mhurhangee/patent-ind-claim-en huggingface dataset:
Device for measuring an external pressure comprising: - a pressure sensor comprising a support and a ceramic membrane mounted on the support so as to be deformed under the effect of a change of external pressure, and - a measurement circuit comprising a strain gauge fixed to the ceramic membrane so as to exhibit an electrical property that is variable as a function of the position of said membrane, and an electronic component connected electrically to said strain gauge and configured to process a signal received from said strain gauge, the device being characterized in that the electronic component is fixed to the support and in that it comprises a connection pin linked to the support via a flexible connector , the flexible connector being a helical spring coated with a layer of gold, a sublayer of nickel extending between the spring and the layer of gold, ensuring an electrical connection between said electronic component and said pin. - a pressure sensor comprising a support and a ceramic membrane mounted on the support so as to be deformed under the effect of a change of external pressure, and - a measurement circuit comprising a strain gauge fixed to the ceramic membrane so as to exhibit an electrical property that is variable as a function of the position of said membrane, and an electronic component connected electrically to said strain gauge and configured to process a signal received from said strain gauge,
Mechanical connection for panels, wherein the mechanical connection comprises two panels, a locking spring and the following features: a) the panels have a profiling on the sides thereof that are to be connected together, via which the adjacent first and second panels can be locked in the assembly position; b) the locking spring is inserted in a retention groove on the first panel and, when the panels are locked, can be partially displaced behind a locking edge of the adjacent second panel ; c) the locking spring has a blocking body that is designed to be displaced from a release position into a locking position, in order to engage behind the locking edge in the locking position; d) the blocking body is connected via at least one resilient arm to at least one holder which is held in the retention groove ; e) the blocking body , the at least one resilient arm and the at least one holder adjoining the at least one arm are formed overall in one piece; f) in the release position of the locking spring , the resilient arm is located in an inner pretensioned position; g) the at least one resilient arm is releasable from the inner position under the influence of a release force (A) acting on the blocking body in the longitudinal direction of the retention groove , wherein the longitudinal direction of the retention groove runs parallel to the sides of the panels to be connected together, characterised in that said inner position is a pretensioned position, such that the blocking body can be partially displaced out of the retention groove into the locking position under the influence of the restoring force (R) of the at least one resilient arm . a) the panels have a profiling on the sides thereof that are to be connected together, via which the adjacent first and second panels can be locked in the assembly position; b) the locking spring is inserted in a retention groove on the first panel and, when the panels are locked, can be partially displaced behind a locking edge of the adjacent second panel ; c) the locking spring has a blocking body that is designed to be displaced from a release position into a locking position, in order to engage behind the locking edge in the locking position; d) the blocking body is connected via at least one resilient arm to at least one holder which is held in the retention groove ; e) the blocking body , the at least one resilient arm and the at least one holder adjoining the at least one arm are formed overall in one piece; f) in the release position of the locking spring , the resilient arm is located in an inner pretensioned position; g) the at least one resilient arm is releasable from the inner position under the influence of a release force (A) acting on the blocking body in the longitudinal direction of the retention groove , wherein the longitudinal direction of the retention groove runs parallel to the sides of the panels to be connected together,
A fuel supply nozzle for injecting fuel into a combustor, the fuel supply nozzle having an outer peripheral wall and an inner peripheral wall extending from a fuel route to a tip , the fuel supply nozzle comprising: a first fuel discharge passage formed by the inner peripheral wall extending from the fuel route to the tip ; at least one vane disposed on the outer peripheral wall spaced apart from the tip by a distance and having a fuel outlet connected to the first fuel discharge passage ; and an end portion at the tip , the end portion including a burning section having a thickness between the outer peripheral wall and the inner peripheral wall lower than a thickness of a remaining section of the end portion , characterized in that the burning section is located adjacent to the tip and downstream of the vane , and wherein the thickness of the burning section is such that the outer peripheral wall and the inner peripheral wall are configured to melt, upon generation of a flashback, such that the first fuel discharge passage opens downstream of the vane , causing a break in the burning section. a first fuel discharge passage formed by the inner peripheral wall extending from the fuel route to the tip ; at least one vane disposed on the outer peripheral wall spaced apart from the tip by a distance and having a fuel outlet connected to the first fuel discharge passage ; and an end portion at the tip , the end portion including a burning section having a thickness between the outer peripheral wall and the inner peripheral wall lower than a thickness of a remaining section of the end portion , characterized in that the burning section is located adjacent to the tip and downstream of the vane , and wherein the thickness of the burning section is such that the outer peripheral wall and the inner peripheral wall are configured to melt, upon generation of a flashback, such that the first fuel discharge passage opens downstream of the vane , causing a break in the burning section.
A processor implemented method for chromosome classification, the method comprising: receiving, via one or more hardware processors, a chromosome image comprising a chromosome with a plurality of chromosome bands ; extracting, via one or more hardware processors, visual features associated with the chromosome bands of the chromosome by generating a plurality of feature maps with dimension GxHxK ; obtaining, via one or more hardware processors, a plurality of feature vectors from the plurality of feature maps, with each feature vector F g of dimension H*K, by applying horizontal slicing on the plurality of feature maps ; concatenating, via one or more hardware processors, the plurality of feature vectors in sequence from a top chromosome band to a bottom chromosome band among the plurality of chromosome bands to generate a feature sequence S i of dimension Gx H*K ; and classifying, via one or more hardware processors, the chromosome into a class label among a plurality of pre-determined class labels of chromosomes by processing the feature sequence using a Recurrent Neural Network (RNN) characterized in that said Recurrent Neural Network is augmented with an attention mechanism, wherein the RNN learns the feature sequence and the attention mechanism concentrates on a plurality of Regions-of-interest (ROIs) of the feature sequence, wherein the ROIs are specific to a class label of chromosomes . receiving, via one or more hardware processors, a chromosome image comprising a chromosome with a plurality of chromosome bands ; extracting, via one or more hardware processors, visual features associated with the chromosome bands of the chromosome by generating a plurality of feature maps with dimension GxHxK ; obtaining, via one or more hardware processors, a plurality of feature vectors from the plurality of feature maps, with each feature vector F g of dimension H*K, by applying horizontal slicing on the plurality of feature maps ; concatenating, via one or more hardware processors, the plurality of feature vectors in sequence from a top chromosome band to a bottom chromosome band among the plurality of chromosome bands to generate a feature sequence S i of dimension Gx H*K ; and classifying, via one or more hardware processors, the chromosome into a class label among a plurality of pre-determined class labels of chromosomes by processing the feature sequence using a Recurrent Neural Network (RNN) characterized in that said Recurrent Neural Network is augmented with an attention mechanism, wherein the RNN learns the feature sequence and the attention mechanism concentrates on a plurality of Regions-of-interest (ROIs) of the feature sequence, wherein the ROIs are specific to a class label of chromosomes .
A terminal block comprising: an electric wire ; a shield material configured to cover at least a part of the electric wire ; a terminal to which the electric wire is connected; and a housing configured to accommodate the terminal , two shield brackets fixed to the housing and facing each other so as to form a tubular space for the electric wire therebetween, the shield brackets being configured to hold the shield material , each shield bracket including a flat-shaped top face, a flat-shaped bottom face and a folding portion folded along a fold line so as to have a U-shaped section, wherein the folding portion holds an end of the shield material by sandwiching the end of the shield material within a gap of the folding portion , the terminal block being characterized in that the folding portion has a plurality of notch holes formed on the fold line of the folding portion and provided at predetermined intervals. an electric wire ; a shield material configured to cover at least a part of the electric wire ; a terminal to which the electric wire is connected; and a housing configured to accommodate the terminal , two shield brackets fixed to the housing and facing each other so as to form a tubular space for the electric wire therebetween, the shield brackets being configured to hold the shield material , each shield bracket including a flat-shaped top face, a flat-shaped bottom face and a folding portion folded along a fold line so as to have a U-shaped section, wherein the folding portion holds an end of the shield material by sandwiching the end of the shield material within a gap of the folding portion , the terminal block being characterized in that the folding portion has a plurality of notch holes formed on the fold line of the folding portion and provided at predetermined intervals.
A shovel, comprising: a lower traveling body ; an upper turning body pivotally mounted on the lower traveling body ; a power source mounted on the upper turning body ; a first hydraulic pump driven by the power source and mounted on the upper turning body ; a second hydraulic pump driven by the power source and mounted on the upper turning body ; a first bleed valve disposed in a first conduit from which hydraulic oil is discharged from the first hydraulic pump ; a second bleed valve disposed in a second conduit from which hydraulic oil is discharged from the second hydraulic pump ; a hydraulic actuator driven by the hydraulic oil discharged from at least one of the first hydraulic pump and the second hydraulic pump ; an operating device used to operate the actuator; and a control device configured to control an acceleration/deceleration characteristic of the hydraulic actuator in response to an operation of the operating device depending on a work mode, wherein the control device controls an acceleration/deceleration characteristic by changing an opening area of the first bleed valve and the second bleed valve and a setting condition of the power source , depending on the work mode. a lower traveling body ; an upper turning body pivotally mounted on the lower traveling body ; a power source mounted on the upper turning body ; a first hydraulic pump driven by the power source and mounted on the upper turning body ; a second hydraulic pump driven by the power source and mounted on the upper turning body ; a first bleed valve disposed in a first conduit from which hydraulic oil is discharged from the first hydraulic pump ; a second bleed valve disposed in a second conduit from which hydraulic oil is discharged from the second hydraulic pump ; a hydraulic actuator driven by the hydraulic oil discharged from at least one of the first hydraulic pump and the second hydraulic pump ; an operating device used to operate the actuator; and a control device configured to control an acceleration/deceleration characteristic of the hydraulic actuator in response to an operation of the operating device depending on a work mode, wherein the control device controls an acceleration/deceleration characteristic by changing an opening area of the first bleed valve and the second bleed valve and a setting condition of the power source , depending on the work mode.
A liquid formulation consisting of • Adalimumab 50 mg/ml • Sodium succinate 10 mM • Sodium chloride 100 mM • Sorbitol 10 mg/ml • Arginine 5 mg/ml • Polysorbate 80 0.1 mg/ml • Sterile water or Water for Injection the formulation having a pH of 5.2. • Adalimumab 50 mg/ml • Sodium succinate 10 mM • Sodium chloride 100 mM • Sorbitol 10 mg/ml • Arginine 5 mg/ml • Polysorbate 80 0.1 mg/ml • Sterile water or Water for Injection
Apparatus comprising at least one multi-lumen tube , wherein the tube comprises a first group of lumens and a second group of lumens, wherein the lumen(s) of the second group is/are arranged around the lumen(s) of the first group, and wherein the lumen(s) of the first group serve/s the transportation of at least one fluid, and wherein the lumen(s) of the second group is/are filled with at least one functional fluid, and wherein the apparatus furthermore comprises at least one actuator which is in communication with at least one of the second lumens and is configured such that at least one property of the functional fluid can be changed by means of the actuator, characterized in that at least one pressure sensor is provided which is configured such that it detects the pressure loss of the functional fluid generated by the lumen(s) of the second group and that the actuator is connected to the sensor and is configured in such a way that the pressure of the functional fluid is increased depending on the pressure loss measured by means of the sensor in such a way a kinking of the tube, which is assumed to be present due to the determination that the pressure loss exceeds a threshold, is counteracted by means of the lumen(s) of the second group filled with the functional fluid.
A system for testing the functionality of the swivel casters and/or fixed casters of a roll container, in particular of a roll pallet for grocery markets and supermarkets, said system comprising at least one unit for determining the rotational mobility of the swivel and fixed casters about their roller rotational axis and at least one unit for determining the swivel mobility of the swivel casters about a vertical axis, wherein the unit for determining the rotational mobility of the swivel casters and the fixed casters about their roller rotational axis is a unit for measuring the rolling resistance, wherein the unit for determining the swivel mobility of the swivel casters about a vertical axis comprises a swiveling device for swiveling the swivel casters about a vertical axis, said swiveling device being coupled to a measuring device for measuring the rotational resistance.
A guard for safeguarding a dangerous machine , comprising: - a protective cover for covering a working area of the machine ; - a counterweight ; - a connecting element for connecting the protective cover to the counterweight ; - a deflection element , which is configured to deflect the connecting element in such a way that the protective cover and the counterweight are movable in mutually opposite directions; and - a drive , which acts on the counterweight in order to drive the counterweight , wherein the connecting element comprises a first cable , the ends of which are connected to each other, and a second cable , the ends of which are connected to each other, wherein the deflection element comprises two first deflection pulleys for deflecting the first cable and two second deflection pulleys for deflecting the second cable , and wherein the first cable and the second cable are spaced apart, run parallel to each other and are each connected separately to the counterweight and the protective cover , characterized in that the drive acts on the counterweight at a force input point which is arranged at a same distance from the first and the second cable . - a protective cover for covering a working area of the machine ; - a counterweight ; - a connecting element for connecting the protective cover to the counterweight ; - a deflection element , which is configured to deflect the connecting element in such a way that the protective cover and the counterweight are movable in mutually opposite directions; and - a drive , which acts on the counterweight in order to drive the counterweight , wherein the connecting element comprises a first cable , the ends of which are connected to each other, and a second cable , the ends of which are connected to each other, wherein the deflection element comprises two first deflection pulleys for deflecting the first cable and two second deflection pulleys for deflecting the second cable , and wherein the first cable and the second cable are spaced apart, run parallel to each other and are each connected separately to the counterweight and the protective cover , characterized in that the drive acts on the counterweight at a force input point which is arranged at a same distance from the first and the second cable . wherein the connecting element comprises a first cable , the ends of which are connected to each other, and a second cable , the ends of which are connected to each other, wherein the deflection element comprises two first deflection pulleys for deflecting the first cable and two second deflection pulleys for deflecting the second cable , and wherein the first cable and the second cable are spaced apart, run parallel to each other and are each connected separately to the counterweight and the protective cover , characterized in that the drive acts on the counterweight at a force input point which is arranged at a same distance from the first and the second cable .
Load transport vehicle, which is designed to receive and transport an interchangeable container of various types, and which comprises a handling device for the interchangeable container , further comprising a control device , which is designed to operate the handling device in accordance with at least one predefined sequence program, characterised in that the load transport vehicle further comprises at least one detection means which is designed to detect at least one property of the type of the interchangeable container and output data which represent the at least one property of the interchangeable container to the control device , the control device being further designed to adapt the at least one predefined sequence program based on the at least one property of the interchangeable container .
A shampoo beauty bed includes a shampoo bed body, the shampoo bed body comprises: a ceramic basin , a backrest , a seat cushion , a foot cushion , and a main frame ; wherein the ceramic basin is installed on the end of the shampoo bed body through a ceramic basin bracket ; the backrest , the seat cushion and the foot cushion are sequentially in the left direction of the ceramic basin , wherein the seat cushion comprises two ends and the two ends of the seat cushion are connected to the backrest and the foot cushion through a connecting shaft ; wherein the lower end of the foot cushion is rotatably connected with a foot pad support frame hinged on the main frame through a foot pad extension rod , and the foot pad support frame is connected with an electric push rod further connected to a motor ; wherein a cushion support rod and a support rod are hinged at the left and right positions of a lower end of the seat cushion respectively, and the support rod is rotatably connected with a cushion support frame hinged on the main frame , and a linkage rod is connected between the cushion support frame and the foot pad support frame ; and wherein the shampoo beauty bed is characterized in that a front decorative plate is arranged on the shampoo bed body, and the front decorative plate is connected with the foot pad supporting frame through a front decorative plate pulling rod ; and wherein the front decorative plate is provided with a groove for the foot pad extension rod to move. a ceramic basin , a backrest , a seat cushion , a foot cushion , and a main frame ; wherein the ceramic basin is installed on the end of the shampoo bed body through a ceramic basin bracket ; the backrest , the seat cushion and the foot cushion are sequentially in the left direction of the ceramic basin , wherein the seat cushion comprises two ends and the two ends of the seat cushion are connected to the backrest and the foot cushion through a connecting shaft ; wherein the lower end of the foot cushion is rotatably connected with a foot pad support frame hinged on the main frame through a foot pad extension rod , and the foot pad support frame is connected with an electric push rod further connected to a motor ; wherein a cushion support rod and a support rod are hinged at the left and right positions of a lower end of the seat cushion respectively, and the support rod is rotatably connected with a cushion support frame hinged on the main frame , and a linkage rod is connected between the cushion support frame and the foot pad support frame ; and wherein the shampoo beauty bed is characterized in that a front decorative plate is arranged on the shampoo bed body, and the front decorative plate is connected with the foot pad supporting frame through a front decorative plate pulling rod ; and wherein the front decorative plate is provided with a groove for the foot pad extension rod to move.
Suction cup for handling foodstuff, wherein the suction cup comprises a suction opening for applying a suction force to a surface of the foodstuff to be handled, a drive opening for receiving a separate drive nozzle , characterized by an outlet nozzle integrally formed with the suction cup as a unitary piece and having at least one constriction for accelerating a fluid to be led through it which outlet nozzle is aligned with the drive opening , wherein the drive nozzle , when received in the drive opening , and the outlet nozzle cooperate to form an ejector for providing a suction force to the suction opening , wherein the suction cup is configured for being removably attached to a docking piece for supporting the suction cup .