mhurhangee/patent-ind-claim-en huggingface dataset:
Installation for automatically hanging parts on specifically shaped supports of the claw or pin type, characterized in that it comprises : - supports with a specific shape such as claws or pins and with a non-repeatable geometry from one support to another - at least one polyarticulated system , intended to carry out the actual operations of hanging parts to the supports , and comprising means for gripping at least one part , - a first vision system , attached to the polyarticulated system and intended to locate the parts in position and orientation to enable said polyarticulated system to capture with a determined orientation at least one part to be hung, - means for positioning a support close to the polyarticulated system , - a second vision system , in the form of a three-dimensional image reconstruction system, attached to the polyarticulated system and intended to locate the support , to enable said polyarticulated system to hang said part on said support . - supports with a specific shape such as claws or pins and with a non-repeatable geometry from one support to another - at least one polyarticulated system , intended to carry out the actual operations of hanging parts to the supports , and comprising means for gripping at least one part , - a first vision system , attached to the polyarticulated system and intended to locate the parts in position and orientation to enable said polyarticulated system to capture with a determined orientation at least one part to be hung, - means for positioning a support close to the polyarticulated system , - a second vision system , in the form of a three-dimensional image reconstruction system, attached to the polyarticulated system and intended to locate the support , to enable said polyarticulated system to hang said part on said support .
Robotic vacuum cleaner comprising a movable side arm , the side arm being pivotable by means of a spring mechanism and being able to pivot inwards into the inside of a housing of the robotic vacuum cleaner in the event of contact with an obstacle , the side arm having a brush carrier portion , the brush carrier portion acting as a carrier for a side brush , the side arm being mounted on a rotary shaft so as to be pivotable and linearly movable by means of an elongate hole , characterised in that the elongate hole in the side arm is oriented such that a longitudinal axis of the elongate hole points in the direction of the brush carrier portion .
A method comprising: receiving, by a wireless device , configuration parameters of a cell indicating a first value for a bandwidth part, BWP, inactivity timer of a downlink BWP; starting the BWP inactivity timer with the first value; receiving control information indicating a grant; and stopping, based on the grant indicating resources for sidelink communications of the cell, the BWP inactivity timer. receiving, by a wireless device , configuration parameters of a cell indicating a first value for a bandwidth part, BWP, inactivity timer of a downlink BWP; starting the BWP inactivity timer with the first value; receiving control information indicating a grant; and stopping, based on the grant indicating resources for sidelink communications of the cell, the BWP inactivity timer.
A peptide with anti-inflammatory activity, wherein the peptide has the amino acid sequence of SEQ ID NO: 1 and the chemical formula C 69 H 110 N 18 O 15 .
A method for reinforcing a civil engineering structure, the method comprising: - coating a surface of the structure with a first layer of resin in a fluid state, having a particle size referred to as the first particle size, - with the resin still in the fluid state, applying a layer of dry fabric with an areal weight greater than or equal to 600 g/m 2 , referred to as a high grammage fabric, to the coated surface, while applying to the fabric sufficient pressure to impregnate it with resin, - coating the fabric with a second layer of resin, referred to as sealed resin, in the fluid state and having a particle size referred to as the second particle size, less than or equal to the first particle size. - coating a surface of the structure with a first layer of resin in a fluid state, having a particle size referred to as the first particle size, - with the resin still in the fluid state, applying a layer of dry fabric with an areal weight greater than or equal to 600 g/m 2 , referred to as a high grammage fabric, to the coated surface, while applying to the fabric sufficient pressure to impregnate it with resin, - coating the fabric with a second layer of resin, referred to as sealed resin, in the fluid state and having a particle size referred to as the second particle size, less than or equal to the first particle size.
A lice removal device comprising: a main housing including a first aperture at a first end thereof and a second aperture at a second end thereof; a fan unit provided within the main housing to draw air in through the first aperture and expel air outwardly through the second aperture ; and a comb unit secured to the first end of the main housing , the comb unit comprising a comb housing and a blade unit ; and a plurality of teeth extending outwardly from adjacent an elongate opening in the blade unit such that air is drawn across a first side of the teeth and into the elongate opening (50; wherein: the blade unit is mounted for rotation relative to the comb housing and comprises a body from which the plurality of teeth extend and wherein the body is mounted within an elongate aperture on an end of the comb housing remote from the main housing , and wherein the body comprises first and second side members each including respective first and second planar portions such that the first and second planar portions define the elongate opening , and is mounted for rotation relative to the comb housing such that the teeth can move between a position in which the teeth are generally parallel to the longitudinal axis of the main housing and one or more positions in which the teeth are at an angle relative to the longitudinal axis of the main housing . a main housing including a first aperture at a first end thereof and a second aperture at a second end thereof; a fan unit provided within the main housing to draw air in through the first aperture and expel air outwardly through the second aperture ; and a comb unit secured to the first end of the main housing , the comb unit comprising a comb housing and a blade unit ; and a plurality of teeth extending outwardly from adjacent an elongate opening in the blade unit such that air is drawn across a first side of the teeth and into the elongate opening (50; wherein: the blade unit is mounted for rotation relative to the comb housing and comprises a body from which the plurality of teeth extend and wherein the body is mounted within an elongate aperture on an end of the comb housing remote from the main housing , and wherein the body comprises first and second side members each including respective first and second planar portions such that the first and second planar portions define the elongate opening , and is mounted for rotation relative to the comb housing such that the teeth can move between a position in which the teeth are generally parallel to the longitudinal axis of the main housing and one or more positions in which the teeth are at an angle relative to the longitudinal axis of the main housing .
A method programmed in a non-transitory memory of a device operable on videos captured by multiple cameras wherein each camera has overlapping views with at least one other camera and each camera has one right neighboring camera and one left neighboring camera, except the first and the last cameras which have only one neighboring camera at one side, the method comprising: a. performing background extraction which includes background modeling and determining reliable moving objects; b. performing pairwise camera correspondence extraction for extracting the corresponding points between a pair of images; c. identifying neighboring cameras ; d. determining neighboring camera positioning to decide the relative positions of cameras in each neighboring camera pair; and e. performing camera list topology deduction to derive global ordering of cameras, wherein topology deduction utilizes a neighboring camera relative direction map and corresponding keypoints between a first camera and a second camera as input, wherein performing pairwise camera correspondence extraction outputs corresponding keypoints between a first camera and a second camera, wherein identifying neighboring cameras utilizes the keypoints between the first camera and the second camera and outputs a binary neighboring camera map, and wherein determining neighboring camera positioning utilizes a moving object region of a camera, corresponding keypoints between a first camera and a second camera and the binary neighboring camera map as input and outputs a neighboring camera relative direction map. a. performing background extraction which includes background modeling and determining reliable moving objects; b. performing pairwise camera correspondence extraction for extracting the corresponding points between a pair of images; c. identifying neighboring cameras ; d. determining neighboring camera positioning to decide the relative positions of cameras in each neighboring camera pair; and e. performing camera list topology deduction to derive global ordering of cameras, wherein topology deduction utilizes a neighboring camera relative direction map and corresponding keypoints between a first camera and a second camera as input,
A current sensor comprising: a plurality of bus bars formed from an electric conductor: a plurality of magnetic sensors that detect an induced magnetic field generated by a current flowing in each bus bar ; a circuit board on which the magnetic sensors are mounted; a case made of a synthetic resin, the case fixing the bus bars and the circuit board ; a lid portion , made of a synthetic resin, that houses the circuit board together with the case ; and a magnetic shield that is insert-molded in the lid portion ; characterised in that the magnetic shield has a plurality of cutouts along circumferential edges of the magnetic shield , and hole portions are formed from which outer edges of the cutouts of the magnetic shield are exposed. a plurality of bus bars formed from an electric conductor: a plurality of magnetic sensors that detect an induced magnetic field generated by a current flowing in each bus bar ; a circuit board on which the magnetic sensors are mounted; a case made of a synthetic resin, the case fixing the bus bars and the circuit board ; a lid portion , made of a synthetic resin, that houses the circuit board together with the case ; and a magnetic shield that is insert-molded in the lid portion ; characterised in that a plurality of magnetic sensors that detect an induced magnetic field generated by a current flowing in each bus bar ; a circuit board on which the magnetic sensors are mounted; a case made of a synthetic resin, the case fixing the bus bars and the circuit board ; a lid portion , made of a synthetic resin, that houses the circuit board together with the case ; and a magnetic shield that is insert-molded in the lid portion ; the magnetic shield has a plurality of cutouts along circumferential edges of the magnetic shield , and hole portions are formed from which outer edges of the cutouts of the magnetic shield are exposed.
A static charge filter for removing static charge in a cardiac electrical signal, comprising: a first amplifier configured to amplify an input signal by a first gain, producing an amplified signal, in which the input signal includes the cardiac electrical signal and static charge from an electrode, when in a path of an X-ray beam; a limiter configured to limit a maximum voltage of the amplified signal based on a predetermined clamping threshold, producing a voltage clamped signal; a filter configured to filter high frequency components of the voltage clamped signal, producing a filtered signal; a second amplifier configured to scale an amplitude of the filtered signal so that a cardiac electrical signal in an output signal has a same voltage level as a voltage level of the cardiac electrical signal in the input signal, and a feedback loop of the first amplifier configured to automatically adjust the first gain so that the amplified signal is at about the predetermined clamping threshold. a first amplifier configured to amplify an input signal by a first gain, producing an amplified signal, in which the input signal includes the cardiac electrical signal and static charge from an electrode, when in a path of an X-ray beam; a limiter configured to limit a maximum voltage of the amplified signal based on a predetermined clamping threshold, producing a voltage clamped signal; a filter configured to filter high frequency components of the voltage clamped signal, producing a filtered signal; a second amplifier configured to scale an amplitude of the filtered signal so that a cardiac electrical signal in an output signal has a same voltage level as a voltage level of the cardiac electrical signal in the input signal, and a feedback loop of the first amplifier configured to automatically adjust the first gain so that the amplified signal is at about the predetermined clamping threshold.
A machine for the ink-jet printing of three-dimensional objects (A), comprising: - a plurality of spindles individually configured to carry and drive an object (A) to be printed in rotation around a pre-set rotational axis (X) of the spindle , and - a first support and displacement system configured to move the spindles in succession along a pre-set loop path, stopping them one after the other in a plurality of operating stations, wherein said operating stations comprise: - at least one input station wherein the spindle receives an object (A) to be printed - a plurality of printing stations wherein the object (A) is ink-jet printed, and - at least one output station wherein the printed object (A) is removed from the spindle , wherein each printing station comprises: - a printing unit configured for ink-jet printing the object (A) carried by the spindle found in the printing station , and - a second support and displacement system configured to vary the relative position of said printing unit with respect to the spindle found in the printing station , said printing unit comprising at least - one or more ink-jet printer heads , characterised in that said printing unit further comprises at least: - one ink tank , - one ink pump configured to transfer the ink from the tank to the printer heads , - one vacuum pump configured to create depression in the printer heads , and - one electronic apparatus for controlling and commanding the ink pump , the vacuum pump and the printer heads . - a plurality of spindles individually configured to carry and drive an object (A) to be printed in rotation around a pre-set rotational axis (X) of the spindle , and - a first support and displacement system configured to move the spindles in succession along a pre-set loop path, stopping them one after the other in a plurality of operating stations, - at least one input station wherein the spindle receives an object (A) to be printed - a plurality of printing stations wherein the object (A) is ink-jet printed, and - at least one output station wherein the printed object (A) is removed from the spindle , - a printing unit configured for ink-jet printing the object (A) carried by the spindle found in the printing station , and - a second support and displacement system configured to vary the relative position of said printing unit with respect to the spindle found in the printing station , said printing unit comprising at least - one or more ink-jet printer heads , characterised in that said printing unit further comprises at least: - one ink tank , - one ink pump configured to transfer the ink from the tank to the printer heads , - one vacuum pump configured to create depression in the printer heads , and - one electronic apparatus for controlling and commanding the ink pump , the vacuum pump and the printer heads .
A method comprising: receiving a data packet at a routing node comprising a processor ; determining at least one value for the data packet; selecting a routing table (216a-216N) from a plurality of routing tables stored at the routing node in response to the at least one value for the packet, each routing table associated with a respective one cost function (202a-202N); and forwarding the data packet in response to the routing table selected; wherein each respective cost function is based on parameters comprising bandwidth, load, delay and reliability each weighted by values of a respective K-vector set by a user; and wherein the values of the respective K-vectors set by the user applied for a cost function are dependent upon a traffic class of the data packet being routed. receiving a data packet at a routing node comprising a processor ; determining at least one value for the data packet; selecting a routing table (216a-216N) from a plurality of routing tables stored at the routing node in response to the at least one value for the packet, each routing table associated with a respective one cost function (202a-202N); and forwarding the data packet in response to the routing table selected; wherein each respective cost function is based on parameters comprising bandwidth, load, delay and reliability each weighted by values of a respective K-vector set by a user; and wherein the values of the respective K-vectors set by the user applied for a cost function are dependent upon a traffic class of the data packet being routed.
A pocket sewing-on template for an automatic sewing machine for sewing a blank provided on at least two side edges with a bellows-like cargo fold onto a garment backing, or other sewable backing, for use in producing an attached garment cargo pocket by sewing the blank to the garment backing, comprising a plate which is provided for abutment against the blank and for holding down the blank during sewing, the plate being further provided with a peripheral edge portion and with a groove in the plate as a predetermined needle path on the blank, the plate having at least one recess provided and located at a position of the plate for excluding a portion of the blank during holding down of the latter, characterized in that the at least one recess in the plate forms at least one receiving member provided for and arranged on the plate to receive an erected corner portion of intersecting folded-over cargo folds of the blank, the at least one receiving member being provided in a planar surface portion of the plate for holding down a folded-over part of a cargo fold portion.
A load gate combination for a vehicle of the type that includes a chassis provided with wheels, such as a forwarder for the collection and transport of felled logs or similar, and comprising not only a load gate intended to separate a load compartment arranged in the vehicle from other units that are parts of the vehicle such as a lifting crane and a driver's cabin , but also a suspension arrangement that, mounted on the chassis of the vehicle, supports the load gate in a manner that allows it to pivot, characterised in that the load gate is constructed to allow connection to one end of a means (90, 91; 35) that provides yield-mounting and that limits motion, that the suspension arrangement comprises the means (90, 91; 35) that provides yield-mounting and that limits motion, and comprises a support frame arranged on the chassis constructed to allow the connection of a second end of the said means (90, 91; 35) that provides yield-mounting and that limits motion, that the load gate is supported on the support frame in such a manner that it can move freely relative to the chassis in its principal plane through the interaction between the said means (90, 91; 35) that provides yield-mounting and that limits motion arranged between the load gate and the support frame , and that the means (90, 91; 35) that provides yield-mounting and that limits motion comprises a pair of extended sprung stabilisation struts located one on each side of the centre line (C) of the vehicle, which stabilisation struts are arranged to offer a yielding effect in opposing axial directions. that the load gate is constructed to allow connection to one end of a means (90, 91; 35) that provides yield-mounting and that limits motion, that the suspension arrangement comprises the means (90, 91; 35) that provides yield-mounting and that limits motion, and comprises a support frame arranged on the chassis constructed to allow the connection of a second end of the said means (90, 91; 35) that provides yield-mounting and that limits motion, that the load gate is supported on the support frame in such a manner that it can move freely relative to the chassis in its principal plane through the interaction between the said means (90, 91; 35) that provides yield-mounting and that limits motion arranged between the load gate and the support frame , and that the means (90, 91; 35) that provides yield-mounting and that limits motion comprises a pair of extended sprung stabilisation struts located one on each side of the centre line (C) of the vehicle, which stabilisation struts are arranged to offer a yielding effect in opposing axial directions.
Electrical machine comprising a rotor and a stator, wherein the rotor and/or the stator have/has at least one receiving pocket , which extends in the axial direction through the rotor or stator, and at least one magnet element which is received in the receiving pocket and is fixed by means of a magnet fixing arrangement in the receiving pocket , and the magnet fixing arrangement has at least one elongate fixing element composed of a thermoplastic material which extends in a gap area , which runs in the axial direction, adjacent to the magnet element through the receiving pocket and interacts in an interlocking manner with the magnet element in order to fix the said magnet element in the receiving pocket , wherein the fixing element , at its end sections , interacts in an interlocking manner with the magnet element , characterized in that the elongate fixing element is plastically deformed at one of the two end sections or at both end sections with temporary heating and is spaced apart by a gap from a wall, which delimits the receiving pocket , and/or from a surface of the magnet element in a central section which is situated between the end sections , wherein the gap is formed by arranging the elongate fixing element in the gap area with provision of a clearance fit.
Control device for controlling vehicle functions with a largely stationary movable object , which can be actively actuated by a person for control, the object is designed as an object floating via a controlled magnetic field, a sensor system being provided for detecting the active actuation in the form of a deflection of the object from its neutral position by the person, characterized in that the sensor system is connected to the control system of the magnetic field, which control system is configured such that the magnetic field returns the object into its neutral position in the event of a deflection, data of vehicle sensors being processed which comprise at least acceleration changes of the vehicle, the control system of the magnetic field being configured to keep the object in its neutral position independently of such acceleration changes of the vehicle. the object is designed as an object floating via a controlled magnetic field, a sensor system being provided for detecting the active actuation in the form of a deflection of the object from its neutral position by the person, characterized in that the sensor system is connected to the control system of the magnetic field, which control system is configured such that the magnetic field returns the object into its neutral position in the event of a deflection, data of vehicle sensors being processed which comprise at least acceleration changes of the vehicle, the control system of the magnetic field being configured to keep the object in its neutral position independently of such acceleration changes of the vehicle.