mhurhangee/patent-ind-claim-en huggingface dataset:
Motor support , in particular for a motorized fan unit of a ventilation installation for a vehicle, comprising: two coaxial rings, including an inner ring capable of receiving one or more motor elements and an outer ring capable of being fixed to a housing forming a structural element, a decoupling element between the two coaxial rings (20; 22), and an element for limiting the tilting of the inner ring relative to the outer ring, the limiting element comprising a finger which projects from a first of the two rings (20; 22) and is housed in a receptacle formed in the second of the two rings (20; 22), at least one axial end-stop being formed in the receptacle to limit the movement of the finger in the receptacle in the direction of the common axis (A) of the two rings (20; 22), the at least one axial end-stop comprising a spigot extending from a base of a peg through a wall of the receptacle when the peg is attached to the second of the two rings (20; 22), the base of the peg being fixed to the second ring, the motor support being characterized in that the spigot has at least one projection capable of abutting against the wall of the receptacle . two coaxial rings, including an inner ring capable of receiving one or more motor elements and an outer ring capable of being fixed to a housing forming a structural element, a decoupling element between the two coaxial rings (20; 22), and an element for limiting the tilting of the inner ring relative to the outer ring, the limiting element comprising a finger which projects from a first of the two rings (20; 22) and is housed in a receptacle formed in the second of the two rings (20; 22), at least one axial end-stop being formed in the receptacle to limit the movement of the finger in the receptacle in the direction of the common axis (A) of the two rings (20; 22), the at least one axial end-stop comprising a spigot extending from a base of a peg through a wall of the receptacle when the peg is attached to the second of the two rings (20; 22), the base of the peg being fixed to the second ring, the motor support being characterized in that the spigot has at least one projection capable of abutting against the wall of the receptacle .
A transmit and/or receive array antenna (AR) comprising an array (R) of sub-arrays (SR) of at least one radiating element (ER) and control means (Cm, MFF) suitable for controlling the amplitude and/or the phase of the radiofrequency signals to be transmitted or received in the form of waves by each of said sub-arrays (SR), said sub-arrays (SR) comprising a mean number of radiating elements (ER) which increases from the center of said array (R) to its periphery, each sub-array being coupled to an active chain comprising a phase shifter (Dm) and an amplifier (Am) allowing to activate the amplitude and/or the phase of the microwave signals to be transmitted or received, said sub-arrays being arranged with respect to one another so as to constitute an irregular mesh offering pattern sidelobes of low intensity and a high gain in a favored direction, characterized in that the radiating elements (ER) constituting a same sub-array (R) are coupled to a same active chain (Cm), the amplifiers (Am) of different active chains being configured to operate with substantially equal power levels.
A convertible seating arrangement for a vehicle, the arrangement convertible between a first mode and a second mode, the arrangement comprising a first support element and a second support element arranged to define a space therebetween, a first seat squab and a second seat squab , and wherein the first seat squab comprises two parts formed by a split through a plane of the first seat squab , the two parts comprising an upper first seat squab and a lower first seat squab , and wherein the second seat squab comprises two parts formed by a split through a plane of the second seat squab , the two parts comprising an upper second seat squab and a lower second seat squab , wherein; in the first mode, comprising a seating mode, the first and second seat squabs , are configured to be arranged on the first and second support elements , respectively to define two, facing seating areas; and in the second mode, a third support element is provided to extend in the space between the first and second support elements , and define therewith a continuous support surface , wherein the upper first seat squab , the upper second seat squab , the lower first seat squab and the lower second seat squab are configured to be arranged to cover the first, second and third support elements , , of the support surface , wherein two of the four seat squabs are placed together on top of one another for provision of a sleeping surface.
A control unit for a robot , the robot comprising a robotic arm extending between a base end and a tool end and comprising a base at the base end and a plurality of joints including a first joint and a second joint , the plurality of joints connecting the base and the tool end , the first joint being positioned between the base and the second joint , the robotic arm further comprising a plurality of motors including a first motor and a second motor, the plurality of motors cause movement of the robotic arm with respect to a plurality of axes (Ax1, Ax2, Ax3, Ax4, Ax5, Ax6, Ax7), the first motor causes movement of the first joint with respect to a first axis (Ax1), and the second motor causes movement of the second joint with respect to a second axis (Ax2), wherein the control unit is characterized in that the control unit being adapted to be arranged at the base end of the robotic arm to form part of the base of the robotic arm , the control unit comprising an IO board with a plurality of 24 volts digital IO terminals , and a bottom plate forming a bottom surface of the control unit , the control unit further comprises an electrical power input adapted to electrically power the plurality of motors , the IO board comprises a first IO processing unit and a second IO processing unit , and the plurality of 24 volts digital IO terminals comprises a first primary IO terminal electrically connected to the first IO processing unit and a first secondary IO terminal electrically connected to the second IO processing unit . the control unit comprising an IO board with a plurality of 24 volts digital IO terminals , and a bottom plate forming a bottom surface of the control unit , the control unit further comprises an electrical power input adapted to electrically power the plurality of motors , the IO board comprises a first IO processing unit and a second IO processing unit , and the plurality of 24 volts digital IO terminals comprises a first primary IO terminal electrically connected to the first IO processing unit and a first secondary IO terminal electrically connected to the second IO processing unit .
An integrated electronic article surveillance ("EAS") / metal detection system , comprising: an antenna housing; a sensor situated proximate the antenna housing, the sensor being adapted to generate a movement signal corresponding to movement of the antenna housing; characterized in that the system further comprises a controller in communication with the sensor , for determining if the antenna housing has moved at least a predetermined amount based on the movement signal, a metal detection module in communication with the controller , for determining if metal objects are within an interrogation zone of the system the controller inhibiting generation of a metal detection alarm signal if it is determined that the antenna housing has moved at least the predetermined amount, wherein the antenna housing is an electronic article surveillance ("EAS")/metal detection pedestal and the motion sensor is mounted proximate the pedestal in order to detect movement of the pedestal ; further comprising a metal detection alarm, wherein the alarm is in communication with the metal detection module and the alarm is disabled when it is determined that the pedestal has moved at least the predetermined amount. an antenna housing; a sensor situated proximate the antenna housing, the sensor being adapted to generate a movement signal corresponding to movement of the antenna housing; characterized in that the system further comprises a controller in communication with the sensor , for determining if the antenna housing has moved at least a predetermined amount based on the movement signal, a metal detection module in communication with the controller , for determining if metal objects are within an interrogation zone of the system the controller inhibiting generation of a metal detection alarm signal if it is determined that the antenna housing has moved at least the predetermined amount, wherein the antenna housing is an electronic article surveillance ("EAS")/metal detection pedestal and the motion sensor is mounted proximate the pedestal in order to detect movement of the pedestal ; further comprising a metal detection alarm, wherein the alarm is in communication with the metal detection module and the alarm is disabled when it is determined that the pedestal has moved at least the predetermined amount.
A data transmission method, comprising: receiving, by a terminal device, a first downlink signal from a network device in a first time unit of a first carrier, wherein the first carrier is a time division duplex, TDD, carrier, and the first time unit comprises a first slot or a first subframe; determining, by the terminal device, a second time unit used to send first feedback information for the first downlink signal on a second carrier, wherein the second carrier is a frequency division duplex, FDD, uplink carrier, and the second time unit comprises a second slot or a second subframe; and sending, by the terminal device, the first feedback information to the network device on the penultimate symbol and/or the last symbol of the second time unit of the second carrier, wherein, when the second time unit overlaps a first uplink slot of the first carrier in terms of time such that the penultimate symbol and/or the last symbol of the second time unit of the second carrier have a corresponding symbol location with the last two symbols of the first uplink slot, determining, by the terminal device, not to send any signal on the last two symbols of the first uplink slot. receiving, by a terminal device, a first downlink signal from a network device in a first time unit of a first carrier, wherein the first carrier is a time division duplex, TDD, carrier, and the first time unit comprises a first slot or a first subframe; determining, by the terminal device, a second time unit used to send first feedback information for the first downlink signal on a second carrier, wherein the second carrier is a frequency division duplex, FDD, uplink carrier, and the second time unit comprises a second slot or a second subframe; and sending, by the terminal device, the first feedback information to the network device on the penultimate symbol and/or the last symbol of the second time unit of the second carrier,
A method for treating a device to resist formation and build-up of scale deposits at the device, the device being located in a fluid-containing conduit, the method comprising: feeding a variable, pulsed, oscillating radio frequency, RF, signal into a line connected to the device located in the fluid-containing conduit; and propagating the RF signal along the line to the device to propagate an electromagnetic field throughout the device to resist formation and/or build-up of scale deposits at the device. feeding a variable, pulsed, oscillating radio frequency, RF, signal into a line connected to the device located in the fluid-containing conduit; and propagating the RF signal along the line to the device to propagate an electromagnetic field throughout the device to resist formation and/or build-up of scale deposits at the device.
Device for moving an actuation lever of a handbrake of an automobile ,wherein the actuation lever of the handbrake is provided as an operating lever, wherein the actuation lever is provided so as to be able to be latched in different latching positions on the handbrake and interacts with a fixing installation for blocking a movement of a wheel of the automobile , wherein blocking of the wheel of the automobile is released in one latching position of the actuation lever and the wheel of the automobile is blocked in a second latching position, characterized in that the device has connection means, wherein a connection member of the connection means is configured to arrange the device on an assembly member of an automobile , wherein a connection element of the connection means is provided to arrange the device on an assembly element of the handbrake , wherein the assembly member is configured to secure the handbrake to the automobile , wherein the assembly element is provided to secure the handbrake to the assembly member of the automobile , wherein the device has pivot means , wherein the pivot means comprise a pivot axis so that in the arranged state of the device and the handbrake on the automobile the actuation lever of the handbrake is provided so as to be able to be pivoted about the pivot axis , wherein the pivot axis is aligned so as to be parallel to an operating plane B of the actuation lever .
A communications system comprising a network node and a plurality of resource limited nodes, wherein the network node comprises a controller operable to estimate a respective optimal sleep duty cycle for each of the resource limited nodes to minimise the overall resource consumption of each individual resource limited node; calculate elements p ij of a probability metric, a given element p ij being a function of the ratio of the duty cycle for the jth resource-limited node to a sum of the duty cycles of the plurality of resource limited nodes, a distance metric d ij linking the ith and jth resource-limited nodes, and a pre-determined threshold probability; and derive a respective updated optimal sleep duty cycle for each resource limited node using eigenvectors of the probability metric having the least dominant eigenvalues and a transmitter operable to notify parameters of each updated optimal sleep duty cycle to a corresponding resource limited node.
Device for the treatment of arthritis, arthrosis, chronic inflammations, pain reduction and muscle tension in the extremities, which in general has the shape of a case, such as a glove or a sock, which is configured to house the extremity to be protected, the device comprising: - A first inner layer , - A second inner layer or volume in the form of a paraffin-filled bladder , which covers the inner space entirely or partially, the areas targeted for treatment comprising resistive coils configured to heat said second inner layer, - A very thin layer made of latex or an insulating material , - An outer cover that surrounds all the aforementioned layers, the device further being equipped with a control unit for turning on, and for controlling the temperatures and types of currents to be applied, wherein - The first layer is made of a porous material, - Surrounding said second paraffin layer , a teflon or similar splint is placed in the form of stack splints equipped with means that force fingers or toes to progressively straighten, - the means intended to progressively straighten the fingers or toes comprise wires made of Nitinol or bimetallic materials placed in a spiral design or fixed to the opening of the stack splints, where the Nitinol or bimetallic material wires change their dimensions when the temperature increases and subsequently, if the temperature decreases, recover their initial position. - A first inner layer , - A second inner layer or volume in the form of a paraffin-filled bladder , which covers the inner space entirely or partially, the areas targeted for treatment comprising resistive coils configured to heat said second inner layer, - A very thin layer made of latex or an insulating material , - An outer cover that surrounds all the aforementioned layers, the device further being equipped with a control unit for turning on, and for controlling the temperatures and types of currents to be applied, wherein - The first layer is made of a porous material, - Surrounding said second paraffin layer , a teflon or similar splint is placed in the form of stack splints equipped with means that force fingers or toes to progressively straighten, - the means intended to progressively straighten the fingers or toes comprise wires made of Nitinol or bimetallic materials placed in a spiral design or fixed to the opening of the stack splints, where the Nitinol or bimetallic material wires change their dimensions when the temperature increases and subsequently, if the temperature decreases, recover their initial position.
A touch electrode structure, comprising a plurality of first touch electrodes and a plurality of second touch electrodes , wherein, the plurality of second touch electrodes are insulated from the plurality of first touch electrodes , each of the plurality of first touch electrodes is of annular shape, and the plurality of first touch electrodes are sequentially arranged to constitute a set of concentric rings, the plurality of first touch electrodes are insulated from each other, the plurality of second touch electrodes are arranged along a circumferential direction of the concentric rings and extend along a radial direction of the concentric rings, so as to overlap at least one on an outermost side in the plurality of first touch electrodes ; the plurality of second touch electrodes comprise a first electrode group and a second electrode group , the first electrode group extends from an outermost ring to an innermost ring of the concentric rings; and the second electrode group extends from the outermost ring to a middle ring of the concentric rings; the touch electrode structure further comprises a plurality of leads , the plurality of leads are respectively connected with the respective first touch electrodes and the respective second touch electrodes so as to be used for inputting/outputting a signal.
An array substrate, comprising: a base substrate comprising a pixel region (PR), the pixel region (PR) comprising a reflection region (RR); a reflection region layered structure in the reflection region (RR), the reflection region layered structure comprising a particle layer , the particle layer being configured to provide a granular rough surface on a side of the reflection region layered structure facing away from the base substrate ; and a reflection electrode on the particle layer ; wherein the reflection region layered structure further comprises a base portion , and the particle layer is on a side of the base portion facing away from the base substrate and is in contact with the base portion ; wherein the array substrate further comprises a thin film transistor wherein the thin film transistor comprises a semiconductor active layer and a source-drain electrode layer , and the source-drain electrode layer comprises a source electrode and a drain electrode , wherein the pixel region (PR) further comprises a transmission region (TR), the transmission region (TR) comprises a transmission electrode , the transmission electrode is connected with the drain electrode , characterized in that , a material of the base portion and a material of the transmission electrode comprise a same metal oxide, and the base portion and the transmission electrode are of an integral structure. a base substrate comprising a pixel region (PR), the pixel region (PR) comprising a reflection region (RR); a reflection region layered structure in the reflection region (RR), the reflection region layered structure comprising a particle layer , the particle layer being configured to provide a granular rough surface on a side of the reflection region layered structure facing away from the base substrate ; and a reflection electrode on the particle layer ; wherein the reflection region layered structure further comprises a base portion , and the particle layer is on a side of the base portion facing away from the base substrate and is in contact with the base portion ; wherein the array substrate further comprises a thin film transistor wherein the thin film transistor comprises a semiconductor active layer and a source-drain electrode layer , and the source-drain electrode layer comprises a source electrode and a drain electrode , wherein the pixel region (PR) further comprises a transmission region (TR), the transmission region (TR) comprises a transmission electrode , the transmission electrode is connected with the drain electrode ,
Method of converting at least an alcohol into light olefins in a dehydration process to make an olefin having the same number of carbon atoms as the alcohol using a catalyst which comprises a phosphorus modified zeolite and is made by a method comprising the following steps in this order, a) providing a zeolite comprising at least one ten members ring in the structure, optionally steaming said zeolite, b) mixing said zeolite of step a) with at least a component selected among one or more binders and shaping additives, then shaping said mixture, c) optionally making a ion-exchange, d) steaming the shaped catalyst, optionally before step c), e) introducing phosphorus on the catalyst to introduce at least 0.1 wt% of phosphorus, said introduction being made by impregnation or chemical vapor deposition, f) optionally introducing a alkaline earth or rare earth metal in the form of an oxide, optionally simultaneously with step e), g) optionally washing the catalyst, h) optionally calcinating the catalyst, i) steaming the catalyst, also referred to as the equilibration step. a) providing a zeolite comprising at least one ten members ring in the structure, optionally steaming said zeolite, b) mixing said zeolite of step a) with at least a component selected among one or more binders and shaping additives, then shaping said mixture, c) optionally making a ion-exchange, d) steaming the shaped catalyst, optionally before step c), e) introducing phosphorus on the catalyst to introduce at least 0.1 wt% of phosphorus, said introduction being made by impregnation or chemical vapor deposition, f) optionally introducing a alkaline earth or rare earth metal in the form of an oxide, optionally simultaneously with step e), g) optionally washing the catalyst, h) optionally calcinating the catalyst, i) steaming the catalyst, also referred to as the equilibration step.
Air conditioning installation, notably for a motor vehicle, equipped with an air conditioning circuit comprising a compressor , a condenser , an electric expansion valve the degree of opening of which varies according to a control signal, an evaporator , through which there passes, in that order, a refrigerant fluid, and an internal exchanger allowing the fluid circulating from the condenser towards the expansion device to release heat to the fluid circulating from the evaporator towards the compressor , the air conditioning installation further comprising a control unit able to control the control signal that operates the expansion valve on the basis of temperature and pressure measurements taken by a refrigerant fluid temperature and pressure sensor positioned at the outlet of the condenser and/or at the inlet of the expansion valve so as to regulate a control parameter relating to the subcooling of the condenser according to a chosen control law, the installation being characterized in that it uses the control signal that operates the expansion valve to regulate the efficiency of the internal exchanger so as to ensure protection against too high a compressor delivery temperature and limit the compressor intake pressure, the control unit being able to compare the efficiency of the internal exchanger against a predefined threshold in order to regulate the efficiency of the internal exchanger , the control unit also being able to determine the value of the efficiency of the internal exchanger from the mass flow rate of the refrigerant fluid estimated from measurements of the high pressure and of the subcooled temperature of the refrigerant fluid.