mhurhangee/ep-ind-claims huggingface dataset:
Button cell on a lithium-ion basis, comprising • a housing which is sealed in a fluid-tight fashion, comprising a positively-poled metallic housing half and a negatively-poled metallic housing half, which halves are separated from one another by means of an electrically-insulating seal, • a positive electrode, which is arranged within the housing and is in electrical contact with the positively-poled housing half, • a negative electrode, which is arranged within the housing and is in electrical contact with the negatively-poled housing half, and • an ion-conductive separator, which is arranged in the housing between the positive electrode and the negative electrode, wherein • the positive electrode comprises a metallic current collector, • the metallic current collector is a porous three-dimensional structure, • the pores of the porous structure are filled with an electrochemically-active material of the positive electrode, and • the porous structure is bonded directly to the positively-poled housing half by welding. • a housing which is sealed in a fluid-tight fashion, comprising a positively-poled metallic housing half and a negatively-poled metallic housing half, which halves are separated from one another by means of an electrically-insulating seal, • a positive electrode, which is arranged within the housing and is in electrical contact with the positively-poled housing half, • a negative electrode, which is arranged within the housing and is in electrical contact with the negatively-poled housing half, and • an ion-conductive separator, which is arranged in the housing between the positive electrode and the negative electrode, • the positive electrode comprises a metallic current collector, • the metallic current collector is a porous three-dimensional structure, • the pores of the porous structure are filled with an electrochemically-active material of the positive electrode, and • the porous structure is bonded directly to the positively-poled housing half by welding.
A bissilylamino group-containing organic polysilazane compound having an average composition represented by general formula below: wherein R 1 is each independently a monovalent hydrocarbon group having 1 to 10 carbon atoms, R 2 is each independently a divalent hydrocarbon group having 1 to 20 carbon atoms optionally containing a heteroatom of O, S, or Si, R 3 and R 4 are each independently a monovalent hydrocarbon group having 1 to 10 carbon atoms, R 3 and R 4 optionally bond each other to form a ring structure together with a silicon atom to which R 3 and R 4 are bonded and a nitrogen atom to which the silicon atom is directly bonded, R 5 is each independently a substituted or unsubstituted monovalent hydrocarbon group having 1 to 50 carbon atoms optionally containing a heteroatom of O or S, p is 0 or 1, q is 0, 1, or 2, and a and b are numbers which satisfy 0 < a ≤ 1, 0 ≤ b < 1, and a+b = 1, and having a number average molecular weight in terms of polystyrene measured by gel permeation chromatography of 500 to 100,000.
Method for operating a vacuum cleaner comprising a motor-driven fan and comprising a device arranged on the suction side of the fan for receiving an air-dust mixture, a dust separator in the form of at least one cyclone separator and optionally a secondary filter being arranged between the receiving device and the fan, at least one valve apparatus being arranged between the receiving device and the fan, characterised in that a flow path from the receiving device via the cyclone separator to the fan can only be switched by means of the valve apparatus when a predetermined minimum value (q 1, n 1, t 1, p 1) for a volume flow (q) generated by the fan or a variable correlating with the volume flow (n, t, p) is present.
An image sensor comprising: a plurality of pixels arranged in rows and columns, each pixel comprising: (a) a photodiode for capturing incident light that is converted into charge; (b) a floating diffusion; (c) a transfer gate for passing charge from the photodiode to the floating diffusion; and (d) an input to an amplifier connected to the floating diffusion; and a plurality of vertical bin select transistors, wherein each vertical bin select transistor is, respectively, configured to be addressed to electrically connect the floating diffusions of two pixels located in adjacent rows; wherein the image sensor is configured to read out a single photodiode in a row being addressed and read out by turning on a vertical bin select transistor so that the floating diffusion of the pixel that includes the single photodiode and a floating diffusion of a pixel in an adjacent row are connected together to form a single floating diffusion sense node to receive charge from only the single photodiode being read out. a plurality of pixels arranged in rows and columns, each pixel comprising: (a) a photodiode for capturing incident light that is converted into charge; (b) a floating diffusion; (c) a transfer gate for passing charge from the photodiode to the floating diffusion; and (d) an input to an amplifier connected to the floating diffusion; and (a) a photodiode for capturing incident light that is converted into charge; (b) a floating diffusion; (c) a transfer gate for passing charge from the photodiode to the floating diffusion; and (d) an input to an amplifier connected to the floating diffusion; and a plurality of vertical bin select transistors, wherein each vertical bin select transistor is, respectively, configured to be addressed to electrically connect the floating diffusions of two pixels located in adjacent rows; wherein the image sensor is configured to read out a single photodiode in a row being addressed and read out by turning on a vertical bin select transistor so that the floating diffusion of the pixel that includes the single photodiode and a floating diffusion of a pixel in an adjacent row are connected together to form a single floating diffusion sense node to receive charge from only the single photodiode being read out.
Method for influencing and controlling a glueing process comprising the following method steps: a) specifying glueing operation data to a glueing assistant or a control device, b) transmitting determined parameters for a glueing to an applicator, c) performing a glueing by means of application of a catalyst and/or an application of a glue, of which one or both components have an electrical conductivity, to laminations of at least one glued laminated timber structural element, d) intermittently or continuously pressing at least one glued laminated timber structural element treated according to c) in a pressing device, e) taking a thermographic image of individual joints by a thermographic camera and evaluating joint-temperature diagrams determined therefrom and f) detecting defective joints (114, 120) within the joint-temperature diagram and transmitting correction data (42, 44) to the glueing assistant or the control device, and/or the applicator and/or the pressing device and/or the operator for influencing the glueing and/or process parameters, characterized in that a metering of the electrically conductive component, glue and/or catalyst with respect to the energy supply is increased locally wherever too low a joint temperature was determined according to the joint-temperature diagram. a) specifying glueing operation data to a glueing assistant or a control device, b) transmitting determined parameters for a glueing to an applicator, c) performing a glueing by means of application of a catalyst and/or an application of a glue, of which one or both components have an electrical conductivity, to laminations of at least one glued laminated timber structural element, d) intermittently or continuously pressing at least one glued laminated timber structural element treated according to c) in a pressing device, e) taking a thermographic image of individual joints by a thermographic camera and evaluating joint-temperature diagrams determined therefrom and f) detecting defective joints (114, 120) within the joint-temperature diagram and transmitting correction data (42, 44) to the glueing assistant or the control device, and/or the applicator and/or the pressing device and/or the operator for influencing the glueing and/or process parameters, characterized in that a metering of the electrically conductive component, glue and/or catalyst with respect to the energy supply is increased locally wherever too low a joint temperature was determined according to the joint-temperature diagram.
A gas intake device for magnetron sputtering vacuum chamber, comprising: a gas mixing box configured to receive and mix a gas or gases, a gas intake box configured to introduce the gas or gases into a vacuum chamber, and a connecting pipe configured to connect with the gas mixing box and the gas intake box, wherein the gas mixing box has one or more gas intake pipes (11,12,13), wherein the gas intake box at least comprises an inner box and an outer box, the inner box is nested in the outer box, a space is provided between the inner box and the outer box, an opening for the connecting pipe is disposed in the inner box, and gas flow holes (211, 221) are distributed on walls of the inner box and the outer box, characterized in that the gas intake device comprises a buffer plate disposed in the gas intake box opposite to the opening for the connecting pipe; and in that the gas flow holes (211, 221) are distributed on side walls and bottom surfaces of the inner box and the outer box. a gas mixing box configured to receive and mix a gas or gases, a gas intake box configured to introduce the gas or gases into a vacuum chamber, and a connecting pipe configured to connect with the gas mixing box and the gas intake box, wherein the gas mixing box has one or more gas intake pipes (11,12,13), wherein the gas intake box at least comprises an inner box and an outer box, the inner box is nested in the outer box, a space is provided between the inner box and the outer box, an opening for the connecting pipe is disposed in the inner box, and gas flow holes (211, 221) are distributed on walls of the inner box and the outer box, characterized in that the gas intake device comprises a buffer plate disposed in the gas intake box opposite to the opening for the connecting pipe; and in that the gas flow holes (211, 221) are distributed on side walls and bottom surfaces of the inner box and the outer box.
Supporting arm system for supporting technical equipment, especially medical equipment, comprising: a first base element configured to be connected to a further element, a second base element for carrying a technical device, especially a medical device, a supporting arm pivotally mounted to the first base element at a first pivot axis and pivotally mounted to the second base element at a second pivot axis; the supporting arm comprising a first supporting arm member formed as a load arm (31.1) and a second supporting arm member for stabilizing a position of the load arm, and tensioning means connected to the second supporting arm member for exerting a tension force on the second supporting arm member, characterized in that the second supporting arm member is formed as a bendable tension intermediary (32.1) which is fixedly connected at one end portion to a transmission member of the tensioning means and which is fixedly connected at its respective other end portion to a first curved guide member that is non-rotatably mounted on the first pivot axis with the bendable tension intermediary (32.1) being guided around a part of the circumference of the first curved guide member, and wherein a second curved guide member is non-rotatably mounted on the second pivot axis with the bendable tension intermediary (32.1) being slip-free guided around a part of the circumference of the second guide member. a first base element configured to be connected to a further element, a second base element for carrying a technical device, especially a medical device, a supporting arm pivotally mounted to the first base element at a first pivot axis and pivotally mounted to the second base element at a second pivot axis; the supporting arm comprising a first supporting arm member formed as a load arm (31.1) and a second supporting arm member for stabilizing a position of the load arm, and tensioning means connected to the second supporting arm member for exerting a tension force on the second supporting arm member, characterized in that the second supporting arm member is formed as a bendable tension intermediary (32.1) which is fixedly connected at one end portion to a transmission member of the tensioning means and which is fixedly connected at its respective other end portion to a first curved guide member that is non-rotatably mounted on the first pivot axis with the bendable tension intermediary (32.1) being guided around a part of the circumference of the first curved guide member, and wherein a second curved guide member is non-rotatably mounted on the second pivot axis with the bendable tension intermediary (32.1) being slip-free guided around a part of the circumference of the second guide member.
An aqueous fire retardant composition comprising phosphoric acid, aqueous ammonia, diammonium phosphate, ammonium sulfate, urea, and a complexing agent selected from EDTA, EGTA, nitrilotriacetic acid, diethylene pentaacetic acid, dodecane tetraacetic acid and salts thereof, wherein the composition contains 5-10% (w/v (kg/I)) phosphoric acid (85% (w/w)) and 5-10% (w/v (kg/I)) ammonium sulfate, or 2.5-7.5% (w/v (kg/I)) phosphoric acid (85% (w/w)) and 2.5-7.5% (w/v (kg/l)) ammonium sulfate.
A method comprising: detecting a gesture slide input relative to a display device (108, 308, 408, 608, 708) of a computing device (102, 302, 402, 602, 702), the gesture slide input being applied by a finger of a user and starting on a displayed object touched by the finger, the display device displaying content which is pannable into a single panning direction; ascertaining whether a direction of the gesture slide input is different from the panning direction; and responsive to the gesture slide input being in a direction that is different from the panning direction, performing a drag operation on the object, and based on a travel distance of the object during the drag operation performing one of the following operations: if the travel distance exceeds a first distance threshold and is less than a second distance threshold, and then the finger is lifted from the display device, selecting the object and sliding the object back to its original position; if the travel distance exceeds the second distance threshold and is less than a third distance threshold, moving the object slower than the finger moves on the display device, and selecting the object if the finger is then lifted from the display device; and if the travel distance exceeds the third distance threshold, enabling the user to drag and drop the object in any direction. detecting a gesture slide input relative to a display device (108, 308, 408, 608, 708) of a computing device (102, 302, 402, 602, 702), the gesture slide input being applied by a finger of a user and starting on a displayed object touched by the finger, the display device displaying content which is pannable into a single panning direction; ascertaining whether a direction of the gesture slide input is different from the panning direction; and responsive to the gesture slide input being in a direction that is different from the panning direction, performing a drag operation on the object, and based on a travel distance of the object during the drag operation performing one of the following operations: if the travel distance exceeds a first distance threshold and is less than a second distance threshold, and then the finger is lifted from the display device, selecting the object and sliding the object back to its original position; if the travel distance exceeds the second distance threshold and is less than a third distance threshold, moving the object slower than the finger moves on the display device, and selecting the object if the finger is then lifted from the display device; and if the travel distance exceeds the third distance threshold, enabling the user to drag and drop the object in any direction.
An assembly comprising at least: - an implant having a distal end for insertion of the implant into the human or animal body and a proximal end, also called head of the implant, preferably able to cooperate with a maneuvering tool, - a gripping device for said implant, this gripping device assuming the form of an elongate hollow body, open at least at one, preferably each of its ends, and with a longitudinal slit over at least part, preferably all of its length, this body being at least partially made from an elastically deformable material tending to return the edges of the slit in the direction coming closer together, this slit of said body emerging in the axial cavity of said body inside which the implant is able to be inserted with its distal end protruding from said distal end of said body, characterized in that said assembly further comprises means to assist with separating the gripping device from the implant without touching the implant, these means comprising at least one sheath for receiving the distal end of the implant, the implant being, in the state with its distal end inserted in the sheath, separable from its gripping device by relative movement of the sheath and the gripping device in the direction of a break in the alignment between the sheath and the gripping device until the implant passes through the slit of the gripping device, said sheath being provided with a bearing seat of the implant, in the state of said implant inserted in the sheath and in the state of said implant separated from its gripping device. - an implant having a distal end for insertion of the implant into the human or animal body and a proximal end, also called head of the implant, preferably able to cooperate with a maneuvering tool, - a gripping device for said implant, this gripping device assuming the form of an elongate hollow body, open at least at one, preferably each of its ends, and with a longitudinal slit over at least part, preferably all of its length, this body being at least partially made from an elastically deformable material tending to return the edges of the slit in the direction coming closer together, this slit of said body emerging in the axial cavity of said body inside which the implant is able to be inserted with its distal end protruding from said distal end of said body,
An isolated antisense oligonucleotide that binds to human dystrophin pre-mRNA, wherein said oligonucleotide is 17 to 30 nucleotides in length and is specifically hybridizable to an exon 50 target region of the Dystrophin gene designated as annealing site H50D (+07-18), wherein said antisense oligonucleotide is a morpholino antisense oligonucleotide, and, wherein said oligonucleotide induces exon 50 skipping.
A wheelchair braking system comprising: a brake control mechanism comprising, a mounting member, an operation mechanism comprising a joystick, and a link mechanism comprising a first link, a second link, a third link, a fourth link and a fifth link, a first braking circuit capable of applying a braking force to a first wheel, and a second braking circuit capable of applying a braking force to a second wheel, characterized in that the first link is configured to receive the joystick, and that the first link is rotationally coupled to the second link, and that the first link is rotationally coupled to the fourth link, wherein the second link engages the first braking circuit by way of the third link rotationally coupled to the second link, and wherein the fourth link engages the second braking circuit by way of the fifth link rotationally coupled to the fourth link. a brake control mechanism comprising, a mounting member, an operation mechanism comprising a joystick, and a link mechanism comprising a first link, a second link, a third link, a fourth link and a fifth link, a mounting member, an operation mechanism comprising a joystick, and a link mechanism comprising a first link, a second link, a third link, a fourth link and a fifth link, a first braking circuit capable of applying a braking force to a first wheel, and a second braking circuit capable of applying a braking force to a second wheel, characterized in that the first link is configured to receive the joystick, and that the first link is rotationally coupled to the second link, and that the first link is rotationally coupled to the fourth link, wherein the second link engages the first braking circuit by way of the third link rotationally coupled to the second link, and wherein the fourth link engages the second braking circuit by way of the fifth link rotationally coupled to the fourth link.
A two-stage interlocked sliding door for a machining tank of an electric discharge machine, which comprises a door frame, a first door that is fitted in the door frame and moves over a predetermined stroke, and a second door that moves over a stroke longer than the stroke of the first door, the second door being fitted inside the first door, and the first door being fitted between a fixing cover and the door frame, the two-stage interlocked sliding door further comprises: a first pulley of which is disposed at an upper part of a side surface of the first door and a second pulley which is disposed at a lower part of the side surface of the first door; an endless belt wound around the first and second pulleys (5, 5); and first and second fixing members (6, 8) attached to the door frame and the second door, respectively, and fixing the belt; wherein a part of the belt on one side of a straight line connecting centers of rotation of the first and second pulleys (5, 5) is fixed to the first fixing member attached to the door frame, and a part of the belt on another side is fixed to the second fixing member attached to the second door. a first pulley of which is disposed at an upper part of a side surface of the first door and a second pulley which is disposed at a lower part of the side surface of the first door; an endless belt wound around the first and second pulleys (5, 5); and first and second fixing members (6, 8) attached to the door frame and the second door, respectively, and fixing the belt; wherein a part of the belt on one side of a straight line connecting centers of rotation of the first and second pulleys (5, 5) is fixed to the first fixing member attached to the door frame, and a part of the belt on another side is fixed to the second fixing member attached to the second door.