mhurhangee/patent-ind-claim-en huggingface dataset:
An automatic pressure valve for the inflation / deflation of pneumatic arrangements of the type comprising a main body to which at least an inlet connector in communication with a pressurized air supply network and an outlet connector operatively connected to a pneumatic arrangement are connected, wherein in the interior of the automatic pressure valve at least a mechanical means is provided which allows for a total or partial air passage or blockage to perform inflation - deflation operations of the respective pneumatic arrangement, said automatic pressure valve being characterized in that : said mechanical means comprises a main movable plunger having: an inner stepped through channel , a spring arranged on a seat defined in a portion of the inner stepped channel , an inflation plunger being operatively retained by said spring , a proximal movable end within a first inner chamber , a reduced middle section , and a distal movable end having a smaller diameter than the proximal end and arranged within a second inner chamber . an inner stepped through channel , a spring arranged on a seat defined in a portion of the inner stepped channel , an inflation plunger being operatively retained by said spring , a proximal movable end within a first inner chamber , a reduced middle section , and a distal movable end having a smaller diameter than the proximal end and arranged within a second inner chamber .
A robotic catheter system comprising; a base ; a robotic mechanism having a longitudinal axis and being movable relative to the base along the longitudinal axis; a flexible track releasably secured to the base and including an outer surface having a longitudinal opening slit extending therethrough to an inner channel; a rigid guide having a non-linear portion fixed relative to the robotic mechanism, a portion of the flexible track moves along a non-linear portion of the rigid guide when the robotic mechanism moves relative to the base; a first elongated medical device operatively connected to the robotic mechanism, the first elongated medical device being positioned within an inner channel of the flexible track, wherein the first elongated medical device has a linear longitudinal axis , a portion of the flexible track moving from a position not co-axial with the longitudinal axis of the first elongated medical device to a position co-axial with the longitudinal axis as the robotic mechanism moves relative to the base along the longitudinal axis.
A programmable motion robotic system comprising: a plurality of arm sections that are joined one to another at a plurality of joints to form an articulated arm ; a vacuum source ; an end effector ; a hose coupling said end effector to said vacuum source , and a pass-through coupling , said hose being attached to at least one arm section of the articulated arm by the pass-through coupling that permits the hose to pass freely through the coupling as the plurality of arm sections are moved about the plurality of joints; and a control system processor that identifies one or more restricted areas of movement of the articulated arm determined to potentially cause unwanted forces on the hose. a plurality of arm sections that are joined one to another at a plurality of joints to form an articulated arm ; a vacuum source ; an end effector ; a hose coupling said end effector to said vacuum source , and a pass-through coupling , said hose being attached to at least one arm section of the articulated arm by the pass-through coupling that permits the hose to pass freely through the coupling as the plurality of arm sections are moved about the plurality of joints; and a control system processor that identifies one or more restricted areas of movement of the articulated arm determined to potentially cause unwanted forces on the hose.
A method for predicting a faulty behaviour of an electrical converter , the method comprising: receiving an operation point indicator (I) of the electrical converter indicative of an actual operation point of the electrical converter , wherein the electrical converter is connected to a rotating electrical machine for driving the rotating electrical machine and the operation point indicator (I) comprises at least one of a torque of the rotating electrical machine , a rotational speed of the rotating electrical machine ; receiving a measured device temperature T d , of a power semiconductor device of the electrical converter indicative of an actual temperature of the power semiconductor device ; inputting the operation point indicator (I) as input data into a machine learning algorithm trained with historical data comprising operation point indicators and associated device temperatures, wherein the machine learning algorithm has been trained with historical data that was recorded during normal operation of a power semiconductor device ; estimating an estimated device temperature, T* d , with the machine learning algorithm, wherein the estimated device temperature, T* d , represents a device temperature during a normal operation; predicting the faulty behaviour, F, by comparing the estimated device temperature, T* d , with the measured device temperature, T d , receiving an operation point indicator (I) of the electrical converter indicative of an actual operation point of the electrical converter , wherein the electrical converter is connected to a rotating electrical machine for driving the rotating electrical machine and the operation point indicator (I) comprises at least one of a torque of the rotating electrical machine , a rotational speed of the rotating electrical machine ; receiving a measured device temperature T d , of a power semiconductor device of the electrical converter indicative of an actual temperature of the power semiconductor device ; inputting the operation point indicator (I) as input data into a machine learning algorithm trained with historical data comprising operation point indicators and associated device temperatures, wherein the machine learning algorithm has been trained with historical data that was recorded during normal operation of a power semiconductor device ; estimating an estimated device temperature, T* d , with the machine learning algorithm, wherein the estimated device temperature, T* d , represents a device temperature during a normal operation; predicting the faulty behaviour, F, by comparing the estimated device temperature, T* d , with the measured device temperature, T d ,
Cable tray component made of metal, having knockout openings arranged distributed over the length of the cable tray component , in each case closed by knockout pieces for creating, as needed, one opening each extending through the cable tray component by the removal of a knockout piece , such as, for example, in order to provide a cable outlet, wherein, with such a knockout opening , the knockout piece is almost entirely punched out of an opening which is to be formed in the cable tray component , and sits inside a punched opening, as a punched piece guided back into the opening, but is nevertheless still connected by means of at least one connecting portion to the edge region of the knockout opening of the cable tray component , and wherein, by the process of punching out and guiding the punched piece into the punched opening, the at least one connecting portion has undergone cold working, and is therefore more brittle than the material adjacent to it, characterised in that at least one structure , which stiffens the knockout piece , is stamped into the knockout piece which closes the knockout opening , by means of which structure the base area of the knockout piece is reduced in comparison with the base area of the punched piece , which later becomes the knockout piece , punched out in order to provide the knockout opening ,
An aqueous anti-rust surface treatment composition used for forming a film on a surface of a metal member, comprising: a silane coupling agent; a water-soluble transition metal compound containing a water-soluble titanium compound or a water-soluble zirconium compound; a condensed phosphate; and a solvent containing water and an alcohol, wherein the condensed phosphate contains a highly condensed phosphate which is a salt of high condensate of equal to or more than four phosphoric acids, and wherein the content of the highly condensed phosphate which is a salt of high condensate of equal to or more than four phosphoric acids is equal to or more than 1 part by mass and equal to or less than 100 parts by mass, with respect to 100 parts by mass of content of the silane coupling agent, and the content of the alcohol is equal to or more than 20 parts by mass and equal to or less than 300 parts by mass, with respect to 100 parts by mass of content of the silane coupling agent. a silane coupling agent; a water-soluble transition metal compound containing a water-soluble titanium compound or a water-soluble zirconium compound; a condensed phosphate; and a solvent containing water and an alcohol, wherein the condensed phosphate contains a highly condensed phosphate which is a salt of high condensate of equal to or more than four phosphoric acids, and wherein the content of the highly condensed phosphate which is a salt of high condensate of equal to or more than four phosphoric acids is equal to or more than 1 part by mass and equal to or less than 100 parts by mass, with respect to 100 parts by mass of content of the silane coupling agent, and the content of the alcohol is equal to or more than 20 parts by mass and equal to or less than 300 parts by mass, with respect to 100 parts by mass of content of the silane coupling agent.
An air distributor comprising two half-shells and a stack of plates , the half-shells delimiting a volume inside which the stack of plates is positioned, the stack of plates comprising two end plates and the stack of plates delimiting between its adjacent plates a set of intermediate spaces adapted to a fluid circulation, in which the plates of the stack of plates are fastened to each other, each end plate is fastened to one of the two half-shells , and the two half-shells are fastened to each other, characterized in that the two half-shells are made of plastic material and the stack of plates is made of plastic material.
Skirting board for a wall of a space, comprising a body composed of at least a carrier material and a decorative top layer, in which said body comprises a first longitudinal side which forms at least a part of the front side of the skirting board and is the side with the top layer, a second longitudinal side and a top part which forms at least a part of the top side of the skirting board, whereby at the location of the transition between the first longitudinal side and the top part, the second longitudinal side, at least at the location of the transition, comprises a recess, whereby said recess forms a cavity which is at least partly filled with a filler having a different composition than the carrier material, whereby the decorative top layer is continuous at the location of the transition , characterized in that the transition between the first longitudinal side and the top part has a curved configuration, and in that said cavity extends up to the rear side of the skirting board.
Use of a combination consisting essentially of a monoalcohol fatty acid ester and a diester, as a liquid dielectric coolant; wherein the weight ratio monoalcohol fatty acid ester / diester is comprised between 15/85 and 55/45.
Compound 1-ethyl-7-(2-methyl-6-(1H-1,2,4-triazol-3-yl)pyridin-3-yl)-3,4-dihydropyrazino[2,3-b]pyrazin-2 -one for use in a method for treating prostate cancer, wherein the method comprises administering to a patient having prostate cancer 0.5 mg/day to 128 mg/day of said compound, and wherein the prostate cancer is not ETS overexpressing castration-resistant prostate cancer.
A jig (100; 100') for forming a truss (10; 10'), which comprises interconnected elongate members and is to be part of a building structure, the jig comprising a support structure (112, 114, 120; 140, 141) on which the members can be arranged, and stops (123, 124, 180; 124') adapted to abut, at predetermined positions, ones of the members so arranged and thus to hold the members fixed for interconnection, the jig being configured with at least one guide (124; 124') adapted to guide a rotating drill bit such that a hole in the truss drilled by the bit is correctly positioned, characterised in that the or each guide (124; 124') comprises a body and a passage (125; 125') through the body to guide the drill bit axially therein, wherein the or each body is defined by a said stop (124; 124').
A method for the production of a sealing module for a pipe or a cable, the sealing module having a hollow body and a plurality of inner layers (11a - 11h) superimposed one to the other, provided within said body , the layers (11a -11h) being removable one from the other to define the size of the cross-section of a housing extending between two opposite surfaces (S1, S2) of the sealing module to house cables or pipes of different sizes, wherein said plurality of layers (11a - 11h) are made of a thermoplastic material or both said body and said plurality of layers (11a - 11h) are made of a thermoplastic material, the method comprising the step of providing said external body and/or a core member , characterized by the step of extruding in sequence, or simultaneously, said plurality of layers (11a - 11h) of thermoplastic material, one above the other, one or more layers being removable from another layer.
A computer-implemented method for machine learning abnormality assessment in medical imaging by a machine, the method comprising: obtaining training data comprising medical images and ground truth labels for the medical images, the ground truth labels designating any medical abnormality represented by the medical images; machine training , by the machine, a model from the training data , the machine training using a loss function, the loss function including a regularization, the regularization comprising a noise regularization and a correlation regularization ; and storing the model resulting from the machine training in a memory , wherein the loss function comprises a cross-entropy function comparing a classification of abnormality output of the model with the ground truth labels, the method further comprises measuring a noise level of the ground truth labels, the noise regularization is a function of the noise level, the noise level comprises a specificity and a sensitivity of the ground truth labels for the abnormality, the noise regularization comprises a first weight that is a function of the specificity and a second weight that is a function of the sensitivity, the noise regularization comprises an inverse binary cross-entropy function, the ground truth labels designate at least first and second types of abnormalities, the correlation regularization correlates the ground truth labels for the first type of abnormality to the ground truth labels for the second type of abnormality, and the correlation regularization comprises a covariance. obtaining training data comprising medical images and ground truth labels for the medical images, the ground truth labels designating any medical abnormality represented by the medical images; machine training , by the machine, a model from the training data , the machine training using a loss function, the loss function including a regularization, the regularization comprising a noise regularization and a correlation regularization ; and storing the model resulting from the machine training in a memory , wherein the loss function comprises a cross-entropy function comparing a classification of abnormality output of the model with the ground truth labels, the method further comprises measuring a noise level of the ground truth labels, the noise regularization is a function of the noise level, the noise level comprises a specificity and a sensitivity of the ground truth labels for the abnormality, the noise regularization comprises a first weight that is a function of the specificity and a second weight that is a function of the sensitivity, the noise regularization comprises an inverse binary cross-entropy function, the ground truth labels designate at least first and second types of abnormalities, the correlation regularization correlates the ground truth labels for the first type of abnormality to the ground truth labels for the second type of abnormality, and the correlation regularization comprises a covariance.
An electronic device, comprising a light acquiring component and a screen , comprising a main screen comprising a light transmitting hole ; characterised in that the screen comprises an auxiliary screen , wherein the auxiliary screen and the light acquiring component are disposed under the main screen , and are adapted to alternately overlap the light transmitting hole ; an optical fiber structure comprising a first end surface adjacent to the auxiliary screen and a second end surface opposite to the first end surface , wherein the second end surface is flush with an imaging surface of the main screen ; and a slide rail , wherein the auxiliary screen and the light acquiring component are slidably assembled on the slide rail . a main screen comprising a light transmitting hole ; characterised in that the screen comprises an auxiliary screen , wherein the auxiliary screen and the light acquiring component are disposed under the main screen , and are adapted to alternately overlap the light transmitting hole ; an optical fiber structure comprising a first end surface adjacent to the auxiliary screen and a second end surface opposite to the first end surface , wherein the second end surface is flush with an imaging surface of the main screen ; and a slide rail , wherein the auxiliary screen and the light acquiring component are slidably assembled on the slide rail .
A transcriptional regulator variant consisting of an amino acid sequence represented by SEQ ID NO: 1, wherein glutamic acid, which is an amino acid corresponding to position 247 of SEQ ID NO: 3, is substituted with lysine.
Electronically controllable positioning mechanism for positioning a spike setting pistol relative to the surface of a vehicle pneumatic tyre to be spiked, having - a first prismatic joint , which permits the movement of a first horizontal slide of the positioning mechanism relative to a base , - a second prismatic joint , which, parallel to the movement of the first horizontal slide , permits the movement of a second horizontal slide of the positioning mechanism relative to the base , - at least one further prismatic joint , which, substantially transversely with respect to the direction of movement of the horizontal slides , permits the movement of a vertical slide of the positioning mechanism relative to the two horizontal slides , - two rotary joints , which permit an angular movement of the vertical slide in relation to the horizontal slides , wherein the spike setting pistol is arranged on the vertical slide in such a manner that its main axis (a 1 ) running in the spike setting direction is oriented parallel to the guiding direction of the at least one further prismatic joint , and wherein the first, the second and the at least one further prismatic joint are actuable by means of one drive (M1, M2, M3) each. - a first prismatic joint , which permits the movement of a first horizontal slide of the positioning mechanism relative to a base , - a second prismatic joint , which, parallel to the movement of the first horizontal slide , permits the movement of a second horizontal slide of the positioning mechanism relative to the base , - at least one further prismatic joint , which, substantially transversely with respect to the direction of movement of the horizontal slides , permits the movement of a vertical slide of the positioning mechanism relative to the two horizontal slides , - two rotary joints , which permit an angular movement of the vertical slide in relation to the horizontal slides ,
An interchangeable lens device comprising: a memory configured to store a cam curve representing a relationship between a position of a zoom lens and a position of a focus lens according to a subject distance; and a control section configured to perform focus control by driving the focus lens, wherein the control section is configured to: transmit zoom lens position information indicating the position of the zoom lens and focus lens position information indicating the position of the focus lens to an imaging device , and perform the focus control on a basis of subject distance information indicating a subject distance which is calculated by the imaging device with use of the zoom lens position information and the focus lens position information acquired from the control section, and on a basis of the cam curve. a memory configured to store a cam curve representing a relationship between a position of a zoom lens and a position of a focus lens according to a subject distance; and a control section configured to perform focus control by driving the focus lens, wherein the control section is configured to: transmit zoom lens position information indicating the position of the zoom lens and focus lens position information indicating the position of the focus lens to an imaging device , and perform the focus control on a basis of subject distance information indicating a subject distance which is calculated by the imaging device with use of the zoom lens position information and the focus lens position information acquired from the control section, and on a basis of the cam curve. transmit zoom lens position information indicating the position of the zoom lens and focus lens position information indicating the position of the focus lens to an imaging device , and perform the focus control on a basis of subject distance information indicating a subject distance which is calculated by the imaging device with use of the zoom lens position information and the focus lens position information acquired from the control section, and on a basis of the cam curve.
An electrically conductive pipette tip having an elongated tubular body that has a bottom opening at the bottom end for the passage of liquid, and a top opening at the top end for the passage of air, and a passageway between the bottom opening and the top opening , wherein the body has a continuous, electrically conductive region (9 to 11) extending in the longitudinal direction of the tubular body consisting of an electrically conductive first plastic component and the electrically conductive region (9 to 11) is at least partially strip-shaped, characterized in that the electrically conductive region (9 to 11) additionally comprises at least one ring and/or a ring segment that extends in the peripheral direction around the top end and/or around the bottom end of the body , and has at least one transparent or translucent region consisting of another plastic component that extends from the passageway to the outside of the body , and the body is manufactured in a multi-component injection molding process.