computing node, each first node cluster comprises at least one first computing node, and the second computing node and the first computing node are neural network accelerators, wherein each of the at least one first node cluster is configured to: obtain a first computing result based on a first computing input, and send the first computing result to the second node cluster through the physical link; and the second node cluster is configured to: receive, through the physical link, at least one first computing result sent by the at least one first node cluster, and aggregate the at least one first computing result and a second computing result to obtain a third computing result, wherein the second computing result is a result obtained by the second node cluster based on a second computing input, and the at least one first computing result, the second computing result, and the third computing result are gradients, wherein the second node cluster is further configured to send the third computing result to a third node cluster for aggregation, wherein the third node cluster is a parent node of the second node cluster. each of the at least one first node cluster is configured to: obtain a first computing result based on a first computing input, and send the first computing result to the second node cluster through the physical link; and the second node cluster is configured to: receive, through the physical link, at least one first computing result sent by the at least one first node cluster, and aggregate the at least one first computing result and a second computing result to obtain a third computing result, wherein the second computing result is a result obtained by the second node cluster based on a second computing input, and the at least one first computing result, the second computing result, and the third computing result are gradients, wherein the second node cluster is further configured to send the third computing result to a third node cluster for aggregation, wherein the third node cluster is a parent node of the second node cluster.
A multi-bit magnetic random access memory, MRAM, cell comprising a double magnetic tunnel junction including: a first magnetic storage layer having a first storage magnetization direction being pinned when the magnetic tunnel junction is at a low threshold temperature (T L ) and freely switchable when the magnetic tunnel junction is at a first high threshold temperature (T H1 ); a second magnetic storage layer having a second storage magnetization direction being pinned when the magnetic tunnel junction is at the low threshold temperature (T L ) and freely switchable when the magnetic tunnel junction is at a second high threshold temperature (T H2 ) lower than the first high threshold temperature (T H1 ) and higher than the low threshold temperature (T L ); a magnetic sense layer having a sense magnetization that is freely switchable; a first spacer layer between the first magnetic storage layer and the magnetic sense layer ; a second spacer layer between the second magnetic storage layer and the sense layer ; characterised by the first and second storage magnetization being each configured to be switched between m possible directions to store data corresponding to one of m 2 logic states, with m>2. a first magnetic storage layer having a first storage magnetization direction being pinned when the magnetic tunnel junction is at a low threshold temperature (T L ) and freely switchable when the magnetic tunnel junction is at a first high threshold temperature (T H1 ); a second magnetic storage layer having a second storage magnetization direction being pinned when the magnetic tunnel junction is at the low threshold temperature (T L ) and freely switchable when the magnetic tunnel junction is at a second high threshold temperature (T H2 ) lower than the first high threshold temperature (T H1 ) and higher than the low threshold temperature (T L ); a magnetic sense layer having a sense magnetization that is freely switchable; a first spacer layer between the first magnetic storage layer and the magnetic sense layer ; a second spacer layer between the second magnetic storage layer and the sense layer ; characterised by the first and second storage magnetization being each configured to be switched between m possible directions to store data corresponding to one of m 2 logic states, with m>2.
A vehicle lamp heat dissipation system comprising: a heat pipe ; a heat sink having a slot adapted to receive the heat pipe; and a light-emitting diode (LED) mounted directly to the heat pipe, wherein the heat pipe is disposed in the slot such that heat is transferred from the LED to the heat sink via the heat pipe for effectively cooling the LED; wherein the heat pipe comprises a first end and a second end , characterized in that the heat pipe is bent in two locations along a longitudinal axis such that the first end and the second end extend in a transverse direction perpendicular to the longitudinal axis thereby forming a U-shape; and wherein the LED is located inside of a projector module and the first end and the second end of the heat pipe extend in the transverse direction away from the projector module for transferring heat away from the projector module; and further comprising: a printed circuit board (PCB) located off of the LED and mounted directly to the heat sink outside of and adjacent to the heat pipe , wherein the LED is electrically bonded to the printed circuit board, the printed circuit board being mounted to the heat sink adjacent the slot ; and a first ribbon bond electrically coupling the LED to the printed circuit board and a second ribbon bond electrically coupling the LED to the printed circuit board. a heat pipe ; a heat sink having a slot adapted to receive the heat pipe; and a light-emitting diode (LED) mounted directly to the heat pipe, wherein the heat pipe is disposed in the slot such that heat is transferred from the LED to the heat sink via the heat pipe for effectively cooling the LED; wherein the heat pipe comprises a first end and a second end , characterized in that the heat pipe is bent in two locations along a longitudinal axis such that the first end and the second end extend in a transverse direction perpendicular to the longitudinal axis thereby forming a U-shape; and wherein the LED is located inside of a projector module and the first end and the second end of the heat pipe extend in the transverse direction away from the projector module for transferring heat away from the projector module; and further comprising: a printed circuit board (PCB) located off of the LED and mounted directly to the heat sink outside of and adjacent to the heat pipe , wherein the LED is electrically bonded to the printed circuit board, the printed circuit board being mounted to the heat sink adjacent the slot ; and a first ribbon bond electrically coupling the LED to the printed circuit board and a second ribbon bond electrically coupling the LED to the printed circuit board. a printed circuit board (PCB) located off of the LED and mounted directly to the heat sink outside of and adjacent to the heat pipe , wherein the LED is electrically bonded to the printed circuit board, the printed circuit board being mounted to the heat sink adjacent the slot ; and a first ribbon bond electrically coupling the LED to the printed circuit board and a second ribbon bond electrically coupling the LED to the printed circuit board.
An image processing apparatus comprising: conversion means configured to convert density values in colors, wherein the density values form a pixel of image data into color material amount values in respective colors ; comparison means configured to compare a sum (SUM1) of the color material amount values with a limit value ; and control means configured to decrease, in a case where it is determined as a result of comparison by the comparison means that the sum (SUM1) of the color material amount values is larger than the limit value , at least one of the density values so that a sum of decreased color material amount values becomes not more than the limit value characterized by further comprising acquisition means for acquiring color material information ; in the conversion means, a maximum value of a density value in each color of the density values, which corresponds to a density of 100% for a respective color component, is converted to a respective color material amount value, wherein the respective color material amount value is different from each other in at least two of the colors. conversion means configured to convert density values in colors, wherein the density values form a pixel of image data into color material amount values in respective colors ; comparison means configured to compare a sum (SUM1) of the color material amount values with a limit value ; and control means configured to decrease, in a case where it is determined as a result of comparison by the comparison means that the sum (SUM1) of the color material amount values is larger than the limit value , at least one of the density values so that a sum of decreased color material amount values becomes not more than the limit value characterized by further comprising acquisition means for acquiring color material information ; in the conversion means, a maximum value of a density value in each color of the density values, which corresponds to a density of 100% for a respective color component, is converted to a respective color material amount value, wherein the respective color material amount value is different from each other in at least two of the colors.